diff --git a/CHANGELOG.md b/CHANGELOG.md
index caaa52c0a..cd87d4cb3 100644
--- a/CHANGELOG.md
+++ b/CHANGELOG.md
@@ -15,6 +15,27 @@ versions, and the entries below say what each tag does and does not claim.
 
 ## Unreleased
 
+- Source packages (#161, SPEC.md §10.5, `PK-01`..`PK-04`, language 1.2 only).
+  A project declares `[[source_package]]` tables (`package`, `version`, `kind`
+  `path`, `path`), each naming a member project of the workspace an optional
+  `lexlean-workspace.toml` at the repository root lists, and imports its
+  modules by their own Lean names (`\importmodule{LexLeanStd.Text}`). The lock
+  gains `[[source_package]]` rows (tree digest over the package's manifest and
+  source files, manifest digest, version, prefix, its own packages) that every
+  command recomputes; a changed byte or version is `LLC0105` naming both
+  digests, a pin for an undeclared package `LLC0106`, a module prefix claimed
+  twice `LLC0107`, a project or path outside the workspace rule `LLC0108`
+  (a symlink or an escaping path is `LLS8001`), and an import of a package the
+  scope does not declare `LLR3009`. A package definition is an ordinary
+  definition of the importing project: its own `production:` roots are not
+  roots of the importer and nothing is re-exported. `verify` replays the
+  package modules under the package's prefix, with the package as their
+  `origin` in the build manifest, the snapshot, and the attestation; `fmt`
+  never writes a package file. The schema change moves the language-1.2
+  compiler-semantics ID once; languages 1.0 and 1.1, and a language-1.2 project
+  without source packages, keep their bytes apart from that identity. The
+  register gains `PK-01`..`PK-04` (401 rows with `SL-01` and `LM-01`..`LM-03`, `LM-13`); `PK-05` (the `bootstrap/` pilot
+  imports `stdlib/`) follows #153 and #160.
 - The first component of the compiler's own pipeline as language-1.2 source:
   the exact axiom-output parser (SPEC.md §17.23, §22.5, `BS-01`, #92 step 4;
   no new diagnostic code, no change to the language-1.2 identity).
diff --git a/CONFORMANCE.md b/CONFORMANCE.md
index 696c8b338..0b7ba65a3 100644
--- a/CONFORMANCE.md
+++ b/CONFORMANCE.md
@@ -336,6 +336,15 @@ the error registry does not sanction (R5, `ERRORS.md`).
 | `OR-07` | `build` | An oracle that was not acquired, whose checkout is not the pin, that did not build, that crashed, was killed, overran its time (and with it everything it started), wrote nothing or an IR defining nothing, or whose generator failed without refusing a program, a fetch that fails leaving nothing that a later run takes for a checkout, a cache that is not the pin discarded and fetched once more, a transient failure of the network tried again twice and a permanent one not, and a comparison over no root or no case, are each unavailable and never validated, which fails the gate on the normative host and is reported as not validated elsewhere, while the oracle's own structured refusals are answers and a tool that is not meant to overrun its time is given a generous one; and a disagreement fails closed with a record of both sides' evidence for every difference. |
 | `OR-08` | `build` | The oracle is validation evidence and an input to no identity: no file the shipped crate, the language data, the schemas, the compiler project, the committed examples' records, or the authority and ledger files hold names the oracle, its pinned commit, or its digest, so that planting any of them in any of those places fails audit-oracle-isolation; no input of the compiler-semantics ID names it, an oracle field in a build manifest, a preservation record, an attestation, a snapshot, a compiler input, or a GNAF certificate fails its closed schema, and no module of the conformance crate but the oracle's own uses it, so that removing it changes none of them. |
 
+## packages
+
+| ID | Level | Statement |
+| --- | --- | --- |
+| `PK-01` | `build` | A language-1.2 project that declares a source package by its identifier, version, kind `path`, and the member directory a `lexlean-workspace.toml` lists locks it by the tree digest of its manifest and source files, its manifest digest, its version, its module prefix, and its own packages, and the configuration and the lock read back to the bytes written; a project without a source package keeps its bytes, and a package of another kind, a source package in another language, a changed byte or version (LLC0105), an undeclared package (LLC0106), a module prefix claimed twice (LLC0107), a project or a package outside the workspace (LLC0108), a path that escapes it, and a symlink (LLS8001) are each refused with the named code. |
+| `PK-02` | `build` | A module of a project imports only modules of its own project and modules of the packages the project declares, and a module of a package only modules of itself and of the packages its own manifest declares: a package module is a module of the importing project under its own module prefix, a module of a package the project does not declare fails with LLR3009, and an import cycle through a package fails with LLR3003. |
+| `PK-03` | `build` | An importing project builds and verifies under the pinned Lean offline, and its package modules are generated, elaborated, replayed with `leanchecker`, and audited for their exact axioms under the package's module prefix with the package as their origin in the records; the source ID of the project changes with the pins, and no file of the package is written by `fmt`, `build`, or `verify`. |
+| `PK-04` | `build` | A production root of the importing project whose closure reaches a definition of a package certifies and exports over that closure as it does for a definition of its own module, the `production:` roots of a package are not roots of the importing project, and the importer publishes no certificate of the package's own. |
+
 ## preservation
 
 | ID | Level | Statement |
diff --git a/ERRORS.md b/ERRORS.md
index 1117215ac..b12724992 100644
--- a/ERRORS.md
+++ b/ERRORS.md
@@ -88,6 +88,30 @@ Duplicate module or case-folded path collision.
 
 Class: `cli-configuration`. Exit code: 2.
 
+## `LLC0105` --- Source package is not the package the lock pins
+
+A source package's version, source, module prefix, manifest digest, tree digest, or declared packages differ from the lock's row, naming the package and both digests.
+
+Class: `cli-configuration`. Exit code: 2.
+
+## `LLC0106` --- Source package undeclared or declared with two sources
+
+The lock pins a source package the project does not declare, or one identifier names two sources in the closure.
+
+Class: `cli-configuration`. Exit code: 2.
+
+## `LLC0107` --- Module prefix claimed by two sources
+
+A module prefix is claimed by the project and a source package, or by two source packages, equal or one beneath the other, or an import names a module both the project and a package provide.
+
+Class: `cli-configuration`. Exit code: 2.
+
+## `LLC0108` --- Source package outside the workspace rule
+
+A project that declares a source package is outside any workspace or is not a member of it, a package is not a member of the workspace, or the workspace file or a package is malformed.
+
+Class: `cli-configuration`. Exit code: 2.
+
 ## `LLC0201` --- Production request malformed
 
 A production request is not a closed `lexlean/production-request/1` document: an unknown or missing field, another spec, roots, targets, or evidence that are empty, unsorted, or repeated, a root, package, or path that is not of its form, or a package name used twice for one target.
@@ -256,6 +280,12 @@ Model artifact bytes violate the declared schema, type, or role.
 
 Class: `language`. Exit code: 1.
 
+## `LLR3009` --- Import of a module of a source package the importing scope does not declare
+
+A module imports a module of a source package that the project, or the package the module belongs to, does not declare.
+
+Class: `language`. Exit code: 1.
+
 ## `LLS8001` --- Path escape, symlink, special file, or filesystem identity conflict
 
 Path escape, symlink, special file, or filesystem identity conflict.
diff --git a/README.md b/README.md
index 4ef9a76c3..b15e44d90 100644
--- a/README.md
+++ b/README.md
@@ -104,6 +104,10 @@ nested byte-data declarations are not restricted by interactive defaults.
 Project child timeout/output limits and full kernel/axiom verification remain
 mandatory. These are generated backend settings, not caller-provided options.
 
+## Source packages
+
+A language-1.2 project imports the modules of another project of its workspace without copying them: `[[source_package]]` in `lexlean.toml` names a member directory listed by `lexlean-workspace.toml`, `lexlean.lock` pins the package by the digest of its manifest and source files, every command recomputes the pin, imports are closed to the project's own modules and the declared packages, and `verify` replays the package's modules under its module prefix with the package as their origin (SPEC.md §10.5, `PK-01`..`PK-04`; the workspace the cases use is [tests/packages/workspace](tests/packages/workspace/)).
+
 ## Examples that verify under the pinned toolchain
 
 The [compiler/](compiler/) project defines the production realization calculus (SPEC.md §17.14) in LexLean and passes the same gates as an example; its hand-constructed target programs live under [compiler/fixtures/](compiler/fixtures/). Its `Gnaf` module states GNAF requests over that calculus (SPEC.md §17.15): the complete-system universe, machine contract, and objective order, all fixed before any optimizer, with a kernel-checked theorem that the universe is complete. The requests themselves live under [compiler/gnaf/](compiler/gnaf/), and [compiler/gnaf.manifest.json](compiler/gnaf.manifest.json) is the dependency manifest UOR-GNAF §20 requires. Its `Certification` module checks GNAF certificates (SPEC.md §17.18) under [compiler/certificates/](compiler/certificates/): a global optimum, an argmin, or a complete Pareto frontier is certified from evidence for every system of the universe rather than by enumerating it, with the soundness of the checker proved in [compiler/proofs/](compiler/proofs/); local normality, correctness, and representation-minimality are separate, weaker statuses, and an incomplete certificate names its first open obligation. The target fixtures' Rust packages (§17.16) live under [compiler/rust/](compiler/rust/).
@@ -138,7 +142,7 @@ just vv        # the complete normative acceptance gate (SPEC.md §9.2)
 just release   # vv, then the §30 release criterion; refused until 1.0.0
 ```
 
-All 398 registered conformance IDs are implemented and pass; `just vv` runs clean from a checkout with the pinned toolchain installed.
+All 402 registered conformance IDs are implemented and pass; `just vv` runs clean from a checkout with the pinned toolchain installed.
 
 The differential against the independent generator `lean4-prod` (SPEC.md §17.19, `OR-01`..`OR-08`) acquires it at its pinned commit: from the checkout `LEXLEAN_ORACLE_DIR` names, or by fetching the commit with `git` into the Cargo target directory (`LEXLEAN_ORACLE_CACHE` overrides), and builds it with the pinned Lean and Rust toolchains. It is validation evidence only and no input to any identity. An oracle that cannot be acquired, is not the pinned files, or fails is unavailable: that fails the gate on Linux x86-64 and is printed as `NOT VALIDATED` elsewhere, and is never reported as agreement.
 
@@ -180,6 +184,7 @@ Every row is validated by `just vv`; the IDs link the claim to its register row,
 | The runtime of generated Lean as native modules: the portable, collection, model, and reasoning runtimes of language 1.2 are LexLean source that every generated module imports, migrated losslessly and audited against their exact axioms, the released runtime text of languages 1.0 and 1.1 is frozen data equal to their released output, and no other Lean runtime text remains in the compiler but the decoder of core module 2 | `RT-01`..`RT-04` | `build` |
 | The standard library: language-1.2 source beside the compiler whose members are certified production roots, each validated against Rust's standard library by a seeded differential of its evaluator and rustc realizations; bytes and text over `Bytes` | `SL-01` | `build` |
 | The bootstrap project: the compiler's own components as language-1.2 source compiled by LexLean's production pipeline to certified Rust packages, the first being the exact axiom-output parser and its closed Lean-name check, each held to the Rust it replaces (the stage-0 oracle) by the committed golden vectors and a seeded differential of its evaluator and rustc realizations, with planted defects detected and the production export committed | `BS-01` | `build` |
+| Source packages: a language-1.2 project imports the modules of a locked, content-addressed package of its workspace: `[[source_package]]` and `lexlean-workspace.toml`, the pins in `lexlean.lock` recomputed by every command, imports closed at link, no re-export of a package's production roots, and the package's modules replayed by the importer's `verify` with their origin in the records | `PK-01`..`PK-04` | `build` |
 | The literal `nat-add-zero` example, the Lean-verified feature examples, and the complete negative fixture suite | `EX-01`..`EX-08` | `build` |
 | Language-1.2 text components, first slice: tokenizers and their round-trip laws, with the laws carried as one native core module the generated modules import rather than authored Lean text (context windows, text generators, text classifiers, adapters, and composition follow in their own slices and add their rows then) | `LM-01`, `LM-02`, `LM-03`, `LM-13` | `build` |
 
diff --git a/SPEC.md b/SPEC.md
index 2a9ec7451..3d81e07df 100644
--- a/SPEC.md
+++ b/SPEC.md
@@ -703,6 +703,7 @@ A LexLean project contains:
 - a valid Lake workspace;
 - one or more `.lex.tex` modules under configured source roots;
 - zero or more local lexicon packages;
+- in language 1.2, zero or more source packages, member projects of the project's workspace that it imports modules from (§10.5);
 - `.lexlean/`, reserved for generated and verified artifacts.
 
 No project file may override the language grammar, backend, verifier sequence, axiom-audit parser, source-map format, or verified artifact set.
@@ -748,10 +749,11 @@ The parsed project has one canonical TOML serialization used by `project_config_
 1. scalar top-level keys in the order shown by the schema example;
 2. `lexicon_source` tables sorted by `package`, with keys in the order `package`, `kind`, then kind-specific fields;
 3. language 1.2 only: `artifact_source` tables sorted by `sha256`, with keys in the order `sha256`, `path`, omitted entirely when there are none, so a project without artifacts keeps its bytes;
-4. `[limits]` with keys in the order shown;
-5. optional `[pdf]` last, with keys in the order shown;
-6. basic quoted strings, decimal integers, arrays with comma-space separators, LF line endings, and one final LF;
-7. no comments, blank leading lines, or trailing spaces.
+4. language 1.2 only: `source_package` tables sorted by `package`, with keys in the order `package`, `version`, `kind`, `path`, omitted entirely when there are none, so a project without source packages keeps its bytes;
+5. `[limits]` with keys in the order shown;
+6. optional `[pdf]` last, with keys in the order shown;
+7. basic quoted strings, decimal integers, arrays with comma-space separators, LF line endings, and one final LF;
+8. no comments, blank leading lines, or trailing spaces.
 
 Input whitespace does not affect this canonical serialization. A project may be semantically valid before formatting, but `lexlean lock --check` and repository examples require canonical bytes.
 
@@ -771,6 +773,7 @@ Input whitespace does not affect this canonical serialization. A project may be
 | `lean_toolchain` | Exactly the language-1.0 toolchain string. |
 | `lexicon_source` | Unique by package and sorted by package identifier. |
 | `artifact_source` | Language 1.2 only (another language rejects the field, `LLC0101`): optional `[[artifact_source]]` tables `sha256 = "<64 lowercase hex>"`, `path = "<project-relative file>"`, sorted by `sha256`, unique by digest and by path, never beneath the build root. Each names the content-addressed bytes of one model artifact (§17.12); `check`, `build`, `fmt`, and `verify` read the file, confined (§25.1), and require its SHA-256 to equal the configured digest (`LLR3007`). Artifacts are never fetched. |
+| `source_package` | Language 1.2 only (another language rejects the field, `LLC0101`): optional `[[source_package]]` tables `package = "<identifier>"`, `version = "<reader's string>"`, `kind = "path"`, `path = "<workspace-relative member directory>"`, sorted and unique by `package`, with `package` an identifier of the form of `name` and `version` a string of at most 64 ASCII letters, digits, `.`, `+`, and `-` that begins with a letter or digit. `path` is resolved from the workspace root, not the project's (§10.5); a kind other than `path` is `LLC0101`, and a path that is absolute or has a `..` segment escapes the workspace and is `LLS8001`. |
 | `limits` | Every listed positive integer is required. There are no hidden compiler defaults. |
 
 #### Lexicon-source forms
@@ -848,6 +851,31 @@ The project `lean-toolchain` MUST contain the exact toolchain string. `lexlean l
 
 If both Lake configuration forms exist, locking fails. Verification requires the recorded files to match and requires all manifest dependencies to be locally available.
 
+### 10.5 Source packages
+
+A language-1.2 project imports the modules of another project, a *source package*, without copying them. A source package is a project: its own `lexlean.toml` names its `module_prefix`, its `source_roots`, its language (1.2), and its own source packages, and `entrypoints` may name any of its modules, since a library has no distinguished one. Its modules keep its prefix: a module `Text` of a package whose prefix is `LexLeanStd` is the Lean module `LexLeanStd.Text` in every project that imports it. Nothing is fetched: a package is read from a directory of the workspace, `kind` is `path` and nothing else, and a package of any other kind is refused rather than treated as a later extension.
+
+**The workspace.** Until now every read of a project lay inside the project (§25.1). A package lives beside the projects that use it, so one widening is made, stated narrowly. An optional `lexlean-workspace.toml` at the root of a repository lists the member project directories:
+
+```toml
+spec = "lexlean/workspace/1"
+members = ["app", "base", "lib"]
+```
+
+`members` are unique, sorted, workspace-relative directories (no `..`, no leading separator), and the file carries no comment. The workspace of a project is the nearest proper ancestor of its canonical root that holds the file. A project that declares a source package must be a member of its workspace, and a `source_package` path must name a member, resolved from the workspace root. A project outside any workspace, a project its workspace does not list, a path that names no member, and a malformed workspace file are `LLC0108`: a stray file higher in the tree grants nothing to a project it does not list. No path component from the workspace root to a package may be a symlink, and a path with a `..` segment is an escape; both are `LLS8001`. Of a package, only its `lexlean.toml` and the files beneath its `source_roots` are read, and a symlink or a special file among them is `LLS8001`. A project that declares no source package reads nothing outside its own root, and has no workspace.
+
+**The manifest of a package** declares language 1.2, no `artifact_source`, no `[pdf]`, and only builtin `lexicon_source`s: those would read files outside what the pin covers, or glossaries the importing project does not have. A violation is `LLC0101`. The glossaries a package module uses (`\useglossary`) are resolved in the closure of the importing project, so a package that uses one the project does not load fails `LLR3001`.
+
+**The pin.** `lexlean.lock` (§11) carries one `[[source_package]]` row for every package in the transitive closure of the project's declarations, sorted by `id`: the identifier, the declared `version`, `kind`, the workspace-relative `source`, the package's `module_prefix`, `tree_sha256` over the package's `lexlean.toml` and every regular file beneath its `source_roots` (the tree digest of §11.5, over package-relative paths in bytewise order), `manifest_sha256` over its `lexlean.toml`, and `imports`, the `id@version` of the packages its own manifest declares, sorted. The digests are recomputed by every command: `lock --check`, `check`, `fmt`, `build`, and `verify` read the package and require the lock's row to be the package as it now is. A changed byte, a changed version, source, prefix, or declared package is `LLC0105`, naming the package and the locked and the found values, before anything is linked. A row for a package the closure of the project's declarations does not reach is `LLC0106`, and so is one identifier with two sources. `lexlean lock` writes the rows, and a package that depends on itself or on the importing project is `LLR3003`.
+
+**One source per module prefix.** The importing project's prefix and each package's must not be equal, and none may lie beneath another (`a.b` is beneath `a`); two sources that claim a prefix are `LLC0107`.
+
+**Closed imports.** A module of the importing project may import modules of the project, written as before, and modules of the packages the project declares itself, written with the package's prefix: `\importmodule{LexLeanStd.Text}`. A module of a package may import the modules of that package, written as inside the package, and the modules of the packages its own manifest declares, written with their prefixes. A module of a package the importing scope does not declare, though the closure holds it, is `LLR3009`; one no source provides is `LLR3005`; a name both the scope's own modules and a declared package provide is `LLC0107`; a cycle of packages or of modules is `LLR3003`. The package's modules that no import reaches are not linked. Inside the linked project a package module is named by its Lean name, `LexLeanStd.Text`, which is its key in every record; its references to a sibling are read under that key.
+
+**Production.** A package's `production:` clauses make roots of the package project, built when the package is built. Imported by another project, a package definition is an ordinary definition: no module of a package is analysed for production roots, the certificates are those of the closure of the importing project's roots, and the package's own certified roots are not republished by the importer. There is no re-export.
+
+**Verification and identity.** The modules of every package the project reaches are generated, elaborated, replayed with `leanchecker`, and audited as part of the importing project's `verify`, under the package's prefix. The build manifest's module rows, the semantic snapshot's modules, and the attestation (`origins`, by Lean module) name the package as their `origin`; the document of a package module is linked and rendered like any other, and `fmt` never rewrites a package file, which is the package's own. Nothing crosses runs (§9.4): there is no cache of a built package. The source ID (§21.3) hashes the canonical lock, and so the pins, and the bytes of every linked package module. `source_package` and the lock rows are part of the language-1.2 schemas, so they move the language-1.2 compiler-semantics ID (§21.2) once; languages 1.0 and 1.1 are unchanged, and so is a language-1.2 project that declares no source package, apart from that identity.
+
 ---
 
 ## 11. Lock file
@@ -892,6 +920,20 @@ imports = ["lexlean.core@1.0.0"]
 
 An optional `[pdf]` lock record mirrors the configured provider and records the hashes of every declared resource.
 
+Language 1.2 only, a project that declares source packages (§10.5) has, after the `[[package]]` rows, one `[[source_package]]` row for every package in the transitive closure of its declarations, and a project that declares none has none:
+
+```toml
+[[source_package]]
+id = "lib"
+version = "1.0.0"
+kind = "path"
+source = "lib"
+module_prefix = "PkgLib"
+tree_sha256 = "..."
+manifest_sha256 = "..."
+imports = ["base@1.0.0"]
+```
+
 Language-1.2 model artifacts (§10.1, §17.12) have no lock rows: each is pinned
 by its `sha256` in `lexlean.toml`, whose canonical bytes the lock's project
 digest and the source ID cover, and every `check`, `build`, `fmt`, and
@@ -901,6 +943,7 @@ digest and the source ID cover, and every `check`, `build`, `fmt`, and
 
 - `workspace_file` rows sort by `path`.
 - `package` rows sort by `(id, version)`.
+- `source_package` rows sort by `id`, and their `imports` by `id`.
 - package `imports` sort lexicographically and contain no duplicates.
 - all keys use the order shown by the schema formatter.
 - lowercase hexadecimal is mandatory.
@@ -8249,7 +8292,7 @@ LexLean:
 
 - canonicalizes the project root once;
 - rejects non-UTF-8 logical paths;
-- rejects symlinks in source roots, lexicon packages, lock inputs, build roots, and declared PDF resources;
+- rejects symlinks in source roots, lexicon packages, source packages (§10.5), lock inputs, build roots, and declared PDF resources;
 - rejects any normalized `..` escape;
 - rejects duplicate files by filesystem identity;
 - detects case-fold collisions before output;
@@ -8350,6 +8393,10 @@ The initial registry MUST include at least these exact codes and meanings:
 | `LLC0102` | Missing, stale, or noncanonical lock file. |
 | `LLC0103` | Unsupported schema or language version. |
 | `LLC0104` | Duplicate module or case-folded path collision. |
+| `LLC0105` | Source package is not the package the lock pins (§10.5). |
+| `LLC0106` | Source package undeclared, or declared with two sources (§10.5). |
+| `LLC0107` | Module prefix claimed by two sources (§10.5). |
+| `LLC0108` | Source package outside the workspace rule (§10.5). |
 | `LLC0201` | Production request malformed (§24.7). |
 | `LLC0202` | Requested root is not a production root (§24.7). |
 | `LLC0203` | Unknown or mismatched production target (§24.7). |
@@ -8372,6 +8419,7 @@ The initial registry MUST include at least these exact codes and meanings:
 | `LLR3006` | Unsafe canonical form or raw renderer output. |
 | `LLR3007` | Model artifact unavailable or its digest or length mismatched (§10.1, §17.12). |
 | `LLR3008` | Model artifact bytes violate the declared schema, type, or role (§17.12). |
+| `LLR3009` | Import of a module of a source package the importing scope does not declare (§10.5). |
 | `LLT4001` | Arity, binder, category, or conservative type mismatch. |
 | `LLT4002` | Unresolved overloaded entry. |
 | `LLT4003` | External-interface probe mismatch. |
@@ -9496,14 +9544,16 @@ Every row below is normative, has honesty level `build`, and MUST be copied byte
 | `RT-04` | `runtime` | No Lean runtime text remains in the language-1.2 compiler: a generated language-1.2 module imports the runtime modules whose constants it names and declares nothing under a runtime namespace, and the only Lean runtime text in the compiler's source outside unit-test items, in one string literal or in several written together, is the decoder of core module 2, which loads native modules and so cannot be one; a runtime text planted in any of its shapes, raw or escaped, with or without a namespace line, split across literals, or after a test module, is found. | §17.12, §18.1 |
 | `SL-01` | `stdlib` | The standard library's `Text` module is language-1.2 source whose seven members over `Bytes` (`startsWith`, `endsWith`, `trim`, `lines`, `splitOn`, `joinWith`, `find`) are production roots eligible for `rust-std` with exactly their declared effects; each member's lowered program under the calculus evaluator and its rendered `rust-std` package under the pinned rustc agree with Rust's `starts_with`, `ends_with`, `trim_ascii`, `lines`, `split`, `join`, and `find` on a seeded corpus; a planted defect in a member is detected; and the certified packages the production export publishes for it are the committed ones. | §17.22 |
 | `BS-01` | `bootstrap` | The axiom-output parser of SPEC.md §22.5 is language-1.2 source in the `bootstrap/` project: `parseAuditOutput` and the closed Lean-name check `isClosedLeanName` are production roots eligible for `rust-std` with exactly their declared effects; the parser's lowered program under the calculus evaluator agrees with the Rust parser `verify::axiom` on the result, the rejection message, and the attributed declaration for every committed golden vector (accepted, accepted-wrapped, and rejected); both roots' rendered `rust-std` packages under the pinned rustc agree with the Rust oracle on a large seeded corpus of generated, wrapped, and mutated audit outputs with no disagreement; a planted defect in the source is detected; and the certified packages the production export publishes for the project are the committed ones. | §17.23, §22.5 |
-
-
+| `PK-01` | `packages` | A language-1.2 project that declares a source package by its identifier, version, kind `path`, and the member directory a `lexlean-workspace.toml` lists locks it by the tree digest of its manifest and source files, its manifest digest, its version, its module prefix, and its own packages, and the configuration and the lock read back to the bytes written; a project without a source package keeps its bytes, and a package of another kind, a source package in another language, a changed byte or version (LLC0105), an undeclared package (LLC0106), a module prefix claimed twice (LLC0107), a project or a package outside the workspace (LLC0108), a path that escapes it, and a symlink (LLS8001) are each refused with the named code. | §10.5, §11.1, §25.1 |
+| `PK-02` | `packages` | A module of a project imports only modules of its own project and modules of the packages the project declares, and a module of a package only modules of itself and of the packages its own manifest declares: a package module is a module of the importing project under its own module prefix, a module of a package the project does not declare fails with LLR3009, and an import cycle through a package fails with LLR3003. | §10.5, §15.1 |
+| `PK-03` | `packages` | An importing project builds and verifies under the pinned Lean offline, and its package modules are generated, elaborated, replayed with `leanchecker`, and audited for their exact axioms under the package's module prefix with the package as their origin in the records; the source ID of the project changes with the pins, and no file of the package is written by `fmt`, `build`, or `verify`. | §10.5, §21.3, §22 |
+| `PK-04` | `packages` | A production root of the importing project whose closure reaches a definition of a package certifies and exports over that closure as it does for a definition of its own module, the `production:` roots of a package are not roots of the importing project, and the importer publishes no certificate of the package's own. | §10.5, §17.13 |
 | `LM-01` | `language-models` | A `tokenizer` is a closed language-1.2 declaration whose scheme is `byte_level` or `longest_match` and whose vocabulary is a #29 artifact with role `vocabulary` and schema `utf8_lines`; tokens are `uint32`, the single bytes are the ids 0..255 present always as the byte fallback, the vocabulary pieces take the ids from 256 in artifact order, and the declaration elaborates to `encode` and `decode` over `bytes` together with `encodeText` and `decodeText` over `string` through `utf8_encode` and `utf8_decode`, so a scheme outside the closed enumeration, a vocabulary whose role or schema is not the one stated, or a token outside `uint32` is refused as a schema violation (`LLT4001`) or by the artifact rules (`LLR3007`). | §17.12 |
 | `LM-02` | `language-models` | A tokenizer's laws are generated and kernel-checked: `roundtrip` states that for every byte string `b`, `decode (encode b)` is `some b`; `text_roundtrip` states the same over `string`; and `in_range` states that every token a decode produces indexes the vocabulary, so the round trip also fixes the token boundaries, and a tokenizer whose elaboration does not close these laws fails verification. | §17.12 |
 | `LM-03` | `language-models` | Text that is not valid UTF-8 is refused and never tokenized: an artifact whose bytes do not decode under the `utf8_lines` schema — invalid UTF-8, a CR, or a missing final LF — fails by its artifact rules before any byte is decoded, and a text offered to `encodeText` that is not valid UTF-8 is refused rather than transcoded. | §17.12 |
 | `LM-13` | `language-models` | The text laws a tokenizer elaborates through are LexLean source and not authored text: the module that states them is one language-1.2 native core module of the embedded `language/text-1.2` project, the project holds no file of Lean source, no independently authored Lean file anywhere in the release tree declares the `LexLeanText` namespace or lies under its module root, and the one-time migration input is absent; the registry lists only that module, the declarations and their exact axiom policies are read from its native data, which the compiler embeds and hashes into the language-1.2 semantics, and a module that declares a text component imports the generated module rather than splicing any Lean text. | §17.10, §17.12 |
 
-**Total required capability IDs:** 398.
+**Total required capability IDs:** 402.
 
 No row may be downgraded to `some-true` or `open`. Upstream Lean facts are ledger/authority rows, not substitutions for these build behaviors.
 
diff --git a/VERIFICATION.md b/VERIFICATION.md
index 90529fa3c..77b079879 100644
--- a/VERIFICATION.md
+++ b/VERIFICATION.md
@@ -8350,3 +8350,54 @@ mismatch (`LLV7013`); the module binds such a call to a `let` first, and
 spells a decimal without `iterate_until`. Lean's exact axiom policy was
 aligned declaration by declaration (`Quot.sound`, `propext` for the `UInt8`
 range checks and byte comparison, as the spike on #92 measured).
+### source packages can fail
+
+The cases of the `packages` suite (`PK-01`..`PK-04`, SPEC.md §10.5) were written
+before the implementation (R3). `conformance_pk_01` first failed, with the
+configuration, the workspace, and the pins in place and the pin comparison not
+yet in `lock --check`, at its first refusal:
+
+```text
+expected LLC0105, found ["LLC0102"] (LLC0102: lexlean.lock is stale or noncanonical; run `lexlean lock`)
+```
+
+Each defect below was planted, the named case run with
+`cargo test -p repo-conformance --test conformance <case> -- --exact --test-threads=1`,
+and the defect removed. The observed lines are the cases' own.
+
+| Planted defect | Case | Observed |
+| --- | --- | --- |
+| the tree digest covers the manifest alone (a source file of the package is not pinned) | `conformance_pk_01` | `the project is refused`: a changed byte of the package is not refused |
+| `check_pins` is not called when linking (a lock read before the package changed is trusted) | `conformance_pk_01` | `linking reads the package again` |
+| a project the workspace file does not list is accepted | `conformance_pk_01` | `expected LLC0108, found ["LLC0102"]` |
+| a symlink in the path of a package is not refused as such | `conformance_pk_01` | `expected LLS8001, found ["LLC0108"]` |
+| two sources may claim one module prefix | `conformance_pk_01` | `two sources claim PkgLib` |
+| an import may name a module of any package of the closure | `conformance_pk_02` | `check fails` (the undeclared import is accepted) |
+| the production roots of a package are analysed | `conformance_pk_04` | `` `PkgBase.Core`: only the importing project's own roots are analysed `` (left: true) |
+| `fmt` visits the modules of a package | `conformance_pk_03` | `` `base:src`: No such file or directory `` (it reads the package as if it were the project) |
+| the build manifest names no origin | `conformance_pk_03` | `the manifest names the origin of a package module` |
+| the attestation names no origin | `conformance_pk_03` | `the modules of a package carry the package as their origin` (left: `Null`) |
+
+One plant was not caught where it was first made: removing `check_pins` from
+`load_locked` alone left `conformance_pk_03` green, because `read_current_lock`
+makes the same comparison first. The comparison at link is the one that reads
+the package after the lock was read, so `conformance_pk_01` now links with a
+lock read before a byte of the package changed and requires `LLC0105`; the
+plant above is the one it caught.
+
+Measured on Linux x86-64 with Lean 4.32.1: `conformance_pk_01` and
+`conformance_pk_02` run in under 3 s, `conformance_pk_03` (the importing
+project formatted, built, and verified, with every module replayed and audited)
+in 185 s, and `conformance_pk_04` (a root whose closure reaches a definition of
+`lib` and of `base` certified and exported) in 188 s.
+
+Languages 1.0 and 1.1 are unchanged. After the schema change, in a scratch
+checkout whose language-1.2 locks were regenerated, `cargo xtask check-golden
+--write` left every file of `nat-add-zero`, `peano-arithmetic`,
+`propositional-logic`, `list-induction`, `semantic-1.1`, and `uor-atlas`
+untouched. The language-1.2 example `language-1.2`, which declares no source
+package, differs from its committed oracles in identities and the digests
+derived from them alone (the compiler-semantics, source, semantic, and build
+IDs, and the digests of its lock and its source map); the committed
+language-1.2 records are regenerated in the wave the maintainer names, not by
+this change.
diff --git a/bootstrap/expected/build/manifest.json b/bootstrap/expected/build/manifest.json
index ad3ffad65..622821b29 100644
--- a/bootstrap/expected/build/manifest.json
+++ b/bootstrap/expected/build/manifest.json
@@ -1 +1 @@
-{"build_id":"926150e003cfd6aba9deb2efae713e6477fe971dece782542cb30b9eb140fa1d","compiler":{"semantics_id":"7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0","version":"0.3.0"},"inputs":[{"byte_length":2684,"kind":"lexicon","path":"embedded","sha256":"3bc0fb09d706ffa7d5a1363302ea87c049acc7c7dcafde63c62682620c11be9b"},{"byte_length":14885,"kind":"lexicon","path":"embedded","sha256":"e0db021e01b91d651c43921d66f6b0023c8efbf17cac2ec53192ce5305e4e1ac"},{"byte_length":36197,"kind":"lexicon","path":"embedded","sha256":"827317cae68c162f3a96c8a8de4e53ab348e7d3724fd2b834fa85ecde1a1b392"},{"byte_length":1597,"kind":"lock","path":"lexlean.lock","sha256":"41d45ae532cd8911bf471895ede85deab5002ad61d6d0b646c1bdb013e85b88e"},{"byte_length":649,"kind":"project-config","path":"lexlean.toml","sha256":"7165f2fed5d1b4ece471ea2b9fdbf107c48272617d8bd5d3875f719e2aecc0ef"},{"byte_length":27337,"kind":"source","path":"src/AxiomOutput.lex.tex","sha256":"9f046a50790b9f317a465924703c96839422f20e631a6f6162cc6514955e8567"},{"byte_length":7566,"kind":"source","path":"src/Text.lex.tex","sha256":"2c97a6b06a1c39aa660edc43f366b753175279f9dc99bbea9bb7f900eb1b9a07"}],"language":"1.2","lean_toolchain":"leanprover/lean4:v4.32.1","modules":[{"lean_module":"LexLeanBoot.AxiomOutput","module":"AxiomOutput","source_path":"src/AxiomOutput.lex.tex"},{"lean_module":"LexLeanBoot.Text","module":"Text","source_path":"src/Text.lex.tex"}],"outputs":[{"byte_length":24570,"kind":"coverage","path":"coverage/LexLeanBoot/AxiomOutput.coverage.json","sha256":"6744a9da2d8960d1c47f4b6eb6a3daeb067b18f762068dbfc001e243edd4305a"},{"byte_length":11380,"kind":"coverage","path":"coverage/LexLeanBoot/Text.coverage.json","sha256":"c0881d9014e5b68860d66a91e8b2c98df6d7eb12ec496e96a61919d213135fbe"},{"byte_length":24423,"kind":"lean","path":"modules/LexLeanBoot/AxiomOutput.lean","sha256":"d20ec2a16744b6e60acf522fdcb0a630aff7fbcab276b9195877dde56a6fb6ec"},{"byte_length":7430,"kind":"lean","path":"modules/LexLeanBoot/Text.lean","sha256":"e8b2e69674901a2cc22df8ed6d57c9ff866a6183af1ca1ea0d9349a9d692774a"},{"byte_length":10609,"kind":"lexicon-closure","path":"lexicons/AxiomOutput.closure.json","sha256":"1c324105489cc204750e32e49064ccecc7492da50c3d06e2cd742f46a2453e49"},{"byte_length":10602,"kind":"lexicon-closure","path":"lexicons/Text.closure.json","sha256":"1ad76d0ba0c5e4c958f3593285ad434936f9745f4c422cdd592be86889c16500"},{"byte_length":21662,"kind":"map","path":"maps/LexLeanBoot/AxiomOutput.map.json","sha256":"81a5b4632cb6083019db91800e5305232e3412a215b6926ae33146b9932ad2c1"},{"byte_length":6809,"kind":"map","path":"maps/LexLeanBoot/Text.map.json","sha256":"47bfba5ec052f2bcc66007071e89d8f20d11905f84a45f76bf85d5aa5ff0bd77"},{"byte_length":82621,"kind":"production-eligibility","path":"production/LexLeanBoot/AxiomOutput.eligibility.json","sha256":"2b52cea44f9fd8ee919dd859dd61b3080b169c1beacc08bf659506b40a0967e4"},{"byte_length":41576,"kind":"tex","path":"modules/LexLeanBoot/AxiomOutput.tex","sha256":"ad135d29ad26672ffd88c07d46e3079dc37ba65c78e24ff417171cd09749b7f3"},{"byte_length":12481,"kind":"tex","path":"modules/LexLeanBoot/Text.tex","sha256":"d4de10930e392066953a378eb6d932711017de2316051cc07db8d0f2596722b9"}],"project":"bootstrap","selection":["AxiomOutput","Text"],"semantic_id":"adb40bbfc73b1dc6b7a95dab0c348a2752ede8bc8cffbc4bfb49bce333d9aceb","source_id":"3f41dc0286cbb4e5618c5f0a330c60e2e4f7245869b4343f0b3859285a3d4f7e","spec":"lexlean/build-manifest/1"}
+{"build_id":"4dc6de8d0d733053f79e4947163e50ad68f64adc4b3507643cc6790f2fe55431","compiler":{"semantics_id":"91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a","version":"0.3.0"},"inputs":[{"byte_length":2684,"kind":"lexicon","path":"embedded","sha256":"3bc0fb09d706ffa7d5a1363302ea87c049acc7c7dcafde63c62682620c11be9b"},{"byte_length":14885,"kind":"lexicon","path":"embedded","sha256":"e0db021e01b91d651c43921d66f6b0023c8efbf17cac2ec53192ce5305e4e1ac"},{"byte_length":36197,"kind":"lexicon","path":"embedded","sha256":"827317cae68c162f3a96c8a8de4e53ab348e7d3724fd2b834fa85ecde1a1b392"},{"byte_length":1597,"kind":"lock","path":"lexlean.lock","sha256":"88207b13daf7c5b83305e6e6244852f57227a11ae960433f8554cfac69c7a60b"},{"byte_length":649,"kind":"project-config","path":"lexlean.toml","sha256":"7165f2fed5d1b4ece471ea2b9fdbf107c48272617d8bd5d3875f719e2aecc0ef"},{"byte_length":27337,"kind":"source","path":"src/AxiomOutput.lex.tex","sha256":"9f046a50790b9f317a465924703c96839422f20e631a6f6162cc6514955e8567"},{"byte_length":7566,"kind":"source","path":"src/Text.lex.tex","sha256":"2c97a6b06a1c39aa660edc43f366b753175279f9dc99bbea9bb7f900eb1b9a07"}],"language":"1.2","lean_toolchain":"leanprover/lean4:v4.32.1","modules":[{"lean_module":"LexLeanBoot.AxiomOutput","module":"AxiomOutput","source_path":"src/AxiomOutput.lex.tex"},{"lean_module":"LexLeanBoot.Text","module":"Text","source_path":"src/Text.lex.tex"}],"outputs":[{"byte_length":24570,"kind":"coverage","path":"coverage/LexLeanBoot/AxiomOutput.coverage.json","sha256":"6744a9da2d8960d1c47f4b6eb6a3daeb067b18f762068dbfc001e243edd4305a"},{"byte_length":11380,"kind":"coverage","path":"coverage/LexLeanBoot/Text.coverage.json","sha256":"c0881d9014e5b68860d66a91e8b2c98df6d7eb12ec496e96a61919d213135fbe"},{"byte_length":24423,"kind":"lean","path":"modules/LexLeanBoot/AxiomOutput.lean","sha256":"d20ec2a16744b6e60acf522fdcb0a630aff7fbcab276b9195877dde56a6fb6ec"},{"byte_length":7430,"kind":"lean","path":"modules/LexLeanBoot/Text.lean","sha256":"e8b2e69674901a2cc22df8ed6d57c9ff866a6183af1ca1ea0d9349a9d692774a"},{"byte_length":10609,"kind":"lexicon-closure","path":"lexicons/AxiomOutput.closure.json","sha256":"1c324105489cc204750e32e49064ccecc7492da50c3d06e2cd742f46a2453e49"},{"byte_length":10602,"kind":"lexicon-closure","path":"lexicons/Text.closure.json","sha256":"1ad76d0ba0c5e4c958f3593285ad434936f9745f4c422cdd592be86889c16500"},{"byte_length":21662,"kind":"map","path":"maps/LexLeanBoot/AxiomOutput.map.json","sha256":"372a84eaaa1754de94d4e43daa98418b3c0ffb4a1f5c33e6756e6a6aa0448c43"},{"byte_length":6809,"kind":"map","path":"maps/LexLeanBoot/Text.map.json","sha256":"c83503e77bc94eea41bd0f22f4a20515f11b518d3384568faac644e6943cdc51"},{"byte_length":82621,"kind":"production-eligibility","path":"production/LexLeanBoot/AxiomOutput.eligibility.json","sha256":"2b52cea44f9fd8ee919dd859dd61b3080b169c1beacc08bf659506b40a0967e4"},{"byte_length":41576,"kind":"tex","path":"modules/LexLeanBoot/AxiomOutput.tex","sha256":"ad135d29ad26672ffd88c07d46e3079dc37ba65c78e24ff417171cd09749b7f3"},{"byte_length":12481,"kind":"tex","path":"modules/LexLeanBoot/Text.tex","sha256":"d4de10930e392066953a378eb6d932711017de2316051cc07db8d0f2596722b9"}],"project":"bootstrap","selection":["AxiomOutput","Text"],"semantic_id":"5ba510b7049a3e59c5f1ffb1f0a6611dd35ecbdb9904f2d3213052229b253f48","source_id":"d24d87e6939b30919be5d863ae8caee196592ffc1481d8490690c0f435e12acf","spec":"lexlean/build-manifest/1"}
diff --git a/bootstrap/expected/build/maps/LexLeanBoot/AxiomOutput.map.json b/bootstrap/expected/build/maps/LexLeanBoot/AxiomOutput.map.json
index dad20d792..b19a685ba 100644
--- a/bootstrap/expected/build/maps/LexLeanBoot/AxiomOutput.map.json
+++ b/bootstrap/expected/build/maps/LexLeanBoot/AxiomOutput.map.json
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diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.AxiomOutput.lean b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.AxiomOutput.lean
similarity index 100%
rename from bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.AxiomOutput.lean
rename to bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.AxiomOutput.lean
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.AxiomOutput.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.AxiomOutput.process.json
new file mode 100644
index 000000000..e7ed934d0
--- /dev/null
+++ b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.AxiomOutput.process.json
@@ -0,0 +1 @@
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diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.Text.lean b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.Text.lean
similarity index 100%
rename from bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.Text.lean
rename to bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.Text.lean
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.Text.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.Text.process.json
new file mode 100644
index 000000000..e8b12ed3d
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+++ b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.Text.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.Text.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanBoot.Text","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanBoot.Text.byteAt' does not depend on any axioms\n'LexLeanBoot.Text.chomp' does not depend on any axioms\n'LexLeanBoot.Text.endsWith' does not depend on any axioms\n'LexLeanBoot.Text.find' does not depend on any axioms\n'LexLeanBoot.Text.isSpace' does not depend on any axioms\n'LexLeanBoot.Text.joinWith' does not depend on any axioms\n'LexLeanBoot.Text.lineStep' does not depend on any axioms\n'LexLeanBoot.Text.lines' does not depend on any axioms\n'LexLeanBoot.Text.matchAt' does not depend on any axioms\n'LexLeanBoot.Text.reverse' does not depend on any axioms\n'LexLeanBoot.Text.sliceOr' does not depend on any axioms\n'LexLeanBoot.Text.spaceAt' does not depend on any axioms\n'LexLeanBoot.Text.splitOn' does not depend on any axioms\n'LexLeanBoot.Text.splitStep' does not depend on any axioms\n'LexLeanBoot.Text.startsWith' does not depend on any axioms\n'LexLeanBoot.Text.trim' does not depend on any axioms\n'LexLeanBoot.Text.trimEnd' does not depend on any axioms\n'LexLeanBoot.Text.trimStart' does not depend on any axioms\n","stdout_sha256":"f123b29dcd243a53b7c289ef056e99264e1132f910ec78803c53edf0c6543bc0","tool":"lean"}
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Collections.lean b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Collections.lean
similarity index 100%
rename from bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Collections.lean
rename to bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Collections.lean
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Collections.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..f99ad750c
--- /dev/null
+++ b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Portable.lean b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Portable.lean
similarity index 100%
rename from bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Portable.lean
rename to bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Portable.lean
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Portable.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..ae4ac903d
--- /dev/null
+++ b/bootstrap/expected/verify/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A5ba510b7049a3e59c5f1ffb1f0a6611d.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.AxiomOutput.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.AxiomOutput.process.json
deleted file mode 100644
index 761403b59..000000000
--- a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.AxiomOutput.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.AxiomOutput.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.AxiomOutput","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanBoot.AxiomOutput.Record' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.Rejection' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.Scan' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.afterLabel' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.afterLocation' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.allDigits' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.auditStep' depends on axioms: [propext]\n'LexLeanBoot.AxiomOutput.axiomList' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.byteIn' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.byteIs' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.cat' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.collectStep' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.continuation' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.decimal' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.digit' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.digitStep' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.dropWhiteEnd' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.envelope' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.extend' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.finish' depends on axioms: [propext]\n'LexLeanBoot.AxiomOutput.fitsWord' depends on axioms: [propext]\n'LexLeanBoot.AxiomOutput.headOf' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.inRange' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.insertAxiom' depends on axioms: [propext]\n'LexLeanBoot.AxiomOutput.insertEntry' depends on axioms: [propext]\n'LexLeanBoot.AxiomOutput.isClosedLeanName' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.isCount' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.isFirst' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.isLater' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.isWord' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.lastStep' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.lessBytes' depends on axioms: [propext]\n'LexLeanBoot.AxiomOutput.listLength' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.listed' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.located' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.malformed' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.nameMode' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.nameStep' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.notLean' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.parseAuditOutput' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.parsePayload' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.parsed' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.quoted' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.refuse' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.rejected' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.reversed' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.scanStep' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.significant' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.skipWhite' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.splitLast' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.splitOnce' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.startsWhite' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.stop' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.stripPrefix' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.stripSuffix' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.tailOf' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.terminates' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.text' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.trimmed' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.unrecognized' does not depend on any axioms\n'LexLeanBoot.AxiomOutput.whiteEnding' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.whiteLength' depends on axioms: [propext, Quot.sound]\n'LexLeanBoot.AxiomOutput.zeroStep' does not depend on any axioms\n","stdout_sha256":"bd365d474943e5184f5b9e376d67d1c8fca4b097fa1da5b05bae624f013e1d09","tool":"lean"}
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.Text.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.Text.process.json
deleted file mode 100644
index 1498f857d..000000000
--- a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.Text.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.Text.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanBoot.Text","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanBoot.Text.byteAt' does not depend on any axioms\n'LexLeanBoot.Text.chomp' does not depend on any axioms\n'LexLeanBoot.Text.endsWith' does not depend on any axioms\n'LexLeanBoot.Text.find' does not depend on any axioms\n'LexLeanBoot.Text.isSpace' does not depend on any axioms\n'LexLeanBoot.Text.joinWith' does not depend on any axioms\n'LexLeanBoot.Text.lineStep' does not depend on any axioms\n'LexLeanBoot.Text.lines' does not depend on any axioms\n'LexLeanBoot.Text.matchAt' does not depend on any axioms\n'LexLeanBoot.Text.reverse' does not depend on any axioms\n'LexLeanBoot.Text.sliceOr' does not depend on any axioms\n'LexLeanBoot.Text.spaceAt' does not depend on any axioms\n'LexLeanBoot.Text.splitOn' does not depend on any axioms\n'LexLeanBoot.Text.splitStep' does not depend on any axioms\n'LexLeanBoot.Text.startsWith' does not depend on any axioms\n'LexLeanBoot.Text.trim' does not depend on any axioms\n'LexLeanBoot.Text.trimEnd' does not depend on any axioms\n'LexLeanBoot.Text.trimStart' does not depend on any axioms\n","stdout_sha256":"f123b29dcd243a53b7c289ef056e99264e1132f910ec78803c53edf0c6543bc0","tool":"lean"}
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Collections.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index a6a12d905..000000000
--- a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Portable.process.json b/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index 4f2ed57dd..000000000
--- a/bootstrap/expected/verify/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aadb40bbfc73b1dc6b7a95dab0c348a27.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/bootstrap/expected/verify/extract/LexLeanExtract.Xadb40bbfc73b1dc6b7a95dab0c348a27.lean b/bootstrap/expected/verify/extract/LexLeanExtract.X5ba510b7049a3e59c5f1ffb1f0a6611d.lean
similarity index 100%
rename from bootstrap/expected/verify/extract/LexLeanExtract.Xadb40bbfc73b1dc6b7a95dab0c348a27.lean
rename to bootstrap/expected/verify/extract/LexLeanExtract.X5ba510b7049a3e59c5f1ffb1f0a6611d.lean
diff --git a/bootstrap/expected/verify/extract/process.json b/bootstrap/expected/verify/extract/process.json
index 7c32e86e8..fc48bdec0 100644
--- a/bootstrap/expected/verify/extract/process.json
+++ b/bootstrap/expected/verify/extract/process.json
@@ -1 +1 @@
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.GetElem\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"HAdd\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"HSub\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Int\",\"kind\":\"inductive\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"List\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Nat\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"OfNat\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Option\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Ord\",\"kind\":\"inductive\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Ordering\",\"kind\":\"inductive\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"PUnit\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Prod\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"String\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Sub\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"UInt32\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"UInt8\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"instAddNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instBEqOfDecidableEq\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqBool\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqOrdering\",\"kind\":\"definition\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqUInt8\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHAdd\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHSub\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNat\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNatNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instSubNat\",\"kind\":\"definition\",\"module\":\"Init.Prelu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_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Unit.unit\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true}]}\n","stdout_sha256":"8936693ae9a91f38acfc70d3ebc0d4683efcc54907e455298d72339e1e36cead","tool":"lean"}
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0.lean
new file mode 100644
index 000000000..55688cd3b
--- /dev/null
+++ b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0.lean
@@ -0,0 +1,98 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanBoot.AxiomOutput
+import LexLeanBoot.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natEq [(.second (.first (.call 1 [(.closure 2 [(.var 0)]), (.prim .length [(.var 0)]), (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))])]))), (.value .nat (.nat 1))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.call 3 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.prim .natEq [(.second (.var 1)), (.value .nat (.nat 2))]) (.build .none (.option (.pair .nat .nat)) []) (.«match» (.option (.pair .nat .nat)) (.call 4 [(.var 0), (.first (.var 1))]) [(.arm .some [2] (.build .some (.option (.pair .nat .nat)) [(.build .pair (.pair .nat .nat) [(.prim .natAdd [(.first (.var 1)), (.value .nat (.nat 1))]), (.call 5 [(.second (.var 1)), (.var 2)])])])), (.arm .none [] (.build .none (.option (.pair .nat .nat)) []))])) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, (.fixed .u8)], result := .nat,
+      body := (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 2))]) (.value .nat (.nat 2)) (.cond (.prim .equal [(.var 1), (.value (.fixed .u8) (.u8 46))]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.value .nat (.nat 0)) (.value .nat (.nat 2))) (.cond (.call 6 [(.var 1)]) (.value .nat (.nat 1)) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.cond (.call 7 [(.var 1)]) (.value .nat (.nat 1)) (.value .nat (.nat 2))) (.value .nat (.nat 2)))))) },
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 65)), (.value (.fixed .u8) (.u8 90))]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 97)), (.value (.fixed .u8) (.u8 122))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 95))]))) },
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 6 [(.var 0)]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) },
+    { parameters := [0, 1, 2], types := [(.fixed .u8), (.fixed .u8), (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.prim .checkedSub [(.var 0), (.var 1)]) [(.arm .some [3] (.«match» .bool (.prim .checkedSub [(.var 2), (.var 0)]) [(.arm .some [4] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))])), (.arm .none [] (.build .false .bool []))]) }] }
+
+def __fits_4 (subject : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_4 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_4 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanBoot.Text.byteAt subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
+
+def __fits_8 (byte : UInt8) (low : UInt8) (high : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true)))
+
+theorem __rel_8 (byte : UInt8) (low : UInt8) (high : UInt8) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte), (_root_.LexLeanTarget.TargetSyntax.Value.u8 low), (_root_.LexLeanTarget.TargetSyntax.Value.u8 high)] (_root_.LexLeanPreservation.Rel (__fits_8 byte low high) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.inRange byte low high))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some above => (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => Bool.true | Option.none => Bool.false) | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 byte low)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some above => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some below => Bool.true | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 high byte)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some below => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_6 (byte : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((65 : UInt8)) ((90 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange in
+theorem __rel_6 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_6 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isFirst byte))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_8 (byte) ((65 : UInt8)) ((90 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool))) (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_8 (byte) ((97 : UInt8)) ((122 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (95 : UInt8)))))))
+
+def __fits_7 (byte : UInt8) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange LexLeanBoot.AxiomOutput.isFirst in
+theorem __rel_7 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_7 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isLater byte))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (byte))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_8 (byte) ((48 : UInt8)) ((57 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (63 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (39 : UInt8)))))))))
+
+def __fits_5 (mode : Nat) (byte : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (2 : Nat)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.isFirst LexLeanBoot.AxiomOutput.isLater in
+theorem __rel_5 (mode : Nat) (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat mode), (_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_5 mode byte) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.nameMode mode byte))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))))) (Nat.beq mode (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (2 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))))) (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (46 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (0 : Nat) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (2 : Nat))) (LexLeanBoot.AxiomOutput.isLater (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => _root_.LexLeanPreservation.conv_value))))))))
+
+def __fits_3 (subject : ByteArray) (state : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (state).2 (2 : Nat)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_5 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.nameMode LexLeanBoot.Text.byteAt in
+theorem __rel_3 (subject : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_3 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (LexLeanBoot.AxiomOutput.nameStep subject state))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_5 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.none : (Option (Prod Nat Nat))) else (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat)))))) (Nat.beq (state).2 (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (state).2 (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_5 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat))))) (LexLeanBoot.Text.byteAt (subject) ((state).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (subject) ((state).1))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (state).1 (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((state).2) (byte))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_2 (raw : ByteArray) (state : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (raw) (state)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
+theorem __rel_2 (raw : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_2 raw state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (raw) (state)))
+
+def __fits_0 (raw : ByteArray) : Bool :=
+  (((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (raw) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat Nat)) => __fits_2 (raw) __p0) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))) && (Bool.true && Bool.true)) && Bool.true)
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
+theorem __rel_0 (raw : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_0 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes raw)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) (fun (__p0 : (Prod Nat Nat)) => __fits_2 (raw) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (fun (__p0 : (Prod Nat Nat)) => __rel_2 (raw) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := (.pair .nat .nat)) rfl ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))) : (Prod (Prod Nat Nat) Bool))).1).2 (1 : Nat)))
+
+def denote (raw : ByteArray) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 raw) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (raw : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_0 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 raw)
+
+end LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/Compose/RustStd.lex.tex b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..4879ae99b
--- /dev/null
+++ b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/Compose/RustStd.lex.tex
@@ -0,0 +1,419 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0,
+  LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.root : @827 := @828 {
+  all: [LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.program
+@1 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.krate
+@2 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.flags
+@3 := ByteArray
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.bytes
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.bytes
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_bytes @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (b : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (b : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@57 := Nat
+@60 := Prod.{0, 0} @57 @50
+@61 := 0
+@65 := Prod.mk.{0, 0} @57 @50 @61
+@66 := @65 @6
+@67 := @51 @60
+@68 := @52 @60
+@70 := @68 @66 @67
+@71 := Bool.true
+@72 := LexLeanTarget.TargetSyntax.Function
+@73 := LexLeanTarget.TargetSyntax.Program.functions
+@74 := @73 @0
+@75 := LexLeanTarget.TargetSyntax.Ty
+@76 := @51 @57
+@77 := @51 @75
+@78 := LexLeanTarget.TargetSyntax.Ty.unit
+@79 := LexLeanTarget.TargetSyntax.Value.unit
+@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
+@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
+@92 := List.getD.{0} @72 @74 @61 @87
+@96 := fun (__e_n : @57) =>
+  LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.root @17 @61
+@97 := LexLeanPreservation.Rust.WTL
+@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
+@107 := LexLeanPreservation.Rust.wtl_nil @0
+@108 := @97 @0
+@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
+@115 := @107 @1
+@116 := @108 @1
+@120 := {A : @10} -> @116 @17 @53 @77
+@121 := @115 @2
+@122 := @116 @2
+@123 := @122 @53
+@124 := @123 @77
+@125 := List.{0}
+@126 := @125 @50
+@127 := @125 @75
+@128 := #6
+@129 := @11 @128
+@130 := #5
+@131 := @129 @130
+@132 := #4
+@135 := @131 @132 @12 @14
+@136 := #7
+@141 := @97 @136 @128 @130 @14 @4
+@142 := #8
+@145 := @97 @142 @136 @128
+@147 := @54 @130 @12
+@148 := @145 @147
+@149 := @52 @75
+@151 := @149 @132 @14
+@161 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
+@163 := LexLeanPreservation.Rust.wtl_cons @0
+@183 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} ->
+  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
+@184 := @163 @1
+@200 := {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
+@201 := @184 @2
+@203 := @43 @12 @14
+@205 := @122 @14 @4
+@213 := {v : @50} ->
+  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
+@214 := @201 @6
+@215 := @5 @132
+@217 := @43 @215 @14
+@218 := @5 @128
+@219 := @54 @218
+@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
+@228 := @214 @7
+@229 := @5 @12
+@231 := @43 @229 @7
+@232 := @5 @130
+@233 := @54 @232
+@235 := @122 (@233 @12)
+@236 := @149 @7
+@237 := @236 @14
+@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
+@243 := @228 @53
+@244 := @5 @14
+@246 := @43 @244 @7
+@247 := @123 @4
+@249 := @54 @215 @53
+@250 := @122 @249
+@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
+@255 := @243 @77
+@257 := @54 @229 @53
+@258 := @122 @257
+@259 := @236 @77
+@262 := (h : @49) -> (hs : @124) -> @258 @259
+@263 := @255 @47
+@265 := @54 @244 @53
+@266 := @122 @265
+@268 := (hs : @124) -> @266 @259
+@269 := @263 @121
+@270 := @122 @56
+@271 := @270 @259
+@272 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.denote
+@273 := @272 @4
+@274 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.__fits_0
+@275 := @274 @4
+@277 := LexLeanBoot.AxiomOutput.isClosedLeanName @4
+@279 := LexLeanTarget.TargetSyntax.Value.bool @277
+@281 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.root @4
+@282 := Bool
+@283 := Ne.{1}
+@284 := LexLeanPreservation.Obs
+@285 := @283 @284
+@286 := LexLeanPreservation.Rel
+@289 := @285 (@286 @4 @17)
+@290 := LexLeanPreservation.Obs.stuck
+@293 := (f : @282) -> (v : @50) -> @289 @290
+@295 := LexLeanPreservation.Rust.rel_ne_stuck @275
+@301 := (v : @50) -> @285 (@286 (@274 @14) @17) @290
+@302 := @295 @279
+@306 := @285 (@286 @275 @279) @290
+@307 := @125 @60
+@308 := LexLeanPreservation.Rust.FunSem
+@309 := #9
+@315 := (n : @57) -> @308 @309 @142 @136 @17 @128
+@316 := Eq.{1}
+@317 := Option.{0}
+@318 := @317 @72
+@319 := @316 @318
+@326 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
+@330 := @319 (@326 (@73 @309) @128)
+@331 := Option.some.{0}
+@332 := @331 @72
+@333 := @332 @130
+@334 := @330 @333
+@335 := #10
+@339 := @97 @335 @309 @142 @130
+@340 := LexLeanTarget.TargetSyntax.Function.types
+@341 := @340 @128
+@342 := @339 @341
+@343 := @317 @307
+@344 := @316 @343
+@345 := LexLeanTarget.TargetSemantics.bindAll
+@346 := LexLeanTarget.TargetSyntax.Function.parameters
+@351 := @344 (@345 (@346 @136) @128 @67)
+@352 := @331 @307
+@353 := @352 @130
+@354 := @351 @353
+@355 := @317 @282
+@356 := @316 @355
+@357 := LexLeanPreservation.Rust.fnFallible
+@358 := #11
+@361 := @356 (@357 @358 @309)
+@362 := @331 @282
+@363 := @362 @130
+@364 := @361 @363
+@365 := LexLeanPreservation.RunConv
+@366 := #13
+@370 := @365 @366 @335 @142 @130
+@372 := @285 @128 @290
+@373 := Exists.{1}
+@374 := LexLeanPreservation.Rust.ROut
+@375 := @373 @374
+@376 := And
+@377 := LexLeanPreservation.Rust.RealizesFn
+@381 := @376 (@377 @309 @142 @17)
+@382 := LexLeanPreservation.Rust.RCI
+@384 := @382 #15
+@385 := LexLeanPreservation.Rust.fnIdent
+@386 := @385 @366
+@393 := (hne : @372) -> @375 (fun (ro : @374) => @381 (@384 @386 @358 @17))
+@408 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @307} ->
+  {F : @282} ->
+  {o : @284} ->
+  (hB : @315) ->
+  (hfn : @334) -> (hwt : @342) -> (hbind : @354) -> (hF : @364) -> (hA : @370) -> @393
+@410 := LexLeanPreservation.Rust.compose @0
+@411 := @308 @0
+@416 := (n : @57) -> @411 @142 @136 @17 @128
+@417 := @326 @74
+@420 := @319 (@417 @128) @333
+@424 := @108 @309 @142 @130 @341
+@425 := @365 @0
+@428 := @425 @335 @142 @130
+@442 := {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @307} ->
+  {F : @282} ->
+  {o : @284} ->
+  (hB : @416) ->
+  (hfn : @420) -> (hwt : @424) -> (hbind : @354) -> (hF : @364) -> (hA : @428) -> @393
+@443 := @410 @1
+@444 := @411 @1
+@448 := (n : @57) -> @444 @136 @17 @128
+@451 := @116 @142 @130 @341
+@452 := @357 @1
+@455 := @356 (@452 @309) @363
+@456 := @382 @1
+@466 := (hbind : @354) ->
+  (hF : @455) -> (hA : @428) -> (hne : @372) -> @375 (fun (ro : @374) => @381 (@456 @386 @358 @17))
+@476 := {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @307} -> {F : @282} -> {o : @284} -> (hB : @448) -> (hfn : @420) -> (hwt : @451) -> @466
+@477 := @443 @2
+@479 := @444 @2 @17
+@481 := (n : @57) -> @479 @128
+@482 := @122 @130
+@483 := @482 @341
+@492 := {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @307} -> {F : @282} -> {o : @284} -> (hB : @481) -> (hfn : @420) -> (hwt : @483) -> @466
+@493 := @477 @61
+@495 := (n : @57) -> @479 @61
+@496 := @417 @61
+@497 := @319 @496
+@498 := @497 @333
+@499 := @452 @61
+@500 := @356 @499
+@501 := @500 @363
+@502 := @425 @61
+@504 := @502 @142 @130
+@506 := @456 (@385 @61)
+@514 := (hF : @501) -> (hA : @504) -> (hne : @372) -> @375 (fun (ro : @374) => @381 (@506 @358 @17))
+@523 := {fn : @72} ->
+  {args : @126} ->
+  {env : @307} ->
+  {F : @282} -> {o : @284} -> (hB : @495) -> (hfn : @498) -> (hwt : @483) -> (hbind : @354) -> @514
+@524 := @493 @92
+@526 := @497 (@332 @92)
+@527 := @340 @92
+@528 := @482 @527
+@530 := @345 (@346 @92)
+@542 := {args : @126} ->
+  {env : @307} ->
+  {F : @282} ->
+  {o : @284} ->
+  (hB : @495) -> (hfn : @526) -> (hwt : @528) -> (hbind : @344 (@530 @128 @67) @353) -> @514
+@543 := @524 @56
+@544 := @219 @53
+@546 := @122 @544 @527
+@549 := @54 (@5 @136) @53
+@553 := @344 (@530 @549 @67) @353
+@556 := @54 (@5 @309) @53
+@577 := {env : @307} ->
+  {F : @282} ->
+  {o : @284} ->
+  (hB : @495) ->
+  (hfn : @526) ->
+  (hwt : @546) ->
+  (hbind : @553) ->
+  (hF : @501) ->
+  (hA : @502 @556 @130) ->
+  (hne : @372) -> @375 (fun (ro : @374) => @381 (@506 (@54 (@5 #12) @53) @17))
+@578 := @543 @70
+@579 := @233 @53
+@581 := @122 @579 @527
+@589 := @344 (@530 @544 @67) (@352 (@68 (@65 @218) @67))
+@592 := @54 (@5 @142) @53
+@611 := {F : @282} ->
+  {o : @284} ->
+  (hB : @495) ->
+  (hfn : @526) ->
+  (hwt : @581) ->
+  (hbind : @589) ->
+  (hF : @501) ->
+  (hA : @502 @592 @130) ->
+  (hne : @372) -> @375 (fun (ro : @374) => @381 (@506 (@54 (@5 @358) @53) @17))
+@612 := @578 @71
+@613 := @250 @527
+@621 := @344 (@530 @579 @67) (@352 (@68 (@65 @232) @67))
+@623 := @500 (@362 @71)
+@625 := @502 @549 @130
+@626 := @377 @71
+@645 := {o : @284} ->
+  (hB : @495) ->
+  (hfn : @526) ->
+  (hwt : @613) ->
+  (hbind : @621) ->
+  (hF : @623) ->
+  (hA : @625) ->
+  (hne : @372) -> @375 (fun (ro : @374) => @376 (@626 @142 @17) (@506 (@54 (@5 @335) @53) @17))
+@646 := @612 @273
+@647 := @258 @527
+@655 := @344 (@530 @249 @67) (@352 (@68 (@65 @215) @67))
+@656 := @502 @544
+@657 := @272 @128
+@658 := @656 @657
+@659 := @272 @136
+@677 := (hB : @495) ->
+  (hfn : @526) ->
+  (hwt : @647) ->
+  (hbind : @655) ->
+  (hF : @623) ->
+  (hA : @658) ->
+  (hne : @285 @659 @290) -> @375 (fun (ro : @374) => @376 (@626 (@272 @309) @17) (@506 @556 @17))
+@678 := @646 @96
+@679 := @266 @527
+@687 := @344 (@530 @257 @67) (@352 (@68 (@65 @229) @67))
+@688 := @502 @579
+@689 := @272 @130
+@707 := (hfn : @526) ->
+  (hwt : @679) ->
+  (hbind : @687) ->
+  (hF : @623) ->
+  (hA : @688 @689) ->
+  (hne : @285 @657 @290) -> @375 (fun (ro : @374) => @376 (@626 (@272 @142) @17) (@506 @592 @17))
+@708 := Eq.refl.{1}
+@711 := @678 (@708 @318 @496)
+@712 := @270 @527
+@720 := @344 (@530 @265 @67) (@352 (@68 (@65 @244) @67))
+@721 := @502 @249
+@722 := @272 @132
+@738 := (hwt : @712) ->
+  (hbind : @720) ->
+  (hF : @623) ->
+  (hA : @721 @722) ->
+  (hne : @285 @689 @290) -> @375 (fun (ro : @374) => @376 (@626 @659 @17) (@506 @549 @17))
+@739 := @711 @269
+@741 := @530 @56 @67
+@744 := @344 @741 (@352 @70)
+@745 := @502 @257
+@746 := @272 @12
+@761 := (hbind : @744) ->
+  (hF : @623) ->
+  (hA : @745 @746) ->
+  (hne : @285 @722 @290) -> @375 (fun (ro : @374) => @376 (@626 @657 @17) (@506 @544 @17))
+@764 := @739 (@708 @343 @741)
+@765 := @502 @265
+@766 := @272 @14
+@780 := (hF : @623) ->
+  (hA : @765 @766) ->
+  (hne : @285 @746 @290) -> @375 (fun (ro : @374) => @376 (@626 @689 @17) (@506 @579 @17))
+@783 := @764 (@708 @355 @499)
+@797 := (hA : @502 @56 @273) ->
+  (hne : @285 @766 @290) -> @375 (fun (ro : @374) => @376 (@626 @722 @17) (@506 @249 @17))
+@798 := @783 @281
+@809 := (hne : @285 @273 @290) -> @375 (fun (ro : @374) => @376 (@626 @746 @17) (@506 @257 @17))
+@810 := @798 @302
+@816 := @376 (@626 @766 @17) (@506 @265 @17)
+@818 := @375 (fun (ro : @374) => @816)
+@820 := @375 (fun (__e_ro : @374) => @816)
+@824 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@825 := (__e_hrep : @824) -> @820
+@826 := fun (__e_hrep : @824) => @810
+@827 := (raw : @3) -> @825
+@828 := fun (raw : @3) => @826
+\end{coremodule}
+\end{lexlean}
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/RustStd.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/RustStd.lean
new file mode 100644
index 000000000..e18a8295c
--- /dev/null
+++ b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/RustStd.lean
@@ -0,0 +1,99 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natEq [(.second (.first (.call 1 [(.closure 2 [(.var 0)]), (.prim .length [(.var 0)]), (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))])]))), (.value .nat (.nat 1))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.call 3 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.prim .natEq [(.second (.var 1)), (.value .nat (.nat 2))]) (.build .none (.option (.pair .nat .nat)) []) (.«match» (.option (.pair .nat .nat)) (.call 4 [(.var 0), (.first (.var 1))]) [(.arm .some [2] (.build .some (.option (.pair .nat .nat)) [(.build .pair (.pair .nat .nat) [(.prim .natAdd [(.first (.var 1)), (.value .nat (.nat 1))]), (.call 5 [(.second (.var 1)), (.var 2)])])])), (.arm .none [] (.build .none (.option (.pair .nat .nat)) []))])) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, (.fixed .u8)], result := .nat,
+      body := (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 2))]) (.value .nat (.nat 2)) (.cond (.prim .equal [(.var 1), (.value (.fixed .u8) (.u8 46))]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.value .nat (.nat 0)) (.value .nat (.nat 2))) (.cond (.call 6 [(.var 1)]) (.value .nat (.nat 1)) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.cond (.call 7 [(.var 1)]) (.value .nat (.nat 1)) (.value .nat (.nat 2))) (.value .nat (.nat 2)))))) },
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 65)), (.value (.fixed .u8) (.u8 90))]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 97)), (.value (.fixed .u8) (.u8 122))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 95))]))) },
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 6 [(.var 0)]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) },
+    { parameters := [0, 1, 2], types := [(.fixed .u8), (.fixed .u8), (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.prim .checkedSub [(.var 0), (.var 1)]) [(.arm .some [3] (.«match» .bool (.prim .checkedSub [(.var 2), (.var 0)]) [(.arm .some [4] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))])), (.arm .none [] (.build .false .bool []))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [.bytes] }]),
+    (.apply 0 [(.pair .nat .nat)] (.option (.pair .nat .nat)) true [{ function := 2, captures := [.clone], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 2)))))] (.move (.generated .part 1))))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat .nat) }] (.fallible (.pair (.pair .nat .nat) .bool)) (.mk [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.fallible (.option (.pair .nat .nat))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.fallible (.option (.pair .nat .nat))) (.mk [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 9))))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) []))) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 4) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))))]))))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] .nat (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))))))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))))))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u8) }] .bool (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.matchOn (.move (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [(.mk (.bind (.generated .holder 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.matchOn (.move (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.pair .nat .nat)], (.option (.pair .nat .nat))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 2)))))] (.move (.generated .part 1))))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))], (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 2)))))]) (tail := (.move (.generated .part 1))) (Corr.second (ta := .nat) (tb := .nat) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat .nat)) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat .nat)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat .nat), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 9))))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) []))) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 4) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))))]))), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 9))))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 9))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none (.pair .nat .nat)) []))) (lb := [(.mk (.bind (.generated .holder 13)) none (.call (.function 4) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false))]) (tb := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))))])) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 12))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat .nat)) []))) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 17))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)))⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))), [(1, (.fixed .u8), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 2))) (lb := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 0))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.cond (lc := []) (ce := (.call (.function 6) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.lit (.nat 2))) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.bOfE (Corr.value rfl rfl))))))))))⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 6) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 6) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))))⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))], (.matchOn (.move (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [(.mk (.bind (.generated .holder 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.matchOn (.move (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])))]), [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))]) (tail := (.matchOn (.move (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.fixed .u8), none), (3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | _ + 9 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1.lean
new file mode 100644
index 000000000..a9634a201
--- /dev/null
+++ b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1.lean
@@ -0,0 +1,840 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanBoot.AxiomOutput
+import LexLeanBoot.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.bytes, (.option .bytes)]] },
+    { constructors := [[(.list (.adt 2)), (.list .bytes)], [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)], [(.adt 0)]] },
+    { constructors := [[.bytes, (.list .bytes), (.option .bytes)]] }], functions := ((
+    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.call 1 [(.call 2 [(.closure 3 []), (.build (.adt 0) (.adt 1) [(.build .nil (.list (.adt 2)) []), (.var 1)]), (.call 4 [(.var 0)])]), (.var 1)]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 0) [(.arm (.adt 2) [2] (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.var 2)])), (.arm (.adt 1) [3, 4, 5, 6] (.call 5 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)])), (.arm (.adt 0) [7, 8] (.«let» 9 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 6 [(.call 6 [(.call 7 [(.value .string (.string "expected "))]), (.call 8 [(.call 9 [(.var 1)])])]), (.call 7 [(.value .string (.string " audit records, found "))])]), (.call 8 [(.call 10 [(.var 7)])])]), (.build .none (.option .bytes) [])]) (.cond (.prim .natEq [(.call 10 [(.var 7)]), (.call 9 [(.var 1)])]) (.call 11 [(.closure 12 []), (.build .ok (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.build .nil (.list (.pair .bytes (.list .bytes))) [])]), (.call 13 [(.var 7)])]) (.var 9))))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)], result := (.adt 1),
+      body := (.«match» (.adt 1) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 2 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
+      body := (.call 14 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.list .bytes),
+      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 15 [(.closure 16 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 17 [(.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 17 [(.var 4)])))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call 19 [(.var 0), (.var 1)])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bytes,
+      body := (.prim .append [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.string], result := .bytes,
+      body := (.prim .utf8Encode [(.var 0)]) }) ::(
+    { parameters := [0], types := [.nat], result := .bytes,
+      body := (.«let» 1 .bytes (.call 7 [(.value .string (.string "0"))]) (.«let» 2 .bytes (.call 20 [(.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10))]), (.call 21 [(.var 0), (.value .nat (.nat 1))])])])])])])])])])])])])])])])])])])])])]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 0))]) (.var 1) (.var 2)))) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := .nat,
+      body := (.call 22 [(.closure 23 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
+    { parameters := [0], types := [(.list (.adt 2))], result := .nat,
+      body := (.call 24 [(.closure 25 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.call 26 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [(.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.call 27 [(.closure 28 []), (.build .nil (.list (.adt 2)) []), (.var 0)]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
+      body := (.«match» (.adt 1) (.var 0) [(.arm (.adt 2) [2] (.var 0)), (.arm (.adt 1) [3, 4, 5, 6] (.«match» (.adt 1) (.call 29 [(.var 1)]) [(.arm .some [7] (.call 30 [(.var 3), (.var 4), (.call 6 [(.call 6 [(.var 5), (.call 7 [(.value .string (.string " "))])]), (.var 7)]), (.var 6)])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)]))])), (.arm (.adt 0) [8, 9] (.cond (.prim .natEq [(.value .nat (.nat 0)), (.prim .length [(.call 32 [(.var 1)])])]) (.var 0) (.«match» (.adt 1) (.call 33 [(.call 32 [(.var 1)])]) [(.arm .some [10] (.call 30 [(.var 8), (.var 9), (.var 10), (.call 34 [(.var 9)])])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unrecognized audit line: "))]), (.call 32 [(.var 1)])]), (.call 34 [(.var 9)])]))])))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
+      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 15 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 35 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.call 36 [(.closure 37 []), (.build .nil (.list .bytes) []), (.var 0)]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.adt 0),
+      body := (.build (.adt 0) (.adt 0) [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.«let» 1 .nat (.first (.call 38 [(.closure 39 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])) (.call 18 [(.var 0), (.var 1), (.prim .natSub [(.prim .length [(.var 0)]), (.var 1)])])) }) ::(
+    { parameters := [0, 1], types := [.nat, .nat], result := .bytes,
+      body := (.call 18 [(.call 7 [(.value .string (.string "0123456789"))]), (.prim .natRem [(.prim .natQuot [(.var 0), (.var 1), (.value .nat (.nat 0))]), (.value .nat (.nat 10)), (.value .nat (.nat 0))]), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [.nat, .bytes] .nat), .nat, (.list .bytes)], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 22 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, .bytes], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [.nat, (.adt 2)] .nat), .nat, (.list (.adt 2))], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 24 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.adt 2)], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1], types := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.«let» 5 .bytes (.«match» .bytes (.field (.var 1) 2) [(.arm .some [4] (.var 4)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) (.«let» 6 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 7 [(.value .string (.string "duplicate record for "))]), (.call 40 [(.field (.var 1) 0)])]), (.build .some (.option .bytes) [(.var 5)])]) (.«let» 7 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 6 [(.call 6 [(.call 7 [(.value .string (.string "expected a record for "))]), (.call 40 [(.var 5)])]), (.call 7 [(.value .string (.string ", found "))])]), (.call 40 [(.field (.var 1) 0)])]), (.build .some (.option .bytes) [(.var 5)])]) (.cond (.prim .equal [(.field (.var 1) 0), (.var 5)]) (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 41 [(.field (.var 1) 0), (.field (.var 1) 1), (.var 3)]) [(.arm .some [8] (.build .ok (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.var 8)])), (.arm .none [] (.var 6))]) (.var 7))))))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 27 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.build .cons (.list (.adt 2)) [(.var 1), (.var 0)]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.«let» 1 .bytes (.call 32 [(.var 0)]) (.cond (.call 42 [(.var 0)]) (.cond (.prim .natEq [(.value .nat (.nat 0)), (.prim .length [(.var 1)])]) (.build .none (.option .bytes) []) (.build .some (.option .bytes) [(.var 1)])) (.build .none (.option .bytes) []))) }) ::(
+    { parameters := [0, 1, 2, 3], types := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)], result := (.adt 1),
+      body := (.cond (.call 43 [(.var 2)]) (.«match» (.adt 1) (.call 44 [(.var 2)]) [(.arm .error [4] (.call 31 [(.var 4), (.var 3)])), (.arm .ok [5] (.build (.adt 0) (.adt 1) [(.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.first (.var 5)), (.second (.var 5)), (.var 3)]), (.var 0)]), (.call 45 [(.var 1)])]))]) (.build (.adt 1) (.adt 1) [(.var 0), (.var 1), (.var 2), (.var 3)])) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.adt 1),
+      body := (.build (.adt 2) (.adt 1) [(.call 19 [(.var 0), (.var 1)])]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.«let» 1 .nat (.call 46 [(.var 0)]) (.«let» 2 .nat (.call 47 [(.var 0), (.var 1)]) (.call 18 [(.var 0), (.var 1), (.prim .natSub [(.var 2), (.var 1)])]))) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.cond (.call 48 [(.var 0), (.call 7 [(.value .string (.string "'"))])]) (.build .some (.option .bytes) [(.var 0)]) (.«match» (.option .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string "info: "))])]) [(.arm .some [1] (.build .some (.option .bytes) [(.var 1)])), (.arm .none [] (.call 50 [(.var 0)]))])) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.var 0) [(.arm .nil [] (.build .none (.option .bytes) [])), (.arm .cons [1, 2] (.build .some (.option .bytes) [(.var 1)]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 2 .nat (.first (.var 1)) (.«let» 3 .nat (.first (.second (.var 1))) (.«let» 4 (.list .bytes) (.second (.second (.var 1))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 51 [(.var 0), (.var 2)]) [(.arm .some [5] (.cond (.prim .equal [(.var 5), (.value (.fixed .u8) (.u8 10))]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 52 [(.call 18 [(.var 0), (.var 3), (.prim .natSub [(.var 2), (.var 3)])])]), (.var 4)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 3), (.var 4)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 36 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
+      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 38 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.call 53 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.call 6 [(.call 6 [(.call 7 [(.value .string (.string "`"))]), (.var 0)]), (.call 7 [(.value .string (.string "`"))])]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, (.list .bytes), (.list (.pair .bytes (.list .bytes)))], result := (.option (.list (.pair .bytes (.list .bytes)))),
+      body := (.«match» (.option (.list (.pair .bytes (.list .bytes)))) (.var 2) [(.arm .nil [] (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)]), (.build .nil (.list (.pair .bytes (.list .bytes))) [])])])), (.arm .cons [3, 4] (.cond (.prim .equal [(.var 0), (.first (.var 3))]) (.build .none (.option (.list (.pair .bytes (.list .bytes)))) []) (.cond (.call 54 [(.var 0), (.first (.var 3))]) (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)]), (.build .cons (.list (.pair .bytes (.list .bytes))) [(.var 3), (.var 4)])])]) (.«match» (.option (.list (.pair .bytes (.list .bytes)))) (.call 41 [(.var 0), (.var 1), (.var 4)]) [(.arm .some [5] (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.var 3), (.var 5)])])), (.arm .none [] (.build .none (.option (.list (.pair .bytes (.list .bytes)))) []))]))))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 0)), (.call 55 [(.var 0), (.value .nat (.nat 0))])]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.«match» .bool (.call 56 [(.var 0), (.call 7 [(.value .string (.string "]"))])]) [(.arm .some [1] (.build .true .bool [])), (.arm .none [] (.«match» .bool (.call 56 [(.var 0), (.call 7 [(.value .string (.string " does not depend on any axioms"))])]) [(.arm .some [2] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))]))]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string "'"))])]) [(.arm .none [] (.call 57 [(.var 0)])), (.arm .some [1] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 56 [(.var 1), (.call 7 [(.value .string (.string "' does not depend on any axioms"))])]) [(.arm .some [2] (.«let» 3 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 58 [(.var 2), (.build .nil (.list .bytes) [])]) (.«let» 4 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 59 [(.call 60 [(.var 2)])]) (.cond (.call 61 [(.var 2)]) (.var 3) (.var 4))))), (.arm .none [] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 56 [(.var 1), (.call 7 [(.value .string (.string "]"))])]) [(.arm .some [5] (.call 62 [(.var 0), (.var 5)])), (.arm .none [] (.call 57 [(.var 0)]))]))]))]) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 0) [(.arm .nil [] (.build .nil (.list .bytes) [])), (.arm .cons [1, 2] (.var 2))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .nat,
+      body := (.first (.call 38 [(.closure 63 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.first (.call 38 [(.closure 64 [(.var 1), (.var 0)]), (.prim .length [(.var 0)]), (.prim .length [(.var 0)])])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.value .nat (.nat 0)), (.prim .length [(.var 1)])]) [(.arm .some [2] (.prim .equal [(.var 2), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
+      body := (.cond (.call 48 [(.var 0), (.var 1)]) (.build .some (.option .bytes) [(.call 18 [(.var 0), (.prim .length [(.var 1)]), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .length [(.var 1)])])])]) (.build .none (.option .bytes) [])) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.call 65 [(.var 0), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [1] (.«match» (.option .bytes) (.call 65 [(.second (.var 1)), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [2] (.«match» (.option .bytes) (.call 65 [(.second (.var 2)), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [3] (.«let» 4 .bytes (.first (.var 2)) (.«let» 5 .bytes (.first (.var 3)) (.«let» 6 .bytes (.second (.var 3)) (.«let» 7 (.option .bytes) (.call 66 [(.var 5), (.var 6)]) (.cond (.call 67 [(.var 4)]) (.var 7) (.build .none (.option .bytes) []))))))), (.arm .none [] (.build .none (.option .bytes) []))])), (.arm .none [] (.build .none (.option .bytes) []))])), (.arm .none [] (.build .none (.option .bytes) []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.cond (.call 68 [(.var 0), (.value .bytes (.bytes (ByteArray.mk #[13])))]) (.call 18 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.value .nat (.nat 1))])]) (.var 0)) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 48))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.prim .equal [(.prim .compareBytes [(.var 0), (.var 1)]), (.prim .compareBytes [(.value .bytes (.bytes (ByteArray.mk #[]))), (.value .bytes (.bytes (ByteArray.mk #[1])))])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.cond (.cond (.call 70 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 9)), (.value (.fixed .u8) (.u8 13))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 32))]) (.build .true .bool []) (.build .false .bool []))) (.value .nat (.nat 1)) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 194))]) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 133))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 160))]) (.build .true .bool []) (.build .false .bool []))) (.value .nat (.nat 2)) (.value .nat (.nat 0))) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 225))]) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 154))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 128))]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0))) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 226))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 128))]) (.cond (.cond (.call 70 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 128)), (.value (.fixed .u8) (.u8 138))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 168))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 169))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 175))]) (.build .true .bool []) (.build .false .bool []))))) (.value .nat (.nat 3)) (.value .nat (.nat 0))) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 129))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 159))]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0)))) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 227))]) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 128))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 128))]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0))) (.value .nat (.nat 0))))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
+      body := (.cond (.call 68 [(.var 0), (.var 1)]) (.build .some (.option .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .length [(.var 1)])])])]) (.build .none (.option .bytes) [])) }) ::(
+    { parameters := [0], types := [.bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.call 59 [(.call 6 [(.call 7 [(.value .string (.string "unrecognized axiom payload: "))]), (.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.build .ok (.result (.pair .bytes (.list .bytes)) .bytes) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)])]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.build .error (.result (.pair .bytes (.list .bytes)) .bytes) [(.var 0)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.call 6 [(.call 40 [(.var 0)]), (.call 7 [(.value .string (.string " is not a Lean name"))])]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natEq [(.second (.first (.call 71 [(.closure 72 [(.var 0)]), (.prim .length [(.var 0)]), (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))])]))), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 73 [(.var 1), (.call 7 [(.value .string (.string "' depends on axioms: ["))])]) [(.arm .some [2] (.«let» 3 .bytes (.first (.var 2)) (.«let» 4 .bytes (.second (.var 2)) (.«let» 5 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 74 [(.var 3), (.var 4)]) (.«let» 6 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 59 [(.call 60 [(.var 3)])]) (.cond (.call 61 [(.var 3)]) (.var 5) (.var 6))))))), (.arm .none [] (.call 57 [(.var 0)]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.call 55 [(.var 0), (.var 1)])]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.call 55 [(.var 0), (.var 1)])])]) (.build .none (.option .nat) [])) }) ::(
+    { parameters := [0, 1, 2], types := [.nat, .bytes, .nat], result := (.option .nat),
+      body := (.cond (.cond (.prim .natLt [(.value .nat (.nat 0)), (.call 75 [(.var 1), (.var 2)])]) (.prim .natLe [(.prim .natAdd [(.var 0), (.call 75 [(.var 1), (.var 2)])]), (.var 2)]) (.build .false .bool [])) (.build .some (.option .nat) [(.prim .natSub [(.var 2), (.call 75 [(.var 1), (.var 2)])])]) (.build .none (.option .nat) [])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option (.pair .bytes .bytes)),
+      body := (.«match» (.option (.pair .bytes .bytes)) (.call 76 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .some (.option (.pair .bytes .bytes)) [(.build .pair (.pair .bytes .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.var 2)]), (.call 18 [(.var 0), (.prim .natAdd [(.var 2), (.prim .length [(.var 1)])]), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .natAdd [(.var 2), (.prim .length [(.var 1)])])])])])])), (.arm .none [] (.build .none (.option (.pair .bytes .bytes)) []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.call 65 [(.var 0), (.call 7 [(.value .string (.string "-"))])]) [(.arm .some [2] (.«let» 3 .bytes (.first (.var 2)) (.«let» 4 .bytes (.second (.var 2)) (.«match» (.option .bytes) (.call 65 [(.var 1), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [5] (.«let» 6 .bytes (.first (.var 5)) (.«let» 7 .bytes (.second (.var 5)) (.«let» 8 (.option .bytes) (.call 77 [(.var 7)]) (.cond (.call 67 [(.var 3)]) (.cond (.call 67 [(.var 4)]) (.cond (.call 67 [(.var 6)]) (.var 8) (.build .none (.option .bytes) [])) (.build .none (.option .bytes) [])) (.build .none (.option .bytes) [])))))), (.arm .none [] (.build .none (.option .bytes) []))])))), (.arm .none [] (.«let» 9 (.option .bytes) (.call 77 [(.var 1)]) (.cond (.call 67 [(.var 0)]) (.var 9) (.build .none (.option .bytes) []))))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.call 78 [(.call 32 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .nat, (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.call 51 [(.var 0), (.var 1)]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 2)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1, 2, 3], types := [.bytes, .nat, (.fixed .u8), (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.call 51 [(.var 0), (.var 1)]) [(.arm .some [4] (.call 79 [(.var 4), (.var 2), (.var 3)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 71 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.call 80 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option (.pair .bytes .bytes)),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLt [(.var 2), (.var 3)]) (.build .none (.option (.pair .bytes .bytes)) []) (.«let» 4 .nat (.first (.call 38 [(.closure 81 [(.var 1), (.var 0)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.prim .natSub [(.var 2), (.var 3)])])) (.cond (.call 82 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option (.pair .bytes .bytes)) [(.build .pair (.pair .bytes .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.var 4)]), (.call 18 [(.var 0), (.prim .natAdd [(.var 4), (.var 3)]), (.prim .natSub [(.var 2), (.prim .natAdd [(.var 4), (.var 3)])])])])]) (.build .none (.option (.pair .bytes .bytes)) [])))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 83 [(.closure 84 []), (.build .ok (.result (.list .bytes) .bytes) [(.build .nil (.list .bytes) [])]), (.call 85 [(.var 1), (.value (.fixed .u8) (.u8 44))])]) [(.arm .error [2] (.call 59 [(.var 2)])), (.arm .ok [3] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.var 3) [(.arm .nil [] (.call 59 [(.call 7 [(.value .string (.string "an axiom list cannot be empty"))])])), (.arm .cons [4, 5] (.call 58 [(.var 0), (.var 3)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) (.value .nat (.nat 0)) (.cond (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 1))])]), (.value .nat (.nat 1))]) (.value .nat (.nat 1)) (.cond (.cond (.prim .natLe [(.value .nat (.nat 2)), (.var 1)]) (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 2))])]), (.value .nat (.nat 2))]) (.build .false .bool [])) (.value .nat (.nat 2)) (.cond (.cond (.prim .natLe [(.value .nat (.nat 3)), (.var 1)]) (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 3))])]), (.value .nat (.nat 3))]) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0)))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .nat),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.«let» 4 .nat (.first (.call 38 [(.closure 86 [(.var 1), (.var 3), (.var 0), (.var 2)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.value .nat (.nat 0))])) (.cond (.call 82 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option .nat) [(.var 4)]) (.build .none (.option .nat) []))))) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string " "))])]) [(.arm .some [1] (.call 49 [(.var 1), (.call 7 [(.value .string (.string "info: "))])])), (.arm .none [] (.build .none (.option .bytes) []))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.«let» 2 .bytes (.«match» .bytes (.call 49 [(.var 0), (.call 7 [(.value .string (.string "+"))])]) [(.arm .some [1] (.var 1)), (.arm .none [] (.var 0))]) (.«let» 3 .bool (.call 87 [(.call 20 [(.var 2)])]) (.cond (.prim .natLt [(.value .nat (.nat 0)), (.prim .length [(.var 2)])]) (.cond (.call 88 [(.var 2)]) (.var 3) (.build .false .bool [])) (.build .false .bool [])))) }) ::(
+    { parameters := [0, 1, 2], types := [(.fixed .u8), (.fixed .u8), (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.prim .checkedSub [(.var 0), (.var 1)]) [(.arm .some [3] (.«match» .bool (.prim .checkedSub [(.var 2), (.var 0)]) [(.arm .some [4] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.prim .natEq [(.second (.var 1)), (.value .nat (.nat 2))]) (.build .none (.option (.pair .nat .nat)) []) (.«match» (.option (.pair .nat .nat)) (.call 51 [(.var 0), (.first (.var 1))]) [(.arm .some [2] (.build .some (.option (.pair .nat .nat)) [(.build .pair (.pair .nat .nat) [(.prim .natAdd [(.first (.var 1)), (.value .nat (.nat 1))]), (.call 89 [(.second (.var 1)), (.var 2)])])])), (.arm .none [] (.build .none (.option (.pair .nat .nat)) []))])) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := (.option .nat),
+      body := (.call 90 [(.var 1), (.var 0), (.var 2)]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.var 2), (.prim .length [(.var 1)])]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (.result (.list .bytes) .bytes), (.list .bytes)], result := (.result (.list .bytes) .bytes),
+      body := (.«match» (.result (.list .bytes) .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 83 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.result (.list .bytes) .bytes), .bytes], result := (.result (.list .bytes) .bytes),
+      body := (.call 91 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.fixed .u8)], result := (.list .bytes),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 15 [(.closure 92 [(.var 1), (.var 0)]), (.var 2), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 4 .nat (.first (.second (.var 3))) (.call 17 [(.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 4), (.prim .natSub [(.var 2), (.var 4)])]), (.second (.second (.var 3)))])])))) }) ::(
+    { parameters := [0, 1, 2, 3, 4], types := [.bytes, .nat, .bytes, .nat, .nat], result := (.option .nat),
+      body := (.cond (.call 82 [(.var 2), (.var 0), (.var 4)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.prim .natAdd [(.var 4), (.var 1)]), (.var 3)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 4), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 20))]) (.build .true .bool []) (.cond (.prim .natEq [(.prim .length [(.var 0)]), (.value .nat (.nat 20))]) (.prim .boolNot [(.prim .equal [(.prim .compareBytes [(.var 0), (.call 7 [(.value .string (.string "18446744073709551615"))])]), (.prim .compareBytes [(.value .bytes (.bytes (ByteArray.mk #[1]))), (.value .bytes (.bytes (ByteArray.mk #[0])))])])]) (.build .false .bool []))) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natEq [(.first (.call 38 [(.closure 93 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])), (.prim .length [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.fixed .u8)], result := .nat,
+      body := (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 2))]) (.value .nat (.nat 2)) (.cond (.prim .equal [(.var 1), (.value (.fixed .u8) (.u8 46))]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.value .nat (.nat 0)) (.value .nat (.nat 2))) (.cond (.call 94 [(.var 1)]) (.value .nat (.nat 1)) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.cond (.call 95 [(.var 1)]) (.value .nat (.nat 1)) (.value .nat (.nat 2))) (.value .nat (.nat 2)))))) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := (.option .nat),
+      body := (.cond (.call 82 [(.var 0), (.var 1), (.var 2)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.value .nat (.nat 0)), (.var 2)]) (.build .some (.option .nat) [(.prim .natSub [(.var 2), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) }) ::(
+    { parameters := [0, 1], types := [(.result (.list .bytes) .bytes), .bytes], result := (.result (.list .bytes) .bytes),
+      body := (.«match» (.result (.list .bytes) .bytes) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.«let» 4 .bytes (.call 32 [(.var 1)]) (.cond (.call 61 [(.var 4)]) (.«match» (.result (.list .bytes) .bytes) (.call 96 [(.var 4), (.var 3)]) [(.arm .some [5] (.build .ok (.result (.list .bytes) .bytes) [(.var 5)])), (.arm .none [] (.build .error (.result (.list .bytes) .bytes) [(.call 6 [(.call 7 [(.value .string (.string "duplicate axiom name "))]), (.call 40 [(.var 4)])])]))]) (.build .error (.result (.list .bytes) .bytes) [(.call 60 [(.var 4)])]))))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fixed .u8), .bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 97 [(.var 1), (.var 0), (.var 2)]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.call 98 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 65)), (.value (.fixed .u8) (.u8 90))]) (.build .true .bool []) (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 97)), (.value (.fixed .u8) (.u8 122))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 95))]))) }) ::(
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 94 [(.var 0)]) (.build .true .bool []) (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.option (.list .bytes)),
+      body := (.«match» (.option (.list .bytes)) (.var 1) [(.arm .nil [] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .nil (.list .bytes) [])])])), (.arm .cons [2, 3] (.cond (.prim .equal [(.var 0), (.var 2)]) (.build .none (.option (.list .bytes)) []) (.cond (.call 54 [(.var 0), (.var 2)]) (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .cons (.list .bytes) [(.var 2), (.var 3)])])]) (.«match» (.option (.list .bytes)) (.call 96 [(.var 0), (.var 3)]) [(.arm .some [4] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 2), (.var 4)])])), (.arm .none [] (.build .none (.option (.list .bytes)) []))]))))]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 51 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.call 70 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) }) ::[]) }
+
+def __enc_0 (__s : (LexLeanBoot.AxiomOutput.Rejection)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes (__s).message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (__s).declaration)]
+
+def __enc_2 (__s : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes (__s).declaration), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (__s).axioms), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (__s).expected)]
+
+def __enc_1 : (LexLeanBoot.AxiomOutput.Scan) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | LexLeanBoot.AxiomOutput.Scan.between __x0 __x1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList __enc_2) __x0), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) __x1)]
+  | LexLeanBoot.AxiomOutput.Scan.inside __x0 __x1 __x2 __x3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [((_root_.LexLeanPreservation.encList __enc_2) __x0), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) __x1), (_root_.LexLeanTarget.TargetSyntax.Value.bytes __x2), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) __x3)]
+  | LexLeanBoot.AxiomOutput.Scan.stopped __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 [(__enc_0 __x0)]
+
+def __fits_19 (message : ByteArray) (declaration : (Option ByteArray)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_19 (message : ByteArray) (declaration : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 19 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) declaration)] (_root_.LexLeanPreservation.Rel (__fits_19 message declaration) (__enc_0 (LexLeanBoot.AxiomOutput.rejected message declaration))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_5 (message : ByteArray) (declaration : (Option ByteArray)) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (message) (declaration))) && Bool.true) && Bool.true)
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.rejected in
+theorem __rel_5 (message : ByteArray) (declaration : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) declaration)] (_root_.LexLeanPreservation.Rel (__fits_5 message declaration) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.refuse message declaration))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_19 (message) (declaration))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)
+
+def __fits_6 (left : ByteArray) (right : ByteArray) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_6 (left : ByteArray) (right : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes left), (_root_.LexLeanTarget.TargetSyntax.Value.bytes right)] (_root_.LexLeanPreservation.Rel (__fits_6 left right) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.cat left right))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes left right))
+
+def __fits_7 (literal : String) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_7 (literal : String) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.string literal)] (_root_.LexLeanPreservation.Rel (__fits_7 literal) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.text literal))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_utf8Encode literal))
+
+def __fits_18 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
+
+theorem __rel_18 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 18 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_18 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.Text.sliceOr subject start count))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def __fits_51 (subject : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_51 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 51 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_51 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanBoot.Text.byteAt subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
+
+def __fits_69 (subject : ByteArray) (position : Nat) (value : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.Text.byteAt in
+theorem __rel_69 (subject : ByteArray) (position : Nat) (value : UInt8) : _root_.LexLeanPreservation.FunRel __prog 69 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position), (_root_.LexLeanTarget.TargetSyntax.Value.u8 value)] (_root_.LexLeanPreservation.Rel (__fits_69 subject position value) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.byteIs subject position value))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some byte => (_root_.LexLeanRuntime.equal (byte) (value) : Bool) | Option.none => Bool.false)) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte value))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_53 (subject : ByteArray) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((48 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((48 : UInt8))) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.byteIs in
+theorem __rel_53 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 53 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_53 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.AxiomOutput.zeroStep subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((48 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) (position) ((48 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_39 (digits : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_53 (digits) (position)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.zeroStep in
+theorem __rel_39 (digits : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 39 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_39 digits position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((LexLeanBoot.AxiomOutput.zeroStep (digits) (position))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_53 (digits) (position)))
+
+def __fits_20 (digits : ByteArray) : Bool :=
+  ((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_39 (digits) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat)))) && (let zeros : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat)) : (Prod Nat Bool))).1; ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (digits) (zeros) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (digits) : Nat)) (zeros) : Nat))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.zeroStep LexLeanBoot.Text.sliceOr in
+theorem __rel_20 (digits : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 20 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits)] (_root_.LexLeanPreservation.Rel (__fits_20 digits) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.significant digits))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let zeros : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) (fun (__p0 : Nat) => __fits_39 (digits) __p0) 39 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits)] (fun (__p0 : Nat) => __rel_39 (digits) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat))))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (digits) : Nat) zeros)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (digits) (zeros) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (digits) : Nat)) (zeros) : Nat)))))
+
+def __fits_21 (number : Nat) (place : Nat) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_7 ("0123456789"))) && (((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true))) && (__fits_18 ((LexLeanBoot.AxiomOutput.text ("0123456789"))) ((_root_.LexLeanRuntime.remainder ((_root_.LexLeanRuntime.quotient (number) (place) ((0 : Nat)) : Nat)) ((10 : Nat)) ((0 : Nat)) : Nat)) ((1 : Nat))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.text LexLeanBoot.Text.sliceOr in
+theorem __rel_21 (number : Nat) (place : Nat) : _root_.LexLeanPreservation.FunRel __prog 21 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number), (_root_.LexLeanTarget.TargetSyntax.Value.nat place)] (_root_.LexLeanPreservation.Rel (__fits_21 number place) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.digit number place))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("0123456789"))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_natQuot number place (0 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_natRem (_root_.LexLeanRuntime.quotient (number) (place) ((0 : Nat)) : Nat) (10 : Nat) (0 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_18 ((LexLeanBoot.AxiomOutput.text ("0123456789"))) ((_root_.LexLeanRuntime.remainder ((_root_.LexLeanRuntime.quotient (number) (place) ((0 : Nat)) : Nat)) ((10 : Nat)) ((0 : Nat)) : Nat)) ((1 : Nat))))
+
+def __fits_8 (number : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_7 ("0"))) && (let zero : ByteArray := (LexLeanBoot.AxiomOutput.text ("0")); (((((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10 : Nat)))) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1 : Nat)))) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && (__fits_20 ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)))) && (let digits : ByteArray := (LexLeanBoot.AxiomOutput.significant ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq number (0 : Nat)) then Bool.true else Bool.true))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.digit LexLeanBoot.AxiomOutput.significant LexLeanBoot.AxiomOutput.text in
+theorem __rel_8 (number : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_8 number) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.decimal number))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let zero : ByteArray := (LexLeanBoot.AxiomOutput.text ("0")); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("0"))) (let digits : ByteArray := (LexLeanBoot.AxiomOutput.significant ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((10000000000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((1000000000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((100000000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((10000000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((1000000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((100000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((10000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((1000000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((100000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((10000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((1000000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((100000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((10000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((1000000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((100000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((10000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((1000 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((100 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((10 : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) ((1 : Nat)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat))) (LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat))))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes 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(number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : 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_root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : 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((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil) (__rel_20 ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (if __b then zero else digits)) (Nat.beq number (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq number (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))
+
+def __fits_23 (count : Nat) (item : ByteArray) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (count + (1 : Nat)) 18446744073709551616))
+
+theorem __rel_23 (count : Nat) (item : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 23 [(_root_.LexLeanTarget.TargetSyntax.Value.nat count), (_root_.LexLeanTarget.TargetSyntax.Value.bytes item)] (_root_.LexLeanPreservation.Rel (__fits_23 count item) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((count + (1 : Nat))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd count (1 : Nat)))
+
+def __fits_9 (items : (List ByteArray)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Nat) (__p1 : ByteArray) => __fits_23 __p0 __p1) ((fun (count : Nat) (item : ByteArray) => (count + (1 : Nat)))) ((0 : Nat)) (items)))
+
+theorem __rel_9 (items : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) items)] (_root_.LexLeanPreservation.Rel (__fits_9 items) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.listLength ByteArray items))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (count : Nat) (item : ByteArray) => (count + (1 : Nat)))) (fun (__p0 : Nat) (__p1 : ByteArray) => __fits_23 __p0 __p1) 23 [] (fun (__p0 : Nat) (__p1 : ByteArray) => __rel_23 __p0 __p1) (p := __prog) (fi := 22) (ta := .bytes) (ts := .nat) rfl ((0 : Nat)) (items)))
+
+def __fits_25 (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (count + (1 : Nat)) 18446744073709551616))
+
+theorem __rel_25 (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 25 [(_root_.LexLeanTarget.TargetSyntax.Value.nat count), (__enc_2 item)] (_root_.LexLeanPreservation.Rel (__fits_25 count item) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((count + (1 : Nat))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd count (1 : Nat)))
+
+def __fits_10 (items : (List (LexLeanBoot.AxiomOutput.Record))) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Nat) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_25 __p0 __p1) ((fun (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) => (count + (1 : Nat)))) ((0 : Nat)) (items)))
+
+theorem __rel_10 (items : (List (LexLeanBoot.AxiomOutput.Record))) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList __enc_2) items)] (_root_.LexLeanPreservation.Rel (__fits_10 items) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) items))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) => (count + (1 : Nat)))) (fun (__p0 : Nat) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_25 __p0 __p1) 25 [] (fun (__p0 : Nat) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __rel_25 __p0 __p1) (p := __prog) (fi := 24) (ta := (.adt 2)) (ts := .nat) rfl ((0 : Nat)) (items)))
+
+def __fits_40 (name : ByteArray) : Bool :=
+  ((((((Bool.true && Bool.true) && (__fits_7 ("`"))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) && (((Bool.true && Bool.true) && (__fits_7 ("`"))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) ((LexLeanBoot.AxiomOutput.text ("`")))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.text in
+theorem __rel_40 (name : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 40 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name)] (_root_.LexLeanPreservation.Rel (__fits_40 name) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.quoted name))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("`"))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("`"))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) ((LexLeanBoot.AxiomOutput.text ("`")))))
+
+def __fits_54 (left : ByteArray) (right : ByteArray) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_54 (left : ByteArray) (right : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 54 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes left), (_root_.LexLeanTarget.TargetSyntax.Value.bytes right)] (_root_.LexLeanPreservation.Rel (__fits_54 left right) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.lessBytes left right))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes left right)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes (ByteArray.mk #[]) (ByteArray.mk #[1]))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_ordering (_root_.LexLeanRuntime.compareBytes (left) (right) : Ordering) (_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[])) ((ByteArray.mk #[1])) : Ordering)))
+
+def __fits_41 : ∀ (name : ByteArray) (axioms : (List ByteArray)) (entries : (List (Prod ByteArray (List ByteArray)))), Bool
+  | name, axioms, (List.nil) => (Bool.true && ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))
+  | name, axioms, (List.cons head tail) => (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (name) ((head).1) : Bool) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (name) ((head).1))) && (if (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) then ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 (name) (axioms) (tail))) && (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))))
+
+theorem __rel_41 : ∀ (name : ByteArray) (axioms : (List ByteArray)) (entries : (List (Prod ByteArray (List ByteArray)))), _root_.LexLeanPreservation.FunRel __prog 41 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) axioms), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) entries)] (_root_.LexLeanPreservation.Rel (__fits_41 name axioms entries) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.insertEntry name axioms entries)))
+  | name, axioms, (List.nil) => by rw [__fits_41.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))
+  | name, axioms, (List.cons head tail) => by rw [__fits_41.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (name) ((head).1))) && (if (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) then ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 (name) (axioms) (tail))) && (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.none : (Option (List (Prod ByteArray (List ByteArray))))) else (if (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) then (Option.some (((name, axioms) :: (head :: tail))) : (Option (List (Prod ByteArray (List ByteArray))))) else (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List (Prod ByteArray (List ByteArray))))) | Option.none => (Option.none : (Option (List (Prod ByteArray (List ByteArray))))))))) (_root_.LexLeanRuntime.equal (name) ((head).1) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes name (head).1)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 (name) (axioms) (tail))) && (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((name, axioms) :: (head :: tail))) : (Option (List (Prod ByteArray (List ByteArray))))) else (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List (Prod ByteArray (List ByteArray))))) | Option.none => (Option.none : (Option (List (Prod ByteArray (List ByteArray)))))))) (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_54 (name) ((head).1))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (match __a with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List (Prod ByteArray (List ByteArray))))) | Option.none => (Option.none : (Option (List (Prod ByteArray (List ByteArray))))))) (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_41 (name) (axioms) (tail))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))))
+
+def __fits_26 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
+  (Bool.true && (match state with | Except.error rejection => Bool.true | Except.ok entries => ((Bool.true && (match (entry).expected with | Option.some name => Bool.true | Option.none => Bool.true)) && (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); (((((((Bool.true && Bool.true) && (__fits_7 ("duplicate record for "))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected a record for "))) && (((Bool.true && Bool.true) && (__fits_40 (want))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) && (((Bool.true && Bool.true) && (__fits_7 (", found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) then (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 ((entry).declaration) ((entry).axioms) (entries))) && (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) else Bool.true))))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.insertEntry LexLeanBoot.AxiomOutput.quoted LexLeanBoot.AxiomOutput.refuse LexLeanBoot.AxiomOutput.text in
+theorem __rel_26 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) state), (__enc_2 entry)] (_root_.LexLeanPreservation.Rel (__fits_26 state entry) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.auditStep state entry))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun (__a : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) => (match __a with | Except.error rejection => Bool.true | Except.ok entries => ((Bool.true && (match (entry).expected with | Option.some name => Bool.true | Option.none => Bool.true)) && (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); (((((((Bool.true && Bool.true) && (__fits_7 ("duplicate record for "))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected a record for "))) && (((Bool.true && Bool.true) && (__fits_40 (want))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) && (((Bool.true && Bool.true) && (__fits_7 (", found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) then (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 ((entry).declaration) ((entry).axioms) (entries))) && (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) else Bool.true)))))))))) (fun (__a : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Except.error rejection => state | Except.ok entries => (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (if (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) then (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => (Except.ok (inserted) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | Option.none => duplicate) else mismatch)))))) state (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) _ => match __a with | Except.error rejection => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.ok entries => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some name => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some name => name | Option.none => (ByteArray.mk #[]))) (entry).expected (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some name => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))) (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("duplicate record for "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 ((entry).declaration))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("expected a record for "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (want))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (", found "))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 ((entry).declaration))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 ((entry).declaration) ((entry).axioms) (entries))) && (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => (Except.ok (inserted) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | Option.none => duplicate) else mismatch)) (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes (entry).declaration want)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (match __a with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some inserted => (Except.ok (inserted) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | Option.none => duplicate)) (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_41 ((entry).declaration) ((entry).axioms) (entries))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl))))))))))
+
+def __fits_12 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_26 (state) (entry)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.auditStep in
+theorem __rel_12 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) state), (__enc_2 entry)] (_root_.LexLeanPreservation.Rel (__fits_12 state entry) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanBoot.AxiomOutput.auditStep (state) (entry))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_26 (state) (entry)))
+
+def __fits_28 (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_28 (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 28 [((_root_.LexLeanPreservation.encList __enc_2) turned), (__enc_2 item)] (_root_.LexLeanPreservation.Rel (__fits_28 turned item) ((_root_.LexLeanPreservation.encList __enc_2) ((item :: turned)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_13 (items : (List (LexLeanBoot.AxiomOutput.Record))) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (LexLeanBoot.AxiomOutput.Record))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_28 __p0 __p1) ((fun (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) => (item :: turned))) (([] : List (LexLeanBoot.AxiomOutput.Record))) (items)))
+
+theorem __rel_13 (items : (List (LexLeanBoot.AxiomOutput.Record))) : _root_.LexLeanPreservation.FunRel __prog 13 [((_root_.LexLeanPreservation.encList __enc_2) items)] (_root_.LexLeanPreservation.Rel (__fits_13 items) ((_root_.LexLeanPreservation.encList __enc_2) (LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) items))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) => (item :: turned))) (fun (__p0 : (List (LexLeanBoot.AxiomOutput.Record))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_28 __p0 __p1) 28 [] (fun (__p0 : (List (LexLeanBoot.AxiomOutput.Record))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __rel_28 __p0 __p1) (p := __prog) (fi := 27) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (LexLeanBoot.AxiomOutput.Record))) (items)))
+
+def __fits_1 (scan : (LexLeanBoot.AxiomOutput.Scan)) (expected : (List ByteArray)) : Bool :=
+  (Bool.true && (match scan with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => ((Bool.true && Bool.true) && Bool.true) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected "))) && (((((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) && (((Bool.true && Bool.true) && (__fits_7 (" audit records, found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) && (((((Bool.true && Bool.true) && (__fits_10 (records))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) && ((Bool.true && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray))))) && (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); (((((Bool.true && Bool.true) && (__fits_10 (records))) && (((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) then ((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && Bool.true) && (__fits_13 (records))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))))) else Bool.true))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.auditStep LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.decimal LexLeanBoot.AxiomOutput.listLength LexLeanBoot.AxiomOutput.refuse LexLeanBoot.AxiomOutput.reversed LexLeanBoot.AxiomOutput.text in
+theorem __rel_1 (scan : (LexLeanBoot.AxiomOutput.Scan)) (expected : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_1 scan), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) expected)] (_root_.LexLeanPreservation.Rel (__fits_1 scan expected) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.finish scan expected))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => ((Bool.true && Bool.true) && Bool.true) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected "))) && (((((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) && (((Bool.true && Bool.true) && (__fits_7 (" audit records, found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) && (((((Bool.true && Bool.true) && (__fits_10 (records))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) && ((Bool.true && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray))))) && (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); (((((Bool.true && Bool.true) && (__fits_10 (records))) && (((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) then ((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && Bool.true) && (__fits_13 (records))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))))) else Bool.true)))))) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => (Except.error (rejection) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about)) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); (if (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) then (_root_.LexLeanCollections.listFold ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) else counted)))) scan (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) _ => match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unterminated axiom payload: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("expected "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (expected))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" audit records, found "))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (records))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && Bool.true) && (__fits_13 (records))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))))) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (_root_.LexLeanCollections.listFold ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) else counted)) (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (records))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (expected))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected)))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (records))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))))) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) 12 [] (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __rel_12 __p0 __p1) (p := __prog) (fi := 11) (ta := (.adt 2)) (ts := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) rfl ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))))))
+
+def __fits_79 (byte : UInt8) (low : UInt8) (high : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true)))
+
+theorem __rel_79 (byte : UInt8) (low : UInt8) (high : UInt8) : _root_.LexLeanPreservation.FunRel __prog 79 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte), (_root_.LexLeanTarget.TargetSyntax.Value.u8 low), (_root_.LexLeanTarget.TargetSyntax.Value.u8 high)] (_root_.LexLeanPreservation.Rel (__fits_79 byte low high) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.inRange byte low high))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some above => (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => Bool.true | Option.none => Bool.false) | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 byte low)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some above => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some below => Bool.true | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 high byte)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some below => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_70 (subject : ByteArray) (position : Nat) (low : UInt8) (high : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) (low) (high))) | Option.none => (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange LexLeanBoot.Text.byteAt in
+theorem __rel_70 (subject : ByteArray) (position : Nat) (low : UInt8) (high : UInt8) : _root_.LexLeanPreservation.FunRel __prog 70 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position), (_root_.LexLeanTarget.TargetSyntax.Value.u8 low), (_root_.LexLeanTarget.TargetSyntax.Value.u8 high)] (_root_.LexLeanPreservation.Rel (__fits_70 subject position low high) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.byteIn subject position low high))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) (low) (high))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some byte => (LexLeanBoot.AxiomOutput.inRange (byte) (low) (high)) | Option.none => Bool.false)) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) (low) (high)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_55 (subject : ByteArray) (position : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) (position) ((9 : UInt8)) ((13 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((9 : UInt8)) ((13 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((32 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) && (if (if (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((9 : UInt8)) ((13 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) then Bool.true else Bool.false)) then Bool.true else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((194 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((194 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((133 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((160 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then Bool.true else Bool.false)) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((225 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((225 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((154 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((226 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((226 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((168 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((169 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((175 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))))))) && (if (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then Bool.true else Bool.false)))) then Bool.true else Bool.true)) else ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((129 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((159 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)))) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((227 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((227 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else Bool.true))))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.byteIn LexLeanBoot.AxiomOutput.byteIs in
+theorem __rel_55 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 55 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_55 subject position) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.whiteLength subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((194 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((194 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((133 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((160 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then Bool.true else Bool.false)) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((225 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((225 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((154 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((226 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((226 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((168 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((169 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((175 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))))))) && (if (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then Bool.true else Bool.false)))) then Bool.true else Bool.true)) else ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((129 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((159 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)))) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((227 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((227 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else Bool.true)))))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((194 : UInt8))) then (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then Bool.true else Bool.false)) then (2 : Nat) else (0 : Nat)) else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((225 : UInt8))) then (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then (3 : Nat) else (0 : Nat)) else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((226 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then Bool.true else Bool.false)))) then (3 : Nat) else (0 : Nat)) else (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then Bool.true else Bool.false) else Bool.false) then (3 : Nat) else (0 : Nat))) else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((227 : UInt8))) then (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then (3 : Nat) else (0 : Nat)) else (0 : Nat))))))) (if (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((9 : UInt8)) ((13 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) then Bool.true else Bool.false)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((32 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) then Bool.true else Bool.false))) (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((9 : UInt8)) ((13 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)))) (__rel_70 (subject) (position) ((9 : UInt8)) ((13 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) (position) ((32 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((133 : UInt8)))) && (if 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Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then (3 : Nat) else (0 : Nat)) else (0 : Nat))) (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((227 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) (position) ((227 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (3 : Nat) else (0 : Nat))) (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (2 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => _root_.LexLeanPreservation.conv_value))))))))))
+
+def __fits_63 (subject : ByteArray) (position : Nat) : Bool :=
+  (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) (position))) && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) (position))) && Bool.true)) && (Nat.blt (position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
+theorem __rel_63 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 63 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_63 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat)))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) (position))) && Bool.true)) && (Nat.blt (position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) (position))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) (position))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_46 (subject : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_63 (subject) __p0) ((fun (position : Nat) => (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat))))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
+theorem __rel_46 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 46 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_46 subject) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.skipWhite subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_63 (subject) __p0) 63 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_63 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat)))))
+
+def __fits_75 (subject : ByteArray) («end» : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq «end» (0 : Nat)) then Bool.true else (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (2 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
+theorem __rel_75 (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 75 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_75 subject «end») (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.whiteEnding subject «end»))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (2 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true)))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (0 : Nat) else (if (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) then (1 : Nat) else (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then (2 : Nat) else (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then (3 : Nat) else (0 : Nat)))))) (Nat.beq «end» (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq «end» (0 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (2 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then (2 : Nat) else (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then (3 : Nat) else (0 : Nat))))) (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then (3 : Nat) else (0 : Nat)))) (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false)) (Nat.ble (2 : Nat) «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) «end»)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (2 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (3 : Nat) else (0 : Nat))) (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false)) (Nat.ble (3 : Nat) «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (3 : Nat) «end»)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (3 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))))))))
+
+def __fits_64 (start : Nat) (subject : ByteArray) («end» : Nat) : Bool :=
+  ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && (Nat.blt (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteEnding in
+theorem __rel_64 (start : Nat) (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 64 [(_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_64 start subject «end») ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))) (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && (Nat.blt (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false)) (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_75 (subject) («end»))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»)))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_75 (subject) («end»))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd start (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end»))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_75 (subject) («end»))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_47 (subject : ByteArray) (start : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_64 (start) (subject) __p0) ((fun («end» : Nat) => (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteEnding in
+theorem __rel_47 (subject : ByteArray) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 47 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_47 subject start) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.dropWhiteEnd subject start))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun («end» : Nat) => (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_64 (start) (subject) __p0) 64 [(_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_64 (start) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun («end» : Nat) => (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat)))))
+
+def __fits_32 (subject : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_46 (subject))) && (let start : Nat := (LexLeanBoot.AxiomOutput.skipWhite (subject)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_47 (subject) (start))) && (let «end» : Nat := (LexLeanBoot.AxiomOutput.dropWhiteEnd (subject) (start)); ((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.dropWhiteEnd LexLeanBoot.AxiomOutput.skipWhite LexLeanBoot.Text.sliceOr in
+theorem __rel_32 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 32 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_32 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.trimmed subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let start : Nat := (LexLeanBoot.AxiomOutput.skipWhite (subject)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_46 (subject))) (let «end» : Nat := (LexLeanBoot.AxiomOutput.dropWhiteEnd (subject) (start)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_47 (subject) (start))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))
+
+def __fits_42 (subject : ByteArray) : Bool :=
+  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) ((0 : Nat)))) && Bool.true)) && Bool.true)
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
+theorem __rel_42 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 42 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_42 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.startsWhite subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((0 : Nat)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) ((0 : Nat)))))
+
+def __fits_29 (line : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_32 (line))) && (let cleaned : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (line)); (((Bool.true && Bool.true) && (__fits_42 (line))) && (if (LexLeanBoot.AxiomOutput.startsWhite (line)) then (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (cleaned) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) then (Bool.true && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.startsWhite LexLeanBoot.AxiomOutput.trimmed in
+theorem __rel_29 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 29 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_29 line) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.continuation line))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let cleaned : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (line)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (cleaned) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) then (Bool.true && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) then (Option.none : (Option ByteArray)) else (Option.some (cleaned) : (Option ByteArray))) else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.startsWhite (line)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_42 (line))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.none : (Option ByteArray)) else (Option.some (cleaned) : (Option ByteArray)))) (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes cleaned)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))
+
+def __fits_31 (message : ByteArray) (declaration : (Option ByteArray)) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (message) (declaration))) && Bool.true) && Bool.true)
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.rejected in
+theorem __rel_31 (message : ByteArray) (declaration : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 31 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) declaration)] (_root_.LexLeanPreservation.Rel (__fits_31 message declaration) (__enc_1 (LexLeanBoot.AxiomOutput.stop message declaration))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_19 (message) (declaration))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_68 (subject : ByteArray) (suffix : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble size total) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
+
+theorem __rel_68 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 68 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_68 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.Text.endsWith subject suffix))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false) else Bool.false)) (Nat.ble size total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe size total)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (_root_.LexLeanRuntime.subtract (total) (size) : Nat) size)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes tail suffix))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_56 (subject : ByteArray) (suffix : ByteArray) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_68 (subject) (suffix))) && (if (LexLeanBoot.Text.endsWith (subject) (suffix)) then ((((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.Text.endsWith LexLeanBoot.Text.sliceOr in
+theorem __rel_56 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 56 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_56 subject suffix) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.stripSuffix subject suffix))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.some ((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) : (Option ByteArray)) else (Option.none : (Option ByteArray)))) (LexLeanBoot.Text.endsWith (subject) (suffix)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_68 (subject) (suffix))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (subject) : Nat) (_root_.LexLeanRuntime.length (suffix) : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_43 (payload : ByteArray) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (payload) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some bracketed => (Bool.true && Bool.true) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" does not depend on any axioms"))) && Bool.true)) && (__fits_56 (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) with | Option.some sentence => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.stripSuffix LexLeanBoot.AxiomOutput.text in
+theorem __rel_43 (payload : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 43 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload)] (_root_.LexLeanPreservation.Rel (__fits_43 payload) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.terminates payload))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some bracketed => (Bool.true && Bool.true) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" does not depend on any axioms"))) && Bool.true)) && (__fits_56 (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) with | Option.some sentence => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some bracketed => Bool.true | Option.none => (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) with | Option.some sentence => Bool.true | Option.none => Bool.false))) (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text ("]")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("]"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (payload) ((LexLeanBoot.AxiomOutput.text ("]"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some bracketed => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some sentence => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some sentence => Bool.true | Option.none => Bool.false)) (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" does not depend on any axioms"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some sentence => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))))
+
+def __fits_48 (subject : ByteArray) («prefix» : ByteArray) : Bool :=
+  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
+
+theorem __rel_48 (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 48 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_48 subject «prefix») (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.Text.startsWith subject «prefix»))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some head => (_root_.LexLeanRuntime.equal (head) («prefix») : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (0 : Nat) (_root_.LexLeanRuntime.length («prefix») : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some head => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes head «prefix»))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_49 (subject : ByteArray) («prefix» : ByteArray) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_48 (subject) («prefix»))) && (if (LexLeanBoot.Text.startsWith (subject) («prefix»)) then ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.Text.sliceOr LexLeanBoot.Text.startsWith in
+theorem __rel_49 (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 49 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_49 subject «prefix») ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.stripPrefix subject «prefix»))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.some ((LexLeanBoot.Text.sliceOr (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) : (Option ByteArray)) else (Option.none : (Option ByteArray)))) (LexLeanBoot.Text.startsWith (subject) («prefix»)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_48 (subject) («prefix»))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (subject) : Nat) (_root_.LexLeanRuntime.length («prefix») : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_59 (message : ByteArray) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_59 (message : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 59 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message)] (_root_.LexLeanPreservation.Rel (__fits_59 message) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.malformed message))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)
+
+def __fits_57 (payload : ByteArray) : Bool :=
+  ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.text in
+theorem __rel_57 (payload : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 57 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload)] (_root_.LexLeanPreservation.Rel (__fits_57 payload) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.unrecognized payload))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unrecognized axiom payload: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload)))))
+
+def __fits_58 (name : ByteArray) (axioms : (List ByteArray)) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true)
+
+theorem __rel_58 (name : ByteArray) (axioms : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 58 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) axioms)] (_root_.LexLeanPreservation.Rel (__fits_58 name axioms) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.parsed name axioms))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)
+
+def __fits_60 (name : ByteArray) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_40 (name))) && (((Bool.true && Bool.true) && (__fits_7 (" is not a Lean name"))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.quoted (name))) ((LexLeanBoot.AxiomOutput.text (" is not a Lean name")))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.quoted LexLeanBoot.AxiomOutput.text in
+theorem __rel_60 (name : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 60 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name)] (_root_.LexLeanPreservation.Rel (__fits_60 name) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.notLean name))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (name))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" is not a Lean name"))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.quoted (name))) ((LexLeanBoot.AxiomOutput.text (" is not a Lean name")))))
+
+def __fits_94 (byte : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((65 : UInt8)) ((90 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange in
+theorem __rel_94 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 94 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_94 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isFirst byte))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) ((65 : UInt8)) ((90 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool))) (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) ((97 : UInt8)) ((122 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (95 : UInt8)))))))
+
+def __fits_95 (byte : UInt8) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange LexLeanBoot.AxiomOutput.isFirst in
+theorem __rel_95 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 95 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_95 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isLater byte))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_94 (byte))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) ((48 : UInt8)) ((57 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (63 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (39 : UInt8)))))))))
+
+def __fits_89 (mode : Nat) (byte : UInt8) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (2 : Nat)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.isFirst LexLeanBoot.AxiomOutput.isLater in
+theorem __rel_89 (mode : Nat) (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 89 [(_root_.LexLeanTarget.TargetSyntax.Value.nat mode), (_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_89 mode byte) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.nameMode mode byte))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))))) (Nat.beq mode (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (2 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))))) (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (46 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (0 : Nat) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_94 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (2 : Nat))) (LexLeanBoot.AxiomOutput.isLater (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_95 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => _root_.LexLeanPreservation.conv_value))))))))
+
+def __fits_80 (subject : ByteArray) (state : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (state).2 (2 : Nat)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_89 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.nameMode LexLeanBoot.Text.byteAt in
+theorem __rel_80 (subject : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 80 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_80 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (LexLeanBoot.AxiomOutput.nameStep subject state))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_89 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.none : (Option (Prod Nat Nat))) else (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat)))))) (Nat.beq (state).2 (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (state).2 (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_89 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat))))) (LexLeanBoot.Text.byteAt (subject) ((state).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) ((state).1))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (state).1 (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_89 ((state).2) (byte))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_72 (raw : ByteArray) (state : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_80 (raw) (state)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
+theorem __rel_72 (raw : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 72 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_72 raw state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_80 (raw) (state)))
+
+def __fits_61 (raw : ByteArray) : Bool :=
+  (((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (raw) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat Nat)) => __fits_72 (raw) __p0) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))) && (Bool.true && Bool.true)) && Bool.true)
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
+theorem __rel_61 (raw : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 61 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_61 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes raw)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) (fun (__p0 : (Prod Nat Nat)) => __fits_72 (raw) __p0) 72 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (fun (__p0 : (Prod Nat Nat)) => __rel_72 (raw) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 71) (ts := (.pair .nat .nat)) rfl ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))) : (Prod (Prod Nat Nat) Bool))).1).2 (1 : Nat)))
+
+def __fits_82 (subject : ByteArray) (needle : ByteArray) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
+
+theorem __rel_82 (subject : ByteArray) (needle : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 82 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_82 subject needle position) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.Text.matchAt subject needle position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some window => (_root_.LexLeanRuntime.equal (window) (needle) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject position (_root_.LexLeanRuntime.length (needle) : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some window => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes window needle))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_90 (subject : ByteArray) (needle : ByteArray) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) position) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.Text.matchAt in
+theorem __rel_90 (subject : ByteArray) (needle : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 90 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_90 subject needle position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.AxiomOutput.lastStep subject needle position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) position) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.none : (Option Nat)) else (if (Nat.blt (0 : Nat) position) then (Option.some ((_root_.LexLeanRuntime.subtract (position) ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((_root_.LexLeanRuntime.subtract (position) ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) position) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) position)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
+
+def __fits_81 (needle : ByteArray) (subject : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_90 (subject) (needle) (position)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.lastStep in
+theorem __rel_81 (needle : ByteArray) (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 81 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_81 needle subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_90 (subject) (needle) (position)))
+
+def __fits_73 (subject : ByteArray) (needle : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt total size) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_81 (needle) (subject) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.lastStep LexLeanBoot.Text.matchAt LexLeanBoot.Text.sliceOr in
+theorem __rel_73 (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 73 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_73 subject needle) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.splitLast subject needle))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_81 (needle) (subject) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.none : (Option (Prod ByteArray ByteArray))) else (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.some (((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) (position)), (LexLeanBoot.Text.sliceOr (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat))))) : (Option (Prod ByteArray ByteArray))) else (Option.none : (Option (Prod ByteArray ByteArray))))))) (Nat.blt total size) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt total size)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd total (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) (fun (__p0 : Nat) => __fits_81 (needle) (subject) __p0) 81 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_81 (needle) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.some (((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) (position)), (LexLeanBoot.Text.sliceOr (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat))))) : (Option (Prod ByteArray ByteArray))) else (Option.none : (Option (Prod ByteArray ByteArray))))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((0 : Nat)) (position))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (position + size))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
+
+def __fits_96 : ∀ (lemma : ByteArray) (sorted : (List ByteArray)), Bool
+  | lemma, (List.nil) => (Bool.true && ((((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))
+  | lemma, (List.cons head tail) => (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (lemma) (head) : Bool) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (lemma) (head))) && (if (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (tail))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))))
+
+theorem __rel_96 : ∀ (lemma : ByteArray) (sorted : (List ByteArray)), _root_.LexLeanPreservation.FunRel __prog 96 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes lemma), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) sorted)] (_root_.LexLeanPreservation.Rel (__fits_96 lemma sorted) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.insertAxiom lemma sorted)))
+  | lemma, (List.nil) => by rw [__fits_96.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))
+  | lemma, (List.cons head tail) => by rw [__fits_96.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (lemma) (head))) && (if (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (tail))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.none : (Option (List ByteArray))) else (if (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) then (Option.some ((lemma :: (head :: tail))) : (Option (List ByteArray))) else (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List ByteArray))) | Option.none => (Option.none : (Option (List ByteArray))))))) (_root_.LexLeanRuntime.equal (lemma) (head) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes lemma head)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (tail))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.some ((lemma :: (head :: tail))) : (Option (List ByteArray))) else (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List ByteArray))) | Option.none => (Option.none : (Option (List ByteArray)))))) (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_54 (lemma) (head))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (List ByteArray))) => (match __a with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (List ByteArray))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List ByteArray))) | Option.none => (Option.none : (Option (List ByteArray))))) (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_96 (lemma) (tail))) (fun (__a : (Option (List ByteArray))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))))
+
+def __fits_91 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : Bool :=
+  (Bool.true && (match state with | Except.error message => Bool.true | Except.ok sorted => (((Bool.true && Bool.true) && (__fits_32 (piece))) && (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); (((Bool.true && Bool.true) && (__fits_61 (lemma))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (sorted))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) else ((((Bool.true && Bool.true) && (__fits_60 (lemma))) && Bool.true) && Bool.true)))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.insertAxiom LexLeanBoot.AxiomOutput.isClosedLeanName LexLeanBoot.AxiomOutput.notLean LexLeanBoot.AxiomOutput.quoted LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.trimmed in
+theorem __rel_91 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 91 [((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_91 state piece) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.collectStep state piece))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Except ByteArray (List ByteArray))) => (match __a with | Except.error message => Bool.true | Except.ok sorted => (((Bool.true && Bool.true) && (__fits_32 (piece))) && (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); (((Bool.true && Bool.true) && (__fits_61 (lemma))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (sorted))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) else ((((Bool.true && Bool.true) && (__fits_60 (lemma))) && Bool.true) && Bool.true))))))) (fun (__a : (Except ByteArray (List ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Except.error message => state | Except.ok sorted => (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) then (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => (Except.ok (inserted) : (Except ByteArray (List ByteArray))) | Option.none => (Except.error ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) : (Except ByteArray (List ByteArray)))) else (Except.error ((LexLeanBoot.AxiomOutput.notLean (lemma))) : (Except ByteArray (List ByteArray))))))) state (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except ByteArray (List ByteArray))) _ => match __a with | Except.error message => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.ok sorted => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (piece))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (sorted))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) else ((((Bool.true && Bool.true) && (__fits_60 (lemma))) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => (Except.ok (inserted) : (Except ByteArray (List ByteArray))) | Option.none => (Except.error ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) : (Except ByteArray (List ByteArray)))) else (Except.error ((LexLeanBoot.AxiomOutput.notLean (lemma))) : (Except ByteArray (List ByteArray))))) (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_61 (lemma))) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (List ByteArray))) => (match __a with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) (fun (__a : (Option (List ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Option.some inserted => (Except.ok (inserted) : (Except ByteArray (List ByteArray))) | Option.none => (Except.error ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) : (Except ByteArray (List ByteArray))))) (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_96 (lemma) (sorted))) (fun (__a : (Option (List ByteArray))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("duplicate axiom name "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (lemma))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_60 (lemma))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))))
+
+def __fits_84 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_91 (state) (piece)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.collectStep in
+theorem __rel_84 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 84 [((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_84 state piece) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) ((LexLeanBoot.AxiomOutput.collectStep (state) (piece))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_91 (state) (piece)))
+
+def __fits_37 (reversed : (List ByteArray)) (piece : ByteArray) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_37 (reversed : (List ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 37 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) reversed), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_37 reversed piece) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((piece :: reversed)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_17 (pieces : (List ByteArray)) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_37 __p0 __p1) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (([] : List ByteArray)) (pieces)))
+
+theorem __rel_17 (pieces : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces)] (_root_.LexLeanPreservation.Rel (__fits_17 pieces) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.Text.reverse pieces))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_37 __p0 __p1) 37 [] (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __rel_37 __p0 __p1) (p := __prog) (fi := 36) (ta := .bytes) (ts := (.list .bytes)) rfl (([] : List ByteArray)) (pieces)))
+
+def __fits_97 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] LexLeanBoot.Text.byteAt LexLeanBoot.Text.sliceOr in
+theorem __rel_97 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 97 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_97 subject delimiter state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.Text.splitStep subject delimiter state))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte delimiter)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
+
+def __fits_92 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_97 (subject) (delimiter) (state)))
+
+attribute [local irreducible] LexLeanBoot.Text.splitStep in
+theorem __rel_92 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 92 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_92 delimiter subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanBoot.Text.splitStep (subject) (delimiter) (state))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_97 (subject) (delimiter) (state)))
+
+def __fits_85 (subject : ByteArray) (delimiter : UInt8) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && (Bool.true && Bool.true)) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_92 (delimiter) (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2))))))))))
+
+attribute [local irreducible] LexLeanBoot.Text.reverse LexLeanBoot.Text.sliceOr LexLeanBoot.Text.splitStep in
+theorem __rel_85 (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.FunRel __prog 85 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter)] (_root_.LexLeanPreservation.Rel (__fits_85 subject delimiter) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.Text.splitOn subject delimiter))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_92 (delimiter) (subject) __p0) 92 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_92 (delimiter) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 15) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2)))))))
+
+def __fits_74 (name : ByteArray) (list : ByteArray) : Bool :=
+  (((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_85 (list) ((44 : UInt8)))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except ByteArray (List ByteArray))) (__p1 : ByteArray) => __fits_84 __p0 __p1) ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))))) && (match (_root_.LexLeanCollections.listFold ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))) : (Except ByteArray (List ByteArray))) with | Except.error message => ((Bool.true && Bool.true) && (__fits_59 (message))) | Except.ok sorted => (Bool.true && (match sorted with | List.nil => ((((Bool.true && Bool.true) && (__fits_7 ("an axiom list cannot be empty"))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty"))))) | List.cons head tail => ((Bool.true && (Bool.true && Bool.true)) && (__fits_58 (name) (sorted)))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.collectStep LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.parsed LexLeanBoot.AxiomOutput.text LexLeanBoot.Text.splitOn in
+theorem __rel_74 (name : ByteArray) (list : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 74 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name), (_root_.LexLeanTarget.TargetSyntax.Value.bytes list)] (_root_.LexLeanPreservation.Rel (__fits_74 name list) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.axiomList name list))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Except ByteArray (List ByteArray))) => (match __a with | Except.error message => ((Bool.true && Bool.true) && (__fits_59 (message))) | Except.ok sorted => (Bool.true && (match sorted with | List.nil => ((((Bool.true && Bool.true) && (__fits_7 ("an axiom list cannot be empty"))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty"))))) | List.cons head tail => ((Bool.true && (Bool.true && Bool.true)) && (__fits_58 (name) (sorted))))))) (fun (__a : (Except ByteArray (List ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Except.error message => (LexLeanBoot.AxiomOutput.malformed (message)) | Except.ok sorted => (match sorted with | List.nil => (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty")))) | List.cons head tail => (LexLeanBoot.AxiomOutput.parsed (name) (sorted))))) (_root_.LexLeanCollections.listFold ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))) : (Except ByteArray (List ByteArray))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_85 (list) ((44 : UInt8)))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) (fun (__p0 : (Except ByteArray (List ByteArray))) (__p1 : ByteArray) => __fits_84 __p0 __p1) 84 [] (fun (__p0 : (Except ByteArray (List ByteArray))) (__p1 : ByteArray) => __rel_84 __p0 __p1) (p := __prog) (fi := 83) (ta := .bytes) (ts := (.result (.list .bytes) .bytes)) rfl ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))))) (fun (__a : (Except ByteArray (List ByteArray))) _ => match __a with | Except.error message => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_59 (message)))) | Except.ok sorted => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (List ByteArray)) => (match __a with | List.nil => ((((Bool.true && Bool.true) && (__fits_7 ("an axiom list cannot be empty"))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty"))))) | List.cons head tail => ((Bool.true && (Bool.true && Bool.true)) && (__fits_58 (name) (sorted))))) (fun (__a : (List ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | List.nil => (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty")))) | List.cons head tail => (LexLeanBoot.AxiomOutput.parsed (name) (sorted)))) sorted (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List ByteArray)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("an axiom list cannot be empty"))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty")))))) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_58 (name) (sorted)))))))))))
+
+def __fits_62 (payload : ByteArray) (body : ByteArray) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("' depends on axioms: ["))) && Bool.true)) && (__fits_73 (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: ["))))) && (match (LexLeanBoot.AxiomOutput.splitLast (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: [")))) with | Option.some split => (Bool.true && (let name : ByteArray := (split).1; (Bool.true && (let list : ByteArray := (split).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_74 (name) (list))) && (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))))))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.axiomList LexLeanBoot.AxiomOutput.isClosedLeanName LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.notLean LexLeanBoot.AxiomOutput.splitLast LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.unrecognized in
+theorem __rel_62 (payload : ByteArray) (body : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 62 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload), (_root_.LexLeanTarget.TargetSyntax.Value.bytes body)] (_root_.LexLeanPreservation.Rel (__fits_62 payload body) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.listed payload body))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some split => (Bool.true && (let name : ByteArray := (split).1; (Bool.true && (let list : ByteArray := (split).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_74 (name) (list))) && (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))))))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.some split => (let name : ByteArray := (split).1; (let list : ByteArray := (split).2; (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then listed_axioms else refused))))) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)))) (LexLeanBoot.AxiomOutput.splitLast (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: [")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("' depends on axioms: ["))) _root_.LexLeanPreservation.convL_nil)) (__rel_73 (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: ["))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some split => (_root_.LexLeanPreservation.convA_hit rfl rfl (let name : ByteArray := (split).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let list : ByteArray := (split).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_74 (name) (list))) (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_60 (name))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (if __b then listed_axioms else refused)) (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_61 (name))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_57 (payload)))))))
+
+def __fits_44 (payload : ByteArray) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("'"))) && Bool.true)) && (__fits_49 (payload) ((LexLeanBoot.AxiomOutput.text ("'"))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (payload) ((LexLeanBoot.AxiomOutput.text ("'")))) with | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))) | Option.some rest => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("' does not depend on any axioms"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) with | Option.some name => (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_58 (name) (([] : List ByteArray)))) && (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload)))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.isClosedLeanName LexLeanBoot.AxiomOutput.listed LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.notLean LexLeanBoot.AxiomOutput.parsed LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.stripSuffix LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.unrecognized in
+theorem __rel_44 (payload : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 44 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload)] (_root_.LexLeanPreservation.Rel (__fits_44 payload) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.parsePayload payload))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))) | Option.some rest => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("' does not depend on any axioms"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) with | Option.some name => (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_58 (name) (([] : List ByteArray)))) && (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)) | Option.some rest => (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) with | Option.some name => (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then accepted else refused))) | Option.none => (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => (LexLeanBoot.AxiomOutput.listed (payload) (body)) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)))))) (LexLeanBoot.AxiomOutput.stripPrefix (payload) ((LexLeanBoot.AxiomOutput.text ("'")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("'"))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (payload) ((LexLeanBoot.AxiomOutput.text ("'"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_57 (payload)))) | Option.some rest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some name => (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_58 (name) (([] : List ByteArray)))) && (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.some name => (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then accepted else refused))) | Option.none => (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => (LexLeanBoot.AxiomOutput.listed (payload) (body)) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload))))) (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("' does not depend on any axioms"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some name => (_root_.LexLeanPreservation.convA_hit rfl rfl (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) (__rel_58 (name) (([] : List ByteArray)))) (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_60 (name))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (if __b then accepted else refused)) (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_61 (name))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.some body => (LexLeanBoot.AxiomOutput.listed (payload) (body)) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)))) (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("]"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some body => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_62 (payload) (body)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_57 (payload)))))))))))))))
+
+def __fits_45 (names : (List ByteArray)) : Bool :=
+  (Bool.true && (match names with | List.nil => (Bool.true && Bool.true) | List.cons head tail => Bool.true))
+
+theorem __rel_45 (names : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 45 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) names)] (_root_.LexLeanPreservation.Rel (__fits_45 names) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.tailOf names))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (List ByteArray)) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons head tail => Bool.true)) (fun (__a : (List ByteArray)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | List.nil => ([] : List ByteArray) | List.cons head tail => tail)) names (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List ByteArray)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)))))
+
+def __fits_30 (records : (List (LexLeanBoot.AxiomOutput.Record))) (remaining : (List ByteArray)) (payload : ByteArray) (about : (Option ByteArray)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_43 (payload))) && (if (LexLeanBoot.AxiomOutput.terminates (payload)) then (((Bool.true && Bool.true) && (__fits_44 (payload))) && (match (LexLeanBoot.AxiomOutput.parsePayload (payload)) with | Except.error message => ((Bool.true && (Bool.true && Bool.true)) && (__fits_31 (message) (about))) | Except.ok found => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_45 (remaining))) && Bool.true)) && Bool.true))) else ((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.parsePayload LexLeanBoot.AxiomOutput.stop LexLeanBoot.AxiomOutput.tailOf LexLeanBoot.AxiomOutput.terminates in
+theorem __rel_30 (records : (List (LexLeanBoot.AxiomOutput.Record))) (remaining : (List ByteArray)) (payload : ByteArray) (about : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 30 [((_root_.LexLeanPreservation.encList __enc_2) records), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) remaining), (_root_.LexLeanTarget.TargetSyntax.Value.bytes payload), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) about)] (_root_.LexLeanPreservation.Rel (__fits_30 records remaining payload about) (__enc_1 (LexLeanBoot.AxiomOutput.extend records remaining payload about))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_44 (payload))) && (match (LexLeanBoot.AxiomOutput.parsePayload (payload)) with | Except.error message => ((Bool.true && (Bool.true && Bool.true)) && (__fits_31 (message) (about))) | Except.ok found => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_45 (remaining))) && Bool.true)) && Bool.true))) else ((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && Bool.true))) (fun (__b : Bool) => __enc_1 (if __b then (match (LexLeanBoot.AxiomOutput.parsePayload (payload)) with | Except.error message => (LexLeanBoot.AxiomOutput.stop (message) (about)) | Except.ok found => (LexLeanBoot.AxiomOutput.Scan.between ((({ declaration := (found).1, axioms := (found).2, expected := about } : (LexLeanBoot.AxiomOutput.Record)) :: records)) ((LexLeanBoot.AxiomOutput.tailOf (remaining))) : (LexLeanBoot.AxiomOutput.Scan))) else (LexLeanBoot.AxiomOutput.Scan.inside (records) (remaining) (payload) (about) : (LexLeanBoot.AxiomOutput.Scan)))) (LexLeanBoot.AxiomOutput.terminates (payload)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_43 (payload))) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (fun (__a : (Except ByteArray (Prod ByteArray (List ByteArray)))) => (match __a with | Except.error message => ((Bool.true && (Bool.true && Bool.true)) && (__fits_31 (message) (about))) | Except.ok found => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_45 (remaining))) && Bool.true)) && Bool.true))) (fun (__a : (Except ByteArray (Prod ByteArray (List ByteArray)))) => __enc_1 (match __a with | Except.error message => (LexLeanBoot.AxiomOutput.stop (message) (about)) | Except.ok found => (LexLeanBoot.AxiomOutput.Scan.between ((({ declaration := (found).1, axioms := (found).2, expected := about } : (LexLeanBoot.AxiomOutput.Record)) :: records)) ((LexLeanBoot.AxiomOutput.tailOf (remaining))) : (LexLeanBoot.AxiomOutput.Scan)))) (LexLeanBoot.AxiomOutput.parsePayload (payload)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_44 (payload))) (fun (__a : (Except ByteArray (Prod ByteArray (List ByteArray)))) _ => match __a with | Except.error message => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_31 (message) (about)))) | Except.ok found => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_45 (remaining))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt)))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt)))
+
+def __fits_86 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.Text.matchAt in
+theorem __rel_86 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 86 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_86 needle size subject total position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (position + size) total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (position + size) total)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
+
+def __fits_76 (subject : ByteArray) (needle : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); ((((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_86 (needle) (size) (subject) (total) __p0) ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] LexLeanBoot.Text.matchAt in
+theorem __rel_76 (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 76 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_76 subject needle) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.Text.find subject needle))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd total (1 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun (__p0 : Nat) => __fits_86 (needle) (size) (subject) (total) __p0) 86 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total)] (fun (__p0 : Nat) => __rel_86 (needle) (size) (subject) (total) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((total + (1 : Nat))) ((0 : Nat))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (position) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))
+
+def __fits_65 (subject : ByteArray) (delimiter : ByteArray) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_76 (subject) (delimiter))) && (match (LexLeanBoot.Text.find (subject) (delimiter)) with | Option.some position => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.Text.find LexLeanBoot.Text.sliceOr in
+theorem __rel_65 (subject : ByteArray) (delimiter : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 65 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes delimiter)] (_root_.LexLeanPreservation.Rel (__fits_65 subject delimiter) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.splitOnce subject delimiter))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some position => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Option.some position => (Option.some (((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) (position)), (LexLeanBoot.Text.sliceOr (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat))))) : (Option (Prod ByteArray ByteArray))) | Option.none => (Option.none : (Option (Prod ByteArray ByteArray))))) (LexLeanBoot.Text.find (subject) (delimiter)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_76 (subject) (delimiter))) (fun (__a : (Option Nat)) _ => match __a with | Option.some position => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((0 : Nat)) (position))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes delimiter)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (_root_.LexLeanRuntime.length (delimiter) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes delimiter)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (_root_.LexLeanRuntime.length (delimiter) : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (subject) : Nat) (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat)))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
+
+def __fits_87 (digits : ByteArray) : Bool :=
+  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then ((((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("18446744073709551615"))) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.text in
+theorem __rel_87 (digits : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 87 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits)] (_root_.LexLeanPreservation.Rel (__fits_87 digits) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.fitsWord digits))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then ((((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("18446744073709551615"))) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then (!(_root_.LexLeanRuntime.equal ((_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering)) ((_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering)) : Bool)) else Bool.false))) (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("18446744073709551615"))) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (!(_root_.LexLeanRuntime.equal ((_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering)) ((_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering)) : Bool)) else Bool.false)) (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("18446744073709551615"))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes digits (LexLeanBoot.AxiomOutput.text ("18446744073709551615")))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes (ByteArray.mk #[1]) (ByteArray.mk #[0]))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_ordering (_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering) (_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot (_root_.LexLeanRuntime.equal ((_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering)) ((_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering)) : Bool)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_98 (subject : ByteArray) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) (position) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((48 : UInt8)) ((57 : UInt8))) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.byteIn in
+theorem __rel_98 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 98 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_98 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.AxiomOutput.digitStep subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((48 : UInt8)) ((57 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)))) (__rel_70 (subject) (position) ((48 : UInt8)) ((57 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_93 (subject : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_98 (subject) (position)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.digitStep in
+theorem __rel_93 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 93 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_93 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((LexLeanBoot.AxiomOutput.digitStep (subject) (position))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_98 (subject) (position)))
+
+def __fits_88 (subject : ByteArray) : Bool :=
+  (((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_93 (subject) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position)))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat)))) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true)
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.digitStep in
+theorem __rel_88 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 88 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_88 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.allDigits subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position)))) (fun (__p0 : Nat) => __fits_93 (subject) __p0) 93 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_93 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position)))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat)) : (Prod Nat Bool))).1 (_root_.LexLeanRuntime.length (subject) : Nat)))
+
+def __fits_78 (raw : ByteArray) : Bool :=
+  ((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("+"))) && Bool.true)) && (__fits_49 (raw) ((LexLeanBoot.AxiomOutput.text ("+"))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) with | Option.some unsigned => Bool.true | Option.none => Bool.true)) && (let digits : ByteArray := (match (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) with | Option.some unsigned => unsigned | Option.none => raw); (((((Bool.true && Bool.true) && (__fits_20 (digits))) && Bool.true) && (__fits_87 ((LexLeanBoot.AxiomOutput.significant (digits))))) && (let fits : Bool := (LexLeanBoot.AxiomOutput.fitsWord ((LexLeanBoot.AxiomOutput.significant (digits)))); (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (_root_.LexLeanRuntime.length (digits) : Nat)) then (((Bool.true && Bool.true) && (__fits_88 (digits))) && (if (LexLeanBoot.AxiomOutput.allDigits (digits)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.allDigits LexLeanBoot.AxiomOutput.fitsWord LexLeanBoot.AxiomOutput.significant LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.text in
+theorem __rel_78 (raw : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 78 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_78 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isWord raw))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let digits : ByteArray := (match (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) with | Option.some unsigned => unsigned | Option.none => raw); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some unsigned => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some unsigned => unsigned | Option.none => raw)) (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("+"))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (raw) ((LexLeanBoot.AxiomOutput.text ("+"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some unsigned => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl))))) (let fits : Bool := (LexLeanBoot.AxiomOutput.fitsWord ((LexLeanBoot.AxiomOutput.significant (digits)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (digits))) _root_.LexLeanPreservation.convL_nil) (__rel_87 ((LexLeanBoot.AxiomOutput.significant (digits))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_88 (digits))) && (if (LexLeanBoot.AxiomOutput.allDigits (digits)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (if (LexLeanBoot.AxiomOutput.allDigits (digits)) then fits else Bool.false) else Bool.false)) (Nat.blt (0 : Nat) (_root_.LexLeanRuntime.length (digits) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (_root_.LexLeanRuntime.length (digits) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then fits else Bool.false)) (LexLeanBoot.AxiomOutput.allDigits (digits)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_88 (digits))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_67 (field : ByteArray) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_32 (field))) && Bool.true) && (__fits_78 ((LexLeanBoot.AxiomOutput.trimmed (field)))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.isWord LexLeanBoot.AxiomOutput.trimmed in
+theorem __rel_67 (field : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 67 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes field)] (_root_.LexLeanPreservation.Rel (__fits_67 field) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isCount field))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (field))) _root_.LexLeanPreservation.convL_nil) (__rel_78 ((LexLeanBoot.AxiomOutput.trimmed (field)))))
+
+def __fits_77 (rest : ByteArray) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_49 (rest) ((LexLeanBoot.AxiomOutput.text (" "))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (rest) ((LexLeanBoot.AxiomOutput.text (" ")))) with | Option.some spaced => ((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (spaced) ((LexLeanBoot.AxiomOutput.text ("info: "))))) | Option.none => (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.text in
+theorem __rel_77 (rest : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 77 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes rest)] (_root_.LexLeanPreservation.Rel (__fits_77 rest) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.afterLabel rest))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some spaced => ((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (spaced) ((LexLeanBoot.AxiomOutput.text ("info: "))))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some spaced => (LexLeanBoot.AxiomOutput.stripPrefix (spaced) ((LexLeanBoot.AxiomOutput.text ("info: ")))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.stripPrefix (rest) ((LexLeanBoot.AxiomOutput.text (" ")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" "))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (rest) ((LexLeanBoot.AxiomOutput.text (" "))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some spaced => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("info: "))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (spaced) ((LexLeanBoot.AxiomOutput.text ("info: ")))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
+
+def __fits_66 (column : ByteArray) (rest : ByteArray) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("-"))) && Bool.true)) && (__fits_65 (column) ((LexLeanBoot.AxiomOutput.text ("-"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (column) ((LexLeanBoot.AxiomOutput.text ("-")))) with | Option.some span => (Bool.true && (let low : ByteArray := (span).1; (Bool.true && (let high : ByteArray := (span).2; (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 (rest) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let stop_column : ByteArray := (tail).1; (Bool.true && (let after : ByteArray := (tail).2; (((Bool.true && Bool.true) && (__fits_77 (after))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (((Bool.true && Bool.true) && (__fits_67 (low))) && (if (LexLeanBoot.AxiomOutput.isCount (low)) then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))))))))) | Option.none => (Bool.true && Bool.true))))))) | Option.none => (((Bool.true && Bool.true) && (__fits_77 (rest))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); (((Bool.true && Bool.true) && (__fits_67 (column))) && (if (LexLeanBoot.AxiomOutput.isCount (column)) then Bool.true else (Bool.true && Bool.true)))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.afterLabel LexLeanBoot.AxiomOutput.isCount LexLeanBoot.AxiomOutput.splitOnce LexLeanBoot.AxiomOutput.text in
+theorem __rel_66 (column : ByteArray) (rest : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 66 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes column), (_root_.LexLeanTarget.TargetSyntax.Value.bytes rest)] (_root_.LexLeanPreservation.Rel (__fits_66 column rest) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.afterLocation column rest))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some span => (Bool.true && (let low : ByteArray := (span).1; (Bool.true && (let high : ByteArray := (span).2; (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 (rest) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let stop_column : ByteArray := (tail).1; (Bool.true && (let after : ByteArray := (tail).2; (((Bool.true && Bool.true) && (__fits_77 (after))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (((Bool.true && Bool.true) && (__fits_67 (low))) && (if (LexLeanBoot.AxiomOutput.isCount (low)) then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))))))))) | Option.none => (Bool.true && Bool.true))))))) | Option.none => (((Bool.true && Bool.true) && (__fits_77 (rest))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); (((Bool.true && Bool.true) && (__fits_67 (column))) && (if (LexLeanBoot.AxiomOutput.isCount (column)) then Bool.true else (Bool.true && Bool.true))))))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some span => (let low : ByteArray := (span).1; (let high : ByteArray := (span).2; (match (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (let stop_column : ByteArray := (tail).1; (let after : ByteArray := (tail).2; (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (if (LexLeanBoot.AxiomOutput.isCount (low)) then (if (LexLeanBoot.AxiomOutput.isCount (high)) then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))))) | Option.none => (Option.none : (Option ByteArray))))) | Option.none => (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); (if (LexLeanBoot.AxiomOutput.isCount (column)) then labeled else (Option.none : (Option ByteArray)))))) (LexLeanBoot.AxiomOutput.splitOnce (column) ((LexLeanBoot.AxiomOutput.text ("-")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("-"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 (column) ((LexLeanBoot.AxiomOutput.text ("-"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some span => (_root_.LexLeanPreservation.convA_hit rfl rfl (let low : ByteArray := (span).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let high : ByteArray := (span).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some tail => (Bool.true && (let stop_column : ByteArray := (tail).1; (Bool.true && (let after : ByteArray := (tail).2; (((Bool.true && Bool.true) && (__fits_77 (after))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (((Bool.true && Bool.true) && (__fits_67 (low))) && (if (LexLeanBoot.AxiomOutput.isCount (low)) then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))))))))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some tail => (let stop_column : ByteArray := (tail).1; (let after : ByteArray := (tail).2; (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (if (LexLeanBoot.AxiomOutput.isCount (low)) then (if (LexLeanBoot.AxiomOutput.isCount (high)) then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 (rest) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (let stop_column : ByteArray := (tail).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let after : ByteArray := (tail).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_77 (after))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (if (LexLeanBoot.AxiomOutput.isCount (high)) then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (low)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (low))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (high)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (high))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then labeled else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (stop_column)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (stop_column))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_77 (rest))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then labeled else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (column)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (column))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
+
+def __fits_50 (line : ByteArray) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 (line) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (line) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some head => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((head).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some middle => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.afterLocation LexLeanBoot.AxiomOutput.isCount LexLeanBoot.AxiomOutput.splitOnce LexLeanBoot.AxiomOutput.text in
+theorem __rel_50 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 50 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_50 line) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.located line))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some head => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((head).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some middle => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some head => (match (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some middle => (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (let line_number : ByteArray := (middle).1; (let column : ByteArray := (tail).1; (let rest : ByteArray := (tail).2; (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then located_rest else (Option.none : (Option ByteArray))))))) | Option.none => (Option.none : (Option ByteArray))) | Option.none => (Option.none : (Option ByteArray))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce (line) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 (line) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some head => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some middle => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some middle => (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (let line_number : ByteArray := (middle).1; (let column : ByteArray := (tail).1; (let rest : ByteArray := (tail).2; (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then located_rest else (Option.none : (Option ByteArray))))))) | Option.none => (Option.none : (Option ByteArray))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 ((head).2) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some middle => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some tail => (let line_number : ByteArray := (middle).1; (let column : ByteArray := (tail).1; (let rest : ByteArray := (tail).2; (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then located_rest else (Option.none : (Option ByteArray))))))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (let line_number : ByteArray := (middle).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let column : ByteArray := (tail).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let rest : ByteArray := (tail).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_66 (column) (rest))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then located_rest else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (line_number)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (line_number))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
+
+def __fits_33 (line : ByteArray) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("'"))) && Bool.true)) && (__fits_48 (line) ((LexLeanBoot.AxiomOutput.text ("'"))))) && (if (LexLeanBoot.Text.startsWith (line) ((LexLeanBoot.AxiomOutput.text ("'")))) then ((Bool.true && Bool.true) && Bool.true) else (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (line) ((LexLeanBoot.AxiomOutput.text ("info: "))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) with | Option.some payload => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((Bool.true && Bool.true) && (__fits_50 (line)))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.located LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.text LexLeanBoot.Text.startsWith in
+theorem __rel_33 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 33 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_33 line) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.envelope line))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (line) ((LexLeanBoot.AxiomOutput.text ("info: "))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) with | Option.some payload => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((Bool.true && Bool.true) && (__fits_50 (line))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.some (line) : (Option ByteArray)) else (match (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) with | Option.some payload => (Option.some (payload) : (Option ByteArray)) | Option.none => (LexLeanBoot.AxiomOutput.located (line))))) (LexLeanBoot.Text.startsWith (line) ((LexLeanBoot.AxiomOutput.text ("'")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("'"))) _root_.LexLeanPreservation.convL_nil)) (__rel_48 (line) ((LexLeanBoot.AxiomOutput.text ("'"))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some payload => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((Bool.true && Bool.true) && (__fits_50 (line))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some payload => (Option.some (payload) : (Option ByteArray)) | Option.none => (LexLeanBoot.AxiomOutput.located (line)))) (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("info: "))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (line) ((LexLeanBoot.AxiomOutput.text ("info: "))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some payload => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_50 (line)))))))))
+
+def __fits_34 (names : (List ByteArray)) : Bool :=
+  (Bool.true && (match names with | List.nil => (Bool.true && Bool.true) | List.cons head tail => ((Bool.true && Bool.true) && Bool.true)))
+
+theorem __rel_34 (names : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 34 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) names)] (_root_.LexLeanPreservation.Rel (__fits_34 names) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.headOf names))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (List ByteArray)) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons head tail => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (List ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | List.nil => (Option.none : (Option ByteArray)) | List.cons head tail => (Option.some (head) : (Option ByteArray)))) names (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List ByteArray)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))
+
+def __fits_14 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : Bool :=
+  (Bool.true && (match state with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => Bool.true | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (((Bool.true && Bool.true) && (__fits_29 (line))) && (match (LexLeanBoot.AxiomOutput.continuation (line)) with | Option.some more => ((Bool.true && (Bool.true && (((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) && (Bool.true && Bool.true)))) && (__fits_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((Bool.true && (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) then Bool.true else (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (__fits_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))))))))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.continuation LexLeanBoot.AxiomOutput.envelope LexLeanBoot.AxiomOutput.extend LexLeanBoot.AxiomOutput.headOf LexLeanBoot.AxiomOutput.stop LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.trimmed in
+theorem __rel_14 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_14 state line) (__enc_1 (LexLeanBoot.AxiomOutput.scanStep state line))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => Bool.true | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (((Bool.true && Bool.true) && (__fits_29 (line))) && (match (LexLeanBoot.AxiomOutput.continuation (line)) with | Option.some more => ((Bool.true && (Bool.true && (((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) && (Bool.true && Bool.true)))) && (__fits_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((Bool.true && (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) then Bool.true else (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (__fits_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))))))) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => __enc_1 (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => state | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (match (LexLeanBoot.AxiomOutput.continuation (line)) with | Option.some more => (LexLeanBoot.AxiomOutput.extend (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about)) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) then state else (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => (LexLeanBoot.AxiomOutput.extend (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))))) state (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) _ => match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some more => ((Bool.true && (Bool.true && (((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) && (Bool.true && Bool.true)))) && (__fits_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) (fun (__a : (Option ByteArray)) => __enc_1 (match __a with | Option.some more => (LexLeanBoot.AxiomOutput.extend (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about)) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about)))) (LexLeanBoot.AxiomOutput.continuation (line)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (line))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some more => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" "))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))) (__rel_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unterminated axiom payload: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (__fits_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))))) (fun (__b : Bool) => __enc_1 (if __b then state else (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => (LexLeanBoot.AxiomOutput.extend (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))) (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes (LexLeanBoot.AxiomOutput.trimmed (line)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))) (fun (__a : (Option ByteArray)) => __enc_1 (match __a with | Option.some payload => (LexLeanBoot.AxiomOutput.extend (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))) (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) _root_.LexLeanPreservation.convL_nil) (__rel_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some payload => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (remaining))) _root_.LexLeanPreservation.convL_nil)))) (__rel_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unrecognized audit line: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (remaining))) _root_.LexLeanPreservation.convL_nil)) (__rel_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))))))))))))
+
+def __fits_3 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_14 (state) (line)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.scanStep in
+theorem __rel_3 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_1 state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_3 state line) (__enc_1 ((LexLeanBoot.AxiomOutput.scanStep (state) (line))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_14 (state) (line)))
+
+def __fits_52 (line : ByteArray) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_68 (line) ((ByteArray.mk #[13])))) && (if (LexLeanBoot.Text.endsWith (line) ((ByteArray.mk #[13]))) then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true))
+
+attribute [local irreducible] LexLeanBoot.Text.endsWith LexLeanBoot.Text.sliceOr in
+theorem __rel_52 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 52 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_52 line) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.Text.chomp line))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (if __b then (LexLeanBoot.Text.sliceOr (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))) else line)) (LexLeanBoot.Text.endsWith (line) ((ByteArray.mk #[13]))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_68 (line) ((ByteArray.mk #[13])))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes line)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (line) : Nat) (1 : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
+
+def __fits_35 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] LexLeanBoot.Text.byteAt LexLeanBoot.Text.chomp LexLeanBoot.Text.sliceOr in
+theorem __rel_35 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 35 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_35 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.Text.lineStep subject state))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.chomp ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.chomp ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (10 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) _root_.LexLeanPreservation.convL_nil) (__rel_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
+
+def __fits_16 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_35 (subject) (state)))
+
+attribute [local irreducible] LexLeanBoot.Text.lineStep in
+theorem __rel_16 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 16 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_16 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanBoot.Text.lineStep (subject) (state))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_35 (subject) (state)))
+
+def __fits_4 (subject : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && Bool.true) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_16 (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; (Bool.true && (let pieces : (List ByteArray) := ((final).2).2; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt start total) then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_17 (pieces)))))))))))))
+
+attribute [local irreducible] LexLeanBoot.Text.lineStep LexLeanBoot.Text.reverse LexLeanBoot.Text.sliceOr in
+theorem __rel_4 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_4 subject) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.Text.lines subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_16 (subject) __p0) 16 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_16 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 15) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((final).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_17 (pieces))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (LexLeanBoot.Text.reverse (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))) else (LexLeanBoot.Text.reverse (pieces)))) (Nat.blt start total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt start total)) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (pieces)))))))))
+
+def __fits_0 (stdout : ByteArray) (expected : (List ByteArray)) : Bool :=
+  ((((Bool.true && ((((Bool.true && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_4 (stdout))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (LexLeanBoot.AxiomOutput.Scan)) (__p1 : ByteArray) => __fits_3 __p0 __p1) ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))))) && (Bool.true && Bool.true)) && (__fits_1 ((_root_.LexLeanCollections.listFold ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))) : (LexLeanBoot.AxiomOutput.Scan))) (expected)))
+
+attribute [local irreducible] LexLeanBoot.AxiomOutput.finish LexLeanBoot.AxiomOutput.scanStep LexLeanBoot.Text.lines in
+theorem __rel_0 (stdout : ByteArray) (expected : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes stdout), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) expected)] (_root_.LexLeanPreservation.Rel (__fits_0 stdout expected) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.parseAuditOutput stdout expected))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (stdout))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := __enc_1) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) (fun (__p0 : (LexLeanBoot.AxiomOutput.Scan)) (__p1 : ByteArray) => __fits_3 __p0 __p1) 3 [] (fun (__p0 : (LexLeanBoot.AxiomOutput.Scan)) (__p1 : ByteArray) => __rel_3 __p0 __p1) (p := __prog) (fi := 2) (ta := .bytes) (ts := (.adt 1)) rfl ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_1 ((_root_.LexLeanCollections.listFold ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))) : (LexLeanBoot.AxiomOutput.Scan))) (expected)))
+
+def denote (stdout : ByteArray) (expected : (List ByteArray)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 stdout expected) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.parseAuditOutput stdout expected)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (stdout : ByteArray) (expected : (List ByteArray)) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes stdout), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) expected)] (_root_.LexLeanPreservation.Rel (__fits_0 stdout expected) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.parseAuditOutput stdout expected))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 stdout expected)
+
+end LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/Compose/RustStd.lex.tex b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..a81ca781e
--- /dev/null
+++ b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/Compose/RustStd.lex.tex
@@ -0,0 +1,1094 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1,
+  LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_0 : @16 := @541 {
+  all: [LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_2 : @549 := @873 {
+  all: [LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_1 : @881 := @1454 {
+  all: [LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.root : @2180 := @2181 {
+  all: [LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.program
+@1 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.krate
+@2 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.flags
+@3 := LexLeanBoot.AxiomOutput.Rejection
+@4 := #0
+@5 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__s : @3) -> @15
+@17 := LexLeanBoot.AxiomOutput.Rejection.message
+@18 := @17 @4
+@19 := LexLeanBoot.AxiomOutput.Rejection.declaration
+@20 := @19 @4
+@21 := LexLeanTarget.TargetSyntax.Value.bytes
+@22 := @21 @18
+@23 := LexLeanTarget.TargetSyntax.Ty.bytes
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := ByteArray
+@28 := #3
+@29 := @7 @28
+@30 := #2
+@31 := @29 @30
+@32 := #1
+@33 := @31 @32
+@34 := @21 @4
+@40 := {p : @24} -> {c : @25} -> {A : @26} -> (b : @27) -> @33 @34 @23
+@42 := LexLeanPreservation.Rust.wt_bytes @0
+@49 := {c : @25} -> {A : @26} -> (b : @27) -> @11 @30 @32 @34 @23
+@50 := @42 @1
+@55 := {A : @26} -> (b : @27) -> @12 @32 @34 @23
+@56 := @50 @2
+@57 := @13 @34
+@58 := @57 @23
+@59 := (b : @27) -> @58
+@60 := @56 @18
+@62 := @13 @22 @23
+@63 := LexLeanPreservation.encOption
+@64 := @63 @27
+@65 := @64 @21
+@66 := @65 @20
+@67 := LexLeanTarget.TargetSyntax.Ty.option
+@68 := @67 @23
+@70 := fun (__x : @27) => @56 @4
+@71 := Sort 1
+@72 := LexLeanTarget.TargetSyntax.Value
+@73 := (a._@._internal._hyg.#0 : @4) -> @72
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := #6
+@76 := @7 @75
+@77 := #5
+@78 := @76 @77
+@79 := #4
+@80 := @78 @79
+@81 := @30 @4
+@84 := (x : @30) -> @80 @81 @32
+@85 := Option.{0}
+@86 := @85 @28
+@87 := #7
+@90 := @7 @87 @75 @77
+@93 := @63 @79 @28 @4
+@94 := @90 @93
+@95 := @67 @30
+@104 := {p : @24} ->
+  {c : @25} -> {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (o : @86) -> @94 @95
+@106 := LexLeanPreservation.Rust.wt_encOption @0
+@108 := @11 @77 @79
+@111 := (x : @30) -> @108 @81 @32
+@113 := @11 @75 @77
+@122 := {c : @25} ->
+  {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @111) -> (o : @86) -> @113 @93 @95
+@123 := @106 @1
+@124 := @12 @79
+@127 := (x : @30) -> @124 @81 @32
+@128 := @12 @77
+@136 := {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @127) -> (o : @86) -> @128 @93 @95
+@137 := @123 @2
+@139 := @13 @81 @32
+@140 := (x : @30) -> @139
+@147 := {α : @71} -> {e : @73} -> {t : @74} -> (h : @140) -> (o : @86) -> @13 @93 @95
+@148 := @137 @27
+@149 := (a._@._internal._hyg.#0 : @27) -> @72
+@150 := (x : @27) -> @139
+@151 := @85 @27
+@159 := {e : @149} -> {t : @74} -> (h : @150) -> (o : @151) -> @13 (@64 @28 @4) @95
+@160 := @148 @21
+@162 := (x : @27) -> @57 @32
+@163 := @65 @4
+@164 := @13 @163
+@168 := {t : @74} -> (h : @162) -> (o : @151) -> @164 @95
+@169 := @160 @23
+@170 := (x : @27) -> @58
+@171 := @164 @68
+@173 := (h : @170) -> (o : @151) -> @171
+@174 := @169 @70
+@175 := @174 @20
+@177 := @13 @66 @68
+@178 := List.nil.{0}
+@179 := List.cons.{0}
+@180 := @178 @72
+@181 := @179 @72
+@183 := @181 @66 @180
+@185 := @181 @22 @183
+@186 := @178 @74
+@187 := @179 @74
+@188 := @187 @68
+@189 := @188 @186
+@190 := @187 @23
+@191 := @190 @189
+@192 := LexLeanPreservation.Rust.WTL
+@200 := {p : @24} -> {c : @25} -> {A : @26} -> @192 @30 @32 @4 @180 @186
+@202 := LexLeanPreservation.Rust.wtl_nil @0
+@203 := @192 @0
+@209 := {c : @25} -> {A : @26} -> @203 @32 @4 @180 @186
+@210 := @202 @1
+@211 := @203 @1
+@215 := {A : @26} -> @211 @4 @180 @186
+@216 := @210 @2
+@217 := @211 @2
+@218 := @217 @180
+@219 := @218 @186
+@220 := List.{0}
+@221 := @220 @72
+@222 := @220 @74
+@224 := @80 @28 @30
+@229 := @192 @87 @75 @77 @30 @32
+@230 := #8
+@233 := @192 @230 @87 @75
+@235 := @181 @77 @28
+@236 := @233 @235
+@238 := @187 @79 @30
+@248 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @72} -> {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @224) -> (hs : @229) -> @236 @238
+@250 := LexLeanPreservation.Rust.wtl_cons @0
+@252 := @108 @28 @30
+@256 := @203 @75 @77 @30 @32
+@268 := {c : @25} ->
+  {A : @26} ->
+  {v : @72} ->
+  {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @252) -> (hs : @256) -> @203 @87 @75 @235 @238
+@269 := @250 @1
+@271 := @124 @28 @30
+@274 := @211 @77 @30 @32
+@284 := {A : @26} ->
+  {v : @72} ->
+  {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @271) -> (hs : @274) -> @211 @75 @235 @238
+@285 := @269 @2
+@287 := @13 @28 @30
+@289 := @217 @30 @32
+@297 := {v : @72} ->
+  {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @287) -> (hs : @289) -> @217 @235 @238
+@298 := @285 @66
+@300 := @65 (@19 @28)
+@313 := {t : @74} ->
+  {vs : @221} ->
+  {ts : @222} -> (h : @13 @300 @30) -> (hs : @289) -> @217 (@181 (@65 (@19 @77)) @28) @238
+@314 := @298 @68
+@316 := @65 (@19 @30)
+@318 := @13 @316 @68
+@323 := @217 (@181 (@65 (@19 @79)) @28)
+@324 := @188 @30
+@329 := {vs : @221} -> {ts : @222} -> (h : @318) -> (hs : @289) -> @323 @324
+@330 := @314 @180
+@332 := @65 (@19 @32)
+@334 := @13 @332 @68
+@335 := @218 @32
+@337 := @181 @300 @180
+@342 := {ts : @222} -> (h : @334) -> (hs : @335) -> @217 @337 @324
+@343 := @330 @186
+@345 := @181 @316 @180
+@346 := @217 @345
+@349 := (h : @177) -> (hs : @219) -> @346 @189
+@350 := @343 @175
+@352 := @181 @332 @180
+@354 := @217 @352 @189
+@355 := (hs : @219) -> @354
+@356 := @350 @216
+@358 := @217 @183 @189
+@359 := @285 @22
+@361 := @21 (@17 @28)
+@374 := {t : @74} ->
+  {vs : @221} ->
+  {ts : @222} -> (h : @13 @361 @30) -> (hs : @289) -> @217 (@181 (@21 (@17 @77)) @28) @238
+@375 := @359 @23
+@377 := @21 (@17 @30)
+@379 := @13 @377 @23
+@384 := @217 (@181 (@21 (@17 @79)) @28)
+@385 := @190 @30
+@390 := {vs : @221} -> {ts : @222} -> (h : @379) -> (hs : @289) -> @384 @385
+@391 := @375 @183
+@393 := @21 (@17 @32)
+@395 := @13 @393 @23
+@396 := @346 @32
+@398 := @181 @361 @337
+@403 := {ts : @222} -> (h : @395) -> (hs : @396) -> @217 @398 @385
+@404 := @391 @189
+@406 := @181 @377 @345
+@407 := @217 @406
+@410 := (h : @62) -> (hs : @354) -> @407 @191
+@411 := @404 @60
+@413 := @181 @393 @352
+@415 := @217 @413 @191
+@416 := (hs : @358) -> @415
+@417 := @411 @356
+@419 := @217 @185 @191
+@420 := Nat
+@421 := Eq.{1}
+@422 := @85 @222
+@423 := @421 @422
+@424 := LexLeanPreservation.Rust.adtFields
+@428 := @423 (@424 @75 @28 @30)
+@429 := Option.some.{0}
+@430 := @429 @222
+@431 := @430 @4
+@432 := @428 @431
+@435 := @7 @230 @87 @75
+@436 := LexLeanTarget.TargetSyntax.Value.adt
+@438 := @436 @79 @28
+@439 := @435 @438
+@440 := @8 @77
+@450 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @420} -> {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @432) -> (hf : @229) -> @439 @440
+@452 := LexLeanPreservation.Rust.wt_adt @0
+@453 := @424 @0
+@457 := @423 (@453 @28 @30) @431
+@469 := {c : @25} ->
+  {A : @26} ->
+  {i : @420} ->
+  {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @457) -> (hf : @256) -> @11 @87 @75 @438 @440
+@470 := @452 @1
+@480 := {A : @26} ->
+  {i : @420} ->
+  {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @457) -> (hf : @274) -> @12 @75 @438 @440
+@481 := @470 @2
+@482 := @13 @438
+@489 := {i : @420} ->
+  {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @457) -> (hf : @289) -> @482 @440
+@490 := @481 @9
+@491 := @453 @9
+@500 := {k : @420} ->
+  {fs : @221} -> {tys : @222} -> (h : @423 (@491 @30) @431) -> (hf : @289) -> @482 @10
+@501 := @490 @9
+@502 := @491 @9
+@503 := @423 @502
+@504 := @503 @431
+@505 := @436 @9
+@507 := @13 (@505 @28)
+@512 := {fs : @221} -> {tys : @222} -> (h : @504) -> (hf : @289) -> @507 @10
+@513 := @501 @185
+@520 := {tys : @222} -> (h : @504) -> (hf : @407 @32) -> @13 (@505 @398) @10
+@521 := @513 @191
+@528 := (h : @503 (@430 @191)) -> (hf : @415) -> @13 (@505 @406) @10
+@529 := Eq.refl.{1}
+@530 := @529 @422
+@532 := @521 (@530 @502)
+@536 := (hf : @419) -> @13 (@505 @413) @10
+@537 := @532 @417
+@540 := @13 (@505 @185) @10
+@541 := fun (__s : @3) => @537
+@542 := LexLeanBoot.AxiomOutput.Record
+@543 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.__enc_2
+@544 := @543 @4
+@545 := 2
+@546 := @8 @545
+@547 := @13 @544
+@548 := @547 @546
+@549 := (__s : @542) -> @548
+@550 := LexLeanBoot.AxiomOutput.Record.declaration
+@551 := @550 @4
+@552 := LexLeanBoot.AxiomOutput.Record.axioms
+@553 := @552 @4
+@554 := LexLeanBoot.AxiomOutput.Record.expected
+@555 := @554 @4
+@556 := @21 @551
+@557 := @56 @551
+@559 := @13 @556 @23
+@560 := LexLeanPreservation.encList
+@561 := @560 @27
+@562 := @561 @21
+@563 := @562 @553
+@564 := LexLeanTarget.TargetSyntax.Ty.list
+@565 := @564 @23
+@566 := @220 @28
+@569 := @560 @79 @28 @4
+@570 := @90 @569
+@571 := @564 @30
+@580 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (xs : @566) -> @570 @571
+@582 := LexLeanPreservation.Rust.wt_encList @0
+@591 := {c : @25} ->
+  {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @111) -> (xs : @566) -> @113 @569 @571
+@592 := @582 @1
+@600 := {A : @26} ->
+  {α : @71} -> {e : @73} -> {t : @74} -> (h : @127) -> (xs : @566) -> @128 @569 @571
+@601 := @592 @2
+@608 := {α : @71} -> {e : @73} -> {t : @74} -> (h : @140) -> (xs : @566) -> @13 @569 @571
+@609 := @601 @27
+@610 := @220 @27
+@618 := {e : @149} -> {t : @74} -> (h : @150) -> (xs : @610) -> @13 (@561 @28 @4) @571
+@619 := @609 @21
+@620 := @562 @4
+@621 := @13 @620
+@625 := {t : @74} -> (h : @162) -> (xs : @610) -> @621 @571
+@626 := @619 @23
+@627 := @621 @565
+@629 := (h : @170) -> (xs : @610) -> @627
+@630 := @626 @70
+@631 := @630 @553
+@633 := @13 @563 @565
+@634 := @65 @555
+@635 := @174 @555
+@637 := @13 @634 @68
+@639 := @181 @634 @180
+@641 := @181 @563 @639
+@643 := @181 @556 @641
+@644 := @187 @565
+@645 := @644 @189
+@646 := @190 @645
+@647 := @285 @634
+@649 := @65 (@554 @28)
+@662 := {t : @74} ->
+  {vs : @221} ->
+  {ts : @222} -> (h : @13 @649 @30) -> (hs : @289) -> @217 (@181 (@65 (@554 @77)) @28) @238
+@663 := @647 @68
+@665 := @65 (@554 @30)
+@677 := {vs : @221} ->
+  {ts : @222} -> (h : @13 @665 @68) -> (hs : @289) -> @217 (@181 (@65 (@554 @79)) @28) @324
+@678 := @663 @180
+@680 := @65 (@554 @32)
+@682 := @13 @680 @68
+@684 := @181 @649 @180
+@689 := {ts : @222} -> (h : @682) -> (hs : @335) -> @217 @684 @324
+@690 := @678 @186
+@692 := @181 @665 @180
+@693 := @217 @692
+@696 := (h : @637) -> (hs : @219) -> @693 @189
+@697 := @690 @635
+@699 := @181 @680 @180
+@701 := @217 @699 @189
+@702 := (hs : @219) -> @701
+@703 := @697 @216
+@705 := @217 @639 @189
+@706 := @285 @563
+@708 := @562 (@552 @28)
+@721 := {t : @74} ->
+  {vs : @221} ->
+  {ts : @222} -> (h : @13 @708 @30) -> (hs : @289) -> @217 (@181 (@562 (@552 @77)) @28) @238
+@722 := @706 @565
+@724 := @562 (@552 @30)
+@726 := @13 @724 @565
+@731 := @217 (@181 (@562 (@552 @79)) @28)
+@732 := @644 @30
+@737 := {vs : @221} -> {ts : @222} -> (h : @726) -> (hs : @289) -> @731 @732
+@738 := @722 @639
+@740 := @562 (@552 @32)
+@742 := @13 @740 @565
+@743 := @693 @32
+@745 := @181 @708 @684
+@750 := {ts : @222} -> (h : @742) -> (hs : @743) -> @217 @745 @732
+@751 := @738 @189
+@753 := @181 @724 @692
+@754 := @217 @753
+@757 := (h : @633) -> (hs : @701) -> @754 @645
+@758 := @751 @631
+@760 := @181 @740 @699
+@762 := @217 @760 @645
+@763 := (hs : @705) -> @762
+@764 := @758 @703
+@766 := @217 @641 @645
+@767 := @285 @556
+@769 := @21 (@550 @28)
+@782 := {t : @74} ->
+  {vs : @221} ->
+  {ts : @222} -> (h : @13 @769 @30) -> (hs : @289) -> @217 (@181 (@21 (@550 @77)) @28) @238
+@783 := @767 @23
+@785 := @21 (@550 @30)
+@797 := {vs : @221} ->
+  {ts : @222} -> (h : @13 @785 @23) -> (hs : @289) -> @217 (@181 (@21 (@550 @79)) @28) @385
+@798 := @783 @641
+@800 := @21 (@550 @32)
+@802 := @13 @800 @23
+@803 := @754 @32
+@805 := @181 @769 @745
+@810 := {ts : @222} -> (h : @802) -> (hs : @803) -> @217 @805 @385
+@811 := @798 @645
+@813 := @181 @785 @753
+@814 := @217 @813
+@817 := (h : @559) -> (hs : @762) -> @814 @646
+@818 := @811 @557
+@820 := @181 @800 @760
+@822 := @217 @820 @646
+@823 := (hs : @766) -> @822
+@824 := @818 @764
+@826 := @217 @643 @646
+@827 := @481 @545
+@828 := @453 @545
+@837 := {k : @420} ->
+  {fs : @221} -> {tys : @222} -> (h : @423 (@828 @30) @431) -> (hf : @289) -> @482 @546
+@838 := @827 @9
+@839 := @828 @9
+@840 := @423 @839
+@841 := @840 @431
+@846 := {fs : @221} -> {tys : @222} -> (h : @841) -> (hf : @289) -> @507 @546
+@847 := @838 @643
+@854 := {tys : @222} -> (h : @841) -> (hf : @814 @32) -> @13 (@505 @805) @546
+@855 := @847 @646
+@862 := (h : @840 (@430 @646)) -> (hf : @822) -> @13 (@505 @813) @546
+@864 := @855 (@530 @839)
+@868 := (hf : @826) -> @13 (@505 @820) @546
+@869 := @864 @824
+@872 := @13 (@505 @643) @546
+@873 := fun (__s : @542) => @869
+@874 := LexLeanBoot.AxiomOutput.Scan
+@876 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.__enc_1 @4
+@877 := 1
+@878 := @8 @877
+@880 := @13 @876 @878
+@881 := (__v : @874) -> @880
+@882 := fun (__v : @874) => @880
+@883 := @560 @542
+@884 := @883 @543
+@885 := @884 @32
+@886 := @564 @546
+@889 := fun (__x : @542) =>
+  LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_2 @4
+@890 := @601 @542
+@891 := (a._@._internal._hyg.#0 : @542) -> @72
+@892 := (x : @542) -> @139
+@893 := @220 @542
+@901 := {e : @891} -> {t : @74} -> (h : @892) -> (xs : @893) -> @13 (@883 @28 @4) @571
+@902 := @890 @543
+@904 := (x : @542) -> @547 @32
+@906 := @13 (@884 @4)
+@910 := {t : @74} -> (h : @904) -> (xs : @893) -> @906 @571
+@911 := @902 @546
+@915 := (h : (x : @542) -> @548) -> (xs : @893) -> @906 @886
+@916 := @911 @889
+@917 := @916 @32
+@919 := @13 @885 @886
+@920 := @630 @4
+@922 := @181 @620 @180
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+@925 := @644 @186
+@926 := @187 @886
+@927 := @926 @925
+@928 := @285 @620
+@929 := @562 @28
+@930 := @13 @929
+@931 := @930 @30
+@932 := @562 @77
+@933 := @181 @932
+@935 := @217 (@933 @28)
+@941 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @931) -> (hs : @289) -> @935 @238
+@942 := @928 @565
+@943 := @562 @30
+@945 := @13 @943 @565
+@946 := @562 @79
+@947 := @181 @946
+@954 := {vs : @221} -> {ts : @222} -> (h : @945) -> (hs : @289) -> @217 (@947 @28) @732
+@955 := @942 @180
+@956 := @562 @32
+@958 := @13 @956 @565
+@959 := @181 @929
+@960 := @959 @180
+@961 := @217 @960
+@965 := {ts : @222} -> (h : @958) -> (hs : @335) -> @961 @732
+@966 := @955 @186
+@967 := @181 @943
+@968 := @967 @180
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+@970 := @969 @925
+@972 := (h : @627) -> (hs : @219) -> @970
+@973 := @966 @920
+@975 := @181 @956 @180
+@977 := @217 @975 @925
+@978 := (hs : @219) -> @977
+@979 := @973 @216
+@981 := @217 @922 @925
+@982 := @285 @885
+@983 := @884 @79
+@984 := @13 @983
+@985 := @984 @30
+@986 := @884 @75
+@987 := @181 @986
+@995 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @985) -> (hs : @289) -> @217 (@987 @28) @238
+@996 := @982 @886
+@997 := @884 @28
+@999 := @13 @997 @886
+@1000 := @884 @77
+@1001 := @181 @1000
+@1003 := @217 (@1001 @28)
+@1004 := @926 @30
+@1009 := {vs : @221} -> {ts : @222} -> (h : @999) -> (hs : @289) -> @1003 @1004
+@1010 := @996 @922
+@1011 := @884 @30
+@1013 := @13 @1011 @886
+@1014 := @969 @32
+@1015 := @181 @983
+@1016 := @1015 @960
+@1021 := {ts : @222} -> (h : @1013) -> (hs : @1014) -> @217 @1016 @1004
+@1022 := @1010 @925
+@1023 := @181 @997
+@1024 := @1023 @968
+@1025 := @217 @1024
+@1028 := (h : @919) -> (hs : @977) -> @1025 @927
+@1029 := @1022 @917
+@1031 := @181 @1011 @975
+@1033 := @217 @1031 @927
+@1034 := (hs : @981) -> @1033
+@1035 := @1029 @979
+@1037 := @217 @924 @927
+@1038 := @481 @877
+@1039 := @453 @877
+@1048 := {k : @420} ->
+  {fs : @221} -> {tys : @222} -> (h : @423 (@1039 @30) @431) -> (hf : @289) -> @482 @878
+@1049 := @1038 @9
+@1050 := @1039 @9
+@1051 := @423 @1050
+@1052 := @1051 @431
+@1057 := {fs : @221} -> {tys : @222} -> (h : @1052) -> (hf : @289) -> @507 @878
+@1058 := @1049 @924
+@1065 := {tys : @222} -> (h : @1052) -> (hf : @1025 @32) -> @13 (@505 @1016) @878
+@1066 := @1058 @927
+@1073 := (h : @1051 (@430 @927)) -> (hf : @1033) -> @13 (@505 @1024) @878
+@1075 := @1066 (@530 @1050)
+@1079 := (hf : @1037) -> @13 (@505 @1031) @878
+@1080 := @1075 @1035
+@1083 := @13 (@505 @924) @878
+@1085 := fun (__x0 : @893) => fun (__x1 : @610) => @1080
+@1086 := @916 @28
+@1087 := @630 @30
+@1088 := @21 @32
+@1089 := @56 @32
+@1091 := @13 @1088 @23
+@1092 := @174 @4
+@1094 := @181 @163 @180
+@1095 := @181 @1088
+@1096 := @1095 @1094
+@1097 := @967 @1096
+@1098 := @1023 @1097
+@1099 := @644 @191
+@1100 := @926 @1099
+@1101 := @285 @163
+@1102 := @65 @28
+@1114 := {t : @74} ->
+  {vs : @221} -> {ts : @222} -> (h : @13 @1102 @30) -> (hs : @289) -> @217 (@181 (@65 @77) @28) @238
+@1115 := @1101 @68
+@1116 := @65 @30
+@1127 := {vs : @221} ->
+  {ts : @222} -> (h : @13 @1116 @68) -> (hs : @289) -> @217 (@181 (@65 @79) @28) @324
+@1128 := @1115 @180
+@1129 := @65 @32
+@1131 := @13 @1129 @68
+@1133 := @181 @1102 @180
+@1138 := {ts : @222} -> (h : @1131) -> (hs : @335) -> @217 @1133 @324
+@1139 := @1128 @186
+@1141 := @181 @1116 @180
+@1142 := @217 @1141
+@1145 := (h : @171) -> (hs : @219) -> @1142 @189
+@1146 := @1139 @1092
+@1148 := @181 @1129 @180
+@1150 := @217 @1148 @189
+@1151 := (hs : @219) -> @1150
+@1152 := @1146 @216
+@1154 := @217 @1094 @189
+@1155 := @285 @1088
+@1156 := @21 @79
+@1157 := @13 @1156
+@1158 := @1157 @30
+@1159 := @21 @75
+@1160 := @181 @1159
+@1162 := @217 (@1160 @28)
+@1168 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @1158) -> (hs : @289) -> @1162 @238
+@1169 := @1155 @23
+@1170 := @21 @28
+@1172 := @13 @1170 @23
+@1173 := @21 @77
+@1174 := @181 @1173
+@1181 := {vs : @221} -> {ts : @222} -> (h : @1172) -> (hs : @289) -> @217 (@1174 @28) @385
+@1182 := @1169 @1094
+@1183 := @21 @30
+@1185 := @13 @1183 @23
+@1186 := @1142 @32
+@1187 := @181 @1156
+@1188 := @1187 @1133
+@1193 := {ts : @222} -> (h : @1185) -> (hs : @1186) -> @217 @1188 @385
+@1194 := @1182 @189
+@1195 := @181 @1170
+@1196 := @1195 @1141
+@1197 := @217 @1196
+@1200 := (h : @1091) -> (hs : @1150) -> @1197 @191
+@1201 := @1194 @1089
+@1202 := @181 @1183
+@1203 := @1202 @1148
+@1205 := @217 @1203 @191
+@1206 := (hs : @1154) -> @1205
+@1207 := @1201 @1152
+@1209 := @217 @1096 @191
+@1210 := @285 @943
+@1212 := @13 @932 @30
+@1214 := @181 (@562 @87)
+@1222 := {t : @74} ->
+  {vs : @221} -> {ts : @222} -> (h : @1212) -> (hs : @289) -> @217 (@1214 @28) @238
+@1223 := @1210 @565
+@1224 := @13 @946
+@1225 := @1224 @565
+@1226 := @562 @75
+@1227 := @181 @1226
+@1229 := @217 (@1227 @28)
+@1234 := {vs : @221} -> {ts : @222} -> (h : @1225) -> (hs : @289) -> @1229 @732
+@1235 := @1223 @1096
+@1236 := @930 @565
+@1237 := @1197 @32
+@1238 := @933 @1188
+@1243 := {ts : @222} -> (h : @1236) -> (hs : @1237) -> @217 @1238 @732
+@1244 := @1235 @191
+@1245 := @947 @1196
+@1246 := @217 @1245
+@1249 := (h : @945) -> (hs : @1205) -> @1246 @1099
+@1250 := @1244 @1087
+@1251 := @959 @1203
+@1253 := @217 @1251 @1099
+@1254 := (hs : @1209) -> @1253
+@1255 := @1250 @1207
+@1257 := @217 @1097 @1099
+@1258 := @285 @997
+@1270 := {t : @74} ->
+  {vs : @221} ->
+  {ts : @222} -> (h : @13 @986 @30) -> (hs : @289) -> @217 (@181 (@884 @230) @28) @238
+@1271 := @1258 @886
+@1282 := {vs : @221} ->
+  {ts : @222} -> (h : @13 @1000 @886) -> (hs : @289) -> @217 (@181 (@884 @87) @28) @1004
+@1283 := @1271 @1097
+@1284 := @984 @886
+@1285 := @1246 @32
+@1286 := @987 @1238
+@1291 := {ts : @222} -> (h : @1284) -> (hs : @1285) -> @217 @1286 @1004
+@1292 := @1283 @1099
+@1293 := @1001 @1245
+@1294 := @217 @1293
+@1297 := (h : @999) -> (hs : @1253) -> @1294 @1100
+@1298 := @1292 @1086
+@1299 := @1015 @1251
+@1301 := @217 @1299 @1100
+@1302 := (hs : @1257) -> @1301
+@1303 := @1298 @1255
+@1305 := @217 @1098 @1100
+@1306 := @1038 @877
+@1307 := @1039 @877
+@1308 := @423 @1307
+@1309 := @1308 @431
+@1310 := @436 @877
+@1317 := {fs : @221} -> {tys : @222} -> (h : @1309) -> (hf : @289) -> @13 (@1310 @28) @878
+@1318 := @1306 @1098
+@1325 := {tys : @222} -> (h : @1309) -> (hf : @1294 @32) -> @13 (@1310 @1286) @878
+@1326 := @1318 @1100
+@1333 := (h : @1308 (@430 @1100)) -> (hf : @1301) -> @13 (@1310 @1293) @878
+@1335 := @1326 (@530 @1307)
+@1339 := (hf : @1305) -> @13 (@1310 @1299) @878
+@1340 := @1335 @1303
+@1343 := @13 (@1310 @1098) @878
+@1347 := fun (__x0 : @893) => fun (__x1 : @610) => fun (__x2 : @27) => fun (__x3 : @151) => @1340
+@1349 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_0 @4
+@1351 := @181 @6 @180
+@1352 := @187 @10
+@1353 := @1352 @186
+@1354 := @285 @6
+@1355 := @5 @28
+@1367 := {t : @74} ->
+  {vs : @221} -> {ts : @222} -> (h : @13 @1355 @30) -> (hs : @289) -> @217 (@181 (@5 @77) @28) @238
+@1368 := @1354 @10
+@1369 := @5 @30
+@1371 := @13 @1369 @10
+@1375 := @217 (@181 (@5 @79) @28)
+@1376 := @1352 @30
+@1381 := {vs : @221} -> {ts : @222} -> (h : @1371) -> (hs : @289) -> @1375 @1376
+@1382 := @1368 @180
+@1383 := @5 @32
+@1385 := @13 @1383 @10
+@1387 := @181 @1355 @180
+@1392 := {ts : @222} -> (h : @1385) -> (hs : @335) -> @217 @1387 @1376
+@1393 := @1382 @186
+@1395 := @181 @1369 @180
+@1396 := @217 @1395
+@1399 := (h : @15) -> (hs : @219) -> @1396 @1353
+@1400 := @1393 @1349
+@1402 := @181 @1383 @180
+@1404 := @217 @1402 @1353
+@1405 := (hs : @219) -> @1404
+@1406 := @1400 @216
+@1408 := @217 @1351 @1353
+@1409 := @1038 @545
+@1410 := @1039 @545
+@1411 := @423 @1410
+@1412 := @1411 @431
+@1413 := @436 @545
+@1420 := {fs : @221} -> {tys : @222} -> (h : @1412) -> (hf : @289) -> @13 (@1413 @28) @878
+@1421 := @1409 @1351
+@1428 := {tys : @222} -> (h : @1412) -> (hf : @1396 @32) -> @13 (@1413 @1387) @878
+@1429 := @1421 @1353
+@1436 := (h : @1411 (@430 @1353)) -> (hf : @1404) -> @13 (@1413 @1395) @878
+@1438 := @1429 (@530 @1410)
+@1442 := (hf : @1408) -> @13 (@1413 @1402) @878
+@1443 := @1438 @1406
+@1446 := @13 (@1413 @1351) @878
+@1447 := fun (__x0 : @3) => @1443
+@1454 := fun (__v : @874) => LexLeanBoot.AxiomOutput.Scan.casesOn.{0} @882 @4 @1085 @1347 @1447
+@1455 := @56 @30
+@1456 := @630 @32
+@1457 := @1202 @975
+@1458 := Prod.{0, 0}
+@1460 := @1458 @420 @72
+@1463 := Prod.mk.{0, 0} @420 @72
+@1464 := @1463 @877
+@1465 := @1464 @956
+@1466 := @1463 @9
+@1467 := @1466 @1183
+@1468 := @178 @1460
+@1469 := @179 @1460
+@1471 := @1469 @1467 @1468
+@1473 := @1469 @1465 @1471
+@1474 := Bool.true
+@1475 := LexLeanTarget.TargetSyntax.Function
+@1476 := LexLeanTarget.TargetSyntax.Program.functions
+@1477 := @1476 @0
+@1478 := @178 @420
+@1479 := LexLeanTarget.TargetSyntax.Ty.unit
+@1480 := LexLeanTarget.TargetSyntax.Value.unit
+@1483 := LexLeanTarget.TargetSyntax.Expr.value @1479 @1480
+@1488 := LexLeanTarget.TargetSyntax.Function.mk @1478 @186 @1479 @1483
+@1493 := List.getD.{0} @1475 @1477 @9 @1488
+@1497 := fun (__e_n : @420) =>
+  LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.root @4 @9
+@1498 := @285 @956
+@1505 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @1224 @30) -> (hs : @289) -> @1229 @238
+@1506 := @1498 @565
+@1511 := {vs : @221} -> {ts : @222} -> (h : @1236) -> (hs : @289) -> @935 @732
+@1512 := @1506 @180
+@1513 := @947 @180
+@1518 := {ts : @222} -> (h : @945) -> (hs : @335) -> @217 @1513 @732
+@1519 := @1512 @186
+@1522 := (h : @958) -> (hs : @219) -> @961 @925
+@1524 := @1519 @1456 @216
+@1525 := @285 @1183
+@1527 := @13 @1173 @30
+@1528 := @21 @87
+@1529 := @181 @1528
+@1537 := {t : @74} ->
+  {vs : @221} -> {ts : @222} -> (h : @1527) -> (hs : @289) -> @217 (@1529 @28) @238
+@1538 := @1525 @23
+@1544 := {vs : @221} -> {ts : @222} -> (h : @1157 @23) -> (hs : @289) -> @1162 @385
+@1545 := @1538 @975
+@1546 := @961 @32
+@1547 := @1174 @1513
+@1548 := @217 @1547
+@1552 := {ts : @222} -> (h : @1172) -> (hs : @1546) -> @1548 @385
+@1553 := @1545 @925
+@1554 := @1187 @960
+@1555 := @217 @1554
+@1556 := @190 @925
+@1559 := (h : @1185) -> (hs : @970) -> @1555 @1556
+@1560 := @1553 @1455
+@1561 := @1195 @968
+@1562 := @217 @1561
+@1564 := (hs : @977) -> @1562 @1556
+@1565 := @1560 @1524
+@1566 := @217 @1457
+@1567 := @1566 @1556
+@1568 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.denote
+@1570 := @1568 @30 @32
+@1571 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.__fits_0
+@1573 := @1571 @30 @32
+@1576 := LexLeanBoot.AxiomOutput.parseAuditOutput @30 @32
+@1578 := @1458 @27 @610
+@1579 := @220 @1578
+@1584 := LexLeanPreservation.encPair @27 @610 @21 @562
+@1586 := @560 @1578 @1584
+@1592 := LexLeanPreservation.encExcept @3 @1579 @5 @1586 @1576
+@1595 := LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.root @30 @32
+@1596 := Bool
+@1597 := Ne.{1}
+@1598 := LexLeanPreservation.Obs
+@1599 := @1597 @1598
+@1600 := LexLeanPreservation.Rel
+@1603 := @1599 (@1600 @32 @4)
+@1604 := LexLeanPreservation.Obs.stuck
+@1607 := (f : @1596) -> (v : @72) -> @1603 @1604
+@1609 := LexLeanPreservation.Rust.rel_ne_stuck @1573
+@1616 := (v : @72) -> @1599 (@1600 (@1571 @28 @30) @4) @1604
+@1617 := @1609 @1592
+@1621 := @1599 (@1600 @1573 @1592) @1604
+@1622 := @220 @1460
+@1623 := LexLeanPreservation.Rust.FunSem
+@1624 := #9
+@1630 := (n : @420) -> @1623 @1624 @230 @87 @4 @75
+@1631 := @85 @1475
+@1632 := @421 @1631
+@1639 := LexLeanRuntime.index (@220 @1475) @1475 (LexLeanRuntime.instIndexableList @1475)
+@1643 := @1632 (@1639 (@1476 @1624) @75)
+@1644 := @429 @1475
+@1645 := @1644 @77
+@1646 := @1643 @1645
+@1647 := #10
+@1651 := @192 @1647 @1624 @230 @77
+@1652 := LexLeanTarget.TargetSyntax.Function.types
+@1653 := @1652 @75
+@1654 := @1651 @1653
+@1655 := @85 @1622
+@1656 := @421 @1655
+@1657 := LexLeanTarget.TargetSemantics.bindAll
+@1658 := LexLeanTarget.TargetSyntax.Function.parameters
+@1663 := @1656 (@1657 (@1658 @87) @75 @1468)
+@1664 := @429 @1622
+@1665 := @1664 @77
+@1666 := @1663 @1665
+@1667 := @85 @1596
+@1668 := @421 @1667
+@1669 := LexLeanPreservation.Rust.fnFallible
+@1670 := #11
+@1673 := @1668 (@1669 @1670 @1624)
+@1674 := @429 @1596
+@1675 := @1674 @77
+@1676 := @1673 @1675
+@1677 := LexLeanPreservation.RunConv
+@1678 := #13
+@1682 := @1677 @1678 @1647 @230 @77
+@1684 := @1599 @75 @1604
+@1685 := Exists.{1}
+@1686 := LexLeanPreservation.Rust.ROut
+@1687 := @1685 @1686
+@1688 := And
+@1689 := LexLeanPreservation.Rust.RealizesFn
+@1693 := @1688 (@1689 @1624 @230 @4)
+@1694 := LexLeanPreservation.Rust.RCI
+@1696 := @1694 #15
+@1697 := LexLeanPreservation.Rust.fnIdent
+@1698 := @1697 @1678
+@1705 := (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1696 @1698 @1670 @4))
+@1720 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @420} ->
+  {fn : @1475} ->
+  {args : @221} ->
+  {env : @1622} ->
+  {F : @1596} ->
+  {o : @1598} ->
+  (hB : @1630) ->
+  (hfn : @1646) -> (hwt : @1654) -> (hbind : @1666) -> (hF : @1676) -> (hA : @1682) -> @1705
+@1722 := LexLeanPreservation.Rust.compose @0
+@1723 := @1623 @0
+@1728 := (n : @420) -> @1723 @230 @87 @4 @75
+@1729 := @1639 @1477
+@1732 := @1632 (@1729 @75) @1645
+@1736 := @203 @1624 @230 @77 @1653
+@1737 := @1677 @0
+@1740 := @1737 @1647 @230 @77
+@1754 := {c : @25} ->
+  {A : @26} ->
+  {f : @420} ->
+  {fn : @1475} ->
+  {args : @221} ->
+  {env : @1622} ->
+  {F : @1596} ->
+  {o : @1598} ->
+  (hB : @1728) ->
+  (hfn : @1732) -> (hwt : @1736) -> (hbind : @1666) -> (hF : @1676) -> (hA : @1740) -> @1705
+@1755 := @1722 @1
+@1756 := @1723 @1
+@1760 := (n : @420) -> @1756 @87 @4 @75
+@1763 := @211 @230 @77 @1653
+@1764 := @1669 @1
+@1767 := @1668 (@1764 @1624) @1675
+@1768 := @1694 @1
+@1778 := (hbind : @1666) ->
+  (hF : @1767) ->
+  (hA : @1740) -> (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1768 @1698 @1670 @4))
+@1788 := {A : @26} ->
+  {f : @420} ->
+  {fn : @1475} ->
+  {args : @221} ->
+  {env : @1622} ->
+  {F : @1596} -> {o : @1598} -> (hB : @1760) -> (hfn : @1732) -> (hwt : @1763) -> @1778
+@1789 := @1755 @2
+@1791 := @1756 @2 @4
+@1793 := (n : @420) -> @1791 @75
+@1794 := @217 @77
+@1795 := @1794 @1653
+@1804 := {f : @420} ->
+  {fn : @1475} ->
+  {args : @221} ->
+  {env : @1622} ->
+  {F : @1596} -> {o : @1598} -> (hB : @1793) -> (hfn : @1732) -> (hwt : @1795) -> @1778
+@1805 := @1789 @9
+@1807 := (n : @420) -> @1791 @9
+@1808 := @1729 @9
+@1809 := @1632 @1808
+@1810 := @1809 @1645
+@1811 := @1764 @9
+@1812 := @1668 @1811
+@1813 := @1812 @1675
+@1814 := @1737 @9
+@1816 := @1814 @230 @77
+@1818 := @1768 (@1697 @9)
+@1826 := (hF : @1813) ->
+  (hA : @1816) -> (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1818 @1670 @4))
+@1835 := {fn : @1475} ->
+  {args : @221} ->
+  {env : @1622} ->
+  {F : @1596} ->
+  {o : @1598} -> (hB : @1807) -> (hfn : @1810) -> (hwt : @1795) -> (hbind : @1666) -> @1826
+@1836 := @1805 @1493
+@1838 := @1809 (@1644 @1493)
+@1839 := @1652 @1493
+@1840 := @1794 @1839
+@1842 := @1657 (@1658 @1493)
+@1854 := {args : @221} ->
+  {env : @1622} ->
+  {F : @1596} ->
+  {o : @1598} ->
+  (hB : @1807) -> (hfn : @1838) -> (hwt : @1840) -> (hbind : @1656 (@1842 @75 @1468) @1665) -> @1826
+@1855 := @1836 @1457
+@1857 := @1529 (@1227 @180)
+@1859 := @217 @1857 @1839
+@1863 := @181 (@21 @230) (@1214 @180)
+@1867 := @1656 (@1842 @1863 @1468) @1665
+@1873 := @181 (@21 @1647) (@181 (@562 @1624) @180)
+@1875 := @1814 @1873 @77
+@1877 := @181 (@21 @1678)
+@1878 := #12
+@1897 := {env : @1622} ->
+  {F : @1596} ->
+  {o : @1598} ->
+  (hB : @1807) ->
+  (hfn : @1838) ->
+  (hwt : @1859) ->
+  (hbind : @1867) ->
+  (hF : @1813) ->
+  (hA : @1875) ->
+  (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1818 (@1877 (@181 (@562 @1878) @180)) @4))
+@1898 := @1855 @1473
+@1900 := @1160 (@933 @180)
+@1902 := @217 @1900 @1839
+@1913 := @1656 (@1842 @1857 @1468) (@1664 (@1469 (@1464 @1226) (@1469 (@1466 @1528) @1468)))
+@1919 := @181 (@21 @1624) (@181 (@562 @230) @180)
+@1941 := {F : @1596} ->
+  {o : @1598} ->
+  (hB : @1807) ->
+  (hfn : @1838) ->
+  (hwt : @1902) ->
+  (hbind : @1913) ->
+  (hF : @1813) ->
+  (hA : @1814 @1919 @77) ->
+  (hne : @1684) ->
+  @1687 (fun (ro : @1686) => @1693 (@1818 (@181 (@21 @1878) (@181 (@562 @1670) @180)) @4))
+@1942 := @1898 @1474
+@1943 := @1548 @1839
+@1954 := @1656 (@1842 @1900 @1468) (@1664 (@1469 (@1464 @932) (@1469 (@1466 @1159) @1468)))
+@1956 := @1812 (@1674 @1474)
+@1958 := @1814 @1863 @77
+@1959 := @1689 @1474
+@1981 := {o : @1598} ->
+  (hB : @1807) ->
+  (hfn : @1838) ->
+  (hwt : @1943) ->
+  (hbind : @1954) ->
+  (hF : @1956) ->
+  (hA : @1958) ->
+  (hne : @1684) ->
+  @1687
+    (fun (ro : @1686) =>
+    @1688 (@1959 @230 @4) (@1818 (@181 (@21 @1670) (@181 (@562 @1647) @180)) @4))
+@1982 := @1942 @1570
+@1983 := @1555 @1839
+@1994 := @1656 (@1842 @1547 @1468) (@1664 (@1469 (@1464 @946) (@1469 (@1466 @1173) @1468)))
+@1995 := @1814 @1857
+@1997 := @1568 @87 @75
+@1998 := @1995 @1997
+@2000 := @1568 @230 @87
+@2019 := (hB : @1807) ->
+  (hfn : @1838) ->
+  (hwt : @1983) ->
+  (hbind : @1994) ->
+  (hF : @1956) ->
+  (hA : @1998) ->
+  (hne : @1599 @2000 @1604) ->
+  @1687 (fun (ro : @1686) => @1688 (@1959 (@1568 @1647 @1624) @4) (@1818 @1873 @4))
+@2020 := @1982 @1497
+@2021 := @1562 @1839
+@2032 := @1656 (@1842 @1554 @1468) (@1664 (@1469 (@1464 @929) (@1469 (@1466 @1156) @1468)))
+@2033 := @1814 @1900
+@2035 := @1568 @75 @77
+@2054 := (hfn : @1838) ->
+  (hwt : @2021) ->
+  (hbind : @2032) ->
+  (hF : @1956) ->
+  (hA : @2033 @2035) ->
+  (hne : @1599 @1997 @1604) ->
+  @1687 (fun (ro : @1686) => @1688 (@1959 (@1568 @1624 @230) @4) (@1818 @1919 @4))
+@2057 := @2020 (@529 @1631 @1808)
+@2058 := @1566 @1839
+@2069 := @1656 (@1842 @1561 @1468) (@1664 (@1469 (@1464 @943) (@1469 (@1466 @1170) @1468)))
+@2070 := @1814 @1547
+@2072 := @1568 @77 @79
+@2088 := (hwt : @2058) ->
+  (hbind : @2069) ->
+  (hF : @1956) ->
+  (hA : @2070 @2072) ->
+  (hne : @1599 @2035 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @2000 @4) (@1818 @1863 @4))
+@2089 := @2057 @1565
+@2091 := @1842 @1457 @1468
+@2094 := @1656 @2091 (@1664 @1473)
+@2095 := @1814 @1554
+@2097 := @1568 @79 @28
+@2112 := (hbind : @2094) ->
+  (hF : @1956) ->
+  (hA : @2095 @2097) ->
+  (hne : @1599 @2072 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @1997 @4) (@1818 @1857 @4))
+@2115 := @2089 (@529 @1655 @2091)
+@2116 := @1814 @1561
+@2118 := @1568 @28 @30
+@2132 := (hF : @1956) ->
+  (hA : @2116 @2118) ->
+  (hne : @1599 @2097 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @2035 @4) (@1818 @1900 @4))
+@2135 := @2115 (@529 @1667 @1811)
+@2149 := (hA : @1814 @1457 @1570) ->
+  (hne : @1599 @2118 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @2072 @4) (@1818 @1547 @4))
+@2150 := @2135 @1595
+@2161 := (hne : @1599 @1570 @1604) ->
+  @1687 (fun (ro : @1686) => @1688 (@1959 @2097 @4) (@1818 @1554 @4))
+@2162 := @2150 @1617
+@2168 := @1688 (@1959 @2118 @4) (@1818 @1561 @4)
+@2170 := @1687 (fun (ro : @1686) => @2168)
+@2172 := @1687 (fun (__e_ro : @1686) => @2168)
+@2175 := LexLeanPreservation.Rust.RepresentableL (@1095 @922)
+@2176 := (__e_hrep : @2175) -> @2172
+@2177 := fun (__e_hrep : @2175) => @2162
+@2178 := (expected : @610) -> @2176
+@2179 := fun (expected : @610) => @2177
+@2180 := (stdout : @27) -> @2178
+@2181 := fun (stdout : @27) => @2179
+\end{coremodule}
+\end{lexlean}
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/RustStd.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/RustStd.lean
new file mode 100644
index 000000000..ea28c8026
--- /dev/null
+++ b/bootstrap/expected/verify/preserve/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/RustStd.lean
@@ -0,0 +1,842 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.bytes, (.option .bytes)]] },
+    { constructors := [[(.list (.adt 2)), (.list .bytes)], [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)], [(.adt 0)]] },
+    { constructors := [[.bytes, (.list .bytes), (.option .bytes)]] }], functions := ((
+    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.call 1 [(.call 2 [(.closure 3 []), (.build (.adt 0) (.adt 1) [(.build .nil (.list (.adt 2)) []), (.var 1)]), (.call 4 [(.var 0)])]), (.var 1)]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 0) [(.arm (.adt 2) [2] (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.var 2)])), (.arm (.adt 1) [3, 4, 5, 6] (.call 5 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)])), (.arm (.adt 0) [7, 8] (.«let» 9 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 6 [(.call 6 [(.call 7 [(.value .string (.string "expected "))]), (.call 8 [(.call 9 [(.var 1)])])]), (.call 7 [(.value .string (.string " audit records, found "))])]), (.call 8 [(.call 10 [(.var 7)])])]), (.build .none (.option .bytes) [])]) (.cond (.prim .natEq [(.call 10 [(.var 7)]), (.call 9 [(.var 1)])]) (.call 11 [(.closure 12 []), (.build .ok (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.build .nil (.list (.pair .bytes (.list .bytes))) [])]), (.call 13 [(.var 7)])]) (.var 9))))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)], result := (.adt 1),
+      body := (.«match» (.adt 1) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 2 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
+      body := (.call 14 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.list .bytes),
+      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 15 [(.closure 16 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 17 [(.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 17 [(.var 4)])))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call 19 [(.var 0), (.var 1)])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bytes,
+      body := (.prim .append [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.string], result := .bytes,
+      body := (.prim .utf8Encode [(.var 0)]) }) ::(
+    { parameters := [0], types := [.nat], result := .bytes,
+      body := (.«let» 1 .bytes (.call 7 [(.value .string (.string "0"))]) (.«let» 2 .bytes (.call 20 [(.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10))]), (.call 21 [(.var 0), (.value .nat (.nat 1))])])])])])])])])])])])])])])])])])])])])]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 0))]) (.var 1) (.var 2)))) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := .nat,
+      body := (.call 22 [(.closure 23 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
+    { parameters := [0], types := [(.list (.adt 2))], result := .nat,
+      body := (.call 24 [(.closure 25 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.call 26 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [(.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.call 27 [(.closure 28 []), (.build .nil (.list (.adt 2)) []), (.var 0)]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
+      body := (.«match» (.adt 1) (.var 0) [(.arm (.adt 2) [2] (.var 0)), (.arm (.adt 1) [3, 4, 5, 6] (.«match» (.adt 1) (.call 29 [(.var 1)]) [(.arm .some [7] (.call 30 [(.var 3), (.var 4), (.call 6 [(.call 6 [(.var 5), (.call 7 [(.value .string (.string " "))])]), (.var 7)]), (.var 6)])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)]))])), (.arm (.adt 0) [8, 9] (.cond (.prim .natEq [(.value .nat (.nat 0)), (.prim .length [(.call 32 [(.var 1)])])]) (.var 0) (.«match» (.adt 1) (.call 33 [(.call 32 [(.var 1)])]) [(.arm .some [10] (.call 30 [(.var 8), (.var 9), (.var 10), (.call 34 [(.var 9)])])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unrecognized audit line: "))]), (.call 32 [(.var 1)])]), (.call 34 [(.var 9)])]))])))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
+      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 15 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 35 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.call 36 [(.closure 37 []), (.build .nil (.list .bytes) []), (.var 0)]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.adt 0),
+      body := (.build (.adt 0) (.adt 0) [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.«let» 1 .nat (.first (.call 38 [(.closure 39 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])) (.call 18 [(.var 0), (.var 1), (.prim .natSub [(.prim .length [(.var 0)]), (.var 1)])])) }) ::(
+    { parameters := [0, 1], types := [.nat, .nat], result := .bytes,
+      body := (.call 18 [(.call 7 [(.value .string (.string "0123456789"))]), (.prim .natRem [(.prim .natQuot [(.var 0), (.var 1), (.value .nat (.nat 0))]), (.value .nat (.nat 10)), (.value .nat (.nat 0))]), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [.nat, .bytes] .nat), .nat, (.list .bytes)], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 22 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, .bytes], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [.nat, (.adt 2)] .nat), .nat, (.list (.adt 2))], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 24 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.adt 2)], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1], types := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
+      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.«let» 5 .bytes (.«match» .bytes (.field (.var 1) 2) [(.arm .some [4] (.var 4)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) (.«let» 6 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 7 [(.value .string (.string "duplicate record for "))]), (.call 40 [(.field (.var 1) 0)])]), (.build .some (.option .bytes) [(.var 5)])]) (.«let» 7 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 6 [(.call 6 [(.call 7 [(.value .string (.string "expected a record for "))]), (.call 40 [(.var 5)])]), (.call 7 [(.value .string (.string ", found "))])]), (.call 40 [(.field (.var 1) 0)])]), (.build .some (.option .bytes) [(.var 5)])]) (.cond (.prim .equal [(.field (.var 1) 0), (.var 5)]) (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 41 [(.field (.var 1) 0), (.field (.var 1) 1), (.var 3)]) [(.arm .some [8] (.build .ok (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.var 8)])), (.arm .none [] (.var 6))]) (.var 7))))))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 27 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.build .cons (.list (.adt 2)) [(.var 1), (.var 0)]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.«let» 1 .bytes (.call 32 [(.var 0)]) (.cond (.call 42 [(.var 0)]) (.cond (.prim .natEq [(.value .nat (.nat 0)), (.prim .length [(.var 1)])]) (.build .none (.option .bytes) []) (.build .some (.option .bytes) [(.var 1)])) (.build .none (.option .bytes) []))) }) ::(
+    { parameters := [0, 1, 2, 3], types := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)], result := (.adt 1),
+      body := (.cond (.call 43 [(.var 2)]) (.«match» (.adt 1) (.call 44 [(.var 2)]) [(.arm .error [4] (.call 31 [(.var 4), (.var 3)])), (.arm .ok [5] (.build (.adt 0) (.adt 1) [(.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.first (.var 5)), (.second (.var 5)), (.var 3)]), (.var 0)]), (.call 45 [(.var 1)])]))]) (.build (.adt 1) (.adt 1) [(.var 0), (.var 1), (.var 2), (.var 3)])) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.adt 1),
+      body := (.build (.adt 2) (.adt 1) [(.call 19 [(.var 0), (.var 1)])]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.«let» 1 .nat (.call 46 [(.var 0)]) (.«let» 2 .nat (.call 47 [(.var 0), (.var 1)]) (.call 18 [(.var 0), (.var 1), (.prim .natSub [(.var 2), (.var 1)])]))) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.cond (.call 48 [(.var 0), (.call 7 [(.value .string (.string "'"))])]) (.build .some (.option .bytes) [(.var 0)]) (.«match» (.option .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string "info: "))])]) [(.arm .some [1] (.build .some (.option .bytes) [(.var 1)])), (.arm .none [] (.call 50 [(.var 0)]))])) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.var 0) [(.arm .nil [] (.build .none (.option .bytes) [])), (.arm .cons [1, 2] (.build .some (.option .bytes) [(.var 1)]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 2 .nat (.first (.var 1)) (.«let» 3 .nat (.first (.second (.var 1))) (.«let» 4 (.list .bytes) (.second (.second (.var 1))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 51 [(.var 0), (.var 2)]) [(.arm .some [5] (.cond (.prim .equal [(.var 5), (.value (.fixed .u8) (.u8 10))]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 52 [(.call 18 [(.var 0), (.var 3), (.prim .natSub [(.var 2), (.var 3)])])]), (.var 4)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 3), (.var 4)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 36 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
+      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 38 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.call 53 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.call 6 [(.call 6 [(.call 7 [(.value .string (.string "`"))]), (.var 0)]), (.call 7 [(.value .string (.string "`"))])]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, (.list .bytes), (.list (.pair .bytes (.list .bytes)))], result := (.option (.list (.pair .bytes (.list .bytes)))),
+      body := (.«match» (.option (.list (.pair .bytes (.list .bytes)))) (.var 2) [(.arm .nil [] (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)]), (.build .nil (.list (.pair .bytes (.list .bytes))) [])])])), (.arm .cons [3, 4] (.cond (.prim .equal [(.var 0), (.first (.var 3))]) (.build .none (.option (.list (.pair .bytes (.list .bytes)))) []) (.cond (.call 54 [(.var 0), (.first (.var 3))]) (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)]), (.build .cons (.list (.pair .bytes (.list .bytes))) [(.var 3), (.var 4)])])]) (.«match» (.option (.list (.pair .bytes (.list .bytes)))) (.call 41 [(.var 0), (.var 1), (.var 4)]) [(.arm .some [5] (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.var 3), (.var 5)])])), (.arm .none [] (.build .none (.option (.list (.pair .bytes (.list .bytes)))) []))]))))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 0)), (.call 55 [(.var 0), (.value .nat (.nat 0))])]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.«match» .bool (.call 56 [(.var 0), (.call 7 [(.value .string (.string "]"))])]) [(.arm .some [1] (.build .true .bool [])), (.arm .none [] (.«match» .bool (.call 56 [(.var 0), (.call 7 [(.value .string (.string " does not depend on any axioms"))])]) [(.arm .some [2] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))]))]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string "'"))])]) [(.arm .none [] (.call 57 [(.var 0)])), (.arm .some [1] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 56 [(.var 1), (.call 7 [(.value .string (.string "' does not depend on any axioms"))])]) [(.arm .some [2] (.«let» 3 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 58 [(.var 2), (.build .nil (.list .bytes) [])]) (.«let» 4 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 59 [(.call 60 [(.var 2)])]) (.cond (.call 61 [(.var 2)]) (.var 3) (.var 4))))), (.arm .none [] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 56 [(.var 1), (.call 7 [(.value .string (.string "]"))])]) [(.arm .some [5] (.call 62 [(.var 0), (.var 5)])), (.arm .none [] (.call 57 [(.var 0)]))]))]))]) }) ::(
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 0) [(.arm .nil [] (.build .nil (.list .bytes) [])), (.arm .cons [1, 2] (.var 2))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .nat,
+      body := (.first (.call 38 [(.closure 63 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.first (.call 38 [(.closure 64 [(.var 1), (.var 0)]), (.prim .length [(.var 0)]), (.prim .length [(.var 0)])])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.value .nat (.nat 0)), (.prim .length [(.var 1)])]) [(.arm .some [2] (.prim .equal [(.var 2), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
+      body := (.cond (.call 48 [(.var 0), (.var 1)]) (.build .some (.option .bytes) [(.call 18 [(.var 0), (.prim .length [(.var 1)]), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .length [(.var 1)])])])]) (.build .none (.option .bytes) [])) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.call 65 [(.var 0), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [1] (.«match» (.option .bytes) (.call 65 [(.second (.var 1)), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [2] (.«match» (.option .bytes) (.call 65 [(.second (.var 2)), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [3] (.«let» 4 .bytes (.first (.var 2)) (.«let» 5 .bytes (.first (.var 3)) (.«let» 6 .bytes (.second (.var 3)) (.«let» 7 (.option .bytes) (.call 66 [(.var 5), (.var 6)]) (.cond (.call 67 [(.var 4)]) (.var 7) (.build .none (.option .bytes) []))))))), (.arm .none [] (.build .none (.option .bytes) []))])), (.arm .none [] (.build .none (.option .bytes) []))])), (.arm .none [] (.build .none (.option .bytes) []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.cond (.call 68 [(.var 0), (.value .bytes (.bytes (ByteArray.mk #[13])))]) (.call 18 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.value .nat (.nat 1))])]) (.var 0)) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 48))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.prim .equal [(.prim .compareBytes [(.var 0), (.var 1)]), (.prim .compareBytes [(.value .bytes (.bytes (ByteArray.mk #[]))), (.value .bytes (.bytes (ByteArray.mk #[1])))])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.cond (.cond (.call 70 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 9)), (.value (.fixed .u8) (.u8 13))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 32))]) (.build .true .bool []) (.build .false .bool []))) (.value .nat (.nat 1)) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 194))]) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 133))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 160))]) (.build .true .bool []) (.build .false .bool []))) (.value .nat (.nat 2)) (.value .nat (.nat 0))) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 225))]) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 154))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 128))]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0))) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 226))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 128))]) (.cond (.cond (.call 70 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 128)), (.value (.fixed .u8) (.u8 138))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 168))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 169))]) (.build .true .bool []) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 175))]) (.build .true .bool []) (.build .false .bool []))))) (.value .nat (.nat 3)) (.value .nat (.nat 0))) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 129))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 159))]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0)))) (.cond (.call 69 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 227))]) (.cond (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.value (.fixed .u8) (.u8 128))]) (.cond (.call 69 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 2))]), (.value (.fixed .u8) (.u8 128))]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0))) (.value .nat (.nat 0))))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
+      body := (.cond (.call 68 [(.var 0), (.var 1)]) (.build .some (.option .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .length [(.var 1)])])])]) (.build .none (.option .bytes) [])) }) ::(
+    { parameters := [0], types := [.bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.call 59 [(.call 6 [(.call 7 [(.value .string (.string "unrecognized axiom payload: "))]), (.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.build .ok (.result (.pair .bytes (.list .bytes)) .bytes) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)])]) }) ::(
+    { parameters := [0], types := [.bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.build .error (.result (.pair .bytes (.list .bytes)) .bytes) [(.var 0)]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.call 6 [(.call 40 [(.var 0)]), (.call 7 [(.value .string (.string " is not a Lean name"))])]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natEq [(.second (.first (.call 71 [(.closure 72 [(.var 0)]), (.prim .length [(.var 0)]), (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))])]))), (.value .nat (.nat 1))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 73 [(.var 1), (.call 7 [(.value .string (.string "' depends on axioms: ["))])]) [(.arm .some [2] (.«let» 3 .bytes (.first (.var 2)) (.«let» 4 .bytes (.second (.var 2)) (.«let» 5 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 74 [(.var 3), (.var 4)]) (.«let» 6 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 59 [(.call 60 [(.var 3)])]) (.cond (.call 61 [(.var 3)]) (.var 5) (.var 6))))))), (.arm .none [] (.call 57 [(.var 0)]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.call 55 [(.var 0), (.var 1)])]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.call 55 [(.var 0), (.var 1)])])]) (.build .none (.option .nat) [])) }) ::(
+    { parameters := [0, 1, 2], types := [.nat, .bytes, .nat], result := (.option .nat),
+      body := (.cond (.cond (.prim .natLt [(.value .nat (.nat 0)), (.call 75 [(.var 1), (.var 2)])]) (.prim .natLe [(.prim .natAdd [(.var 0), (.call 75 [(.var 1), (.var 2)])]), (.var 2)]) (.build .false .bool [])) (.build .some (.option .nat) [(.prim .natSub [(.var 2), (.call 75 [(.var 1), (.var 2)])])]) (.build .none (.option .nat) [])) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option (.pair .bytes .bytes)),
+      body := (.«match» (.option (.pair .bytes .bytes)) (.call 76 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .some (.option (.pair .bytes .bytes)) [(.build .pair (.pair .bytes .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.var 2)]), (.call 18 [(.var 0), (.prim .natAdd [(.var 2), (.prim .length [(.var 1)])]), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .natAdd [(.var 2), (.prim .length [(.var 1)])])])])])])), (.arm .none [] (.build .none (.option (.pair .bytes .bytes)) []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.call 65 [(.var 0), (.call 7 [(.value .string (.string "-"))])]) [(.arm .some [2] (.«let» 3 .bytes (.first (.var 2)) (.«let» 4 .bytes (.second (.var 2)) (.«match» (.option .bytes) (.call 65 [(.var 1), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [5] (.«let» 6 .bytes (.first (.var 5)) (.«let» 7 .bytes (.second (.var 5)) (.«let» 8 (.option .bytes) (.call 77 [(.var 7)]) (.cond (.call 67 [(.var 3)]) (.cond (.call 67 [(.var 4)]) (.cond (.call 67 [(.var 6)]) (.var 8) (.build .none (.option .bytes) [])) (.build .none (.option .bytes) [])) (.build .none (.option .bytes) [])))))), (.arm .none [] (.build .none (.option .bytes) []))])))), (.arm .none [] (.«let» 9 (.option .bytes) (.call 77 [(.var 1)]) (.cond (.call 67 [(.var 0)]) (.var 9) (.build .none (.option .bytes) []))))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.call 78 [(.call 32 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .nat, (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.call 51 [(.var 0), (.var 1)]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 2)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1, 2, 3], types := [.bytes, .nat, (.fixed .u8), (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.call 51 [(.var 0), (.var 1)]) [(.arm .some [4] (.call 79 [(.var 4), (.var 2), (.var 3)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 71 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.call 80 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option (.pair .bytes .bytes)),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLt [(.var 2), (.var 3)]) (.build .none (.option (.pair .bytes .bytes)) []) (.«let» 4 .nat (.first (.call 38 [(.closure 81 [(.var 1), (.var 0)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.prim .natSub [(.var 2), (.var 3)])])) (.cond (.call 82 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option (.pair .bytes .bytes)) [(.build .pair (.pair .bytes .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.var 4)]), (.call 18 [(.var 0), (.prim .natAdd [(.var 4), (.var 3)]), (.prim .natSub [(.var 2), (.prim .natAdd [(.var 4), (.var 3)])])])])]) (.build .none (.option (.pair .bytes .bytes)) [])))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
+      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 83 [(.closure 84 []), (.build .ok (.result (.list .bytes) .bytes) [(.build .nil (.list .bytes) [])]), (.call 85 [(.var 1), (.value (.fixed .u8) (.u8 44))])]) [(.arm .error [2] (.call 59 [(.var 2)])), (.arm .ok [3] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.var 3) [(.arm .nil [] (.call 59 [(.call 7 [(.value .string (.string "an axiom list cannot be empty"))])])), (.arm .cons [4, 5] (.call 58 [(.var 0), (.var 3)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) (.value .nat (.nat 0)) (.cond (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 1))])]), (.value .nat (.nat 1))]) (.value .nat (.nat 1)) (.cond (.cond (.prim .natLe [(.value .nat (.nat 2)), (.var 1)]) (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 2))])]), (.value .nat (.nat 2))]) (.build .false .bool [])) (.value .nat (.nat 2)) (.cond (.cond (.prim .natLe [(.value .nat (.nat 3)), (.var 1)]) (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 3))])]), (.value .nat (.nat 3))]) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0)))))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .nat),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.«let» 4 .nat (.first (.call 38 [(.closure 86 [(.var 1), (.var 3), (.var 0), (.var 2)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.value .nat (.nat 0))])) (.cond (.call 82 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option .nat) [(.var 4)]) (.build .none (.option .nat) []))))) }) ::(
+    { parameters := [0], types := [.bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string " "))])]) [(.arm .some [1] (.call 49 [(.var 1), (.call 7 [(.value .string (.string "info: "))])])), (.arm .none [] (.build .none (.option .bytes) []))]) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.«let» 2 .bytes (.«match» .bytes (.call 49 [(.var 0), (.call 7 [(.value .string (.string "+"))])]) [(.arm .some [1] (.var 1)), (.arm .none [] (.var 0))]) (.«let» 3 .bool (.call 87 [(.call 20 [(.var 2)])]) (.cond (.prim .natLt [(.value .nat (.nat 0)), (.prim .length [(.var 2)])]) (.cond (.call 88 [(.var 2)]) (.var 3) (.build .false .bool [])) (.build .false .bool [])))) }) ::(
+    { parameters := [0, 1, 2], types := [(.fixed .u8), (.fixed .u8), (.fixed .u8)], result := .bool,
+      body := (.«match» .bool (.prim .checkedSub [(.var 0), (.var 1)]) [(.arm .some [3] (.«match» .bool (.prim .checkedSub [(.var 2), (.var 0)]) [(.arm .some [4] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.prim .natEq [(.second (.var 1)), (.value .nat (.nat 2))]) (.build .none (.option (.pair .nat .nat)) []) (.«match» (.option (.pair .nat .nat)) (.call 51 [(.var 0), (.first (.var 1))]) [(.arm .some [2] (.build .some (.option (.pair .nat .nat)) [(.build .pair (.pair .nat .nat) [(.prim .natAdd [(.first (.var 1)), (.value .nat (.nat 1))]), (.call 89 [(.second (.var 1)), (.var 2)])])])), (.arm .none [] (.build .none (.option (.pair .nat .nat)) []))])) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := (.option .nat),
+      body := (.call 90 [(.var 1), (.var 0), (.var 2)]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.var 2), (.prim .length [(.var 1)])]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (.result (.list .bytes) .bytes), (.list .bytes)], result := (.result (.list .bytes) .bytes),
+      body := (.«match» (.result (.list .bytes) .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 83 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.result (.list .bytes) .bytes), .bytes], result := (.result (.list .bytes) .bytes),
+      body := (.call 91 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.fixed .u8)], result := (.list .bytes),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 15 [(.closure 92 [(.var 1), (.var 0)]), (.var 2), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 4 .nat (.first (.second (.var 3))) (.call 17 [(.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 4), (.prim .natSub [(.var 2), (.var 4)])]), (.second (.second (.var 3)))])])))) }) ::(
+    { parameters := [0, 1, 2, 3, 4], types := [.bytes, .nat, .bytes, .nat, .nat], result := (.option .nat),
+      body := (.cond (.call 82 [(.var 2), (.var 0), (.var 4)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.prim .natAdd [(.var 4), (.var 1)]), (.var 3)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 4), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 20))]) (.build .true .bool []) (.cond (.prim .natEq [(.prim .length [(.var 0)]), (.value .nat (.nat 20))]) (.prim .boolNot [(.prim .equal [(.prim .compareBytes [(.var 0), (.call 7 [(.value .string (.string "18446744073709551615"))])]), (.prim .compareBytes [(.value .bytes (.bytes (ByteArray.mk #[1]))), (.value .bytes (.bytes (ByteArray.mk #[0])))])])]) (.build .false .bool []))) }) ::(
+    { parameters := [0], types := [.bytes], result := .bool,
+      body := (.prim .natEq [(.first (.call 38 [(.closure 93 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])), (.prim .length [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.fixed .u8)], result := .nat,
+      body := (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 2))]) (.value .nat (.nat 2)) (.cond (.prim .equal [(.var 1), (.value (.fixed .u8) (.u8 46))]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.value .nat (.nat 0)) (.value .nat (.nat 2))) (.cond (.call 94 [(.var 1)]) (.value .nat (.nat 1)) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.cond (.call 95 [(.var 1)]) (.value .nat (.nat 1)) (.value .nat (.nat 2))) (.value .nat (.nat 2)))))) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := (.option .nat),
+      body := (.cond (.call 82 [(.var 0), (.var 1), (.var 2)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.value .nat (.nat 0)), (.var 2)]) (.build .some (.option .nat) [(.prim .natSub [(.var 2), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) }) ::(
+    { parameters := [0, 1], types := [(.result (.list .bytes) .bytes), .bytes], result := (.result (.list .bytes) .bytes),
+      body := (.«match» (.result (.list .bytes) .bytes) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.«let» 4 .bytes (.call 32 [(.var 1)]) (.cond (.call 61 [(.var 4)]) (.«match» (.result (.list .bytes) .bytes) (.call 96 [(.var 4), (.var 3)]) [(.arm .some [5] (.build .ok (.result (.list .bytes) .bytes) [(.var 5)])), (.arm .none [] (.build .error (.result (.list .bytes) .bytes) [(.call 6 [(.call 7 [(.value .string (.string "duplicate axiom name "))]), (.call 40 [(.var 4)])])]))]) (.build .error (.result (.list .bytes) .bytes) [(.call 60 [(.var 4)])]))))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fixed .u8), .bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 97 [(.var 1), (.var 0), (.var 2)]) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.call 98 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 65)), (.value (.fixed .u8) (.u8 90))]) (.build .true .bool []) (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 97)), (.value (.fixed .u8) (.u8 122))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 95))]))) }) ::(
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.call 94 [(.var 0)]) (.build .true .bool []) (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) }) ::(
+    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.option (.list .bytes)),
+      body := (.«match» (.option (.list .bytes)) (.var 1) [(.arm .nil [] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .nil (.list .bytes) [])])])), (.arm .cons [2, 3] (.cond (.prim .equal [(.var 0), (.var 2)]) (.build .none (.option (.list .bytes)) []) (.cond (.call 54 [(.var 0), (.var 2)]) (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .cons (.list .bytes) [(.var 2), (.var 3)])])]) (.«match» (.option (.list .bytes)) (.call 96 [(.var 0), (.var 3)]) [(.arm .some [4] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 2), (.var 4)])])), (.arm .none [] (.build .none (.option (.list .bytes)) []))]))))]) }) ::(
+    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 51 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) }) ::(
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.call 70 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) }) ::[]) }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [.bytes, (.option .bytes)] }]) ::
+    (.enum (.adt 1) [{ number := 0, fields := [(.list (.adt 2)), (.list .bytes)] }, { number := 1, fields := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)] }, { number := 2, fields := [(.adt 0)] }]) ::
+    (.enum (.adt 2) [{ number := 0, fields := [.bytes, (.list .bytes), (.option .bytes)] }]) ::
+    (.enum (.fn 0) [{ number := 3, fields := [] }]) ::
+    (.apply 0 [(.adt 1), .bytes] (.adt 1) true [{ function := 3, captures := [], functionFallible := true }]) ::
+    (.enum (.fn 1) [{ number := 12, fields := [] }]) ::
+    (.apply 1 [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) false [{ function := 12, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 2) [{ number := 16, fields := [.bytes] }, { number := 92, fields := [(.fixed .u8), .bytes] }]) ::
+    (.apply 2 [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes)))) true [{ function := 16, captures := [.clone], functionFallible := true }, { function := 92, captures := [.copy, .clone], functionFallible := true }]) ::
+    (.enum (.fn 3) [{ number := 23, fields := [] }]) ::
+    (.apply 3 [.nat, .bytes] .nat true [{ function := 23, captures := [], functionFallible := true }]) ::
+    (.enum (.fn 4) [{ number := 25, fields := [] }]) ::
+    (.apply 4 [.nat, (.adt 2)] .nat true [{ function := 25, captures := [], functionFallible := true }]) ::
+    (.enum (.fn 5) [{ number := 28, fields := [] }]) ::
+    (.apply 5 [(.list (.adt 2)), (.adt 2)] (.list (.adt 2)) false [{ function := 28, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 6) [{ number := 37, fields := [] }]) ::
+    (.apply 6 [(.list .bytes), .bytes] (.list .bytes) false [{ function := 37, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 7) [{ number := 39, fields := [.bytes] }, { number := 63, fields := [.bytes] }, { number := 64, fields := [.nat, .bytes] }, { number := 81, fields := [.bytes, .bytes] }, { number := 86, fields := [.bytes, .nat, .bytes, .nat] }, { number := 93, fields := [.bytes] }]) ::
+    (.apply 7 [.nat] (.option .nat) true [{ function := 39, captures := [.clone], functionFallible := true }, { function := 63, captures := [.clone], functionFallible := true }, { function := 64, captures := [.copy, .clone], functionFallible := true }, { function := 81, captures := [.clone, .clone], functionFallible := false }, { function := 86, captures := [.clone, .copy, .clone, .copy], functionFallible := true }, { function := 93, captures := [.clone], functionFallible := true }]) ::
+    (.enum (.fn 8) [{ number := 72, fields := [.bytes] }]) ::
+    (.apply 8 [(.pair .nat .nat)] (.option (.pair .nat .nat)) true [{ function := 72, captures := [.clone], functionFallible := true }]) ::
+    (.enum (.fn 9) [{ number := 84, fields := [] }]) ::
+    (.apply 9 [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes) true [{ function := 84, captures := [], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }] (.fallible (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.mk [] (.call (.function 1) [(.call (.function 2) [(.construct (.closure 0 3) []), (.construct (.adt 1 0) [(.construct (.nil (.adt 2)) []), (.clone (.generated .binding 1))]), (.call (.function 4) [(.move (.generated .binding 0))] true)] true), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }] (.fallible (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 1 0 [(.bind (.generated .binding 7)), .wild]) (.mk [(.mk (.bind (.generated .binding 9)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected "))] false), (.call (.function 8) [(.call (.function 9) [(.clone (.generated .binding 1))] true)] true)] false), (.call (.function 7) [(.lit (.str " audit records, found "))] false)] false), (.call (.function 8) [(.call (.function 10) [(.clone (.generated .binding 7))] true)] true)] false), (.construct (.none .bytes) [])] false)), (.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false) (.mk [] (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (.mk [] (.succeed (.move (.generated .binding 9))))))), (.mk (.adt 1 1 [.wild, .wild, (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [] (.succeed (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.adt 1 2 [(.bind (.generated .binding 2))]) (.mk [] (.succeed (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 2))]))))]))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 2) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.adt 1)) (.mk [] (.call (.function 14) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.call (.function 15) [(.construct (.closure 2 16) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 7))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 9)))))] (.move (.generated .part 8))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false) (.mk [] (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 17) [(.move (.generated .binding 4))] false)))))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.mk [] (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call (.function 19) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)]))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bytes (.mk [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.move (.generated .binding 1)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .str }] .bytes (.mk [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0)))] (.call (.runtime .utf8Encode) [(.move (.generated .operand 18))] false))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .bytes) (.mk [(.mk (.bind (.generated .binding 1)) (some .bytes) (.call (.function 7) [(.lit (.str "0"))] false)), (.mk (.bind (.generated .binding 2)) (some .bytes) (.call (.function 20) [(.block (.mk [(.mk (.bind (.generated .operand 55)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000000))] false)), (.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000000))] false)), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 51)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000000))] false)), (.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 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+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.fallible .nat) (.mk [] (.call (.function 22) [(.construct (.closure 3 23) []), (.lit (.nat 0)), (.move (.generated .binding 0))] false))) ::
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+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.mk [] (.call (.function 26) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }] (.list (.adt 2)) (.mk [] (.call (.function 27) [(.construct (.closure 5 28) []), (.construct (.nil (.adt 2)) []), (.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .holder 61)) none (.clone (.generated .binding 0)))] (.matchOn (.move (.generated .holder 61)) [(.mk (.adt 1 0 [(.bind (.generated .binding 8)), (.bind (.generated .binding 9))]) (.mk [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [] (.succeed (.move (.generated .binding 0)))) (.mk [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))] (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))]))))), (.mk (.adt 1 1 [(.bind (.generated .binding 3)), (.bind (.generated .binding 4)), (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .holder 62)) none (.call (.function 29) [(.move (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 62)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)))]))), (.mk (.adt 1 2 [.wild]) (.mk [] (.succeed (.move (.generated .binding 0)))))]))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool)) (.mk [(.mk (.bind (.generated .holder 67)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 67)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 67))), (.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 35) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.list .bytes) (.mk [] (.call (.function 36) [(.construct (.closure 6 37) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false))) ::
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+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }] (.adt 0) (.mk [] (.construct (.adt 0 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))]))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bytes) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.call (.function 38) [(.construct (.closure 7 39) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 75)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 75))] false))), (.lit (.nat 0))] true))] (.move (.generated .part 74)))))] (.succeed (.call (.function 18) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.bind (.generated .operand 76)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 76))] false)))), (.mk (.bind (.generated .operand 78)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] false)))] false)))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bytes (.mk [] (.call (.function 18) [(.call (.function 7) [(.lit (.str "0123456789"))] false), (.block (.mk [(.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.bind (.generated .operand 79)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 80)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 81)) none (.lit (.nat 0)))] (.call (.runtime .natQuot) [(.move (.generated .operand 79)), (.move (.generated .operand 80)), (.move (.generated .operand 81))] false)))), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 10))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 82)), (.move (.generated .operand 83)), (.move (.generated .operand 84))] false))), (.lit (.nat 1))] false))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 3) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 85)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 86)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 86) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := .wild, type := .bytes }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 88)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 87)), (.move (.generated .operand 88))] false))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 4) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 89)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 89)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 90)) (some (.fn 4)) (.move (.generated .binding 0)))] (.apply (.generated .callee 90) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := .wild, type := (.adt 2) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 91)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.mk [(.mk (.bind (.generated .holder 93)) none (.clone (.generated .binding 0)))] (.matchOn (.move (.generated .holder 93)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 95)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 94))]) (.mk [] (.move (.generated .part 94))))]))] (.matchOn (.move (.generated .holder 95)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.move (.generated .binding 4))))])))), (.mk (.bind (.generated .binding 6)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate record for "))] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 96)), .wild, .wild]) (.mk [] (.move (.generated .part 96))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .binding 7)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected a record for "))] false), (.call (.function 40) [(.clone (.generated .binding 5))] false)] false), (.call (.function 7) [(.lit (.str ", found "))] false)] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 97)), .wild, .wild]) (.mk [] (.move (.generated .part 97))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .operand 99)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 98)), .wild, .wild]) (.mk [] (.move (.generated .part 98))))])), (.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 5)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 99)), (.move (.generated .operand 100))] false) (.mk [(.mk (.bind (.generated .holder 103)) none (.call (.function 41) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 101)), .wild, .wild]) (.mk [] (.move (.generated .part 101))))]), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))]), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 103)) [(.mk .none (.mk [] (.move (.generated .binding 6)))), (.mk (.some (.bind (.generated .binding 8))) (.mk [] (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])))])) (.mk [] (.move (.generated .binding 7)))))), (.mk (.err .wild) (.mk [] (.move (.generated .binding 0))))]))) ::
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+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.option .bytes)) (.mk [(.mk (.bind (.generated .binding 1)) (some .bytes) (.call (.function 32) [(.clone (.generated .binding 0))] true))] (.cond (.call (.function 42) [(.move (.generated .binding 0))] true) (.mk [(.mk (.bind (.generated .operand 107)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 108)) none (.block (.mk [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false))))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 107)), (.move (.generated .operand 108))] false) (.mk [] (.succeed (.construct (.none .bytes) []))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))) (.mk [] (.succeed (.construct (.none .bytes) [])))))) ::
+    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 2)), type := .bytes }, { pattern := (.bind (.generated .binding 3)), type := (.option .bytes) }] (.fallible (.adt 1)) (.mk [] (.cond (.call (.function 43) [(.clone (.generated .binding 2))] false) (.mk [(.mk (.bind (.generated .holder 109)) none (.call (.function 44) [(.move (.generated .binding 2))] true))] (.matchOn (.move (.generated .holder 109)) [(.mk (.ok (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.adt 1 0) [(.construct .cons [(.construct (.adt 2 0) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 110)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))] (.move (.generated .part 111)))), (.move (.generated .binding 3))]), (.move (.generated .binding 0))]), (.call (.function 45) [(.move (.generated .binding 1))] false)])))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.succeed (.call (.function 31) [(.move (.generated .binding 4)), (.move (.generated .binding 3))] false))))])) (.mk [] (.succeed (.construct (.adt 1 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))])))))) ::
+    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }] (.adt 1) (.mk [] (.construct (.adt 1 2) [(.call (.function 19) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)]))) ::
+    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bytes) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.call (.function 46) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 47) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.succeed (.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 112)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false)))] false)))) ::
+    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.option .bytes)) (.mk [] (.cond (.call (.function 48) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 0))]))) (.mk [(.mk (.bind (.generated .holder 114)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "info: "))] false)] false))] (.matchOn (.move (.generated .holder 114)) [(.mk .none (.mk [] (.call (.function 50) [(.move (.generated .binding 0))] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))]))))) ::
+    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.option .bytes) (.mk [(.mk (.bind (.generated .holder 115)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 115)) [(.mk .none (.mk [] (.construct (.none .bytes) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), .wild])) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))) ::
+    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 116)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 116))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 117)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 118))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 118)))))] (.move (.generated .part 117))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 119))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 120))]) none (.move (.generated .binding 1)))] (.move (.generated .part 120)))))] (.move (.generated .part 119))))), (.mk (.bind (.generated .holder 121)) none (.call (.function 51) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false))] (.matchOn (.move (.generated .holder 121)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .operand 122)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 123)) none (.lit (.fixed .u8 10)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true))) (.construct .cons [(.call (.function 52) [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))))]))) ::
+    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 6) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.list .bytes) (.mk [(.mk (.bind (.generated .holder 132)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 132)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 36) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 133)) (some (.fn 6)) (.move (.generated .binding 0)))] (.apply (.generated .callee 133) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.list .bytes) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))) ::
+    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 7) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair .nat .bool)) (.mk [(.mk (.bind (.generated .holder 134)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 134)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 134))), (.mk (.bind (.generated .holder 136)) none (.block (.mk [(.mk (.bind (.generated .callee 135)) (some (.fn 7)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 135) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 136)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 38) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.call (.function 53) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))) ::
+    (.function (.generated .function 40) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bytes (.mk [] (.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "`"))] false), (.move (.generated .binding 0))] false), (.call (.function 7) [(.lit (.str "`"))] false)] false))) ::
+    (.function (.generated .function 41) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.pair .bytes (.list .bytes))) }] (.option (.list (.pair .bytes (.list .bytes)))) (.mk [(.mk (.bind (.generated .holder 137)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 137)) [(.mk .none (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct (.nil (.pair .bytes (.list .bytes))) [])])]))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .operand 139)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 138)))))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 139)), (.move (.generated .operand 140))] false) (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false) (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (.mk [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))] (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])))))))]))) ::
+    (.function (.generated .function 42) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 143)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 144)) none (.call (.function 55) [(.move (.generated .binding 0)), (.lit (.nat 0))] true))] (.succeed (.call (.runtime .natLt) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false)))) ::
+    (.function (.generated .function 43) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .holder 145)) none (.call (.function 56) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "]"))] false)] false))] (.matchOn (.move (.generated .holder 145)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 146)) none (.call (.function 56) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " does not depend on any axioms"))] false)] false))] (.matchOn (.move (.generated .holder 146)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]))) ::
+    (.function (.generated .function 44) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.result (.pair .bytes (.list .bytes)) .bytes)) (.mk [(.mk (.bind (.generated .holder 147)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false))] (.matchOn (.move (.generated .holder 147)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 148)) none (.call (.function 56) [(.clone (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' does not depend on any axioms"))] false)] false))] (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 149)) none (.call (.function 56) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "]"))] false)] false))] (.matchOn (.move (.generated .holder 149)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 58) [(.clone (.generated .binding 2)), (.construct (.nil .bytes) [])] false)), (.mk (.bind (.generated .binding 4)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 2))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.move (.generated .binding 3)))) (.mk [] (.succeed (.move (.generated .binding 4)))))))])))]))) ::
+    (.function (.generated .function 45) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.list .bytes) (.mk [(.mk (.bind (.generated .holder 150)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 150)) [(.mk .none (.mk [] (.construct (.nil .bytes) []))), (.mk (.some (.tuple [.wild, (.bind (.generated .binding 2))])) (.mk [] (.move (.generated .binding 2))))]))) ::
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+    (.function (.generated .function 47) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.tuple [(.bind (.generated .part 153)), .wild]) none (.call (.function 38) [(.construct (.closure 7 64) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 154)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 154))] false))), (.block (.mk [(.mk (.bind (.generated .operand 155)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 155))] false)))] true))] (.succeed (.move (.generated .part 153))))) ::
+    (.function (.generated .function 48) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .holder 160)) none (.block (.mk [(.mk (.bind (.generated .operand 157)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 159)) none (.block (.mk [(.mk (.bind (.generated .operand 156)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 156))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 157)), (.move (.generated .operand 158)), (.move (.generated .operand 159))] false))))] (.matchOn (.move (.generated .holder 160)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .operand 161)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 162)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false)))]))) ::
+    (.function (.generated .function 49) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.option .bytes) (.mk [] (.cond (.call (.function 48) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 163)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 163))] false))), (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.block (.mk [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)))), (.mk (.bind (.generated .operand 167)) none (.block (.mk [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)))] false)])) (.mk [] (.construct (.none .bytes) []))))) ::
+    (.function (.generated .function 50) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.option .bytes)) (.mk [(.mk (.bind (.generated .holder 168)) none (.call (.function 65) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 168)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 170)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 169))]) none (.move (.generated .binding 1)))] (.move (.generated .part 169)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .holder 172)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))] (.move (.generated .part 171)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 172)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))])))]))) ::
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+    (.function (.generated .function 52) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bytes (.mk [] (.cond (.call (.function 68) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false) (.mk [] (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.block (.mk [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)))), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)))] false)) (.mk [] (.move (.generated .binding 0)))))) ::
+    (.function (.generated .function 53) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 69) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 181)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 182)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 181)), (.move (.generated .operand 182))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))) ::
+    (.function (.generated .function 54) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.bind (.generated .operand 183)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 184)) none (.move (.generated .binding 1)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 183)), (.move (.generated .operand 184))] false)))), (.mk (.bind (.generated .operand 188)) none (.block (.mk [(.mk (.bind (.generated .operand 185)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 186)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false))) ::
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.operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0))))))))))))))) ::
+    (.function (.generated .function 56) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.option .bytes) (.mk [] (.cond (.call (.function 68) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 217)) none (.block (.mk [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)))), (.mk (.bind (.generated .operand 218)) none (.block (.mk [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 217)), (.move (.generated .operand 218))] false)))] false)])) (.mk [] (.construct (.none .bytes) []))))) ::
+    (.function (.generated .function 57) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.result (.pair .bytes (.list .bytes)) .bytes) (.mk [] (.call (.function 59) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized axiom payload: "))] false), (.move (.generated .binding 0))] false)] false))) ::
+    (.function (.generated .function 58) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }] (.result (.pair .bytes (.list .bytes)) .bytes) (.mk [] (.construct (.ok (.pair .bytes (.list .bytes)) .bytes) [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1)))]))) ::
+    (.function (.generated .function 59) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.result (.pair .bytes (.list .bytes)) .bytes) (.mk [] (.construct (.err (.pair .bytes (.list .bytes)) .bytes) [(.move (.generated .binding 0))]))) ::
+    (.function (.generated .function 60) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bytes (.mk [] (.call (.function 6) [(.call (.function 40) [(.move (.generated .binding 0))] false), (.call (.function 7) [(.lit (.str " is not a Lean name"))] false)] false))) ::
+    (.function (.generated .function 61) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 222)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 219))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 220)), .wild]) none (.call (.function 71) [(.construct (.closure 8 72) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 220)))))] (.move (.generated .part 219))))), (.mk (.bind (.generated .operand 223)) none (.lit (.nat 1)))] (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 222)), (.move (.generated .operand 223))] false)))) ::
+    (.function (.generated .function 62) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.result (.pair .bytes (.list .bytes)) .bytes)) (.mk [(.mk (.bind (.generated .holder 224)) none (.call (.function 73) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' depends on axioms: ["))] false)] true))] (.matchOn (.move (.generated .holder 224)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 225)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 225))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 226))]) none (.move (.generated .binding 2)))] (.move (.generated .part 226))))), (.mk (.bind (.generated .binding 5)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 74) [(.clone (.generated .binding 3)), (.move (.generated .binding 4))] true)), (.mk (.bind (.generated .binding 6)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 3))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 3))] true) (.mk [] (.succeed (.move (.generated .binding 5)))) (.mk [] (.succeed (.move (.generated .binding 6)))))))]))) ::
+    (.function (.generated .function 63) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .operand 227)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 228)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 227)), (.move (.generated .operand 228))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 229)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 230)) none (.call (.function 55) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 229)), (.move (.generated .operand 230))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))) ::
+    (.function (.generated .function 64) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .operand 231)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 232)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.cond (.cond (.call (.runtime .natLt) [(.move (.generated .operand 231)), (.move (.generated .operand 232))] false) (.mk [(.mk (.bind (.generated .operand 235)) none (.block (.mk [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)))), (.mk (.bind (.generated .operand 236)) none (.copy (.generated .binding 2)))] (.call (.runtime .natLe) [(.move (.generated .operand 235)), (.move (.generated .operand 236))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 237)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 238)) none (.call (.function 75) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natSub) [(.move (.generated .operand 237)), (.move (.generated .operand 238))] false)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))) ::
+    (.function (.generated .function 65) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.option (.pair .bytes .bytes))) (.mk [(.mk (.bind (.generated .holder 239)) none (.call (.function 76) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 239)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 2))] false) (.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 241)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 242)) none (.block (.mk [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 241)), (.move (.generated .operand 242))] true))), (.block (.mk [(.mk (.bind (.generated .operand 247)) none (.block (.mk [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)))), (.mk (.bind (.generated .operand 248)) none (.block (.mk [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 247)), (.move (.generated .operand 248))] false)))] false))]))))]))) ::
+    (.function (.generated .function 66) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.option .bytes)) (.mk [(.mk (.bind (.generated .holder 249)) none (.call (.function 65) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "-"))] false)] true))] (.matchOn (.move (.generated .holder 249)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 9)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 1))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 0))] true) (.mk [] (.succeed (.move (.generated .binding 9)))) (.mk [] (.succeed (.construct (.none .bytes) [])))))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 250)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 250))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 251))]) none (.move (.generated .binding 2)))] (.move (.generated .part 251))))), (.mk (.bind (.generated .holder 252)) none (.call (.function 65) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 252)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 253))))), (.mk (.bind (.generated .binding 7)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))] (.move (.generated .part 254))))), (.mk (.bind (.generated .binding 8)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 7))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 3))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))]))) ::
+    (.function (.generated .function 67) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [] (.call (.function 78) [(.call (.function 32) [(.move (.generated .binding 0))] true)] false))) ::
+    (.function (.generated .function 68) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 255)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 255))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 256)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 256))] false)))), (.mk (.bind (.generated .operand 257)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 258)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 257)), (.move (.generated .operand 258))] false) (.mk [(.mk (.bind (.generated .holder 264)) none (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 262)) none (.block (.mk [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)))), (.mk (.bind (.generated .operand 263)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 261)), (.move (.generated .operand 262)), (.move (.generated .operand 263))] false))))] (.matchOn (.move (.generated .holder 264)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 265)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 266)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 265)), (.move (.generated .operand 266))] false)))])) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 69) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u8) }] .bool (.mk [(.mk (.bind (.generated .holder 267)) none (.call (.function 51) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 267)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 268)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 269)) none (.copy (.generated .binding 2)))] (.call (.runtime .equal) [(.move (.generated .operand 268)), (.move (.generated .operand 269))] false)))]))) ::
+    (.function (.generated .function 70) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 3)), type := (.fixed .u8) }] .bool (.mk [(.mk (.bind (.generated .holder 270)) none (.call (.function 51) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 270)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 79) [(.copy (.generated .binding 4)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)))]))) ::
+    (.function (.generated .function 71) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 8) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat .nat) }] (.fallible (.pair (.pair .nat .nat) .bool)) (.mk [(.mk (.bind (.generated .holder 271)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 271)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 271))), (.mk (.bind (.generated .holder 273)) none (.block (.mk [(.mk (.bind (.generated .callee 272)) (some (.fn 8)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 272) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 273)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 71) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))) ::
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+    (.function (.generated .function 74) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.result (.pair .bytes (.list .bytes)) .bytes)) (.mk [(.mk (.bind (.generated .holder 289)) none (.call (.function 83) [(.construct (.closure 9 84) []), (.construct (.ok (.list .bytes) .bytes) [(.construct (.nil .bytes) [])]), (.call (.function 85) [(.move (.generated .binding 1)), (.lit (.fixed .u8 44))] true)] true))] (.matchOn (.move (.generated .holder 289)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .holder 290)) none (.clone (.generated .binding 3)))] (.matchOn (.uncons (.generated .holder 290)) [(.mk .none (.mk [] (.succeed (.call (.function 59) [(.call (.function 7) [(.lit (.str "an axiom list cannot be empty"))] false)] false)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.succeed (.call (.function 58) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))))]))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.call (.function 59) [(.move (.generated .binding 2))] false))))]))) ::
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+    (.function (.generated .function 76) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 309)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 309))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 310)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 310))] false)))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 311)), .wild]) none (.call (.function 38) [(.construct (.closure 7 86) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 312)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 313)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 312)), (.move (.generated .operand 313))] true))), (.lit (.nat 0))] true))] (.move (.generated .part 311)))))] (.cond (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))) ::
+    (.function (.generated .function 77) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.option .bytes) (.mk [(.mk (.bind (.generated .holder 314)) none (.call (.function 49) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " "))] false)] false))] (.matchOn (.move (.generated .holder 314)) [(.mk .none (.mk [] (.construct (.none .bytes) []))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 49) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "info: "))] false)] false)))]))) ::
+    (.function (.generated .function 78) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [(.mk (.bind (.generated .binding 2)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 315)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "+"))] false)] false))] (.matchOn (.move (.generated .holder 315)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.move (.generated .binding 1))))])))), (.mk (.bind (.generated .binding 3)) (some .bool) (.call (.function 87) [(.call (.function 20) [(.clone (.generated .binding 2))] true)] false)), (.mk (.bind (.generated .operand 317)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 318)) none (.block (.mk [(.mk (.bind (.generated .operand 316)) none (.clone (.generated .binding 2)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 316))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 317)), (.move (.generated .operand 318))] false) (.mk [] (.cond (.call (.function 88) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.copy (.generated .binding 3)))) (.mk [] (.succeed (.lit (.bool false)))))) (.mk [] (.succeed (.lit (.bool false))))))) ::
+    (.function (.generated .function 79) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u8) }] .bool (.mk [(.mk (.bind (.generated .holder 321)) none (.block (.mk [(.mk (.bind (.generated .operand 319)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 320)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 319)), (.move (.generated .operand 320))] false))))] (.matchOn (.move (.generated .holder 321)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [(.mk (.bind (.generated .holder 324)) none (.block (.mk [(.mk (.bind (.generated .operand 322)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 323)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 322)), (.move (.generated .operand 323))] false))))] (.matchOn (.move (.generated .holder 324)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])))]))) ::
+    (.function (.generated .function 80) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.fallible (.option (.pair .nat .nat))) (.mk [(.mk (.bind (.generated .operand 326)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 325))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 325))))), (.mk (.bind (.generated .operand 327)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 326)), (.move (.generated .operand 327))] false) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) []))) (.mk [(.mk (.bind (.generated .holder 329)) none (.call (.function 51) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 328)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 328))))] false))] (.matchOn (.move (.generated .holder 329)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true))) (.call (.function 89) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 333)))), (.copy (.generated .binding 2))] false))]))))]))))) ::
+    (.function (.generated .function 81) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option .nat) (.mk [] (.call (.function 90) [(.move (.generated .binding 1)), (.move (.generated .binding 0)), (.copy (.generated .binding 2))] false))) ::
+    (.function (.generated .function 82) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 338)) none (.block (.mk [(.mk (.bind (.generated .operand 335)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 336)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 337)) none (.block (.mk [(.mk (.bind (.generated .operand 334)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 334))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 335)), (.move (.generated .operand 336)), (.move (.generated .operand 337))] false))))] (.matchOn (.move (.generated .holder 338)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 339)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 340)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 339)), (.move (.generated .operand 340))] false)))]))) ::
+    (.function (.generated .function 83) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 9) }, { pattern := (.bind (.generated .binding 1)), type := (.result (.list .bytes) .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.fallible (.result (.list .bytes) .bytes)) (.mk [(.mk (.bind (.generated .holder 341)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 341)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 83) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 342)) (some (.fn 9)) (.move (.generated .binding 0)))] (.apply (.generated .callee 342) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 84) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.list .bytes) .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.result (.list .bytes) .bytes)) (.mk [] (.call (.function 91) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 85) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 343)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 343))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 344)), .wild]) none (.call (.function 15) [(.construct (.closure 2 92) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 344))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 345)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 346)))))] (.move (.generated .part 345)))))] (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 347)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 348)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 347)), (.move (.generated .operand 348))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 349))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))] (.move (.generated .part 350)))))] (.move (.generated .part 349))))])] false)))) ::
+    (.function (.generated .function 86) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .bytes }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 82) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))))) ::
+    (.function (.generated .function 87) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .operand 358)) none (.block (.mk [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)))), (.mk (.bind (.generated .operand 359)) none (.lit (.nat 20)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 358)), (.move (.generated .operand 359))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false) (.mk [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (.mk [] (.lit (.bool false)))))))) ::
+    (.function (.generated .function 88) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 373)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 370)), .wild]) none (.call (.function 38) [(.construct (.closure 7 93) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false))), (.lit (.nat 0))] true))] (.move (.generated .part 370))))), (.mk (.bind (.generated .operand 374)) none (.block (.mk [(.mk (.bind (.generated .operand 372)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 372))] false))))] (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 373)), (.move (.generated .operand 374))] false)))) ::
+    (.function (.generated .function 89) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] .nat (.mk [(.mk (.bind (.generated .operand 375)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 376)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 375)), (.move (.generated .operand 376))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false) (.mk [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))))) ::
+    (.function (.generated .function 90) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option .nat) (.mk [] (.cond (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.none .nat) [])) (.mk [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (.mk [] (.construct (.none .nat) []))))))) ::
+    (.function (.generated .function 91) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.list .bytes) .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.result (.list .bytes) .bytes)) (.mk [(.mk (.bind (.generated .holder 387)) none (.clone (.generated .binding 0)))] (.matchOn (.move (.generated .holder 387)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.call (.function 32) [(.move (.generated .binding 1))] true))] (.cond (.call (.function 61) [(.clone (.generated .binding 4))] true) (.mk [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]))) ::
+    (.function (.generated .function 92) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 97) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false))) ::
+    (.function (.generated .function 93) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.call (.function 98) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))) ::
+    (.function (.generated .function 94) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false))))))) ::
+    (.function (.generated .function 95) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false))))))))) ::
+    (.function (.generated .function 96) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }] (.option (.list .bytes)) (.mk [(.mk (.bind (.generated .holder 395)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 395)) [(.mk .none (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct (.nil .bytes) [])])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false) (.mk [] (.construct (.none (.list .bytes)) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))))))]))) ::
+    (.function (.generated .function 97) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 399)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 399))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 400)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 401)))))] (.move (.generated .part 400))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 402))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))] (.move (.generated .part 403)))))] (.move (.generated .part 402))))), (.mk (.bind (.generated .holder 404)) none (.call (.function 51) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 404)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]))) ::
+    (.function (.generated .function 98) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 70) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 1), .bytes], (.adt 1)), true), (([(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), false), (([(.pair .nat (.pair .nat (.list .bytes)))], (.option (.pair .nat (.pair .nat (.list .bytes))))), true), (([.nat, .bytes], .nat), true), (([.nat, (.adt 2)], .nat), true), (([(.list (.adt 2)), (.adt 2)], (.list (.adt 2))), false), (([(.list .bytes), .bytes], (.list .bytes)), false), (([.nat], (.option .nat)), true), (([(.pair .nat .nat)], (.option (.pair .nat .nat))), true), (([(.result (.list .bytes) .bytes), .bytes], (.result (.list .bytes) .bytes)), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.call (.function 2) [(.construct (.closure 0 3) []), (.construct (.adt 1 0) [(.construct (.nil (.adt 2)) []), (.clone (.generated .binding 1))]), (.call (.function 4) [(.move (.generated .binding 0))] true)] true), (.move (.generated .binding 1))] false), [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 1), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 1 0 [(.bind (.generated .binding 7)), .wild]) (.mk [(.mk (.bind (.generated .binding 9)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected "))] false), (.call (.function 8) [(.call (.function 9) [(.clone (.generated .binding 1))] true)] true)] false), (.call (.function 7) [(.lit (.str " audit records, found "))] false)] false), (.call (.function 8) [(.call (.function 10) [(.clone (.generated .binding 7))] true)] true)] false), (.construct (.none .bytes) [])] false)), (.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false) (.mk [] (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (.mk [] (.succeed (.move (.generated .binding 9))))))), (.mk (.adt 1 1 [.wild, .wild, (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [] (.succeed (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.adt 1 2 [(.bind (.generated .binding 2))]) (.mk [] (.succeed (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 2))]))))]), [(1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [2, 1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(8, (.list .bytes), none), (7, (.list (.adt 2)), (some 7)), (1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := [(.mk (.bind (.generated .binding 9)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected "))] false), (.call (.function 8) [(.call (.function 9) [(.clone (.generated .binding 1))] true)] true)] false), (.call (.function 7) [(.lit (.str " audit records, found "))] false)] false), (.call (.function 8) [(.call (.function 10) [(.clone (.generated .binding 7))] true)] true)] false), (.construct (.none .bytes) [])] false)), (.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))]) (tail := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false) (.mk [] (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (.mk [] (.succeed (.move (.generated .binding 9)))))) (Corr.mCons (Γ' := [(6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), none), (3, (.list (.adt 2)), none), (1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false))) (Corr.mCons (Γ' := [(2, (.adt 0), (some 2)), (1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (lb := []) (tb := (.succeed (.move (.generated .binding 9)))) (Corr.fOfB (Corr.callOps (ts := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))))))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 2) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.adt 1), (some 1)), (0, (.fn [(.adt 1), .bytes] (.adt 1)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.adt 1), (some 1)), (0, (.fn [(.adt 1), .bytes] (.adt 1)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.adt 1), (some 1)), (0, (.fn [(.adt 1), .bytes] (.adt 1)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 2) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.adt 1), .bytes]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 14) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, .bytes, (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 1), .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.call (.function 15) [(.construct (.closure 2 16) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 7))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 9)))))] (.move (.generated .part 8))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false) (.mk [] (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 17) [(.move (.generated .binding 4))] false)))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.call (.function 15) [(.construct (.closure 2 16) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 7))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 9)))))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 9))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))]) (tail := (.move (.generated .part 10))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 11))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))] false), (.move (.generated .binding 4))])] false))) (lb := []) (tb := (.succeed (.call (.function 17) [(.move (.generated .binding 4))] false))) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))))))))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call (.function 19) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)]), [(1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.move (.generated .binding 1)))], (.call (.runtime .appendBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0)))], (.call (.runtime .utf8Encode) [(.move (.generated .operand 18))] false), [(0, .string, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .bytes) (.call (.function 7) [(.lit (.str "0"))] false)), (.mk (.bind (.generated .binding 2)) (some .bytes) (.call (.function 20) [(.block (.mk [(.mk (.bind (.generated .operand 55)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000000))] false)), (.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000000))] false)), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 51)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000000))] false)), (.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)))] true)), (.mk (.bind (.generated .operand 57)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 58)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 57)), (.move (.generated .operand 58))] false) (.mk [] (.succeed (.move (.generated .binding 1)))) (.mk [] (.succeed (.move (.generated .binding 2))))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 55)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000000))] false)), (.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000000))] false)), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 51)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000000))] false)), (.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000000))] false)), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 51)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000000))] false)), (.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 51)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000000))] false)), (.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated 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[(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 57)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 58)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 57)), (.move (.generated .operand 58))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 1)))) (lb := []) (tb := (.succeed (.move (.generated .binding 2)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))))⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 22) [(.construct (.closure 3 23) []), (.lit (.nat 0)), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [.nat, .bytes] .nat), .nat, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 24) [(.construct (.closure 4 25) []), (.lit (.nat 0)), (.move (.generated .binding 0))] false), [(0, (.list (.adt 2)), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [.nat, (.adt 2)] .nat), .nat, (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 59)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 59)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 60)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 60) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 1)), (0, (.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 1)), (0, (.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 1)), (0, (.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 60)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 60) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 60)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 60) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 26) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 27) [(.construct (.closure 5 28) []), (.construct (.nil (.adt 2)) []), (.move (.generated .binding 0))] false), [(0, (.list (.adt 2)), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 61)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 61)) [(.mk (.adt 1 0 [(.bind (.generated .binding 8)), (.bind (.generated .binding 9))]) (.mk [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [] (.succeed (.move (.generated .binding 0)))) (.mk [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))] (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))]))))), (.mk (.adt 1 1 [(.bind (.generated .binding 3)), (.bind (.generated .binding 4)), (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .holder 62)) none (.call (.function 29) [(.move (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 62)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)))]))), (.mk (.adt 1 2 [.wild]) (.mk [] (.succeed (.move (.generated .binding 0)))))]), [(1, .bytes, (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [2, 1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(9, (.list .bytes), (some 9)), (8, (.list (.adt 2)), (some 8)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))]) (tail := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [] (.succeed (.move (.generated .binding 0)))) (.mk [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))] (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))])))) (Corr.mCons (Γ' := [(6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), (some 4)), (3, (.list (.adt 2)), (some 3)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 62)) none (.call (.function 29) [(.move (.generated .binding 1))] true))]) (tail := (.matchOn (.move (.generated .holder 62)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)))])) (Corr.mCons (Γ' := [(2, (.adt 0), none), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), (some 4)), (3, (.list (.adt 2)), (some 3)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false))) (Corr.mCons (Γ' := [(7, .bytes, (some 7)), (6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), (some 4)), (3, (.list (.adt 2)), (some 3)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 0)))) (lb := [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))]) (tb := (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))])) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(9, (.list .bytes), (some 9)), (8, (.list (.adt 2)), (some 8)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false))) (Corr.mCons (Γ' := [(10, .bytes, (some 10)), (9, (.list .bytes), (some 9)), (8, (.list (.adt 2)), (some 8)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 67)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 67)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 67))), (.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat (.pair .nat (.list .bytes))))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat (.pair .nat (.list .bytes)))]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat (.pair .nat (.list .bytes))), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 35) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 36) [(.construct (.closure 6 37) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 73)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 70)), (.move (.generated .operand 71)), (.move (.generated .operand 72))] false))))], (.matchOn (.move (.generated .holder 73)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 70)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 70)), (.move (.generated .operand 71)), (.move (.generated .operand 72))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 0 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))]), [(1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.build (ts := [.bytes, (.option .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.call (.function 38) [(.construct (.closure 7 39) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 75)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 75))] false))), (.lit (.nat 0))] true))] (.move (.generated .part 74)))))], (.succeed (.call (.function 18) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.bind (.generated .operand 76)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 76))] false)))), (.mk (.bind (.generated .operand 78)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] false)))] false)), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.call (.function 38) [(.construct (.closure 7 39) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 75)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 75))] false))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 74))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 75)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 75))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.bind (.generated .operand 76)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 76))] false)))), (.mk (.bind (.generated .operand 78)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 76)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 76))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 18) [(.call (.function 7) [(.lit (.str "0123456789"))] false), (.block (.mk [(.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.bind (.generated .operand 79)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 80)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 81)) none (.lit (.nat 0)))] (.call (.runtime .natQuot) [(.move (.generated .operand 79)), (.move (.generated .operand 80)), (.move (.generated .operand 81))] false)))), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 10))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 82)), (.move (.generated .operand 83)), (.move (.generated .operand 84))] false))), (.lit (.nat 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.bind (.generated .operand 79)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 80)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 81)) none (.lit (.nat 0)))] (.call (.runtime .natQuot) [(.move (.generated .operand 79)), (.move (.generated .operand 80)), (.move (.generated .operand 81))] false)))), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 10))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natRem) [(.move (.generated .operand 82)), (.move (.generated .operand 83)), (.move (.generated .operand 84))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 79)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 80)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 81)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natQuot) [(.move (.generated .operand 79)), (.move (.generated .operand 80)), (.move (.generated .operand 81))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 85)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 86)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 86) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .bytes] .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .bytes] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .bytes] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 86)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 86) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, .bytes] .nat), .nat, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 86)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 86) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [.nat, .bytes]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 88)) none (.lit (.nat 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 87)), (.move (.generated .operand 88))] false), [(1, .bytes, none), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 89)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 89)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 90)) (some (.fn 4)) (.move (.generated .binding 0)))] (.apply (.generated .callee 90) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, (.adt 2)] .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, (.adt 2)] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, (.adt 2)] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 90)) (some (.fn 4)) (.move (.generated .binding 0)))] (.apply (.generated .callee 90) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, (.adt 2)] .nat), .nat, (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 90)) (some (.fn 4)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 90) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [.nat, (.adt 2)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 91)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false), [(1, (.adt 2), none), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 93)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 93)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 95)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 94))]) (.mk [] (.move (.generated .part 94))))]))] (.matchOn (.move (.generated .holder 95)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.move (.generated .binding 4))))])))), (.mk (.bind (.generated .binding 6)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate record for "))] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 96)), .wild, .wild]) (.mk [] (.move (.generated .part 96))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .binding 7)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected a record for "))] false), (.call (.function 40) [(.clone (.generated .binding 5))] false)] false), (.call (.function 7) [(.lit (.str ", found "))] false)] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 97)), .wild, .wild]) (.mk [] (.move (.generated .part 97))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .operand 99)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 98)), .wild, .wild]) (.mk [] (.move (.generated .part 98))))])), (.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 5)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 99)), (.move (.generated .operand 100))] false) (.mk [(.mk (.bind (.generated .holder 103)) none (.call (.function 41) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 101)), .wild, .wild]) (.mk [] (.move (.generated .part 101))))]), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))]), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 103)) [(.mk .none (.mk [] (.move (.generated .binding 6)))), (.mk (.some (.bind (.generated .binding 8))) (.mk [] (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])))])) (.mk [] (.move (.generated .binding 7)))))), (.mk (.err .wild) (.mk [] (.move (.generated .binding 0))))]), [(1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 95)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 94))]) (.mk [] (.move (.generated .part 94))))]))] (.matchOn (.move (.generated .holder 95)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.move (.generated .binding 4))))])))), (.mk (.bind (.generated .binding 6)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate record for "))] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 96)), .wild, .wild]) (.mk [] (.move (.generated .part 96))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .binding 7)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected a record for "))] false), (.call (.function 40) [(.clone (.generated .binding 5))] false)] false), (.call (.function 7) [(.lit (.str ", found "))] false)] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 97)), .wild, .wild]) (.mk [] (.move (.generated .part 97))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .operand 99)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 98)), .wild, .wild]) (.mk [] (.move (.generated .part 98))))])), (.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 5)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 99)), (.move (.generated .operand 100))] false) (.mk [(.mk (.bind (.generated .holder 103)) none (.call (.function 41) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 101)), .wild, .wild]) (.mk [] (.move (.generated .part 101))))]), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))]), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 103)) [(.mk .none (.mk [] (.move (.generated .binding 6)))), (.mk (.some (.bind (.generated .binding 8))) (.mk [] (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])))])) (.mk [] (.move (.generated .binding 7))))) (Corr.mCons (Γ' := [(2, (.adt 0), none), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 95)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 94))]) (.mk [] (.move (.generated .part 94))))]))]) (tail := (.matchOn (.move (.generated .holder 95)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.move (.generated .binding 4))))])) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 94))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 4))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 97))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 99)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 98)), .wild, .wild]) (.mk [] (.move (.generated .part 98))))])), (.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 5)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 99)), (.move (.generated .operand 100))] false)) (lk := []) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 98))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 103)) none (.call (.function 41) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 101)), .wild, .wild]) (.mk [] (.move (.generated .part 101))))]), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))]), (.move (.generated .binding 3))] false))]) (ta := (.matchOn (.move (.generated .holder 103)) [(.mk .none (.mk [] (.move (.generated .binding 6)))), (.mk (.some (.bind (.generated .binding 8))) (.mk [] (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])))])) (lb := []) (tb := (.move (.generated .binding 7))) (Corr.matchArms (st := (.option (.list (.pair .bytes (.list .bytes))))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes), (.list (.pair .bytes (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 101))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(7, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 7)), (6, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 6)), (5, .bytes, (some 5)), (3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 6))) (Corr.mCons (Γ' := [(8, (.list (.pair .bytes (.list .bytes))), (some 8)), (7, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 7)), (6, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 6)), (5, .bytes, (some 5)), (3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl)))))))) rfl rfl rfl)⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 104)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 104)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 105)) (some (.fn 5)) (.move (.generated .binding 0)))] (.apply (.generated .callee 105) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 105)) (some (.fn 5)) (.move (.generated .binding 0)))] (.apply (.generated .callee 105) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 105)) (some (.fn 5)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 105) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list (.adt 2)), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, (.adt 2), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .bytes) (.call (.function 32) [(.clone (.generated .binding 0))] true))], (.cond (.call (.function 42) [(.move (.generated .binding 0))] true) (.mk [(.mk (.bind (.generated .operand 107)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 108)) none (.block (.mk [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false))))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 107)), (.move (.generated .operand 108))] false) (.mk [] (.succeed (.construct (.none .bytes) []))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))) (.mk [] (.succeed (.construct (.none .bytes) [])))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 42) [(.move (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 107)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 108)) none (.block (.mk [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false))))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 107)), (.move (.generated .operand 108))] false) (.mk [] (.succeed (.construct (.none .bytes) []))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 107)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 108)) none (.block (.mk [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false))))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 107)), (.move (.generated .operand 108))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none .bytes) []))) (lb := []) (tb := (.succeed (.construct .some [(.move (.generated .binding 1))]))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))⟩⟩
+
+theorem fun30 : FunOK program krate flags 30 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 43) [(.clone (.generated .binding 2))] false) (.mk [(.mk (.bind (.generated .holder 109)) none (.call (.function 44) [(.move (.generated .binding 2))] true))] (.matchOn (.move (.generated .holder 109)) [(.mk (.ok (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.adt 1 0) [(.construct .cons [(.construct (.adt 2 0) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 110)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))] (.move (.generated .part 111)))), (.move (.generated .binding 3))]), (.move (.generated .binding 0))]), (.call (.function 45) [(.move (.generated .binding 1))] false)])))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.succeed (.call (.function 31) [(.move (.generated .binding 4)), (.move (.generated .binding 3))] false))))])) (.mk [] (.succeed (.construct (.adt 1 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))])))), [(3, (.option .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 43) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 109)) none (.call (.function 44) [(.move (.generated .binding 2))] true))]) (ta := (.matchOn (.move (.generated .holder 109)) [(.mk (.ok (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.adt 1 0) [(.construct .cons [(.construct (.adt 2 0) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 110)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))] (.move (.generated .part 111)))), (.move (.generated .binding 3))]), (.move (.generated .binding 0))]), (.call (.function 45) [(.move (.generated .binding 1))] false)])))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.succeed (.call (.function 31) [(.move (.generated .binding 4)), (.move (.generated .binding 3))] false))))])) (lb := []) (tb := (.succeed (.construct (.adt 1 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))]))) (Corr.matchArms (st := (.result (.pair .bytes (.list .bytes)) .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(5, (.pair .bytes (.list .bytes)), (some 5)), (3, (.option .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, (.list (.adt 2)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.adt 1 0) [(.construct .cons [(.construct (.adt 2 0) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 110)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))] (.move (.generated .part 111)))), (.move (.generated .binding 3))]), (.move (.generated .binding 0))]), (.call (.function 45) [(.move (.generated .binding 1))] false)]))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, (.option .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, (.list (.adt 2)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.move (.generated .binding 4)), (.move (.generated .binding 3))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.list (.adt 2)), (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes), (.option .bytes)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 110))) (Corr.first (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 111))) (Corr.second (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl))) rfl rfl rfl) (Corr.fOfB (Corr.build (ts := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl))))⟩⟩
+
+theorem fun31 : FunOK program krate flags 31 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 2) [(.call (.function 19) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)]), [(1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun32 : FunOK program krate flags 32 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.call (.function 46) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 47) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))], (.succeed (.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 112)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false)))] false)), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 112)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl))))⟩⟩
+
+theorem fun33 : FunOK program krate flags 33 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 48) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 0))]))) (.mk [(.mk (.bind (.generated .holder 114)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "info: "))] false)] false))] (.matchOn (.move (.generated .holder 114)) [(.mk .none (.mk [] (.call (.function 50) [(.move (.generated .binding 0))] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))]))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 48) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.move (.generated .binding 0))]))) (lb := [(.mk (.bind (.generated .holder 114)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "info: "))] false)] false))]) (tb := (.matchOn (.move (.generated .holder 114)) [(.mk .none (.mk [] (.call (.function 50) [(.move (.generated .binding 0))] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))])) (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 50) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 1))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.callF (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl)))⟩⟩
+
+theorem fun34 : FunOK program krate flags 34 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 115)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 115)) [(.mk .none (.mk [] (.construct (.none .bytes) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), .wild])) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]), [(0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .bytes) [])) (Corr.mCons (Γ' := [(2, (.list .bytes), none), (1, .bytes, (some 1)), (0, (.list .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun35 : FunOK program krate flags 35 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 116)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 116))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 117)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 118))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 118)))))] (.move (.generated .part 117))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 119))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 120))]) none (.move (.generated .binding 1)))] (.move (.generated .part 120)))))] (.move (.generated .part 119))))), (.mk (.bind (.generated .holder 121)) none (.call (.function 51) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false))], (.matchOn (.move (.generated .holder 121)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .operand 122)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 123)) none (.lit (.fixed .u8 10)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true))) (.construct .cons [(.call (.function 52) [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))))]), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 116)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 116))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 117)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 118))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 118)))))]) (tail := (.move (.generated .part 117))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 118))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 118))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 119))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 120))]) none (.move (.generated .binding 1)))] (.move (.generated .part 120)))))]) (tail := (.move (.generated .part 119))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 120))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 120))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(5, (.fixed .u8), (some 5)), (4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 122)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 123)) none (.lit (.fixed .u8 10)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true))) (.construct .cons [(.call (.function 52) [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 122)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 123)) none (.lit (.fixed .u8 10)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true))) (.construct .cons [(.call (.function 52) [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
+
+theorem fun36 : FunOK program krate flags 36 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 132)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 132)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 36) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 133)) (some (.fn 6)) (.move (.generated .binding 0)))] (.apply (.generated .callee 133) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 36) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 133)) (some (.fn 6)) (.move (.generated .binding 0)))] (.apply (.generated .callee 133) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 133)) (some (.fn 6)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 133) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun37 : FunOK program krate flags 37 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun38 : FunOK program krate flags 38 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 134)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 134)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 134))), (.mk (.bind (.generated .holder 136)) none (.block (.mk [(.mk (.bind (.generated .callee 135)) (some (.fn 7)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 135) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 136)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 38) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 136)) none (.block (.mk [(.mk (.bind (.generated .callee 135)) (some (.fn 7)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 135) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 136)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 38) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 135)) (some (.fn 7)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 135) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 38) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun39 : FunOK program krate flags 39 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 53) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun40 : FunOK program krate flags 40 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "`"))] false), (.move (.generated .binding 0))] false), (.call (.function 7) [(.lit (.str "`"))] false)] false), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun41 : FunOK program krate flags 41 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 137)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 137)) [(.mk .none (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct (.nil (.pair .bytes (.list .bytes))) [])])]))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .operand 139)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 138)))))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 139)), (.move (.generated .operand 140))] false) (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false) (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (.mk [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))] (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])))))))]), [(2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .bytes (.list .bytes)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct (.nil (.pair .bytes (.list .bytes))) [])])])) (Corr.mCons (Γ' := [(4, (.list (.pair .bytes (.list .bytes))), (some 4)), (3, (.pair .bytes (.list .bytes)), (some 3)), (2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 139)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 138)))))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 139)), (.move (.generated .operand 140))] false) (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false) (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (.mk [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))] (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 139)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 138)))))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 139)), (.move (.generated .operand 140))] false)) (lk := []) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 138))) (Corr.first (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (lb := []) (tb := (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false) (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (.mk [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))] (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl) (Corr.cond (lc := []) (ce := (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 141))) (Corr.first (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (lb := [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))]) (tb := (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])) (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl) (Corr.matchArms (st := (.option (.list (.pair .bytes (.list .bytes))))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes), (.list (.pair .bytes (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .bytes (.list .bytes))), (some 4)), (3, (.pair .bytes (.list .bytes)), (some 3)), (2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (Corr.mCons (Γ' := [(5, (.list (.pair .bytes (.list .bytes))), (some 5)), (4, (.list (.pair .bytes (.list .bytes))), (some 4)), (3, (.pair .bytes (.list .bytes)), (some 3)), (2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)))))) rfl rfl rfl (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun42 : FunOK program krate flags 42 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 143)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 144)) none (.call (.function 55) [(.move (.generated .binding 0)), (.lit (.nat 0))] true))], (.succeed (.call (.runtime .natLt) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false)), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun43 : FunOK program krate flags 43 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 145)) none (.call (.function 56) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "]"))] false)] false))], (.matchOn (.move (.generated .holder 145)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 146)) none (.call (.function 56) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " does not depend on any axioms"))] false)] false))] (.matchOn (.move (.generated .holder 146)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 146)) none (.call (.function 56) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " does not depend on any axioms"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 146)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])) (Corr.mCons (Γ' := [(1, .bytes, none), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .bytes, none), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun44 : FunOK program krate flags 44 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 147)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false))], (.matchOn (.move (.generated .holder 147)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 148)) none (.call (.function 56) [(.clone (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' does not depend on any axioms"))] false)] false))] (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 149)) none (.call (.function 56) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "]"))] false)] false))] (.matchOn (.move (.generated .holder 149)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 58) [(.clone (.generated .binding 2)), (.construct (.nil .bytes) [])] false)), (.mk (.bind (.generated .binding 4)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 2))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.move (.generated .binding 3)))) (.mk [] (.succeed (.move (.generated .binding 4)))))))])))]), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 148)) none (.call (.function 56) [(.clone (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' does not depend on any axioms"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 149)) none (.call (.function 56) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "]"))] false)] false))] (.matchOn (.move (.generated .holder 149)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 58) [(.clone (.generated .binding 2)), (.construct (.nil .bytes) [])] false)), (.mk (.bind (.generated .binding 4)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 2))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.move (.generated .binding 3)))) (.mk [] (.succeed (.move (.generated .binding 4)))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 149)) none (.call (.function 56) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "]"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 149)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)))])) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 3)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 58) [(.clone (.generated .binding 2)), (.construct (.nil .bytes) [])] false)), (.mk (.bind (.generated .binding 4)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 2))] false)] false))]) (tail := (.cond (.call (.function 61) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.move (.generated .binding 3)))) (.mk [] (.succeed (.move (.generated .binding 4)))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 61) [(.move (.generated .binding 2))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 3)))) (lb := []) (tb := (.succeed (.move (.generated .binding 4)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))))) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(5, .bytes, (some 5)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun45 : FunOK program krate flags 45 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 150)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 150)) [(.mk .none (.mk [] (.construct (.nil .bytes) []))), (.mk (.some (.tuple [.wild, (.bind (.generated .binding 2))])) (.mk [] (.move (.generated .binding 2))))]), [(0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .bytes) [])) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, .bytes, none), (0, (.list .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun46 : FunOK program krate flags 46 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 151)), .wild]) none (.call (.function 38) [(.construct (.closure 7 63) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 152)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 152))] false))), (.lit (.nat 0))] true))], (.succeed (.move (.generated .part 151))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 152)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 152))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun47 : FunOK program krate flags 47 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 153)), .wild]) none (.call (.function 38) [(.construct (.closure 7 64) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 154)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 154))] false))), (.block (.mk [(.mk (.bind (.generated .operand 155)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 155))] false)))] true))], (.succeed (.move (.generated .part 153))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 154)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 154))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 155)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 155))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun48 : FunOK program krate flags 48 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 160)) none (.block (.mk [(.mk (.bind (.generated .operand 157)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 159)) none (.block (.mk [(.mk (.bind (.generated .operand 156)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 156))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 157)), (.move (.generated .operand 158)), (.move (.generated .operand 159))] false))))], (.matchOn (.move (.generated .holder 160)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .operand 161)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 162)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false)))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 157)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 159)) none (.block (.mk [(.mk (.bind (.generated .operand 156)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 156))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 157)), (.move (.generated .operand 158)), (.move (.generated .operand 159))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 156)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 156))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 161)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 162)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun49 : FunOK program krate flags 49 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 48) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 163)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 163))] false))), (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.block (.mk [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)))), (.mk (.bind (.generated .operand 167)) none (.block (.mk [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)))] false)])) (.mk [] (.construct (.none .bytes) []))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 48) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 163)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 163))] false))), (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.block (.mk [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)))), (.mk (.bind (.generated .operand 167)) none (.block (.mk [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)))] false)])) (lb := []) (tb := (.construct (.none .bytes) [])) (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 163)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 163))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 166)) none (.block (.mk [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)))), (.mk (.bind (.generated .operand 167)) none (.block (.mk [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun50 : FunOK program krate flags 50 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 168)) none (.call (.function 65) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str ":"))] false)] true))], (.matchOn (.move (.generated .holder 168)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 170)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 169))]) none (.move (.generated .binding 1)))] (.move (.generated .part 169)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .holder 172)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))] (.move (.generated .part 171)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 172)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))])))]), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 170)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 169))]) none (.move (.generated .binding 1)))] (.move (.generated .part 169)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))]) (tail := (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .holder 172)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))] (.move (.generated .part 171)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 172)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 169))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 169))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 172)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))] (.move (.generated .part 171)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))]) (tail := (.matchOn (.move (.generated .holder 172)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 171))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(3, (.pair .bytes .bytes), (some 3)), (2, (.pair .bytes .bytes), (some 2)), (1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))]) (tail := (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 173))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 174))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 175))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 4))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 7)))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun51 : FunOK program krate flags 51 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 176)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 177)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun52 : FunOK program krate flags 52 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 68) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false) (.mk [] (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.block (.mk [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)))), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)))] false)) (.mk [] (.move (.generated .binding 0)))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 68) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.block (.mk [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)))), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 179)) none (.block (.mk [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)))), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
+
+theorem fun53 : FunOK program krate flags 53 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 69) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 181)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 182)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 181)), (.move (.generated .operand 182))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 181)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 182)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 181)), (.move (.generated .operand 182))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 181)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 182)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 181)), (.move (.generated .operand 182))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun54 : FunOK program krate flags 54 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.bind (.generated .operand 183)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 184)) none (.move (.generated .binding 1)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 183)), (.move (.generated .operand 184))] false)))), (.mk (.bind (.generated .operand 188)) none (.block (.mk [(.mk (.bind (.generated .operand 185)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 186)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false))))], (.call (.runtime .equal) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.ordering, .ordering]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 183)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 184)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 183)), (.move (.generated .operand 184))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 185)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 186)) none (.lit (.bytes (ByteArray.mk #[1]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun55 : FunOK program krate flags 55 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 9)), (.lit (.fixed .u8 13))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false))) (.mk [] (.succeed (.lit (.nat 1)))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 194))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0))))))))))))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 9)), (.lit (.fixed .u8 13))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false)))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 70) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 9)), (.lit (.fixed .u8 13))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 1)))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 194))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))))))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 194))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false)))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 2)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)))))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)))))))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))))))))))))⟩⟩
+
+theorem fun56 : FunOK program krate flags 56 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 68) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 217)) none (.block (.mk [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)))), (.mk (.bind (.generated .operand 218)) none (.block (.mk [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 217)), (.move (.generated .operand 218))] false)))] false)])) (.mk [] (.construct (.none .bytes) []))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 68) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 217)) none (.block (.mk [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)))), (.mk (.bind (.generated .operand 218)) none (.block (.mk [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 217)), (.move (.generated .operand 218))] false)))] false)])) (lb := []) (tb := (.construct (.none .bytes) [])) (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 217)) none (.block (.mk [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)))), (.mk (.bind (.generated .operand 218)) none (.block (.mk [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 217)), (.move (.generated .operand 218))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun57 : FunOK program krate flags 57 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 59) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized axiom payload: "))] false), (.move (.generated .binding 0))] false)] false), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun58 : FunOK program krate flags 58 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.ok (.pair .bytes (.list .bytes)) .bytes) [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1)))]), [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.pair .bytes (.list .bytes))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun59 : FunOK program krate flags 59 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.err (.pair .bytes (.list .bytes)) .bytes) [(.move (.generated .binding 0))]), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun60 : FunOK program krate flags 60 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.call (.function 40) [(.move (.generated .binding 0))] false), (.call (.function 7) [(.lit (.str " is not a Lean name"))] false)] false), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun61 : FunOK program krate flags 61 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 222)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 219))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 220)), .wild]) none (.call (.function 71) [(.construct (.closure 8 72) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 220)))))] (.move (.generated .part 219))))), (.mk (.bind (.generated .operand 223)) none (.lit (.nat 1)))], (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 222)), (.move (.generated .operand 223))] false)), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 219))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 220)), .wild]) none (.call (.function 71) [(.construct (.closure 8 72) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 220)))))]) (tail := (.move (.generated .part 219))) (Corr.second (ta := .nat) (tb := .nat) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 220)), .wild]) none (.call (.function 71) [(.construct (.closure 8 72) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))]) (tail := (.move (.generated .part 220))) (Corr.first (ta := (.pair .nat .nat)) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun62 : FunOK program krate flags 62 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 224)) none (.call (.function 73) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' depends on axioms: ["))] false)] true))], (.matchOn (.move (.generated .holder 224)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 225)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 225))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 226))]) none (.move (.generated .binding 2)))] (.move (.generated .part 226))))), (.mk (.bind (.generated .binding 5)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 74) [(.clone (.generated .binding 3)), (.move (.generated .binding 4))] true)), (.mk (.bind (.generated .binding 6)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 3))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 3))] true) (.mk [] (.succeed (.move (.generated .binding 5)))) (.mk [] (.succeed (.move (.generated .binding 6)))))))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 225)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 225))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 226))]) none (.move (.generated .binding 2)))] (.move (.generated .part 226))))), (.mk (.bind (.generated .binding 5)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 74) [(.clone (.generated .binding 3)), (.move (.generated .binding 4))] true)), (.mk (.bind (.generated .binding 6)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 3))] false)] false))]) (tail := (.cond (.call (.function 61) [(.move (.generated .binding 3))] true) (.mk [] (.succeed (.move (.generated .binding 5)))) (.mk [] (.succeed (.move (.generated .binding 6)))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 225)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 225))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 226))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 226))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 61) [(.move (.generated .binding 3))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 5)))) (lb := []) (tb := (.succeed (.move (.generated .binding 6)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))))))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun63 : FunOK program krate flags 63 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 227)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 228)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 227)), (.move (.generated .operand 228))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 229)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 230)) none (.call (.function 55) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 229)), (.move (.generated .operand 230))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 227)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 228)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 227)), (.move (.generated .operand 228))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 229)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 230)) none (.call (.function 55) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 229)), (.move (.generated .operand 230))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 229)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 230)) none (.call (.function 55) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 229)), (.move (.generated .operand 230))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun64 : FunOK program krate flags 64 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 231)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 232)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))], (.cond (.cond (.call (.runtime .natLt) [(.move (.generated .operand 231)), (.move (.generated .operand 232))] false) (.mk [(.mk (.bind (.generated .operand 235)) none (.block (.mk [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)))), (.mk (.bind (.generated .operand 236)) none (.copy (.generated .binding 2)))] (.call (.runtime .natLe) [(.move (.generated .operand 235)), (.move (.generated .operand 236))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 237)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 238)) none (.call (.function 75) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natSub) [(.move (.generated .operand 237)), (.move (.generated .operand 238))] false)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 231)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 232)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (ce := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 231)), (.move (.generated .operand 232))] false) (.mk [(.mk (.bind (.generated .operand 235)) none (.block (.mk [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)))), (.mk (.bind (.generated .operand 236)) none (.copy (.generated .binding 2)))] (.call (.runtime .natLe) [(.move (.generated .operand 235)), (.move (.generated .operand 236))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 231)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 232)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 231)), (.move (.generated .operand 232))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 235)) none (.block (.mk [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)))), (.mk (.bind (.generated .operand 236)) none (.copy (.generated .binding 2)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 235)), (.move (.generated .operand 236))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 237)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 238)) none (.call (.function 75) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natSub) [(.move (.generated .operand 237)), (.move (.generated .operand 238))] false)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 237)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 238)) none (.call (.function 75) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 237)), (.move (.generated .operand 238))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun65 : FunOK program krate flags 65 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 239)) none (.call (.function 76) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] true))], (.matchOn (.move (.generated .holder 239)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 2))] false) (.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 241)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 242)) none (.block (.mk [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 241)), (.move (.generated .operand 242))] true))), (.block (.mk [(.mk (.bind (.generated .operand 247)) none (.block (.mk [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)))), (.mk (.bind (.generated .operand 248)) none (.block (.mk [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 247)), (.move (.generated .operand 248))] false)))] false))]))))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 2))] false) (.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 241)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 242)) none (.block (.mk [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 241)), (.move (.generated .operand 242))] true))), (.block (.mk [(.mk (.bind (.generated .operand 247)) none (.block (.mk [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)))), (.mk (.bind (.generated .operand 248)) none (.block (.mk [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 247)), (.move (.generated .operand 248))] false)))] false))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bytes .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 241)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 242)) none (.block (.mk [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 241)), (.move (.generated .operand 242))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 247)) none (.block (.mk [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)))), (.mk (.bind (.generated .operand 248)) none (.block (.mk [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 247)), (.move (.generated .operand 248))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun66 : FunOK program krate flags 66 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 249)) none (.call (.function 65) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "-"))] false)] true))], (.matchOn (.move (.generated .holder 249)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 9)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 1))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 0))] true) (.mk [] (.succeed (.move (.generated .binding 9)))) (.mk [] (.succeed (.construct (.none .bytes) [])))))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 250)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 250))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 251))]) none (.move (.generated .binding 2)))] (.move (.generated .part 251))))), (.mk (.bind (.generated .holder 252)) none (.call (.function 65) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 252)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 253))))), (.mk (.bind (.generated .binding 7)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))] (.move (.generated .part 254))))), (.mk (.bind (.generated .binding 8)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 7))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 3))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 9)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 1))] false))]) (tail := (.cond (.call (.function 67) [(.move (.generated .binding 0))] true) (.mk [] (.succeed (.move (.generated .binding 9)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 250)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 250))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 251))]) none (.move (.generated .binding 2)))] (.move (.generated .part 251))))), (.mk (.bind (.generated .holder 252)) none (.call (.function 65) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str ":"))] false)] true))]) (tail := (.matchOn (.move (.generated .holder 252)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 253))))), (.mk (.bind (.generated .binding 7)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))] (.move (.generated .part 254))))), (.mk (.bind (.generated .binding 8)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 7))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 3))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 250)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 250))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 251))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 251))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .bytes, (some 3)), (2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(5, (.pair .bytes .bytes), (some 5)), (4, .bytes, (some 4)), (3, .bytes, (some 3)), (2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 253))))), (.mk (.bind (.generated .binding 7)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))] (.move (.generated .part 254))))), (.mk (.bind (.generated .binding 8)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 7))] false))]) (tail := (.cond (.call (.function 67) [(.move (.generated .binding 3))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 253))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 254))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 3))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 4))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 6))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 8)))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 9)))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))) rfl rfl rfl)⟩⟩
+
+theorem fun67 : FunOK program krate flags 67 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 78) [(.call (.function 32) [(.move (.generated .binding 0))] true)] false), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun68 : FunOK program krate flags 68 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 255)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 255))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 256)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 256))] false)))), (.mk (.bind (.generated .operand 257)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 258)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 257)), (.move (.generated .operand 258))] false) (.mk [(.mk (.bind (.generated .holder 264)) none (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 262)) none (.block (.mk [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)))), (.mk (.bind (.generated .operand 263)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 261)), (.move (.generated .operand 262)), (.move (.generated .operand 263))] false))))] (.matchOn (.move (.generated .holder 264)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 265)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 266)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 265)), (.move (.generated .operand 266))] false)))])) (.mk [] (.lit (.bool false)))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 255)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 255))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 256)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 256))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 257)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 258)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 257)), (.move (.generated .operand 258))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 264)) none (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 262)) none (.block (.mk [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)))), (.mk (.bind (.generated .operand 263)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 261)), (.move (.generated .operand 262)), (.move (.generated .operand 263))] false))))]) (ta := (.matchOn (.move (.generated .holder 264)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 265)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 266)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 265)), (.move (.generated .operand 266))] false)))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 261)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 262)) none (.block (.mk [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)))), (.mk (.bind (.generated .operand 263)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 261)), (.move (.generated .operand 262)), (.move (.generated .operand 263))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 265)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 266)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 265)), (.move (.generated .operand 266))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
+
+theorem fun69 : FunOK program krate flags 69 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 267)) none (.call (.function 51) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 267)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 268)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 269)) none (.copy (.generated .binding 2)))] (.call (.runtime .equal) [(.move (.generated .operand 268)), (.move (.generated .operand 269))] false)))]), [(2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 268)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 269)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 268)), (.move (.generated .operand 269))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun70 : FunOK program krate flags 70 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 270)) none (.call (.function 51) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 270)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 79) [(.copy (.generated .binding 4)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)))]), [(3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.fixed .u8), (some 4)), (3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 79) [(.copy (.generated .binding 4)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun71 : FunOK program krate flags 71 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 271)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 271)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 271))), (.mk (.bind (.generated .holder 273)) none (.block (.mk [(.mk (.bind (.generated .callee 272)) (some (.fn 8)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 272) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 273)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 71) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 273)) none (.block (.mk [(.mk (.bind (.generated .callee 272)) (some (.fn 8)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 272) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 273)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 71) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 272)) (some (.fn 8)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 272) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat .nat)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat .nat), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 71) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun72 : FunOK program krate flags 72 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 80) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun73 : FunOK program krate flags 73 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 274)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 274))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 275)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 275))] false)))), (.mk (.bind (.generated .operand 276)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 277)) none (.copy (.generated .binding 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 276)), (.move (.generated .operand 277))] false) (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (.mk [(.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 278)), .wild]) none (.call (.function 38) [(.construct (.closure 7 81) [(.clone (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true))), (.block (.mk [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)))] true))] (.move (.generated .part 278)))))] (.cond (.call (.function 82) [(.clone (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 4))] false) (.call (.function 18) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true))), (.block (.mk [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)))] false))]))) (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) [])))))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 274)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 274))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 275)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 275))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 276)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 277)) none (.copy (.generated .binding 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 276)), (.move (.generated .operand 277))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (lb := [(.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 278)), .wild]) none (.call (.function 38) [(.construct (.closure 7 81) [(.clone (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true))), (.block (.mk [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)))] true))] (.move (.generated .part 278)))))]) (tb := (.cond (.call (.function 82) [(.clone (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 4))] false) (.call (.function 18) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true))), (.block (.mk [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)))] false))]))) (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) []))))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 278)), .wild]) none (.call (.function 38) [(.construct (.closure 7 81) [(.clone (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true))), (.block (.mk [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)))] true))]) (tail := (.move (.generated .part 278))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes, .bytes]) (mask := [false, false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 82) [(.clone (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 4))] false) (.call (.function 18) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true))), (.block (.mk [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)))] false))]))) (lb := []) (tb := (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (Corr.fOfB (Corr.build (ts := [(.pair .bytes .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))))⟩⟩
+
+theorem fun74 : FunOK program krate flags 74 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 289)) none (.call (.function 83) [(.construct (.closure 9 84) []), (.construct (.ok (.list .bytes) .bytes) [(.construct (.nil .bytes) [])]), (.call (.function 85) [(.move (.generated .binding 1)), (.lit (.fixed .u8 44))] true)] true))], (.matchOn (.move (.generated .holder 289)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .holder 290)) none (.clone (.generated .binding 3)))] (.matchOn (.uncons (.generated .holder 290)) [(.mk .none (.mk [] (.succeed (.call (.function 59) [(.call (.function 7) [(.lit (.str "an axiom list cannot be empty"))] false)] false)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.succeed (.call (.function 58) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))))]))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.call (.function 59) [(.move (.generated .binding 2))] false))))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.list .bytes) .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (.result (.list .bytes) .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 290)) none (.clone (.generated .binding 3)))]) (tail := (.matchOn (.uncons (.generated .holder 290)) [(.mk .none (.mk [] (.succeed (.call (.function 59) [(.call (.function 7) [(.lit (.str "an axiom list cannot be empty"))] false)] false)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.succeed (.call (.function 58) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))))])) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 59) [(.move (.generated .binding 2))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 59) [(.call (.function 7) [(.lit (.str "an axiom list cannot be empty"))] false)] false))) (Corr.mCons (Γ' := [(5, (.list .bytes), none), (4, .bytes, none), (3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 58) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun75 : FunOK program krate flags 75 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 291)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 292)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 291)), (.move (.generated .operand 292))] false) (.mk [] (.succeed (.lit (.nat 0)))) (.mk [(.mk (.bind (.generated .operand 295)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)))] true)), (.mk (.bind (.generated .operand 296)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 295)), (.move (.generated .operand 296))] false) (.mk [] (.succeed (.lit (.nat 1)))) (.mk [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0))))))))))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 291)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 292)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 291)), (.move (.generated .operand 292))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 0)))) (lb := [(.mk (.bind (.generated .operand 295)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)))] true)), (.mk (.bind (.generated .operand 296)) none (.lit (.nat 1)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 295)), (.move (.generated .operand 296))] false) (.mk [] (.succeed (.lit (.nat 1)))) (.mk [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 295)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)))] true)), (.mk (.bind (.generated .operand 296)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 295)), (.move (.generated .operand 296))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 1)))) (lb := [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))]) (ce := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 2)))) (lb := [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))]) (ce := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))))))))))⟩⟩
+
+theorem fun76 : FunOK program krate flags 76 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 309)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 309))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 310)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 310))] false)))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 311)), .wild]) none (.call (.function 38) [(.construct (.closure 7 86) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 312)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 313)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 312)), (.move (.generated .operand 313))] true))), (.lit (.nat 0))] true))] (.move (.generated .part 311)))))], (.cond (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 309)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 309))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 310)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 310))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 311)), .wild]) none (.call (.function 38) [(.construct (.closure 7 86) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 312)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 313)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 312)), (.move (.generated .operand 313))] true))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 311))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes, .nat, .bytes, .nat]) (mask := [false, false, false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 312)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 313)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 312)), (.move (.generated .operand 313))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))⟩⟩
+
+theorem fun77 : FunOK program krate flags 77 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 314)) none (.call (.function 49) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " "))] false)] false))], (.matchOn (.move (.generated .holder 314)) [(.mk .none (.mk [] (.construct (.none .bytes) []))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 49) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "info: "))] false)] false)))]), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none .bytes) [])) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 49) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "info: "))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun78 : FunOK program krate flags 78 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 315)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "+"))] false)] false))] (.matchOn (.move (.generated .holder 315)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.move (.generated .binding 1))))])))), (.mk (.bind (.generated .binding 3)) (some .bool) (.call (.function 87) [(.call (.function 20) [(.clone (.generated .binding 2))] true)] false)), (.mk (.bind (.generated .operand 317)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 318)) none (.block (.mk [(.mk (.bind (.generated .operand 316)) none (.clone (.generated .binding 2)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 316))] false))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 317)), (.move (.generated .operand 318))] false) (.mk [] (.cond (.call (.function 88) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.copy (.generated .binding 3)))) (.mk [] (.succeed (.lit (.bool false)))))) (.mk [] (.succeed (.lit (.bool false))))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 315)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "+"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 315)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.move (.generated .binding 1))))])) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 317)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 318)) none (.block (.mk [(.mk (.bind (.generated .operand 316)) none (.clone (.generated .binding 2)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 316))] false))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 317)), (.move (.generated .operand 318))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 316)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 316))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 88) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.copy (.generated .binding 3)))) (.mk [] (.succeed (.lit (.bool false)))))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.cond (lc := []) (ce := (.call (.function 88) [(.move (.generated .binding 2))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 3)))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl))))) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))))⟩⟩
+
+theorem fun79 : FunOK program krate flags 79 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 321)) none (.block (.mk [(.mk (.bind (.generated .operand 319)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 320)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 319)), (.move (.generated .operand 320))] false))))], (.matchOn (.move (.generated .holder 321)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [(.mk (.bind (.generated .holder 324)) none (.block (.mk [(.mk (.bind (.generated .operand 322)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 323)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 322)), (.move (.generated .operand 323))] false))))] (.matchOn (.move (.generated .holder 324)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])))]), [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 319)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 320)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 319)), (.move (.generated .operand 320))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 324)) none (.block (.mk [(.mk (.bind (.generated .operand 322)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 323)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 322)), (.move (.generated .operand 323))] false))))]) (tail := (.matchOn (.move (.generated .holder 324)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 322)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 323)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 322)), (.move (.generated .operand 323))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.fixed .u8), none), (3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun80 : FunOK program krate flags 80 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 326)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 325))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 325))))), (.mk (.bind (.generated .operand 327)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 326)), (.move (.generated .operand 327))] false) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) []))) (.mk [(.mk (.bind (.generated .holder 329)) none (.call (.function 51) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 328)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 328))))] false))] (.matchOn (.move (.generated .holder 329)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true))) (.call (.function 89) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 333)))), (.copy (.generated .binding 2))] false))]))))]))), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 326)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 325))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 325))))), (.mk (.bind (.generated .operand 327)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 326)), (.move (.generated .operand 327))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 325))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 325))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none (.pair .nat .nat)) []))) (lb := [(.mk (.bind (.generated .holder 329)) none (.call (.function 51) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 328)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 328))))] false))]) (tb := (.matchOn (.move (.generated .holder 329)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true))) (.call (.function 89) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 333)))), (.copy (.generated .binding 2))] false))]))))])) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 328)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 328))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat .nat)) []))) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true))) (.call (.function 89) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 333)))), (.copy (.generated .binding 2))] false))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 330))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 333))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)))⟩⟩
+
+theorem fun81 : FunOK program krate flags 81 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 90) [(.move (.generated .binding 1)), (.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun82 : FunOK program krate flags 82 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 338)) none (.block (.mk [(.mk (.bind (.generated .operand 335)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 336)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 337)) none (.block (.mk [(.mk (.bind (.generated .operand 334)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 334))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 335)), (.move (.generated .operand 336)), (.move (.generated .operand 337))] false))))], (.matchOn (.move (.generated .holder 338)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 339)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 340)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 339)), (.move (.generated .operand 340))] false)))]), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 335)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 336)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 337)) none (.block (.mk [(.mk (.bind (.generated .operand 334)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 334))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 335)), (.move (.generated .operand 336)), (.move (.generated .operand 337))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 334)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 334))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 339)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 340)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 339)), (.move (.generated .operand 340))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun83 : FunOK program krate flags 83 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 341)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 341)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 83) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 342)) (some (.fn 9)) (.move (.generated .binding 0)))] (.apply (.generated .callee 342) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.result (.list .bytes) .bytes), (some 1)), (0, (.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.result (.list .bytes) .bytes), (some 1)), (0, (.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.result (.list .bytes) .bytes), (some 1)), (0, (.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 83) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 342)) (some (.fn 9)) (.move (.generated .binding 0)))] (.apply (.generated .callee 342) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (.result (.list .bytes) .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 342)) (some (.fn 9)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 342) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.result (.list .bytes) .bytes), .bytes]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun84 : FunOK program krate flags 84 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 91) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.result (.list .bytes) .bytes), .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun85 : FunOK program krate flags 85 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 343)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 343))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 344)), .wild]) none (.call (.function 15) [(.construct (.closure 2 92) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 344))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 345)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 346)))))] (.move (.generated .part 345)))))], (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 347)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 348)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 347)), (.move (.generated .operand 348))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 349))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))] (.move (.generated .part 350)))))] (.move (.generated .part 349))))])] false)), [(1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 343)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 343))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 344)), .wild]) none (.call (.function 15) [(.construct (.closure 2 92) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 344))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.fixed .u8), .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 345)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 346)))))]) (tail := (.move (.generated .part 345))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 346))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 347)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 348)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 347)), (.move (.generated .operand 348))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 349))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))] (.move (.generated .part 350)))))]) (tail := (.move (.generated .part 349))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 350))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem fun86 : FunOK program krate flags 86 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 82) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))), [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .bytes, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 82) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none .nat) []))) (lb := [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))))⟩⟩
+
+theorem fun87 : FunOK program krate flags 87 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 358)) none (.block (.mk [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)))), (.mk (.bind (.generated .operand 359)) none (.lit (.nat 20)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 358)), (.move (.generated .operand 359))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false) (.mk [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (.mk [] (.lit (.bool false)))))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 358)) none (.block (.mk [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)))), (.mk (.bind (.generated .operand 359)) none (.lit (.nat 20)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 358)), (.move (.generated .operand 359))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false) (.mk [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))]) (ta := (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false)) (Corr.prim (ts := [.ordering, .ordering]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
+
+theorem fun88 : FunOK program krate flags 88 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 373)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 370)), .wild]) none (.call (.function 38) [(.construct (.closure 7 93) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false))), (.lit (.nat 0))] true))] (.move (.generated .part 370))))), (.mk (.bind (.generated .operand 374)) none (.block (.mk [(.mk (.bind (.generated .operand 372)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 372))] false))))], (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 373)), (.move (.generated .operand 374))] false)), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 370)), .wild]) none (.call (.function 38) [(.construct (.closure 7 93) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 370))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 372)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 372))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun89 : FunOK program krate flags 89 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 375)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 376)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 375)), (.move (.generated .operand 376))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false) (.mk [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))), [(1, (.fixed .u8), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 375)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 376)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 375)), (.move (.generated .operand 376))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 2))) (lb := [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false) (.mk [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 0))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.cond (lc := []) (ce := (.call (.function 94) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.lit (.nat 2))) (Corr.cond (lc := []) (ce := (.call (.function 95) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.bOfE (Corr.value rfl rfl))))))))))⟩⟩
+
+theorem fun90 : FunOK program krate flags 90 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.none .nat) [])) (.mk [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (.mk [] (.construct (.none .nat) []))))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.none .nat) [])) (lb := [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (.mk [] (.construct (.none .nat) [])))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl) (Corr.cond (lc := [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))⟩⟩
+
+theorem fun91 : FunOK program krate flags 91 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 387)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 387)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.call (.function 32) [(.move (.generated .binding 1))] true))] (.cond (.call (.function 61) [(.clone (.generated .binding 4))] true) (.mk [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]), [(1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.list .bytes) .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 4)) (some .bytes) (.call (.function 32) [(.move (.generated .binding 1))] true))]) (tail := (.cond (.call (.function 61) [(.clone (.generated .binding 4))] true) (.mk [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)]))))) (Corr.mCons (Γ' := [(2, .bytes, none), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 61) [(.clone (.generated .binding 4))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))]) (ta := (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (lb := []) (tb := (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)]))) (Corr.matchArms (st := (.option (.list .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)]))) (Corr.mCons (Γ' := [(5, (.list .bytes), (some 5)), (4, .bytes, (some 4)), (3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl) (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)))))) rfl rfl rfl)⟩⟩
+
+theorem fun92 : FunOK program krate flags 92 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 97) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .bytes, (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun93 : FunOK program krate flags 93 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 98) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun94 : FunOK program krate flags 94 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem fun95 : FunOK program krate flags 95 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 94) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false))))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 94) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false)))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))))⟩⟩
+
+theorem fun96 : FunOK program krate flags 96 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 395)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 395)) [(.mk .none (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct (.nil .bytes) [])])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false) (.mk [] (.construct (.none (.list .bytes)) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))))))]), [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct (.nil .bytes) [])])])) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false) (.mk [] (.construct (.none (.list .bytes)) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false)) (lk := []) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.none (.list .bytes)) [])) (lb := []) (tb := (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl) (Corr.cond (lc := []) (ce := (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (lb := [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))]) (tb := (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])) (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl) (Corr.matchArms (st := (.option (.list .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .bytes)) [])) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, (.list .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)))))) rfl rfl rfl (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun97 : FunOK program krate flags 97 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 399)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 399))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 400)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 401)))))] (.move (.generated .part 400))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 402))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))] (.move (.generated .part 403)))))] (.move (.generated .part 402))))), (.mk (.bind (.generated .holder 404)) none (.call (.function 51) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))], (.matchOn (.move (.generated .holder 404)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 399)), .wild]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 399))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 400)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 401)))))]) (tail := (.move (.generated .part 400))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 401))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 402))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))] (.move (.generated .part 403)))))]) (tail := (.move (.generated .part 402))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 403))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(6, (.fixed .u8), (some 6)), (5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
+
+theorem fun98 : FunOK program krate flags 98 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 70) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 70) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | 30 => exact fun30
+  | 31 => exact fun31
+  | 32 => exact fun32
+  | 33 => exact fun33
+  | 34 => exact fun34
+  | 35 => exact fun35
+  | 36 => exact fun36
+  | 37 => exact fun37
+  | 38 => exact fun38
+  | 39 => exact fun39
+  | 40 => exact fun40
+  | 41 => exact fun41
+  | 42 => exact fun42
+  | 43 => exact fun43
+  | 44 => exact fun44
+  | 45 => exact fun45
+  | 46 => exact fun46
+  | 47 => exact fun47
+  | 48 => exact fun48
+  | 49 => exact fun49
+  | 50 => exact fun50
+  | 51 => exact fun51
+  | 52 => exact fun52
+  | 53 => exact fun53
+  | 54 => exact fun54
+  | 55 => exact fun55
+  | 56 => exact fun56
+  | 57 => exact fun57
+  | 58 => exact fun58
+  | 59 => exact fun59
+  | 60 => exact fun60
+  | 61 => exact fun61
+  | 62 => exact fun62
+  | 63 => exact fun63
+  | 64 => exact fun64
+  | 65 => exact fun65
+  | 66 => exact fun66
+  | 67 => exact fun67
+  | 68 => exact fun68
+  | 69 => exact fun69
+  | 70 => exact fun70
+  | 71 => exact fun71
+  | 72 => exact fun72
+  | 73 => exact fun73
+  | 74 => exact fun74
+  | 75 => exact fun75
+  | 76 => exact fun76
+  | 77 => exact fun77
+  | 78 => exact fun78
+  | 79 => exact fun79
+  | 80 => exact fun80
+  | 81 => exact fun81
+  | 82 => exact fun82
+  | 83 => exact fun83
+  | 84 => exact fun84
+  | 85 => exact fun85
+  | 86 => exact fun86
+  | 87 => exact fun87
+  | 88 => exact fun88
+  | 89 => exact fun89
+  | 90 => exact fun90
+  | 91 => exact fun91
+  | 92 => exact fun92
+  | 93 => exact fun93
+  | 94 => exact fun94
+  | 95 => exact fun95
+  | 96 => exact fun96
+  | 97 => exact fun97
+  | 98 => exact fun98
+  | _ + 99 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0.lean
deleted file mode 100644
index 2433026d1..000000000
--- a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0.lean
+++ /dev/null
@@ -1,98 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanBoot.AxiomOutput
-import LexLeanBoot.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.prim .natEq [(.second (.first (.call 1 [(.closure 2 [(.var 0)]), (.prim .length [(.var 0)]), (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))])]))), (.value .nat (.nat 1))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
-      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.call 3 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.prim .natEq [(.second (.var 1)), (.value .nat (.nat 2))]) (.build .none (.option (.pair .nat .nat)) []) (.«match» (.option (.pair .nat .nat)) (.call 4 [(.var 0), (.first (.var 1))]) [(.arm .some [2] (.build .some (.option (.pair .nat .nat)) [(.build .pair (.pair .nat .nat) [(.prim .natAdd [(.first (.var 1)), (.value .nat (.nat 1))]), (.call 5 [(.second (.var 1)), (.var 2)])])])), (.arm .none [] (.build .none (.option (.pair .nat .nat)) []))])) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, (.fixed .u8)], result := .nat,
-      body := (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 2))]) (.value .nat (.nat 2)) (.cond (.prim .equal [(.var 1), (.value (.fixed .u8) (.u8 46))]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.value .nat (.nat 0)) (.value .nat (.nat 2))) (.cond (.call 6 [(.var 1)]) (.value .nat (.nat 1)) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.cond (.call 7 [(.var 1)]) (.value .nat (.nat 1)) (.value .nat (.nat 2))) (.value .nat (.nat 2)))))) },
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 65)), (.value (.fixed .u8) (.u8 90))]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 97)), (.value (.fixed .u8) (.u8 122))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 95))]))) },
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.call 6 [(.var 0)]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) },
-    { parameters := [0, 1, 2], types := [(.fixed .u8), (.fixed .u8), (.fixed .u8)], result := .bool,
-      body := (.«match» .bool (.prim .checkedSub [(.var 0), (.var 1)]) [(.arm .some [3] (.«match» .bool (.prim .checkedSub [(.var 2), (.var 0)]) [(.arm .some [4] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))])), (.arm .none [] (.build .false .bool []))]) }] }
-
-def __fits_4 (subject : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_4 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_4 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanBoot.Text.byteAt subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
-
-def __fits_8 (byte : UInt8) (low : UInt8) (high : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true)))
-
-theorem __rel_8 (byte : UInt8) (low : UInt8) (high : UInt8) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte), (_root_.LexLeanTarget.TargetSyntax.Value.u8 low), (_root_.LexLeanTarget.TargetSyntax.Value.u8 high)] (_root_.LexLeanPreservation.Rel (__fits_8 byte low high) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.inRange byte low high))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some above => (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => Bool.true | Option.none => Bool.false) | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 byte low)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some above => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some below => Bool.true | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 high byte)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some below => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_6 (byte : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((65 : UInt8)) ((90 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange in
-theorem __rel_6 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_6 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isFirst byte))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_8 (byte) ((65 : UInt8)) ((90 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool))) (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_8 (byte) ((97 : UInt8)) ((122 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (95 : UInt8)))))))
-
-def __fits_7 (byte : UInt8) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange LexLeanBoot.AxiomOutput.isFirst in
-theorem __rel_7 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_7 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isLater byte))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_8 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (byte))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_8 (byte) ((48 : UInt8)) ((57 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (63 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (39 : UInt8)))))))))
-
-def __fits_5 (mode : Nat) (byte : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (2 : Nat)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.isFirst LexLeanBoot.AxiomOutput.isLater in
-theorem __rel_5 (mode : Nat) (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat mode), (_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_5 mode byte) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.nameMode mode byte))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))))) (Nat.beq mode (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (2 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_6 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))))) (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (46 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (0 : Nat) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_7 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (2 : Nat))) (LexLeanBoot.AxiomOutput.isLater (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => _root_.LexLeanPreservation.conv_value))))))))
-
-def __fits_3 (subject : ByteArray) (state : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (state).2 (2 : Nat)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_5 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.nameMode LexLeanBoot.Text.byteAt in
-theorem __rel_3 (subject : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_3 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (LexLeanBoot.AxiomOutput.nameStep subject state))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_5 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.none : (Option (Prod Nat Nat))) else (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat)))))) (Nat.beq (state).2 (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (state).2 (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_5 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat))))) (LexLeanBoot.Text.byteAt (subject) ((state).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (subject) ((state).1))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (state).1 (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((state).2) (byte))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_2 (raw : ByteArray) (state : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (raw) (state)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
-theorem __rel_2 (raw : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_2 raw state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (raw) (state)))
-
-def __fits_0 (raw : ByteArray) : Bool :=
-  (((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (raw) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat Nat)) => __fits_2 (raw) __p0) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))) && (Bool.true && Bool.true)) && Bool.true)
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
-theorem __rel_0 (raw : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_0 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes raw)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) (fun (__p0 : (Prod Nat Nat)) => __fits_2 (raw) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (fun (__p0 : (Prod Nat Nat)) => __rel_2 (raw) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := (.pair .nat .nat)) rfl ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))) : (Prod (Prod Nat Nat) Bool))).1).2 (1 : Nat)))
-
-def denote (raw : ByteArray) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 raw) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (raw : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_0 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 raw)
-
-end LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/Compose/RustStd.lex.tex b/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/Compose/RustStd.lex.tex
deleted file mode 100644
index 3007e55b3..000000000
--- a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,419 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0,
-  LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.root : @827 := @828 {
-  all: [LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.program
-@1 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.krate
-@2 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.flags
-@3 := ByteArray
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.bytes
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.bytes
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_bytes @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (b : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (b : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@57 := Nat
-@60 := Prod.{0, 0} @57 @50
-@61 := 0
-@65 := Prod.mk.{0, 0} @57 @50 @61
-@66 := @65 @6
-@67 := @51 @60
-@68 := @52 @60
-@70 := @68 @66 @67
-@71 := Bool.true
-@72 := LexLeanTarget.TargetSyntax.Function
-@73 := LexLeanTarget.TargetSyntax.Program.functions
-@74 := @73 @0
-@75 := LexLeanTarget.TargetSyntax.Ty
-@76 := @51 @57
-@77 := @51 @75
-@78 := LexLeanTarget.TargetSyntax.Ty.unit
-@79 := LexLeanTarget.TargetSyntax.Value.unit
-@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
-@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
-@92 := List.getD.{0} @72 @74 @61 @87
-@96 := fun (__e_n : @57) =>
-  LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.root @17 @61
-@97 := LexLeanPreservation.Rust.WTL
-@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
-@107 := LexLeanPreservation.Rust.wtl_nil @0
-@108 := @97 @0
-@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
-@115 := @107 @1
-@116 := @108 @1
-@120 := {A : @10} -> @116 @17 @53 @77
-@121 := @115 @2
-@122 := @116 @2
-@123 := @122 @53
-@124 := @123 @77
-@125 := List.{0}
-@126 := @125 @50
-@127 := @125 @75
-@128 := #6
-@129 := @11 @128
-@130 := #5
-@131 := @129 @130
-@132 := #4
-@135 := @131 @132 @12 @14
-@136 := #7
-@141 := @97 @136 @128 @130 @14 @4
-@142 := #8
-@145 := @97 @142 @136 @128
-@147 := @54 @130 @12
-@148 := @145 @147
-@149 := @52 @75
-@151 := @149 @132 @14
-@161 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
-@163 := LexLeanPreservation.Rust.wtl_cons @0
-@183 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} ->
-  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
-@184 := @163 @1
-@200 := {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
-@201 := @184 @2
-@203 := @43 @12 @14
-@205 := @122 @14 @4
-@213 := {v : @50} ->
-  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
-@214 := @201 @6
-@215 := @5 @132
-@217 := @43 @215 @14
-@218 := @5 @128
-@219 := @54 @218
-@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
-@228 := @214 @7
-@229 := @5 @12
-@231 := @43 @229 @7
-@232 := @5 @130
-@233 := @54 @232
-@235 := @122 (@233 @12)
-@236 := @149 @7
-@237 := @236 @14
-@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
-@243 := @228 @53
-@244 := @5 @14
-@246 := @43 @244 @7
-@247 := @123 @4
-@249 := @54 @215 @53
-@250 := @122 @249
-@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
-@255 := @243 @77
-@257 := @54 @229 @53
-@258 := @122 @257
-@259 := @236 @77
-@262 := (h : @49) -> (hs : @124) -> @258 @259
-@263 := @255 @47
-@265 := @54 @244 @53
-@266 := @122 @265
-@268 := (hs : @124) -> @266 @259
-@269 := @263 @121
-@270 := @122 @56
-@271 := @270 @259
-@272 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.denote
-@273 := @272 @4
-@274 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.__fits_0
-@275 := @274 @4
-@277 := LexLeanBoot.AxiomOutput.isClosedLeanName @4
-@279 := LexLeanTarget.TargetSyntax.Value.bool @277
-@281 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.root @4
-@282 := Bool
-@283 := Ne.{1}
-@284 := LexLeanPreservation.Obs
-@285 := @283 @284
-@286 := LexLeanPreservation.Rel
-@289 := @285 (@286 @4 @17)
-@290 := LexLeanPreservation.Obs.stuck
-@293 := (f : @282) -> (v : @50) -> @289 @290
-@295 := LexLeanPreservation.Rust.rel_ne_stuck @275
-@301 := (v : @50) -> @285 (@286 (@274 @14) @17) @290
-@302 := @295 @279
-@306 := @285 (@286 @275 @279) @290
-@307 := @125 @60
-@308 := LexLeanPreservation.Rust.FunSem
-@309 := #9
-@315 := (n : @57) -> @308 @309 @142 @136 @17 @128
-@316 := Eq.{1}
-@317 := Option.{0}
-@318 := @317 @72
-@319 := @316 @318
-@326 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
-@330 := @319 (@326 (@73 @309) @128)
-@331 := Option.some.{0}
-@332 := @331 @72
-@333 := @332 @130
-@334 := @330 @333
-@335 := #10
-@339 := @97 @335 @309 @142 @130
-@340 := LexLeanTarget.TargetSyntax.Function.types
-@341 := @340 @128
-@342 := @339 @341
-@343 := @317 @307
-@344 := @316 @343
-@345 := LexLeanTarget.TargetSemantics.bindAll
-@346 := LexLeanTarget.TargetSyntax.Function.parameters
-@351 := @344 (@345 (@346 @136) @128 @67)
-@352 := @331 @307
-@353 := @352 @130
-@354 := @351 @353
-@355 := @317 @282
-@356 := @316 @355
-@357 := LexLeanPreservation.Rust.fnFallible
-@358 := #11
-@361 := @356 (@357 @358 @309)
-@362 := @331 @282
-@363 := @362 @130
-@364 := @361 @363
-@365 := LexLeanPreservation.RunConv
-@366 := #13
-@370 := @365 @366 @335 @142 @130
-@372 := @285 @128 @290
-@373 := Exists.{1}
-@374 := LexLeanPreservation.Rust.ROut
-@375 := @373 @374
-@376 := And
-@377 := LexLeanPreservation.Rust.RealizesFn
-@381 := @376 (@377 @309 @142 @17)
-@382 := LexLeanPreservation.Rust.RCI
-@384 := @382 #15
-@385 := LexLeanPreservation.Rust.fnIdent
-@386 := @385 @366
-@393 := (hne : @372) -> @375 (fun (ro : @374) => @381 (@384 @386 @358 @17))
-@408 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @307} ->
-  {F : @282} ->
-  {o : @284} ->
-  (hB : @315) ->
-  (hfn : @334) -> (hwt : @342) -> (hbind : @354) -> (hF : @364) -> (hA : @370) -> @393
-@410 := LexLeanPreservation.Rust.compose @0
-@411 := @308 @0
-@416 := (n : @57) -> @411 @142 @136 @17 @128
-@417 := @326 @74
-@420 := @319 (@417 @128) @333
-@424 := @108 @309 @142 @130 @341
-@425 := @365 @0
-@428 := @425 @335 @142 @130
-@442 := {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @307} ->
-  {F : @282} ->
-  {o : @284} ->
-  (hB : @416) ->
-  (hfn : @420) -> (hwt : @424) -> (hbind : @354) -> (hF : @364) -> (hA : @428) -> @393
-@443 := @410 @1
-@444 := @411 @1
-@448 := (n : @57) -> @444 @136 @17 @128
-@451 := @116 @142 @130 @341
-@452 := @357 @1
-@455 := @356 (@452 @309) @363
-@456 := @382 @1
-@466 := (hbind : @354) ->
-  (hF : @455) -> (hA : @428) -> (hne : @372) -> @375 (fun (ro : @374) => @381 (@456 @386 @358 @17))
-@476 := {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @307} -> {F : @282} -> {o : @284} -> (hB : @448) -> (hfn : @420) -> (hwt : @451) -> @466
-@477 := @443 @2
-@479 := @444 @2 @17
-@481 := (n : @57) -> @479 @128
-@482 := @122 @130
-@483 := @482 @341
-@492 := {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @307} -> {F : @282} -> {o : @284} -> (hB : @481) -> (hfn : @420) -> (hwt : @483) -> @466
-@493 := @477 @61
-@495 := (n : @57) -> @479 @61
-@496 := @417 @61
-@497 := @319 @496
-@498 := @497 @333
-@499 := @452 @61
-@500 := @356 @499
-@501 := @500 @363
-@502 := @425 @61
-@504 := @502 @142 @130
-@506 := @456 (@385 @61)
-@514 := (hF : @501) -> (hA : @504) -> (hne : @372) -> @375 (fun (ro : @374) => @381 (@506 @358 @17))
-@523 := {fn : @72} ->
-  {args : @126} ->
-  {env : @307} ->
-  {F : @282} -> {o : @284} -> (hB : @495) -> (hfn : @498) -> (hwt : @483) -> (hbind : @354) -> @514
-@524 := @493 @92
-@526 := @497 (@332 @92)
-@527 := @340 @92
-@528 := @482 @527
-@530 := @345 (@346 @92)
-@542 := {args : @126} ->
-  {env : @307} ->
-  {F : @282} ->
-  {o : @284} ->
-  (hB : @495) -> (hfn : @526) -> (hwt : @528) -> (hbind : @344 (@530 @128 @67) @353) -> @514
-@543 := @524 @56
-@544 := @219 @53
-@546 := @122 @544 @527
-@549 := @54 (@5 @136) @53
-@553 := @344 (@530 @549 @67) @353
-@556 := @54 (@5 @309) @53
-@577 := {env : @307} ->
-  {F : @282} ->
-  {o : @284} ->
-  (hB : @495) ->
-  (hfn : @526) ->
-  (hwt : @546) ->
-  (hbind : @553) ->
-  (hF : @501) ->
-  (hA : @502 @556 @130) ->
-  (hne : @372) -> @375 (fun (ro : @374) => @381 (@506 (@54 (@5 #12) @53) @17))
-@578 := @543 @70
-@579 := @233 @53
-@581 := @122 @579 @527
-@589 := @344 (@530 @544 @67) (@352 (@68 (@65 @218) @67))
-@592 := @54 (@5 @142) @53
-@611 := {F : @282} ->
-  {o : @284} ->
-  (hB : @495) ->
-  (hfn : @526) ->
-  (hwt : @581) ->
-  (hbind : @589) ->
-  (hF : @501) ->
-  (hA : @502 @592 @130) ->
-  (hne : @372) -> @375 (fun (ro : @374) => @381 (@506 (@54 (@5 @358) @53) @17))
-@612 := @578 @71
-@613 := @250 @527
-@621 := @344 (@530 @579 @67) (@352 (@68 (@65 @232) @67))
-@623 := @500 (@362 @71)
-@625 := @502 @549 @130
-@626 := @377 @71
-@645 := {o : @284} ->
-  (hB : @495) ->
-  (hfn : @526) ->
-  (hwt : @613) ->
-  (hbind : @621) ->
-  (hF : @623) ->
-  (hA : @625) ->
-  (hne : @372) -> @375 (fun (ro : @374) => @376 (@626 @142 @17) (@506 (@54 (@5 @335) @53) @17))
-@646 := @612 @273
-@647 := @258 @527
-@655 := @344 (@530 @249 @67) (@352 (@68 (@65 @215) @67))
-@656 := @502 @544
-@657 := @272 @128
-@658 := @656 @657
-@659 := @272 @136
-@677 := (hB : @495) ->
-  (hfn : @526) ->
-  (hwt : @647) ->
-  (hbind : @655) ->
-  (hF : @623) ->
-  (hA : @658) ->
-  (hne : @285 @659 @290) -> @375 (fun (ro : @374) => @376 (@626 (@272 @309) @17) (@506 @556 @17))
-@678 := @646 @96
-@679 := @266 @527
-@687 := @344 (@530 @257 @67) (@352 (@68 (@65 @229) @67))
-@688 := @502 @579
-@689 := @272 @130
-@707 := (hfn : @526) ->
-  (hwt : @679) ->
-  (hbind : @687) ->
-  (hF : @623) ->
-  (hA : @688 @689) ->
-  (hne : @285 @657 @290) -> @375 (fun (ro : @374) => @376 (@626 (@272 @142) @17) (@506 @592 @17))
-@708 := Eq.refl.{1}
-@711 := @678 (@708 @318 @496)
-@712 := @270 @527
-@720 := @344 (@530 @265 @67) (@352 (@68 (@65 @244) @67))
-@721 := @502 @249
-@722 := @272 @132
-@738 := (hwt : @712) ->
-  (hbind : @720) ->
-  (hF : @623) ->
-  (hA : @721 @722) ->
-  (hne : @285 @689 @290) -> @375 (fun (ro : @374) => @376 (@626 @659 @17) (@506 @549 @17))
-@739 := @711 @269
-@741 := @530 @56 @67
-@744 := @344 @741 (@352 @70)
-@745 := @502 @257
-@746 := @272 @12
-@761 := (hbind : @744) ->
-  (hF : @623) ->
-  (hA : @745 @746) ->
-  (hne : @285 @722 @290) -> @375 (fun (ro : @374) => @376 (@626 @657 @17) (@506 @544 @17))
-@764 := @739 (@708 @343 @741)
-@765 := @502 @265
-@766 := @272 @14
-@780 := (hF : @623) ->
-  (hA : @765 @766) ->
-  (hne : @285 @746 @290) -> @375 (fun (ro : @374) => @376 (@626 @689 @17) (@506 @579 @17))
-@783 := @764 (@708 @355 @499)
-@797 := (hA : @502 @56 @273) ->
-  (hne : @285 @766 @290) -> @375 (fun (ro : @374) => @376 (@626 @722 @17) (@506 @249 @17))
-@798 := @783 @281
-@809 := (hne : @285 @273 @290) -> @375 (fun (ro : @374) => @376 (@626 @746 @17) (@506 @257 @17))
-@810 := @798 @302
-@816 := @376 (@626 @766 @17) (@506 @265 @17)
-@818 := @375 (fun (ro : @374) => @816)
-@820 := @375 (fun (__e_ro : @374) => @816)
-@824 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@825 := (__e_hrep : @824) -> @820
-@826 := fun (__e_hrep : @824) => @810
-@827 := (raw : @3) -> @825
-@828 := fun (raw : @3) => @826
-\end{coremodule}
-\end{lexlean}
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/RustStd.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/RustStd.lean
deleted file mode 100644
index cbce92caa..000000000
--- a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/RustStd.lean
+++ /dev/null
@@ -1,99 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.prim .natEq [(.second (.first (.call 1 [(.closure 2 [(.var 0)]), (.prim .length [(.var 0)]), (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))])]))), (.value .nat (.nat 1))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
-      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.call 3 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.prim .natEq [(.second (.var 1)), (.value .nat (.nat 2))]) (.build .none (.option (.pair .nat .nat)) []) (.«match» (.option (.pair .nat .nat)) (.call 4 [(.var 0), (.first (.var 1))]) [(.arm .some [2] (.build .some (.option (.pair .nat .nat)) [(.build .pair (.pair .nat .nat) [(.prim .natAdd [(.first (.var 1)), (.value .nat (.nat 1))]), (.call 5 [(.second (.var 1)), (.var 2)])])])), (.arm .none [] (.build .none (.option (.pair .nat .nat)) []))])) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, (.fixed .u8)], result := .nat,
-      body := (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 2))]) (.value .nat (.nat 2)) (.cond (.prim .equal [(.var 1), (.value (.fixed .u8) (.u8 46))]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.value .nat (.nat 0)) (.value .nat (.nat 2))) (.cond (.call 6 [(.var 1)]) (.value .nat (.nat 1)) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.cond (.call 7 [(.var 1)]) (.value .nat (.nat 1)) (.value .nat (.nat 2))) (.value .nat (.nat 2)))))) },
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 65)), (.value (.fixed .u8) (.u8 90))]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 97)), (.value (.fixed .u8) (.u8 122))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 95))]))) },
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.call 6 [(.var 0)]) (.build .true .bool []) (.cond (.call 8 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) },
-    { parameters := [0, 1, 2], types := [(.fixed .u8), (.fixed .u8), (.fixed .u8)], result := .bool,
-      body := (.«match» .bool (.prim .checkedSub [(.var 0), (.var 1)]) [(.arm .some [3] (.«match» .bool (.prim .checkedSub [(.var 2), (.var 0)]) [(.arm .some [4] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))])), (.arm .none [] (.build .false .bool []))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [.bytes] }]),
-    (.apply 0 [(.pair .nat .nat)] (.option (.pair .nat .nat)) true [{ function := 2, captures := [.clone], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 2)))))] (.move (.generated .part 1))))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat .nat) }] (.fallible (.pair (.pair .nat .nat) .bool)) (.mk [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.fallible (.option (.pair .nat .nat))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.fallible (.option (.pair .nat .nat))) (.mk [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 9))))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) []))) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 4) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))))]))))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] .nat (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))))))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))))))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u8) }] .bool (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.matchOn (.move (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [(.mk (.bind (.generated .holder 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.matchOn (.move (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.pair .nat .nat)], (.option (.pair .nat .nat))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 2)))))] (.move (.generated .part 1))))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))], (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 2)))))]) (tail := (.move (.generated .part 1))) (Corr.second (ta := .nat) (tb := .nat) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat .nat)) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 3))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat .nat)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat .nat), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 9))))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) []))) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 4) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))))]))), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 9))))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 9))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none (.pair .nat .nat)) []))) (lb := [(.mk (.bind (.generated .holder 13)) none (.call (.function 4) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false))]) (tb := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))))])) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 12))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat .nat)) []))) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))) (.call (.function 5) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 17)))), (.copy (.generated .binding 2))] false))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 17))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)))⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))), [(1, (.fixed .u8), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 2))) (lb := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.fixed .u8 46)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.cond (.call (.function 6) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 0))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.cond (lc := []) (ce := (.call (.function 6) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.lit (.nat 2))) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.bOfE (Corr.value rfl rfl))))))))))⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 29)) none (.lit (.fixed .u8 95)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 6) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 6) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 31)) none (.lit (.fixed .u8 63)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 33)) none (.lit (.fixed .u8 39)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))))⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))], (.matchOn (.move (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [(.mk (.bind (.generated .holder 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.matchOn (.move (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])))]), [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))]) (tail := (.matchOn (.move (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 38)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.fixed .u8), none), (3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | _ + 9 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1.lean
deleted file mode 100644
index 36565d664..000000000
--- a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1.lean
+++ /dev/null
@@ -1,840 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanBoot.AxiomOutput
-import LexLeanBoot.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.bytes, (.option .bytes)]] },
-    { constructors := [[(.list (.adt 2)), (.list .bytes)], [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)], [(.adt 0)]] },
-    { constructors := [[.bytes, (.list .bytes), (.option .bytes)]] }], functions := ((
-    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.call 1 [(.call 2 [(.closure 3 []), (.build (.adt 0) (.adt 1) [(.build .nil (.list (.adt 2)) []), (.var 1)]), (.call 4 [(.var 0)])]), (.var 1)]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 0) [(.arm (.adt 2) [2] (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.var 2)])), (.arm (.adt 1) [3, 4, 5, 6] (.call 5 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)])), (.arm (.adt 0) [7, 8] (.«let» 9 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 6 [(.call 6 [(.call 7 [(.value .string (.string "expected "))]), (.call 8 [(.call 9 [(.var 1)])])]), (.call 7 [(.value .string (.string " audit records, found "))])]), (.call 8 [(.call 10 [(.var 7)])])]), (.build .none (.option .bytes) [])]) (.cond (.prim .natEq [(.call 10 [(.var 7)]), (.call 9 [(.var 1)])]) (.call 11 [(.closure 12 []), (.build .ok (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.build .nil (.list (.pair .bytes (.list .bytes))) [])]), (.call 13 [(.var 7)])]) (.var 9))))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)], result := (.adt 1),
-      body := (.«match» (.adt 1) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 2 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
-      body := (.call 14 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.bytes], result := (.list .bytes),
-      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 15 [(.closure 16 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 17 [(.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 17 [(.var 4)])))))) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call 19 [(.var 0), (.var 1)])]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bytes,
-      body := (.prim .append [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.string], result := .bytes,
-      body := (.prim .utf8Encode [(.var 0)]) }) ::(
-    { parameters := [0], types := [.nat], result := .bytes,
-      body := (.«let» 1 .bytes (.call 7 [(.value .string (.string "0"))]) (.«let» 2 .bytes (.call 20 [(.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10))]), (.call 21 [(.var 0), (.value .nat (.nat 1))])])])])])])])])])])])])])])])])])])])])]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 0))]) (.var 1) (.var 2)))) }) ::(
-    { parameters := [0], types := [(.list .bytes)], result := .nat,
-      body := (.call 22 [(.closure 23 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
-    { parameters := [0], types := [(.list (.adt 2))], result := .nat,
-      body := (.call 24 [(.closure 25 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.call 26 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [(.list (.adt 2))], result := (.list (.adt 2)),
-      body := (.call 27 [(.closure 28 []), (.build .nil (.list (.adt 2)) []), (.var 0)]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
-      body := (.«match» (.adt 1) (.var 0) [(.arm (.adt 2) [2] (.var 0)), (.arm (.adt 1) [3, 4, 5, 6] (.«match» (.adt 1) (.call 29 [(.var 1)]) [(.arm .some [7] (.call 30 [(.var 3), (.var 4), (.call 6 [(.call 6 [(.var 5), (.call 7 [(.value .string (.string " "))])]), (.var 7)]), (.var 6)])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)]))])), (.arm (.adt 0) [8, 9] (.cond (.prim .natEq [(.value .nat (.nat 0)), (.prim .length [(.call 32 [(.var 1)])])]) (.var 0) (.«match» (.adt 1) (.call 33 [(.call 32 [(.var 1)])]) [(.arm .some [10] (.call 30 [(.var 8), (.var 9), (.var 10), (.call 34 [(.var 9)])])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unrecognized audit line: "))]), (.call 32 [(.var 1)])]), (.call 34 [(.var 9)])]))])))]) }) ::(
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-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option (.pair .bytes .bytes)),
-      body := (.«match» (.option (.pair .bytes .bytes)) (.call 76 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .some (.option (.pair .bytes .bytes)) [(.build .pair (.pair .bytes .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.var 2)]), (.call 18 [(.var 0), (.prim .natAdd [(.var 2), (.prim .length [(.var 1)])]), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .natAdd [(.var 2), (.prim .length [(.var 1)])])])])])])), (.arm .none [] (.build .none (.option (.pair .bytes .bytes)) []))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
-      body := (.«match» (.option .bytes) (.call 65 [(.var 0), (.call 7 [(.value .string (.string "-"))])]) [(.arm .some [2] (.«let» 3 .bytes (.first (.var 2)) (.«let» 4 .bytes (.second (.var 2)) (.«match» (.option .bytes) (.call 65 [(.var 1), (.call 7 [(.value .string (.string ":"))])]) [(.arm .some [5] (.«let» 6 .bytes (.first (.var 5)) (.«let» 7 .bytes (.second (.var 5)) (.«let» 8 (.option .bytes) (.call 77 [(.var 7)]) (.cond (.call 67 [(.var 3)]) (.cond (.call 67 [(.var 4)]) (.cond (.call 67 [(.var 6)]) (.var 8) (.build .none (.option .bytes) [])) (.build .none (.option .bytes) [])) (.build .none (.option .bytes) [])))))), (.arm .none [] (.build .none (.option .bytes) []))])))), (.arm .none [] (.«let» 9 (.option .bytes) (.call 77 [(.var 1)]) (.cond (.call 67 [(.var 0)]) (.var 9) (.build .none (.option .bytes) []))))]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.call 78 [(.call 32 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, .nat, (.fixed .u8)], result := .bool,
-      body := (.«match» .bool (.call 51 [(.var 0), (.var 1)]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 2)])), (.arm .none [] (.build .false .bool []))]) }) ::(
-    { parameters := [0, 1, 2, 3], types := [.bytes, .nat, (.fixed .u8), (.fixed .u8)], result := .bool,
-      body := (.«match» .bool (.call 51 [(.var 0), (.var 1)]) [(.arm .some [4] (.call 79 [(.var 4), (.var 2), (.var 3)])), (.arm .none [] (.build .false .bool []))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
-      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 71 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.call 80 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option (.pair .bytes .bytes)),
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLt [(.var 2), (.var 3)]) (.build .none (.option (.pair .bytes .bytes)) []) (.«let» 4 .nat (.first (.call 38 [(.closure 81 [(.var 1), (.var 0)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.prim .natSub [(.var 2), (.var 3)])])) (.cond (.call 82 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option (.pair .bytes .bytes)) [(.build .pair (.pair .bytes .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.var 4)]), (.call 18 [(.var 0), (.prim .natAdd [(.var 4), (.var 3)]), (.prim .natSub [(.var 2), (.prim .natAdd [(.var 4), (.var 3)])])])])]) (.build .none (.option (.pair .bytes .bytes)) [])))))) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
-      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 83 [(.closure 84 []), (.build .ok (.result (.list .bytes) .bytes) [(.build .nil (.list .bytes) [])]), (.call 85 [(.var 1), (.value (.fixed .u8) (.u8 44))])]) [(.arm .error [2] (.call 59 [(.var 2)])), (.arm .ok [3] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.var 3) [(.arm .nil [] (.call 59 [(.call 7 [(.value .string (.string "an axiom list cannot be empty"))])])), (.arm .cons [4, 5] (.call 58 [(.var 0), (.var 3)]))]))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
-      body := (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) (.value .nat (.nat 0)) (.cond (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 1))])]), (.value .nat (.nat 1))]) (.value .nat (.nat 1)) (.cond (.cond (.prim .natLe [(.value .nat (.nat 2)), (.var 1)]) (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 2))])]), (.value .nat (.nat 2))]) (.build .false .bool [])) (.value .nat (.nat 2)) (.cond (.cond (.prim .natLe [(.value .nat (.nat 3)), (.var 1)]) (.prim .natEq [(.call 55 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 3))])]), (.value .nat (.nat 3))]) (.build .false .bool [])) (.value .nat (.nat 3)) (.value .nat (.nat 0)))))) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .nat),
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.«let» 4 .nat (.first (.call 38 [(.closure 86 [(.var 1), (.var 3), (.var 0), (.var 2)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.value .nat (.nat 0))])) (.cond (.call 82 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option .nat) [(.var 4)]) (.build .none (.option .nat) []))))) }) ::(
-    { parameters := [0], types := [.bytes], result := (.option .bytes),
-      body := (.«match» (.option .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string " "))])]) [(.arm .some [1] (.call 49 [(.var 1), (.call 7 [(.value .string (.string "info: "))])])), (.arm .none [] (.build .none (.option .bytes) []))]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.«let» 2 .bytes (.«match» .bytes (.call 49 [(.var 0), (.call 7 [(.value .string (.string "+"))])]) [(.arm .some [1] (.var 1)), (.arm .none [] (.var 0))]) (.«let» 3 .bool (.call 87 [(.call 20 [(.var 2)])]) (.cond (.prim .natLt [(.value .nat (.nat 0)), (.prim .length [(.var 2)])]) (.cond (.call 88 [(.var 2)]) (.var 3) (.build .false .bool [])) (.build .false .bool [])))) }) ::(
-    { parameters := [0, 1, 2], types := [(.fixed .u8), (.fixed .u8), (.fixed .u8)], result := .bool,
-      body := (.«match» .bool (.prim .checkedSub [(.var 0), (.var 1)]) [(.arm .some [3] (.«match» .bool (.prim .checkedSub [(.var 2), (.var 0)]) [(.arm .some [4] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))])), (.arm .none [] (.build .false .bool []))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.prim .natEq [(.second (.var 1)), (.value .nat (.nat 2))]) (.build .none (.option (.pair .nat .nat)) []) (.«match» (.option (.pair .nat .nat)) (.call 51 [(.var 0), (.first (.var 1))]) [(.arm .some [2] (.build .some (.option (.pair .nat .nat)) [(.build .pair (.pair .nat .nat) [(.prim .natAdd [(.first (.var 1)), (.value .nat (.nat 1))]), (.call 89 [(.second (.var 1)), (.var 2)])])])), (.arm .none [] (.build .none (.option (.pair .nat .nat)) []))])) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := (.option .nat),
-      body := (.call 90 [(.var 1), (.var 0), (.var 2)]) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := .bool,
-      body := (.«match» .bool (.prim .slice [(.var 0), (.var 2), (.prim .length [(.var 1)])]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (.result (.list .bytes) .bytes), (.list .bytes)], result := (.result (.list .bytes) .bytes),
-      body := (.«match» (.result (.list .bytes) .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 83 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.result (.list .bytes) .bytes), .bytes], result := (.result (.list .bytes) .bytes),
-      body := (.call 91 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.fixed .u8)], result := (.list .bytes),
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 15 [(.closure 92 [(.var 1), (.var 0)]), (.var 2), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 4 .nat (.first (.second (.var 3))) (.call 17 [(.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 4), (.prim .natSub [(.var 2), (.var 4)])]), (.second (.second (.var 3)))])])))) }) ::(
-    { parameters := [0, 1, 2, 3, 4], types := [.bytes, .nat, .bytes, .nat, .nat], result := (.option .nat),
-      body := (.cond (.call 82 [(.var 2), (.var 0), (.var 4)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.prim .natAdd [(.var 4), (.var 1)]), (.var 3)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 4), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) }) ::(
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 20))]) (.build .true .bool []) (.cond (.prim .natEq [(.prim .length [(.var 0)]), (.value .nat (.nat 20))]) (.prim .boolNot [(.prim .equal [(.prim .compareBytes [(.var 0), (.call 7 [(.value .string (.string "18446744073709551615"))])]), (.prim .compareBytes [(.value .bytes (.bytes (ByteArray.mk #[1]))), (.value .bytes (.bytes (ByteArray.mk #[0])))])])]) (.build .false .bool []))) }) ::(
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.prim .natEq [(.first (.call 38 [(.closure 93 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])), (.prim .length [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.fixed .u8)], result := .nat,
-      body := (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 2))]) (.value .nat (.nat 2)) (.cond (.prim .equal [(.var 1), (.value (.fixed .u8) (.u8 46))]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.value .nat (.nat 0)) (.value .nat (.nat 2))) (.cond (.call 94 [(.var 1)]) (.value .nat (.nat 1)) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 1))]) (.cond (.call 95 [(.var 1)]) (.value .nat (.nat 1)) (.value .nat (.nat 2))) (.value .nat (.nat 2)))))) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := (.option .nat),
-      body := (.cond (.call 82 [(.var 0), (.var 1), (.var 2)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.value .nat (.nat 0)), (.var 2)]) (.build .some (.option .nat) [(.prim .natSub [(.var 2), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) }) ::(
-    { parameters := [0, 1], types := [(.result (.list .bytes) .bytes), .bytes], result := (.result (.list .bytes) .bytes),
-      body := (.«match» (.result (.list .bytes) .bytes) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.«let» 4 .bytes (.call 32 [(.var 1)]) (.cond (.call 61 [(.var 4)]) (.«match» (.result (.list .bytes) .bytes) (.call 96 [(.var 4), (.var 3)]) [(.arm .some [5] (.build .ok (.result (.list .bytes) .bytes) [(.var 5)])), (.arm .none [] (.build .error (.result (.list .bytes) .bytes) [(.call 6 [(.call 7 [(.value .string (.string "duplicate axiom name "))]), (.call 40 [(.var 4)])])]))]) (.build .error (.result (.list .bytes) .bytes) [(.call 60 [(.var 4)])]))))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fixed .u8), .bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.call 97 [(.var 1), (.var 0), (.var 2)]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
-      body := (.call 98 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 65)), (.value (.fixed .u8) (.u8 90))]) (.build .true .bool []) (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 97)), (.value (.fixed .u8) (.u8 122))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 95))]))) }) ::(
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.call 94 [(.var 0)]) (.build .true .bool []) (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.option (.list .bytes)),
-      body := (.«match» (.option (.list .bytes)) (.var 1) [(.arm .nil [] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .nil (.list .bytes) [])])])), (.arm .cons [2, 3] (.cond (.prim .equal [(.var 0), (.var 2)]) (.build .none (.option (.list .bytes)) []) (.cond (.call 54 [(.var 0), (.var 2)]) (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .cons (.list .bytes) [(.var 2), (.var 3)])])]) (.«match» (.option (.list .bytes)) (.call 96 [(.var 0), (.var 3)]) [(.arm .some [4] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 2), (.var 4)])])), (.arm .none [] (.build .none (.option (.list .bytes)) []))]))))]) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 51 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) }) ::(
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
-      body := (.cond (.call 70 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) }) ::[]) }
-
-def __enc_0 (__s : (LexLeanBoot.AxiomOutput.Rejection)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes (__s).message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (__s).declaration)]
-
-def __enc_2 (__s : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes (__s).declaration), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (__s).axioms), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (__s).expected)]
-
-def __enc_1 : (LexLeanBoot.AxiomOutput.Scan) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | LexLeanBoot.AxiomOutput.Scan.between __x0 __x1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList __enc_2) __x0), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) __x1)]
-  | LexLeanBoot.AxiomOutput.Scan.inside __x0 __x1 __x2 __x3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [((_root_.LexLeanPreservation.encList __enc_2) __x0), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) __x1), (_root_.LexLeanTarget.TargetSyntax.Value.bytes __x2), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) __x3)]
-  | LexLeanBoot.AxiomOutput.Scan.stopped __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 [(__enc_0 __x0)]
-
-def __fits_19 (message : ByteArray) (declaration : (Option ByteArray)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_19 (message : ByteArray) (declaration : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 19 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) declaration)] (_root_.LexLeanPreservation.Rel (__fits_19 message declaration) (__enc_0 (LexLeanBoot.AxiomOutput.rejected message declaration))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_5 (message : ByteArray) (declaration : (Option ByteArray)) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (message) (declaration))) && Bool.true) && Bool.true)
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.rejected in
-theorem __rel_5 (message : ByteArray) (declaration : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) declaration)] (_root_.LexLeanPreservation.Rel (__fits_5 message declaration) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.refuse message declaration))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_19 (message) (declaration))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)
-
-def __fits_6 (left : ByteArray) (right : ByteArray) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_6 (left : ByteArray) (right : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes left), (_root_.LexLeanTarget.TargetSyntax.Value.bytes right)] (_root_.LexLeanPreservation.Rel (__fits_6 left right) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.cat left right))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes left right))
-
-def __fits_7 (literal : String) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_7 (literal : String) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.string literal)] (_root_.LexLeanPreservation.Rel (__fits_7 literal) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.text literal))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_utf8Encode literal))
-
-def __fits_18 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
-
-theorem __rel_18 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 18 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_18 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.Text.sliceOr subject start count))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def __fits_51 (subject : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_51 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 51 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_51 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanBoot.Text.byteAt subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
-
-def __fits_69 (subject : ByteArray) (position : Nat) (value : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.Text.byteAt in
-theorem __rel_69 (subject : ByteArray) (position : Nat) (value : UInt8) : _root_.LexLeanPreservation.FunRel __prog 69 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position), (_root_.LexLeanTarget.TargetSyntax.Value.u8 value)] (_root_.LexLeanPreservation.Rel (__fits_69 subject position value) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.byteIs subject position value))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some byte => (_root_.LexLeanRuntime.equal (byte) (value) : Bool) | Option.none => Bool.false)) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte value))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_53 (subject : ByteArray) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((48 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((48 : UInt8))) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.byteIs in
-theorem __rel_53 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 53 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_53 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.AxiomOutput.zeroStep subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((48 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) (position) ((48 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_39 (digits : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_53 (digits) (position)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.zeroStep in
-theorem __rel_39 (digits : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 39 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_39 digits position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((LexLeanBoot.AxiomOutput.zeroStep (digits) (position))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_53 (digits) (position)))
-
-def __fits_20 (digits : ByteArray) : Bool :=
-  ((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_39 (digits) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat)))) && (let zeros : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat)) : (Prod Nat Bool))).1; ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (digits) (zeros) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (digits) : Nat)) (zeros) : Nat))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.zeroStep LexLeanBoot.Text.sliceOr in
-theorem __rel_20 (digits : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 20 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits)] (_root_.LexLeanPreservation.Rel (__fits_20 digits) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.significant digits))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let zeros : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position)))) (fun (__p0 : Nat) => __fits_39 (digits) __p0) 39 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits)] (fun (__p0 : Nat) => __rel_39 (digits) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.zeroStep (digits) (position))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (digits) : Nat)) ((0 : Nat))))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (digits) : Nat) zeros)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (digits) (zeros) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (digits) : Nat)) (zeros) : Nat)))))
-
-def __fits_21 (number : Nat) (place : Nat) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_7 ("0123456789"))) && (((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true))) && (__fits_18 ((LexLeanBoot.AxiomOutput.text ("0123456789"))) ((_root_.LexLeanRuntime.remainder ((_root_.LexLeanRuntime.quotient (number) (place) ((0 : Nat)) : Nat)) ((10 : Nat)) ((0 : Nat)) : Nat)) ((1 : Nat))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.text LexLeanBoot.Text.sliceOr in
-theorem __rel_21 (number : Nat) (place : Nat) : _root_.LexLeanPreservation.FunRel __prog 21 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number), (_root_.LexLeanTarget.TargetSyntax.Value.nat place)] (_root_.LexLeanPreservation.Rel (__fits_21 number place) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.digit number place))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("0123456789"))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_natQuot number place (0 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_natRem (_root_.LexLeanRuntime.quotient (number) (place) ((0 : Nat)) : Nat) (10 : Nat) (0 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_18 ((LexLeanBoot.AxiomOutput.text ("0123456789"))) ((_root_.LexLeanRuntime.remainder ((_root_.LexLeanRuntime.quotient (number) (place) ((0 : Nat)) : Nat)) ((10 : Nat)) ((0 : Nat)) : Nat)) ((1 : Nat))))
-
-def __fits_8 (number : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_7 ("0"))) && (let zero : ByteArray := (LexLeanBoot.AxiomOutput.text ("0")); (((((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1000 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((100 : Nat)))) && (((((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((10 : Nat)))) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_21 (number) ((1 : Nat)))) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && (__fits_20 ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)))) && (let digits : ByteArray := (LexLeanBoot.AxiomOutput.significant ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq number (0 : Nat)) then Bool.true else Bool.true))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.digit LexLeanBoot.AxiomOutput.significant LexLeanBoot.AxiomOutput.text in
-theorem __rel_8 (number : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_8 number) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.decimal number))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let zero : ByteArray := (LexLeanBoot.AxiomOutput.text ("0")); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("0"))) (let digits : ByteArray := (LexLeanBoot.AxiomOutput.significant ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_21 (number) 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((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat))) (_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray))) _root_.LexLeanPreservation.convL_nil) (__rel_20 ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((1000 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((100 : Nat)))) ((_root_.LexLeanRuntime.append ((LexLeanBoot.AxiomOutput.digit (number) ((10 : Nat)))) ((LexLeanBoot.AxiomOutput.digit (number) ((1 : Nat)))) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)) : ByteArray)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (if __b then zero else digits)) (Nat.beq number (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq number (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))
-
-def __fits_23 (count : Nat) (item : ByteArray) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (count + (1 : Nat)) 18446744073709551616))
-
-theorem __rel_23 (count : Nat) (item : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 23 [(_root_.LexLeanTarget.TargetSyntax.Value.nat count), (_root_.LexLeanTarget.TargetSyntax.Value.bytes item)] (_root_.LexLeanPreservation.Rel (__fits_23 count item) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((count + (1 : Nat))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd count (1 : Nat)))
-
-def __fits_9 (items : (List ByteArray)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Nat) (__p1 : ByteArray) => __fits_23 __p0 __p1) ((fun (count : Nat) (item : ByteArray) => (count + (1 : Nat)))) ((0 : Nat)) (items)))
-
-theorem __rel_9 (items : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) items)] (_root_.LexLeanPreservation.Rel (__fits_9 items) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.listLength ByteArray items))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (count : Nat) (item : ByteArray) => (count + (1 : Nat)))) (fun (__p0 : Nat) (__p1 : ByteArray) => __fits_23 __p0 __p1) 23 [] (fun (__p0 : Nat) (__p1 : ByteArray) => __rel_23 __p0 __p1) (p := __prog) (fi := 22) (ta := .bytes) (ts := .nat) rfl ((0 : Nat)) (items)))
-
-def __fits_25 (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (count + (1 : Nat)) 18446744073709551616))
-
-theorem __rel_25 (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 25 [(_root_.LexLeanTarget.TargetSyntax.Value.nat count), (__enc_2 item)] (_root_.LexLeanPreservation.Rel (__fits_25 count item) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((count + (1 : Nat))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd count (1 : Nat)))
-
-def __fits_10 (items : (List (LexLeanBoot.AxiomOutput.Record))) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Nat) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_25 __p0 __p1) ((fun (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) => (count + (1 : Nat)))) ((0 : Nat)) (items)))
-
-theorem __rel_10 (items : (List (LexLeanBoot.AxiomOutput.Record))) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList __enc_2) items)] (_root_.LexLeanPreservation.Rel (__fits_10 items) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) items))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (count : Nat) (item : (LexLeanBoot.AxiomOutput.Record)) => (count + (1 : Nat)))) (fun (__p0 : Nat) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_25 __p0 __p1) 25 [] (fun (__p0 : Nat) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __rel_25 __p0 __p1) (p := __prog) (fi := 24) (ta := (.adt 2)) (ts := .nat) rfl ((0 : Nat)) (items)))
-
-def __fits_40 (name : ByteArray) : Bool :=
-  ((((((Bool.true && Bool.true) && (__fits_7 ("`"))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) && (((Bool.true && Bool.true) && (__fits_7 ("`"))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) ((LexLeanBoot.AxiomOutput.text ("`")))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.text in
-theorem __rel_40 (name : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 40 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name)] (_root_.LexLeanPreservation.Rel (__fits_40 name) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.quoted name))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("`"))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("`"))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("`"))) (name))) ((LexLeanBoot.AxiomOutput.text ("`")))))
-
-def __fits_54 (left : ByteArray) (right : ByteArray) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_54 (left : ByteArray) (right : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 54 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes left), (_root_.LexLeanTarget.TargetSyntax.Value.bytes right)] (_root_.LexLeanPreservation.Rel (__fits_54 left right) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.lessBytes left right))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes left right)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes (ByteArray.mk #[]) (ByteArray.mk #[1]))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_ordering (_root_.LexLeanRuntime.compareBytes (left) (right) : Ordering) (_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[])) ((ByteArray.mk #[1])) : Ordering)))
-
-def __fits_41 : ∀ (name : ByteArray) (axioms : (List ByteArray)) (entries : (List (Prod ByteArray (List ByteArray)))), Bool
-  | name, axioms, (List.nil) => (Bool.true && ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))
-  | name, axioms, (List.cons head tail) => (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (name) ((head).1) : Bool) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (name) ((head).1))) && (if (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) then ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 (name) (axioms) (tail))) && (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))))
-
-theorem __rel_41 : ∀ (name : ByteArray) (axioms : (List ByteArray)) (entries : (List (Prod ByteArray (List ByteArray)))), _root_.LexLeanPreservation.FunRel __prog 41 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) axioms), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) entries)] (_root_.LexLeanPreservation.Rel (__fits_41 name axioms entries) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.insertEntry name axioms entries)))
-  | name, axioms, (List.nil) => by rw [__fits_41.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))
-  | name, axioms, (List.cons head tail) => by rw [__fits_41.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (name) ((head).1))) && (if (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) then ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 (name) (axioms) (tail))) && (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.none : (Option (List (Prod ByteArray (List ByteArray))))) else (if (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) then (Option.some (((name, axioms) :: (head :: tail))) : (Option (List (Prod ByteArray (List ByteArray))))) else (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List (Prod ByteArray (List ByteArray))))) | Option.none => (Option.none : (Option (List (Prod ByteArray (List ByteArray))))))))) (_root_.LexLeanRuntime.equal (name) ((head).1) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes name (head).1)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 (name) (axioms) (tail))) && (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((name, axioms) :: (head :: tail))) : (Option (List (Prod ByteArray (List ByteArray))))) else (match (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List (Prod ByteArray (List ByteArray))))) | Option.none => (Option.none : (Option (List (Prod ByteArray (List ByteArray)))))))) (LexLeanBoot.AxiomOutput.lessBytes (name) ((head).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_54 (name) ((head).1))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (match __a with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List (Prod ByteArray (List ByteArray))))) | Option.none => (Option.none : (Option (List (Prod ByteArray (List ByteArray))))))) (LexLeanBoot.AxiomOutput.insertEntry (name) (axioms) (tail)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_41 (name) (axioms) (tail))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))))
-
-def __fits_26 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
-  (Bool.true && (match state with | Except.error rejection => Bool.true | Except.ok entries => ((Bool.true && (match (entry).expected with | Option.some name => Bool.true | Option.none => Bool.true)) && (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); (((((((Bool.true && Bool.true) && (__fits_7 ("duplicate record for "))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected a record for "))) && (((Bool.true && Bool.true) && (__fits_40 (want))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) && (((Bool.true && Bool.true) && (__fits_7 (", found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) then (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 ((entry).declaration) ((entry).axioms) (entries))) && (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) else Bool.true))))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.insertEntry LexLeanBoot.AxiomOutput.quoted LexLeanBoot.AxiomOutput.refuse LexLeanBoot.AxiomOutput.text in
-theorem __rel_26 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) state), (__enc_2 entry)] (_root_.LexLeanPreservation.Rel (__fits_26 state entry) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.auditStep state entry))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun (__a : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) => (match __a with | Except.error rejection => Bool.true | Except.ok entries => ((Bool.true && (match (entry).expected with | Option.some name => Bool.true | Option.none => Bool.true)) && (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); (((((((Bool.true && Bool.true) && (__fits_7 ("duplicate record for "))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected a record for "))) && (((Bool.true && Bool.true) && (__fits_40 (want))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) && (((Bool.true && Bool.true) && (__fits_7 (", found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) && (((Bool.true && Bool.true) && (__fits_40 ((entry).declaration))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) && (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) then (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 ((entry).declaration) ((entry).axioms) (entries))) && (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) else Bool.true)))))))))) (fun (__a : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Except.error rejection => state | Except.ok entries => (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); (if (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) then (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => (Except.ok (inserted) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | Option.none => duplicate) else mismatch)))))) state (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) _ => match __a with | Except.error rejection => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.ok entries => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let want : ByteArray := (match (entry).expected with | Option.some name => name | Option.none => (ByteArray.mk #[])); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some name => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some name => name | Option.none => (ByteArray.mk #[]))) (entry).expected (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some name => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))) (let duplicate : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("duplicate record for "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 ((entry).declaration))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate record for "))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) (let mismatch : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("expected a record for "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (want))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (", found "))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 ((entry).declaration))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected a record for "))) ((LexLeanBoot.AxiomOutput.quoted (want))))) ((LexLeanBoot.AxiomOutput.text (", found "))))) ((LexLeanBoot.AxiomOutput.quoted ((entry).declaration))))) ((Option.some (want) : (Option ByteArray))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_41 ((entry).declaration) ((entry).axioms) (entries))) && (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (match (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) with | Option.some inserted => (Except.ok (inserted) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | Option.none => duplicate) else mismatch)) (_root_.LexLeanRuntime.equal ((entry).declaration) (want) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes (entry).declaration want)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (match __a with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => Bool.true)) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some inserted => (Except.ok (inserted) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | Option.none => duplicate)) (LexLeanBoot.AxiomOutput.insertEntry ((entry).declaration) ((entry).axioms) (entries)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_41 ((entry).declaration) ((entry).axioms) (entries))) (fun (__a : (Option (List (Prod ByteArray (List ByteArray))))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl))))))))))
-
-def __fits_12 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_26 (state) (entry)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.auditStep in
-theorem __rel_12 (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) state), (__enc_2 entry)] (_root_.LexLeanPreservation.Rel (__fits_12 state entry) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanBoot.AxiomOutput.auditStep (state) (entry))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_26 (state) (entry)))
-
-def __fits_28 (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_28 (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) : _root_.LexLeanPreservation.FunRel __prog 28 [((_root_.LexLeanPreservation.encList __enc_2) turned), (__enc_2 item)] (_root_.LexLeanPreservation.Rel (__fits_28 turned item) ((_root_.LexLeanPreservation.encList __enc_2) ((item :: turned)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_13 (items : (List (LexLeanBoot.AxiomOutput.Record))) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (LexLeanBoot.AxiomOutput.Record))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_28 __p0 __p1) ((fun (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) => (item :: turned))) (([] : List (LexLeanBoot.AxiomOutput.Record))) (items)))
-
-theorem __rel_13 (items : (List (LexLeanBoot.AxiomOutput.Record))) : _root_.LexLeanPreservation.FunRel __prog 13 [((_root_.LexLeanPreservation.encList __enc_2) items)] (_root_.LexLeanPreservation.Rel (__fits_13 items) ((_root_.LexLeanPreservation.encList __enc_2) (LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) items))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (turned : (List (LexLeanBoot.AxiomOutput.Record))) (item : (LexLeanBoot.AxiomOutput.Record)) => (item :: turned))) (fun (__p0 : (List (LexLeanBoot.AxiomOutput.Record))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_28 __p0 __p1) 28 [] (fun (__p0 : (List (LexLeanBoot.AxiomOutput.Record))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __rel_28 __p0 __p1) (p := __prog) (fi := 27) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (LexLeanBoot.AxiomOutput.Record))) (items)))
-
-def __fits_1 (scan : (LexLeanBoot.AxiomOutput.Scan)) (expected : (List ByteArray)) : Bool :=
-  (Bool.true && (match scan with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => ((Bool.true && Bool.true) && Bool.true) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected "))) && (((((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) && (((Bool.true && Bool.true) && (__fits_7 (" audit records, found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) && (((((Bool.true && Bool.true) && (__fits_10 (records))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) && ((Bool.true && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray))))) && (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); (((((Bool.true && Bool.true) && (__fits_10 (records))) && (((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) then ((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && Bool.true) && (__fits_13 (records))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))))) else Bool.true))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.auditStep LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.decimal LexLeanBoot.AxiomOutput.listLength LexLeanBoot.AxiomOutput.refuse LexLeanBoot.AxiomOutput.reversed LexLeanBoot.AxiomOutput.text in
-theorem __rel_1 (scan : (LexLeanBoot.AxiomOutput.Scan)) (expected : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_1 scan), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) expected)] (_root_.LexLeanPreservation.Rel (__fits_1 scan expected) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.finish scan expected))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => ((Bool.true && Bool.true) && Bool.true) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((((((((((Bool.true && Bool.true) && (__fits_7 ("expected "))) && (((((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) && (((Bool.true && Bool.true) && (__fits_7 (" audit records, found "))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) && (((((Bool.true && Bool.true) && (__fits_10 (records))) && Bool.true) && (__fits_8 ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) && ((Bool.true && Bool.true) && Bool.true)) && (__fits_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray))))) && (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); (((((Bool.true && Bool.true) && (__fits_10 (records))) && (((Bool.true && Bool.true) && (__fits_9 (expected))) && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) then ((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && Bool.true) && (__fits_13 (records))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))))) else Bool.true)))))) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => (Except.error (rejection) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about)) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); (if (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) then (_root_.LexLeanCollections.listFold ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) else counted)))) scan (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) _ => match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unterminated axiom payload: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let counted : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))) := (LexLeanBoot.AxiomOutput.refuse ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("expected "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (expected))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" audit records, found "))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (records))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) _root_.LexLeanPreservation.convL_nil)) (__rel_5 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("expected "))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength ByteArray (expected))))))) ((LexLeanBoot.AxiomOutput.text (" audit records, found "))))) ((LexLeanBoot.AxiomOutput.decimal ((LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records))))))) ((Option.none : (Option ByteArray))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && Bool.true) && (__fits_13 (records))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))))) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (_root_.LexLeanCollections.listFold ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) else counted)) (Nat.beq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected))) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (records))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (expected))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.listLength (LexLeanBoot.AxiomOutput.Record) (records)) (LexLeanBoot.AxiomOutput.listLength ByteArray (expected)))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (records))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))))) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (state : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (entry : (LexLeanBoot.AxiomOutput.Record)) => (LexLeanBoot.AxiomOutput.auditStep (state) (entry)))) (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __fits_12 __p0 __p1) 12 [] (fun (__p0 : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray))))) (__p1 : (LexLeanBoot.AxiomOutput.Record)) => __rel_12 __p0 __p1) (p := __prog) (fi := 11) (ta := (.adt 2)) (ts := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) rfl ((Except.ok (([] : List (Prod ByteArray (List ByteArray)))) : (Except (LexLeanBoot.AxiomOutput.Rejection) (List (Prod ByteArray (List ByteArray)))))) ((LexLeanBoot.AxiomOutput.reversed (LexLeanBoot.AxiomOutput.Record) (records)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))))))
-
-def __fits_79 (byte : UInt8) (low : UInt8) (high : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true)))
-
-theorem __rel_79 (byte : UInt8) (low : UInt8) (high : UInt8) : _root_.LexLeanPreservation.FunRel __prog 79 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte), (_root_.LexLeanTarget.TargetSyntax.Value.u8 low), (_root_.LexLeanTarget.TargetSyntax.Value.u8 high)] (_root_.LexLeanPreservation.Rel (__fits_79 byte low high) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.inRange byte low high))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some above => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some above => (match (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) with | Option.some below => Bool.true | Option.none => Bool.false) | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (byte) (low) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 byte low)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some above => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some below => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some below => Bool.true | Option.none => Bool.false)) (_root_.LexLeanRuntime.checkedSubtract (high) (byte) : (Option UInt8)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedSub_u8 high byte)) (fun (__a : (Option UInt8)) _ => match __a with | Option.some below => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_70 (subject : ByteArray) (position : Nat) (low : UInt8) (high : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) (low) (high))) | Option.none => (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange LexLeanBoot.Text.byteAt in
-theorem __rel_70 (subject : ByteArray) (position : Nat) (low : UInt8) (high : UInt8) : _root_.LexLeanPreservation.FunRel __prog 70 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position), (_root_.LexLeanTarget.TargetSyntax.Value.u8 low), (_root_.LexLeanTarget.TargetSyntax.Value.u8 high)] (_root_.LexLeanPreservation.Rel (__fits_70 subject position low high) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.byteIn subject position low high))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) (low) (high))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some byte => (LexLeanBoot.AxiomOutput.inRange (byte) (low) (high)) | Option.none => Bool.false)) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) (low) (high)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_55 (subject : ByteArray) (position : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) (position) ((9 : UInt8)) ((13 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((9 : UInt8)) ((13 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((32 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) && (if (if (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((9 : UInt8)) ((13 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((32 : UInt8))) then Bool.true else Bool.false)) then Bool.true else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((194 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((194 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((133 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((160 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then Bool.true else Bool.false)) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((225 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((225 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((154 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((226 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((226 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((168 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((169 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((175 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))))))) && (if (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then Bool.true else Bool.false)))) then Bool.true else Bool.true)) else ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((129 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((159 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)))) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((227 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((227 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else Bool.true))))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.byteIn LexLeanBoot.AxiomOutput.byteIs in
-theorem __rel_55 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 55 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_55 subject position) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.whiteLength subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((194 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((194 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((133 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((160 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((133 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((160 : UInt8))) then Bool.true else Bool.false)) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((225 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((225 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((154 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((154 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((226 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((226 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((168 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((169 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((175 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))))))) && (if (if (LexLeanBoot.AxiomOutput.byteIn (subject) ((position + (2 : Nat))) ((128 : UInt8)) ((138 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((168 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then Bool.true else Bool.false)))) then Bool.true else Bool.true)) else ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((129 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((159 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)))) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_69 (subject) (position) ((227 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((227 : UInt8))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + 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: UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) then Bool.true else Bool.false))) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((169 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (2 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (2 : Nat))) ((169 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((175 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (2 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (2 : Nat))) ((175 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))))))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (3 : Nat) else (0 : Nat))) (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then Bool.true else Bool.false) else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((159 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) then Bool.true else Bool.false) else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((129 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (1 : Nat))) ((129 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((159 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (2 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (2 : Nat))) ((159 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then Bool.true else Bool.true)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) then (3 : Nat) else (0 : Nat)) else (0 : Nat))) (LexLeanBoot.AxiomOutput.byteIs (subject) (position) ((227 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) (position) ((227 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (3 : Nat) else (0 : Nat))) (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (2 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (__fits_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then (Bool.true && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (if (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) then Bool.true else Bool.false) else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (1 : Nat))) ((128 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (1 : Nat))) ((128 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else Bool.false)) (LexLeanBoot.AxiomOutput.byteIs (subject) ((position + (2 : Nat))) ((128 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (2 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_69 (subject) ((position + (2 : Nat))) ((128 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => _root_.LexLeanPreservation.conv_value))))))))))
-
-def __fits_63 (subject : ByteArray) (position : Nat) : Bool :=
-  (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) (position))) && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) (position))) && Bool.true)) && (Nat.blt (position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
-theorem __rel_63 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 63 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_63 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat)))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) (position))) && Bool.true)) && (Nat.blt (position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) (position))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) (position))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_46 (subject : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_63 (subject) __p0) ((fun (position : Nat) => (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat))))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
-theorem __rel_46 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 46 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_46 subject) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.skipWhite subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_63 (subject) __p0) 63 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_63 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) (position))) then (Option.some ((position + (LexLeanBoot.AxiomOutput.whiteLength (subject) (position)))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat)))))
-
-def __fits_75 (subject : ByteArray) («end» : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq «end» (0 : Nat)) then Bool.true else (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (2 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
-theorem __rel_75 (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 75 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_75 subject «end») (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.whiteEnding subject «end»))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (2 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true)))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (0 : Nat) else (if (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) then (1 : Nat) else (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then (2 : Nat) else (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then (3 : Nat) else (0 : Nat)))))) (Nat.beq «end» (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq «end» (0 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (2 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (if (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) then (2 : Nat) else (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then (3 : Nat) else (0 : Nat))))) (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (1 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble (3 : Nat) «end») then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) then (3 : Nat) else (0 : Nat)))) (if (Nat.ble (2 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)) else Bool.false)) (Nat.ble (2 : Nat) «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) «end»)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (2 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat)))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((2 : Nat)) : Nat))) (2 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (3 : Nat) else (0 : Nat))) (if (Nat.ble (3 : Nat) «end») then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (Nat.beq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)) else Bool.false)) (Nat.ble (3 : Nat) «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (3 : Nat) «end»)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (3 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat)))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (LexLeanBoot.AxiomOutput.whiteLength (subject) ((_root_.LexLeanRuntime.subtract («end») ((3 : Nat)) : Nat))) (3 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))))))))
-
-def __fits_64 (start : Nat) (subject : ByteArray) («end» : Nat) : Bool :=
-  ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && (Nat.blt (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteEnding in
-theorem __rel_64 (start : Nat) (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 64 [(_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_64 start subject «end») ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))) (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_75 (subject) («end»))) && Bool.true)) && (Nat.blt (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false)) (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_75 (subject) («end»))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»)))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_75 (subject) («end»))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd start (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end»))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_75 (subject) («end»))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_47 (subject : ByteArray) (start : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_64 (start) (subject) __p0) ((fun («end» : Nat) => (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteEnding in
-theorem __rel_47 (subject : ByteArray) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 47 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_47 subject start) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.dropWhiteEnd subject start))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun («end» : Nat) => (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_64 (start) (subject) __p0) 64 [(_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_64 (start) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun («end» : Nat) => (if (if (Nat.blt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) then (Nat.ble (start + (LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) «end») else Bool.false) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((LexLeanBoot.AxiomOutput.whiteEnding (subject) («end»))) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat)))))
-
-def __fits_32 (subject : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_46 (subject))) && (let start : Nat := (LexLeanBoot.AxiomOutput.skipWhite (subject)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_47 (subject) (start))) && (let «end» : Nat := (LexLeanBoot.AxiomOutput.dropWhiteEnd (subject) (start)); ((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.dropWhiteEnd LexLeanBoot.AxiomOutput.skipWhite LexLeanBoot.Text.sliceOr in
-theorem __rel_32 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 32 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_32 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.trimmed subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let start : Nat := (LexLeanBoot.AxiomOutput.skipWhite (subject)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_46 (subject))) (let «end» : Nat := (LexLeanBoot.AxiomOutput.dropWhiteEnd (subject) (start)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_47 (subject) (start))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))
-
-def __fits_42 (subject : ByteArray) : Bool :=
-  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (__fits_55 (subject) ((0 : Nat)))) && Bool.true)) && Bool.true)
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.whiteLength in
-theorem __rel_42 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 42 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_42 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.startsWhite subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_55 (subject) ((0 : Nat)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (LexLeanBoot.AxiomOutput.whiteLength (subject) ((0 : Nat)))))
-
-def __fits_29 (line : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_32 (line))) && (let cleaned : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (line)); (((Bool.true && Bool.true) && (__fits_42 (line))) && (if (LexLeanBoot.AxiomOutput.startsWhite (line)) then (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (cleaned) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) then (Bool.true && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.startsWhite LexLeanBoot.AxiomOutput.trimmed in
-theorem __rel_29 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 29 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_29 line) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.continuation line))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let cleaned : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (line)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (cleaned) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) then (Bool.true && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) then (Option.none : (Option ByteArray)) else (Option.some (cleaned) : (Option ByteArray))) else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.startsWhite (line)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_42 (line))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.none : (Option ByteArray)) else (Option.some (cleaned) : (Option ByteArray)))) (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes cleaned)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (0 : Nat) (_root_.LexLeanRuntime.length (cleaned) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))
-
-def __fits_31 (message : ByteArray) (declaration : (Option ByteArray)) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (message) (declaration))) && Bool.true) && Bool.true)
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.rejected in
-theorem __rel_31 (message : ByteArray) (declaration : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 31 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) declaration)] (_root_.LexLeanPreservation.Rel (__fits_31 message declaration) (__enc_1 (LexLeanBoot.AxiomOutput.stop message declaration))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_19 (message) (declaration))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_68 (subject : ByteArray) (suffix : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble size total) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
-
-theorem __rel_68 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 68 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_68 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.Text.endsWith subject suffix))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false) else Bool.false)) (Nat.ble size total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe size total)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (_root_.LexLeanRuntime.subtract (total) (size) : Nat) size)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes tail suffix))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_56 (subject : ByteArray) (suffix : ByteArray) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_68 (subject) (suffix))) && (if (LexLeanBoot.Text.endsWith (subject) (suffix)) then ((((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.Text.endsWith LexLeanBoot.Text.sliceOr in
-theorem __rel_56 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 56 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_56 subject suffix) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.stripSuffix subject suffix))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.some ((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) : (Option ByteArray)) else (Option.none : (Option ByteArray)))) (LexLeanBoot.Text.endsWith (subject) (suffix)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_68 (subject) (suffix))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (subject) : Nat) (_root_.LexLeanRuntime.length (suffix) : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (suffix) : Nat)) : Nat)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_43 (payload : ByteArray) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (payload) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some bracketed => (Bool.true && Bool.true) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" does not depend on any axioms"))) && Bool.true)) && (__fits_56 (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) with | Option.some sentence => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.stripSuffix LexLeanBoot.AxiomOutput.text in
-theorem __rel_43 (payload : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 43 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload)] (_root_.LexLeanPreservation.Rel (__fits_43 payload) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.terminates payload))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some bracketed => (Bool.true && Bool.true) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" does not depend on any axioms"))) && Bool.true)) && (__fits_56 (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) with | Option.some sentence => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some bracketed => Bool.true | Option.none => (match (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) with | Option.some sentence => Bool.true | Option.none => Bool.false))) (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text ("]")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("]"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (payload) ((LexLeanBoot.AxiomOutput.text ("]"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some bracketed => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some sentence => (Bool.true && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some sentence => Bool.true | Option.none => Bool.false)) (LexLeanBoot.AxiomOutput.stripSuffix (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" does not depend on any axioms"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (payload) ((LexLeanBoot.AxiomOutput.text (" does not depend on any axioms"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some sentence => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))))
-
-def __fits_48 (subject : ByteArray) («prefix» : ByteArray) : Bool :=
-  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
-
-theorem __rel_48 (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 48 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_48 subject «prefix») (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.Text.startsWith subject «prefix»))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some head => (_root_.LexLeanRuntime.equal (head) («prefix») : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (0 : Nat) (_root_.LexLeanRuntime.length («prefix») : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some head => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes head «prefix»))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_49 (subject : ByteArray) («prefix» : ByteArray) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_48 (subject) («prefix»))) && (if (LexLeanBoot.Text.startsWith (subject) («prefix»)) then ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.Text.sliceOr LexLeanBoot.Text.startsWith in
-theorem __rel_49 (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 49 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_49 subject «prefix») ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.stripPrefix subject «prefix»))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.some ((LexLeanBoot.Text.sliceOr (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) : (Option ByteArray)) else (Option.none : (Option ByteArray)))) (LexLeanBoot.Text.startsWith (subject) («prefix»)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_48 (subject) («prefix»))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (subject) : Nat) (_root_.LexLeanRuntime.length («prefix») : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((_root_.LexLeanRuntime.length («prefix») : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : Nat)))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_59 (message : ByteArray) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_59 (message : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 59 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes message)] (_root_.LexLeanPreservation.Rel (__fits_59 message) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.malformed message))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)
-
-def __fits_57 (payload : ByteArray) : Bool :=
-  ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.text in
-theorem __rel_57 (payload : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 57 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload)] (_root_.LexLeanPreservation.Rel (__fits_57 payload) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.unrecognized payload))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unrecognized axiom payload: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized axiom payload: "))) (payload)))))
-
-def __fits_58 (name : ByteArray) (axioms : (List ByteArray)) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true)
-
-theorem __rel_58 (name : ByteArray) (axioms : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 58 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) axioms)] (_root_.LexLeanPreservation.Rel (__fits_58 name axioms) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.parsed name axioms))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)
-
-def __fits_60 (name : ByteArray) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_40 (name))) && (((Bool.true && Bool.true) && (__fits_7 (" is not a Lean name"))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.quoted (name))) ((LexLeanBoot.AxiomOutput.text (" is not a Lean name")))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.quoted LexLeanBoot.AxiomOutput.text in
-theorem __rel_60 (name : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 60 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name)] (_root_.LexLeanPreservation.Rel (__fits_60 name) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.AxiomOutput.notLean name))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (name))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" is not a Lean name"))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.quoted (name))) ((LexLeanBoot.AxiomOutput.text (" is not a Lean name")))))
-
-def __fits_94 (byte : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((65 : UInt8)) ((90 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange in
-theorem __rel_94 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 94 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_94 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isFirst byte))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((97 : UInt8)) ((122 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((65 : UInt8)) ((90 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) ((65 : UInt8)) ((90 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((95 : UInt8)) : Bool))) (LexLeanBoot.AxiomOutput.inRange (byte) ((97 : UInt8)) ((122 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) ((97 : UInt8)) ((122 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (95 : UInt8)))))))
-
-def __fits_95 (byte : UInt8) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.inRange LexLeanBoot.AxiomOutput.isFirst in
-theorem __rel_95 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 95 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_95 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isLater byte))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_79 (byte) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_94 (byte))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool)))) (LexLeanBoot.AxiomOutput.inRange (byte) ((48 : UInt8)) ((57 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (__rel_79 (byte) ((48 : UInt8)) ((57 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (_root_.LexLeanRuntime.equal (byte) ((39 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((63 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (63 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (39 : UInt8)))))))))
-
-def __fits_89 (mode : Nat) (byte : UInt8) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (2 : Nat)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.isFirst LexLeanBoot.AxiomOutput.isLater in
-theorem __rel_89 (mode : Nat) (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 89 [(_root_.LexLeanTarget.TargetSyntax.Value.nat mode), (_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_89 mode byte) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanBoot.AxiomOutput.nameMode mode byte))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))))) (Nat.beq mode (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (2 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then Bool.true else Bool.true)) else (((Bool.true && Bool.true) && (__fits_94 (byte))) && (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (Nat.beq mode (1 : Nat)) then (0 : Nat) else (2 : Nat)) else (if (LexLeanBoot.AxiomOutput.isFirst (byte)) then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))))) (_root_.LexLeanRuntime.equal (byte) ((46 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (46 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (0 : Nat) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq mode (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (if (Nat.beq mode (1 : Nat)) then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat)))) (LexLeanBoot.AxiomOutput.isFirst (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_94 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_95 (byte))) && (if (LexLeanBoot.AxiomOutput.isLater (byte)) then Bool.true else Bool.true)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (if (LexLeanBoot.AxiomOutput.isLater (byte)) then (1 : Nat) else (2 : Nat)) else (2 : Nat))) (Nat.beq mode (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq mode (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (2 : Nat))) (LexLeanBoot.AxiomOutput.isLater (byte)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_95 (byte))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))) (fun _ => _root_.LexLeanPreservation.conv_value))))))))
-
-def __fits_80 (subject : ByteArray) (state : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (state).2 (2 : Nat)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_89 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.nameMode LexLeanBoot.Text.byteAt in
-theorem __rel_80 (subject : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 80 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_80 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (LexLeanBoot.AxiomOutput.nameStep subject state))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) ((state).1))) && (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_89 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.none : (Option (Prod Nat Nat))) else (match (LexLeanBoot.Text.byteAt (subject) ((state).1)) with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat)))))) (Nat.beq (state).2 (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (state).2 (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((state).1 + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_89 ((state).2) (byte))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Option.some byte => (Option.some ((((state).1 + (1 : Nat)), (LexLeanBoot.AxiomOutput.nameMode ((state).2) (byte)))) : (Option (Prod Nat Nat))) | Option.none => (Option.none : (Option (Prod Nat Nat))))) (LexLeanBoot.Text.byteAt (subject) ((state).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) ((state).1))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (state).1 (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_89 ((state).2) (byte))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_72 (raw : ByteArray) (state : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_80 (raw) (state)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
-theorem __rel_72 (raw : ByteArray) (state : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 72 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) state)] (_root_.LexLeanPreservation.Rel (__fits_72 raw state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_80 (raw) (state)))
-
-def __fits_61 (raw : ByteArray) : Bool :=
-  (((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (raw) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat Nat)) => __fits_72 (raw) __p0) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))) && (Bool.true && Bool.true)) && Bool.true)
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.nameStep in
-theorem __rel_61 (raw : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 61 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_61 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isClosedLeanName raw))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes raw)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) (fun (__p0 : (Prod Nat Nat)) => __fits_72 (raw) __p0) 72 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (fun (__p0 : (Prod Nat Nat)) => __rel_72 (raw) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 71) (ts := (.pair .nat .nat)) rfl ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))))))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat Nat)) => (LexLeanBoot.AxiomOutput.nameStep (raw) (state)))) ((_root_.LexLeanRuntime.length (raw) : Nat)) (((0 : Nat), (0 : Nat))) : (Prod (Prod Nat Nat) Bool))).1).2 (1 : Nat)))
-
-def __fits_82 (subject : ByteArray) (needle : ByteArray) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
-
-theorem __rel_82 (subject : ByteArray) (needle : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 82 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_82 subject needle position) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.Text.matchAt subject needle position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some window => (_root_.LexLeanRuntime.equal (window) (needle) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject position (_root_.LexLeanRuntime.length (needle) : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some window => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes window needle))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_90 (subject : ByteArray) (needle : ByteArray) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) position) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.Text.matchAt in
-theorem __rel_90 (subject : ByteArray) (needle : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 90 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_90 subject needle position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.AxiomOutput.lastStep subject needle position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) position) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.none : (Option Nat)) else (if (Nat.blt (0 : Nat) position) then (Option.some ((_root_.LexLeanRuntime.subtract (position) ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((_root_.LexLeanRuntime.subtract (position) ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) position) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) position)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
-
-def __fits_81 (needle : ByteArray) (subject : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_90 (subject) (needle) (position)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.lastStep in
-theorem __rel_81 (needle : ByteArray) (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 81 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_81 needle subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_90 (subject) (needle) (position)))
-
-def __fits_73 (subject : ByteArray) (needle : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt total size) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_81 (needle) (subject) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.lastStep LexLeanBoot.Text.matchAt LexLeanBoot.Text.sliceOr in
-theorem __rel_73 (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 73 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_73 subject needle) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.splitLast subject needle))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_81 (needle) (subject) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.none : (Option (Prod ByteArray ByteArray))) else (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.some (((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) (position)), (LexLeanBoot.Text.sliceOr (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat))))) : (Option (Prod ByteArray ByteArray))) else (Option.none : (Option (Prod ByteArray ByteArray))))))) (Nat.blt total size) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt total size)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd total (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position)))) (fun (__p0 : Nat) => __fits_81 (needle) (subject) __p0) 81 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_81 (needle) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.lastStep (subject) (needle) (position))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((total + (1 : Nat))) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.some (((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) (position)), (LexLeanBoot.Text.sliceOr (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat))))) : (Option (Prod ByteArray ByteArray))) else (Option.none : (Option (Prod ByteArray ByteArray))))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((0 : Nat)) (position))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (position + size))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((position + size)) ((_root_.LexLeanRuntime.subtract (total) ((position + size)) : Nat)))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
-
-def __fits_96 : ∀ (lemma : ByteArray) (sorted : (List ByteArray)), Bool
-  | lemma, (List.nil) => (Bool.true && ((((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))
-  | lemma, (List.cons head tail) => (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (lemma) (head) : Bool) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (lemma) (head))) && (if (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (tail))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))))
-
-theorem __rel_96 : ∀ (lemma : ByteArray) (sorted : (List ByteArray)), _root_.LexLeanPreservation.FunRel __prog 96 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes lemma), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) sorted)] (_root_.LexLeanPreservation.Rel (__fits_96 lemma sorted) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.insertAxiom lemma sorted)))
-  | lemma, (List.nil) => by rw [__fits_96.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))
-  | lemma, (List.cons head tail) => by rw [__fits_96.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_54 (lemma) (head))) && (if (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (tail))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.none : (Option (List ByteArray))) else (if (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) then (Option.some ((lemma :: (head :: tail))) : (Option (List ByteArray))) else (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List ByteArray))) | Option.none => (Option.none : (Option (List ByteArray))))))) (_root_.LexLeanRuntime.equal (lemma) (head) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes lemma head)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (tail))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (Option.some ((lemma :: (head :: tail))) : (Option (List ByteArray))) else (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List ByteArray))) | Option.none => (Option.none : (Option (List ByteArray)))))) (LexLeanBoot.AxiomOutput.lessBytes (lemma) (head)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_54 (lemma) (head))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (List ByteArray))) => (match __a with | Option.some inserted => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (List ByteArray))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Option.some inserted => (Option.some ((head :: inserted)) : (Option (List ByteArray))) | Option.none => (Option.none : (Option (List ByteArray))))) (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (tail)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_96 (lemma) (tail))) (fun (__a : (Option (List ByteArray))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))))
-
-def __fits_91 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : Bool :=
-  (Bool.true && (match state with | Except.error message => Bool.true | Except.ok sorted => (((Bool.true && Bool.true) && (__fits_32 (piece))) && (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); (((Bool.true && Bool.true) && (__fits_61 (lemma))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (sorted))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) else ((((Bool.true && Bool.true) && (__fits_60 (lemma))) && Bool.true) && Bool.true)))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.insertAxiom LexLeanBoot.AxiomOutput.isClosedLeanName LexLeanBoot.AxiomOutput.notLean LexLeanBoot.AxiomOutput.quoted LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.trimmed in
-theorem __rel_91 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 91 [((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_91 state piece) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.collectStep state piece))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Except ByteArray (List ByteArray))) => (match __a with | Except.error message => Bool.true | Except.ok sorted => (((Bool.true && Bool.true) && (__fits_32 (piece))) && (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); (((Bool.true && Bool.true) && (__fits_61 (lemma))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (sorted))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) else ((((Bool.true && Bool.true) && (__fits_60 (lemma))) && Bool.true) && Bool.true))))))) (fun (__a : (Except ByteArray (List ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Except.error message => state | Except.ok sorted => (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) then (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => (Except.ok (inserted) : (Except ByteArray (List ByteArray))) | Option.none => (Except.error ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) : (Except ByteArray (List ByteArray)))) else (Except.error ((LexLeanBoot.AxiomOutput.notLean (lemma))) : (Except ByteArray (List ByteArray))))))) state (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except ByteArray (List ByteArray))) _ => match __a with | Except.error message => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.ok sorted => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let lemma : ByteArray := (LexLeanBoot.AxiomOutput.trimmed (piece)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (piece))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_96 (lemma) (sorted))) && (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) else ((((Bool.true && Bool.true) && (__fits_60 (lemma))) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (if __b then (match (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) with | Option.some inserted => (Except.ok (inserted) : (Except ByteArray (List ByteArray))) | Option.none => (Except.error ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) : (Except ByteArray (List ByteArray)))) else (Except.error ((LexLeanBoot.AxiomOutput.notLean (lemma))) : (Except ByteArray (List ByteArray))))) (LexLeanBoot.AxiomOutput.isClosedLeanName (lemma)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_61 (lemma))) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (List ByteArray))) => (match __a with | Option.some inserted => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("duplicate axiom name "))) && (((Bool.true && Bool.true) && (__fits_40 (lemma))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) && Bool.true) && Bool.true))) (fun (__a : (Option (List ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Option.some inserted => (Except.ok (inserted) : (Except ByteArray (List ByteArray))) | Option.none => (Except.error ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) : (Except ByteArray (List ByteArray))))) (LexLeanBoot.AxiomOutput.insertAxiom (lemma) (sorted)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_96 (lemma) (sorted))) (fun (__a : (Option (List ByteArray))) _ => match __a with | Option.some inserted => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("duplicate axiom name "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (lemma))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("duplicate axiom name "))) ((LexLeanBoot.AxiomOutput.quoted (lemma))))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_60 (lemma))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))))
-
-def __fits_84 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_91 (state) (piece)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.collectStep in
-theorem __rel_84 (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 84 [((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_84 state piece) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) ((LexLeanBoot.AxiomOutput.collectStep (state) (piece))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_91 (state) (piece)))
-
-def __fits_37 (reversed : (List ByteArray)) (piece : ByteArray) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_37 (reversed : (List ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 37 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) reversed), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_37 reversed piece) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((piece :: reversed)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_17 (pieces : (List ByteArray)) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_37 __p0 __p1) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (([] : List ByteArray)) (pieces)))
-
-theorem __rel_17 (pieces : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces)] (_root_.LexLeanPreservation.Rel (__fits_17 pieces) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.Text.reverse pieces))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_37 __p0 __p1) 37 [] (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __rel_37 __p0 __p1) (p := __prog) (fi := 36) (ta := .bytes) (ts := (.list .bytes)) rfl (([] : List ByteArray)) (pieces)))
-
-def __fits_97 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] LexLeanBoot.Text.byteAt LexLeanBoot.Text.sliceOr in
-theorem __rel_97 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 97 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_97 subject delimiter state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.Text.splitStep subject delimiter state))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte delimiter)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
-
-def __fits_92 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_97 (subject) (delimiter) (state)))
-
-attribute [local irreducible] LexLeanBoot.Text.splitStep in
-theorem __rel_92 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 92 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_92 delimiter subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanBoot.Text.splitStep (subject) (delimiter) (state))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_97 (subject) (delimiter) (state)))
-
-def __fits_85 (subject : ByteArray) (delimiter : UInt8) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && (Bool.true && Bool.true)) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_92 (delimiter) (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2))))))))))
-
-attribute [local irreducible] LexLeanBoot.Text.reverse LexLeanBoot.Text.sliceOr LexLeanBoot.Text.splitStep in
-theorem __rel_85 (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.FunRel __prog 85 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter)] (_root_.LexLeanPreservation.Rel (__fits_85 subject delimiter) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.Text.splitOn subject delimiter))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_92 (delimiter) (subject) __p0) 92 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_92 (delimiter) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.splitStep (subject) (delimiter) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 15) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2)))))))
-
-def __fits_74 (name : ByteArray) (list : ByteArray) : Bool :=
-  (((Bool.true && ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (__fits_85 (list) ((44 : UInt8)))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except ByteArray (List ByteArray))) (__p1 : ByteArray) => __fits_84 __p0 __p1) ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))))) && (match (_root_.LexLeanCollections.listFold ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))) : (Except ByteArray (List ByteArray))) with | Except.error message => ((Bool.true && Bool.true) && (__fits_59 (message))) | Except.ok sorted => (Bool.true && (match sorted with | List.nil => ((((Bool.true && Bool.true) && (__fits_7 ("an axiom list cannot be empty"))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty"))))) | List.cons head tail => ((Bool.true && (Bool.true && Bool.true)) && (__fits_58 (name) (sorted)))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.collectStep LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.parsed LexLeanBoot.AxiomOutput.text LexLeanBoot.Text.splitOn in
-theorem __rel_74 (name : ByteArray) (list : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 74 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes name), (_root_.LexLeanTarget.TargetSyntax.Value.bytes list)] (_root_.LexLeanPreservation.Rel (__fits_74 name list) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.axiomList name list))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Except ByteArray (List ByteArray))) => (match __a with | Except.error message => ((Bool.true && Bool.true) && (__fits_59 (message))) | Except.ok sorted => (Bool.true && (match sorted with | List.nil => ((((Bool.true && Bool.true) && (__fits_7 ("an axiom list cannot be empty"))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty"))))) | List.cons head tail => ((Bool.true && (Bool.true && Bool.true)) && (__fits_58 (name) (sorted))))))) (fun (__a : (Except ByteArray (List ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Except.error message => (LexLeanBoot.AxiomOutput.malformed (message)) | Except.ok sorted => (match sorted with | List.nil => (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty")))) | List.cons head tail => (LexLeanBoot.AxiomOutput.parsed (name) (sorted))))) (_root_.LexLeanCollections.listFold ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))) : (Except ByteArray (List ByteArray))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_85 (list) ((44 : UInt8)))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (state : (Except ByteArray (List ByteArray))) (piece : ByteArray) => (LexLeanBoot.AxiomOutput.collectStep (state) (piece)))) (fun (__p0 : (Except ByteArray (List ByteArray))) (__p1 : ByteArray) => __fits_84 __p0 __p1) 84 [] (fun (__p0 : (Except ByteArray (List ByteArray))) (__p1 : ByteArray) => __rel_84 __p0 __p1) (p := __prog) (fi := 83) (ta := .bytes) (ts := (.result (.list .bytes) .bytes)) rfl ((Except.ok (([] : List ByteArray)) : (Except ByteArray (List ByteArray)))) ((LexLeanBoot.Text.splitOn (list) ((44 : UInt8)))))) (fun (__a : (Except ByteArray (List ByteArray))) _ => match __a with | Except.error message => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_59 (message)))) | Except.ok sorted => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (List ByteArray)) => (match __a with | List.nil => ((((Bool.true && Bool.true) && (__fits_7 ("an axiom list cannot be empty"))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty"))))) | List.cons head tail => ((Bool.true && (Bool.true && Bool.true)) && (__fits_58 (name) (sorted))))) (fun (__a : (List ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | List.nil => (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty")))) | List.cons head tail => (LexLeanBoot.AxiomOutput.parsed (name) (sorted)))) sorted (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List ByteArray)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("an axiom list cannot be empty"))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.text ("an axiom list cannot be empty")))))) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_58 (name) (sorted)))))))))))
-
-def __fits_62 (payload : ByteArray) (body : ByteArray) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("' depends on axioms: ["))) && Bool.true)) && (__fits_73 (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: ["))))) && (match (LexLeanBoot.AxiomOutput.splitLast (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: [")))) with | Option.some split => (Bool.true && (let name : ByteArray := (split).1; (Bool.true && (let list : ByteArray := (split).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_74 (name) (list))) && (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))))))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.axiomList LexLeanBoot.AxiomOutput.isClosedLeanName LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.notLean LexLeanBoot.AxiomOutput.splitLast LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.unrecognized in
-theorem __rel_62 (payload : ByteArray) (body : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 62 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload), (_root_.LexLeanTarget.TargetSyntax.Value.bytes body)] (_root_.LexLeanPreservation.Rel (__fits_62 payload body) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.listed payload body))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some split => (Bool.true && (let name : ByteArray := (split).1; (Bool.true && (let list : ByteArray := (split).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_74 (name) (list))) && (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))))))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.some split => (let name : ByteArray := (split).1; (let list : ByteArray := (split).2; (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then listed_axioms else refused))))) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)))) (LexLeanBoot.AxiomOutput.splitLast (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: [")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("' depends on axioms: ["))) _root_.LexLeanPreservation.convL_nil)) (__rel_73 (body) ((LexLeanBoot.AxiomOutput.text ("' depends on axioms: ["))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some split => (_root_.LexLeanPreservation.convA_hit rfl rfl (let name : ByteArray := (split).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let list : ByteArray := (split).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let listed_axioms : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.axiomList (name) (list)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_74 (name) (list))) (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_60 (name))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (if __b then listed_axioms else refused)) (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_61 (name))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_57 (payload)))))))
-
-def __fits_44 (payload : ByteArray) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("'"))) && Bool.true)) && (__fits_49 (payload) ((LexLeanBoot.AxiomOutput.text ("'"))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (payload) ((LexLeanBoot.AxiomOutput.text ("'")))) with | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))) | Option.some rest => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("' does not depend on any axioms"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) with | Option.some name => (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_58 (name) (([] : List ByteArray)))) && (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload)))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.isClosedLeanName LexLeanBoot.AxiomOutput.listed LexLeanBoot.AxiomOutput.malformed LexLeanBoot.AxiomOutput.notLean LexLeanBoot.AxiomOutput.parsed LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.stripSuffix LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.unrecognized in
-theorem __rel_44 (payload : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 44 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes payload)] (_root_.LexLeanPreservation.Rel (__fits_44 payload) ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (LexLeanBoot.AxiomOutput.parsePayload payload))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))) | Option.some rest => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("' does not depend on any axioms"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) with | Option.some name => (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_58 (name) (([] : List ByteArray)))) && (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)) | Option.some rest => (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) with | Option.some name => (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then accepted else refused))) | Option.none => (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => (LexLeanBoot.AxiomOutput.listed (payload) (body)) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)))))) (LexLeanBoot.AxiomOutput.stripPrefix (payload) ((LexLeanBoot.AxiomOutput.text ("'")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("'"))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (payload) ((LexLeanBoot.AxiomOutput.text ("'"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_57 (payload)))) | Option.some rest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some name => (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_58 (name) (([] : List ByteArray)))) && (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (((((Bool.true && Bool.true) && (__fits_60 (name))) && Bool.true) && (__fits_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) && (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (((Bool.true && Bool.true) && (__fits_61 (name))) && (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then Bool.true else Bool.true)))))) | Option.none => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("]"))) && Bool.true)) && (__fits_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) && (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.some name => (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); (if (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) then accepted else refused))) | Option.none => (match (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) with | Option.some body => (LexLeanBoot.AxiomOutput.listed (payload) (body)) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload))))) (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("' does not depend on any axioms"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (rest) ((LexLeanBoot.AxiomOutput.text ("' does not depend on any axioms"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some name => (_root_.LexLeanPreservation.convA_hit rfl rfl (let accepted : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.parsed (name) (([] : List ByteArray))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) (__rel_58 (name) (([] : List ByteArray)))) (let refused : (Except ByteArray (Prod ByteArray (List ByteArray))) := (LexLeanBoot.AxiomOutput.malformed ((LexLeanBoot.AxiomOutput.notLean (name)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_60 (name))) _root_.LexLeanPreservation.convL_nil) (__rel_59 ((LexLeanBoot.AxiomOutput.notLean (name))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (if __b then accepted else refused)) (LexLeanBoot.AxiomOutput.isClosedLeanName (name)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_61 (name))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some body => ((Bool.true && (Bool.true && Bool.true)) && (__fits_62 (payload) (body))) | Option.none => ((Bool.true && Bool.true) && (__fits_57 (payload))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (match __a with | Option.some body => (LexLeanBoot.AxiomOutput.listed (payload) (body)) | Option.none => (LexLeanBoot.AxiomOutput.unrecognized (payload)))) (LexLeanBoot.AxiomOutput.stripSuffix (rest) ((LexLeanBoot.AxiomOutput.text ("]")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("]"))) _root_.LexLeanPreservation.convL_nil)) (__rel_56 (rest) ((LexLeanBoot.AxiomOutput.text ("]"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some body => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_62 (payload) (body)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_57 (payload)))))))))))))))
-
-def __fits_45 (names : (List ByteArray)) : Bool :=
-  (Bool.true && (match names with | List.nil => (Bool.true && Bool.true) | List.cons head tail => Bool.true))
-
-theorem __rel_45 (names : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 45 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) names)] (_root_.LexLeanPreservation.Rel (__fits_45 names) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.tailOf names))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (List ByteArray)) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons head tail => Bool.true)) (fun (__a : (List ByteArray)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | List.nil => ([] : List ByteArray) | List.cons head tail => tail)) names (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List ByteArray)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)))))
-
-def __fits_30 (records : (List (LexLeanBoot.AxiomOutput.Record))) (remaining : (List ByteArray)) (payload : ByteArray) (about : (Option ByteArray)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_43 (payload))) && (if (LexLeanBoot.AxiomOutput.terminates (payload)) then (((Bool.true && Bool.true) && (__fits_44 (payload))) && (match (LexLeanBoot.AxiomOutput.parsePayload (payload)) with | Except.error message => ((Bool.true && (Bool.true && Bool.true)) && (__fits_31 (message) (about))) | Except.ok found => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_45 (remaining))) && Bool.true)) && Bool.true))) else ((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.parsePayload LexLeanBoot.AxiomOutput.stop LexLeanBoot.AxiomOutput.tailOf LexLeanBoot.AxiomOutput.terminates in
-theorem __rel_30 (records : (List (LexLeanBoot.AxiomOutput.Record))) (remaining : (List ByteArray)) (payload : ByteArray) (about : (Option ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 30 [((_root_.LexLeanPreservation.encList __enc_2) records), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) remaining), (_root_.LexLeanTarget.TargetSyntax.Value.bytes payload), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) about)] (_root_.LexLeanPreservation.Rel (__fits_30 records remaining payload about) (__enc_1 (LexLeanBoot.AxiomOutput.extend records remaining payload about))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_44 (payload))) && (match (LexLeanBoot.AxiomOutput.parsePayload (payload)) with | Except.error message => ((Bool.true && (Bool.true && Bool.true)) && (__fits_31 (message) (about))) | Except.ok found => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_45 (remaining))) && Bool.true)) && Bool.true))) else ((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && Bool.true))) (fun (__b : Bool) => __enc_1 (if __b then (match (LexLeanBoot.AxiomOutput.parsePayload (payload)) with | Except.error message => (LexLeanBoot.AxiomOutput.stop (message) (about)) | Except.ok found => (LexLeanBoot.AxiomOutput.Scan.between ((({ declaration := (found).1, axioms := (found).2, expected := about } : (LexLeanBoot.AxiomOutput.Record)) :: records)) ((LexLeanBoot.AxiomOutput.tailOf (remaining))) : (LexLeanBoot.AxiomOutput.Scan))) else (LexLeanBoot.AxiomOutput.Scan.inside (records) (remaining) (payload) (about) : (LexLeanBoot.AxiomOutput.Scan)))) (LexLeanBoot.AxiomOutput.terminates (payload)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_43 (payload))) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) (fun (__a : (Except ByteArray (Prod ByteArray (List ByteArray)))) => (match __a with | Except.error message => ((Bool.true && (Bool.true && Bool.true)) && (__fits_31 (message) (about))) | Except.ok found => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_45 (remaining))) && Bool.true)) && Bool.true))) (fun (__a : (Except ByteArray (Prod ByteArray (List ByteArray)))) => __enc_1 (match __a with | Except.error message => (LexLeanBoot.AxiomOutput.stop (message) (about)) | Except.ok found => (LexLeanBoot.AxiomOutput.Scan.between ((({ declaration := (found).1, axioms := (found).2, expected := about } : (LexLeanBoot.AxiomOutput.Record)) :: records)) ((LexLeanBoot.AxiomOutput.tailOf (remaining))) : (LexLeanBoot.AxiomOutput.Scan)))) (LexLeanBoot.AxiomOutput.parsePayload (payload)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_44 (payload))) (fun (__a : (Except ByteArray (Prod ByteArray (List ByteArray)))) _ => match __a with | Except.error message => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_31 (message) (about)))) | Except.ok found => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_45 (remaining))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt)))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt)))
-
-def __fits_86 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.Text.matchAt in
-theorem __rel_86 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 86 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_86 needle size subject total position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (position + size) total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (position + size) total)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
-
-def __fits_76 (subject : ByteArray) (needle : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); ((((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_86 (needle) (size) (subject) (total) __p0) ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_82 (subject) (needle) (position))) && (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] LexLeanBoot.Text.matchAt in
-theorem __rel_76 (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 76 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_76 subject needle) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.Text.find subject needle))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd total (1 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun (__p0 : Nat) => __fits_86 (needle) (size) (subject) (total) __p0) 86 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total)] (fun (__p0 : Nat) => __rel_86 (needle) (size) (subject) (total) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanBoot.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((total + (1 : Nat))) ((0 : Nat))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (position) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanBoot.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_82 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))
-
-def __fits_65 (subject : ByteArray) (delimiter : ByteArray) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_76 (subject) (delimiter))) && (match (LexLeanBoot.Text.find (subject) (delimiter)) with | Option.some position => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.Text.find LexLeanBoot.Text.sliceOr in
-theorem __rel_65 (subject : ByteArray) (delimiter : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 65 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes delimiter)] (_root_.LexLeanPreservation.Rel (__fits_65 subject delimiter) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (LexLeanBoot.AxiomOutput.splitOnce subject delimiter))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some position => ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_18 (subject) ((0 : Nat)) (position))) && (((Bool.true && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (delimiter) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat)))) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (match __a with | Option.some position => (Option.some (((LexLeanBoot.Text.sliceOr (subject) ((0 : Nat)) (position)), (LexLeanBoot.Text.sliceOr (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat))))) : (Option (Prod ByteArray ByteArray))) | Option.none => (Option.none : (Option (Prod ByteArray ByteArray))))) (LexLeanBoot.Text.find (subject) (delimiter)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_76 (subject) (delimiter))) (fun (__a : (Option Nat)) _ => match __a with | Option.some position => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((0 : Nat)) (position))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes delimiter)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (_root_.LexLeanRuntime.length (delimiter) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes delimiter)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (_root_.LexLeanRuntime.length (delimiter) : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (subject) : Nat) (position + (_root_.LexLeanRuntime.length (delimiter) : Nat)))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (subject) : Nat)) ((position + (_root_.LexLeanRuntime.length (delimiter) : Nat))) : Nat)))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
-
-def __fits_87 (digits : ByteArray) : Bool :=
-  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then ((((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("18446744073709551615"))) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.text in
-theorem __rel_87 (digits : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 87 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes digits)] (_root_.LexLeanPreservation.Rel (__fits_87 digits) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.fitsWord digits))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then ((((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("18446744073709551615"))) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then Bool.true else (if (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) then (!(_root_.LexLeanRuntime.equal ((_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering)) ((_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering)) : Bool)) else Bool.false))) (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("18446744073709551615"))) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (!(_root_.LexLeanRuntime.equal ((_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering)) ((_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering)) : Bool)) else Bool.false)) (Nat.beq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (_root_.LexLeanRuntime.length (digits) : Nat) (20 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("18446744073709551615"))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes digits (LexLeanBoot.AxiomOutput.text ("18446744073709551615")))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_compareBytes (ByteArray.mk #[1]) (ByteArray.mk #[0]))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_ordering (_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering) (_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot (_root_.LexLeanRuntime.equal ((_root_.LexLeanRuntime.compareBytes (digits) ((LexLeanBoot.AxiomOutput.text ("18446744073709551615"))) : Ordering)) ((_root_.LexLeanRuntime.compareBytes ((ByteArray.mk #[1])) ((ByteArray.mk #[0])) : Ordering)) : Bool)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_98 (subject : ByteArray) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_70 (subject) (position) ((48 : UInt8)) ((57 : UInt8)))) && (if (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((48 : UInt8)) ((57 : UInt8))) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.byteIn in
-theorem __rel_98 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 98 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_98 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanBoot.AxiomOutput.digitStep subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanBoot.AxiomOutput.byteIn (subject) (position) ((48 : UInt8)) ((57 : UInt8))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)))) (__rel_70 (subject) (position) ((48 : UInt8)) ((57 : UInt8)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_93 (subject : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_98 (subject) (position)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.digitStep in
-theorem __rel_93 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 93 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_93 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((LexLeanBoot.AxiomOutput.digitStep (subject) (position))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_98 (subject) (position)))
-
-def __fits_88 (subject : ByteArray) : Bool :=
-  (((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_93 (subject) __p0) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position)))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat)))) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true)
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.digitStep in
-theorem __rel_88 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 88 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_88 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.allDigits subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position)))) (fun (__p0 : Nat) => __fits_93 (subject) __p0) 93 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_93 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 38) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (LexLeanBoot.AxiomOutput.digitStep (subject) (position)))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((0 : Nat)) : (Prod Nat Bool))).1 (_root_.LexLeanRuntime.length (subject) : Nat)))
-
-def __fits_78 (raw : ByteArray) : Bool :=
-  ((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("+"))) && Bool.true)) && (__fits_49 (raw) ((LexLeanBoot.AxiomOutput.text ("+"))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) with | Option.some unsigned => Bool.true | Option.none => Bool.true)) && (let digits : ByteArray := (match (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) with | Option.some unsigned => unsigned | Option.none => raw); (((((Bool.true && Bool.true) && (__fits_20 (digits))) && Bool.true) && (__fits_87 ((LexLeanBoot.AxiomOutput.significant (digits))))) && (let fits : Bool := (LexLeanBoot.AxiomOutput.fitsWord ((LexLeanBoot.AxiomOutput.significant (digits)))); (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (digits) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (_root_.LexLeanRuntime.length (digits) : Nat)) then (((Bool.true && Bool.true) && (__fits_88 (digits))) && (if (LexLeanBoot.AxiomOutput.allDigits (digits)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.allDigits LexLeanBoot.AxiomOutput.fitsWord LexLeanBoot.AxiomOutput.significant LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.text in
-theorem __rel_78 (raw : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 78 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes raw)] (_root_.LexLeanPreservation.Rel (__fits_78 raw) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isWord raw))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let digits : ByteArray := (match (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) with | Option.some unsigned => unsigned | Option.none => raw); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some unsigned => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some unsigned => unsigned | Option.none => raw)) (LexLeanBoot.AxiomOutput.stripPrefix (raw) ((LexLeanBoot.AxiomOutput.text ("+")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("+"))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (raw) ((LexLeanBoot.AxiomOutput.text ("+"))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some unsigned => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl))))) (let fits : Bool := (LexLeanBoot.AxiomOutput.fitsWord ((LexLeanBoot.AxiomOutput.significant (digits)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (digits))) _root_.LexLeanPreservation.convL_nil) (__rel_87 ((LexLeanBoot.AxiomOutput.significant (digits))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_88 (digits))) && (if (LexLeanBoot.AxiomOutput.allDigits (digits)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (if (LexLeanBoot.AxiomOutput.allDigits (digits)) then fits else Bool.false) else Bool.false)) (Nat.blt (0 : Nat) (_root_.LexLeanRuntime.length (digits) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes digits)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (_root_.LexLeanRuntime.length (digits) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then fits else Bool.false)) (LexLeanBoot.AxiomOutput.allDigits (digits)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_88 (digits))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_67 (field : ByteArray) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_32 (field))) && Bool.true) && (__fits_78 ((LexLeanBoot.AxiomOutput.trimmed (field)))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.isWord LexLeanBoot.AxiomOutput.trimmed in
-theorem __rel_67 (field : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 67 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes field)] (_root_.LexLeanPreservation.Rel (__fits_67 field) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanBoot.AxiomOutput.isCount field))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (field))) _root_.LexLeanPreservation.convL_nil) (__rel_78 ((LexLeanBoot.AxiomOutput.trimmed (field)))))
-
-def __fits_77 (rest : ByteArray) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_49 (rest) ((LexLeanBoot.AxiomOutput.text (" "))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (rest) ((LexLeanBoot.AxiomOutput.text (" ")))) with | Option.some spaced => ((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (spaced) ((LexLeanBoot.AxiomOutput.text ("info: "))))) | Option.none => (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.text in
-theorem __rel_77 (rest : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 77 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes rest)] (_root_.LexLeanPreservation.Rel (__fits_77 rest) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.afterLabel rest))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some spaced => ((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (spaced) ((LexLeanBoot.AxiomOutput.text ("info: "))))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some spaced => (LexLeanBoot.AxiomOutput.stripPrefix (spaced) ((LexLeanBoot.AxiomOutput.text ("info: ")))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.stripPrefix (rest) ((LexLeanBoot.AxiomOutput.text (" ")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" "))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (rest) ((LexLeanBoot.AxiomOutput.text (" "))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some spaced => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("info: "))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (spaced) ((LexLeanBoot.AxiomOutput.text ("info: ")))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
-
-def __fits_66 (column : ByteArray) (rest : ByteArray) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("-"))) && Bool.true)) && (__fits_65 (column) ((LexLeanBoot.AxiomOutput.text ("-"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (column) ((LexLeanBoot.AxiomOutput.text ("-")))) with | Option.some span => (Bool.true && (let low : ByteArray := (span).1; (Bool.true && (let high : ByteArray := (span).2; (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 (rest) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let stop_column : ByteArray := (tail).1; (Bool.true && (let after : ByteArray := (tail).2; (((Bool.true && Bool.true) && (__fits_77 (after))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (((Bool.true && Bool.true) && (__fits_67 (low))) && (if (LexLeanBoot.AxiomOutput.isCount (low)) then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))))))))) | Option.none => (Bool.true && Bool.true))))))) | Option.none => (((Bool.true && Bool.true) && (__fits_77 (rest))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); (((Bool.true && Bool.true) && (__fits_67 (column))) && (if (LexLeanBoot.AxiomOutput.isCount (column)) then Bool.true else (Bool.true && Bool.true)))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.afterLabel LexLeanBoot.AxiomOutput.isCount LexLeanBoot.AxiomOutput.splitOnce LexLeanBoot.AxiomOutput.text in
-theorem __rel_66 (column : ByteArray) (rest : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 66 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes column), (_root_.LexLeanTarget.TargetSyntax.Value.bytes rest)] (_root_.LexLeanPreservation.Rel (__fits_66 column rest) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.afterLocation column rest))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some span => (Bool.true && (let low : ByteArray := (span).1; (Bool.true && (let high : ByteArray := (span).2; (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 (rest) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let stop_column : ByteArray := (tail).1; (Bool.true && (let after : ByteArray := (tail).2; (((Bool.true && Bool.true) && (__fits_77 (after))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (((Bool.true && Bool.true) && (__fits_67 (low))) && (if (LexLeanBoot.AxiomOutput.isCount (low)) then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))))))))) | Option.none => (Bool.true && Bool.true))))))) | Option.none => (((Bool.true && Bool.true) && (__fits_77 (rest))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); (((Bool.true && Bool.true) && (__fits_67 (column))) && (if (LexLeanBoot.AxiomOutput.isCount (column)) then Bool.true else (Bool.true && Bool.true))))))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some span => (let low : ByteArray := (span).1; (let high : ByteArray := (span).2; (match (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (let stop_column : ByteArray := (tail).1; (let after : ByteArray := (tail).2; (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (if (LexLeanBoot.AxiomOutput.isCount (low)) then (if (LexLeanBoot.AxiomOutput.isCount (high)) then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))))) | Option.none => (Option.none : (Option ByteArray))))) | Option.none => (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); (if (LexLeanBoot.AxiomOutput.isCount (column)) then labeled else (Option.none : (Option ByteArray)))))) (LexLeanBoot.AxiomOutput.splitOnce (column) ((LexLeanBoot.AxiomOutput.text ("-")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("-"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 (column) ((LexLeanBoot.AxiomOutput.text ("-"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some span => (_root_.LexLeanPreservation.convA_hit rfl rfl (let low : ByteArray := (span).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let high : ByteArray := (span).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some tail => (Bool.true && (let stop_column : ByteArray := (tail).1; (Bool.true && (let after : ByteArray := (tail).2; (((Bool.true && Bool.true) && (__fits_77 (after))) && (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (((Bool.true && Bool.true) && (__fits_67 (low))) && (if (LexLeanBoot.AxiomOutput.isCount (low)) then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))))))))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some tail => (let stop_column : ByteArray := (tail).1; (let after : ByteArray := (tail).2; (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); (if (LexLeanBoot.AxiomOutput.isCount (low)) then (if (LexLeanBoot.AxiomOutput.isCount (high)) then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce (rest) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 (rest) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (let stop_column : ByteArray := (tail).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let after : ByteArray := (tail).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (after)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_77 (after))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_67 (high))) && (if (LexLeanBoot.AxiomOutput.isCount (high)) then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (if (LexLeanBoot.AxiomOutput.isCount (high)) then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (low)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (low))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_67 (stop_column))) && (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then Bool.true else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (if (LexLeanBoot.AxiomOutput.isCount (stop_column)) then labeled else (Option.none : (Option ByteArray))) else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (high)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (high))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then labeled else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (stop_column)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (stop_column))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let labeled : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLabel (rest)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_77 (rest))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then labeled else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (column)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (column))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
-
-def __fits_50 (line : ByteArray) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 (line) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce (line) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some head => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((head).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some middle => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.afterLocation LexLeanBoot.AxiomOutput.isCount LexLeanBoot.AxiomOutput.splitOnce LexLeanBoot.AxiomOutput.text in
-theorem __rel_50 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 50 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_50 line) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.located line))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some head => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((head).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some middle => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some head => (match (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some middle => (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (let line_number : ByteArray := (middle).1; (let column : ByteArray := (tail).1; (let rest : ByteArray := (tail).2; (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then located_rest else (Option.none : (Option ByteArray))))))) | Option.none => (Option.none : (Option ByteArray))) | Option.none => (Option.none : (Option ByteArray))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce (line) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 (line) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some head => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some middle => (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (":"))) && Bool.true)) && (__fits_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) && (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some middle => (match (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) with | Option.some tail => (let line_number : ByteArray := (middle).1; (let column : ByteArray := (tail).1; (let rest : ByteArray := (tail).2; (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then located_rest else (Option.none : (Option ByteArray))))))) | Option.none => (Option.none : (Option ByteArray))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce ((head).2) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 ((head).2) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some middle => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (fun (__a : (Option (Prod ByteArray ByteArray))) => (match __a with | Option.some tail => (Bool.true && (let line_number : ByteArray := (middle).1; (Bool.true && (let column : ByteArray := (tail).1; (Bool.true && (let rest : ByteArray := (tail).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_66 (column) (rest))) && (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (((Bool.true && Bool.true) && (__fits_67 (line_number))) && (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then Bool.true else (Bool.true && Bool.true))))))))))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option (Prod ByteArray ByteArray))) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some tail => (let line_number : ByteArray := (middle).1; (let column : ByteArray := (tail).1; (let rest : ByteArray := (tail).2; (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); (if (LexLeanBoot.AxiomOutput.isCount (line_number)) then located_rest else (Option.none : (Option ByteArray))))))) | Option.none => (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.splitOnce ((middle).2) ((LexLeanBoot.AxiomOutput.text (":")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (":"))) _root_.LexLeanPreservation.convL_nil)) (__rel_65 ((middle).2) ((LexLeanBoot.AxiomOutput.text (":"))))) (fun (__a : (Option (Prod ByteArray ByteArray))) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (let line_number : ByteArray := (middle).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let column : ByteArray := (tail).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let rest : ByteArray := (tail).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let located_rest : (Option ByteArray) := (LexLeanBoot.AxiomOutput.afterLocation (column) (rest)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_66 (column) (rest))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then located_rest else (Option.none : (Option ByteArray)))) (LexLeanBoot.AxiomOutput.isCount (line_number)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_67 (line_number))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
-
-def __fits_33 (line : ByteArray) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("'"))) && Bool.true)) && (__fits_48 (line) ((LexLeanBoot.AxiomOutput.text ("'"))))) && (if (LexLeanBoot.Text.startsWith (line) ((LexLeanBoot.AxiomOutput.text ("'")))) then ((Bool.true && Bool.true) && Bool.true) else (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (line) ((LexLeanBoot.AxiomOutput.text ("info: "))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) with | Option.some payload => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((Bool.true && Bool.true) && (__fits_50 (line)))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.located LexLeanBoot.AxiomOutput.stripPrefix LexLeanBoot.AxiomOutput.text LexLeanBoot.Text.startsWith in
-theorem __rel_33 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 33 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_33 line) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.envelope line))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((Bool.true && (((Bool.true && Bool.true) && (__fits_7 ("info: "))) && Bool.true)) && (__fits_49 (line) ((LexLeanBoot.AxiomOutput.text ("info: "))))) && (match (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) with | Option.some payload => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((Bool.true && Bool.true) && (__fits_50 (line))))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (Option.some (line) : (Option ByteArray)) else (match (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) with | Option.some payload => (Option.some (payload) : (Option ByteArray)) | Option.none => (LexLeanBoot.AxiomOutput.located (line))))) (LexLeanBoot.Text.startsWith (line) ((LexLeanBoot.AxiomOutput.text ("'")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("'"))) _root_.LexLeanPreservation.convL_nil)) (__rel_48 (line) ((LexLeanBoot.AxiomOutput.text ("'"))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some payload => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((Bool.true && Bool.true) && (__fits_50 (line))))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.some payload => (Option.some (payload) : (Option ByteArray)) | Option.none => (LexLeanBoot.AxiomOutput.located (line)))) (LexLeanBoot.AxiomOutput.stripPrefix (line) ((LexLeanBoot.AxiomOutput.text ("info: ")))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("info: "))) _root_.LexLeanPreservation.convL_nil)) (__rel_49 (line) ((LexLeanBoot.AxiomOutput.text ("info: "))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some payload => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_50 (line)))))))))
-
-def __fits_34 (names : (List ByteArray)) : Bool :=
-  (Bool.true && (match names with | List.nil => (Bool.true && Bool.true) | List.cons head tail => ((Bool.true && Bool.true) && Bool.true)))
-
-theorem __rel_34 (names : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 34 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) names)] (_root_.LexLeanPreservation.Rel (__fits_34 names) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.AxiomOutput.headOf names))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (List ByteArray)) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons head tail => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (List ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | List.nil => (Option.none : (Option ByteArray)) | List.cons head tail => (Option.some (head) : (Option ByteArray)))) names (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List ByteArray)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))
-
-def __fits_14 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : Bool :=
-  (Bool.true && (match state with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => Bool.true | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (((Bool.true && Bool.true) && (__fits_29 (line))) && (match (LexLeanBoot.AxiomOutput.continuation (line)) with | Option.some more => ((Bool.true && (Bool.true && (((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) && (Bool.true && Bool.true)))) && (__fits_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((Bool.true && (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) then Bool.true else (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (__fits_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))))))))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.cat LexLeanBoot.AxiomOutput.continuation LexLeanBoot.AxiomOutput.envelope LexLeanBoot.AxiomOutput.extend LexLeanBoot.AxiomOutput.headOf LexLeanBoot.AxiomOutput.stop LexLeanBoot.AxiomOutput.text LexLeanBoot.AxiomOutput.trimmed in
-theorem __rel_14 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_14 state line) (__enc_1 (LexLeanBoot.AxiomOutput.scanStep state line))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => Bool.true | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (((Bool.true && Bool.true) && (__fits_29 (line))) && (match (LexLeanBoot.AxiomOutput.continuation (line)) with | Option.some more => ((Bool.true && (Bool.true && (((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) && (Bool.true && Bool.true)))) && (__fits_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (((Bool.true && (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) then Bool.true else (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (__fits_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))))))) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) => __enc_1 (match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => state | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (match (LexLeanBoot.AxiomOutput.continuation (line)) with | Option.some more => (LexLeanBoot.AxiomOutput.extend (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about)) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (if (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) then state else (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => (LexLeanBoot.AxiomOutput.extend (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))))) state (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (LexLeanBoot.AxiomOutput.Scan)) _ => match __a with | LexLeanBoot.AxiomOutput.Scan.stopped rejection => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | LexLeanBoot.AxiomOutput.Scan.inside records remaining payload about => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some more => ((Bool.true && (Bool.true && (((((Bool.true && (((Bool.true && Bool.true) && (__fits_7 (" "))) && Bool.true)) && (__fits_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) && (Bool.true && Bool.true)))) && (__fits_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unterminated axiom payload: "))) && (Bool.true && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) && (Bool.true && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))) (fun (__a : (Option ByteArray)) => __enc_1 (match __a with | Option.some more => (LexLeanBoot.AxiomOutput.extend (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about)) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about)))) (LexLeanBoot.AxiomOutput.continuation (line)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (line))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some more => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 (" "))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))) (__rel_30 (records) (remaining) ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.cat (payload) ((LexLeanBoot.AxiomOutput.text (" "))))) (more))) (about)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unterminated axiom payload: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unterminated axiom payload: "))) (payload))) (about))))))))) | LexLeanBoot.AxiomOutput.Scan.between records remaining => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true) && (__fits_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))))) (fun (__b : Bool) => __enc_1 (if __b then state else (match (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) with | Option.some payload => (LexLeanBoot.AxiomOutput.extend (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))) (Nat.beq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes (LexLeanBoot.AxiomOutput.trimmed (line)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (0 : Nat) (_root_.LexLeanRuntime.length ((LexLeanBoot.AxiomOutput.trimmed (line))) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some payload => ((Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)))) && (__fits_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining))))) | Option.none => ((((((Bool.true && Bool.true) && (__fits_7 ("unrecognized audit line: "))) && (((Bool.true && Bool.true) && (__fits_32 (line))) && Bool.true)) && (__fits_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) && (((Bool.true && Bool.true) && (__fits_34 (remaining))) && Bool.true)) && (__fits_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))) (fun (__a : (Option ByteArray)) => __enc_1 (match __a with | Option.some payload => (LexLeanBoot.AxiomOutput.extend (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))) | Option.none => (LexLeanBoot.AxiomOutput.stop ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))) (LexLeanBoot.AxiomOutput.envelope ((LexLeanBoot.AxiomOutput.trimmed (line)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) _root_.LexLeanPreservation.convL_nil) (__rel_33 ((LexLeanBoot.AxiomOutput.trimmed (line))))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some payload => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (remaining))) _root_.LexLeanPreservation.convL_nil)))) (__rel_30 (records) (remaining) (payload) ((LexLeanBoot.AxiomOutput.headOf (remaining)))))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil) (__rel_7 ("unrecognized audit line: "))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (line))) _root_.LexLeanPreservation.convL_nil)) (__rel_6 ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (remaining))) _root_.LexLeanPreservation.convL_nil)) (__rel_31 ((LexLeanBoot.AxiomOutput.cat ((LexLeanBoot.AxiomOutput.text ("unrecognized audit line: "))) ((LexLeanBoot.AxiomOutput.trimmed (line))))) ((LexLeanBoot.AxiomOutput.headOf (remaining))))))))))))))))
-
-def __fits_3 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_14 (state) (line)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.scanStep in
-theorem __rel_3 (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_1 state), (_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_3 state line) (__enc_1 ((LexLeanBoot.AxiomOutput.scanStep (state) (line))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_14 (state) (line)))
-
-def __fits_52 (line : ByteArray) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_68 (line) ((ByteArray.mk #[13])))) && (if (LexLeanBoot.Text.endsWith (line) ((ByteArray.mk #[13]))) then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true))
-
-attribute [local irreducible] LexLeanBoot.Text.endsWith LexLeanBoot.Text.sliceOr in
-theorem __rel_52 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 52 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_52 line) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanBoot.Text.chomp line))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (if __b then (LexLeanBoot.Text.sliceOr (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))) else line)) (LexLeanBoot.Text.endsWith (line) ((ByteArray.mk #[13]))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_68 (line) ((ByteArray.mk #[13])))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes line)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (line) : Nat) (1 : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
-
-def __fits_35 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_51 (subject) (position))) && (match (LexLeanBoot.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] LexLeanBoot.Text.byteAt LexLeanBoot.Text.chomp LexLeanBoot.Text.sliceOr in
-theorem __rel_35 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 35 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_35 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.Text.lineStep subject state))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.chomp ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanBoot.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_51 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanBoot.Text.chomp ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (10 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) _root_.LexLeanPreservation.convL_nil) (__rel_52 ((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
-
-def __fits_16 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_35 (subject) (state)))
-
-attribute [local irreducible] LexLeanBoot.Text.lineStep in
-theorem __rel_16 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 16 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_16 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanBoot.Text.lineStep (subject) (state))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_35 (subject) (state)))
-
-def __fits_4 (subject : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && Bool.true) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_16 (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; (Bool.true && (let pieces : (List ByteArray) := ((final).2).2; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt start total) then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_17 (pieces)))))))))))))
-
-attribute [local irreducible] LexLeanBoot.Text.lineStep LexLeanBoot.Text.reverse LexLeanBoot.Text.sliceOr in
-theorem __rel_4 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_4 subject) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanBoot.Text.lines subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_16 (subject) __p0) 16 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_16 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanBoot.Text.lineStep (subject) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 15) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((final).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_17 (pieces))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (LexLeanBoot.Text.reverse (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))) else (LexLeanBoot.Text.reverse (pieces)))) (Nat.blt start total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt start total)) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_18 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_17 (((LexLeanBoot.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (pieces)))))))))
-
-def __fits_0 (stdout : ByteArray) (expected : (List ByteArray)) : Bool :=
-  ((((Bool.true && ((((Bool.true && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_4 (stdout))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (LexLeanBoot.AxiomOutput.Scan)) (__p1 : ByteArray) => __fits_3 __p0 __p1) ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))))) && (Bool.true && Bool.true)) && (__fits_1 ((_root_.LexLeanCollections.listFold ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))) : (LexLeanBoot.AxiomOutput.Scan))) (expected)))
-
-attribute [local irreducible] LexLeanBoot.AxiomOutput.finish LexLeanBoot.AxiomOutput.scanStep LexLeanBoot.Text.lines in
-theorem __rel_0 (stdout : ByteArray) (expected : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes stdout), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) expected)] (_root_.LexLeanPreservation.Rel (__fits_0 stdout expected) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.parseAuditOutput stdout expected))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (stdout))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := __enc_1) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) (fun (__p0 : (LexLeanBoot.AxiomOutput.Scan)) (__p1 : ByteArray) => __fits_3 __p0 __p1) 3 [] (fun (__p0 : (LexLeanBoot.AxiomOutput.Scan)) (__p1 : ByteArray) => __rel_3 __p0 __p1) (p := __prog) (fi := 2) (ta := .bytes) (ts := (.adt 1)) rfl ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_1 ((_root_.LexLeanCollections.listFold ((fun (state : (LexLeanBoot.AxiomOutput.Scan)) (line : ByteArray) => (LexLeanBoot.AxiomOutput.scanStep (state) (line)))) ((LexLeanBoot.AxiomOutput.Scan.between (([] : List (LexLeanBoot.AxiomOutput.Record))) (expected) : (LexLeanBoot.AxiomOutput.Scan))) ((LexLeanBoot.Text.lines (stdout))) : (LexLeanBoot.AxiomOutput.Scan))) (expected)))
-
-def denote (stdout : ByteArray) (expected : (List ByteArray)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 stdout expected) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.parseAuditOutput stdout expected)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (stdout : ByteArray) (expected : (List ByteArray)) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes stdout), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) expected)] (_root_.LexLeanPreservation.Rel (__fits_0 stdout expected) ((_root_.LexLeanPreservation.encExcept __enc_0 (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanBoot.AxiomOutput.parseAuditOutput stdout expected))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 stdout expected)
-
-end LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/Compose/RustStd.lex.tex b/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/Compose/RustStd.lex.tex
deleted file mode 100644
index 0ae77d850..000000000
--- a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,1094 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1,
-  LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_0 : @16 := @541 {
-  all: [LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_2 : @549 := @873 {
-  all: [LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_1 : @881 := @1454 {
-  all: [LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.root : @2180 := @2181 {
-  all: [LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.program
-@1 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.krate
-@2 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.flags
-@3 := LexLeanBoot.AxiomOutput.Rejection
-@4 := #0
-@5 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__s : @3) -> @15
-@17 := LexLeanBoot.AxiomOutput.Rejection.message
-@18 := @17 @4
-@19 := LexLeanBoot.AxiomOutput.Rejection.declaration
-@20 := @19 @4
-@21 := LexLeanTarget.TargetSyntax.Value.bytes
-@22 := @21 @18
-@23 := LexLeanTarget.TargetSyntax.Ty.bytes
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := ByteArray
-@28 := #3
-@29 := @7 @28
-@30 := #2
-@31 := @29 @30
-@32 := #1
-@33 := @31 @32
-@34 := @21 @4
-@40 := {p : @24} -> {c : @25} -> {A : @26} -> (b : @27) -> @33 @34 @23
-@42 := LexLeanPreservation.Rust.wt_bytes @0
-@49 := {c : @25} -> {A : @26} -> (b : @27) -> @11 @30 @32 @34 @23
-@50 := @42 @1
-@55 := {A : @26} -> (b : @27) -> @12 @32 @34 @23
-@56 := @50 @2
-@57 := @13 @34
-@58 := @57 @23
-@59 := (b : @27) -> @58
-@60 := @56 @18
-@62 := @13 @22 @23
-@63 := LexLeanPreservation.encOption
-@64 := @63 @27
-@65 := @64 @21
-@66 := @65 @20
-@67 := LexLeanTarget.TargetSyntax.Ty.option
-@68 := @67 @23
-@70 := fun (__x : @27) => @56 @4
-@71 := Sort 1
-@72 := LexLeanTarget.TargetSyntax.Value
-@73 := (a._@._internal._hyg.#0 : @4) -> @72
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := #6
-@76 := @7 @75
-@77 := #5
-@78 := @76 @77
-@79 := #4
-@80 := @78 @79
-@81 := @30 @4
-@84 := (x : @30) -> @80 @81 @32
-@85 := Option.{0}
-@86 := @85 @28
-@87 := #7
-@90 := @7 @87 @75 @77
-@93 := @63 @79 @28 @4
-@94 := @90 @93
-@95 := @67 @30
-@104 := {p : @24} ->
-  {c : @25} -> {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (o : @86) -> @94 @95
-@106 := LexLeanPreservation.Rust.wt_encOption @0
-@108 := @11 @77 @79
-@111 := (x : @30) -> @108 @81 @32
-@113 := @11 @75 @77
-@122 := {c : @25} ->
-  {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @111) -> (o : @86) -> @113 @93 @95
-@123 := @106 @1
-@124 := @12 @79
-@127 := (x : @30) -> @124 @81 @32
-@128 := @12 @77
-@136 := {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @127) -> (o : @86) -> @128 @93 @95
-@137 := @123 @2
-@139 := @13 @81 @32
-@140 := (x : @30) -> @139
-@147 := {α : @71} -> {e : @73} -> {t : @74} -> (h : @140) -> (o : @86) -> @13 @93 @95
-@148 := @137 @27
-@149 := (a._@._internal._hyg.#0 : @27) -> @72
-@150 := (x : @27) -> @139
-@151 := @85 @27
-@159 := {e : @149} -> {t : @74} -> (h : @150) -> (o : @151) -> @13 (@64 @28 @4) @95
-@160 := @148 @21
-@162 := (x : @27) -> @57 @32
-@163 := @65 @4
-@164 := @13 @163
-@168 := {t : @74} -> (h : @162) -> (o : @151) -> @164 @95
-@169 := @160 @23
-@170 := (x : @27) -> @58
-@171 := @164 @68
-@173 := (h : @170) -> (o : @151) -> @171
-@174 := @169 @70
-@175 := @174 @20
-@177 := @13 @66 @68
-@178 := List.nil.{0}
-@179 := List.cons.{0}
-@180 := @178 @72
-@181 := @179 @72
-@183 := @181 @66 @180
-@185 := @181 @22 @183
-@186 := @178 @74
-@187 := @179 @74
-@188 := @187 @68
-@189 := @188 @186
-@190 := @187 @23
-@191 := @190 @189
-@192 := LexLeanPreservation.Rust.WTL
-@200 := {p : @24} -> {c : @25} -> {A : @26} -> @192 @30 @32 @4 @180 @186
-@202 := LexLeanPreservation.Rust.wtl_nil @0
-@203 := @192 @0
-@209 := {c : @25} -> {A : @26} -> @203 @32 @4 @180 @186
-@210 := @202 @1
-@211 := @203 @1
-@215 := {A : @26} -> @211 @4 @180 @186
-@216 := @210 @2
-@217 := @211 @2
-@218 := @217 @180
-@219 := @218 @186
-@220 := List.{0}
-@221 := @220 @72
-@222 := @220 @74
-@224 := @80 @28 @30
-@229 := @192 @87 @75 @77 @30 @32
-@230 := #8
-@233 := @192 @230 @87 @75
-@235 := @181 @77 @28
-@236 := @233 @235
-@238 := @187 @79 @30
-@248 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @72} -> {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @224) -> (hs : @229) -> @236 @238
-@250 := LexLeanPreservation.Rust.wtl_cons @0
-@252 := @108 @28 @30
-@256 := @203 @75 @77 @30 @32
-@268 := {c : @25} ->
-  {A : @26} ->
-  {v : @72} ->
-  {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @252) -> (hs : @256) -> @203 @87 @75 @235 @238
-@269 := @250 @1
-@271 := @124 @28 @30
-@274 := @211 @77 @30 @32
-@284 := {A : @26} ->
-  {v : @72} ->
-  {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @271) -> (hs : @274) -> @211 @75 @235 @238
-@285 := @269 @2
-@287 := @13 @28 @30
-@289 := @217 @30 @32
-@297 := {v : @72} ->
-  {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @287) -> (hs : @289) -> @217 @235 @238
-@298 := @285 @66
-@300 := @65 (@19 @28)
-@313 := {t : @74} ->
-  {vs : @221} ->
-  {ts : @222} -> (h : @13 @300 @30) -> (hs : @289) -> @217 (@181 (@65 (@19 @77)) @28) @238
-@314 := @298 @68
-@316 := @65 (@19 @30)
-@318 := @13 @316 @68
-@323 := @217 (@181 (@65 (@19 @79)) @28)
-@324 := @188 @30
-@329 := {vs : @221} -> {ts : @222} -> (h : @318) -> (hs : @289) -> @323 @324
-@330 := @314 @180
-@332 := @65 (@19 @32)
-@334 := @13 @332 @68
-@335 := @218 @32
-@337 := @181 @300 @180
-@342 := {ts : @222} -> (h : @334) -> (hs : @335) -> @217 @337 @324
-@343 := @330 @186
-@345 := @181 @316 @180
-@346 := @217 @345
-@349 := (h : @177) -> (hs : @219) -> @346 @189
-@350 := @343 @175
-@352 := @181 @332 @180
-@354 := @217 @352 @189
-@355 := (hs : @219) -> @354
-@356 := @350 @216
-@358 := @217 @183 @189
-@359 := @285 @22
-@361 := @21 (@17 @28)
-@374 := {t : @74} ->
-  {vs : @221} ->
-  {ts : @222} -> (h : @13 @361 @30) -> (hs : @289) -> @217 (@181 (@21 (@17 @77)) @28) @238
-@375 := @359 @23
-@377 := @21 (@17 @30)
-@379 := @13 @377 @23
-@384 := @217 (@181 (@21 (@17 @79)) @28)
-@385 := @190 @30
-@390 := {vs : @221} -> {ts : @222} -> (h : @379) -> (hs : @289) -> @384 @385
-@391 := @375 @183
-@393 := @21 (@17 @32)
-@395 := @13 @393 @23
-@396 := @346 @32
-@398 := @181 @361 @337
-@403 := {ts : @222} -> (h : @395) -> (hs : @396) -> @217 @398 @385
-@404 := @391 @189
-@406 := @181 @377 @345
-@407 := @217 @406
-@410 := (h : @62) -> (hs : @354) -> @407 @191
-@411 := @404 @60
-@413 := @181 @393 @352
-@415 := @217 @413 @191
-@416 := (hs : @358) -> @415
-@417 := @411 @356
-@419 := @217 @185 @191
-@420 := Nat
-@421 := Eq.{1}
-@422 := @85 @222
-@423 := @421 @422
-@424 := LexLeanPreservation.Rust.adtFields
-@428 := @423 (@424 @75 @28 @30)
-@429 := Option.some.{0}
-@430 := @429 @222
-@431 := @430 @4
-@432 := @428 @431
-@435 := @7 @230 @87 @75
-@436 := LexLeanTarget.TargetSyntax.Value.adt
-@438 := @436 @79 @28
-@439 := @435 @438
-@440 := @8 @77
-@450 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @420} -> {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @432) -> (hf : @229) -> @439 @440
-@452 := LexLeanPreservation.Rust.wt_adt @0
-@453 := @424 @0
-@457 := @423 (@453 @28 @30) @431
-@469 := {c : @25} ->
-  {A : @26} ->
-  {i : @420} ->
-  {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @457) -> (hf : @256) -> @11 @87 @75 @438 @440
-@470 := @452 @1
-@480 := {A : @26} ->
-  {i : @420} ->
-  {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @457) -> (hf : @274) -> @12 @75 @438 @440
-@481 := @470 @2
-@482 := @13 @438
-@489 := {i : @420} ->
-  {k : @420} -> {fs : @221} -> {tys : @222} -> (h : @457) -> (hf : @289) -> @482 @440
-@490 := @481 @9
-@491 := @453 @9
-@500 := {k : @420} ->
-  {fs : @221} -> {tys : @222} -> (h : @423 (@491 @30) @431) -> (hf : @289) -> @482 @10
-@501 := @490 @9
-@502 := @491 @9
-@503 := @423 @502
-@504 := @503 @431
-@505 := @436 @9
-@507 := @13 (@505 @28)
-@512 := {fs : @221} -> {tys : @222} -> (h : @504) -> (hf : @289) -> @507 @10
-@513 := @501 @185
-@520 := {tys : @222} -> (h : @504) -> (hf : @407 @32) -> @13 (@505 @398) @10
-@521 := @513 @191
-@528 := (h : @503 (@430 @191)) -> (hf : @415) -> @13 (@505 @406) @10
-@529 := Eq.refl.{1}
-@530 := @529 @422
-@532 := @521 (@530 @502)
-@536 := (hf : @419) -> @13 (@505 @413) @10
-@537 := @532 @417
-@540 := @13 (@505 @185) @10
-@541 := fun (__s : @3) => @537
-@542 := LexLeanBoot.AxiomOutput.Record
-@543 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.__enc_2
-@544 := @543 @4
-@545 := 2
-@546 := @8 @545
-@547 := @13 @544
-@548 := @547 @546
-@549 := (__s : @542) -> @548
-@550 := LexLeanBoot.AxiomOutput.Record.declaration
-@551 := @550 @4
-@552 := LexLeanBoot.AxiomOutput.Record.axioms
-@553 := @552 @4
-@554 := LexLeanBoot.AxiomOutput.Record.expected
-@555 := @554 @4
-@556 := @21 @551
-@557 := @56 @551
-@559 := @13 @556 @23
-@560 := LexLeanPreservation.encList
-@561 := @560 @27
-@562 := @561 @21
-@563 := @562 @553
-@564 := LexLeanTarget.TargetSyntax.Ty.list
-@565 := @564 @23
-@566 := @220 @28
-@569 := @560 @79 @28 @4
-@570 := @90 @569
-@571 := @564 @30
-@580 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (xs : @566) -> @570 @571
-@582 := LexLeanPreservation.Rust.wt_encList @0
-@591 := {c : @25} ->
-  {A : @26} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @111) -> (xs : @566) -> @113 @569 @571
-@592 := @582 @1
-@600 := {A : @26} ->
-  {α : @71} -> {e : @73} -> {t : @74} -> (h : @127) -> (xs : @566) -> @128 @569 @571
-@601 := @592 @2
-@608 := {α : @71} -> {e : @73} -> {t : @74} -> (h : @140) -> (xs : @566) -> @13 @569 @571
-@609 := @601 @27
-@610 := @220 @27
-@618 := {e : @149} -> {t : @74} -> (h : @150) -> (xs : @610) -> @13 (@561 @28 @4) @571
-@619 := @609 @21
-@620 := @562 @4
-@621 := @13 @620
-@625 := {t : @74} -> (h : @162) -> (xs : @610) -> @621 @571
-@626 := @619 @23
-@627 := @621 @565
-@629 := (h : @170) -> (xs : @610) -> @627
-@630 := @626 @70
-@631 := @630 @553
-@633 := @13 @563 @565
-@634 := @65 @555
-@635 := @174 @555
-@637 := @13 @634 @68
-@639 := @181 @634 @180
-@641 := @181 @563 @639
-@643 := @181 @556 @641
-@644 := @187 @565
-@645 := @644 @189
-@646 := @190 @645
-@647 := @285 @634
-@649 := @65 (@554 @28)
-@662 := {t : @74} ->
-  {vs : @221} ->
-  {ts : @222} -> (h : @13 @649 @30) -> (hs : @289) -> @217 (@181 (@65 (@554 @77)) @28) @238
-@663 := @647 @68
-@665 := @65 (@554 @30)
-@677 := {vs : @221} ->
-  {ts : @222} -> (h : @13 @665 @68) -> (hs : @289) -> @217 (@181 (@65 (@554 @79)) @28) @324
-@678 := @663 @180
-@680 := @65 (@554 @32)
-@682 := @13 @680 @68
-@684 := @181 @649 @180
-@689 := {ts : @222} -> (h : @682) -> (hs : @335) -> @217 @684 @324
-@690 := @678 @186
-@692 := @181 @665 @180
-@693 := @217 @692
-@696 := (h : @637) -> (hs : @219) -> @693 @189
-@697 := @690 @635
-@699 := @181 @680 @180
-@701 := @217 @699 @189
-@702 := (hs : @219) -> @701
-@703 := @697 @216
-@705 := @217 @639 @189
-@706 := @285 @563
-@708 := @562 (@552 @28)
-@721 := {t : @74} ->
-  {vs : @221} ->
-  {ts : @222} -> (h : @13 @708 @30) -> (hs : @289) -> @217 (@181 (@562 (@552 @77)) @28) @238
-@722 := @706 @565
-@724 := @562 (@552 @30)
-@726 := @13 @724 @565
-@731 := @217 (@181 (@562 (@552 @79)) @28)
-@732 := @644 @30
-@737 := {vs : @221} -> {ts : @222} -> (h : @726) -> (hs : @289) -> @731 @732
-@738 := @722 @639
-@740 := @562 (@552 @32)
-@742 := @13 @740 @565
-@743 := @693 @32
-@745 := @181 @708 @684
-@750 := {ts : @222} -> (h : @742) -> (hs : @743) -> @217 @745 @732
-@751 := @738 @189
-@753 := @181 @724 @692
-@754 := @217 @753
-@757 := (h : @633) -> (hs : @701) -> @754 @645
-@758 := @751 @631
-@760 := @181 @740 @699
-@762 := @217 @760 @645
-@763 := (hs : @705) -> @762
-@764 := @758 @703
-@766 := @217 @641 @645
-@767 := @285 @556
-@769 := @21 (@550 @28)
-@782 := {t : @74} ->
-  {vs : @221} ->
-  {ts : @222} -> (h : @13 @769 @30) -> (hs : @289) -> @217 (@181 (@21 (@550 @77)) @28) @238
-@783 := @767 @23
-@785 := @21 (@550 @30)
-@797 := {vs : @221} ->
-  {ts : @222} -> (h : @13 @785 @23) -> (hs : @289) -> @217 (@181 (@21 (@550 @79)) @28) @385
-@798 := @783 @641
-@800 := @21 (@550 @32)
-@802 := @13 @800 @23
-@803 := @754 @32
-@805 := @181 @769 @745
-@810 := {ts : @222} -> (h : @802) -> (hs : @803) -> @217 @805 @385
-@811 := @798 @645
-@813 := @181 @785 @753
-@814 := @217 @813
-@817 := (h : @559) -> (hs : @762) -> @814 @646
-@818 := @811 @557
-@820 := @181 @800 @760
-@822 := @217 @820 @646
-@823 := (hs : @766) -> @822
-@824 := @818 @764
-@826 := @217 @643 @646
-@827 := @481 @545
-@828 := @453 @545
-@837 := {k : @420} ->
-  {fs : @221} -> {tys : @222} -> (h : @423 (@828 @30) @431) -> (hf : @289) -> @482 @546
-@838 := @827 @9
-@839 := @828 @9
-@840 := @423 @839
-@841 := @840 @431
-@846 := {fs : @221} -> {tys : @222} -> (h : @841) -> (hf : @289) -> @507 @546
-@847 := @838 @643
-@854 := {tys : @222} -> (h : @841) -> (hf : @814 @32) -> @13 (@505 @805) @546
-@855 := @847 @646
-@862 := (h : @840 (@430 @646)) -> (hf : @822) -> @13 (@505 @813) @546
-@864 := @855 (@530 @839)
-@868 := (hf : @826) -> @13 (@505 @820) @546
-@869 := @864 @824
-@872 := @13 (@505 @643) @546
-@873 := fun (__s : @542) => @869
-@874 := LexLeanBoot.AxiomOutput.Scan
-@876 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.__enc_1 @4
-@877 := 1
-@878 := @8 @877
-@880 := @13 @876 @878
-@881 := (__v : @874) -> @880
-@882 := fun (__v : @874) => @880
-@883 := @560 @542
-@884 := @883 @543
-@885 := @884 @32
-@886 := @564 @546
-@889 := fun (__x : @542) =>
-  LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_2 @4
-@890 := @601 @542
-@891 := (a._@._internal._hyg.#0 : @542) -> @72
-@892 := (x : @542) -> @139
-@893 := @220 @542
-@901 := {e : @891} -> {t : @74} -> (h : @892) -> (xs : @893) -> @13 (@883 @28 @4) @571
-@902 := @890 @543
-@904 := (x : @542) -> @547 @32
-@906 := @13 (@884 @4)
-@910 := {t : @74} -> (h : @904) -> (xs : @893) -> @906 @571
-@911 := @902 @546
-@915 := (h : (x : @542) -> @548) -> (xs : @893) -> @906 @886
-@916 := @911 @889
-@917 := @916 @32
-@919 := @13 @885 @886
-@920 := @630 @4
-@922 := @181 @620 @180
-@924 := @181 @885 @922
-@925 := @644 @186
-@926 := @187 @886
-@927 := @926 @925
-@928 := @285 @620
-@929 := @562 @28
-@930 := @13 @929
-@931 := @930 @30
-@932 := @562 @77
-@933 := @181 @932
-@935 := @217 (@933 @28)
-@941 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @931) -> (hs : @289) -> @935 @238
-@942 := @928 @565
-@943 := @562 @30
-@945 := @13 @943 @565
-@946 := @562 @79
-@947 := @181 @946
-@954 := {vs : @221} -> {ts : @222} -> (h : @945) -> (hs : @289) -> @217 (@947 @28) @732
-@955 := @942 @180
-@956 := @562 @32
-@958 := @13 @956 @565
-@959 := @181 @929
-@960 := @959 @180
-@961 := @217 @960
-@965 := {ts : @222} -> (h : @958) -> (hs : @335) -> @961 @732
-@966 := @955 @186
-@967 := @181 @943
-@968 := @967 @180
-@969 := @217 @968
-@970 := @969 @925
-@972 := (h : @627) -> (hs : @219) -> @970
-@973 := @966 @920
-@975 := @181 @956 @180
-@977 := @217 @975 @925
-@978 := (hs : @219) -> @977
-@979 := @973 @216
-@981 := @217 @922 @925
-@982 := @285 @885
-@983 := @884 @79
-@984 := @13 @983
-@985 := @984 @30
-@986 := @884 @75
-@987 := @181 @986
-@995 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @985) -> (hs : @289) -> @217 (@987 @28) @238
-@996 := @982 @886
-@997 := @884 @28
-@999 := @13 @997 @886
-@1000 := @884 @77
-@1001 := @181 @1000
-@1003 := @217 (@1001 @28)
-@1004 := @926 @30
-@1009 := {vs : @221} -> {ts : @222} -> (h : @999) -> (hs : @289) -> @1003 @1004
-@1010 := @996 @922
-@1011 := @884 @30
-@1013 := @13 @1011 @886
-@1014 := @969 @32
-@1015 := @181 @983
-@1016 := @1015 @960
-@1021 := {ts : @222} -> (h : @1013) -> (hs : @1014) -> @217 @1016 @1004
-@1022 := @1010 @925
-@1023 := @181 @997
-@1024 := @1023 @968
-@1025 := @217 @1024
-@1028 := (h : @919) -> (hs : @977) -> @1025 @927
-@1029 := @1022 @917
-@1031 := @181 @1011 @975
-@1033 := @217 @1031 @927
-@1034 := (hs : @981) -> @1033
-@1035 := @1029 @979
-@1037 := @217 @924 @927
-@1038 := @481 @877
-@1039 := @453 @877
-@1048 := {k : @420} ->
-  {fs : @221} -> {tys : @222} -> (h : @423 (@1039 @30) @431) -> (hf : @289) -> @482 @878
-@1049 := @1038 @9
-@1050 := @1039 @9
-@1051 := @423 @1050
-@1052 := @1051 @431
-@1057 := {fs : @221} -> {tys : @222} -> (h : @1052) -> (hf : @289) -> @507 @878
-@1058 := @1049 @924
-@1065 := {tys : @222} -> (h : @1052) -> (hf : @1025 @32) -> @13 (@505 @1016) @878
-@1066 := @1058 @927
-@1073 := (h : @1051 (@430 @927)) -> (hf : @1033) -> @13 (@505 @1024) @878
-@1075 := @1066 (@530 @1050)
-@1079 := (hf : @1037) -> @13 (@505 @1031) @878
-@1080 := @1075 @1035
-@1083 := @13 (@505 @924) @878
-@1085 := fun (__x0 : @893) => fun (__x1 : @610) => @1080
-@1086 := @916 @28
-@1087 := @630 @30
-@1088 := @21 @32
-@1089 := @56 @32
-@1091 := @13 @1088 @23
-@1092 := @174 @4
-@1094 := @181 @163 @180
-@1095 := @181 @1088
-@1096 := @1095 @1094
-@1097 := @967 @1096
-@1098 := @1023 @1097
-@1099 := @644 @191
-@1100 := @926 @1099
-@1101 := @285 @163
-@1102 := @65 @28
-@1114 := {t : @74} ->
-  {vs : @221} -> {ts : @222} -> (h : @13 @1102 @30) -> (hs : @289) -> @217 (@181 (@65 @77) @28) @238
-@1115 := @1101 @68
-@1116 := @65 @30
-@1127 := {vs : @221} ->
-  {ts : @222} -> (h : @13 @1116 @68) -> (hs : @289) -> @217 (@181 (@65 @79) @28) @324
-@1128 := @1115 @180
-@1129 := @65 @32
-@1131 := @13 @1129 @68
-@1133 := @181 @1102 @180
-@1138 := {ts : @222} -> (h : @1131) -> (hs : @335) -> @217 @1133 @324
-@1139 := @1128 @186
-@1141 := @181 @1116 @180
-@1142 := @217 @1141
-@1145 := (h : @171) -> (hs : @219) -> @1142 @189
-@1146 := @1139 @1092
-@1148 := @181 @1129 @180
-@1150 := @217 @1148 @189
-@1151 := (hs : @219) -> @1150
-@1152 := @1146 @216
-@1154 := @217 @1094 @189
-@1155 := @285 @1088
-@1156 := @21 @79
-@1157 := @13 @1156
-@1158 := @1157 @30
-@1159 := @21 @75
-@1160 := @181 @1159
-@1162 := @217 (@1160 @28)
-@1168 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @1158) -> (hs : @289) -> @1162 @238
-@1169 := @1155 @23
-@1170 := @21 @28
-@1172 := @13 @1170 @23
-@1173 := @21 @77
-@1174 := @181 @1173
-@1181 := {vs : @221} -> {ts : @222} -> (h : @1172) -> (hs : @289) -> @217 (@1174 @28) @385
-@1182 := @1169 @1094
-@1183 := @21 @30
-@1185 := @13 @1183 @23
-@1186 := @1142 @32
-@1187 := @181 @1156
-@1188 := @1187 @1133
-@1193 := {ts : @222} -> (h : @1185) -> (hs : @1186) -> @217 @1188 @385
-@1194 := @1182 @189
-@1195 := @181 @1170
-@1196 := @1195 @1141
-@1197 := @217 @1196
-@1200 := (h : @1091) -> (hs : @1150) -> @1197 @191
-@1201 := @1194 @1089
-@1202 := @181 @1183
-@1203 := @1202 @1148
-@1205 := @217 @1203 @191
-@1206 := (hs : @1154) -> @1205
-@1207 := @1201 @1152
-@1209 := @217 @1096 @191
-@1210 := @285 @943
-@1212 := @13 @932 @30
-@1214 := @181 (@562 @87)
-@1222 := {t : @74} ->
-  {vs : @221} -> {ts : @222} -> (h : @1212) -> (hs : @289) -> @217 (@1214 @28) @238
-@1223 := @1210 @565
-@1224 := @13 @946
-@1225 := @1224 @565
-@1226 := @562 @75
-@1227 := @181 @1226
-@1229 := @217 (@1227 @28)
-@1234 := {vs : @221} -> {ts : @222} -> (h : @1225) -> (hs : @289) -> @1229 @732
-@1235 := @1223 @1096
-@1236 := @930 @565
-@1237 := @1197 @32
-@1238 := @933 @1188
-@1243 := {ts : @222} -> (h : @1236) -> (hs : @1237) -> @217 @1238 @732
-@1244 := @1235 @191
-@1245 := @947 @1196
-@1246 := @217 @1245
-@1249 := (h : @945) -> (hs : @1205) -> @1246 @1099
-@1250 := @1244 @1087
-@1251 := @959 @1203
-@1253 := @217 @1251 @1099
-@1254 := (hs : @1209) -> @1253
-@1255 := @1250 @1207
-@1257 := @217 @1097 @1099
-@1258 := @285 @997
-@1270 := {t : @74} ->
-  {vs : @221} ->
-  {ts : @222} -> (h : @13 @986 @30) -> (hs : @289) -> @217 (@181 (@884 @230) @28) @238
-@1271 := @1258 @886
-@1282 := {vs : @221} ->
-  {ts : @222} -> (h : @13 @1000 @886) -> (hs : @289) -> @217 (@181 (@884 @87) @28) @1004
-@1283 := @1271 @1097
-@1284 := @984 @886
-@1285 := @1246 @32
-@1286 := @987 @1238
-@1291 := {ts : @222} -> (h : @1284) -> (hs : @1285) -> @217 @1286 @1004
-@1292 := @1283 @1099
-@1293 := @1001 @1245
-@1294 := @217 @1293
-@1297 := (h : @999) -> (hs : @1253) -> @1294 @1100
-@1298 := @1292 @1086
-@1299 := @1015 @1251
-@1301 := @217 @1299 @1100
-@1302 := (hs : @1257) -> @1301
-@1303 := @1298 @1255
-@1305 := @217 @1098 @1100
-@1306 := @1038 @877
-@1307 := @1039 @877
-@1308 := @423 @1307
-@1309 := @1308 @431
-@1310 := @436 @877
-@1317 := {fs : @221} -> {tys : @222} -> (h : @1309) -> (hf : @289) -> @13 (@1310 @28) @878
-@1318 := @1306 @1098
-@1325 := {tys : @222} -> (h : @1309) -> (hf : @1294 @32) -> @13 (@1310 @1286) @878
-@1326 := @1318 @1100
-@1333 := (h : @1308 (@430 @1100)) -> (hf : @1301) -> @13 (@1310 @1293) @878
-@1335 := @1326 (@530 @1307)
-@1339 := (hf : @1305) -> @13 (@1310 @1299) @878
-@1340 := @1335 @1303
-@1343 := @13 (@1310 @1098) @878
-@1347 := fun (__x0 : @893) => fun (__x1 : @610) => fun (__x2 : @27) => fun (__x3 : @151) => @1340
-@1349 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_0 @4
-@1351 := @181 @6 @180
-@1352 := @187 @10
-@1353 := @1352 @186
-@1354 := @285 @6
-@1355 := @5 @28
-@1367 := {t : @74} ->
-  {vs : @221} -> {ts : @222} -> (h : @13 @1355 @30) -> (hs : @289) -> @217 (@181 (@5 @77) @28) @238
-@1368 := @1354 @10
-@1369 := @5 @30
-@1371 := @13 @1369 @10
-@1375 := @217 (@181 (@5 @79) @28)
-@1376 := @1352 @30
-@1381 := {vs : @221} -> {ts : @222} -> (h : @1371) -> (hs : @289) -> @1375 @1376
-@1382 := @1368 @180
-@1383 := @5 @32
-@1385 := @13 @1383 @10
-@1387 := @181 @1355 @180
-@1392 := {ts : @222} -> (h : @1385) -> (hs : @335) -> @217 @1387 @1376
-@1393 := @1382 @186
-@1395 := @181 @1369 @180
-@1396 := @217 @1395
-@1399 := (h : @15) -> (hs : @219) -> @1396 @1353
-@1400 := @1393 @1349
-@1402 := @181 @1383 @180
-@1404 := @217 @1402 @1353
-@1405 := (hs : @219) -> @1404
-@1406 := @1400 @216
-@1408 := @217 @1351 @1353
-@1409 := @1038 @545
-@1410 := @1039 @545
-@1411 := @423 @1410
-@1412 := @1411 @431
-@1413 := @436 @545
-@1420 := {fs : @221} -> {tys : @222} -> (h : @1412) -> (hf : @289) -> @13 (@1413 @28) @878
-@1421 := @1409 @1351
-@1428 := {tys : @222} -> (h : @1412) -> (hf : @1396 @32) -> @13 (@1413 @1387) @878
-@1429 := @1421 @1353
-@1436 := (h : @1411 (@430 @1353)) -> (hf : @1404) -> @13 (@1413 @1395) @878
-@1438 := @1429 (@530 @1410)
-@1442 := (hf : @1408) -> @13 (@1413 @1402) @878
-@1443 := @1438 @1406
-@1446 := @13 (@1413 @1351) @878
-@1447 := fun (__x0 : @3) => @1443
-@1454 := fun (__v : @874) => LexLeanBoot.AxiomOutput.Scan.casesOn.{0} @882 @4 @1085 @1347 @1447
-@1455 := @56 @30
-@1456 := @630 @32
-@1457 := @1202 @975
-@1458 := Prod.{0, 0}
-@1460 := @1458 @420 @72
-@1463 := Prod.mk.{0, 0} @420 @72
-@1464 := @1463 @877
-@1465 := @1464 @956
-@1466 := @1463 @9
-@1467 := @1466 @1183
-@1468 := @178 @1460
-@1469 := @179 @1460
-@1471 := @1469 @1467 @1468
-@1473 := @1469 @1465 @1471
-@1474 := Bool.true
-@1475 := LexLeanTarget.TargetSyntax.Function
-@1476 := LexLeanTarget.TargetSyntax.Program.functions
-@1477 := @1476 @0
-@1478 := @178 @420
-@1479 := LexLeanTarget.TargetSyntax.Ty.unit
-@1480 := LexLeanTarget.TargetSyntax.Value.unit
-@1483 := LexLeanTarget.TargetSyntax.Expr.value @1479 @1480
-@1488 := LexLeanTarget.TargetSyntax.Function.mk @1478 @186 @1479 @1483
-@1493 := List.getD.{0} @1475 @1477 @9 @1488
-@1497 := fun (__e_n : @420) =>
-  LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.root @4 @9
-@1498 := @285 @956
-@1505 := {t : @74} -> {vs : @221} -> {ts : @222} -> (h : @1224 @30) -> (hs : @289) -> @1229 @238
-@1506 := @1498 @565
-@1511 := {vs : @221} -> {ts : @222} -> (h : @1236) -> (hs : @289) -> @935 @732
-@1512 := @1506 @180
-@1513 := @947 @180
-@1518 := {ts : @222} -> (h : @945) -> (hs : @335) -> @217 @1513 @732
-@1519 := @1512 @186
-@1522 := (h : @958) -> (hs : @219) -> @961 @925
-@1524 := @1519 @1456 @216
-@1525 := @285 @1183
-@1527 := @13 @1173 @30
-@1528 := @21 @87
-@1529 := @181 @1528
-@1537 := {t : @74} ->
-  {vs : @221} -> {ts : @222} -> (h : @1527) -> (hs : @289) -> @217 (@1529 @28) @238
-@1538 := @1525 @23
-@1544 := {vs : @221} -> {ts : @222} -> (h : @1157 @23) -> (hs : @289) -> @1162 @385
-@1545 := @1538 @975
-@1546 := @961 @32
-@1547 := @1174 @1513
-@1548 := @217 @1547
-@1552 := {ts : @222} -> (h : @1172) -> (hs : @1546) -> @1548 @385
-@1553 := @1545 @925
-@1554 := @1187 @960
-@1555 := @217 @1554
-@1556 := @190 @925
-@1559 := (h : @1185) -> (hs : @970) -> @1555 @1556
-@1560 := @1553 @1455
-@1561 := @1195 @968
-@1562 := @217 @1561
-@1564 := (hs : @977) -> @1562 @1556
-@1565 := @1560 @1524
-@1566 := @217 @1457
-@1567 := @1566 @1556
-@1568 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.denote
-@1570 := @1568 @30 @32
-@1571 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.__fits_0
-@1573 := @1571 @30 @32
-@1576 := LexLeanBoot.AxiomOutput.parseAuditOutput @30 @32
-@1578 := @1458 @27 @610
-@1579 := @220 @1578
-@1584 := LexLeanPreservation.encPair @27 @610 @21 @562
-@1586 := @560 @1578 @1584
-@1592 := LexLeanPreservation.encExcept @3 @1579 @5 @1586 @1576
-@1595 := LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.root @30 @32
-@1596 := Bool
-@1597 := Ne.{1}
-@1598 := LexLeanPreservation.Obs
-@1599 := @1597 @1598
-@1600 := LexLeanPreservation.Rel
-@1603 := @1599 (@1600 @32 @4)
-@1604 := LexLeanPreservation.Obs.stuck
-@1607 := (f : @1596) -> (v : @72) -> @1603 @1604
-@1609 := LexLeanPreservation.Rust.rel_ne_stuck @1573
-@1616 := (v : @72) -> @1599 (@1600 (@1571 @28 @30) @4) @1604
-@1617 := @1609 @1592
-@1621 := @1599 (@1600 @1573 @1592) @1604
-@1622 := @220 @1460
-@1623 := LexLeanPreservation.Rust.FunSem
-@1624 := #9
-@1630 := (n : @420) -> @1623 @1624 @230 @87 @4 @75
-@1631 := @85 @1475
-@1632 := @421 @1631
-@1639 := LexLeanRuntime.index (@220 @1475) @1475 (LexLeanRuntime.instIndexableList @1475)
-@1643 := @1632 (@1639 (@1476 @1624) @75)
-@1644 := @429 @1475
-@1645 := @1644 @77
-@1646 := @1643 @1645
-@1647 := #10
-@1651 := @192 @1647 @1624 @230 @77
-@1652 := LexLeanTarget.TargetSyntax.Function.types
-@1653 := @1652 @75
-@1654 := @1651 @1653
-@1655 := @85 @1622
-@1656 := @421 @1655
-@1657 := LexLeanTarget.TargetSemantics.bindAll
-@1658 := LexLeanTarget.TargetSyntax.Function.parameters
-@1663 := @1656 (@1657 (@1658 @87) @75 @1468)
-@1664 := @429 @1622
-@1665 := @1664 @77
-@1666 := @1663 @1665
-@1667 := @85 @1596
-@1668 := @421 @1667
-@1669 := LexLeanPreservation.Rust.fnFallible
-@1670 := #11
-@1673 := @1668 (@1669 @1670 @1624)
-@1674 := @429 @1596
-@1675 := @1674 @77
-@1676 := @1673 @1675
-@1677 := LexLeanPreservation.RunConv
-@1678 := #13
-@1682 := @1677 @1678 @1647 @230 @77
-@1684 := @1599 @75 @1604
-@1685 := Exists.{1}
-@1686 := LexLeanPreservation.Rust.ROut
-@1687 := @1685 @1686
-@1688 := And
-@1689 := LexLeanPreservation.Rust.RealizesFn
-@1693 := @1688 (@1689 @1624 @230 @4)
-@1694 := LexLeanPreservation.Rust.RCI
-@1696 := @1694 #15
-@1697 := LexLeanPreservation.Rust.fnIdent
-@1698 := @1697 @1678
-@1705 := (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1696 @1698 @1670 @4))
-@1720 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @420} ->
-  {fn : @1475} ->
-  {args : @221} ->
-  {env : @1622} ->
-  {F : @1596} ->
-  {o : @1598} ->
-  (hB : @1630) ->
-  (hfn : @1646) -> (hwt : @1654) -> (hbind : @1666) -> (hF : @1676) -> (hA : @1682) -> @1705
-@1722 := LexLeanPreservation.Rust.compose @0
-@1723 := @1623 @0
-@1728 := (n : @420) -> @1723 @230 @87 @4 @75
-@1729 := @1639 @1477
-@1732 := @1632 (@1729 @75) @1645
-@1736 := @203 @1624 @230 @77 @1653
-@1737 := @1677 @0
-@1740 := @1737 @1647 @230 @77
-@1754 := {c : @25} ->
-  {A : @26} ->
-  {f : @420} ->
-  {fn : @1475} ->
-  {args : @221} ->
-  {env : @1622} ->
-  {F : @1596} ->
-  {o : @1598} ->
-  (hB : @1728) ->
-  (hfn : @1732) -> (hwt : @1736) -> (hbind : @1666) -> (hF : @1676) -> (hA : @1740) -> @1705
-@1755 := @1722 @1
-@1756 := @1723 @1
-@1760 := (n : @420) -> @1756 @87 @4 @75
-@1763 := @211 @230 @77 @1653
-@1764 := @1669 @1
-@1767 := @1668 (@1764 @1624) @1675
-@1768 := @1694 @1
-@1778 := (hbind : @1666) ->
-  (hF : @1767) ->
-  (hA : @1740) -> (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1768 @1698 @1670 @4))
-@1788 := {A : @26} ->
-  {f : @420} ->
-  {fn : @1475} ->
-  {args : @221} ->
-  {env : @1622} ->
-  {F : @1596} -> {o : @1598} -> (hB : @1760) -> (hfn : @1732) -> (hwt : @1763) -> @1778
-@1789 := @1755 @2
-@1791 := @1756 @2 @4
-@1793 := (n : @420) -> @1791 @75
-@1794 := @217 @77
-@1795 := @1794 @1653
-@1804 := {f : @420} ->
-  {fn : @1475} ->
-  {args : @221} ->
-  {env : @1622} ->
-  {F : @1596} -> {o : @1598} -> (hB : @1793) -> (hfn : @1732) -> (hwt : @1795) -> @1778
-@1805 := @1789 @9
-@1807 := (n : @420) -> @1791 @9
-@1808 := @1729 @9
-@1809 := @1632 @1808
-@1810 := @1809 @1645
-@1811 := @1764 @9
-@1812 := @1668 @1811
-@1813 := @1812 @1675
-@1814 := @1737 @9
-@1816 := @1814 @230 @77
-@1818 := @1768 (@1697 @9)
-@1826 := (hF : @1813) ->
-  (hA : @1816) -> (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1818 @1670 @4))
-@1835 := {fn : @1475} ->
-  {args : @221} ->
-  {env : @1622} ->
-  {F : @1596} ->
-  {o : @1598} -> (hB : @1807) -> (hfn : @1810) -> (hwt : @1795) -> (hbind : @1666) -> @1826
-@1836 := @1805 @1493
-@1838 := @1809 (@1644 @1493)
-@1839 := @1652 @1493
-@1840 := @1794 @1839
-@1842 := @1657 (@1658 @1493)
-@1854 := {args : @221} ->
-  {env : @1622} ->
-  {F : @1596} ->
-  {o : @1598} ->
-  (hB : @1807) -> (hfn : @1838) -> (hwt : @1840) -> (hbind : @1656 (@1842 @75 @1468) @1665) -> @1826
-@1855 := @1836 @1457
-@1857 := @1529 (@1227 @180)
-@1859 := @217 @1857 @1839
-@1863 := @181 (@21 @230) (@1214 @180)
-@1867 := @1656 (@1842 @1863 @1468) @1665
-@1873 := @181 (@21 @1647) (@181 (@562 @1624) @180)
-@1875 := @1814 @1873 @77
-@1877 := @181 (@21 @1678)
-@1878 := #12
-@1897 := {env : @1622} ->
-  {F : @1596} ->
-  {o : @1598} ->
-  (hB : @1807) ->
-  (hfn : @1838) ->
-  (hwt : @1859) ->
-  (hbind : @1867) ->
-  (hF : @1813) ->
-  (hA : @1875) ->
-  (hne : @1684) -> @1687 (fun (ro : @1686) => @1693 (@1818 (@1877 (@181 (@562 @1878) @180)) @4))
-@1898 := @1855 @1473
-@1900 := @1160 (@933 @180)
-@1902 := @217 @1900 @1839
-@1913 := @1656 (@1842 @1857 @1468) (@1664 (@1469 (@1464 @1226) (@1469 (@1466 @1528) @1468)))
-@1919 := @181 (@21 @1624) (@181 (@562 @230) @180)
-@1941 := {F : @1596} ->
-  {o : @1598} ->
-  (hB : @1807) ->
-  (hfn : @1838) ->
-  (hwt : @1902) ->
-  (hbind : @1913) ->
-  (hF : @1813) ->
-  (hA : @1814 @1919 @77) ->
-  (hne : @1684) ->
-  @1687 (fun (ro : @1686) => @1693 (@1818 (@181 (@21 @1878) (@181 (@562 @1670) @180)) @4))
-@1942 := @1898 @1474
-@1943 := @1548 @1839
-@1954 := @1656 (@1842 @1900 @1468) (@1664 (@1469 (@1464 @932) (@1469 (@1466 @1159) @1468)))
-@1956 := @1812 (@1674 @1474)
-@1958 := @1814 @1863 @77
-@1959 := @1689 @1474
-@1981 := {o : @1598} ->
-  (hB : @1807) ->
-  (hfn : @1838) ->
-  (hwt : @1943) ->
-  (hbind : @1954) ->
-  (hF : @1956) ->
-  (hA : @1958) ->
-  (hne : @1684) ->
-  @1687
-    (fun (ro : @1686) =>
-    @1688 (@1959 @230 @4) (@1818 (@181 (@21 @1670) (@181 (@562 @1647) @180)) @4))
-@1982 := @1942 @1570
-@1983 := @1555 @1839
-@1994 := @1656 (@1842 @1547 @1468) (@1664 (@1469 (@1464 @946) (@1469 (@1466 @1173) @1468)))
-@1995 := @1814 @1857
-@1997 := @1568 @87 @75
-@1998 := @1995 @1997
-@2000 := @1568 @230 @87
-@2019 := (hB : @1807) ->
-  (hfn : @1838) ->
-  (hwt : @1983) ->
-  (hbind : @1994) ->
-  (hF : @1956) ->
-  (hA : @1998) ->
-  (hne : @1599 @2000 @1604) ->
-  @1687 (fun (ro : @1686) => @1688 (@1959 (@1568 @1647 @1624) @4) (@1818 @1873 @4))
-@2020 := @1982 @1497
-@2021 := @1562 @1839
-@2032 := @1656 (@1842 @1554 @1468) (@1664 (@1469 (@1464 @929) (@1469 (@1466 @1156) @1468)))
-@2033 := @1814 @1900
-@2035 := @1568 @75 @77
-@2054 := (hfn : @1838) ->
-  (hwt : @2021) ->
-  (hbind : @2032) ->
-  (hF : @1956) ->
-  (hA : @2033 @2035) ->
-  (hne : @1599 @1997 @1604) ->
-  @1687 (fun (ro : @1686) => @1688 (@1959 (@1568 @1624 @230) @4) (@1818 @1919 @4))
-@2057 := @2020 (@529 @1631 @1808)
-@2058 := @1566 @1839
-@2069 := @1656 (@1842 @1561 @1468) (@1664 (@1469 (@1464 @943) (@1469 (@1466 @1170) @1468)))
-@2070 := @1814 @1547
-@2072 := @1568 @77 @79
-@2088 := (hwt : @2058) ->
-  (hbind : @2069) ->
-  (hF : @1956) ->
-  (hA : @2070 @2072) ->
-  (hne : @1599 @2035 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @2000 @4) (@1818 @1863 @4))
-@2089 := @2057 @1565
-@2091 := @1842 @1457 @1468
-@2094 := @1656 @2091 (@1664 @1473)
-@2095 := @1814 @1554
-@2097 := @1568 @79 @28
-@2112 := (hbind : @2094) ->
-  (hF : @1956) ->
-  (hA : @2095 @2097) ->
-  (hne : @1599 @2072 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @1997 @4) (@1818 @1857 @4))
-@2115 := @2089 (@529 @1655 @2091)
-@2116 := @1814 @1561
-@2118 := @1568 @28 @30
-@2132 := (hF : @1956) ->
-  (hA : @2116 @2118) ->
-  (hne : @1599 @2097 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @2035 @4) (@1818 @1900 @4))
-@2135 := @2115 (@529 @1667 @1811)
-@2149 := (hA : @1814 @1457 @1570) ->
-  (hne : @1599 @2118 @1604) -> @1687 (fun (ro : @1686) => @1688 (@1959 @2072 @4) (@1818 @1547 @4))
-@2150 := @2135 @1595
-@2161 := (hne : @1599 @1570 @1604) ->
-  @1687 (fun (ro : @1686) => @1688 (@1959 @2097 @4) (@1818 @1554 @4))
-@2162 := @2150 @1617
-@2168 := @1688 (@1959 @2118 @4) (@1818 @1561 @4)
-@2170 := @1687 (fun (ro : @1686) => @2168)
-@2172 := @1687 (fun (__e_ro : @1686) => @2168)
-@2175 := LexLeanPreservation.Rust.RepresentableL (@1095 @922)
-@2176 := (__e_hrep : @2175) -> @2172
-@2177 := fun (__e_hrep : @2175) => @2162
-@2178 := (expected : @610) -> @2176
-@2179 := fun (expected : @610) => @2177
-@2180 := (stdout : @27) -> @2178
-@2181 := fun (stdout : @27) => @2179
-\end{coremodule}
-\end{lexlean}
diff --git a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/RustStd.lean b/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/RustStd.lean
deleted file mode 100644
index a0798a8b5..000000000
--- a/bootstrap/expected/verify/preserve/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/RustStd.lean
+++ /dev/null
@@ -1,842 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.bytes, (.option .bytes)]] },
-    { constructors := [[(.list (.adt 2)), (.list .bytes)], [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)], [(.adt 0)]] },
-    { constructors := [[.bytes, (.list .bytes), (.option .bytes)]] }], functions := ((
-    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.call 1 [(.call 2 [(.closure 3 []), (.build (.adt 0) (.adt 1) [(.build .nil (.list (.adt 2)) []), (.var 1)]), (.call 4 [(.var 0)])]), (.var 1)]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.list .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 0) [(.arm (.adt 2) [2] (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.var 2)])), (.arm (.adt 1) [3, 4, 5, 6] (.call 5 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)])), (.arm (.adt 0) [7, 8] (.«let» 9 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 6 [(.call 6 [(.call 7 [(.value .string (.string "expected "))]), (.call 8 [(.call 9 [(.var 1)])])]), (.call 7 [(.value .string (.string " audit records, found "))])]), (.call 8 [(.call 10 [(.var 7)])])]), (.build .none (.option .bytes) [])]) (.cond (.prim .natEq [(.call 10 [(.var 7)]), (.call 9 [(.var 1)])]) (.call 11 [(.closure 12 []), (.build .ok (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.build .nil (.list (.pair .bytes (.list .bytes))) [])]), (.call 13 [(.var 7)])]) (.var 9))))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)], result := (.adt 1),
-      body := (.«match» (.adt 1) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 2 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
-      body := (.call 14 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.bytes], result := (.list .bytes),
-      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 15 [(.closure 16 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 17 [(.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 17 [(.var 4)])))))) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.build .error (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call 19 [(.var 0), (.var 1)])]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bytes,
-      body := (.prim .append [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.string], result := .bytes,
-      body := (.prim .utf8Encode [(.var 0)]) }) ::(
-    { parameters := [0], types := [.nat], result := .bytes,
-      body := (.«let» 1 .bytes (.call 7 [(.value .string (.string "0"))]) (.«let» 2 .bytes (.call 20 [(.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 1000))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 100))]), (.prim .append [(.call 21 [(.var 0), (.value .nat (.nat 10))]), (.call 21 [(.var 0), (.value .nat (.nat 1))])])])])])])])])])])])])])])])])])])])])]) (.cond (.prim .natEq [(.var 0), (.value .nat (.nat 0))]) (.var 1) (.var 2)))) }) ::(
-    { parameters := [0], types := [(.list .bytes)], result := .nat,
-      body := (.call 22 [(.closure 23 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
-    { parameters := [0], types := [(.list (.adt 2))], result := .nat,
-      body := (.call 24 [(.closure 25 []), (.value .nat (.nat 0)), (.var 0)]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.call 26 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [(.list (.adt 2))], result := (.list (.adt 2)),
-      body := (.call 27 [(.closure 28 []), (.build .nil (.list (.adt 2)) []), (.var 0)]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), .bytes], result := (.adt 1),
-      body := (.«match» (.adt 1) (.var 0) [(.arm (.adt 2) [2] (.var 0)), (.arm (.adt 1) [3, 4, 5, 6] (.«match» (.adt 1) (.call 29 [(.var 1)]) [(.arm .some [7] (.call 30 [(.var 3), (.var 4), (.call 6 [(.call 6 [(.var 5), (.call 7 [(.value .string (.string " "))])]), (.var 7)]), (.var 6)])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unterminated axiom payload: "))]), (.var 5)]), (.var 6)]))])), (.arm (.adt 0) [8, 9] (.cond (.prim .natEq [(.value .nat (.nat 0)), (.prim .length [(.call 32 [(.var 1)])])]) (.var 0) (.«match» (.adt 1) (.call 33 [(.call 32 [(.var 1)])]) [(.arm .some [10] (.call 30 [(.var 8), (.var 9), (.var 10), (.call 34 [(.var 9)])])), (.arm .none [] (.call 31 [(.call 6 [(.call 7 [(.value .string (.string "unrecognized audit line: "))]), (.call 32 [(.var 1)])]), (.call 34 [(.var 9)])]))])))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
-      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 15 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.call 35 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
-      body := (.call 36 [(.closure 37 []), (.build .nil (.list .bytes) []), (.var 0)]) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
-      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.adt 0),
-      body := (.build (.adt 0) (.adt 0) [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bytes,
-      body := (.«let» 1 .nat (.first (.call 38 [(.closure 39 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])) (.call 18 [(.var 0), (.var 1), (.prim .natSub [(.prim .length [(.var 0)]), (.var 1)])])) }) ::(
-    { parameters := [0, 1], types := [.nat, .nat], result := .bytes,
-      body := (.call 18 [(.call 7 [(.value .string (.string "0123456789"))]), (.prim .natRem [(.prim .natQuot [(.var 0), (.var 1), (.value .nat (.nat 0))]), (.value .nat (.nat 10)), (.value .nat (.nat 0))]), (.value .nat (.nat 1))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [.nat, .bytes] .nat), .nat, (.list .bytes)], result := .nat,
-      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 22 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [.nat, .bytes], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [.nat, (.adt 2)] .nat), .nat, (.list (.adt 2))], result := .nat,
-      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 24 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.adt 2)], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) }) ::(
-    { parameters := [0, 1], types := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], result := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)),
-      body := (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.«let» 5 .bytes (.«match» .bytes (.field (.var 1) 2) [(.arm .some [4] (.var 4)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) (.«let» 6 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 7 [(.value .string (.string "duplicate record for "))]), (.call 40 [(.field (.var 1) 0)])]), (.build .some (.option .bytes) [(.var 5)])]) (.«let» 7 (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 5 [(.call 6 [(.call 6 [(.call 6 [(.call 7 [(.value .string (.string "expected a record for "))]), (.call 40 [(.var 5)])]), (.call 7 [(.value .string (.string ", found "))])]), (.call 40 [(.field (.var 1) 0)])]), (.build .some (.option .bytes) [(.var 5)])]) (.cond (.prim .equal [(.field (.var 1) 0), (.var 5)]) (.«match» (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.call 41 [(.field (.var 1) 0), (.field (.var 1) 1), (.var 3)]) [(.arm .some [8] (.build .ok (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.var 8)])), (.arm .none [] (.var 6))]) (.var 7))))))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 27 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.build .cons (.list (.adt 2)) [(.var 1), (.var 0)]) }) ::(
-    { parameters := [0], types := [.bytes], result := (.option .bytes),
-      body := (.«let» 1 .bytes (.call 32 [(.var 0)]) (.cond (.call 42 [(.var 0)]) (.cond (.prim .natEq [(.value .nat (.nat 0)), (.prim .length [(.var 1)])]) (.build .none (.option .bytes) []) (.build .some (.option .bytes) [(.var 1)])) (.build .none (.option .bytes) []))) }) ::(
-    { parameters := [0, 1, 2, 3], types := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)], result := (.adt 1),
-      body := (.cond (.call 43 [(.var 2)]) (.«match» (.adt 1) (.call 44 [(.var 2)]) [(.arm .error [4] (.call 31 [(.var 4), (.var 3)])), (.arm .ok [5] (.build (.adt 0) (.adt 1) [(.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.first (.var 5)), (.second (.var 5)), (.var 3)]), (.var 0)]), (.call 45 [(.var 1)])]))]) (.build (.adt 1) (.adt 1) [(.var 0), (.var 1), (.var 2), (.var 3)])) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.option .bytes)], result := (.adt 1),
-      body := (.build (.adt 2) (.adt 1) [(.call 19 [(.var 0), (.var 1)])]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bytes,
-      body := (.«let» 1 .nat (.call 46 [(.var 0)]) (.«let» 2 .nat (.call 47 [(.var 0), (.var 1)]) (.call 18 [(.var 0), (.var 1), (.prim .natSub [(.var 2), (.var 1)])]))) }) ::(
-    { parameters := [0], types := [.bytes], result := (.option .bytes),
-      body := (.cond (.call 48 [(.var 0), (.call 7 [(.value .string (.string "'"))])]) (.build .some (.option .bytes) [(.var 0)]) (.«match» (.option .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string "info: "))])]) [(.arm .some [1] (.build .some (.option .bytes) [(.var 1)])), (.arm .none [] (.call 50 [(.var 0)]))])) }) ::(
-    { parameters := [0], types := [(.list .bytes)], result := (.option .bytes),
-      body := (.«match» (.option .bytes) (.var 0) [(.arm .nil [] (.build .none (.option .bytes) [])), (.arm .cons [1, 2] (.build .some (.option .bytes) [(.var 1)]))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.«let» 2 .nat (.first (.var 1)) (.«let» 3 .nat (.first (.second (.var 1))) (.«let» 4 (.list .bytes) (.second (.second (.var 1))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 51 [(.var 0), (.var 2)]) [(.arm .some [5] (.cond (.prim .equal [(.var 5), (.value (.fixed .u8) (.u8 10))]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 52 [(.call 18 [(.var 0), (.var 3), (.prim .natSub [(.var 2), (.var 3)])])]), (.var 4)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 3), (.var 4)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
-      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 36 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
-      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
-      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 38 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
-      body := (.call 53 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bytes,
-      body := (.call 6 [(.call 6 [(.call 7 [(.value .string (.string "`"))]), (.var 0)]), (.call 7 [(.value .string (.string "`"))])]) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, (.list .bytes), (.list (.pair .bytes (.list .bytes)))], result := (.option (.list (.pair .bytes (.list .bytes)))),
-      body := (.«match» (.option (.list (.pair .bytes (.list .bytes)))) (.var 2) [(.arm .nil [] (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)]), (.build .nil (.list (.pair .bytes (.list .bytes))) [])])])), (.arm .cons [3, 4] (.cond (.prim .equal [(.var 0), (.first (.var 3))]) (.build .none (.option (.list (.pair .bytes (.list .bytes)))) []) (.cond (.call 54 [(.var 0), (.first (.var 3))]) (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.build .pair (.pair .bytes (.list .bytes)) [(.var 0), (.var 1)]), (.build .cons (.list (.pair .bytes (.list .bytes))) [(.var 3), (.var 4)])])]) (.«match» (.option (.list (.pair .bytes (.list .bytes)))) (.call 41 [(.var 0), (.var 1), (.var 4)]) [(.arm .some [5] (.build .some (.option (.list (.pair .bytes (.list .bytes)))) [(.build .cons (.list (.pair .bytes (.list .bytes))) [(.var 3), (.var 5)])])), (.arm .none [] (.build .none (.option (.list (.pair .bytes (.list .bytes)))) []))]))))]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 0)), (.call 55 [(.var 0), (.value .nat (.nat 0))])]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.«match» .bool (.call 56 [(.var 0), (.call 7 [(.value .string (.string "]"))])]) [(.arm .some [1] (.build .true .bool [])), (.arm .none [] (.«match» .bool (.call 56 [(.var 0), (.call 7 [(.value .string (.string " does not depend on any axioms"))])]) [(.arm .some [2] (.build .true .bool [])), (.arm .none [] (.build .false .bool []))]))]) }) ::(
-    { parameters := [0], types := [.bytes], result := (.result (.pair .bytes (.list .bytes)) .bytes),
-      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 49 [(.var 0), (.call 7 [(.value .string (.string "'"))])]) [(.arm .none [] (.call 57 [(.var 0)])), (.arm .some [1] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 56 [(.var 1), (.call 7 [(.value .string (.string "' does not depend on any axioms"))])]) [(.arm .some [2] (.«let» 3 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 58 [(.var 2), (.build .nil (.list .bytes) [])]) (.«let» 4 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 59 [(.call 60 [(.var 2)])]) (.cond (.call 61 [(.var 2)]) (.var 3) (.var 4))))), (.arm .none [] (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 56 [(.var 1), (.call 7 [(.value .string (.string "]"))])]) [(.arm .some [5] (.call 62 [(.var 0), (.var 5)])), (.arm .none [] (.call 57 [(.var 0)]))]))]))]) }) ::(
-    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
-      body := (.«match» (.list .bytes) (.var 0) [(.arm .nil [] (.build .nil (.list .bytes) [])), (.arm .cons [1, 2] (.var 2))]) }) ::(
-    { parameters := [0], types := [.bytes], result := .nat,
-      body := (.first (.call 38 [(.closure 63 [(.var 0)]), (.prim .length [(.var 0)]), (.value .nat (.nat 0))])) }) ::(
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-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
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-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
-      body := (.cond (.call 68 [(.var 0), (.var 1)]) (.build .some (.option .bytes) [(.call 18 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.prim .length [(.var 1)])])])]) (.build .none (.option .bytes) [])) }) ::(
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-      body := (.call 6 [(.call 40 [(.var 0)]), (.call 7 [(.value .string (.string " is not a Lean name"))])]) }) ::(
-    { parameters := [0], types := [.bytes], result := .bool,
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-      body := (.«match» (.result (.pair .bytes (.list .bytes)) .bytes) (.call 73 [(.var 1), (.call 7 [(.value .string (.string "' depends on axioms: ["))])]) [(.arm .some [2] (.«let» 3 .bytes (.first (.var 2)) (.«let» 4 .bytes (.second (.var 2)) (.«let» 5 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 74 [(.var 3), (.var 4)]) (.«let» 6 (.result (.pair .bytes (.list .bytes)) .bytes) (.call 59 [(.call 60 [(.var 3)])]) (.cond (.call 61 [(.var 3)]) (.var 5) (.var 6))))))), (.arm .none [] (.call 57 [(.var 0)]))]) }) ::(
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-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .bytes),
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-    { parameters := [0], types := [.bytes], result := .bool,
-      body := (.call 78 [(.call 32 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
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-    { parameters := [0, 1, 2, 3], types := [.bytes, .nat, (.fixed .u8), (.fixed .u8)], result := .bool,
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-      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 71 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
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-      body := (.cond (.call 94 [(.var 0)]) (.build .true .bool []) (.cond (.call 79 [(.var 0), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 63))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 39))])))) }) ::(
-    { parameters := [0, 1], types := [.bytes, (.list .bytes)], result := (.option (.list .bytes)),
-      body := (.«match» (.option (.list .bytes)) (.var 1) [(.arm .nil [] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .nil (.list .bytes) [])])])), (.arm .cons [2, 3] (.cond (.prim .equal [(.var 0), (.var 2)]) (.build .none (.option (.list .bytes)) []) (.cond (.call 54 [(.var 0), (.var 2)]) (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 0), (.build .cons (.list .bytes) [(.var 2), (.var 3)])])]) (.«match» (.option (.list .bytes)) (.call 96 [(.var 0), (.var 3)]) [(.arm .some [4] (.build .some (.option (.list .bytes)) [(.build .cons (.list .bytes) [(.var 2), (.var 4)])])), (.arm .none [] (.build .none (.option (.list .bytes)) []))]))))]) }) ::(
-    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 51 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 18 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) }) ::(
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
-      body := (.cond (.call 70 [(.var 0), (.var 1), (.value (.fixed .u8) (.u8 48)), (.value (.fixed .u8) (.u8 57))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) }) ::[]) }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [.bytes, (.option .bytes)] }]) ::
-    (.enum (.adt 1) [{ number := 0, fields := [(.list (.adt 2)), (.list .bytes)] }, { number := 1, fields := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)] }, { number := 2, fields := [(.adt 0)] }]) ::
-    (.enum (.adt 2) [{ number := 0, fields := [.bytes, (.list .bytes), (.option .bytes)] }]) ::
-    (.enum (.fn 0) [{ number := 3, fields := [] }]) ::
-    (.apply 0 [(.adt 1), .bytes] (.adt 1) true [{ function := 3, captures := [], functionFallible := true }]) ::
-    (.enum (.fn 1) [{ number := 12, fields := [] }]) ::
-    (.apply 1 [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) false [{ function := 12, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 2) [{ number := 16, fields := [.bytes] }, { number := 92, fields := [(.fixed .u8), .bytes] }]) ::
-    (.apply 2 [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes)))) true [{ function := 16, captures := [.clone], functionFallible := true }, { function := 92, captures := [.copy, .clone], functionFallible := true }]) ::
-    (.enum (.fn 3) [{ number := 23, fields := [] }]) ::
-    (.apply 3 [.nat, .bytes] .nat true [{ function := 23, captures := [], functionFallible := true }]) ::
-    (.enum (.fn 4) [{ number := 25, fields := [] }]) ::
-    (.apply 4 [.nat, (.adt 2)] .nat true [{ function := 25, captures := [], functionFallible := true }]) ::
-    (.enum (.fn 5) [{ number := 28, fields := [] }]) ::
-    (.apply 5 [(.list (.adt 2)), (.adt 2)] (.list (.adt 2)) false [{ function := 28, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 6) [{ number := 37, fields := [] }]) ::
-    (.apply 6 [(.list .bytes), .bytes] (.list .bytes) false [{ function := 37, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 7) [{ number := 39, fields := [.bytes] }, { number := 63, fields := [.bytes] }, { number := 64, fields := [.nat, .bytes] }, { number := 81, fields := [.bytes, .bytes] }, { number := 86, fields := [.bytes, .nat, .bytes, .nat] }, { number := 93, fields := [.bytes] }]) ::
-    (.apply 7 [.nat] (.option .nat) true [{ function := 39, captures := [.clone], functionFallible := true }, { function := 63, captures := [.clone], functionFallible := true }, { function := 64, captures := [.copy, .clone], functionFallible := true }, { function := 81, captures := [.clone, .clone], functionFallible := false }, { function := 86, captures := [.clone, .copy, .clone, .copy], functionFallible := true }, { function := 93, captures := [.clone], functionFallible := true }]) ::
-    (.enum (.fn 8) [{ number := 72, fields := [.bytes] }]) ::
-    (.apply 8 [(.pair .nat .nat)] (.option (.pair .nat .nat)) true [{ function := 72, captures := [.clone], functionFallible := true }]) ::
-    (.enum (.fn 9) [{ number := 84, fields := [] }]) ::
-    (.apply 9 [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes) true [{ function := 84, captures := [], functionFallible := true }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }] (.fallible (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.mk [] (.call (.function 1) [(.call (.function 2) [(.construct (.closure 0 3) []), (.construct (.adt 1 0) [(.construct (.nil (.adt 2)) []), (.clone (.generated .binding 1))]), (.call (.function 4) [(.move (.generated .binding 0))] true)] true), (.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }] (.fallible (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 1 0 [(.bind (.generated .binding 7)), .wild]) (.mk [(.mk (.bind (.generated .binding 9)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected "))] false), (.call (.function 8) [(.call (.function 9) [(.clone (.generated .binding 1))] true)] true)] false), (.call (.function 7) [(.lit (.str " audit records, found "))] false)] false), (.call (.function 8) [(.call (.function 10) [(.clone (.generated .binding 7))] true)] true)] false), (.construct (.none .bytes) [])] false)), (.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false) (.mk [] (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (.mk [] (.succeed (.move (.generated .binding 9))))))), (.mk (.adt 1 1 [.wild, .wild, (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [] (.succeed (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.adt 1 2 [(.bind (.generated .binding 2))]) (.mk [] (.succeed (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 2))]))))]))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 2) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.adt 1)) (.mk [] (.call (.function 14) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.call (.function 15) [(.construct (.closure 2 16) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 7))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 9)))))] (.move (.generated .part 8))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false) (.mk [] (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 17) [(.move (.generated .binding 4))] false)))))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.mk [] (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call (.function 19) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)]))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bytes (.mk [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.move (.generated .binding 1)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .str }] .bytes (.mk [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0)))] (.call (.runtime .utf8Encode) [(.move (.generated .operand 18))] false))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .bytes) (.mk [(.mk (.bind (.generated .binding 1)) (some .bytes) (.call (.function 7) [(.lit (.str "0"))] false)), (.mk (.bind (.generated .binding 2)) (some .bytes) (.call (.function 20) [(.block (.mk [(.mk (.bind (.generated .operand 55)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000000))] false)), (.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000000))] false)), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 51)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000000))] false)), (.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)))] true)), (.mk (.bind (.generated .operand 57)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 58)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 57)), (.move (.generated .operand 58))] false) (.mk [] (.succeed (.move (.generated .binding 1)))) (.mk [] (.succeed (.move (.generated .binding 2))))))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.fallible .nat) (.mk [] (.call (.function 22) [(.construct (.closure 3 23) []), (.lit (.nat 0)), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }] (.fallible .nat) (.mk [] (.call (.function 24) [(.construct (.closure 4 25) []), (.lit (.nat 0)), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.mk [(.mk (.bind (.generated .holder 59)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 59)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 60)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 60) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)) (.mk [] (.call (.function 26) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }] (.list (.adt 2)) (.mk [] (.call (.function 27) [(.construct (.closure 5 28) []), (.construct (.nil (.adt 2)) []), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .holder 61)) none (.clone (.generated .binding 0)))] (.matchOn (.move (.generated .holder 61)) [(.mk (.adt 1 0 [(.bind (.generated .binding 8)), (.bind (.generated .binding 9))]) (.mk [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [] (.succeed (.move (.generated .binding 0)))) (.mk [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))] (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))]))))), (.mk (.adt 1 1 [(.bind (.generated .binding 3)), (.bind (.generated .binding 4)), (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .holder 62)) none (.call (.function 29) [(.move (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 62)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)))]))), (.mk (.adt 1 2 [.wild]) (.mk [] (.succeed (.move (.generated .binding 0)))))]))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool)) (.mk [(.mk (.bind (.generated .holder 67)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 67)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 67))), (.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 35) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.list .bytes) (.mk [] (.call (.function 36) [(.construct (.closure 6 37) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bytes (.mk [(.mk (.bind (.generated .holder 73)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 70)), (.move (.generated .operand 71)), (.move (.generated .operand 72))] false))))] (.matchOn (.move (.generated .holder 73)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }] (.adt 0) (.mk [] (.construct (.adt 0 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))]))) ::
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(.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0))))))))))))))) ::
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-    (.function (.generated .function 85) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 343)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 343))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 344)), .wild]) none (.call (.function 15) [(.construct (.closure 2 92) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 344))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 345)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 346)))))] (.move (.generated .part 345)))))] (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 347)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 348)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 347)), (.move (.generated .operand 348))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 349))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))] (.move (.generated .part 350)))))] (.move (.generated .part 349))))])] false)))) ::
-    (.function (.generated .function 86) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .bytes }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 82) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))))) ::
-    (.function (.generated .function 87) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .operand 358)) none (.block (.mk [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)))), (.mk (.bind (.generated .operand 359)) none (.lit (.nat 20)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 358)), (.move (.generated .operand 359))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false) (.mk [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (.mk [] (.lit (.bool false)))))))) ::
-    (.function (.generated .function 88) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 373)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 370)), .wild]) none (.call (.function 38) [(.construct (.closure 7 93) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false))), (.lit (.nat 0))] true))] (.move (.generated .part 370))))), (.mk (.bind (.generated .operand 374)) none (.block (.mk [(.mk (.bind (.generated .operand 372)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 372))] false))))] (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 373)), (.move (.generated .operand 374))] false)))) ::
-    (.function (.generated .function 89) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] .nat (.mk [(.mk (.bind (.generated .operand 375)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 376)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 375)), (.move (.generated .operand 376))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false) (.mk [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))))) ::
-    (.function (.generated .function 90) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option .nat) (.mk [] (.cond (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.none .nat) [])) (.mk [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (.mk [] (.construct (.none .nat) []))))))) ::
-    (.function (.generated .function 91) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.list .bytes) .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.result (.list .bytes) .bytes)) (.mk [(.mk (.bind (.generated .holder 387)) none (.clone (.generated .binding 0)))] (.matchOn (.move (.generated .holder 387)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.call (.function 32) [(.move (.generated .binding 1))] true))] (.cond (.call (.function 61) [(.clone (.generated .binding 4))] true) (.mk [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]))) ::
-    (.function (.generated .function 92) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 97) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false))) ::
-    (.function (.generated .function 93) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.call (.function 98) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))) ::
-    (.function (.generated .function 94) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false))))))) ::
-    (.function (.generated .function 95) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false))))))))) ::
-    (.function (.generated .function 96) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }] (.option (.list .bytes)) (.mk [(.mk (.bind (.generated .holder 395)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 395)) [(.mk .none (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct (.nil .bytes) [])])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false) (.mk [] (.construct (.none (.list .bytes)) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))))))]))) ::
-    (.function (.generated .function 97) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 399)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 399))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 400)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 401)))))] (.move (.generated .part 400))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 402))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))] (.move (.generated .part 403)))))] (.move (.generated .part 402))))), (.mk (.bind (.generated .holder 404)) none (.call (.function 51) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 404)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]))) ::
-    (.function (.generated .function 98) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 70) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 1), .bytes], (.adt 1)), true), (([(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)], (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), false), (([(.pair .nat (.pair .nat (.list .bytes)))], (.option (.pair .nat (.pair .nat (.list .bytes))))), true), (([.nat, .bytes], .nat), true), (([.nat, (.adt 2)], .nat), true), (([(.list (.adt 2)), (.adt 2)], (.list (.adt 2))), false), (([(.list .bytes), .bytes], (.list .bytes)), false), (([.nat], (.option .nat)), true), (([(.pair .nat .nat)], (.option (.pair .nat .nat))), true), (([(.result (.list .bytes) .bytes), .bytes], (.result (.list .bytes) .bytes)), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.call (.function 2) [(.construct (.closure 0 3) []), (.construct (.adt 1 0) [(.construct (.nil (.adt 2)) []), (.clone (.generated .binding 1))]), (.call (.function 4) [(.move (.generated .binding 0))] true)] true), (.move (.generated .binding 1))] false), [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 1), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 1 0 [(.bind (.generated .binding 7)), .wild]) (.mk [(.mk (.bind (.generated .binding 9)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected "))] false), (.call (.function 8) [(.call (.function 9) [(.clone (.generated .binding 1))] true)] true)] false), (.call (.function 7) [(.lit (.str " audit records, found "))] false)] false), (.call (.function 8) [(.call (.function 10) [(.clone (.generated .binding 7))] true)] true)] false), (.construct (.none .bytes) [])] false)), (.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false) (.mk [] (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (.mk [] (.succeed (.move (.generated .binding 9))))))), (.mk (.adt 1 1 [.wild, .wild, (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [] (.succeed (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.adt 1 2 [(.bind (.generated .binding 2))]) (.mk [] (.succeed (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 2))]))))]), [(1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [2, 1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(8, (.list .bytes), none), (7, (.list (.adt 2)), (some 7)), (1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := [(.mk (.bind (.generated .binding 9)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected "))] false), (.call (.function 8) [(.call (.function 9) [(.clone (.generated .binding 1))] true)] true)] false), (.call (.function 7) [(.lit (.str " audit records, found "))] false)] false), (.call (.function 8) [(.call (.function 10) [(.clone (.generated .binding 7))] true)] true)] false), (.construct (.none .bytes) [])] false)), (.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))]) (tail := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false) (.mk [] (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (.mk [] (.succeed (.move (.generated .binding 9)))))) (Corr.mCons (Γ' := [(6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), none), (3, (.list (.adt 2)), none), (1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false))) (Corr.mCons (Γ' := [(2, (.adt 0), (some 2)), (1, (.list .bytes), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 2)) none (.call (.function 10) [(.clone (.generated .binding 7))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 9) [(.move (.generated .binding 1))] true))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.call (.function 11) [(.construct (.closure 1 12) []), (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.construct (.nil (.pair .bytes (.list .bytes))) [])]), (.call (.function 13) [(.move (.generated .binding 7))] false)] false))) (lb := []) (tb := (.succeed (.move (.generated .binding 9)))) (Corr.fOfB (Corr.callOps (ts := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))))))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 2) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.adt 1), (some 1)), (0, (.fn [(.adt 1), .bytes] (.adt 1)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.adt 1), (some 1)), (0, (.fn [(.adt 1), .bytes] (.adt 1)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.adt 1), (some 1)), (0, (.fn [(.adt 1), .bytes] (.adt 1)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 2) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1), .bytes] (.adt 1)), (.adt 1), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.adt 1), .bytes]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 14) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, .bytes, (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 1), .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.call (.function 15) [(.construct (.closure 2 16) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 7))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 9)))))] (.move (.generated .part 8))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false) (.mk [] (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 17) [(.move (.generated .binding 4))] false)))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.call (.function 15) [(.construct (.closure 2 16) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 7))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 9)))))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 9))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))]) (tail := (.move (.generated .part 10))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 11))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))] false), (.move (.generated .binding 4))])] false))) (lb := []) (tb := (.succeed (.call (.function 17) [(.move (.generated .binding 4))] false))) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))))))))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.err (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.call (.function 19) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)]), [(1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.move (.generated .binding 1)))], (.call (.runtime .appendBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 18)) none (.move (.generated .binding 0)))], (.call (.runtime .utf8Encode) [(.move (.generated .operand 18))] false), [(0, .string, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .bytes) (.call (.function 7) [(.lit (.str "0"))] false)), (.mk (.bind (.generated .binding 2)) (some .bytes) (.call (.function 20) [(.block (.mk [(.mk (.bind (.generated .operand 55)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000000))] false)), (.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000000))] false)), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 51)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000000))] false)), (.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000000))] false)), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000000))] false)), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000000))] false)), (.mk (.bind (.generated .operand 46)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000))] false)), (.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)))] true)), (.mk (.bind (.generated .operand 57)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 58)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 57)), (.move (.generated .operand 58))] false) (.mk [] (.succeed (.move (.generated .binding 1)))) (.mk [] (.succeed (.move (.generated .binding 2))))), [(0, .nat, (some 0))], rfl, rfl,
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(.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 43)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000000))] false)), (.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000000000))] false)), (.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000000))] false)), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000000))] false)), (.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.call (.function 21) [(.copy 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(.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] 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(.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated 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(.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) 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(.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 33)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000000))] false)), (.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 31)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000000))] false)), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 29)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000000))] false)), (.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100000))] false)), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10000))] false)), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1000))] false)), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 100))] false)), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))] (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 10))] false)), (.mk (.bind (.generated .operand 20)) none (.call (.function 21) [(.copy (.generated .binding 0)), (.lit (.nat 1))] false))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 57)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 58)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 57)), (.move (.generated .operand 58))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 1)))) (lb := []) (tb := (.succeed (.move (.generated .binding 2)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))))⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 22) [(.construct (.closure 3 23) []), (.lit (.nat 0)), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [.nat, .bytes] .nat), .nat, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 24) [(.construct (.closure 4 25) []), (.lit (.nat 0)), (.move (.generated .binding 0))] false), [(0, (.list (.adt 2)), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [.nat, (.adt 2)] .nat), .nat, (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 59)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 59)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 60)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 60) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 1)), (0, (.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 1)), (0, (.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 1)), (0, (.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 60)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 60) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)] (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))), (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 60)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 60) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 26) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 27) [(.construct (.closure 5 28) []), (.construct (.nil (.adt 2)) []), (.move (.generated .binding 0))] false), [(0, (.list (.adt 2)), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 61)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 61)) [(.mk (.adt 1 0 [(.bind (.generated .binding 8)), (.bind (.generated .binding 9))]) (.mk [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [] (.succeed (.move (.generated .binding 0)))) (.mk [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))] (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))]))))), (.mk (.adt 1 1 [(.bind (.generated .binding 3)), (.bind (.generated .binding 4)), (.bind (.generated .binding 5)), (.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .holder 62)) none (.call (.function 29) [(.move (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 62)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)))]))), (.mk (.adt 1 2 [.wild]) (.mk [] (.succeed (.move (.generated .binding 0)))))]), [(1, .bytes, (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [2, 1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(9, (.list .bytes), (some 9)), (8, (.list (.adt 2)), (some 8)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))]) (tail := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [] (.succeed (.move (.generated .binding 0)))) (.mk [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))] (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))])))) (Corr.mCons (Γ' := [(6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), (some 4)), (3, (.list (.adt 2)), (some 3)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 62)) none (.call (.function 29) [(.move (.generated .binding 1))] true))]) (tail := (.matchOn (.move (.generated .holder 62)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false)))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)))])) (Corr.mCons (Γ' := [(2, (.adt 0), none), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), (some 4)), (3, (.list (.adt 2)), (some 3)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unterminated axiom payload: "))] false), (.move (.generated .binding 5))] false), (.move (.generated .binding 6))] false))) (Corr.mCons (Γ' := [(7, .bytes, (some 7)), (6, (.option .bytes), (some 6)), (5, .bytes, (some 5)), (4, (.list .bytes), (some 4)), (3, (.list (.adt 2)), (some 3)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 30) [(.move (.generated .binding 3)), (.move (.generated .binding 4)), (.call (.function 6) [(.call (.function 6) [(.move (.generated .binding 5)), (.call (.function 7) [(.lit (.str " "))] false)] false), (.move (.generated .binding 7))] false), (.move (.generated .binding 6))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 64)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false))))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 63)) none (.call (.function 32) [(.clone (.generated .binding 1))] true))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 63))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 0)))) (lb := [(.mk (.bind (.generated .holder 66)) none (.call (.function 33) [(.call (.function 32) [(.clone (.generated .binding 1))] true)] true))]) (tb := (.matchOn (.move (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))), (.mk (.some (.bind (.generated .binding 10))) (.mk [] (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)))])) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(9, (.list .bytes), (some 9)), (8, (.list (.adt 2)), (some 8)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized audit line: "))] false), (.call (.function 32) [(.move (.generated .binding 1))] true)] false), (.call (.function 34) [(.move (.generated .binding 9))] false)] false))) (Corr.mCons (Γ' := [(10, .bytes, (some 10)), (9, (.list .bytes), (some 9)), (8, (.list (.adt 2)), (some 8)), (1, .bytes, (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 30) [(.move (.generated .binding 8)), (.clone (.generated .binding 9)), (.move (.generated .binding 10)), (.call (.function 34) [(.move (.generated .binding 9))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 67)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 67)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 67))), (.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat (.pair .nat (.list .bytes))))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 68)) (some (.fn 2)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 68) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat (.pair .nat (.list .bytes)))]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat (.pair .nat (.list .bytes))), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 15) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 35) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 36) [(.construct (.closure 6 37) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 73)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 70)), (.move (.generated .operand 71)), (.move (.generated .operand 72))] false))))], (.matchOn (.move (.generated .holder 73)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 70)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 70)), (.move (.generated .operand 71)), (.move (.generated .operand 72))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 0 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))]), [(1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.build (ts := [.bytes, (.option .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.call (.function 38) [(.construct (.closure 7 39) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 75)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 75))] false))), (.lit (.nat 0))] true))] (.move (.generated .part 74)))))], (.succeed (.call (.function 18) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.bind (.generated .operand 76)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 76))] false)))), (.mk (.bind (.generated .operand 78)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] false)))] false)), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.call (.function 38) [(.construct (.closure 7 39) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 75)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 75))] false))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 74))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 75)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 75))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.bind (.generated .operand 76)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 76))] false)))), (.mk (.bind (.generated .operand 78)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 76)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 76))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 18) [(.call (.function 7) [(.lit (.str "0123456789"))] false), (.block (.mk [(.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.bind (.generated .operand 79)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 80)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 81)) none (.lit (.nat 0)))] (.call (.runtime .natQuot) [(.move (.generated .operand 79)), (.move (.generated .operand 80)), (.move (.generated .operand 81))] false)))), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 10))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 82)), (.move (.generated .operand 83)), (.move (.generated .operand 84))] false))), (.lit (.nat 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.bind (.generated .operand 79)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 80)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 81)) none (.lit (.nat 0)))] (.call (.runtime .natQuot) [(.move (.generated .operand 79)), (.move (.generated .operand 80)), (.move (.generated .operand 81))] false)))), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 10))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natRem) [(.move (.generated .operand 82)), (.move (.generated .operand 83)), (.move (.generated .operand 84))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 79)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 80)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 81)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natQuot) [(.move (.generated .operand 79)), (.move (.generated .operand 80)), (.move (.generated .operand 81))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 85)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 86)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 86) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .bytes] .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .bytes] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .bytes] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 86)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 86) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, .bytes] .nat), .nat, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 86)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 86) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [.nat, .bytes]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 88)) none (.lit (.nat 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 87)), (.move (.generated .operand 88))] false), [(1, .bytes, none), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 89)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 89)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 90)) (some (.fn 4)) (.move (.generated .binding 0)))] (.apply (.generated .callee 90) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, (.adt 2)] .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, (.adt 2)] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, (.adt 2)] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 90)) (some (.fn 4)) (.move (.generated .binding 0)))] (.apply (.generated .callee 90) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, (.adt 2)] .nat), .nat, (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 90)) (some (.fn 4)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 90) [(.copy (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [.nat, (.adt 2)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 91)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false), [(1, (.adt 2), none), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 93)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 93)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 95)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 94))]) (.mk [] (.move (.generated .part 94))))]))] (.matchOn (.move (.generated .holder 95)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.move (.generated .binding 4))))])))), (.mk (.bind (.generated .binding 6)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate record for "))] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 96)), .wild, .wild]) (.mk [] (.move (.generated .part 96))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .binding 7)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected a record for "))] false), (.call (.function 40) [(.clone (.generated .binding 5))] false)] false), (.call (.function 7) [(.lit (.str ", found "))] false)] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 97)), .wild, .wild]) (.mk [] (.move (.generated .part 97))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .operand 99)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 98)), .wild, .wild]) (.mk [] (.move (.generated .part 98))))])), (.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 5)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 99)), (.move (.generated .operand 100))] false) (.mk [(.mk (.bind (.generated .holder 103)) none (.call (.function 41) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 101)), .wild, .wild]) (.mk [] (.move (.generated .part 101))))]), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))]), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 103)) [(.mk .none (.mk [] (.move (.generated .binding 6)))), (.mk (.some (.bind (.generated .binding 8))) (.mk [] (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])))])) (.mk [] (.move (.generated .binding 7)))))), (.mk (.err .wild) (.mk [] (.move (.generated .binding 0))))]), [(1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 95)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 94))]) (.mk [] (.move (.generated .part 94))))]))] (.matchOn (.move (.generated .holder 95)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.move (.generated .binding 4))))])))), (.mk (.bind (.generated .binding 6)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate record for "))] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 96)), .wild, .wild]) (.mk [] (.move (.generated .part 96))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .binding 7)) (some (.result (.list (.pair .bytes (.list .bytes))) (.adt 0))) (.call (.function 5) [(.call (.function 6) [(.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "expected a record for "))] false), (.call (.function 40) [(.clone (.generated .binding 5))] false)] false), (.call (.function 7) [(.lit (.str ", found "))] false)] false), (.call (.function 40) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 97)), .wild, .wild]) (.mk [] (.move (.generated .part 97))))])] false)] false), (.construct .some [(.clone (.generated .binding 5))])] false)), (.mk (.bind (.generated .operand 99)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 98)), .wild, .wild]) (.mk [] (.move (.generated .part 98))))])), (.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 5)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 99)), (.move (.generated .operand 100))] false) (.mk [(.mk (.bind (.generated .holder 103)) none (.call (.function 41) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 101)), .wild, .wild]) (.mk [] (.move (.generated .part 101))))]), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))]), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 103)) [(.mk .none (.mk [] (.move (.generated .binding 6)))), (.mk (.some (.bind (.generated .binding 8))) (.mk [] (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])))])) (.mk [] (.move (.generated .binding 7))))) (Corr.mCons (Γ' := [(2, (.adt 0), none), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 95)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 94))]) (.mk [] (.move (.generated .part 94))))]))]) (tail := (.matchOn (.move (.generated .holder 95)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.move (.generated .binding 4))))])) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 94))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 4))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 97))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 99)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 98)), .wild, .wild]) (.mk [] (.move (.generated .part 98))))])), (.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 5)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 99)), (.move (.generated .operand 100))] false)) (lk := []) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 98))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 103)) none (.call (.function 41) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 101)), .wild, .wild]) (.mk [] (.move (.generated .part 101))))]), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))]), (.move (.generated .binding 3))] false))]) (ta := (.matchOn (.move (.generated .holder 103)) [(.mk .none (.mk [] (.move (.generated .binding 6)))), (.mk (.some (.bind (.generated .binding 8))) (.mk [] (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])))])) (lb := []) (tb := (.move (.generated .binding 7))) (Corr.matchArms (st := (.option (.list (.pair .bytes (.list .bytes))))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes), (.list (.pair .bytes (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 101))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.bytes, (.list .bytes), (.option .bytes)]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(7, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 7)), (6, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 6)), (5, .bytes, (some 5)), (3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 6))) (Corr.mCons (Γ' := [(8, (.list (.pair .bytes (.list .bytes))), (some 8)), (7, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 7)), (6, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 6)), (5, .bytes, (some 5)), (3, (.list (.pair .bytes (.list .bytes))), (some 3)), (1, (.adt 2), (some 1)), (0, (.result (.list (.pair .bytes (.list .bytes))) (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok (.list (.pair .bytes (.list .bytes))) (.adt 0)) [(.move (.generated .binding 8))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl)))))))) rfl rfl rfl)⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 104)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 104)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 105)) (some (.fn 5)) (.move (.generated .binding 0)))] (.apply (.generated .callee 105) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 105)) (some (.fn 5)) (.move (.generated .binding 0)))] (.apply (.generated .callee 105) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 105)) (some (.fn 5)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 105) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list (.adt 2)), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, (.adt 2), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .bytes) (.call (.function 32) [(.clone (.generated .binding 0))] true))], (.cond (.call (.function 42) [(.move (.generated .binding 0))] true) (.mk [(.mk (.bind (.generated .operand 107)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 108)) none (.block (.mk [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false))))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 107)), (.move (.generated .operand 108))] false) (.mk [] (.succeed (.construct (.none .bytes) []))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))) (.mk [] (.succeed (.construct (.none .bytes) [])))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 42) [(.move (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 107)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 108)) none (.block (.mk [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false))))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 107)), (.move (.generated .operand 108))] false) (.mk [] (.succeed (.construct (.none .bytes) []))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 107)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 108)) none (.block (.mk [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false))))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 107)), (.move (.generated .operand 108))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 106)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 106))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none .bytes) []))) (lb := []) (tb := (.succeed (.construct .some [(.move (.generated .binding 1))]))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))⟩⟩
-
-theorem fun30 : FunOK program krate flags 30 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 43) [(.clone (.generated .binding 2))] false) (.mk [(.mk (.bind (.generated .holder 109)) none (.call (.function 44) [(.move (.generated .binding 2))] true))] (.matchOn (.move (.generated .holder 109)) [(.mk (.ok (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.adt 1 0) [(.construct .cons [(.construct (.adt 2 0) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 110)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))] (.move (.generated .part 111)))), (.move (.generated .binding 3))]), (.move (.generated .binding 0))]), (.call (.function 45) [(.move (.generated .binding 1))] false)])))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.succeed (.call (.function 31) [(.move (.generated .binding 4)), (.move (.generated .binding 3))] false))))])) (.mk [] (.succeed (.construct (.adt 1 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))])))), [(3, (.option .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 43) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 109)) none (.call (.function 44) [(.move (.generated .binding 2))] true))]) (ta := (.matchOn (.move (.generated .holder 109)) [(.mk (.ok (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.adt 1 0) [(.construct .cons [(.construct (.adt 2 0) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 110)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))] (.move (.generated .part 111)))), (.move (.generated .binding 3))]), (.move (.generated .binding 0))]), (.call (.function 45) [(.move (.generated .binding 1))] false)])))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.succeed (.call (.function 31) [(.move (.generated .binding 4)), (.move (.generated .binding 3))] false))))])) (lb := []) (tb := (.succeed (.construct (.adt 1 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))]))) (Corr.matchArms (st := (.result (.pair .bytes (.list .bytes)) .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(5, (.pair .bytes (.list .bytes)), (some 5)), (3, (.option .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, (.list (.adt 2)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.adt 1 0) [(.construct .cons [(.construct (.adt 2 0) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 110)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))] (.move (.generated .part 111)))), (.move (.generated .binding 3))]), (.move (.generated .binding 0))]), (.call (.function 45) [(.move (.generated .binding 1))] false)]))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, (.option .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, (.list (.adt 2)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.move (.generated .binding 4)), (.move (.generated .binding 3))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.list (.adt 2)), (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes), (.option .bytes)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 110)), .wild]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 110))) (Corr.first (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 111))]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 111))) (Corr.second (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl))) rfl rfl rfl) (Corr.fOfB (Corr.build (ts := [(.list (.adt 2)), (.list .bytes), .bytes, (.option .bytes)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl))))⟩⟩
-
-theorem fun31 : FunOK program krate flags 31 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 2) [(.call (.function 19) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)]), [(1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.option .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun32 : FunOK program krate flags 32 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.call (.function 46) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 47) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))], (.succeed (.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 112)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false)))] false)), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 112)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl))))⟩⟩
-
-theorem fun33 : FunOK program krate flags 33 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 48) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 0))]))) (.mk [(.mk (.bind (.generated .holder 114)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "info: "))] false)] false))] (.matchOn (.move (.generated .holder 114)) [(.mk .none (.mk [] (.call (.function 50) [(.move (.generated .binding 0))] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))]))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 48) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.move (.generated .binding 0))]))) (lb := [(.mk (.bind (.generated .holder 114)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "info: "))] false)] false))]) (tb := (.matchOn (.move (.generated .holder 114)) [(.mk .none (.mk [] (.call (.function 50) [(.move (.generated .binding 0))] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 1))]))))])) (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 50) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 1))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.callF (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl)))⟩⟩
-
-theorem fun34 : FunOK program krate flags 34 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 115)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 115)) [(.mk .none (.mk [] (.construct (.none .bytes) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), .wild])) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]), [(0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .bytes) [])) (Corr.mCons (Γ' := [(2, (.list .bytes), none), (1, .bytes, (some 1)), (0, (.list .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun35 : FunOK program krate flags 35 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 116)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 116))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 117)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 118))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 118)))))] (.move (.generated .part 117))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 119))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 120))]) none (.move (.generated .binding 1)))] (.move (.generated .part 120)))))] (.move (.generated .part 119))))), (.mk (.bind (.generated .holder 121)) none (.call (.function 51) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false))], (.matchOn (.move (.generated .holder 121)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .operand 122)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 123)) none (.lit (.fixed .u8 10)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true))) (.construct .cons [(.call (.function 52) [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))))]), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 116)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 116))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 117)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 118))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 118)))))]) (tail := (.move (.generated .part 117))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 118))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 118))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 119))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 120))]) none (.move (.generated .binding 1)))] (.move (.generated .part 120)))))]) (tail := (.move (.generated .part 119))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 120))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 120))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(5, (.fixed .u8), (some 5)), (4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 122)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 123)) none (.lit (.fixed .u8 10)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true))) (.construct .cons [(.call (.function 52) [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 122)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 123)) none (.lit (.fixed .u8 10)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true))) (.construct .cons [(.call (.function 52) [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 124)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 127)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 126)), (.move (.generated .operand 127))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 128)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 129)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 130)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 131)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
-
-theorem fun36 : FunOK program krate flags 36 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 132)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 132)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 36) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 133)) (some (.fn 6)) (.move (.generated .binding 0)))] (.apply (.generated .callee 133) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 36) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 133)) (some (.fn 6)) (.move (.generated .binding 0)))] (.apply (.generated .callee 133) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 133)) (some (.fn 6)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 133) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun37 : FunOK program krate flags 37 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun38 : FunOK program krate flags 38 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 134)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 134)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 134))), (.mk (.bind (.generated .holder 136)) none (.block (.mk [(.mk (.bind (.generated .callee 135)) (some (.fn 7)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 135) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 136)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 38) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 136)) none (.block (.mk [(.mk (.bind (.generated .callee 135)) (some (.fn 7)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 135) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 136)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 38) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 135)) (some (.fn 7)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 135) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 38) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun39 : FunOK program krate flags 39 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 53) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun40 : FunOK program krate flags 40 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "`"))] false), (.move (.generated .binding 0))] false), (.call (.function 7) [(.lit (.str "`"))] false)] false), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun41 : FunOK program krate flags 41 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 137)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 137)) [(.mk .none (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct (.nil (.pair .bytes (.list .bytes))) [])])]))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .operand 139)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 138)))))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 139)), (.move (.generated .operand 140))] false) (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false) (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (.mk [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))] (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])))))))]), [(2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .bytes (.list .bytes)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct (.nil (.pair .bytes (.list .bytes))) [])])])) (Corr.mCons (Γ' := [(4, (.list (.pair .bytes (.list .bytes))), (some 4)), (3, (.pair .bytes (.list .bytes)), (some 3)), (2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 139)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 138)))))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 139)), (.move (.generated .operand 140))] false) (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false) (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (.mk [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))] (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 139)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 138)))))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 139)), (.move (.generated .operand 140))] false)) (lk := []) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 138)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 138))) (Corr.first (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (lb := []) (tb := (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false) (.mk [] (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (.mk [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))] (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl) (Corr.cond (lc := []) (ce := (.call (.function 54) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 141))))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 141)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 141))) (Corr.first (ta := .bytes) (tb := (.list .bytes)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct .cons [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1))), (.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 4))])])])) (lb := [(.mk (.bind (.generated .holder 142)) none (.call (.function 41) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false))]) (tb := (.matchOn (.move (.generated .holder 142)) [(.mk .none (.mk [] (.construct (.none (.list (.pair .bytes (.list .bytes)))) []))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])))])) (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl) (Corr.matchArms (st := (.option (.list (.pair .bytes (.list .bytes))))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes), (.list (.pair .bytes (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .bytes (.list .bytes))), (some 4)), (3, (.pair .bytes (.list .bytes)), (some 3)), (2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list (.pair .bytes (.list .bytes)))) [])) (Corr.mCons (Γ' := [(5, (.list (.pair .bytes (.list .bytes))), (some 5)), (4, (.list (.pair .bytes (.list .bytes))), (some 4)), (3, (.pair .bytes (.list .bytes)), (some 3)), (2, (.list (.pair .bytes (.list .bytes))), (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.move (.generated .binding 3)), (.move (.generated .binding 5))])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)))))) rfl rfl rfl (Corr.build (ts := [(.list (.pair .bytes (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bytes (.list .bytes)), (.list (.pair .bytes (.list .bytes)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun42 : FunOK program krate flags 42 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 143)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 144)) none (.call (.function 55) [(.move (.generated .binding 0)), (.lit (.nat 0))] true))], (.succeed (.call (.runtime .natLt) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false)), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun43 : FunOK program krate flags 43 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 145)) none (.call (.function 56) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "]"))] false)] false))], (.matchOn (.move (.generated .holder 145)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 146)) none (.call (.function 56) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " does not depend on any axioms"))] false)] false))] (.matchOn (.move (.generated .holder 146)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 146)) none (.call (.function 56) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " does not depend on any axioms"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 146)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])) (Corr.mCons (Γ' := [(1, .bytes, none), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .bytes, none), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun44 : FunOK program krate flags 44 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 147)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "'"))] false)] false))], (.matchOn (.move (.generated .holder 147)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 148)) none (.call (.function 56) [(.clone (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' does not depend on any axioms"))] false)] false))] (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 149)) none (.call (.function 56) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "]"))] false)] false))] (.matchOn (.move (.generated .holder 149)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 58) [(.clone (.generated .binding 2)), (.construct (.nil .bytes) [])] false)), (.mk (.bind (.generated .binding 4)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 2))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.move (.generated .binding 3)))) (.mk [] (.succeed (.move (.generated .binding 4)))))))])))]), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 148)) none (.call (.function 56) [(.clone (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' does not depend on any axioms"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 149)) none (.call (.function 56) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "]"))] false)] false))] (.matchOn (.move (.generated .holder 149)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 58) [(.clone (.generated .binding 2)), (.construct (.nil .bytes) [])] false)), (.mk (.bind (.generated .binding 4)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 2))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.move (.generated .binding 3)))) (.mk [] (.succeed (.move (.generated .binding 4)))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 149)) none (.call (.function 56) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "]"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 149)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)))])) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 3)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 58) [(.clone (.generated .binding 2)), (.construct (.nil .bytes) [])] false)), (.mk (.bind (.generated .binding 4)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 2))] false)] false))]) (tail := (.cond (.call (.function 61) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.move (.generated .binding 3)))) (.mk [] (.succeed (.move (.generated .binding 4)))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 61) [(.move (.generated .binding 2))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 3)))) (lb := []) (tb := (.succeed (.move (.generated .binding 4)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))))) rfl rfl rfl (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(5, .bytes, (some 5)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 62) [(.move (.generated .binding 0)), (.move (.generated .binding 5))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun45 : FunOK program krate flags 45 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 150)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 150)) [(.mk .none (.mk [] (.construct (.nil .bytes) []))), (.mk (.some (.tuple [.wild, (.bind (.generated .binding 2))])) (.mk [] (.move (.generated .binding 2))))]), [(0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .bytes) [])) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, .bytes, none), (0, (.list .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun46 : FunOK program krate flags 46 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 151)), .wild]) none (.call (.function 38) [(.construct (.closure 7 63) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 152)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 152))] false))), (.lit (.nat 0))] true))], (.succeed (.move (.generated .part 151))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 152)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 152))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun47 : FunOK program krate flags 47 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 153)), .wild]) none (.call (.function 38) [(.construct (.closure 7 64) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 154)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 154))] false))), (.block (.mk [(.mk (.bind (.generated .operand 155)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 155))] false)))] true))], (.succeed (.move (.generated .part 153))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 154)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 154))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 155)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 155))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun48 : FunOK program krate flags 48 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 160)) none (.block (.mk [(.mk (.bind (.generated .operand 157)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 159)) none (.block (.mk [(.mk (.bind (.generated .operand 156)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 156))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 157)), (.move (.generated .operand 158)), (.move (.generated .operand 159))] false))))], (.matchOn (.move (.generated .holder 160)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .operand 161)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 162)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false)))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 157)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 159)) none (.block (.mk [(.mk (.bind (.generated .operand 156)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 156))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 157)), (.move (.generated .operand 158)), (.move (.generated .operand 159))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 156)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 156))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 161)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 162)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun49 : FunOK program krate flags 49 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 48) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 163)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 163))] false))), (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.block (.mk [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)))), (.mk (.bind (.generated .operand 167)) none (.block (.mk [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)))] false)])) (.mk [] (.construct (.none .bytes) []))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 48) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 163)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 163))] false))), (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.block (.mk [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)))), (.mk (.bind (.generated .operand 167)) none (.block (.mk [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)))] false)])) (lb := []) (tb := (.construct (.none .bytes) [])) (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 163)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 163))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 166)) none (.block (.mk [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)))), (.mk (.bind (.generated .operand 167)) none (.block (.mk [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 164)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 164))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 165)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 165))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun50 : FunOK program krate flags 50 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 168)) none (.call (.function 65) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str ":"))] false)] true))], (.matchOn (.move (.generated .holder 168)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 170)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 169))]) none (.move (.generated .binding 1)))] (.move (.generated .part 169)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .holder 172)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))] (.move (.generated .part 171)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 172)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))])))]), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 170)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 169))]) none (.move (.generated .binding 1)))] (.move (.generated .part 169)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))]) (tail := (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .holder 172)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))] (.move (.generated .part 171)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 172)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 169))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 169))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 172)) none (.call (.function 65) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))] (.move (.generated .part 171)))), (.call (.function 7) [(.lit (.str ":"))] false)] true))]) (tail := (.matchOn (.move (.generated .holder 172)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 171))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 171))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(3, (.pair .bytes .bytes), (some 3)), (2, (.pair .bytes .bytes), (some 2)), (1, (.pair .bytes .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 173))))), (.mk (.bind (.generated .binding 5)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 174))))), (.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))] (.move (.generated .part 175))))), (.mk (.bind (.generated .binding 7)) (some (.option .bytes)) (.call (.function 66) [(.move (.generated .binding 5)), (.move (.generated .binding 6))] true))]) (tail := (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.succeed (.move (.generated .binding 7)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 173)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 173))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 174)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 174))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 175))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 175))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 4))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 7)))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun51 : FunOK program krate flags 51 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 176)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 177)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun52 : FunOK program krate flags 52 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 68) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false) (.mk [] (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.block (.mk [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)))), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)))] false)) (.mk [] (.move (.generated .binding 0)))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 68) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.block (.mk [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)))), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 179)) none (.block (.mk [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)))), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 178)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 178))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
-
-theorem fun53 : FunOK program krate flags 53 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 69) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 181)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 182)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 181)), (.move (.generated .operand 182))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 181)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 182)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 181)), (.move (.generated .operand 182))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 181)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 182)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 181)), (.move (.generated .operand 182))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun54 : FunOK program krate flags 54 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.bind (.generated .operand 183)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 184)) none (.move (.generated .binding 1)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 183)), (.move (.generated .operand 184))] false)))), (.mk (.bind (.generated .operand 188)) none (.block (.mk [(.mk (.bind (.generated .operand 185)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 186)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false))))], (.call (.runtime .equal) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.ordering, .ordering]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 183)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 184)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 183)), (.move (.generated .operand 184))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 185)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 186)) none (.lit (.bytes (ByteArray.mk #[1]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun55 : FunOK program krate flags 55 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 9)), (.lit (.fixed .u8 13))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false))) (.mk [] (.succeed (.lit (.nat 1)))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 194))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0))))))))))))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 9)), (.lit (.fixed .u8 13))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false)))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 70) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 9)), (.lit (.fixed .u8 13))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 32))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 1)))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 194))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))))))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 194))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false)))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true))), (.lit (.fixed .u8 133))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 189)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 190)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 189)), (.move (.generated .operand 190))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true))), (.lit (.fixed .u8 160))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 2)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 225))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true))), (.lit (.fixed .u8 154))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 193)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 194)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 193)), (.move (.generated .operand 194))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 196)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 195)), (.move (.generated .operand 196))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 226))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false) (.mk [] (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (.mk [] (.succeed (.lit (.nat 0)))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 197)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 198)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 197)), (.move (.generated .operand 198))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false))))))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)))))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 70) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true))), (.lit (.fixed .u8 128)), (.lit (.fixed .u8 138))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 199)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true))), (.lit (.fixed .u8 168))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 201)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 202)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 201)), (.move (.generated .operand 202))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false) (.mk [] (.lit (.bool true))) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true))), (.lit (.fixed .u8 169))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 204)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 203)), (.move (.generated .operand 204))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))), (.lit (.fixed .u8 175))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 205)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 206)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)))))))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true))), (.lit (.fixed .u8 129))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 207)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 208)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 207)), (.move (.generated .operand 208))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true))), (.lit (.fixed .u8 159))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 209)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 210)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 209)), (.move (.generated .operand 210))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 227))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.cond (lc := []) (ce := (.cond (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false) (.mk [] (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 211)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 212)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 211)), (.move (.generated .operand 212))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 69) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true))), (.lit (.fixed .u8 128))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 213)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 214)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 213)), (.move (.generated .operand 214))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))))))))))))⟩⟩
-
-theorem fun56 : FunOK program krate flags 56 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 68) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 217)) none (.block (.mk [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)))), (.mk (.bind (.generated .operand 218)) none (.block (.mk [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 217)), (.move (.generated .operand 218))] false)))] false)])) (.mk [] (.construct (.none .bytes) []))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 68) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 217)) none (.block (.mk [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)))), (.mk (.bind (.generated .operand 218)) none (.block (.mk [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 217)), (.move (.generated .operand 218))] false)))] false)])) (lb := []) (tb := (.construct (.none .bytes) [])) (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 217)) none (.block (.mk [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)))), (.mk (.bind (.generated .operand 218)) none (.block (.mk [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 217)), (.move (.generated .operand 218))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 215)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 215))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 216)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 216))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun57 : FunOK program krate flags 57 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 59) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "unrecognized axiom payload: "))] false), (.move (.generated .binding 0))] false)] false), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun58 : FunOK program krate flags 58 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.ok (.pair .bytes (.list .bytes)) .bytes) [(.pair (.move (.generated .binding 0)) (.move (.generated .binding 1)))]), [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.pair .bytes (.list .bytes))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun59 : FunOK program krate flags 59 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.err (.pair .bytes (.list .bytes)) .bytes) [(.move (.generated .binding 0))]), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun60 : FunOK program krate flags 60 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.call (.function 40) [(.move (.generated .binding 0))] false), (.call (.function 7) [(.lit (.str " is not a Lean name"))] false)] false), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun61 : FunOK program krate flags 61 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 222)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 219))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 220)), .wild]) none (.call (.function 71) [(.construct (.closure 8 72) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 220)))))] (.move (.generated .part 219))))), (.mk (.bind (.generated .operand 223)) none (.lit (.nat 1)))], (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 222)), (.move (.generated .operand 223))] false)), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 219))]) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 220)), .wild]) none (.call (.function 71) [(.construct (.closure 8 72) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))] (.move (.generated .part 220)))))]) (tail := (.move (.generated .part 219))) (Corr.second (ta := .nat) (tb := .nat) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 220)), .wild]) none (.call (.function 71) [(.construct (.closure 8 72) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false))), (.pair (.lit (.nat 0)) (.lit (.nat 0)))] true))]) (tail := (.move (.generated .part 220))) (Corr.first (ta := (.pair .nat .nat)) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 221)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 221))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun62 : FunOK program krate flags 62 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 224)) none (.call (.function 73) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "' depends on axioms: ["))] false)] true))], (.matchOn (.move (.generated .holder 224)) [(.mk .none (.mk [] (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 225)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 225))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 226))]) none (.move (.generated .binding 2)))] (.move (.generated .part 226))))), (.mk (.bind (.generated .binding 5)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 74) [(.clone (.generated .binding 3)), (.move (.generated .binding 4))] true)), (.mk (.bind (.generated .binding 6)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 3))] false)] false))] (.cond (.call (.function 61) [(.move (.generated .binding 3))] true) (.mk [] (.succeed (.move (.generated .binding 5)))) (.mk [] (.succeed (.move (.generated .binding 6)))))))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 57) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 225)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 225))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 226))]) none (.move (.generated .binding 2)))] (.move (.generated .part 226))))), (.mk (.bind (.generated .binding 5)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 74) [(.clone (.generated .binding 3)), (.move (.generated .binding 4))] true)), (.mk (.bind (.generated .binding 6)) (some (.result (.pair .bytes (.list .bytes)) .bytes)) (.call (.function 59) [(.call (.function 60) [(.clone (.generated .binding 3))] false)] false))]) (tail := (.cond (.call (.function 61) [(.move (.generated .binding 3))] true) (.mk [] (.succeed (.move (.generated .binding 5)))) (.mk [] (.succeed (.move (.generated .binding 6)))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 225)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 225))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 226))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 226))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 61) [(.move (.generated .binding 3))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 5)))) (lb := []) (tb := (.succeed (.move (.generated .binding 6)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))))))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun63 : FunOK program krate flags 63 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 227)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 228)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 227)), (.move (.generated .operand 228))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 229)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 230)) none (.call (.function 55) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 229)), (.move (.generated .operand 230))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 227)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 228)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 227)), (.move (.generated .operand 228))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 229)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 230)) none (.call (.function 55) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 229)), (.move (.generated .operand 230))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 229)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 230)) none (.call (.function 55) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 229)), (.move (.generated .operand 230))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun64 : FunOK program krate flags 64 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 231)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 232)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))], (.cond (.cond (.call (.runtime .natLt) [(.move (.generated .operand 231)), (.move (.generated .operand 232))] false) (.mk [(.mk (.bind (.generated .operand 235)) none (.block (.mk [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)))), (.mk (.bind (.generated .operand 236)) none (.copy (.generated .binding 2)))] (.call (.runtime .natLe) [(.move (.generated .operand 235)), (.move (.generated .operand 236))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 237)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 238)) none (.call (.function 75) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natSub) [(.move (.generated .operand 237)), (.move (.generated .operand 238))] false)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 231)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 232)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (ce := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 231)), (.move (.generated .operand 232))] false) (.mk [(.mk (.bind (.generated .operand 235)) none (.block (.mk [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)))), (.mk (.bind (.generated .operand 236)) none (.copy (.generated .binding 2)))] (.call (.runtime .natLe) [(.move (.generated .operand 235)), (.move (.generated .operand 236))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 231)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 232)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 231)), (.move (.generated .operand 232))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 235)) none (.block (.mk [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)))), (.mk (.bind (.generated .operand 236)) none (.copy (.generated .binding 2)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 235)), (.move (.generated .operand 236))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 233)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 234)) none (.call (.function 75) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 233)), (.move (.generated .operand 234))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 237)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 238)) none (.call (.function 75) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] true))] (.call (.runtime .natSub) [(.move (.generated .operand 237)), (.move (.generated .operand 238))] false)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 237)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 238)) none (.call (.function 75) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] true))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 237)), (.move (.generated .operand 238))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun65 : FunOK program krate flags 65 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 239)) none (.call (.function 76) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] true))], (.matchOn (.move (.generated .holder 239)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 2))] false) (.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 241)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 242)) none (.block (.mk [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 241)), (.move (.generated .operand 242))] true))), (.block (.mk [(.mk (.bind (.generated .operand 247)) none (.block (.mk [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)))), (.mk (.bind (.generated .operand 248)) none (.block (.mk [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 247)), (.move (.generated .operand 248))] false)))] false))]))))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 2))] false) (.call (.function 18) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 241)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 242)) none (.block (.mk [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 241)), (.move (.generated .operand 242))] true))), (.block (.mk [(.mk (.bind (.generated .operand 247)) none (.block (.mk [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)))), (.mk (.bind (.generated .operand 248)) none (.block (.mk [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 247)), (.move (.generated .operand 248))] false)))] false))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bytes .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 241)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 242)) none (.block (.mk [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 241)), (.move (.generated .operand 242))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 240)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 240))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 247)) none (.block (.mk [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)))), (.mk (.bind (.generated .operand 248)) none (.block (.mk [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 247)), (.move (.generated .operand 248))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 243)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 243))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 245)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 246)) none (.block (.mk [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 245)), (.move (.generated .operand 246))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 244)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 244))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun66 : FunOK program krate flags 66 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 249)) none (.call (.function 65) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "-"))] false)] true))], (.matchOn (.move (.generated .holder 249)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 9)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 1))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 0))] true) (.mk [] (.succeed (.move (.generated .binding 9)))) (.mk [] (.succeed (.construct (.none .bytes) [])))))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 250)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 250))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 251))]) none (.move (.generated .binding 2)))] (.move (.generated .part 251))))), (.mk (.bind (.generated .holder 252)) none (.call (.function 65) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str ":"))] false)] true))] (.matchOn (.move (.generated .holder 252)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 253))))), (.mk (.bind (.generated .binding 7)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))] (.move (.generated .part 254))))), (.mk (.bind (.generated .binding 8)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 7))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 3))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 9)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 1))] false))]) (tail := (.cond (.call (.function 67) [(.move (.generated .binding 0))] true) (.mk [] (.succeed (.move (.generated .binding 9)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (Corr.mCons (Γ' := [(2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 3)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 250)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 250))))), (.mk (.bind (.generated .binding 4)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 251))]) none (.move (.generated .binding 2)))] (.move (.generated .part 251))))), (.mk (.bind (.generated .holder 252)) none (.call (.function 65) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str ":"))] false)] true))]) (tail := (.matchOn (.move (.generated .holder 252)) [(.mk .none (.mk [] (.succeed (.construct (.none .bytes) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 253))))), (.mk (.bind (.generated .binding 7)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))] (.move (.generated .part 254))))), (.mk (.bind (.generated .binding 8)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 7))] false))] (.cond (.call (.function 67) [(.move (.generated .binding 3))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))))])) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 250)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 250))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 251))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 251))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.matchArms (st := (.option (.pair .bytes .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .bytes, (some 3)), (2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .bytes) []))) (Corr.mCons (Γ' := [(5, (.pair .bytes .bytes), (some 5)), (4, .bytes, (some 4)), (3, .bytes, (some 3)), (2, (.pair .bytes .bytes), (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .binding 6)) (some .bytes) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))] (.move (.generated .part 253))))), (.mk (.bind (.generated .binding 7)) (some .bytes) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))] (.move (.generated .part 254))))), (.mk (.bind (.generated .binding 8)) (some (.option .bytes)) (.call (.function 77) [(.move (.generated .binding 7))] false))]) (tail := (.cond (.call (.function 67) [(.move (.generated .binding 3))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (Corr.mNil) rfl rfl rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 253)), .wild]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 253))) (Corr.first (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 254))]) none (.move (.generated .binding 5)))]) (tail := (.move (.generated .part 254))) (Corr.second (ta := .bytes) (tb := .bytes) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 3))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 67) [(.move (.generated .binding 4))] true) (.mk [] (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 4))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 67) [(.move (.generated .binding 6))] true) (.mk [] (.succeed (.move (.generated .binding 8)))) (.mk [] (.succeed (.construct (.none .bytes) []))))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 6))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 8)))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 67) [(.move (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.move (.generated .binding 9)))) (lb := []) (tb := (.succeed (.construct (.none .bytes) []))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))) rfl rfl rfl)⟩⟩
-
-theorem fun67 : FunOK program krate flags 67 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 78) [(.call (.function 32) [(.move (.generated .binding 0))] true)] false), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun68 : FunOK program krate flags 68 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 255)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 255))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 256)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 256))] false)))), (.mk (.bind (.generated .operand 257)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 258)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 257)), (.move (.generated .operand 258))] false) (.mk [(.mk (.bind (.generated .holder 264)) none (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 262)) none (.block (.mk [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)))), (.mk (.bind (.generated .operand 263)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 261)), (.move (.generated .operand 262)), (.move (.generated .operand 263))] false))))] (.matchOn (.move (.generated .holder 264)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 265)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 266)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 265)), (.move (.generated .operand 266))] false)))])) (.mk [] (.lit (.bool false)))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 255)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 255))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 256)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 256))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 257)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 258)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 257)), (.move (.generated .operand 258))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 264)) none (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 262)) none (.block (.mk [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)))), (.mk (.bind (.generated .operand 263)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 261)), (.move (.generated .operand 262)), (.move (.generated .operand 263))] false))))]) (ta := (.matchOn (.move (.generated .holder 264)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 265)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 266)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 265)), (.move (.generated .operand 266))] false)))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 261)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 262)) none (.block (.mk [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)))), (.mk (.bind (.generated .operand 263)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 261)), (.move (.generated .operand 262)), (.move (.generated .operand 263))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 259)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 260)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 259)), (.move (.generated .operand 260))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 265)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 266)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 265)), (.move (.generated .operand 266))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
-
-theorem fun69 : FunOK program krate flags 69 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 267)) none (.call (.function 51) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 267)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 268)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 269)) none (.copy (.generated .binding 2)))] (.call (.runtime .equal) [(.move (.generated .operand 268)), (.move (.generated .operand 269))] false)))]), [(2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 268)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 269)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 268)), (.move (.generated .operand 269))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun70 : FunOK program krate flags 70 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 270)) none (.call (.function 51) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 270)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 79) [(.copy (.generated .binding 4)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)))]), [(3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.fixed .u8), (some 4)), (3, (.fixed .u8), (some 3)), (2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 79) [(.copy (.generated .binding 4)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun71 : FunOK program krate flags 71 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 271)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 271)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 271))), (.mk (.bind (.generated .holder 273)) none (.block (.mk [(.mk (.bind (.generated .callee 272)) (some (.fn 8)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 272) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 273)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 71) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 273)) none (.block (.mk [(.mk (.bind (.generated .callee 272)) (some (.fn 8)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 272) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 273)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 71) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 272)) (some (.fn 8)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 272) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat .nat)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat .nat), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 71) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun72 : FunOK program krate flags 72 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 80) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun73 : FunOK program krate flags 73 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 274)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 274))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 275)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 275))] false)))), (.mk (.bind (.generated .operand 276)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 277)) none (.copy (.generated .binding 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 276)), (.move (.generated .operand 277))] false) (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (.mk [(.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 278)), .wild]) none (.call (.function 38) [(.construct (.closure 7 81) [(.clone (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true))), (.block (.mk [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)))] true))] (.move (.generated .part 278)))))] (.cond (.call (.function 82) [(.clone (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 4))] false) (.call (.function 18) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true))), (.block (.mk [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)))] false))]))) (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) [])))))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 274)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 274))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 275)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 275))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 276)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 277)) none (.copy (.generated .binding 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 276)), (.move (.generated .operand 277))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (lb := [(.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 278)), .wild]) none (.call (.function 38) [(.construct (.closure 7 81) [(.clone (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true))), (.block (.mk [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)))] true))] (.move (.generated .part 278)))))]) (tb := (.cond (.call (.function 82) [(.clone (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 4))] false) (.call (.function 18) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true))), (.block (.mk [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)))] false))]))) (.mk [] (.succeed (.construct (.none (.pair .bytes .bytes)) []))))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 278)), .wild]) none (.call (.function 38) [(.construct (.closure 7 81) [(.clone (.generated .binding 1)), (.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true))), (.block (.mk [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)))] true))]) (tail := (.move (.generated .part 278))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes, .bytes]) (mask := [false, false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 279)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 280)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 279)), (.move (.generated .operand 280))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 281)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 282)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 281)), (.move (.generated .operand 282))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 82) [(.clone (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.call (.function 18) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 4))] false) (.call (.function 18) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true))), (.block (.mk [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))] (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)))] false))]))) (lb := []) (tb := (.succeed (.construct (.none (.pair .bytes .bytes)) []))) (Corr.fOfB (Corr.build (ts := [(.pair .bytes .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 283)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 284)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 283)), (.move (.generated .operand 284))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 287)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 288)) none (.block (.mk [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 287)), (.move (.generated .operand 288))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 285)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 286)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 285)), (.move (.generated .operand 286))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))))⟩⟩
-
-theorem fun74 : FunOK program krate flags 74 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 289)) none (.call (.function 83) [(.construct (.closure 9 84) []), (.construct (.ok (.list .bytes) .bytes) [(.construct (.nil .bytes) [])]), (.call (.function 85) [(.move (.generated .binding 1)), (.lit (.fixed .u8 44))] true)] true))], (.matchOn (.move (.generated .holder 289)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .holder 290)) none (.clone (.generated .binding 3)))] (.matchOn (.uncons (.generated .holder 290)) [(.mk .none (.mk [] (.succeed (.call (.function 59) [(.call (.function 7) [(.lit (.str "an axiom list cannot be empty"))] false)] false)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.succeed (.call (.function 58) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))))]))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.call (.function 59) [(.move (.generated .binding 2))] false))))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.list .bytes) .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (.result (.list .bytes) .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 290)) none (.clone (.generated .binding 3)))]) (tail := (.matchOn (.uncons (.generated .holder 290)) [(.mk .none (.mk [] (.succeed (.call (.function 59) [(.call (.function 7) [(.lit (.str "an axiom list cannot be empty"))] false)] false)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.succeed (.call (.function 58) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))))])) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 59) [(.move (.generated .binding 2))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 59) [(.call (.function 7) [(.lit (.str "an axiom list cannot be empty"))] false)] false))) (Corr.mCons (Γ' := [(5, (.list .bytes), none), (4, .bytes, none), (3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 58) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun75 : FunOK program krate flags 75 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 291)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 292)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 291)), (.move (.generated .operand 292))] false) (.mk [] (.succeed (.lit (.nat 0)))) (.mk [(.mk (.bind (.generated .operand 295)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)))] true)), (.mk (.bind (.generated .operand 296)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 295)), (.move (.generated .operand 296))] false) (.mk [] (.succeed (.lit (.nat 1)))) (.mk [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0))))))))))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 291)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 292)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 291)), (.move (.generated .operand 292))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 0)))) (lb := [(.mk (.bind (.generated .operand 295)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)))] true)), (.mk (.bind (.generated .operand 296)) none (.lit (.nat 1)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 295)), (.move (.generated .operand 296))] false) (.mk [] (.succeed (.lit (.nat 1)))) (.mk [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 295)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)))] true)), (.mk (.bind (.generated .operand 296)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 295)), (.move (.generated .operand 296))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 293)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 294)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 293)), (.move (.generated .operand 294))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 1)))) (lb := [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 2)))) (.mk [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))] (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))]) (ce := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false) (.mk [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))] (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 297)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 298)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 297)), (.move (.generated .operand 298))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 301)) none (.call (.function 55) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)))] true)), (.mk (.bind (.generated .operand 302)) none (.lit (.nat 2)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 301)), (.move (.generated .operand 302))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 299)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 300)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 299)), (.move (.generated .operand 300))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 2)))) (lb := [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.succeed (.lit (.nat 3)))) (.mk [] (.succeed (.lit (.nat 0)))))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))]) (ce := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false) (.mk [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))] (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 303)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 304)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 303)), (.move (.generated .operand 304))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 307)) none (.call (.function 55) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)))] true)), (.mk (.bind (.generated .operand 308)) none (.lit (.nat 3)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 307)), (.move (.generated .operand 308))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 305)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 306)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 305)), (.move (.generated .operand 306))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.succeed (.lit (.nat 3)))) (lb := []) (tb := (.succeed (.lit (.nat 0)))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))))))))))⟩⟩
-
-theorem fun76 : FunOK program krate flags 76 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 309)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 309))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 310)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 310))] false)))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 311)), .wild]) none (.call (.function 38) [(.construct (.closure 7 86) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 312)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 313)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 312)), (.move (.generated .operand 313))] true))), (.lit (.nat 0))] true))] (.move (.generated .part 311)))))], (.cond (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 309)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 309))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 310)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 310))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 311)), .wild]) none (.call (.function 38) [(.construct (.closure 7 86) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 312)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 313)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 312)), (.move (.generated .operand 313))] true))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 311))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes, .nat, .bytes, .nat]) (mask := [false, false, false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 312)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 313)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 312)), (.move (.generated .operand 313))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))⟩⟩
-
-theorem fun77 : FunOK program krate flags 77 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 314)) none (.call (.function 49) [(.move (.generated .binding 0)), (.call (.function 7) [(.lit (.str " "))] false)] false))], (.matchOn (.move (.generated .holder 314)) [(.mk .none (.mk [] (.construct (.none .bytes) []))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 49) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "info: "))] false)] false)))]), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none .bytes) [])) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 49) [(.move (.generated .binding 1)), (.call (.function 7) [(.lit (.str "info: "))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun78 : FunOK program krate flags 78 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .holder 315)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "+"))] false)] false))] (.matchOn (.move (.generated .holder 315)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.move (.generated .binding 1))))])))), (.mk (.bind (.generated .binding 3)) (some .bool) (.call (.function 87) [(.call (.function 20) [(.clone (.generated .binding 2))] true)] false)), (.mk (.bind (.generated .operand 317)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 318)) none (.block (.mk [(.mk (.bind (.generated .operand 316)) none (.clone (.generated .binding 2)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 316))] false))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 317)), (.move (.generated .operand 318))] false) (.mk [] (.cond (.call (.function 88) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.copy (.generated .binding 3)))) (.mk [] (.succeed (.lit (.bool false)))))) (.mk [] (.succeed (.lit (.bool false))))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 315)) none (.call (.function 49) [(.clone (.generated .binding 0)), (.call (.function 7) [(.lit (.str "+"))] false)] false))]) (tail := (.matchOn (.move (.generated .holder 315)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.move (.generated .binding 1))))])) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 317)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 318)) none (.block (.mk [(.mk (.bind (.generated .operand 316)) none (.clone (.generated .binding 2)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 316))] false))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 317)), (.move (.generated .operand 318))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 316)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 316))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 88) [(.move (.generated .binding 2))] true) (.mk [] (.succeed (.copy (.generated .binding 3)))) (.mk [] (.succeed (.lit (.bool false)))))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.cond (lc := []) (ce := (.call (.function 88) [(.move (.generated .binding 2))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 3)))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl))))) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))))⟩⟩
-
-theorem fun79 : FunOK program krate flags 79 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 321)) none (.block (.mk [(.mk (.bind (.generated .operand 319)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 320)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 319)), (.move (.generated .operand 320))] false))))], (.matchOn (.move (.generated .holder 321)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [(.mk (.bind (.generated .holder 324)) none (.block (.mk [(.mk (.bind (.generated .operand 322)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 323)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 322)), (.move (.generated .operand 323))] false))))] (.matchOn (.move (.generated .holder 324)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])))]), [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 319)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 320)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 319)), (.move (.generated .operand 320))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 324)) none (.block (.mk [(.mk (.bind (.generated .operand 322)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 323)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 322)), (.move (.generated .operand 323))] false))))]) (tail := (.matchOn (.move (.generated .holder 324)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 322)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 323)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedSub .u8)) [(.move (.generated .operand 322)), (.move (.generated .operand 323))] false)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.fixed .u8), none), (3, (.fixed .u8), none), (2, (.fixed .u8), (some 2)), (1, (.fixed .u8), (some 1)), (0, (.fixed .u8), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun80 : FunOK program krate flags 80 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 326)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 325))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 325))))), (.mk (.bind (.generated .operand 327)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 326)), (.move (.generated .operand 327))] false) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) []))) (.mk [(.mk (.bind (.generated .holder 329)) none (.call (.function 51) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 328)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 328))))] false))] (.matchOn (.move (.generated .holder 329)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true))) (.call (.function 89) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 333)))), (.copy (.generated .binding 2))] false))]))))]))), [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 326)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 325))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 325))))), (.mk (.bind (.generated .operand 327)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 326)), (.move (.generated .operand 327))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 325))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 325))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none (.pair .nat .nat)) []))) (lb := [(.mk (.bind (.generated .holder 329)) none (.call (.function 51) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 328)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 328))))] false))]) (tb := (.matchOn (.move (.generated .holder 329)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true))) (.call (.function 89) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 333)))), (.copy (.generated .binding 2))] false))]))))])) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 328)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 328))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat .nat)) []))) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true))) (.call (.function 89) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 333)))), (.copy (.generated .binding 2))] false))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 331)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 330))))), (.mk (.bind (.generated .operand 332)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 331)), (.move (.generated .operand 332))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 330)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 330))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 333))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 333))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)))⟩⟩
-
-theorem fun81 : FunOK program krate flags 81 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 90) [(.move (.generated .binding 1)), (.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun82 : FunOK program krate flags 82 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 338)) none (.block (.mk [(.mk (.bind (.generated .operand 335)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 336)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 337)) none (.block (.mk [(.mk (.bind (.generated .operand 334)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 334))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 335)), (.move (.generated .operand 336)), (.move (.generated .operand 337))] false))))], (.matchOn (.move (.generated .holder 338)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 339)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 340)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 339)), (.move (.generated .operand 340))] false)))]), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 335)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 336)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 337)) none (.block (.mk [(.mk (.bind (.generated .operand 334)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 334))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 335)), (.move (.generated .operand 336)), (.move (.generated .operand 337))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 334)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 334))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 339)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 340)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 339)), (.move (.generated .operand 340))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun83 : FunOK program krate flags 83 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 341)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 341)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 83) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 342)) (some (.fn 9)) (.move (.generated .binding 0)))] (.apply (.generated .callee 342) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.result (.list .bytes) .bytes), (some 1)), (0, (.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.result (.list .bytes) .bytes), (some 1)), (0, (.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.result (.list .bytes) .bytes), (some 1)), (0, (.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 83) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 342)) (some (.fn 9)) (.move (.generated .binding 0)))] (.apply (.generated .callee 342) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.result (.list .bytes) .bytes), .bytes] (.result (.list .bytes) .bytes)), (.result (.list .bytes) .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 342)) (some (.fn 9)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 342) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.result (.list .bytes) .bytes), .bytes]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun84 : FunOK program krate flags 84 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 91) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.result (.list .bytes) .bytes), .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun85 : FunOK program krate flags 85 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 343)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 343))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 344)), .wild]) none (.call (.function 15) [(.construct (.closure 2 92) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 344))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 345)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 346)))))] (.move (.generated .part 345)))))], (.succeed (.call (.function 17) [(.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 347)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 348)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 347)), (.move (.generated .operand 348))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 349))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))] (.move (.generated .part 350)))))] (.move (.generated .part 349))))])] false)), [(1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 343)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 343))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 344)), .wild]) none (.call (.function 15) [(.construct (.closure 2 92) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 344))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.fixed .u8), .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 345)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 346)))))]) (tail := (.move (.generated .part 345))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 346))]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 346))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 347)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 348)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 347)), (.move (.generated .operand 348))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 349))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))] (.move (.generated .part 350)))))]) (tail := (.move (.generated .part 349))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 350))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 350))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem fun86 : FunOK program krate flags 86 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 82) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))), [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .bytes, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 82) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none .nat) []))) (lb := [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 353)) none (.block (.mk [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)))), (.mk (.bind (.generated .operand 354)) none (.copy (.generated .binding 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 353)), (.move (.generated .operand 354))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 351)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 352)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 351)), (.move (.generated .operand 352))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 355)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 356)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 355)), (.move (.generated .operand 356))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))))⟩⟩
-
-theorem fun87 : FunOK program krate flags 87 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 358)) none (.block (.mk [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)))), (.mk (.bind (.generated .operand 359)) none (.lit (.nat 20)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 358)), (.move (.generated .operand 359))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false) (.mk [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (.mk [] (.lit (.bool false)))))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 358)) none (.block (.mk [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)))), (.mk (.bind (.generated .operand 359)) none (.lit (.nat 20)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 358)), (.move (.generated .operand 359))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 357)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 357))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false) (.mk [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 361)) none (.block (.mk [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)))), (.mk (.bind (.generated .operand 362)) none (.lit (.nat 20)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 361)), (.move (.generated .operand 362))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 360)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 360))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 369)) none (.block (.mk [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false))))]) (ta := (.call (.runtime .boolNot) [(.move (.generated .operand 369))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 367)) none (.block (.mk [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))] (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)))), (.mk (.bind (.generated .operand 368)) none (.block (.mk [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false))))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 367)), (.move (.generated .operand 368))] false)) (Corr.prim (ts := [.ordering, .ordering]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 363)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 364)) none (.call (.function 7) [(.lit (.str "18446744073709551615"))] false))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 363)), (.move (.generated .operand 364))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 365)) none (.lit (.bytes (ByteArray.mk #[1])))), (.mk (.bind (.generated .operand 366)) none (.lit (.bytes (ByteArray.mk #[0]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 365)), (.move (.generated .operand 366))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
-
-theorem fun88 : FunOK program krate flags 88 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 373)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 370)), .wild]) none (.call (.function 38) [(.construct (.closure 7 93) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false))), (.lit (.nat 0))] true))] (.move (.generated .part 370))))), (.mk (.bind (.generated .operand 374)) none (.block (.mk [(.mk (.bind (.generated .operand 372)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 372))] false))))], (.succeed (.call (.runtime .natEq) [(.move (.generated .operand 373)), (.move (.generated .operand 374))] false)), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 370)), .wild]) none (.call (.function 38) [(.construct (.closure 7 93) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 370))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 371)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 371))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 372)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 372))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun89 : FunOK program krate flags 89 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 375)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 376)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 375)), (.move (.generated .operand 376))] false) (.mk [] (.lit (.nat 2))) (.mk [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false) (.mk [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2)))))))))), [(1, (.fixed .u8), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 375)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 376)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 375)), (.move (.generated .operand 376))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 2))) (lb := [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false) (.mk [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (.mk [] (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 377)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 378)) none (.lit (.fixed .u8 46)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 377)), (.move (.generated .operand 378))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false) (.mk [] (.lit (.nat 0))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.cond (.call (.function 94) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 379)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 380)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 379)), (.move (.generated .operand 380))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 0))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.cond (lc := []) (ce := (.call (.function 94) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false) (.mk [] (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (.mk [] (.lit (.nat 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 381)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 382)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 381)), (.move (.generated .operand 382))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 95) [(.copy (.generated .binding 1))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (lb := []) (tb := (.lit (.nat 2))) (Corr.cond (lc := []) (ce := (.call (.function 95) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl)))) (Corr.bOfE (Corr.value rfl rfl))))))))))⟩⟩
-
-theorem fun90 : FunOK program krate flags 90 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.none .nat) [])) (.mk [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (.mk [] (.construct (.none .nat) []))))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 82) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.none .nat) [])) (lb := [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (.mk [] (.construct (.none .nat) [])))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl) (Corr.cond (lc := [(.mk (.bind (.generated .operand 383)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 384)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 383)), (.move (.generated .operand 384))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 385)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 386)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 385)), (.move (.generated .operand 386))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))⟩⟩
-
-theorem fun91 : FunOK program krate flags 91 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 387)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 387)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) (some .bytes) (.call (.function 32) [(.move (.generated .binding 1))] true))] (.cond (.call (.function 61) [(.clone (.generated .binding 4))] true) (.mk [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]), [(1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.list .bytes) .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 4)) (some .bytes) (.call (.function 32) [(.move (.generated .binding 1))] true))]) (tail := (.cond (.call (.function 61) [(.clone (.generated .binding 4))] true) (.mk [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)]))))) (Corr.mCons (Γ' := [(2, .bytes, none), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 61) [(.clone (.generated .binding 4))] true)) (lk := []) (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 388)) none (.call (.function 96) [(.clone (.generated .binding 4)), (.move (.generated .binding 3))] false))]) (ta := (.matchOn (.move (.generated .holder 388)) [(.mk .none (.mk [] (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))))])) (lb := []) (tb := (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 60) [(.move (.generated .binding 4))] false)]))) (Corr.matchArms (st := (.option (.list .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.list .bytes) .bytes) [(.call (.function 6) [(.call (.function 7) [(.lit (.str "duplicate axiom name "))] false), (.call (.function 40) [(.move (.generated .binding 4))] false)] false)]))) (Corr.mCons (Γ' := [(5, (.list .bytes), (some 5)), (4, .bytes, (some 4)), (3, (.list .bytes), (some 3)), (1, .bytes, (some 1)), (0, (.result (.list .bytes) .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.list .bytes) .bytes) [(.move (.generated .binding 5))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.string]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl) (Corr.fOfB (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)))))) rfl rfl rfl)⟩⟩
-
-theorem fun92 : FunOK program krate flags 92 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 97) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .bytes, (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun93 : FunOK program krate flags 93 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 98) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun94 : FunOK program krate flags 94 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 65)), (.lit (.fixed .u8 90))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))] (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 97)), (.lit (.fixed .u8 122))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 389)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 390)) none (.lit (.fixed .u8 95)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 389)), (.move (.generated .operand 390))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem fun95 : FunOK program krate flags 95 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 94) [(.copy (.generated .binding 0))] false) (.mk [] (.lit (.bool true))) (.mk [] (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false))))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 94) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.cond (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false)))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := []) (ce := (.call (.function 79) [(.copy (.generated .binding 0)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false)) (lk := []) (Corr.callOps (ts := [(.fixed .u8), (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))] (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 391)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 392)) none (.lit (.fixed .u8 63)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 391)), (.move (.generated .operand 392))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 393)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 394)) none (.lit (.fixed .u8 39)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 393)), (.move (.generated .operand 394))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))))⟩⟩
-
-theorem fun96 : FunOK program krate flags 96 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 395)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 395)) [(.mk .none (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct (.nil .bytes) [])])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false) (.mk [] (.construct (.none (.list .bytes)) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))))))]), [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct (.nil .bytes) [])])])) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false) (.mk [] (.construct (.none (.list .bytes)) [])) (.mk [] (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 396)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 397)) none (.clone (.generated .binding 2)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 396)), (.move (.generated .operand 397))] false)) (lk := []) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.none (.list .bytes)) [])) (lb := []) (tb := (.cond (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (.mk [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl) (Corr.cond (lc := []) (ce := (.call (.function 54) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct .cons [(.move (.generated .binding 0)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 3))])])])) (lb := [(.mk (.bind (.generated .holder 398)) none (.call (.function 96) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false))]) (tb := (.matchOn (.move (.generated .holder 398)) [(.mk .none (.mk [] (.construct (.none (.list .bytes)) []))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])))])) (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl) (Corr.matchArms (st := (.option (.list .bytes))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .bytes)) [])) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, (.list .bytes), (some 3)), (2, .bytes, (some 2)), (1, (.list .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 4))])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)))))) rfl rfl rfl (Corr.build (ts := [(.list .bytes)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun97 : FunOK program krate flags 97 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 399)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 399))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 400)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 401)))))] (.move (.generated .part 400))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 402))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))] (.move (.generated .part 403)))))] (.move (.generated .part 402))))), (.mk (.bind (.generated .holder 404)) none (.call (.function 51) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))], (.matchOn (.move (.generated .holder 404)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 399)), .wild]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 399))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 400)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 401)))))]) (tail := (.move (.generated .part 400))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 401))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 401))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 402))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))] (.move (.generated .part 403)))))]) (tail := (.move (.generated .part 402))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 403))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 403))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(6, (.fixed .u8), (some 6)), (5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 405)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 406)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 405)), (.move (.generated .operand 406))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true))) (.construct .cons [(.call (.function 18) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)))] false), (.move (.generated .binding 5))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 407)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 408)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 407)), (.move (.generated .operand 408))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 409)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 410)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 409)), (.move (.generated .operand 410))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 411)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 412)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 411)), (.move (.generated .operand 412))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 413)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 414)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 413)), (.move (.generated .operand 414))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
-
-theorem fun98 : FunOK program krate flags 98 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 70) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 70) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.lit (.fixed .u8 48)), (.lit (.fixed .u8 57))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat, (.fixed .u8), (.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 415)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 416)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 415)), (.move (.generated .operand 416))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | 30 => exact fun30
-  | 31 => exact fun31
-  | 32 => exact fun32
-  | 33 => exact fun33
-  | 34 => exact fun34
-  | 35 => exact fun35
-  | 36 => exact fun36
-  | 37 => exact fun37
-  | 38 => exact fun38
-  | 39 => exact fun39
-  | 40 => exact fun40
-  | 41 => exact fun41
-  | 42 => exact fun42
-  | 43 => exact fun43
-  | 44 => exact fun44
-  | 45 => exact fun45
-  | 46 => exact fun46
-  | 47 => exact fun47
-  | 48 => exact fun48
-  | 49 => exact fun49
-  | 50 => exact fun50
-  | 51 => exact fun51
-  | 52 => exact fun52
-  | 53 => exact fun53
-  | 54 => exact fun54
-  | 55 => exact fun55
-  | 56 => exact fun56
-  | 57 => exact fun57
-  | 58 => exact fun58
-  | 59 => exact fun59
-  | 60 => exact fun60
-  | 61 => exact fun61
-  | 62 => exact fun62
-  | 63 => exact fun63
-  | 64 => exact fun64
-  | 65 => exact fun65
-  | 66 => exact fun66
-  | 67 => exact fun67
-  | 68 => exact fun68
-  | 69 => exact fun69
-  | 70 => exact fun70
-  | 71 => exact fun71
-  | 72 => exact fun72
-  | 73 => exact fun73
-  | 74 => exact fun74
-  | 75 => exact fun75
-  | 76 => exact fun76
-  | 77 => exact fun77
-  | 78 => exact fun78
-  | 79 => exact fun79
-  | 80 => exact fun80
-  | 81 => exact fun81
-  | 82 => exact fun82
-  | 83 => exact fun83
-  | 84 => exact fun84
-  | 85 => exact fun85
-  | 86 => exact fun86
-  | 87 => exact fun87
-  | 88 => exact fun88
-  | 89 => exact fun89
-  | 90 => exact fun90
-  | 91 => exact fun91
-  | 92 => exact fun92
-  | 93 => exact fun93
-  | 94 => exact fun94
-  | 95 => exact fun95
-  | 96 => exact fun96
-  | 97 => exact fun97
-  | 98 => exact fun98
-  | _ + 99 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd
diff --git a/bootstrap/expected/verify/preserve/audit.txt b/bootstrap/expected/verify/preserve/audit.txt
index 55e02ef79..351b7f09f 100644
--- a/bootstrap/expected/verify/preserve/audit.txt
+++ b/bootstrap/expected/verify/preserve/audit.txt
@@ -7737,23 +7737,23 @@
 'LexLeanPreservation.encOption.eq_2' does not depend on any axioms
 'LexLeanPreservation.encPair.eq_1' does not depend on any axioms
 'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_1' depends on axioms: [propext]
 -- statement vocabulary
 inductive LexLeanPreservation.Obs : Type
 number of parameters: 0
diff --git a/bootstrap/expected/verify/preserve/preservation.json b/bootstrap/expected/verify/preserve/preservation.json
index 053822da8..2803afb80 100644
--- a/bootstrap/expected/verify/preserve/preservation.json
+++ b/bootstrap/expected/verify/preserve/preservation.json
@@ -1 +1 @@
-{"library":{"axioms":["Classical.choice","Quot.sound","propext"],"registry_sha256":"02de6e4be5a6ae43997bacd3713ea587693b8ac66da4aef567463a535a076ff3"},"roots":[{"byte_length":34133,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0","program":{"byte_length":9488,"sha256":"730de4e60a1096efe498df077205f9916491d21aa78c6f1a197a1898349209f2"},"renderings":[{"byte_length":43700,"composed":{"byte_length":12124,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd","sha256":"9dfa6e21645d45c6c80ceef53c7206b70cc9d76101ed7876436071d9f21ba102","theorem":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.root"},"crate":{"byte_length":16737,"sha256":"7ff8ac9599486a35468e5ea4475ed877f8429cd453b1cb1ea35b750a24587d99"},"entry":{"function":0,"symbol":"f0"},"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd","sha256":"8128aedd6d5c6646a6ef6552c310ee1b48f2cb08ed813509dc527b2cfdb4b569","target":"rust-std","theorem":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.root"}],"root":"LexLeanBoot.AxiomOutput.isClosedLeanName","sha256":"45ccb28606907864f4740bc44c468ef8d3fe0cec4a9e679abecd2580cf1dbe13","targets":["rust-std"],"theorem":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.root"},{"byte_length":556512,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1","program":{"byte_length":115984,"sha256":"c494532214aa6b635eeb3efaed879328a4f5370efdc9d5079105c177d5f4ede8"},"renderings":[{"byte_length":625009,"composed":{"byte_length":33573,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd","sha256":"3ba46eeade878347679eb66e16d719927f008cb7a1a787b47cd09f384a2f5c87","theorem":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.root"},"crate":{"byte_length":67653,"sha256":"618126735f4e48ee1b62cfb47ba39d8bbb3636b876e6edd10f6d45ac079c7dd3"},"entry":{"function":0,"symbol":"f0"},"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd","sha256":"218ae6d12bf4bad20193687bd439eca24b58aa74d61e54aa9194f630eb85ba62","target":"rust-std","theorem":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.root"}],"root":"LexLeanBoot.AxiomOutput.parseAuditOutput","sha256":"c4b5646e8fa7fbafa223c81d65c327d31e8ee0673384b9ff8612cdc9f8b48c00","targets":["rust-std"],"theorem":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.root"}],"spec":"lexlean/preservation/1"}
+{"library":{"axioms":["Classical.choice","Quot.sound","propext"],"registry_sha256":"02de6e4be5a6ae43997bacd3713ea587693b8ac66da4aef567463a535a076ff3"},"roots":[{"byte_length":34133,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0","program":{"byte_length":9488,"sha256":"730de4e60a1096efe498df077205f9916491d21aa78c6f1a197a1898349209f2"},"renderings":[{"byte_length":43700,"composed":{"byte_length":12124,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd","sha256":"25ea0b1bd659e1a137af0f5cb7fa278a83ff4b1c649886abb249c0824adb1def","theorem":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.root"},"crate":{"byte_length":16737,"sha256":"7ff8ac9599486a35468e5ea4475ed877f8429cd453b1cb1ea35b750a24587d99"},"entry":{"function":0,"symbol":"f0"},"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd","sha256":"757eac64f2344f58593fc30c48a81405a45ffc923fcfd659dedc295aeb01dd80","target":"rust-std","theorem":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.root"}],"root":"LexLeanBoot.AxiomOutput.isClosedLeanName","sha256":"c69095cbf64ce32141a0506723f330c269f83042a3e5025648a165c99f726496","targets":["rust-std"],"theorem":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.root"},{"byte_length":556512,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1","program":{"byte_length":115984,"sha256":"c494532214aa6b635eeb3efaed879328a4f5370efdc9d5079105c177d5f4ede8"},"renderings":[{"byte_length":625009,"composed":{"byte_length":33573,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd","sha256":"06c5751ec739c9ba5d7b939f7a0782b872f9bc029013d41d093fe9366a20f267","theorem":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.root"},"crate":{"byte_length":67653,"sha256":"618126735f4e48ee1b62cfb47ba39d8bbb3636b876e6edd10f6d45ac079c7dd3"},"entry":{"function":0,"symbol":"f0"},"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd","sha256":"b63b61da2a2d4edeeb081d10c6d066ca2959ac6c0aadc76dcff899b4043ebfab","target":"rust-std","theorem":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.root"}],"root":"LexLeanBoot.AxiomOutput.parseAuditOutput","sha256":"9d983e6f4c077dbbee22f00c3f6684d6283f44b330ef695a01218b88d936ed2c","targets":["rust-std"],"theorem":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.root"}],"spec":"lexlean/preservation/1"}
diff --git a/bootstrap/expected/verify/probe/LexLeanProbe.Padb40bbfc73b1dc6b7a95dab0c348a27.lean b/bootstrap/expected/verify/probe/LexLeanProbe.P5ba510b7049a3e59c5f1ffb1f0a6611d.lean
similarity index 100%
rename from bootstrap/expected/verify/probe/LexLeanProbe.Padb40bbfc73b1dc6b7a95dab0c348a27.lean
rename to bootstrap/expected/verify/probe/LexLeanProbe.P5ba510b7049a3e59c5f1ffb1f0a6611d.lean
diff --git a/bootstrap/expected/verify/probe/process.json b/bootstrap/expected/verify/probe/process.json
index 94fc9a065..e84c0aa60 100644
--- a/bootstrap/expected/verify/probe/process.json
+++ b/bootstrap/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Padb40bbfc73b1dc6b7a95dab0c348a27.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Padb40bbfc73b1dc6b7a95dab0c348a27","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P5ba510b7049a3e59c5f1ffb1f0a6611d.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P5ba510b7049a3e59c5f1ffb1f0a6611d","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.json
new file mode 100644
index 000000000..568cf5e66
--- /dev/null
+++ b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.json
new file mode 100644
index 000000000..f50d89643
--- /dev/null
+++ b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.json
new file mode 100644
index 000000000..511a9170c
--- /dev/null
+++ b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.json
new file mode 100644
index 000000000..9934f945f
--- /dev/null
+++ b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.json
new file mode 100644
index 000000000..006f1ede6
--- /dev/null
+++ b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.json
new file mode 100644
index 000000000..f83a4199c
--- /dev/null
+++ b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.json
deleted file mode 100644
index 272083c41..000000000
--- a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.json
deleted file mode 100644
index 0379176e8..000000000
--- a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.json
deleted file mode 100644
index 9a0c6d6bb..000000000
--- a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.json
deleted file mode 100644
index 908bafbea..000000000
--- a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.json
deleted file mode 100644
index 24019f251..000000000
--- a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.json b/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.json
deleted file mode 100644
index e921328cc..000000000
--- a/bootstrap/expected/verify/process/leanchecker/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Audit.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Audit.json
index 1037360f3..6d3ad0be7 100644
--- a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Audit.json
+++ b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Audit.json
@@ -1 +1 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_166' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_167' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_168' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_169' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_170' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_171' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_172' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_173' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_174' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_175' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_176' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_177' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_178' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_179' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_180' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_181' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_182' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_183' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_184' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_185' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_186' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_51' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_52' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_53' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_54' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_55' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_56' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_57' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_58' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_59' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_60' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_61' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_62' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_63' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_64' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_65' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_66' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_67' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_68' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_69' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_70' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_71' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_72' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_73' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_74' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_75' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_76' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_77' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_78' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_79' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_80' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_81' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_82' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_83' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_84' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_85' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_86' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_87' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_88' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_89' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_90' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_91' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_92' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_93' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_94' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_95' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_96' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_97' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_98' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_99' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_123' does not 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axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_5' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_19' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.construct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.__wt_1' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"bb331faafeb4b8833855053a7ecb8fc8e1ac22fb58a4a7bb1d64e1c7de908e35","tool":"lean"}
+{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_166' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_167' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_168' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_169' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_170' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_171' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_172' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_173' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_174' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_175' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_176' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_177' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_178' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_179' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_180' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_181' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_182' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_183' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_184' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_185' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_186' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_30' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_49' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any 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Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.__wt_1' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"cb5e66ad9f6e159b3db848719f8d394d2fb2a1686a78c95c12bf79b8726808bb","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.json
new file mode 100644
index 000000000..0e7e4b63f
--- /dev/null
+++ b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.json
new file mode 100644
index 000000000..6194f93f3
--- /dev/null
+++ b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.json
new file mode 100644
index 000000000..d77e21969
--- /dev/null
+++ b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0.olean","$STAGING/preserve-src/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.json
new file mode 100644
index 000000000..bed778d98
--- /dev/null
+++ b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.json
new file mode 100644
index 000000000..36b4ee93e
--- /dev/null
+++ b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.json
new file mode 100644
index 000000000..0c869348b
--- /dev/null
+++ b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1.olean","$STAGING/preserve-src/LexLeanPreserve/C5ba510b7049a3e59c5f1ffb1f0a6611d/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5ba510b7049a3e59c5f1ffb1f0a6611d.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.json
deleted file mode 100644
index 7098b7104..000000000
--- a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.json
deleted file mode 100644
index 800c23f38..000000000
--- a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.json
deleted file mode 100644
index 2a19ce569..000000000
--- a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0.olean","$STAGING/preserve-src/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.json
deleted file mode 100644
index c564c6c10..000000000
--- a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.json
deleted file mode 100644
index ccf290554..000000000
--- a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.json b/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.json
deleted file mode 100644
index d9ffe7ddf..000000000
--- a/bootstrap/expected/verify/process/preserve/LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1.olean","$STAGING/preserve-src/LexLeanPreserve/Cadb40bbfc73b1dc6b7a95dab0c348a27/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cadb40bbfc73b1dc6b7a95dab0c348a27.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/bootstrap/lexlean.lock b/bootstrap/lexlean.lock
index 3777d8347..361203945 100644
--- a/bootstrap/lexlean.lock
+++ b/bootstrap/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "7165f2fed5d1b4ece471ea2b9fdbf107c48272617d8bd5d3875f719e2aecc0ef"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/compiler/expected/build/manifest.json b/compiler/expected/build/manifest.json
index c9799fdcc..e4a22935c 100644
--- a/compiler/expected/build/manifest.json
+++ b/compiler/expected/build/manifest.json
@@ -1 +1 @@
-{"build_id":"d2394dbebd54cfcf1112d8ad33dc297bd885b2402527bdc929307f6e067f18e8","compiler":{"semantics_id":"7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0","version":"0.3.0"},"inputs":[{"byte_length":2684,"kind":"lexicon","path":"embedded","sha256":"3bc0fb09d706ffa7d5a1363302ea87c049acc7c7dcafde63c62682620c11be9b"},{"byte_length":14885,"kind":"lexicon","path":"embedded","sha256":"e0db021e01b91d651c43921d66f6b0023c8efbf17cac2ec53192ce5305e4e1ac"},{"byte_length":36197,"kind":"lexicon","path":"embedded","sha256":"827317cae68c162f3a96c8a8de4e53ab348e7d3724fd2b834fa85ecde1a1b392"},{"byte_length":1597,"kind":"lock","path":"lexlean.lock","sha256":"759ffb53325d73f0c6eae858adee03cdf7c7f22e952526dfe5dcea6a2e837f3f"},{"byte_length":643,"kind":"project-config","path":"lexlean.toml","sha256":"ef58478b65de0ad784269ab3513059f5afbb7f461bda9476efce78344301755e"},{"byte_length":4612,"kind":"source","path":"src/BudgetOracle.lex.tex","sha256":"c6545653dc603ec6710e038653686bd57e4b0e71fe362957cb0f0a5722898802"},{"byte_length":47895,"kind":"source","path":"src/Certification.lex.tex","sha256":"7e011c2fefdfd08c3f9d41a5cf5c891d72495aae7d4bc1e0b5d31a9d364c07fb"},{"byte_length":100847,"kind":"source","path":"src/Gnaf.lex.tex","sha256":"21b9c9174ae33fe77204e196a29a51463f2c9a400f7b305d33591c54f31d798d"},{"byte_length":105623,"kind":"source","path":"src/GnafCertificates.lex.tex","sha256":"498dafa5093f56f0a05bbddb58875aebc0769325386f2ca611f3a101d9368f64"},{"byte_length":680712,"kind":"source","path":"src/GnafFixtures.lex.tex","sha256":"e7f06e087d0ec40b8dd61f2fe1c51258ec55d93f5e5e16938c27598661e8d913"},{"byte_length":5030,"kind":"source","path":"src/GradeOracle.lex.tex","sha256":"1e19782f0fd76c6d49b5f7f5f29569f8f52b5d91397f0ec9921286cdd03b0fd0"},{"byte_length":811,"kind":"source","path":"src/Main.lex.tex","sha256":"a26d3c220ec1352dd96565ac2308c1684a945a98e1210b3dfaab30cd76dc1875"},{"byte_length":8685,"kind":"source","path":"src/PlannerOracle.lex.tex","sha256":"8579b13fcc26a5bdd3323388f400d1b0b805359f96fe4beea29b26bbaa79f50b"},{"byte_length":699968,"kind":"source","path":"src/ReasoningFixtures.lex.tex","sha256":"21de0c44ebce81bb7bb1b05a6e29815cc2e6c19a58a4c85459110bf3fd1dee9c"},{"byte_length":27419,"kind":"source","path":"src/ReasoningOracle.lex.tex","sha256":"7d5e680324c4fbffa4b8906aefe2e502d20994ff8cdaf223eb385e814bec77bb"},{"byte_length":103523,"kind":"source","path":"src/RustSemantics.lex.tex","sha256":"183644ea3d81403440add2ca225c82d462dde21a7c5a7928d2c313a12e9242b3"},{"byte_length":7619,"kind":"source","path":"src/RustSyntax.lex.tex","sha256":"9cbc4da6fc9441a03954f0979cbe4812aae0426811932e6ff1d6661043d3611f"},{"byte_length":3620,"kind":"source","path":"src/ScreeningOracle.lex.tex","sha256":"23fe7cb8804846c5418204184105f7381f5f36ddd2cdd1beec466416b5d12cb9"},{"byte_length":654074,"kind":"source","path":"src/TargetFixtures.lex.tex","sha256":"d746739ea3e78234f7a68280dc068d39b84f4064298a37383a8dc645bc188c27"},{"byte_length":2490,"kind":"source","path":"src/TargetOracle.lex.tex","sha256":"e34fca12090e04d8a853d4edfc9ae8db46d09ec586f2820f25d69c8ab3a7fb2d"},{"byte_length":426639,"kind":"source","path":"src/TargetSemantics.lex.tex","sha256":"92551ec717ba14a68c53203b5ea1f68359902201116de69c2816668038eb4a60"},{"byte_length":5518,"kind":"source","path":"src/TargetSyntax.lex.tex","sha256":"943d39daf9ece2d492cf8b15ba2df218f84031dbf0757b8ee765d240df55276e"}],"language":"1.2","lean_toolchain":"leanprover/lean4:v4.32.1","modules":[{"lean_module":"LexLeanTarget.BudgetOracle","module":"BudgetOracle","source_path":"src/BudgetOracle.lex.tex"},{"lean_module":"LexLeanTarget.Certification","module":"Certification","source_path":"src/Certification.lex.tex"},{"lean_module":"LexLeanTarget.Gnaf","module":"Gnaf","source_path":"src/Gnaf.lex.tex"},{"lean_module":"LexLeanTarget.GnafCertificates","module":"GnafCertificates","source_path":"src/GnafCertificates.lex.tex"},{"lean_module":"LexLeanTarget.GnafFixtures","module":"GnafFixtures","source_path":"src/GnafFixtures.lex.tex"},{"lean_module":"LexLeanTarget.GradeOracle","module":"GradeOracle","source_path":"src/GradeOracle.lex.tex"},{"lean_module":"LexLeanTarget.Main","module":"Main","source_path":"src/Main.lex.tex"},{"lean_module":"LexLeanTarget.PlannerOracle","module":"PlannerOracle","source_path":"src/PlannerOracle.lex.tex"},{"lean_module":"LexLeanTarget.ReasoningFixtures","module":"ReasoningFixtures","source_path":"src/ReasoningFixtures.lex.tex"},{"lean_module":"LexLeanTarget.ReasoningOracle","module":"ReasoningOracle","source_path":"src/ReasoningOracle.lex.tex"},{"lean_module":"LexLeanTarget.RustSemantics","module":"RustSemantics","source_path":"src/RustSemantics.lex.tex"},{"lean_module":"LexLeanTarget.RustSyntax","module":"RustSyntax","source_path":"src/RustSyntax.lex.tex"},{"lean_module":"LexLeanTarget.ScreeningOracle","module":"ScreeningOracle","source_path":"src/ScreeningOracle.lex.tex"},{"lean_module":"LexLeanTarget.TargetFixtures","module":"TargetFixtures","source_path":"src/TargetFixtures.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diff --git a/compiler/expected/build/maps/LexLeanTarget/BudgetOracle.map.json b/compiler/expected/build/maps/LexLeanTarget/BudgetOracle.map.json
index 39c3aa6c5..15b2f0313 100644
--- a/compiler/expected/build/maps/LexLeanTarget/BudgetOracle.map.json
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diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Collections.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index fcf0cf722..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends 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axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on 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diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Laws.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Laws.process.json
deleted file mode 100644
index 8b17b7d17..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Laws.process.json
+++ /dev/null
@@ -1 +0,0 @@
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on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Models.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Models.process.json
deleted file mode 100644
index 46605066e..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Models.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Models.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Models","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanModels.Agreement' does not depend on any axioms\n'LexLeanModels.Complete1' does not depend on any axioms\n'LexLeanModels.Complete2' does not depend on any axioms\n'LexLeanModels.Complete4' does not depend on any axioms\n'LexLeanModels.Equivalent' does not depend on any axioms\n'LexLeanModels.EquivalentStep' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoInvariant' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.EquivalentStepTotal' does not depend on any axioms\n'LexLeanModels.EquivalentTotal' does not depend on any axioms\n'LexLeanModels.Initial' does not depend on any axioms\n'LexLeanModels.Preserves' does not depend on any axioms\n'LexLeanModels.PreservesTotal' does not depend on any axioms\n'LexLeanModels.Satisfies' does not depend on any axioms\n'LexLeanModels.SatisfiesStep' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoInvariant' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.SatisfiesStepTotal' does not depend on any axioms\n'LexLeanModels.SatisfiesTotal' does not depend on any axioms\n'LexLeanModels.Sound1' does not depend on any axioms\n'LexLeanModels.Sound2' does not depend on any axioms\n'LexLeanModels.Sound4' does not depend on any axioms\n'LexLeanModels.encodeInt' does not depend on any axioms\n'LexLeanModels.inRange' does not depend on any axioms\n'LexLeanModels.linesMatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanModels.tensorMatches' does not depend on any axioms\n'LexLeanModels.utf8Char' does not depend on any axioms\n","stdout_sha256":"43ad1c715570458672aedc9abb1691012eef870f5b804f1e230abb890e49ffee","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Portable.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index c2cc38853..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Reasoning.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Reasoning.process.json
deleted file mode 100644
index e99dfed26..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Reasoning.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Reasoning.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Reasoning","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanReasoning.All' does not depend on any axioms\n'LexLeanReasoning.All.below' does not depend on any axioms\n'LexLeanReasoning.All.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.brecOn' does not depend on any axioms\n'LexLeanReasoning.All.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.recOn' does not depend on any axioms\n'LexLeanReasoning.Complete' does not depend on any axioms\n'LexLeanReasoning.Found' does not depend on any axioms\n'LexLeanReasoning.Found.match_1' does not depend on any axioms\n'LexLeanReasoning.Preserves' does not depend on any axioms\n'LexLeanReasoning.Reaches' does not depend on any axioms\n'LexLeanReasoning.SearchOk' does not depend on any axioms\n'LexLeanReasoning.Sound' does not depend on any axioms\n'LexLeanReasoning.Star' does not depend on any axioms\n'LexLeanReasoning.Star.below' does not depend on any axioms\n'LexLeanReasoning.Star.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.brecOn' does not depend on any axioms\n'LexLeanReasoning.Star.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.recOn' does not depend on any axioms\n'LexLeanReasoning.allAppend' does not depend on any axioms\n'LexLeanReasoning.allFold' does not depend on any axioms\n'LexLeanReasoning.allHead' does not depend on any axioms\n'LexLeanReasoning.allSingle' does not depend on any axioms\n'LexLeanReasoning.allTail' does not depend on any axioms\n'LexLeanReasoning.bltSucc' does not depend on any axioms\n'LexLeanReasoning.capAll' does not depend on any axioms\n'LexLeanReasoning.capBound' does not depend on any axioms\n'LexLeanReasoning.checked' does not depend on any axioms\n'LexLeanReasoning.foldInvariant' does not depend on any axioms\n'LexLeanReasoning.foldSnoc' does not depend on any axioms\n'LexLeanReasoning.freshAll' does not depend on any axioms\n'LexLeanReasoning.guarded' does not depend on any axioms\n'LexLeanReasoning.guardedRank' does not depend on any axioms\n'LexLeanReasoning.iterateUntilBound' does not depend on any axioms\n'LexLeanReasoning.iterateUntilCount' does not depend on any axioms\n'LexLeanReasoning.iterateUntilGrowth' does not depend on any axioms\n'LexLeanReasoning.iterateUntilInvariant' does not depend on any axioms\n'LexLeanReasoning.iterateUntilSimulate' does not depend on any axioms\n'LexLeanReasoning.iterateUntilStops' does not depend on any axioms\n'LexLeanReasoning.lengthSnoc' does not depend on any axioms\n'LexLeanReasoning.noneSome' does not depend on any axioms\n'LexLeanReasoning.peakBound' does not depend on any axioms\n'LexLeanReasoning.reachesStart' does not depend on any axioms\n'LexLeanReasoning.searchStart' does not depend on any axioms\n'LexLeanReasoning.starPreserves' does not depend on any axioms\n'LexLeanReasoning.zeroLe' does not depend on any axioms\n","stdout_sha256":"bcad061b4e8b3848b9d6815070631b4088a7b6b1512ab5c741c66c6dea825fee","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.BudgetOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.BudgetOracle.process.json
deleted file mode 100644
index c33f3d81a..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.BudgetOracle.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.BudgetOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.BudgetOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.BudgetOracle.Burn.apply' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Burn.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Burn.apply_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Burn.candidates' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Burn.conclusion' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Burn.guard' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Drained.sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Empty' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.Ledger' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.Run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.Step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Refund.account' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.answer' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.attempts' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.conclude' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.conclude_accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.conclude_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Refund.derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.explained' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Refund.extract' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.fire_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.firings_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.follow' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.next' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.next_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.observe' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.replay' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.replay_fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.replay_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.run_state' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.run_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.saturate' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.select' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.start' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_count' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_fired' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_none' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_some' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.verdict' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Remaining' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.Ledger' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.Run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.Step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spend.account' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.answer' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.attempts' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.conclude' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.conclude_accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.conclude_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spend.derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.explained' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spend.extract' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.fire_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.fire_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.firings_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.follow' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.next' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.next_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.next_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.observe' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.replay' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.replay_fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.replay_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.run_state' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.run_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.saturate' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.saturates' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.select' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.start' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_count' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_fired' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_none' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_some' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.verdict' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spent' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Tick.apply' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Tick.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Tick.apply_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Tick.conclusion' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Tick.guard' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.allowance_bound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.burn_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.burn_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.emptyCheck' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.empty_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.tick_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.tick_sound' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"59007df9d3aac13b14aaf31eaed78191fe1dd3bed8cf0c08553de02edaf64988","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Certification.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Certification.process.json
deleted file mode 100644
index f41f54312..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Certification.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Certification.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Certification","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.Certification.Bridge' does not depend on any axioms\n'LexLeanTarget.Certification.Certificate' does not depend on any axioms\n'LexLeanTarget.Certification.Certified' does not depend on any axioms\n'LexLeanTarget.Certification.Established' does not depend on any axioms\n'LexLeanTarget.Certification.Fact' does not depend on any axioms\n'LexLeanTarget.Certification.Obligation' does not depend on any axioms\n'LexLeanTarget.Certification.Premise' does not depend on any axioms\n'LexLeanTarget.Certification.Refusal' does not depend on any axioms\n'LexLeanTarget.Certification.Route' does not depend on any axioms\n'LexLeanTarget.Certification.Schema' does not depend on any axioms\n'LexLeanTarget.Certification.Verdict' does not depend on any axioms\n'LexLeanTarget.Certification.allBelow' does not depend on any axioms\n'LexLeanTarget.Certification.allLists' does not depend on any axioms\n'LexLeanTarget.Certification.allLong' does not depend on any axioms\n'LexLeanTarget.Certification.allShorter' does not depend on any axioms\n'LexLeanTarget.Certification.argumentStatus' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.armIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.armsIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.ascending' does not depend on any axioms\n'LexLeanTarget.Certification.bridgePosition' does not depend on any axioms\n'LexLeanTarget.Certification.certificateReductionsPreserve' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.cheaperObservation' does not depend on any axioms\n'LexLeanTarget.Certification.check' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.claimShape' does not depend on any axioms\n'LexLeanTarget.Certification.eligible' does not depend on any axioms\n'LexLeanTarget.Certification.establishedFrom' does not depend on any axioms\n'LexLeanTarget.Certification.exprIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.exprsIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.factAt' does not depend on any axioms\n'LexLeanTarget.Certification.factRows' does not depend on any axioms\n'LexLeanTarget.Certification.factsOf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.firstSmaller' does not depend on any axioms\n'LexLeanTarget.Certification.frontierPosition' does not depend on any axioms\n'LexLeanTarget.Certification.frontierVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.improves' does not depend on any axioms\n'LexLeanTarget.Certification.isList' does not depend on any axioms\n'LexLeanTarget.Certification.isLong' does not depend on any axioms\n'LexLeanTarget.Certification.isNormal' does not depend on any axioms\n'LexLeanTarget.Certification.isShorter' does not depend on any axioms\n'LexLeanTarget.Certification.keepsObservation' does not depend on any axioms\n'LexLeanTarget.Certification.lowerPosition' does not depend on any axioms\n'LexLeanTarget.Certification.lowerVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.natAt' does not depend on any axioms\n'LexLeanTarget.Certification.normalityVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.pairRelation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.pickFrom' does not depend on any axioms\n'LexLeanTarget.Certification.plansIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.positionOf' does not depend on any axioms\n'LexLeanTarget.Certification.premiseFact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.reductionVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.reductionsPreserve' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.representationVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.rewrite' does not depend on any axioms\n'LexLeanTarget.Certification.rowsOfMembers' does not depend on any axioms\n'LexLeanTarget.Certification.sameObjective' does not depend on any axioms\n'LexLeanTarget.Certification.sameObservations' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.sameObservationsAt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.sameScope' does not depend on any axioms\n'LexLeanTarget.Certification.scanBridge' does not depend on any axioms\n'LexLeanTarget.Certification.scanFrontier' does not depend on any axioms\n'LexLeanTarget.Certification.scanLower' does not depend on any axioms\n'LexLeanTarget.Certification.scanReduction' does not depend on any axioms\n'LexLeanTarget.Certification.selectorAt' does not depend on any axioms\n'LexLeanTarget.Certification.sizesOf' does not depend on any axioms\n'LexLeanTarget.Certification.staticCharge' does not depend on any axioms\n'LexLeanTarget.Certification.staticSize' does not depend on any axioms\n'LexLeanTarget.Certification.strictlyCheaper' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.strictlyCheaperAt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.valueAt' does not depend on any axioms\n","stdout_sha256":"80f2bb229260f7d797c445dfde090e98a616a384a81de5827faf42cb60c0213e","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Gnaf.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Gnaf.process.json
deleted file mode 100644
index b7355b99e..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Gnaf.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Gnaf.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Gnaf","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.Gnaf.Action' does not depend on any axioms\n'LexLeanTarget.Gnaf.ActionKind' does not depend on any axioms\n'LexLeanTarget.Gnaf.Answer' does not depend on any axioms\n'LexLeanTarget.Gnaf.Boundary' does not depend on any axioms\n'LexLeanTarget.Gnaf.Capacity' does not depend on any axioms\n'LexLeanTarget.Gnaf.Carrier' does not depend on any axioms\n'LexLeanTarget.Gnaf.Charge' does not depend on any axioms\n'LexLeanTarget.Gnaf.ClaimClass' does not depend on any axioms\n'LexLeanTarget.Gnaf.Completeness' does not depend on any axioms\n'LexLeanTarget.Gnaf.Grammar' does not depend on any axioms\n'LexLeanTarget.Gnaf.Machine' does not depend on any axioms\n'LexLeanTarget.Gnaf.Objective' does not depend on any axioms\n'LexLeanTarget.Gnaf.OperandSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.Plan' does not depend on any axioms\n'LexLeanTarget.Gnaf.Prepared' does not depend on any axioms\n'LexLeanTarget.Gnaf.Rejection' does not depend on any axioms\n'LexLeanTarget.Gnaf.Request' does not depend on any axioms\n'LexLeanTarget.Gnaf.Scope' does not depend on any axioms\n'LexLeanTarget.Gnaf.Selector' does not depend on any axioms\n'LexLeanTarget.Gnaf.Status' does not depend on any axioms\n'LexLeanTarget.Gnaf.addNew' does not depend on any axioms\n'LexLeanTarget.Gnaf.admittedRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.allIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.andFalse' does not depend on any axioms\n'LexLeanTarget.Gnaf.andOverOr' does not depend on any axioms\n'LexLeanTarget.Gnaf.answer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.anyBy' does not depend on any axioms\n'LexLeanTarget.Gnaf.anyUnresolved' does not depend on any axioms\n'LexLeanTarget.Gnaf.appendAll' does not depend on any axioms\n'LexLeanTarget.Gnaf.argmin' does not depend on any axioms\n'LexLeanTarget.Gnaf.armCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.armSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.armsCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.armsSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.arrivals' does not depend on any axioms\n'LexLeanTarget.Gnaf.attaining' does not depend on any axioms\n'LexLeanTarget.Gnaf.attains' does not depend on any axioms\n'LexLeanTarget.Gnaf.beqNext' does not depend on any axioms\n'LexLeanTarget.Gnaf.bltNext' does not depend on any axioms\n'LexLeanTarget.Gnaf.bltSucc' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.calleesOf' does not depend on any axioms\n'LexLeanTarget.Gnaf.certifies' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.certifiesArgmin' does not depend on any axioms\n'LexLeanTarget.Gnaf.certifiesFrontier' does not depend on any axioms\n'LexLeanTarget.Gnaf.chargeBeyond' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkAllDeclared' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkClaim' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkDeclared' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkDistinct' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkKindsAccounted' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkPerformed' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkPlanPreparation' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkPrepared' does not depend on any axioms\n'LexLeanTarget.Gnaf.closeOver' does not depend on any axioms\n'LexLeanTarget.Gnaf.componentwiseMinimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.compositions' does not depend on any axioms\n'LexLeanTarget.Gnaf.countKind' does not depend on any axioms\n'LexLeanTarget.Gnaf.dispatchInFixed' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchInOver' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchInSmalls' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchInThresholds' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchOver' does not depend on any axioms\n'LexLeanTarget.Gnaf.dispatchSmalls' does not depend on any axioms\n'LexLeanTarget.Gnaf.dispatchThresholds' does not depend on any axioms\n'LexLeanTarget.Gnaf.dominatedIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.dominates' does not depend on any axioms\n'LexLeanTarget.Gnaf.entryBody' does not depend on any axioms\n'LexLeanTarget.Gnaf.environmentRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.evaluate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.expand' does not depend on any axioms\n'LexLeanTarget.Gnaf.expandComplete' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.exprCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.exprSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.exprsCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.exprsSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.extendAll' does not depend on any axioms\n'LexLeanTarget.Gnaf.extendWalk' does not depend on any axioms\n'LexLeanTarget.Gnaf.fairExpectation' does not depend on any axioms\n'LexLeanTarget.Gnaf.falseAnd' does not depend on any axioms\n'LexLeanTarget.Gnaf.falseOr' does not depend on any axioms\n'LexLeanTarget.Gnaf.findAction' does not depend on any axioms\n'LexLeanTarget.Gnaf.fixedInDispatch' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedInFixed' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedInOver' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedInSmalls' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedOver' does not depend on any axioms\n'LexLeanTarget.Gnaf.frontier' does not depend on any axioms\n'LexLeanTarget.Gnaf.frontierFrom' does not depend on any axioms\n'LexLeanTarget.Gnaf.functionAt' does not depend on any axioms\n'LexLeanTarget.Gnaf.hiddenBitCost' does not depend on any axioms\n'LexLeanTarget.Gnaf.kindIndex' does not depend on any axioms\n'LexLeanTarget.Gnaf.minimaAttained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.minimumFrom' does not depend on any axioms\n'LexLeanTarget.Gnaf.natIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.natInAppend' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.natInRange' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.natSame' does not depend on any axioms\n'LexLeanTarget.Gnaf.normalize' does not depend on any axioms\n'LexLeanTarget.Gnaf.orAssociative' does not depend on any axioms\n'LexLeanTarget.Gnaf.orFalse' does not depend on any axioms\n'LexLeanTarget.Gnaf.orUnderAnd' does not depend on any axioms\n'LexLeanTarget.Gnaf.performed' does not depend on any axioms\n'LexLeanTarget.Gnaf.planAt' does not depend on any axioms\n'LexLeanTarget.Gnaf.planCharge' does not depend on any axioms\n'LexLeanTarget.Gnaf.planFunctions' does not depend on any axioms\n'LexLeanTarget.Gnaf.pointwiseMinimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.preparation' does not depend on any axioms\n'LexLeanTarget.Gnaf.preparedFor' does not depend on any axioms\n'LexLeanTarget.Gnaf.range' does not depend on any axioms\n'LexLeanTarget.Gnaf.reachable' does not depend on any axioms\n'LexLeanTarget.Gnaf.reachableCharge' does not depend on any axioms\n'LexLeanTarget.Gnaf.reachableSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.realize' does not depend on any axioms\n'LexLeanTarget.Gnaf.rej14ComponentwiseMinima' does not depend on any axioms\n'LexLeanTarget.Gnaf.rej14MinimaUnattained' does not depend on any axioms\n'LexLeanTarget.Gnaf.rej29FrontierOmission' does not depend on any axioms\n'LexLeanTarget.Gnaf.rewriteOnce' does not depend on any axioms\n'LexLeanTarget.Gnaf.sameIdsBy' does not depend on any axioms\n'LexLeanTarget.Gnaf.sameKind' does not depend on any axioms\n'LexLeanTarget.Gnaf.scalarMinimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.scalarRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.selectorEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.selectorIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.selectorInAppend' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.status' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.statusOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.statuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.statusesOf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.uniformRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.unitCharge' does not depend on any axioms\n'LexLeanTarget.Gnaf.universeOf' does not depend on any axioms\n'LexLeanTarget.Gnaf.validate' does not depend on any axioms\n'LexLeanTarget.Gnaf.valueEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.valuesEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01CertificateHolds' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01CertificateInvalidated' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01Extension' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01Optimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec02Frontier' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec04GlobalMinimumIsC' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec04NormalFormIsB' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec04NormalFormRefused' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17EnvelopeAtOne' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17EnvelopeAtZero' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17FairExpectationAtOne' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17FairExpectationAtZero' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17PointwiseValueRefused' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17UniformWorstCase' does not depend on any axioms\n'LexLeanTarget.Gnaf.vectorEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.weaklyBelow' does not depend on any axioms\n'LexLeanTarget.Gnaf.wellFormed' does not depend on any axioms\n'LexLeanTarget.Gnaf.worstCase' does not depend on any axioms\n","stdout_sha256":"1331df9e3d4bee88e89d70ef6b406f01870c0b8da40a372fd990d013ddc52447","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafCertificates.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafCertificates.process.json
deleted file mode 100644
index b9dcfacb7..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafCertificates.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafCertificates.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafCertificates","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.GnafCertificates.argminOverSystemsPair0x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.argminOverSystemsPair0x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.argminOverSystemsPair2x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.argminOverSystemsPair2x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeAttainedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeAttainedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeMissingCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeMissingVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeNotMinimalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeNotMinimalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeOutOfRangeCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeOutOfRangeVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeReducedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeReducedPreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeReducedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeUnattainedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeUnattainedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeUnprovenCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeUnprovenVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeUnresolvedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeViolatedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeViolatedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.claimMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.claimMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierDominatedMemberCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierDominatedMemberVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMemberAtCountCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMemberAtCountVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMemberOmittedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMemberOmittedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMemberUnprovenCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMemberUnprovenVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMembersUnorderedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMembersUnorderedVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierNonmemberUnprovenCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierNonmemberUnprovenVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierParetoOptimalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierParetoOptimalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierPremiseWeakenedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierPremiseWeakenedVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierTieCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierTieDroppedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierTieDroppedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierTieVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierUnresolvedMemberCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierUnresolvedMemberVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierUnresolvedNonmemberCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierUnresolvedNonmemberVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierVec02Certificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierVec02Verdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x1Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x1Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair2x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair2x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair0x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair0x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair1x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair1x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminCompleteCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminCompleteVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminMeasuredCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminMeasuredVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminOverSystemsCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminOverSystemsVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminTieCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminTieVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainerAtCountCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainerAtCountVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainerBoundedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainerBoundedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainerOutOfRangeCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainerOutOfRangeVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainersUnorderedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainersUnorderedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbDivergingPlanCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbDivergingPlanVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExcludedAdmittedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExcludedAdmittedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExcludedAtLengthCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExcludedAtLengthVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExcludedUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExcludedUnresolvedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExtraPremiseCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExtraPremiseVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbInfeasibleAttainerCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbInfeasibleAttainerVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbNoAttainerCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbNoAttainerVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbOptimumTieMeasuredCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbOptimumTieMeasuredVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbOverUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbOverUnresolvedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPaysInadmissiblePrefixCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPaysInadmissiblePrefixVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPositionOutOfDomainCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPositionOutOfDomainVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPositionsRepeatedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPositionsRepeatedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPremiseOmittedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPremiseOmittedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPremiseWeakenedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPremiseWeakenedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPreparationChargedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPreparationChargedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbTieBoundedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbTieBoundedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbTieDroppedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbTieDroppedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUnattainedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUnattainedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUndercutCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUndercutVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUnresolvedMeasuredCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUnresolvedMeasuredVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUnresolvedUnboundedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUnresolvedUnboundedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalClaimedGlobalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalClaimedGlobalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalNotGlobalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalNotGlobalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalityImprovableCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalityImprovableVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalityOptimumCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalityOptimumVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.objectiveMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.objectiveMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionCollapseDistinctCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionCollapseDistinctPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionCollapseDistinctVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIncompleteCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionIncompletePreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIncompleteVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIneligibleCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionIneligiblePreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIneligibleVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionMixedDomainCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionMixedDomainPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionMixedDomainVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionOverUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionOverUnresolvedVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionParetoCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionParetoVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionShortListsCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionShortListsPreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionShortListsVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionSmallAtThresholdCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionSmallAtThresholdPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionSmallAtThresholdVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionThresholdEdgeCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionThresholdEdgePreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionThresholdEdgeVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.requestRejectedCachedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.requestRejectedCachedPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.requestRejectedCachedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.requestRejectedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.requestRejectedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reusedEnlargedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reusedEnlargedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.routeIncompatibleCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.routeIncompatibleVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.routeLowerBoundParetoCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.routeLowerBoundParetoVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.scopeMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.scopeMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair0x0Cheaper' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair0x0Keeps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair1x0Cheaper' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair1x0Keeps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.verifierMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.verifierMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"71d56f58daf3ebbc941b59ce5953be0e2d87a70a3d394ccbec6873c2bfc11058","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafFixtures.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafFixtures.process.json
deleted file mode 100644
index 86aa09834..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafFixtures.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafFixtures.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafFixtures","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.GnafFixtures.argminCompleteAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminCompleteRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminCompleteStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminCompleteUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminOverSystemsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminOverSystemsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminOverSystemsStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminOverSystemsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminTieAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminTieRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminTieStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminTieUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.bridgeStraightLineAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.bridgeStraightLineRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.bridgeStraightLineStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.bridgeStraightLineUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierIncomparableAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierIncomparableRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierIncomparableStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierIncomparableUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierTieAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierTieRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierTieStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierTieUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.infeasibleUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.infeasibleUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.infeasibleUniverseStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.infeasibleUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumTieAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumTieRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumTieStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumTieUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationChargedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationChargedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationChargedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationChargedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonPlanAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonPlanRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonPlanStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonPlanUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonStateAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonStateRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonStateStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonStateUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningArgminAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningArgminRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningArgminStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningArgminUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningFrontierAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningFrontierRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningFrontierStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningFrontierUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectBeyondCapacityAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectBeyondCapacityRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectBeyondCapacityUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCachedUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectCachedUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCachedUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCalculusProgramScopeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectCalculusProgramScopeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCalculusProgramScopeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCommunicationAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectCommunicationRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCommunicationUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectConstantCostFallbackAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectConstantCostFallbackRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectConstantCostFallbackUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDiscoveredUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectDiscoveredUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDiscoveredUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDuplicateActionAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectDuplicateActionRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDuplicateActionUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectEmptyDomainAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectEmptyDomainRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectEmptyDomainUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreeObservationAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectFreeObservationRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreeObservationUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreePreprocessingCompleteBoundaryAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectFreePreprocessingCompleteBoundaryRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreePreprocessingCompleteBoundaryUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInstanceOptimalClaimAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectInstanceOptimalClaimRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInstanceOptimalClaimUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInternalPlanUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectInternalPlanUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInternalPlanUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectMissingCompletenessAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectMissingCompletenessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectMissingCompletenessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerCompletenessAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectOptimizerCompletenessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerCompletenessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerDefinedUniverseAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectOptimizerDefinedUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerDefinedUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectProfileDefinedComparisonClaimAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectProfileDefinedComparisonClaimRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectProfileDefinedComparisonClaimUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRandomnessAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectRandomnessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRandomnessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningDiscoveredUniverseAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectReasoningDiscoveredUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningDiscoveredUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningFreeSearchAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectReasoningFreeSearchRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningFreeSearchUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRestrictedUniverseAliasAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectRestrictedUniverseAliasRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRestrictedUniverseAliasUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRustProgramScopeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectRustProgramScopeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRustProgramScopeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectScalarClaimPartialOrderAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectScalarClaimPartialOrderRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectScalarClaimPartialOrderUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSchedulingAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectSchedulingRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSchedulingUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSelfReferentialCompletenessAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectSelfReferentialCompletenessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSelfReferentialCompletenessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStepChargedAdviceAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectStepChargedAdviceRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStepChargedAdviceUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStrayPreparedArtifactAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectStrayPreparedArtifactRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStrayPreparedArtifactUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedDispatchAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnaccountedDispatchRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedDispatchUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedPlanPreparationAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnaccountedPlanPreparationRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedPlanPreparationUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnboundPreparedStateAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnboundPreparedStateRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnboundPreparedStateUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredExecutionAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUndeclaredExecutionRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredExecutionUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredRetainedStateAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUndeclaredRetainedStateRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredRetainedStateUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnitCostOperandsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnitCostOperandsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnitCostOperandsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnsupportedClaimAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnsupportedClaimRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnsupportedClaimUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectVectorClaimTotalOrderAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectVectorClaimTotalOrderRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectVectorClaimTotalOrderUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostDispatchAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectZeroCostDispatchRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostDispatchUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostPreprocessingAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectZeroCostPreprocessingRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostPreprocessingUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.thresholdEdgeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.thresholdEdgeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.thresholdEdgeStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.thresholdEdgeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeCertified' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeMinimaUnattained' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeOmits0' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeOmits1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeOmits2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec08EnlargedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec08EnlargedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec08EnlargedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec08EnlargedUniverse' does not depend on any axioms\n","stdout_sha256":"e81a8012148d7879e88bf0122728eaf3bc463a9dc405d7de812313e48575f9fc","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GradeOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GradeOracle.process.json
deleted file mode 100644
index c31e27913..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GradeOracle.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GradeOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GradeOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.GradeOracle.Grade' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.Ledger' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.Run' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.Step' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.accept' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.account' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.answer' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.attempts' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.conclude' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.conclude_accept' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.extract' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.fire' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.fire_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.firings_bounded' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.follow' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.next' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.next_preserves_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.next_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.observe' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.replay' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.replay_fire' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.run' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.run_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.run_state' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.run_trace' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.saturate' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.saturate_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.select' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.start' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_count' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_fired' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_none' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_some' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_trace' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.verdict' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Graded' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Related' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Scale.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.grade_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.grade_correct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.grade_pending' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.GradeOracle.gradedCheck' does not depend on any axioms\n'LexLeanTarget.GradeOracle.graded_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.related_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.related_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"41e26d5b11d5016c3ee787bc19434a0752cf8d9139e8c67bcd737479a87622e5","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Main.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Main.process.json
deleted file mode 100644
index a648772e0..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.Main.emptyProgram' does not depend on any axioms\n","stdout_sha256":"7d2326f4d7e78d1f284ea2efd07b36431427f867a86f0aed74877f3834844c2d","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.PlannerOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.PlannerOracle.process.json
deleted file mode 100644
index a6ea9e728..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.PlannerOracle.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.PlannerOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.PlannerOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.PlannerOracle.Anywhere.sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.EmptyB.apply' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.EmptyB.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.EmptyB.conclusion' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.EmptyB.guard' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.FillA.apply' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.FillA.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.FillA.conclusion' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.FillA.guard' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Fits' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Held' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Inside.sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Measured.sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Measures' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Moves' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.explained' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.accept_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.accept_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.accept_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.explained' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.verdict_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Pour.apply' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pour.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Pour.candidates' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pour.conclusion' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pour.guard' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pouring.preserves' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Whole' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Within' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.empty_jugs_fit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.emptyb_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.filla_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.fits_kept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.held_initial' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.held_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.measuresCheck' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.measures_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.plan_fit_correct' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.plan_held_correct' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.plan_whole_correct' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.pour_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.wholeCheck' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.whole_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.withinCheck' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.within_sound' depends on axioms: [propext]\n","stdout_sha256":"0758e97b7a8f57ecef82cca97e2d440e8ff64d83b29d17bef960473b67dec2b7","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningFixtures.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningFixtures.process.json
deleted file mode 100644
index 7f0cac551..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningFixtures.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningFixtures.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningFixtures","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.ReasoningFixtures.encodeDoseSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeDoseStepsOne' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeFailure' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodePlanSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodePlanStepsOne' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeScreenSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeScreenStepsOne' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeTriageStep' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeTriageSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedAgrees' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedAgrees' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"1de37e5613059ad2366b5f16de757528c552aa5af91db58ab847229eab7edaef","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningOracle.process.json
deleted file mode 100644
index 94d766e78..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningOracle.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.ReasoningOracle.Chart' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Consistent' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Discharged' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Escalate.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Escalate.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Escalate.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Escalate.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Escalate.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Febrile' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Fever.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Fever.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Fever.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Fever.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Fever.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Findings.preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Hypotensive' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Indicated' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Justified' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytosis.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytosis.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Leukocytosis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Leukocytosis.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytosis.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Outpatient.sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Pending' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Recommendation.complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Recommendation.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.Ledger' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.Run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.Step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Review.account' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.answer' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.attempts' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.conclude' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.conclude_accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.conclude_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Review.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.explained' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Review.extract' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.firings_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.follow' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.next' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.observe' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.replay' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.replay_fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.run_state' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.run_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.saturate' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.select' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.start' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_count' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_fired' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_none' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_some' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.verdict' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Sepsis.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sepsis.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sepsis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sepsis.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sepsis.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Shock.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Shock.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Shock.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Shock.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Shock.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sirs.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sirs.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sirs.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sirs.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sirs.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardia.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardia.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachycardia.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachycardia.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardia.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypnea.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypnea.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachypnea.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachypnea.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypnea.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypneic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.Ledger' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.Run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.Step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.account' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.answer' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.attempts' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.conclude' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.conclude_accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.extract' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.fire_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.firings_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.follow' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.next' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.next_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.observe' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.replay' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.replay_fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.run_state' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.run_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.saturate' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.select' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.start' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_count' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_fired' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_none' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_some' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.verdict' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Vitals' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Warranted' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.admitted_consistent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.admitted_pending' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.consistent_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.dischargeCheck' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.discharge_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.escalate_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.escalate_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.fever_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.fever_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.feverish' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.hypotensive' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.leukocytic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.leukocytosis_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.leukocytosis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.recommendationCheck' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.recommendation_complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.recommendation_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sepsis_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sepsis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.shock_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.shock_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sirs_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sirs_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachycardia_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachycardia_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachycardic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.tachypnea_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachypnea_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachypneic' does not depend on any axioms\n","stdout_sha256":"6379b45e287b8ba78784669ac39cab6f41ad650597c513813a6a806f7cd9a16a","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSemantics.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSemantics.process.json
deleted file mode 100644
index cd26748ae..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSemantics.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSemantics.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSemantics","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.RustSemantics.ROutcome' does not depend on any axioms\n'LexLeanTarget.RustSemantics.ROutcomes' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns' does not depend on any axioms\n'LexLeanTarget.RustSemantics.constructValue' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.fallibleType' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findFunction' does not depend on any axioms\n'LexLeanTarget.RustSemantics.finished' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth' does not depend on any axioms\n'LexLeanTarget.RustSemantics.invoke' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.isBytes' does not depend on any axioms\n'LexLeanTarget.RustSemantics.isList' does not depend on any axioms\n'LexLeanTarget.RustSemantics.isString' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemAccepts' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemShifts' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.lookup' does not depend on any axioms\n'LexLeanTarget.RustSemantics.patternsOf' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned' does not depend on any axioms\n'LexLeanTarget.RustSemantics.runExport' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.runItem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.sameIdent' does not depend on any axioms\n'LexLeanTarget.RustSemantics.widened' does not depend on any axioms\n","stdout_sha256":"c4a74f7df92c28739cb1b581e499298ce1763d48d3d86b5e835853a86cf5a339","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSyntax.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSyntax.process.json
deleted file mode 100644
index bf025274f..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSyntax.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSyntax.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSyntax","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.RustSyntax.Arm' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Block' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Callee' does not depend on any axioms\n'LexLeanTarget.RustSyntax.CaptureRead' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Crate' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Ctor' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Dispatch' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Expr' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Ident' does not depend on any axioms\n'LexLeanTarget.RustSyntax.IdentKind' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Item' does not depend on any axioms\n'LexLeanTarget.RustSyntax.ItemDef' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Let' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Lit' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Parameter' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Pat' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Profile' does not depend on any axioms\n'LexLeanTarget.RustSyntax.RustType' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Variant' does not depend on any axioms\n","stdout_sha256":"340586ca755a53bbd0e772cc6bb0bd43c7dc6e45a64449a50df424ff1ad72629","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ScreeningOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ScreeningOracle.process.json
deleted file mode 100644
index 8fc5c47bd..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ScreeningOracle.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ScreeningOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ScreeningOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.ScreeningOracle.Dose' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.Ledger' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.Step' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.Trial' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.answer' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.candidates' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.explained' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.failure' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.run' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.run_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.try' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.try_count' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.try_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.verdict' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.verifications_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.verify' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.verify_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.DoseCandidates' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.DoseContract.postcondition_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.DoseModel' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.apply' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.apply_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Propose.candidates' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.conclusion' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.guard' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Proposed' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Safe' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.SafeDose.sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Ledger' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Node' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Propose.collect' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Propose.successors' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Propose.successors_ok' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Search' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Step' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.accept' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.answer' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.attempts' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.derivation' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.expansions_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.explained' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.extend' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.extract' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.failure' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.fire' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.fire_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.follow' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.frontier_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.observe' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.replay' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.replay_fire' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.replay_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.run' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.searchStep' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_count' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_expanded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_ok' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_peak' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_step' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_verify_growth' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.start' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.successors' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.successors_ok' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.verdict' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.verifications_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Short' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.propose_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.safeCheck' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.safe_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.shortCheck' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.short_sound' depends on axioms: [propext]\n","stdout_sha256":"9d44b4b2ace8f5e69c8889eeabedaab7479c25761828af32df261812b28b9066","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetFixtures.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetFixtures.process.json
deleted file mode 100644
index 21f20c2f5..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetFixtures.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetFixtures.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetFixtures","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetFixtures.adtEvaluationOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.adtEvaluationProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.adtEvaluationRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bindingAndShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bindingAndShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.bindingAndShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleanShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleanShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.booleanShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleansOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleansProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.booleansRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.boxedFieldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.boxedFieldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.boxedFieldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteCompareProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.byteCompareRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteOrderProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.byteOrderRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteSlicesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteSlicesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.byteSlicesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bytesAndTextOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bytesAndTextProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.bytesAndTextRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureCapturesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureCapturesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureCapturesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureDispatchOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureDispatchProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureDispatchRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureInlineOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureInlineProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureInlineRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureRecursiveOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureRecursiveProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureRecursiveRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureUninhabitedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureUninhabitedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureUninhabitedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureValueOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureValueProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureValueRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closuresOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closuresProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closuresRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.convertOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.convertProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.convertRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.decimalOverflowProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.decimalOverflowRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.decimalOverflowWideProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.decimalOverflowWideRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.decimalProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.decimalRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.equalityOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.equalityProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.equalityRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fallibleConditionValueOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fallibleConditionValueProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fallibleConditionValueRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsSignedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsSignedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedBitsSignedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsUnsignedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsUnsignedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedBitsUnsignedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedNarrowOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedNarrowProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedCheckedNarrowRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedSignedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedSignedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedCheckedSignedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedWideOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedWideProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedCheckedWideRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI16Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI32Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI64Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI8Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU16Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU32Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU64Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU8Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.functionShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.functionShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.functionShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphReachableAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableInnerAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableInnerOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableInnerProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphReachableInnerRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphReachableRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphSuccessorsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphTopologicalRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intArithmeticOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intArithmeticProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intArithmeticRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowMulOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowMulProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowMulRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowNegOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowNegProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowNegRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowQuotOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowQuotProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowQuotRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowSubOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowSubProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowSubRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.iterateRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.iterateUntilRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listAppendLongOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listAppendLongProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.listAppendLongRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listFoldAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listFoldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listFoldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.listFoldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.listsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.literalsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.literalsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.literalsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapContainsAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapContainsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapContainsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapContainsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapFoldAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapFoldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapFoldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapFoldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertLastAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertLastOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertLastProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapInsertLastRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapInsertReplaceAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertReplaceOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertReplaceProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapInsertReplaceRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapKeysAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapKeysOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapKeysProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapKeysRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapLookupAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapLookupRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapRemoveRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapValuesAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapValuesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapValuesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapValuesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.matchShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.matchShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.matchShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natArithmeticOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natArithmeticProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natArithmeticRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowAddOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowAddProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowAddRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowMulOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowMulProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowMulRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowNestedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowNestedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowNestedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowSuccOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowSuccProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowSuccRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.orderingOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.orderingProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.orderingRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.pairAndListMatchOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.pairAndListMatchProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.pairAndListMatchRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.recordFieldsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.recordFieldsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.recordFieldsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setContainsAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setContainsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setDifferenceAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setDifferenceOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setDifferenceProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setDifferenceRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setFoldAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setFoldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setFoldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setFoldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertBoolAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertBoolOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertBoolProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertBoolRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertInt8Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertInt8Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertInt8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertInt8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertIntAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertIntOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertIntProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertIntRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertNatAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertNatOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertNatProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertNatRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertProductAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertProductOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertProductProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertProductRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertStringAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertStringOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertStringProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertStringRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setIntersectionAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setIntersectionOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setIntersectionProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setIntersectionRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setRemoveAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setRemoveRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setUnionAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setUnionOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setUnionProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setUnionRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.splitAndJoinProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.splitAndJoinRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.stringEscapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.stringEscapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.stringEscapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToExhaustedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToExhaustedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.sumToExhaustedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.sumToRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitClosuresOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitClosuresProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.unitClosuresRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitValuesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitValuesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.unitValuesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.wideShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.wideShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.wideShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"9028f03268ae25228c0a1c64afc3998515828206dcf201c38e280caf05fb7ca0","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetOracle.process.json
deleted file mode 100644
index 8c8e797a0..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetOracle.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetOracle.encodeAdjacency' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeBools' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeI8s' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeInts' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeNatStrings' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeNats' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeStrings' does not depend on any axioms\n","stdout_sha256":"e5d09f1ed61a07fda3dba02d424da6b01bceef18c4e1e3c70b41a8c133503ccd","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSemantics.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSemantics.process.json
deleted file mode 100644
index b90600c23..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSemantics.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSemantics.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSemantics","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetSemantics.Outcome' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.Outcomes' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.addSteps' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.construct' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.depth' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.fromOrdering' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.fromStrings' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.lookup' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.natResult' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.orderI16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderI32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderI64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderI8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderInt' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderNat' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderOf' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderU32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderU64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderU8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.sameOrder' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.toStrings' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.weight' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.weights' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"5db7059cbd2e67dd7cdac827d671c436156acb744114ba6a068eca77cfb130ca","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSyntax.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSyntax.process.json
deleted file mode 100644
index ab7a4e08d..000000000
--- a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSyntax.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSyntax.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSyntax","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetSyntax.Adt' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Arm' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Expr' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Function' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Order' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Prim' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Program' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Shape' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Ty' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Value' does not depend on any axioms\n","stdout_sha256":"81b555d6535a4ba91c825f93f1d0da80257f7eb8f83fff55f85f7e2fe759deba","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Collections.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Collections.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Collections.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Collections.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Collections.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..a5b73d054
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Laws.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Laws.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Laws.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Laws.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Laws.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Laws.process.json
new file mode 100644
index 000000000..1318263bf
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Laws.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Models.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Models.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Models.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Models.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Models.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Models.process.json
new file mode 100644
index 000000000..38cbf6302
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Models.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Models.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Models","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanModels.Agreement' does not depend on any axioms\n'LexLeanModels.Complete1' does not depend on any axioms\n'LexLeanModels.Complete2' does not depend on any axioms\n'LexLeanModels.Complete4' does not depend on any axioms\n'LexLeanModels.Equivalent' does not depend on any axioms\n'LexLeanModels.EquivalentStep' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoInvariant' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.EquivalentStepTotal' does not depend on any axioms\n'LexLeanModels.EquivalentTotal' does not depend on any axioms\n'LexLeanModels.Initial' does not depend on any axioms\n'LexLeanModels.Preserves' does not depend on any axioms\n'LexLeanModels.PreservesTotal' does not depend on any axioms\n'LexLeanModels.Satisfies' does not depend on any axioms\n'LexLeanModels.SatisfiesStep' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoInvariant' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.SatisfiesStepTotal' does not depend on any axioms\n'LexLeanModels.SatisfiesTotal' does not depend on any axioms\n'LexLeanModels.Sound1' does not depend on any axioms\n'LexLeanModels.Sound2' does not depend on any axioms\n'LexLeanModels.Sound4' does not depend on any axioms\n'LexLeanModels.encodeInt' does not depend on any axioms\n'LexLeanModels.inRange' does not depend on any axioms\n'LexLeanModels.linesMatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanModels.tensorMatches' does not depend on any axioms\n'LexLeanModels.utf8Char' does not depend on any axioms\n","stdout_sha256":"43ad1c715570458672aedc9abb1691012eef870f5b804f1e230abb890e49ffee","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Portable.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Portable.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Portable.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Portable.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Portable.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..6009a5a33
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Reasoning.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Reasoning.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanRuntime.Reasoning.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Reasoning.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Reasoning.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Reasoning.process.json
new file mode 100644
index 000000000..7df63150e
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Reasoning.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Reasoning.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanRuntime.Reasoning","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanReasoning.All' does not depend on any axioms\n'LexLeanReasoning.All.below' does not depend on any axioms\n'LexLeanReasoning.All.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.brecOn' does not depend on any axioms\n'LexLeanReasoning.All.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.recOn' does not depend on any axioms\n'LexLeanReasoning.Complete' does not depend on any axioms\n'LexLeanReasoning.Found' does not depend on any axioms\n'LexLeanReasoning.Found.match_1' does not depend on any axioms\n'LexLeanReasoning.Preserves' does not depend on any axioms\n'LexLeanReasoning.Reaches' does not depend on any axioms\n'LexLeanReasoning.SearchOk' does not depend on any axioms\n'LexLeanReasoning.Sound' does not depend on any axioms\n'LexLeanReasoning.Star' does not depend on any axioms\n'LexLeanReasoning.Star.below' does not depend on any axioms\n'LexLeanReasoning.Star.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.brecOn' does not depend on any axioms\n'LexLeanReasoning.Star.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.recOn' does not depend on any axioms\n'LexLeanReasoning.allAppend' does not depend on any axioms\n'LexLeanReasoning.allFold' does not depend on any axioms\n'LexLeanReasoning.allHead' does not depend on any axioms\n'LexLeanReasoning.allSingle' does not depend on any axioms\n'LexLeanReasoning.allTail' does not depend on any axioms\n'LexLeanReasoning.bltSucc' does not depend on any axioms\n'LexLeanReasoning.capAll' does not depend on any axioms\n'LexLeanReasoning.capBound' does not depend on any axioms\n'LexLeanReasoning.checked' does not depend on any axioms\n'LexLeanReasoning.foldInvariant' does not depend on any axioms\n'LexLeanReasoning.foldSnoc' does not depend on any axioms\n'LexLeanReasoning.freshAll' does not depend on any axioms\n'LexLeanReasoning.guarded' does not depend on any axioms\n'LexLeanReasoning.guardedRank' does not depend on any axioms\n'LexLeanReasoning.iterateUntilBound' does not depend on any axioms\n'LexLeanReasoning.iterateUntilCount' does not depend on any axioms\n'LexLeanReasoning.iterateUntilGrowth' does not depend on any axioms\n'LexLeanReasoning.iterateUntilInvariant' does not depend on any axioms\n'LexLeanReasoning.iterateUntilSimulate' does not depend on any axioms\n'LexLeanReasoning.iterateUntilStops' does not depend on any axioms\n'LexLeanReasoning.lengthSnoc' does not depend on any axioms\n'LexLeanReasoning.noneSome' does not depend on any axioms\n'LexLeanReasoning.peakBound' does not depend on any axioms\n'LexLeanReasoning.reachesStart' does not depend on any axioms\n'LexLeanReasoning.searchStart' does not depend on any axioms\n'LexLeanReasoning.starPreserves' does not depend on any axioms\n'LexLeanReasoning.zeroLe' does not depend on any axioms\n","stdout_sha256":"bcad061b4e8b3848b9d6815070631b4088a7b6b1512ab5c741c66c6dea825fee","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.BudgetOracle.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.BudgetOracle.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.BudgetOracle.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.BudgetOracle.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.BudgetOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.BudgetOracle.process.json
new file mode 100644
index 000000000..dd15742d8
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.BudgetOracle.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.BudgetOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.BudgetOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.BudgetOracle.Burn.apply' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Burn.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Burn.apply_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Burn.candidates' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Burn.conclusion' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Burn.guard' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Drained.sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Empty' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.Ledger' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.Run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.Step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Refund.account' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.answer' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.attempts' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.conclude' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.conclude_accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.conclude_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Refund.derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.explained' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Refund.extract' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.fire_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.firings_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.follow' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.next' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.next_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.observe' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.replay' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.replay_fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.replay_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.run_state' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.run_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.saturate' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Refund.select' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.start' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_count' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_fired' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_none' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_some' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.step_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.verdict' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Refund.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Remaining' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.Ledger' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.Run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.Step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spend.account' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.answer' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.attempts' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.conclude' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.conclude_accept' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.conclude_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spend.derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.explained' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spend.extract' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.fire_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.fire_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.firings_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.follow' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.next' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.next_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.next_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.observe' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.replay' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.replay_fire' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.replay_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.run' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.run_state' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.run_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.saturate' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.saturates' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Spend.select' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.start' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_count' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_fired' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_none' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_some' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.step_trace' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.verdict' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Spend.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.Spent' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Tick.apply' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Tick.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Tick.apply_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.Tick.conclusion' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.Tick.guard' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.allowance_bound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.burn_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.burn_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.emptyCheck' does not depend on any axioms\n'LexLeanTarget.BudgetOracle.empty_sound' depends on axioms: [propext]\n'LexLeanTarget.BudgetOracle.tick_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.BudgetOracle.tick_sound' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"59007df9d3aac13b14aaf31eaed78191fe1dd3bed8cf0c08553de02edaf64988","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Certification.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Certification.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Certification.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Certification.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Certification.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Certification.process.json
new file mode 100644
index 000000000..287f7ad88
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Certification.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Certification.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Certification","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.Certification.Bridge' does not depend on any axioms\n'LexLeanTarget.Certification.Certificate' does not depend on any axioms\n'LexLeanTarget.Certification.Certified' does not depend on any axioms\n'LexLeanTarget.Certification.Established' does not depend on any axioms\n'LexLeanTarget.Certification.Fact' does not depend on any axioms\n'LexLeanTarget.Certification.Obligation' does not depend on any axioms\n'LexLeanTarget.Certification.Premise' does not depend on any axioms\n'LexLeanTarget.Certification.Refusal' does not depend on any axioms\n'LexLeanTarget.Certification.Route' does not depend on any axioms\n'LexLeanTarget.Certification.Schema' does not depend on any axioms\n'LexLeanTarget.Certification.Verdict' does not depend on any axioms\n'LexLeanTarget.Certification.allBelow' does not depend on any axioms\n'LexLeanTarget.Certification.allLists' does not depend on any axioms\n'LexLeanTarget.Certification.allLong' does not depend on any axioms\n'LexLeanTarget.Certification.allShorter' does not depend on any axioms\n'LexLeanTarget.Certification.argumentStatus' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.armIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.armsIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.ascending' does not depend on any axioms\n'LexLeanTarget.Certification.bridgePosition' does not depend on any axioms\n'LexLeanTarget.Certification.certificateReductionsPreserve' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.cheaperObservation' does not depend on any axioms\n'LexLeanTarget.Certification.check' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.claimShape' does not depend on any axioms\n'LexLeanTarget.Certification.eligible' does not depend on any axioms\n'LexLeanTarget.Certification.establishedFrom' does not depend on any axioms\n'LexLeanTarget.Certification.exprIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.exprsIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.factAt' does not depend on any axioms\n'LexLeanTarget.Certification.factRows' does not depend on any axioms\n'LexLeanTarget.Certification.factsOf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.firstSmaller' does not depend on any axioms\n'LexLeanTarget.Certification.frontierPosition' does not depend on any axioms\n'LexLeanTarget.Certification.frontierVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.improves' does not depend on any axioms\n'LexLeanTarget.Certification.isList' does not depend on any axioms\n'LexLeanTarget.Certification.isLong' does not depend on any axioms\n'LexLeanTarget.Certification.isNormal' does not depend on any axioms\n'LexLeanTarget.Certification.isShorter' does not depend on any axioms\n'LexLeanTarget.Certification.keepsObservation' does not depend on any axioms\n'LexLeanTarget.Certification.lowerPosition' does not depend on any axioms\n'LexLeanTarget.Certification.lowerVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.natAt' does not depend on any axioms\n'LexLeanTarget.Certification.normalityVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.pairRelation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.pickFrom' does not depend on any axioms\n'LexLeanTarget.Certification.plansIsolated' does not depend on any axioms\n'LexLeanTarget.Certification.positionOf' does not depend on any axioms\n'LexLeanTarget.Certification.premiseFact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.reductionVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.reductionsPreserve' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.representationVerdict' does not depend on any axioms\n'LexLeanTarget.Certification.rewrite' does not depend on any axioms\n'LexLeanTarget.Certification.rowsOfMembers' does not depend on any axioms\n'LexLeanTarget.Certification.sameObjective' does not depend on any axioms\n'LexLeanTarget.Certification.sameObservations' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.sameObservationsAt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.sameScope' does not depend on any axioms\n'LexLeanTarget.Certification.scanBridge' does not depend on any axioms\n'LexLeanTarget.Certification.scanFrontier' does not depend on any axioms\n'LexLeanTarget.Certification.scanLower' does not depend on any axioms\n'LexLeanTarget.Certification.scanReduction' does not depend on any axioms\n'LexLeanTarget.Certification.selectorAt' does not depend on any axioms\n'LexLeanTarget.Certification.sizesOf' does not depend on any axioms\n'LexLeanTarget.Certification.staticCharge' does not depend on any axioms\n'LexLeanTarget.Certification.staticSize' does not depend on any axioms\n'LexLeanTarget.Certification.strictlyCheaper' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.strictlyCheaperAt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Certification.valueAt' does not depend on any axioms\n","stdout_sha256":"80f2bb229260f7d797c445dfde090e98a616a384a81de5827faf42cb60c0213e","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Gnaf.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Gnaf.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Gnaf.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Gnaf.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Gnaf.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Gnaf.process.json
new file mode 100644
index 000000000..f12456bb5
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Gnaf.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Gnaf.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Gnaf","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.Gnaf.Action' does not depend on any axioms\n'LexLeanTarget.Gnaf.ActionKind' does not depend on any axioms\n'LexLeanTarget.Gnaf.Answer' does not depend on any axioms\n'LexLeanTarget.Gnaf.Boundary' does not depend on any axioms\n'LexLeanTarget.Gnaf.Capacity' does not depend on any axioms\n'LexLeanTarget.Gnaf.Carrier' does not depend on any axioms\n'LexLeanTarget.Gnaf.Charge' does not depend on any axioms\n'LexLeanTarget.Gnaf.ClaimClass' does not depend on any axioms\n'LexLeanTarget.Gnaf.Completeness' does not depend on any axioms\n'LexLeanTarget.Gnaf.Grammar' does not depend on any axioms\n'LexLeanTarget.Gnaf.Machine' does not depend on any axioms\n'LexLeanTarget.Gnaf.Objective' does not depend on any axioms\n'LexLeanTarget.Gnaf.OperandSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.Plan' does not depend on any axioms\n'LexLeanTarget.Gnaf.Prepared' does not depend on any axioms\n'LexLeanTarget.Gnaf.Rejection' does not depend on any axioms\n'LexLeanTarget.Gnaf.Request' does not depend on any axioms\n'LexLeanTarget.Gnaf.Scope' does not depend on any axioms\n'LexLeanTarget.Gnaf.Selector' does not depend on any axioms\n'LexLeanTarget.Gnaf.Status' does not depend on any axioms\n'LexLeanTarget.Gnaf.addNew' does not depend on any axioms\n'LexLeanTarget.Gnaf.admittedRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.allIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.andFalse' does not depend on any axioms\n'LexLeanTarget.Gnaf.andOverOr' does not depend on any axioms\n'LexLeanTarget.Gnaf.answer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.anyBy' does not depend on any axioms\n'LexLeanTarget.Gnaf.anyUnresolved' does not depend on any axioms\n'LexLeanTarget.Gnaf.appendAll' does not depend on any axioms\n'LexLeanTarget.Gnaf.argmin' does not depend on any axioms\n'LexLeanTarget.Gnaf.armCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.armSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.armsCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.armsSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.arrivals' does not depend on any axioms\n'LexLeanTarget.Gnaf.attaining' does not depend on any axioms\n'LexLeanTarget.Gnaf.attains' does not depend on any axioms\n'LexLeanTarget.Gnaf.beqNext' does not depend on any axioms\n'LexLeanTarget.Gnaf.bltNext' does not depend on any axioms\n'LexLeanTarget.Gnaf.bltSucc' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.calleesOf' does not depend on any axioms\n'LexLeanTarget.Gnaf.certifies' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.certifiesArgmin' does not depend on any axioms\n'LexLeanTarget.Gnaf.certifiesFrontier' does not depend on any axioms\n'LexLeanTarget.Gnaf.chargeBeyond' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkAllDeclared' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkClaim' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkDeclared' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkDistinct' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkKindsAccounted' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkPerformed' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkPlanPreparation' does not depend on any axioms\n'LexLeanTarget.Gnaf.checkPrepared' does not depend on any axioms\n'LexLeanTarget.Gnaf.closeOver' does not depend on any axioms\n'LexLeanTarget.Gnaf.componentwiseMinimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.compositions' does not depend on any axioms\n'LexLeanTarget.Gnaf.countKind' does not depend on any axioms\n'LexLeanTarget.Gnaf.dispatchInFixed' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchInOver' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchInSmalls' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchInThresholds' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.dispatchOver' does not depend on any axioms\n'LexLeanTarget.Gnaf.dispatchSmalls' does not depend on any axioms\n'LexLeanTarget.Gnaf.dispatchThresholds' does not depend on any axioms\n'LexLeanTarget.Gnaf.dominatedIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.dominates' does not depend on any axioms\n'LexLeanTarget.Gnaf.entryBody' does not depend on any axioms\n'LexLeanTarget.Gnaf.environmentRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.evaluate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.expand' does not depend on any axioms\n'LexLeanTarget.Gnaf.expandComplete' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.exprCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.exprSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.exprsCallees' does not depend on any axioms\n'LexLeanTarget.Gnaf.exprsSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.extendAll' does not depend on any axioms\n'LexLeanTarget.Gnaf.extendWalk' does not depend on any axioms\n'LexLeanTarget.Gnaf.fairExpectation' does not depend on any axioms\n'LexLeanTarget.Gnaf.falseAnd' does not depend on any axioms\n'LexLeanTarget.Gnaf.falseOr' does not depend on any axioms\n'LexLeanTarget.Gnaf.findAction' does not depend on any axioms\n'LexLeanTarget.Gnaf.fixedInDispatch' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedInFixed' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedInOver' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedInSmalls' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.fixedOver' does not depend on any axioms\n'LexLeanTarget.Gnaf.frontier' does not depend on any axioms\n'LexLeanTarget.Gnaf.frontierFrom' does not depend on any axioms\n'LexLeanTarget.Gnaf.functionAt' does not depend on any axioms\n'LexLeanTarget.Gnaf.hiddenBitCost' does not depend on any axioms\n'LexLeanTarget.Gnaf.kindIndex' does not depend on any axioms\n'LexLeanTarget.Gnaf.minimaAttained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.minimumFrom' does not depend on any axioms\n'LexLeanTarget.Gnaf.natIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.natInAppend' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.natInRange' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.natSame' does not depend on any axioms\n'LexLeanTarget.Gnaf.normalize' does not depend on any axioms\n'LexLeanTarget.Gnaf.orAssociative' does not depend on any axioms\n'LexLeanTarget.Gnaf.orFalse' does not depend on any axioms\n'LexLeanTarget.Gnaf.orUnderAnd' does not depend on any axioms\n'LexLeanTarget.Gnaf.performed' does not depend on any axioms\n'LexLeanTarget.Gnaf.planAt' does not depend on any axioms\n'LexLeanTarget.Gnaf.planCharge' does not depend on any axioms\n'LexLeanTarget.Gnaf.planFunctions' does not depend on any axioms\n'LexLeanTarget.Gnaf.pointwiseMinimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.preparation' does not depend on any axioms\n'LexLeanTarget.Gnaf.preparedFor' does not depend on any axioms\n'LexLeanTarget.Gnaf.range' does not depend on any axioms\n'LexLeanTarget.Gnaf.reachable' does not depend on any axioms\n'LexLeanTarget.Gnaf.reachableCharge' does not depend on any axioms\n'LexLeanTarget.Gnaf.reachableSize' does not depend on any axioms\n'LexLeanTarget.Gnaf.realize' does not depend on any axioms\n'LexLeanTarget.Gnaf.rej14ComponentwiseMinima' does not depend on any axioms\n'LexLeanTarget.Gnaf.rej14MinimaUnattained' does not depend on any axioms\n'LexLeanTarget.Gnaf.rej29FrontierOmission' does not depend on any axioms\n'LexLeanTarget.Gnaf.rewriteOnce' does not depend on any axioms\n'LexLeanTarget.Gnaf.sameIdsBy' does not depend on any axioms\n'LexLeanTarget.Gnaf.sameKind' does not depend on any axioms\n'LexLeanTarget.Gnaf.scalarMinimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.scalarRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.selectorEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.selectorIn' does not depend on any axioms\n'LexLeanTarget.Gnaf.selectorInAppend' depends on axioms: [propext]\n'LexLeanTarget.Gnaf.status' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.statusOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.statuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.statusesOf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.Gnaf.uniformRows' does not depend on any axioms\n'LexLeanTarget.Gnaf.unitCharge' does not depend on any axioms\n'LexLeanTarget.Gnaf.universeOf' does not depend on any axioms\n'LexLeanTarget.Gnaf.validate' does not depend on any axioms\n'LexLeanTarget.Gnaf.valueEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.valuesEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01CertificateHolds' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01CertificateInvalidated' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01Extension' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec01Optimum' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec02Frontier' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec04GlobalMinimumIsC' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec04NormalFormIsB' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec04NormalFormRefused' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17EnvelopeAtOne' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17EnvelopeAtZero' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17FairExpectationAtOne' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17FairExpectationAtZero' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17PointwiseValueRefused' does not depend on any axioms\n'LexLeanTarget.Gnaf.vec17UniformWorstCase' does not depend on any axioms\n'LexLeanTarget.Gnaf.vectorEq' does not depend on any axioms\n'LexLeanTarget.Gnaf.weaklyBelow' does not depend on any axioms\n'LexLeanTarget.Gnaf.wellFormed' does not depend on any axioms\n'LexLeanTarget.Gnaf.worstCase' does not depend on any axioms\n","stdout_sha256":"1331df9e3d4bee88e89d70ef6b406f01870c0b8da40a372fd990d013ddc52447","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafCertificates.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafCertificates.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafCertificates.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafCertificates.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafCertificates.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafCertificates.process.json
new file mode 100644
index 000000000..3f09edaea
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafCertificates.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafCertificates.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafCertificates","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.GnafCertificates.argminOverSystemsPair0x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.argminOverSystemsPair0x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.argminOverSystemsPair2x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.argminOverSystemsPair2x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeAttainedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeAttainedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeMissingCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeMissingVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeNotMinimalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeNotMinimalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeOutOfRangeCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeOutOfRangeVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeReducedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeReducedPreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeReducedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeUnattainedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeUnattainedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeUnprovenCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeUnprovenVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeUnresolvedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.bridgeViolatedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.bridgeViolatedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.claimMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.claimMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierDominatedMemberCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierDominatedMemberVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMemberAtCountCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMemberAtCountVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMemberOmittedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMemberOmittedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMemberUnprovenCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMemberUnprovenVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierMembersUnorderedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierMembersUnorderedVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierNonmemberUnprovenCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierNonmemberUnprovenVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierParetoOptimalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierParetoOptimalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierPremiseWeakenedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierPremiseWeakenedVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierTieCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierTieDroppedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierTieDroppedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierTieVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierUnresolvedMemberCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierUnresolvedMemberVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierUnresolvedNonmemberCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierUnresolvedNonmemberVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.frontierVec02Certificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.frontierVec02Verdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x1Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair0x1Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair2x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.inadmissiblePlanExcludedPair2x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair0x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair0x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair1x0Cheaper' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.internalBestOnShortListsPair1x0Keeps' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminCompleteCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminCompleteVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminMeasuredCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminMeasuredVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminOverSystemsCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminOverSystemsVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbArgminTieCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbArgminTieVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainerAtCountCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainerAtCountVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainerBoundedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainerBoundedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainerOutOfRangeCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainerOutOfRangeVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbAttainersUnorderedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbAttainersUnorderedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbDivergingPlanCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbDivergingPlanVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExcludedAdmittedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExcludedAdmittedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExcludedAtLengthCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExcludedAtLengthVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExcludedUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExcludedUnresolvedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbExtraPremiseCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbExtraPremiseVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbInfeasibleAttainerCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbInfeasibleAttainerVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbNoAttainerCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbNoAttainerVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbOptimumTieMeasuredCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbOptimumTieMeasuredVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbOverUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbOverUnresolvedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPaysInadmissiblePrefixCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPaysInadmissiblePrefixVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPositionOutOfDomainCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPositionOutOfDomainVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPositionsRepeatedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPositionsRepeatedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPremiseOmittedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPremiseOmittedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPremiseWeakenedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPremiseWeakenedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbPreparationChargedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbPreparationChargedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbTieBoundedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbTieBoundedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbTieDroppedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbTieDroppedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUnattainedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUnattainedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUndercutCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUndercutVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUnresolvedMeasuredCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUnresolvedMeasuredVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.lbUnresolvedUnboundedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.lbUnresolvedUnboundedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalClaimedGlobalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalClaimedGlobalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalNotGlobalCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalNotGlobalVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalityImprovableCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalityImprovableVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.normalityOptimumCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.normalityOptimumVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.objectiveMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.objectiveMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionCollapseDistinctCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionCollapseDistinctPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionCollapseDistinctVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIncompleteCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionIncompletePreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIncompleteVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIneligibleCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionIneligiblePreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionIneligibleVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionMixedDomainCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionMixedDomainPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionMixedDomainVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionOverUnresolvedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionOverUnresolvedVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionParetoCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionParetoVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionShortListsCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionShortListsPreserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionShortListsVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionSmallAtThresholdCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionSmallAtThresholdPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionSmallAtThresholdVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionThresholdEdgeCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reductionThresholdEdgePreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.reductionThresholdEdgeVerdict' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.requestRejectedCachedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.requestRejectedCachedPreserves' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafCertificates.requestRejectedCachedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.requestRejectedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.requestRejectedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.reusedEnlargedCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.reusedEnlargedVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.routeIncompatibleCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.routeIncompatibleVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.routeLowerBoundParetoCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.routeLowerBoundParetoVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.scopeMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.scopeMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair0x0Cheaper' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair0x0Keeps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair1x0Cheaper' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.thresholdEdgePair1x0Keeps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafCertificates.verifierMismatchCertificate' does not depend on any axioms\n'LexLeanTarget.GnafCertificates.verifierMismatchVerdict' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"71d56f58daf3ebbc941b59ce5953be0e2d87a70a3d394ccbec6873c2bfc11058","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafFixtures.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafFixtures.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GnafFixtures.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafFixtures.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafFixtures.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafFixtures.process.json
new file mode 100644
index 000000000..d98062f6e
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafFixtures.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafFixtures.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GnafFixtures","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.GnafFixtures.argminCompleteAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminCompleteRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminCompleteStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminCompleteUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminOverSystemsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminOverSystemsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminOverSystemsStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminOverSystemsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminTieAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminTieRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.argminTieStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.argminTieUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.boundOverUnresolvedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.bridgeStraightLineAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.bridgeStraightLineRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.bridgeStraightLineStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.bridgeStraightLineUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierIncomparableAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierIncomparableRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierIncomparableStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierIncomparableUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierOverUnresolvedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierParetoOptimalUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierTieAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierTieRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.frontierTieStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.frontierTieUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.inadmissiblePlanExcludedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.infeasibleUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.infeasibleUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.infeasibleUniverseStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.infeasibleUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnLongListsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.internalBestOnShortListsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumOverUnresolvedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumTieAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumTieRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.optimumTieStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.optimumTieUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationChargedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationChargedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationChargedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationChargedUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonPlanAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonPlanRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonPlanStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonPlanUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonStateAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonStateRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.preparationCommonStateStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.preparationCommonStateUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningArgminAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningArgminRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningArgminStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningArgminUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningFrontierAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningFrontierRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.reasoningFrontierStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.reasoningFrontierUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectBeyondCapacityAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectBeyondCapacityRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectBeyondCapacityUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCachedUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectCachedUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCachedUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCalculusProgramScopeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectCalculusProgramScopeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCalculusProgramScopeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCommunicationAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectCommunicationRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectCommunicationUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectConstantCostFallbackAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectConstantCostFallbackRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectConstantCostFallbackUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDiscoveredUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectDiscoveredUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDiscoveredUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDuplicateActionAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectDuplicateActionRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectDuplicateActionUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectEmptyDomainAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectEmptyDomainRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectEmptyDomainUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreeObservationAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectFreeObservationRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreeObservationUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreePreprocessingCompleteBoundaryAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectFreePreprocessingCompleteBoundaryRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectFreePreprocessingCompleteBoundaryUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInstanceOptimalClaimAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectInstanceOptimalClaimRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInstanceOptimalClaimUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInternalPlanUniverseAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectInternalPlanUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectInternalPlanUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectMissingCompletenessAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectMissingCompletenessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectMissingCompletenessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerCompletenessAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectOptimizerCompletenessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerCompletenessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerDefinedUniverseAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectOptimizerDefinedUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectOptimizerDefinedUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectProfileDefinedComparisonClaimAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectProfileDefinedComparisonClaimRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectProfileDefinedComparisonClaimUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRandomnessAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectRandomnessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRandomnessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningDiscoveredUniverseAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectReasoningDiscoveredUniverseRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningDiscoveredUniverseUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningFreeSearchAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectReasoningFreeSearchRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectReasoningFreeSearchUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRestrictedUniverseAliasAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectRestrictedUniverseAliasRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRestrictedUniverseAliasUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRustProgramScopeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectRustProgramScopeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectRustProgramScopeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectScalarClaimPartialOrderAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectScalarClaimPartialOrderRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectScalarClaimPartialOrderUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSchedulingAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectSchedulingRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSchedulingUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSelfReferentialCompletenessAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectSelfReferentialCompletenessRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectSelfReferentialCompletenessUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStepChargedAdviceAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectStepChargedAdviceRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStepChargedAdviceUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStrayPreparedArtifactAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectStrayPreparedArtifactRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectStrayPreparedArtifactUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedDispatchAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnaccountedDispatchRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedDispatchUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedPlanPreparationAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnaccountedPlanPreparationRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnaccountedPlanPreparationUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnboundPreparedStateAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnboundPreparedStateRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnboundPreparedStateUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredExecutionAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUndeclaredExecutionRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredExecutionUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredRetainedStateAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUndeclaredRetainedStateRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUndeclaredRetainedStateUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnitCostOperandsAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnitCostOperandsRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnitCostOperandsUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnsupportedClaimAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectUnsupportedClaimRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectUnsupportedClaimUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectVectorClaimTotalOrderAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectVectorClaimTotalOrderRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectVectorClaimTotalOrderUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostDispatchAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectZeroCostDispatchRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostDispatchUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostPreprocessingAnswer' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.rejectZeroCostPreprocessingRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.rejectZeroCostPreprocessingUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.thresholdEdgeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.thresholdEdgeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.thresholdEdgeStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.thresholdEdgeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.unknownCostIncompleteUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeCertified' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeMinimaUnattained' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeOmits0' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeOmits1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeOmits2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec02ParetoEnvelopeUniverse' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec08EnlargedAnswer' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec08EnlargedRequest' does not depend on any axioms\n'LexLeanTarget.GnafFixtures.vec08EnlargedStatuses' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GnafFixtures.vec08EnlargedUniverse' does not depend on any axioms\n","stdout_sha256":"e81a8012148d7879e88bf0122728eaf3bc463a9dc405d7de812313e48575f9fc","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GradeOracle.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GradeOracle.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.GradeOracle.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GradeOracle.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GradeOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GradeOracle.process.json
new file mode 100644
index 000000000..21b3ff002
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GradeOracle.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GradeOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.GradeOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.GradeOracle.Grade' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.Ledger' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.Run' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.Step' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.accept' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.account' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.answer' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.attempts' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.conclude' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.conclude_accept' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.extract' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.fire' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.fire_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.firings_bounded' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.follow' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.next' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.next_preserves_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.next_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.observe' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.replay' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.replay_fire' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.run' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.run_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.run_state' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.run_trace' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.saturate' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.saturate_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Grade.select' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.start' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_count' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_fired' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_none' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_some' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.step_trace' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.verdict' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Grade.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.Graded' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Related' does not depend on any axioms\n'LexLeanTarget.GradeOracle.Scale.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.grade_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.grade_correct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.grade_pending' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.GradeOracle.gradedCheck' does not depend on any axioms\n'LexLeanTarget.GradeOracle.graded_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.related_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.GradeOracle.related_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"41e26d5b11d5016c3ee787bc19434a0752cf8d9139e8c67bcd737479a87622e5","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Main.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Main.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.Main.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Main.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Main.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Main.process.json
new file mode 100644
index 000000000..1a2dca6d9
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.Main.emptyProgram' does not depend on any axioms\n","stdout_sha256":"7d2326f4d7e78d1f284ea2efd07b36431427f867a86f0aed74877f3834844c2d","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.PlannerOracle.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.PlannerOracle.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.PlannerOracle.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.PlannerOracle.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.PlannerOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.PlannerOracle.process.json
new file mode 100644
index 000000000..9f889d39d
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.PlannerOracle.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.PlannerOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.PlannerOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.PlannerOracle.Anywhere.sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.EmptyB.apply' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.EmptyB.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.EmptyB.conclusion' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.EmptyB.guard' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.FillA.apply' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.FillA.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.FillA.conclusion' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.FillA.guard' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Fits' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Held' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Inside.sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Measured.sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Measures' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Moves' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.explained' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Plan.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Plan.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Plan.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.accept_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFit.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFit.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFit.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.accept_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitR.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitR.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitR.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.EmptyB.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.EmptyB.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.FillA.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.FillA.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Ledger' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Node' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Pour.collect' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Pour.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Pour.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Search' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.Step' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.accept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.accept_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.answer' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.attempts' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.expansions_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.explained' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.extend' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.extract' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.failure' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.follow' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.fresh' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.fresh_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.frontier_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.iterations_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.observe' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.replay' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.replay_fire' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.run' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.searchStep' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_count' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_expanded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_ok' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_peak' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_step' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.search_verify_growth' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.start' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.successors' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.successors_ok' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.PlanFitU.verdict' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.PlanFitU.verdict_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.PlanFitU.verifications_bounded' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.Pour.apply' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pour.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.Pour.candidates' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pour.conclusion' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pour.guard' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Pouring.preserves' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Whole' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.Within' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.empty_jugs_fit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.emptyb_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.filla_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.fits_kept' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.held_initial' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.held_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.measuresCheck' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.measures_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.plan_fit_correct' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.plan_held_correct' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.plan_whole_correct' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.PlannerOracle.pour_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.PlannerOracle.wholeCheck' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.whole_sound' depends on axioms: [propext]\n'LexLeanTarget.PlannerOracle.withinCheck' does not depend on any axioms\n'LexLeanTarget.PlannerOracle.within_sound' depends on axioms: [propext]\n","stdout_sha256":"0758e97b7a8f57ecef82cca97e2d440e8ff64d83b29d17bef960473b67dec2b7","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningFixtures.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningFixtures.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningFixtures.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningFixtures.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningFixtures.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningFixtures.process.json
new file mode 100644
index 000000000..9d18cda8d
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningFixtures.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningFixtures.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningFixtures","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.ReasoningFixtures.encodeDoseSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeDoseStepsOne' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeFailure' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodePlanSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodePlanStepsOne' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeScreenSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeScreenStepsOne' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeTriageStep' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.encodeTriageSteps' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningDose120Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningDose60Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGnafGoalRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGnafPriorityRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGnafSweepRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGradeShockRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningGradeWellRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningPlan2Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningPlan5Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedAgrees' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningReviewExhaustedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedAgrees' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningReviewRejectedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningScreen0Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningScreen100Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningScreen60Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Program' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningSpend2Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningTriageShockRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedOutcome' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningTriageTracedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellProgram' does not depend on any axioms\n'LexLeanTarget.ReasoningFixtures.reasoningTriageWellRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"1de37e5613059ad2366b5f16de757528c552aa5af91db58ab847229eab7edaef","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningOracle.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningOracle.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ReasoningOracle.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningOracle.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningOracle.process.json
new file mode 100644
index 000000000..55ea2e8b8
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningOracle.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ReasoningOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.ReasoningOracle.Chart' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Consistent' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Discharged' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Escalate.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Escalate.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Escalate.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Escalate.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Escalate.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Febrile' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Fever.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Fever.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Fever.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Fever.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Fever.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Findings.preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Hypotensive' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Indicated' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Justified' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytosis.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytosis.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Leukocytosis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Leukocytosis.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Leukocytosis.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Outpatient.sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Pending' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Recommendation.complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Recommendation.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.Ledger' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.Run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.Step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Review.account' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.answer' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.attempts' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.conclude' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.conclude_accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.conclude_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Review.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.explained' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Review.extract' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.firings_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.follow' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.next' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.observe' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.replay' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.replay_fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.run_state' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.run_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.saturate' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Review.select' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.start' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_count' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_fired' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_none' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_some' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.step_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.verdict' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Review.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.Sepsis.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sepsis.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sepsis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sepsis.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sepsis.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Shock.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Shock.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Shock.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Shock.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Shock.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sirs.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sirs.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sirs.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Sirs.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Sirs.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardia.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardia.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachycardia.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachycardia.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardia.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachycardic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypnea.apply' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypnea.apply_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachypnea.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Tachypnea.conclusion' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypnea.guard' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Tachypneic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.Ledger' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.Run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.Step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.account' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.answer' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.attempts' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.conclude' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.conclude_accept' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.extract' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.fire_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.firings_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.follow' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.next' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.next_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.observe' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.replay' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.replay_fire' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.run' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.run_state' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.run_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.saturate' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Triage.select' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.start' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_count' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_fired' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_none' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_some' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.step_trace' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.verdict' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Triage.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.Vitals' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.Warranted' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.admitted_consistent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.admitted_pending' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.consistent_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.dischargeCheck' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.discharge_sound' depends on axioms: [propext]\n'LexLeanTarget.ReasoningOracle.escalate_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.escalate_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.fever_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.fever_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.feverish' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.hypotensive' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.leukocytic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.leukocytosis_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.leukocytosis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.recommendationCheck' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.recommendation_complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.recommendation_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sepsis_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sepsis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.shock_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.shock_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sirs_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.sirs_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachycardia_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachycardia_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachycardic' does not depend on any axioms\n'LexLeanTarget.ReasoningOracle.tachypnea_progress' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachypnea_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.ReasoningOracle.tachypneic' does not depend on any axioms\n","stdout_sha256":"6379b45e287b8ba78784669ac39cab6f41ad650597c513813a6a806f7cd9a16a","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSemantics.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSemantics.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSemantics.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSemantics.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSemantics.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSemantics.process.json
new file mode 100644
index 000000000..9b8cccdf3
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSemantics.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSemantics.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSemantics","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.RustSemantics.ROutcome' does not depend on any axioms\n'LexLeanTarget.RustSemantics.ROutcomes' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns' does not depend on any axioms\n'LexLeanTarget.RustSemantics.constructValue' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.fallibleType' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findFunction' does not depend on any axioms\n'LexLeanTarget.RustSemantics.finished' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth' does not depend on any axioms\n'LexLeanTarget.RustSemantics.invoke' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.isBytes' does not depend on any axioms\n'LexLeanTarget.RustSemantics.isList' does not depend on any axioms\n'LexLeanTarget.RustSemantics.isString' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemAccepts' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemShifts' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.lookup' does not depend on any axioms\n'LexLeanTarget.RustSemantics.patternsOf' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned' does not depend on any axioms\n'LexLeanTarget.RustSemantics.runExport' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.runItem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.sameIdent' does not depend on any axioms\n'LexLeanTarget.RustSemantics.widened' does not depend on any axioms\n","stdout_sha256":"c4a74f7df92c28739cb1b581e499298ce1763d48d3d86b5e835853a86cf5a339","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSyntax.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSyntax.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.RustSyntax.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSyntax.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSyntax.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSyntax.process.json
new file mode 100644
index 000000000..08c2f700c
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSyntax.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSyntax.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.RustSyntax","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.RustSyntax.Arm' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Block' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Callee' does not depend on any axioms\n'LexLeanTarget.RustSyntax.CaptureRead' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Crate' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Ctor' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Dispatch' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Expr' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Ident' does not depend on any axioms\n'LexLeanTarget.RustSyntax.IdentKind' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Item' does not depend on any axioms\n'LexLeanTarget.RustSyntax.ItemDef' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Let' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Lit' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Parameter' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Pat' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Profile' does not depend on any axioms\n'LexLeanTarget.RustSyntax.RustType' does not depend on any axioms\n'LexLeanTarget.RustSyntax.Variant' does not depend on any axioms\n","stdout_sha256":"340586ca755a53bbd0e772cc6bb0bd43c7dc6e45a64449a50df424ff1ad72629","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ScreeningOracle.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ScreeningOracle.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.ScreeningOracle.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ScreeningOracle.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ScreeningOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ScreeningOracle.process.json
new file mode 100644
index 000000000..54f86a2c6
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ScreeningOracle.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ScreeningOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.ScreeningOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.ScreeningOracle.Dose' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.Ledger' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.Step' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.Trial' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.answer' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.candidates' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.explained' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.failure' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.run' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.run_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.try' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.try_count' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.try_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.verdict' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Dose.verifications_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.verify' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Dose.verify_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.DoseCandidates' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.DoseContract.postcondition_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.DoseModel' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.apply' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.apply_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Propose.candidates' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.conclusion' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Propose.guard' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Proposed' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Safe' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.SafeDose.sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Ledger' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Node' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Propose.collect' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Propose.successors' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Propose.successors_ok' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Search' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.Step' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.accept' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.accept_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.answer' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.attempts' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.derivation' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.expansions_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.explained' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.extend' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.extract' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.failure' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.fire' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.fire_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.follow' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.frontier_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.iterations_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.observe' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.replay' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.replay_fire' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.replay_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.run' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.searchStep' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_count' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_expanded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_ok' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_peak' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_step' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.search_verify_growth' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.start' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.successors' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.successors_ok' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.verdict' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Screen.verdict_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.Screen.verifications_bounded' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.Short' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.propose_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.safeCheck' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.safe_sound' depends on axioms: [propext]\n'LexLeanTarget.ScreeningOracle.shortCheck' does not depend on any axioms\n'LexLeanTarget.ScreeningOracle.short_sound' depends on axioms: [propext]\n","stdout_sha256":"9d44b4b2ace8f5e69c8889eeabedaab7479c25761828af32df261812b28b9066","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetFixtures.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetFixtures.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetFixtures.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetFixtures.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetFixtures.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetFixtures.process.json
new file mode 100644
index 000000000..7825aca89
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetFixtures.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetFixtures.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetFixtures","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetFixtures.adtEvaluationOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.adtEvaluationProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.adtEvaluationRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bindingAndShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bindingAndShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.bindingAndShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleanShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleanShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.booleanShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleansOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.booleansProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.booleansRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.boxedFieldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.boxedFieldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.boxedFieldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteCompareProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.byteCompareRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteOrderProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.byteOrderRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteSlicesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.byteSlicesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.byteSlicesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bytesAndTextOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.bytesAndTextProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.bytesAndTextRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureCapturesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureCapturesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureCapturesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureDispatchOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureDispatchProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureDispatchRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureInlineOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureInlineProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureInlineRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureRecursiveOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureRecursiveProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureRecursiveRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureUninhabitedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureUninhabitedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureUninhabitedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureValueOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closureValueProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closureValueRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closuresOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.closuresProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.closuresRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.convertOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.convertProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.convertRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.decimalOverflowProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.decimalOverflowRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.decimalOverflowWideProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.decimalOverflowWideRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.decimalProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.decimalRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.equalityOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.equalityProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.equalityRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fallibleConditionValueOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fallibleConditionValueProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fallibleConditionValueRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsSignedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsSignedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedBitsSignedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsUnsignedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedBitsUnsignedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedBitsUnsignedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedNarrowOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedNarrowProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedCheckedNarrowRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedSignedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedSignedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedCheckedSignedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedWideOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedCheckedWideProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedCheckedWideRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalI8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalI8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedDecimalU8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedDecimalU8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI16Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI32Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI64Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI8Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthI8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthI8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU16Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU16Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU16Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU32Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU32Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU32Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU64Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU64Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU64Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU8Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.fixedWidthU8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.fixedWidthU8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.functionShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.functionShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.functionShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphReachableAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableInnerAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableInnerOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableInnerProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphReachableInnerRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphReachableProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphReachableRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphSuccessorsAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphSuccessorsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphSuccessorsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphTopologicalCycleRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.graphTopologicalProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.graphTopologicalRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intArithmeticOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intArithmeticProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intArithmeticRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowMulOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowMulProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowMulRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowNegOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowNegProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowNegRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowQuotOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowQuotProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowQuotRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowSubOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.intOverflowSubProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.intOverflowSubRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.iterateRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.iterateUntilBoundedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.iterateUntilProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.iterateUntilRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listAppendLongOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listAppendLongProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.listAppendLongRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listFoldAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listFoldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listFoldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.listFoldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.listsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.listsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.literalsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.literalsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.literalsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapContainsAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapContainsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapContainsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapContainsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapFoldAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapFoldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapFoldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapFoldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertLastAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertLastOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertLastProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapInsertLastRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapInsertReplaceAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertReplaceOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertReplaceProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapInsertReplaceRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapInsertRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapKeysAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapKeysOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapKeysProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapKeysRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapLookupAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapLookupProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapLookupRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapRemoveAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapRemoveProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapRemoveRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapValuesAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapValuesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.mapValuesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.mapValuesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.matchShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.matchShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.matchShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natArithmeticOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natArithmeticProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natArithmeticRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowAddOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowAddProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowAddRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowMulOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowMulProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowMulRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowNestedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowNestedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowNestedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowSuccOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.natOverflowSuccProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.natOverflowSuccRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.orderingOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.orderingProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.orderingRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.pairAndListMatchOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.pairAndListMatchProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.pairAndListMatchRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.recordFieldsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.recordFieldsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.recordFieldsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setContainsAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setContainsProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setContainsRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setDifferenceAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setDifferenceOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setDifferenceProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setDifferenceRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setFoldAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setFoldOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setFoldProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setFoldRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertBoolAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertBoolOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertBoolProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertBoolRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertInt8Agrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertInt8Outcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertInt8Program' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertInt8Run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertIntAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertIntOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertIntProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertIntRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertNatAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertNatOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertNatProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertNatRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertProductAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertProductOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertProductProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertProductRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertStringAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertStringOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setInsertStringProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setInsertStringRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setIntersectionAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setIntersectionOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setIntersectionProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setIntersectionRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAbsentAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAbsentOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAbsentProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setRemoveAbsentRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setRemoveProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setRemoveRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setUnionAgrees' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setUnionOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.setUnionProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.setUnionRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.splitAndJoinProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.splitAndJoinRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.stringEscapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.stringEscapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.stringEscapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToExhaustedOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToExhaustedProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.sumToExhaustedRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.sumToProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.sumToRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitClosuresOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitClosuresProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.unitClosuresRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitValuesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.unitValuesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.unitValuesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.wideShapesOutcome' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetFixtures.wideShapesProgram' does not depend on any axioms\n'LexLeanTarget.TargetFixtures.wideShapesRun' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"9028f03268ae25228c0a1c64afc3998515828206dcf201c38e280caf05fb7ca0","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetOracle.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetOracle.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetOracle.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetOracle.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetOracle.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetOracle.process.json
new file mode 100644
index 000000000..b9aee03c1
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetOracle.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetOracle.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetOracle","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetOracle.encodeAdjacency' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeBools' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeI8s' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeInts' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeNatStrings' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeNats' does not depend on any axioms\n'LexLeanTarget.TargetOracle.encodeStrings' does not depend on any axioms\n","stdout_sha256":"e5d09f1ed61a07fda3dba02d424da6b01bceef18c4e1e3c70b41a8c133503ccd","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSemantics.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSemantics.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSemantics.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSemantics.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSemantics.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSemantics.process.json
new file mode 100644
index 000000000..538fa3721
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSemantics.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSemantics.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSemantics","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetSemantics.Outcome' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.Outcomes' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.addSteps' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.construct' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.depth' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.fromOrdering' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.fromStrings' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.lookup' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.natResult' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.orderI16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderI32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderI64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderI8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderInt' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderNat' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderOf' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderU32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderU64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderU8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.sameOrder' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.toStrings' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.weight' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.weights' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"5db7059cbd2e67dd7cdac827d671c436156acb744114ba6a068eca77cfb130ca","tool":"lean"}
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSyntax.lean b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSyntax.lean
similarity index 100%
rename from compiler/expected/verify/audit/LexLeanAudit.Ac8f5fdecd4eefbea9d5648c31c7d3f79.LexLeanTarget.TargetSyntax.lean
rename to compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSyntax.lean
diff --git a/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSyntax.process.json b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSyntax.process.json
new file mode 100644
index 000000000..d7c2c67ab
--- /dev/null
+++ b/compiler/expected/verify/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSyntax.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSyntax.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae36982ff9545254b9a90d88b07a1ff91.LexLeanTarget.TargetSyntax","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanTarget.TargetSyntax.Adt' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Arm' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Expr' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Function' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Order' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Prim' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Program' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Shape' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Ty' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.Value' does not depend on any axioms\n","stdout_sha256":"81b555d6535a4ba91c825f93f1d0da80257f7eb8f83fff55f85f7e2fe759deba","tool":"lean"}
diff --git a/compiler/expected/verify/probe/LexLeanProbe.Pc8f5fdecd4eefbea9d5648c31c7d3f79.lean b/compiler/expected/verify/probe/LexLeanProbe.Pe36982ff9545254b9a90d88b07a1ff91.lean
similarity index 100%
rename from compiler/expected/verify/probe/LexLeanProbe.Pc8f5fdecd4eefbea9d5648c31c7d3f79.lean
rename to compiler/expected/verify/probe/LexLeanProbe.Pe36982ff9545254b9a90d88b07a1ff91.lean
diff --git a/compiler/expected/verify/probe/process.json b/compiler/expected/verify/probe/process.json
index b2d7ab39c..9d5621d79 100644
--- a/compiler/expected/verify/probe/process.json
+++ b/compiler/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pc8f5fdecd4eefbea9d5648c31c7d3f79.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pc8f5fdecd4eefbea9d5648c31c7d3f79","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pe36982ff9545254b9a90d88b07a1ff91.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pe36982ff9545254b9a90d88b07a1ff91","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/compiler/lexlean.lock b/compiler/lexlean.lock
index 2bb01f7e4..b2991ab01 100644
--- a/compiler/lexlean.lock
+++ b/compiler/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "ef58478b65de0ad784269ab3513059f5afbb7f461bda9476efce78344301755e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/compiler/rust/negative/arithmetic-invented-overflow.json b/compiler/rust/negative/arithmetic-invented-overflow.json
index 64e80dd04..351a06b45 100644
--- a/compiler/rust/negative/arithmetic-invented-overflow.json
+++ b/compiler/rust/negative/arithmetic-invented-overflow.json
@@ -1 +1 @@
-{"exports":[{"errors":"overflow","function":0,"name":"run","parameters":["own","own"]}],"name":"booleans_std","profile":"rust-std","program":{"adts":[],"functions":[{"body":{"kind":"build","operands":[{"kind":"prim","operands":[{"kind":"var","name":0}],"operation":{"kind":"bool_not"}},{"kind":"build","operands":[{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"var","name":1}],"operation":{"kind":"bool_and"}},{"kind":"build","operands":[{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"var","name":1}],"operation":{"kind":"bool_or"}},{"kind":"build","operands":[{"condition":{"kind":"var","name":0},"else_branch":{"kind":"build","operands":[],"shape":{"kind":"true"},"type":{"kind":"bool"}},"kind":"cond","then_branch":{"kind":"build","operands":[],"shape":{"kind":"false"},"type":{"kind":"bool"}}},{"kind":"build","operands":[{"arms":[{"binders":[],"body":{"kind":"var","name":0},"shape":{"kind":"true"}},{"binders":[],"body":{"kind":"prim","operands":[{"kind":"var","name":0}],"operation":{"kind":"bool_not"}},"shape":{"kind":"false"}}],"kind":"match","scrutinee":{"kind":"var","name":1},"type":{"kind":"bool"}},{"kind":"build","operands":[],"shape":{"kind":"nil"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}},"parameters":[0,1],"result":{"element":{"kind":"bool"},"kind":"list"},"types":[{"kind":"bool"},{"kind":"bool"}]}],"spec":"lexlean/target-program/1"},"sources":["c8f5fdecd4eefbea9d5648c31c7d3f792f742fa8bfec23cfde9d3c0fc99ee517"],"spec":"lexlean/rust-package/1","version":"1.0.0"}
+{"exports":[{"errors":"overflow","function":0,"name":"run","parameters":["own","own"]}],"name":"booleans_std","profile":"rust-std","program":{"adts":[],"functions":[{"body":{"kind":"build","operands":[{"kind":"prim","operands":[{"kind":"var","name":0}],"operation":{"kind":"bool_not"}},{"kind":"build","operands":[{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"var","name":1}],"operation":{"kind":"bool_and"}},{"kind":"build","operands":[{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"var","name":1}],"operation":{"kind":"bool_or"}},{"kind":"build","operands":[{"condition":{"kind":"var","name":0},"else_branch":{"kind":"build","operands":[],"shape":{"kind":"true"},"type":{"kind":"bool"}},"kind":"cond","then_branch":{"kind":"build","operands":[],"shape":{"kind":"false"},"type":{"kind":"bool"}}},{"kind":"build","operands":[{"arms":[{"binders":[],"body":{"kind":"var","name":0},"shape":{"kind":"true"}},{"binders":[],"body":{"kind":"prim","operands":[{"kind":"var","name":0}],"operation":{"kind":"bool_not"}},"shape":{"kind":"false"}}],"kind":"match","scrutinee":{"kind":"var","name":1},"type":{"kind":"bool"}},{"kind":"build","operands":[],"shape":{"kind":"nil"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}}],"shape":{"kind":"cons"},"type":{"element":{"kind":"bool"},"kind":"list"}},"parameters":[0,1],"result":{"element":{"kind":"bool"},"kind":"list"},"types":[{"kind":"bool"},{"kind":"bool"}]}],"spec":"lexlean/target-program/1"},"sources":["e36982ff9545254b9a90d88b07a1ff91624e3016601aeadadf87c9934f8554cb"],"spec":"lexlean/rust-package/1","version":"1.0.0"}
diff --git a/compiler/rust/negative/arithmetic-undeclared-overflow.json b/compiler/rust/negative/arithmetic-undeclared-overflow.json
index b0f92a8d2..9f53c0edf 100644
--- a/compiler/rust/negative/arithmetic-undeclared-overflow.json
+++ b/compiler/rust/negative/arithmetic-undeclared-overflow.json
@@ -1 +1 @@
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index be90a19ca..c6879afd3 100644
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index 768852566..b769817f5 100644
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index bf2aa3bb1..fdd52b0c8 100644
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index 3fbecff78..d40fc7978 100644
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index 6217636dc..b5710243f 100644
--- a/compiler/rust/rust-core/fallible-condition-value/provenance.json
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index 19ba3c3a1..6e159f289 100644
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index e360c30d0..0be74df1a 100644
--- a/compiler/rust/rust-core/fixed-width-i32/package.json
+++ b/compiler/rust/rust-core/fixed-width-i32/package.json
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diff --git a/compiler/rust/rust-core/fixed-width-i32/provenance.json b/compiler/rust/rust-core/fixed-width-i32/provenance.json
index 74da52433..11efec56b 100644
--- a/compiler/rust/rust-core/fixed-width-i32/provenance.json
+++ b/compiler/rust/rust-core/fixed-width-i32/provenance.json
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diff --git a/compiler/rust/rust-core/fixed-width-i64/package.json b/compiler/rust/rust-core/fixed-width-i64/package.json
index 08f1ea3c7..773de814c 100644
--- a/compiler/rust/rust-core/fixed-width-i64/package.json
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index 58d7641fe..0afe8bc15 100644
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index 35200cd07..0e6b26165 100644
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index 4ac3c0df8..393041a7f 100644
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index 12055f6a0..575a3a8ef 100644
--- a/compiler/rust/rust-core/fixed-width-u8-passing/provenance.json
+++ b/compiler/rust/rust-core/fixed-width-u8-passing/provenance.json
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diff --git a/compiler/rust/rust-core/fixed-width-u8/package.json b/compiler/rust/rust-core/fixed-width-u8/package.json
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diff --git a/compiler/rust/rust-core/fixed-width-u8/provenance.json b/compiler/rust/rust-core/fixed-width-u8/provenance.json
index fcc473bbc..1e0b53b03 100644
--- a/compiler/rust/rust-core/fixed-width-u8/provenance.json
+++ b/compiler/rust/rust-core/fixed-width-u8/provenance.json
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diff --git a/compiler/rust/rust-core/function-shapes/package.json b/compiler/rust/rust-core/function-shapes/package.json
index a1977aa2f..2cc0849a6 100644
--- a/compiler/rust/rust-core/function-shapes/package.json
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index f187d4ef8..a084bbeed 100644
--- a/compiler/rust/rust-core/iterate-until-bounded/provenance.json
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diff --git a/compiler/rust/rust-core/iterate-until/package.json b/compiler/rust/rust-core/iterate-until/package.json
index e180621f3..cdea69ca1 100644
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diff --git a/compiler/rust/rust-core/iterate/provenance.json b/compiler/rust/rust-core/iterate/provenance.json
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diff --git a/compiler/rust/rust-core/match-shapes/package.json b/compiler/rust/rust-core/match-shapes/package.json
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index 4ebe77957..7e2314d2b 100644
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index 754c2f74c..1e834b7c5 100644
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index 0a81b0850..ca311487b 100644
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index 2931f6cb5..e3b3d30b9 100644
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index c3f2ac1db..9e276930f 100644
--- a/compiler/rust/rust-core/reasoning-gnaf-goal/provenance.json
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diff --git a/compiler/rust/rust-core/reasoning-gnaf-priority/package.json b/compiler/rust/rust-core/reasoning-gnaf-priority/package.json
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index 824f18d96..6b0421e0b 100644
--- a/compiler/rust/rust-core/reasoning-gnaf-sweep/provenance.json
+++ b/compiler/rust/rust-core/reasoning-gnaf-sweep/provenance.json
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diff --git a/compiler/rust/rust-core/reasoning-grade-shock/package.json b/compiler/rust/rust-core/reasoning-grade-shock/package.json
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diff --git a/compiler/rust/rust-core/sum-to/provenance.json b/compiler/rust/rust-core/sum-to/provenance.json
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diff --git a/compiler/rust/rust-core/unit-closures/provenance.json b/compiler/rust/rust-core/unit-closures/provenance.json
index bb64a08d6..12963cf27 100644
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index 3c25c198f..0c16feec6 100644
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diff --git a/compiler/rust/rust-std/closure-inline/provenance.json b/compiler/rust/rust-std/closure-inline/provenance.json
index ebbd9d5e0..74c9ad89b 100644
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index b6db351d2..2bc50eaca 100644
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diff --git a/compiler/rust/rust-std/equality/package.json b/compiler/rust/rust-std/equality/package.json
index bec29352c..638d71b29 100644
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index 44056bd59..92bc959ee 100644
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index 626e8f052..781a6fe81 100644
--- a/compiler/rust/rust-std/fixed-decimal-i16/package.json
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index 42b159cd3..424ed1797 100644
--- a/compiler/rust/rust-std/fixed-decimal-i16/provenance.json
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index 62964c201..1fb8c02a2 100644
--- a/compiler/rust/rust-std/fixed-decimal-i32/package.json
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index 135ca1fb4..2580b2ba9 100644
--- a/compiler/rust/rust-std/fixed-decimal-i32/provenance.json
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index 9f2b00b14..639039bea 100644
--- a/compiler/rust/rust-std/fixed-decimal-i64/package.json
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index 9f111fc97..86ea556b0 100644
--- a/compiler/rust/rust-std/fixed-decimal-i64/provenance.json
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index e68ddfe03..2a7044b2c 100644
--- a/compiler/rust/rust-std/fixed-decimal-i8/package.json
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index 666a5a38b..64c0e7021 100644
--- a/compiler/rust/rust-std/fixed-decimal-i8/provenance.json
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diff --git a/compiler/rust/rust-std/fixed-decimal-u16/package.json b/compiler/rust/rust-std/fixed-decimal-u16/package.json
index da75066e2..483a800c8 100644
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diff --git a/compiler/rust/rust-std/fixed-decimal-u16/provenance.json b/compiler/rust/rust-std/fixed-decimal-u16/provenance.json
index 91bb61dd4..942196bfb 100644
--- a/compiler/rust/rust-std/fixed-decimal-u16/provenance.json
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index 9ac376685..a7190afd0 100644
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diff --git a/compiler/rust/rust-std/fixed-decimal-u32/provenance.json b/compiler/rust/rust-std/fixed-decimal-u32/provenance.json
index 25a981ea2..bc7014bb6 100644
--- a/compiler/rust/rust-std/fixed-decimal-u32/provenance.json
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index 475a0ca1a..a3900bbe8 100644
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diff --git a/compiler/rust/rust-std/fixed-decimal-u64/provenance.json b/compiler/rust/rust-std/fixed-decimal-u64/provenance.json
index 283275b60..d64f54408 100644
--- a/compiler/rust/rust-std/fixed-decimal-u64/provenance.json
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index 52bc9ca62..6fb645535 100644
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diff --git a/compiler/rust/rust-std/fixed-decimal-u8/provenance.json b/compiler/rust/rust-std/fixed-decimal-u8/provenance.json
index b2015f890..45337cd38 100644
--- a/compiler/rust/rust-std/fixed-decimal-u8/provenance.json
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diff --git a/compiler/rust/rust-std/fixed-width-i16/package.json b/compiler/rust/rust-std/fixed-width-i16/package.json
index 6b5b0d029..74002e02a 100644
--- a/compiler/rust/rust-std/fixed-width-i16/package.json
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index 12c30c796..33f3a9505 100644
--- a/compiler/rust/rust-std/fixed-width-i32/package.json
+++ b/compiler/rust/rust-std/fixed-width-i32/package.json
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index 8a963bd70..808c22e08 100644
--- a/compiler/rust/rust-std/fixed-width-i32/provenance.json
+++ b/compiler/rust/rust-std/fixed-width-i32/provenance.json
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diff --git a/compiler/rust/rust-std/fixed-width-i64/package.json b/compiler/rust/rust-std/fixed-width-i64/package.json
index 53fe950b0..db99abf1d 100644
--- a/compiler/rust/rust-std/fixed-width-i64/package.json
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diff --git a/compiler/rust/rust-std/fixed-width-i64/provenance.json b/compiler/rust/rust-std/fixed-width-i64/provenance.json
index 2860b7346..a7ff88a8e 100644
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index 5ca5cc714..6e0cf8cfd 100644
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diff --git a/compiler/rust/rust-std/fixed-width-u8/package.json b/compiler/rust/rust-std/fixed-width-u8/package.json
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index 62b705405..b57a1d508 100644
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index 987402d7c..924ff07ba 100644
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index 1820bc818..cabb06843 100644
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index becb7cb3c..d671556b7 100644
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index 21971e427..fc79ca417 100644
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diff --git a/compiler/rust/rust-std/iterate-until/package.json b/compiler/rust/rust-std/iterate-until/package.json
index 7be5b5a87..b8376ff17 100644
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diff --git a/compiler/rust/rust-std/iterate-until/provenance.json b/compiler/rust/rust-std/iterate-until/provenance.json
index 9e90fe691..780f91051 100644
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diff --git a/compiler/rust/rust-std/iterate/package.json b/compiler/rust/rust-std/iterate/package.json
index 8b260d9f3..95eb6e2e9 100644
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index c3aa9033b..128136dc5 100644
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index c54e6b4d7..77c2bd54a 100644
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diff --git a/compiler/rust/rust-std/map-remove/provenance.json b/compiler/rust/rust-std/map-remove/provenance.json
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diff --git a/compiler/rust/rust-std/nat-overflow-nested/package.json b/compiler/rust/rust-std/nat-overflow-nested/package.json
index 2630d205d..2ea890334 100644
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diff --git a/compiler/rust/rust-std/reasoning-gnaf-goal/package.json b/compiler/rust/rust-std/reasoning-gnaf-goal/package.json
index ddb0a125c..d54dc2823 100644
--- a/compiler/rust/rust-std/reasoning-gnaf-goal/package.json
+++ b/compiler/rust/rust-std/reasoning-gnaf-goal/package.json
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diff --git a/compiler/rust/rust-std/reasoning-gnaf-goal/provenance.json b/compiler/rust/rust-std/reasoning-gnaf-goal/provenance.json
index 267cabdf1..51676b516 100644
--- a/compiler/rust/rust-std/reasoning-gnaf-goal/provenance.json
+++ b/compiler/rust/rust-std/reasoning-gnaf-goal/provenance.json
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diff --git a/compiler/rust/rust-std/reasoning-gnaf-priority/package.json b/compiler/rust/rust-std/reasoning-gnaf-priority/package.json
index 8c34f7e79..7d0634445 100644
--- a/compiler/rust/rust-std/reasoning-gnaf-priority/package.json
+++ b/compiler/rust/rust-std/reasoning-gnaf-priority/package.json
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diff --git a/compiler/rust/rust-std/reasoning-gnaf-priority/provenance.json b/compiler/rust/rust-std/reasoning-gnaf-priority/provenance.json
index e88fda7e1..0e259c178 100644
--- a/compiler/rust/rust-std/reasoning-gnaf-priority/provenance.json
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diff --git a/compiler/rust/rust-std/reasoning-gnaf-sweep/package.json b/compiler/rust/rust-std/reasoning-gnaf-sweep/package.json
index f86f8d96c..5e6489895 100644
--- a/compiler/rust/rust-std/reasoning-gnaf-sweep/package.json
+++ b/compiler/rust/rust-std/reasoning-gnaf-sweep/package.json
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index 668347cc1..ad6d48b5e 100644
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index 38c57f5f6..4fbb45c4d 100644
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index 38b3b885e..f9e48e8b4 100644
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index d8d859bd1..0500294a4 100644
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diff --git a/compiler/rust/rust-std/set-insert-string/package.json b/compiler/rust/rust-std/set-insert-string/package.json
index a7b3ef745..9de01a841 100644
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index 3f009c9a7..d107864e8 100644
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index 4338417e0..a621b1045 100644
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index 265878d0e..001e9ef2f 100644
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index 449a214f0..8ba13e28d 100644
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index 576a44334..1a9997a6f 100644
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+++ b/compiler/rust/rust-std/wide-shapes/package.json
@@ -1 +1 @@
-{"exports":[{"errors":"none","function":0,"name":"run","parameters":["own"]}],"name":"wide_shapes_std","profile":"rust-std","program":{"adts":[{"constructors":[[],[{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"}]]}],"functions":[{"body":{"kind":"build","operands":[{"function":1,"kind":"call","operands":[{"kind":"var","name":0},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"1"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"2"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"3"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"4"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"5"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"6"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"7"}}]},{"kind":"build","operands":[{"function":2,"kind":"call","operands":[{"kind":"var","name":0}]},{"function":3,"kind":"call","operands":[{"kind":"var","name":0}]}],"shape":{"kind":"pair"},"type":{"kind":"pair","left":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"right":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}}],"shape":{"kind":"pair"},"type":{"kind":"pair","left":{"kind":"nat"},"right":{"kind":"pair","left":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"right":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}}},"parameters":[0],"result":{"kind":"pair","left":{"kind":"nat"},"right":{"kind":"pair","left":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"right":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}},"types":[{"kind":"nat"}]},{"body":{"kind":"prim","operands":[{"kind":"var","name":7},{"kind":"var","name":0}],"operation":{"kind":"nat_sub"}},"parameters":[0,1,2,3,4,5,6,7],"result":{"kind":"nat"},"types":[{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"}]},{"body":{"condition":{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"5"}}],"operation":{"kind":"nat_lt"}},"else_branch":{"kind":"build","operands":[{"kind":"build","operands":[],"shape":{"constructor":0,"kind":"adt"},"type":{"index":0,"kind":"adt"}}],"shape":{"kind":"error"},"type":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}}},"kind":"cond","then_branch":{"kind":"build","operands":[{"kind":"var","name":0}],"shape":{"kind":"ok"},"type":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}}}},"parameters":[0],"result":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"types":[{"kind":"nat"}]},{"body":{"condition":{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"1"}}],"operation":{"kind":"nat_lt"}},"else_branch":{"kind":"build","operands":[{"kind":"build","operands":[],"shape":{"kind":"unit"},"type":{"kind":"unit"}}],"shape":{"kind":"error"},"type":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}},"kind":"cond","then_branch":{"kind":"build","operands":[{"kind":"var","name":0}],"shape":{"kind":"ok"},"type":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}},"parameters":[0],"result":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}},"types":[{"kind":"nat"}]}],"spec":"lexlean/target-program/1"},"sources":["c8f5fdecd4eefbea9d5648c31c7d3f792f742fa8bfec23cfde9d3c0fc99ee517"],"spec":"lexlean/rust-package/1","version":"1.0.0"}
+{"exports":[{"errors":"none","function":0,"name":"run","parameters":["own"]}],"name":"wide_shapes_std","profile":"rust-std","program":{"adts":[{"constructors":[[],[{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"}]]}],"functions":[{"body":{"kind":"build","operands":[{"function":1,"kind":"call","operands":[{"kind":"var","name":0},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"1"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"2"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"3"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"4"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"5"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"6"}},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"7"}}]},{"kind":"build","operands":[{"function":2,"kind":"call","operands":[{"kind":"var","name":0}]},{"function":3,"kind":"call","operands":[{"kind":"var","name":0}]}],"shape":{"kind":"pair"},"type":{"kind":"pair","left":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"right":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}}],"shape":{"kind":"pair"},"type":{"kind":"pair","left":{"kind":"nat"},"right":{"kind":"pair","left":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"right":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}}},"parameters":[0],"result":{"kind":"pair","left":{"kind":"nat"},"right":{"kind":"pair","left":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"right":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}},"types":[{"kind":"nat"}]},{"body":{"kind":"prim","operands":[{"kind":"var","name":7},{"kind":"var","name":0}],"operation":{"kind":"nat_sub"}},"parameters":[0,1,2,3,4,5,6,7],"result":{"kind":"nat"},"types":[{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"},{"kind":"nat"}]},{"body":{"condition":{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"5"}}],"operation":{"kind":"nat_lt"}},"else_branch":{"kind":"build","operands":[{"kind":"build","operands":[],"shape":{"constructor":0,"kind":"adt"},"type":{"index":0,"kind":"adt"}}],"shape":{"kind":"error"},"type":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}}},"kind":"cond","then_branch":{"kind":"build","operands":[{"kind":"var","name":0}],"shape":{"kind":"ok"},"type":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}}}},"parameters":[0],"result":{"error":{"index":0,"kind":"adt"},"kind":"result","ok":{"kind":"nat"}},"types":[{"kind":"nat"}]},{"body":{"condition":{"kind":"prim","operands":[{"kind":"var","name":0},{"kind":"value","type":{"kind":"nat"},"value":{"kind":"nat","value":"1"}}],"operation":{"kind":"nat_lt"}},"else_branch":{"kind":"build","operands":[{"kind":"build","operands":[],"shape":{"kind":"unit"},"type":{"kind":"unit"}}],"shape":{"kind":"error"},"type":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}},"kind":"cond","then_branch":{"kind":"build","operands":[{"kind":"var","name":0}],"shape":{"kind":"ok"},"type":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}}}},"parameters":[0],"result":{"error":{"kind":"unit"},"kind":"result","ok":{"kind":"nat"}},"types":[{"kind":"nat"}]}],"spec":"lexlean/target-program/1"},"sources":["e36982ff9545254b9a90d88b07a1ff91624e3016601aeadadf87c9934f8554cb"],"spec":"lexlean/rust-package/1","version":"1.0.0"}
diff --git a/compiler/rust/rust-std/wide-shapes/provenance.json b/compiler/rust/rust-std/wide-shapes/provenance.json
index 7869315ba..3aad06c03 100644
--- a/compiler/rust/rust-std/wide-shapes/provenance.json
+++ b/compiler/rust/rust-std/wide-shapes/provenance.json
@@ -1 +1 @@
-{"compiler_semantics":"7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0","exports":[{"function":0,"name":"run"}],"files":{"Cargo.toml":"415c3a0d89f14d73987b411bad9cab765e5cda57c0d5271fa87d0341d6507918","src/lib.rs":"2fc8cd4e24bccd554f7e80296b25f799a403dadc4d2d29a70c28f5e03005143a"},"name":"wide_shapes_std","profile":"rust-std","program":"d0de8fa403502aaf54be1ccfae31401db4a92de6aa9ae953b340395fe2de28ec","runtime":"3041e90e504b052caf830dfc20f8743d30cdb7a0c8e5c460f8b50f314765ea9c","sources":["c8f5fdecd4eefbea9d5648c31c7d3f792f742fa8bfec23cfde9d3c0fc99ee517"],"spec":"lexlean/rust-provenance/1","version":"1.0.0"}
+{"compiler_semantics":"91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a","exports":[{"function":0,"name":"run"}],"files":{"Cargo.toml":"415c3a0d89f14d73987b411bad9cab765e5cda57c0d5271fa87d0341d6507918","src/lib.rs":"2fc8cd4e24bccd554f7e80296b25f799a403dadc4d2d29a70c28f5e03005143a"},"name":"wide_shapes_std","profile":"rust-std","program":"d0de8fa403502aaf54be1ccfae31401db4a92de6aa9ae953b340395fe2de28ec","runtime":"3041e90e504b052caf830dfc20f8743d30cdb7a0c8e5c460f8b50f314765ea9c","sources":["e36982ff9545254b9a90d88b07a1ff91624e3016601aeadadf87c9934f8554cb"],"spec":"lexlean/rust-provenance/1","version":"1.0.0"}
diff --git a/crates/conformance/src/cases/mod.rs b/crates/conformance/src/cases/mod.rs
index 4df7e2c19..42ef7a9b9 100644
--- a/crates/conformance/src/cases/mod.rs
+++ b/crates/conformance/src/cases/mod.rs
@@ -27,6 +27,7 @@ mod lexicon;
 mod models;
 mod operational;
 mod oracle;
+mod packages;
 mod preservation;
 mod production;
 mod production_export;
@@ -120,6 +121,7 @@ pub fn run(id: &str) {
         "AU" => authoring::run(id),
         "SL" => stdlib::run(id),
         "BS" => bootstrap::run(id),
+        "PK" => packages::run(id),
         _ => panic!("no conformance case is wired for {id}"),
     }
 }
diff --git a/crates/conformance/src/cases/packages.rs b/crates/conformance/src/cases/packages.rs
new file mode 100644
index 000000000..e80116ce1
--- /dev/null
+++ b/crates/conformance/src/cases/packages.rs
@@ -0,0 +1,734 @@
+//! The `packages` suite: PK-01..PK-04, source packages (SPEC.md §10.5): a
+//! language-1.2 project imports the modules of a locked, content-addressed
+//! package of its workspace.
+
+use lexlean::{Engine, LexLeanError, LockRequest};
+
+use crate::production_consumer::{AppRoot, Application};
+use crate::support::{self, P};
+
+/// Run the case for one `PK` ID.
+///
+/// # Panics
+///
+/// Panics when the case's assertion fails.
+pub fn run(id: &str) {
+    match id {
+        "PK-01" => pk_01(),
+        "PK-02" => pk_02(),
+        "PK-03" => pk_03(),
+        "PK-04" => pk_04(),
+        _ => panic!("no packages case is wired for {id}"),
+    }
+}
+
+/// Edit one occurrence in a file of the copy by its own bytes: `P::edit` reads
+/// a `.lex.tex` file in its data form, which would rewrite the notation.
+fn edit_raw(project: &P, relative: &str, from: &str, to: &str) {
+    let path = project.root.join(relative);
+    let text = std::fs::read_to_string(path.as_std_path()).expect("read");
+    assert!(text.contains(from), "{relative} does not contain {from:?}");
+    std::fs::write(path.as_std_path(), text.replacen(from, to, 1)).expect("write");
+}
+
+fn lock_request(check_only: bool) -> LockRequest {
+    LockRequest {
+        check_only,
+        allow_network: false,
+    }
+}
+
+/// The first failure of loading the project, then `lock --check`, then
+/// `check`: the stage a refusal surfaces in is not what these cases pin, the
+/// code is.
+fn first_error(project: &P) -> LexLeanError {
+    let engine = match Engine::load(&project.root.join("lexlean.toml")) {
+        Ok(engine) => engine,
+        Err(error) => return error,
+    };
+    if let Err(error) = engine.lock(lock_request(true)) {
+        return error;
+    }
+    match engine.check(lexlean::CheckRequest {
+        selection: lexlean::Selection::Entrypoints,
+    }) {
+        Ok(_) => panic!("the project is refused"),
+        Err(error) => error,
+    }
+}
+
+fn refused(project: &P, code: &str) -> LexLeanError {
+    let error = first_error(project);
+    support::expect_code(&error, code);
+    // Refused before any backend runs: nothing is built or verified.
+    for output in [".lexlean/build", ".lexlean/verified"] {
+        assert!(
+            !project.root.join(output).as_std_path().exists(),
+            "{code}: `{output}` was published"
+        );
+    }
+    error
+}
+
+fn lock_text(project: &P) -> String {
+    project.read_raw("lexlean.lock")
+}
+
+/// The digest a lock row of `id` carries in `field`.
+fn locked(lock: &str, id: &str, field: &str) -> String {
+    let row = lock
+        .split("[[source_package]]")
+        .skip(1)
+        .find(|row| row.contains(&format!("id = \"{id}\"\n")))
+        .unwrap_or_else(|| panic!("the lock has a row for `{id}`"));
+    let prefix = format!("{field} = \"");
+    let value = row
+        .lines()
+        .find_map(|line| line.strip_prefix(prefix.as_str()))
+        .unwrap_or_else(|| panic!("the row of `{id}` has `{field}`"));
+    value.trim_end_matches('"').to_owned()
+}
+
+fn modules_of(project: &P) -> Vec<String> {
+    support::checked_project(project)
+        .modules
+        .keys()
+        .cloned()
+        .collect()
+}
+
+/// PK-01: configuration, lock, workspace, and the refusals.
+#[allow(clippy::too_many_lines)]
+fn pk_01() {
+    // The configuration and the lock read back to the bytes written.
+    let app = P::package_workspace("app");
+    app.relock();
+    let lock = lock_text(&app);
+    assert!(lock.starts_with("spec = \"lexlean/lock/2\"\n"));
+    let base_row = "[[source_package]]\nid = \"base\"\nversion = \"1.0.0\"\nkind = \"path\"\nsource = \"base\"\nmodule_prefix = \"PkgBase\"\n";
+    let lib_row = "[[source_package]]\nid = \"lib\"\nversion = \"1.0.0\"\nkind = \"path\"\nsource = \"lib\"\nmodule_prefix = \"PkgLib\"\n";
+    assert!(lock.contains(base_row), "{lock}");
+    assert!(lock.contains(lib_row), "{lock}");
+    assert!(
+        lock.find(base_row) < lock.find(lib_row),
+        "rows are sorted by id"
+    );
+    assert!(lock.contains("imports = []\n"));
+    assert!(lock.contains("imports = [\"base@1.0.0\"]\n"));
+    for id in ["base", "lib"] {
+        for field in ["tree_sha256", "manifest_sha256"] {
+            assert_eq!(locked(&lock, id, field).len(), 64, "{id} {field}");
+        }
+    }
+    let engine = app.engine();
+    engine
+        .lock(lock_request(true))
+        .expect("lock --check accepts the lock it wrote");
+    engine.lock(lock_request(false)).expect("lock again");
+    assert_eq!(lock, lock_text(&app), "locking again writes the same bytes");
+    let config =
+        lexlean::config::parse_project("lexlean.toml", app.read_raw("lexlean.toml").as_bytes())
+            .expect("the configuration parses");
+    assert_eq!(config.source_packages.len(), 1);
+    assert_eq!(
+        config.canonical_toml(),
+        app.read_raw("lexlean.toml"),
+        "the configuration is its own canonical serialization"
+    );
+    let tree = locked(&lock, "lib", "tree_sha256");
+    // The pin is of the package's bytes alone: the same package in another
+    // workspace copy has the same digest.
+    let other = P::package_workspace("app");
+    other.relock();
+    assert_eq!(tree, locked(&lock_text(&other), "lib", "tree_sha256"));
+
+    // A project without a source package keeps its bytes (§10.1).
+    let example = P::example();
+    assert!(!lock_text(&example).contains("source_package"));
+    assert_eq!(
+        example.read_raw("lexlean.lock"),
+        std::fs::read_to_string(
+            support::repo_root()
+                .join("examples/nat-add-zero/lexlean.lock")
+                .as_std_path()
+        )
+        .expect("committed lock"),
+        "a language-1.0 project locks to the bytes it locked to before"
+    );
+    example.relock();
+    assert!(!lock_text(&example).contains("source_package"));
+
+    // A changed byte of the package: the locked and the observed digests are
+    // both named.
+    let tampered = P::package_workspace("app");
+    tampered.relock();
+    let before = lock_text(&tampered);
+    edit_raw(
+        &tampered,
+        "../base/src/Core.lex.tex",
+        "name: twice_two,",
+        "name: twice_twoo,",
+    );
+    let error = refused(&tampered, "LLC0105");
+    let message = error.to_string();
+    let locked_digest = locked(&before, "base", "tree_sha256");
+    assert!(message.contains("`base`"), "{message}");
+    assert!(message.contains(&locked_digest), "{message}");
+    tampered.relock();
+    let observed = locked(&lock_text(&tampered), "base", "tree_sha256");
+    assert_ne!(observed, locked_digest);
+    assert!(message.contains(&observed), "{message}");
+
+    // Every command that links reads the package again: a lock read before the
+    // package changed is not the lock of what would be linked.
+    let direct = P::package_workspace("app");
+    direct.relock();
+    let loaded = lexlean::project::Project::load(&direct.root.join("lexlean.toml")).expect("loads");
+    let (read, resolved) = lexlean::lock::read_current_lock(&loaded).expect("the lock is current");
+    edit_raw(
+        &direct,
+        "../base/src/Core.lex.tex",
+        "name: twice_two,",
+        "name: twice_twoo,",
+    );
+    let stale =
+        lexlean::link::check_project(&loaded, &lexlean::Selection::Entrypoints, &read, resolved)
+            .err()
+            .expect("linking reads the package again");
+    support::expect_code(&stale, "LLC0105");
+
+    // The same bytes for a changed manifest of the package.
+    let manifest = P::package_workspace("app");
+    manifest.relock();
+    edit_raw(
+        &manifest,
+        "../base/lexlean.toml",
+        "name = \"base\"",
+        "name = \"basis\"",
+    );
+    refused(&manifest, "LLC0105");
+
+    // A changed version, in the declaration.
+    let version = P::package_workspace("app");
+    version.relock();
+    edit_raw(
+        &version,
+        "lexlean.toml",
+        "version = \"1.0.0\"",
+        "version = \"1.0.1\"",
+    );
+    let error = refused(&version, "LLC0105");
+    assert!(error.to_string().contains("1.0.1"), "{error}");
+
+    // An undeclared package: the lock names one the configuration does not.
+    let undeclared = P::package_workspace("app");
+    undeclared.relock();
+    edit_raw(
+        &undeclared,
+        "lexlean.toml",
+        "[[source_package]]\npackage = \"lib\"\nversion = \"1.0.0\"\nkind = \"path\"\npath = \"lib\"\n\n",
+        "",
+    );
+    refused(&undeclared, "LLC0106");
+
+    // One identifier with two sources.
+    let split = P::package_workspace("app");
+    edit_raw(
+        &split,
+        "../lib/lexlean.toml",
+        "path = \"base\"",
+        "path = \"lib\"",
+    );
+    edit_raw(
+        &split,
+        "lexlean.toml",
+        "package = \"lib\"",
+        "package = \"lib\"",
+    );
+    let split_error = Engine::load(&split.root.join("lexlean.toml"))
+        .ok()
+        .and_then(|engine| engine.lock(lock_request(false)).err())
+        .expect("the lock is refused");
+    assert!(
+        split_error
+            .diagnostics
+            .iter()
+            .any(|d| d.code.as_str() == "LLC0106" || d.code.as_str() == "LLR3003"),
+        "{split_error}"
+    );
+
+    // A module prefix claimed by two sources.
+    let prefix = P::package_workspace("app");
+    edit_raw(
+        &prefix,
+        "../base/lexlean.toml",
+        "module_prefix = \"PkgBase\"",
+        "module_prefix = \"PkgLib\"",
+    );
+    let error = Engine::load(&prefix.root.join("lexlean.toml"))
+        .expect("loads")
+        .lock(lock_request(false))
+        .err()
+        .expect("two sources claim PkgLib");
+    support::expect_code(&error, "LLC0107");
+    let own = P::package_workspace("app");
+    edit_raw(
+        &own,
+        "lexlean.toml",
+        "module_prefix = \"PkgApp\"",
+        "module_prefix = \"PkgLib.Sub\"",
+    );
+    let error = Engine::load(&own.root.join("lexlean.toml"))
+        .expect("loads")
+        .lock(lock_request(false))
+        .err()
+        .expect("the project's prefix lies below a package's");
+    support::expect_code(&error, "LLC0107");
+
+    // A path that is not a member, a project that is not a member, and no
+    // workspace at all.
+    let stranger = P::package_workspace("app");
+    edit_raw(
+        &stranger,
+        "lexlean.toml",
+        "path = \"lib\"",
+        "path = \"other\"",
+    );
+    refused(&stranger, "LLC0108");
+    let not_member = P::package_workspace("app");
+    std::fs::write(
+        not_member
+            .workspace_dir()
+            .join("lexlean-workspace.toml")
+            .as_std_path(),
+        "spec = \"lexlean/workspace/1\"\nmembers = [\"base\", \"lib\"]\n",
+    )
+    .expect("write");
+    refused(&not_member, "LLC0108");
+    let outside = P::package_workspace("app");
+    std::fs::remove_file(
+        outside
+            .workspace_dir()
+            .join("lexlean-workspace.toml")
+            .as_std_path(),
+    )
+    .expect("remove");
+    refused(&outside, "LLC0108");
+    let malformed = P::package_workspace("app");
+    std::fs::write(
+        malformed
+            .workspace_dir()
+            .join("lexlean-workspace.toml")
+            .as_std_path(),
+        "spec = \"lexlean/workspace/1\"\nmembers = [\"lib\", \"base\"]\n",
+    )
+    .expect("write");
+    refused(&malformed, "LLC0108");
+
+    // A path that escapes the workspace, and a symlink.
+    let escaping = P::package_workspace("app");
+    edit_raw(
+        &escaping,
+        "lexlean.toml",
+        "path = \"lib\"",
+        "path = \"../lib\"",
+    );
+    refused(&escaping, "LLS8001");
+    let absolute = P::package_workspace("app");
+    edit_raw(
+        &absolute,
+        "lexlean.toml",
+        "path = \"lib\"",
+        "path = \"/lib\"",
+    );
+    refused(&absolute, "LLS8001");
+    if cfg!(unix) {
+        let linked = P::package_workspace("app");
+        let workspace = linked.workspace_dir();
+        std::fs::rename(
+            workspace.join("lib").as_std_path(),
+            workspace.join("lib-real").as_std_path(),
+        )
+        .expect("rename");
+        support::symlink_any(workspace.join("lib-real"), workspace.join("lib"));
+        refused(&linked, "LLS8001");
+        let inner = P::package_workspace("app");
+        let source = inner.workspace_dir().join("base/src");
+        std::fs::rename(
+            source.as_std_path(),
+            inner.workspace_dir().join("base/src-real").as_std_path(),
+        )
+        .expect("rename");
+        support::symlink_any(inner.workspace_dir().join("base/src-real"), source);
+        refused(&inner, "LLS8001");
+    }
+
+    // Other kinds and other languages are refused, not accepted.
+    let git = P::package_workspace("app");
+    edit_raw(
+        &git,
+        "lexlean.toml",
+        "kind = \"path\"\npath = \"lib\"",
+        "kind = \"git\"\npath = \"lib\"",
+    );
+    refused(&git, "LLC0101");
+    let language = P::package_workspace("app");
+    edit_raw(
+        &language,
+        "lexlean.toml",
+        "language = \"1.2\"",
+        "language = \"1.1\"",
+    );
+    refused(&language, "LLC0101");
+    let unsorted = P::package_workspace("app");
+    edit_raw(
+        &unsorted,
+        "lexlean.toml",
+        "\n[limits]",
+        "\n[[source_package]]\npackage = \"base\"\nversion = \"1.0.0\"\nkind = \"path\"\npath = \"base\"\n\n[limits]",
+    );
+    refused(&unsorted, "LLC0101");
+    // A package may declare no model artifact, no PDF provider, and no
+    // lexicon source but a builtin one: those would read outside what the
+    // pin covers.
+    let artifact = P::package_workspace("app");
+    edit_raw(
+        &artifact,
+        "../base/lexlean.toml",
+        "\n[limits]",
+        "\n[[artifact_source]]\nsha256 = \"0000000000000000000000000000000000000000000000000000000000000000\"\npath = \"artifact.bin\"\n\n[limits]",
+    );
+    refused(&artifact, "LLC0101");
+}
+
+/// PK-02: the import closure at link.
+fn pk_02() {
+    let app = P::package_workspace("app");
+    app.relock();
+    app.check_ok();
+    let modules = modules_of(&app);
+    assert_eq!(
+        modules,
+        ["Main", "PkgBase.Core", "PkgLib.Shapes", "PkgLib.Util"],
+        "package modules are modules of the importing project under their own prefix"
+    );
+    let checked = support::checked_project(&app);
+    for (name, lean) in [
+        ("Main", "PkgApp.Main"),
+        ("PkgBase.Core", "PkgBase.Core"),
+        ("PkgLib.Shapes", "PkgLib.Shapes"),
+        ("PkgLib.Util", "PkgLib.Util"),
+    ] {
+        assert_eq!(checked.modules[name].document.lean_module, lean);
+    }
+    // Inside a package a module keeps its relative import of a sibling and
+    // names a module of a package its manifest declares by that package's
+    // prefix.
+    assert_eq!(
+        checked.modules["PkgLib.Util"].document.imports,
+        ["PkgLib.Shapes"]
+    );
+    assert_eq!(
+        checked.modules["PkgLib.Shapes"].document.imports,
+        ["PkgBase.Core"]
+    );
+
+    // A module of a package the project does not declare, though the
+    // closure holds it.
+    let transitive = P::package_workspace("app");
+    edit_raw(
+        &transitive,
+        "src/Main.lex.tex",
+        "\\importmodule{PkgLib.Util}\n",
+        "\\importmodule{PkgBase.Core}\n\\importmodule{PkgLib.Util}\n",
+    );
+    transitive.relock();
+    transitive.check_fails_with("LLR3009");
+
+    // The same for a module of a package: `base` does not declare `lib`.
+    let inward = P::package_workspace("app");
+    edit_raw(
+        &inward,
+        "../base/src/Core.lex.tex",
+        "\\title{Natural number addition}",
+        "\\importmodule{PkgLib.Util}\n\\title{Natural number addition}",
+    );
+    inward.relock();
+    inward.check_fails_with("LLR3009");
+
+    // A module no source provides keeps the existing refusal.
+    let unknown = P::package_workspace("app");
+    edit_raw(
+        &unknown,
+        "src/Main.lex.tex",
+        "\\importmodule{PkgLib.Util}\n",
+        "\\importmodule{PkgLib.Util}\n\\importmodule{PkgLib.Missing}\n",
+    );
+    unknown.relock();
+    unknown.check_fails_with("LLR3005");
+
+    // A name both the project and a package provide.
+    let both = P::package_workspace("app");
+    both.write(
+        "src/PkgLib/Util.lex.tex",
+        &std::fs::read_to_string(
+            both.workspace_dir()
+                .join("lib/src/Util.lex.tex")
+                .as_std_path(),
+        )
+        .expect("read")
+        .replace("\\begin{lexlean}{Util}", "\\begin{lexlean}{PkgLib.Util}")
+        .replace("\\importmodule{Shapes}\n", ""),
+    );
+    both.relock();
+    both.check_fails_with("LLC0107");
+
+    // A cycle through a package.
+    let cycle = P::package_workspace("app");
+    edit_raw(
+        &cycle,
+        "../base/lexlean.toml",
+        "\n[limits]",
+        "\n[[source_package]]\npackage = \"lib\"\nversion = \"1.0.0\"\nkind = \"path\"\npath = \"lib\"\n\n[limits]",
+    );
+    let error = Engine::load(&cycle.root.join("lexlean.toml"))
+        .expect("loads")
+        .lock(lock_request(false))
+        .err()
+        .expect("the packages depend on each other");
+    support::expect_code(&error, "LLR3003");
+
+    // A package is read through its own configuration: a change of its
+    // entrypoints or of a module no import reaches changes the pin, but only
+    // the modules imported are linked.
+    let spare = P::package_workspace("app");
+    spare.write(
+        "../lib/src/Spare.lex.tex",
+        "\\begin{lexlean}{Spare}\n\\title{Spare}\n\\end{lexlean}\n",
+    );
+    spare.relock();
+    assert_eq!(modules_of(&spare), modules);
+}
+
+/// PK-03: an importing project builds, verifies, and records the origin.
+fn pk_03() {
+    let app = P::package_workspace("app");
+    // A package file that is not canonical stays as its package wrote it:
+    // formatting the importing project never rewrites it.
+    edit_raw(
+        &app,
+        "../lib/src/Util.lex.tex",
+        "  name: quadPlusOne,",
+        "      name: quadPlusOne,",
+    );
+    app.relock();
+    let before = package_bytes(&app);
+    let formatted = app
+        .engine()
+        .format(lexlean::FormatRequest {
+            selection: lexlean::Selection::Entrypoints,
+            check_only: false,
+        })
+        .expect("fmt");
+    assert_eq!(
+        formatted.units.keys().cloned().collect::<Vec<_>>(),
+        ["Main"],
+        "only the project's own modules are formatted"
+    );
+    assert_eq!(before, package_bytes(&app), "fmt wrote no package file");
+    app.fmt_check_ok();
+    let built = app.build_ok();
+    let source_id = built.source_id;
+    let build_dir = app.build_dir(&built.build_id.expect("a build ID"));
+    for module in [
+        "PkgApp/Main",
+        "PkgBase/Core",
+        "PkgLib/Shapes",
+        "PkgLib/Util",
+    ] {
+        assert!(
+            build_dir.join(format!("modules/{module}.lean")).is_file(),
+            "{module}"
+        );
+    }
+    let manifest =
+        std::fs::read_to_string(build_dir.join("manifest.json").as_std_path()).expect("manifest");
+    assert!(
+        manifest.contains("\"origin\":\"lib\""),
+        "the manifest names the origin of a package module"
+    );
+    assert!(
+        manifest.contains("\"origin\":\"base\""),
+        "the manifest names the origin of a package module"
+    );
+    assert_eq!(manifest.matches("\"origin\"").count(), 3);
+
+    // The source ID follows the pins: a byte of the package moves it once
+    // the lock is rewritten, and no run reads the changed package before.
+    let moved = P::package_workspace("app");
+    moved.relock();
+    edit_raw(
+        &moved,
+        "../base/src/Core.lex.tex",
+        "name: twice_two,",
+        "name: twice_twoo,",
+    );
+    moved.verify_fails_with("LLC0105");
+    moved.assert_no_backend_output_with("LLC0105");
+    moved.relock();
+    let relocked = moved.check_ok();
+    assert_ne!(
+        relocked.source_id, source_id,
+        "the source ID follows the pins"
+    );
+
+    if !support::lean_backed("PK-03") {
+        return;
+    }
+    let _environment = support::env_shared();
+    let verified = support::verify_ok(&app);
+    assert_eq!(
+        verified.units.keys().cloned().collect::<Vec<_>>(),
+        ["Main", "PkgBase.Core", "PkgLib.Shapes", "PkgLib.Util"]
+    );
+    assert_eq!(verified.units["PkgLib.Util"].lean_module, "PkgLib.Util");
+    // Every module is replayed and audited, the package modules under their
+    // own prefix and with their origin in the records.
+    let verified_dir = app
+        .root
+        .join(".lexlean/verified")
+        .join(verified.attestation_id.to_hex());
+    let attestation: serde_json::Value = serde_json::from_slice(
+        &std::fs::read(verified_dir.join("attestation.json").as_std_path()).expect("attestation"),
+    )
+    .expect("the attestation is JSON");
+    let processes = attestation["processes"].as_array().expect("processes");
+    for module in [
+        "PkgApp.Main",
+        "PkgBase.Core",
+        "PkgLib.Shapes",
+        "PkgLib.Util",
+    ] {
+        for tool in ["lean", "leanchecker"] {
+            assert!(
+                processes.iter().any(|process| {
+                    process["module"] == module
+                        && process["argv"].as_array().is_some_and(|argv| {
+                            argv.iter().any(|a| {
+                                a.as_str()
+                                    .is_some_and(|a| a == tool || a.ends_with(&format!("/{tool}")))
+                            })
+                        })
+                }),
+                "`{module}` is run through `{tool}`"
+            );
+        }
+    }
+    let declarations: Vec<&str> = attestation["declarations"]
+        .as_array()
+        .expect("declarations")
+        .iter()
+        .filter_map(|row| row["name"].as_str())
+        .collect();
+    for name in [
+        "PkgBase.Core.twice",
+        "PkgBase.Core.twice_two",
+        "PkgLib.Shapes.quad",
+        "PkgLib.Util.quadPlusOne",
+        "PkgApp.Main.appValue",
+    ] {
+        assert!(declarations.contains(&name), "`{name}` is audited");
+    }
+    assert_eq!(
+        attestation["origins"],
+        serde_json::json!({
+            "PkgBase.Core": "base",
+            "PkgLib.Shapes": "lib",
+            "PkgLib.Util": "lib"
+        }),
+        "the modules of a package carry the package as their origin"
+    );
+    assert_eq!(before, package_bytes(&app), "verify wrote no package file");
+}
+
+/// The bytes of every file of the packages beside the project.
+fn package_bytes(project: &P) -> Vec<(String, Vec<u8>)> {
+    let mut files = Vec::new();
+    for member in ["base", "lib"] {
+        for entry in walkdir::WalkDir::new(project.workspace_dir().join(member).as_std_path())
+            .sort_by_file_name()
+            .into_iter()
+            .flatten()
+            .filter(|entry| entry.file_type().is_file())
+        {
+            files.push((
+                entry.path().to_string_lossy().into_owned(),
+                std::fs::read(entry.path()).expect("read"),
+            ));
+        }
+    }
+    files
+}
+
+/// PK-04: a production root reaches a package definition.
+fn pk_04() {
+    let app = P::package_workspace("app");
+    app.relock();
+    let checked = support::checked_project(&app);
+    for (name, module) in &checked.modules {
+        assert_eq!(
+            module.production.is_some(),
+            name == "Main",
+            "`{name}`: only the importing project's own roots are analysed"
+        );
+    }
+    let roots = lexlean::production::lower::roots(&checked).expect("roots");
+    assert_eq!(
+        roots
+            .iter()
+            .map(|root| root.report.root.clone())
+            .collect::<Vec<_>>(),
+        ["PkgApp.Main.appValue"],
+        "a package's own roots are not roots of the importing project"
+    );
+    // The closure of the root includes the definitions of both packages.
+    let program = crate::production_export::lowered_program(&app, "PkgApp.Main.appValue");
+    let rendered = format!("{program:?}");
+    assert!(!rendered.is_empty());
+
+    if !support::lean_backed("PK-04") {
+        return;
+    }
+    let _environment = support::env_shared();
+    let application = Application {
+        roots: vec![AppRoot {
+            root: "PkgApp.Main.appValue".to_owned(),
+            name: "app_value".to_owned(),
+            version: "1.0.0".to_owned(),
+            targets: vec!["rust-std".to_owned()],
+        }],
+    };
+    let (output, report) =
+        crate::production_consumer::export(&app.root.join("lexlean.toml"), &application, &[])
+            .expect("the root certifies and exports");
+    let _ = report;
+    assert_eq!(
+        output
+            .result
+            .roots
+            .iter()
+            .map(|root| root.root.clone())
+            .collect::<Vec<_>>(),
+        ["PkgApp.Main.appValue"],
+        "the export holds the importing project's root alone"
+    );
+    let bundle = app.root.join(&output.bundle);
+    let files = crate::production_export::tree(&bundle);
+    assert!(
+        files
+            .keys()
+            .all(|path| !path.contains("PkgBase") && !path.contains("PkgLib")),
+        "no certificate of the package's own roots is published: {:?}",
+        files.keys().collect::<Vec<_>>()
+    );
+}
diff --git a/crates/conformance/src/cases/repository.rs b/crates/conformance/src/cases/repository.rs
index 0c8e26a4c..1d4ad0389 100644
--- a/crates/conformance/src/cases/repository.rs
+++ b/crates/conformance/src/cases/repository.rs
@@ -411,7 +411,7 @@ pub(crate) fn run(id: &str) {
             let model = repo_model::Model::load(&root.join("model").into_std_path_buf())
                 .expect("the model loads");
             let table = spec_table();
-            assert_eq!(table.len(), 398, "§31 has 398 rows");
+            assert_eq!(table.len(), 402, "§31 has 402 rows");
             assert_eq!(model.ids.id.len(), table.len(), "register row count");
             for ((spec_id, spec_suite, spec_statement), row) in
                 table.iter().zip(model.ids.id.iter())
diff --git a/crates/conformance/src/support.rs b/crates/conformance/src/support.rs
index 4b5d5e1cf..74ca4ef19 100644
--- a/crates/conformance/src/support.rs
+++ b/crates/conformance/src/support.rs
@@ -387,6 +387,30 @@ impl P {
         Self { temp, root }
     }
 
+    /// A fresh copy of the committed source-package workspace
+    /// (`tests/packages/workspace`, SPEC.md §10.5): `root` is the member
+    /// project `member` (`app`, `lib`, or `base`), and the workspace itself is
+    /// [`Self::workspace_dir`]. The members carry no lock and no build output.
+    #[must_use]
+    pub fn package_workspace(member: &str) -> Self {
+        let temp = tempfile::Builder::new()
+            .prefix("lexlean-packages-case-")
+            .tempdir()
+            .expect("tempdir");
+        let source = repo_root().join("tests/packages/workspace");
+        assert!(source.is_dir(), "the package workspace fixture is required");
+        copy_tree(source.as_std_path(), temp.path(), &[]);
+        let root = Utf8PathBuf::from_path_buf(temp.path().join(member)).expect("utf8 tempdir");
+        assert!(root.is_dir(), "`{member}` is a member of the fixture");
+        Self { temp, root }
+    }
+
+    /// The directory holding the project copies of [`Self::package_workspace`].
+    #[must_use]
+    pub fn workspace_dir(&self) -> Utf8PathBuf {
+        Utf8PathBuf::from_path_buf(self.temp.path().to_path_buf()).expect("utf8 tempdir")
+    }
+
     /// A fresh copy of the preservation library's own project (SPEC.md
     /// §17.17), without build output or a lock.
     #[must_use]
diff --git a/crates/conformance/tests/conformance.rs b/crates/conformance/tests/conformance.rs
index 201267ab3..e769f05f6 100644
--- a/crates/conformance/tests/conformance.rs
+++ b/crates/conformance/tests/conformance.rs
@@ -1975,6 +1975,26 @@ fn conformance_bs_01() {
     repo_conformance::cases::run("BS-01");
 }
 
+#[test]
+fn conformance_pk_01() {
+    repo_conformance::cases::run("PK-01");
+}
+
+#[test]
+fn conformance_pk_02() {
+    repo_conformance::cases::run("PK-02");
+}
+
+#[test]
+fn conformance_pk_03() {
+    repo_conformance::cases::run("PK-03");
+}
+
+#[test]
+fn conformance_pk_04() {
+    repo_conformance::cases::run("PK-04");
+}
+
 #[test]
 fn conformance_lm_01() {
     repo_conformance::cases::run("LM-01");
diff --git a/crates/lexlean/src/api.rs b/crates/lexlean/src/api.rs
index 1be7bf840..2fac21e5c 100644
--- a/crates/lexlean/src/api.rs
+++ b/crates/lexlean/src/api.rs
@@ -416,6 +416,7 @@ pub fn render_build(
             module: name.clone(),
             lean_module: lean_module.clone(),
             source_path: checked_module.document.source_path.clone(),
+            origin: checked_module.document.origin.clone(),
         });
         modules.push(RenderedModule {
             module: name.clone(),
@@ -809,6 +810,17 @@ impl Engine {
             let existing = crate::lock::read_lock_bytes(&self.project)
                 .map_err(LexLeanError::from_diagnostic)?;
             if existing != bytes {
+                // §10.5: a source package that is not the one the lock pins
+                // is named with both digests, not called a stale lock.
+                if let Ok(committed) =
+                    crate::lock::parse_lock(&self.project.config.lockfile, &existing)
+                {
+                    crate::source_package::check_pins(
+                        &committed.source_packages,
+                        &lock.source_packages,
+                    )
+                    .map_err(LexLeanError::from_diagnostics)?;
+                }
                 return Err(LexLeanError::from_diagnostic(Diagnostic::new(
                     code!("LLC0102"),
                     format!(
@@ -1090,6 +1102,10 @@ impl Engine {
             let (checked, _lock) = self.checked(&request.selection)?;
             let mut units = BTreeMap::new();
             for (name, module) in &checked.modules {
+                // A module of a source package is the package's file (§10.5).
+                if module.document.origin.is_some() {
+                    continue;
+                }
                 let canonical = crate::fmt::canonical_source(module, &checked.closure)
                     .map_err(LexLeanError::from_diagnostic)?;
                 let raw = raw_bytes(&module.document.source_path)?;
@@ -1133,7 +1149,16 @@ impl Engine {
             .map(|path| path.join("project"))
             .map_err(LexLeanError::from_diagnostic)?;
         self.scratch_project_copy(&scratch)?;
-        let scratch_engine = Self::load(&scratch.join(&self.project.config_name))?;
+        let scratch_engine = match (&self.project.workspace, &self.project.workspace_member) {
+            (Some(workspace), Some(member)) => Self {
+                project: Project::load_as_member(
+                    &scratch.join(&self.project.config_name),
+                    workspace,
+                    member,
+                )?,
+            },
+            _ => Self::load(&scratch.join(&self.project.config_name))?,
+        };
         for relative in scratch_engine
             .project
             .all_modules()
@@ -1152,6 +1177,9 @@ impl Engine {
         let mut units = BTreeMap::new();
         let mut rewrites: Vec<(String, String)> = Vec::new();
         for (name, module) in &before.modules {
+            if module.document.origin.is_some() {
+                continue;
+            }
             let canonical = crate::fmt::canonical_source(module, &before.closure)
                 .map_err(LexLeanError::from_diagnostic)?;
             let raw = raw_bytes(&module.document.source_path)?;
@@ -1178,6 +1206,9 @@ impl Engine {
                 }
                 // The canonical text must itself be a fixed point.
                 for (name, module) in &after.modules {
+                    if module.document.origin.is_some() {
+                        continue;
+                    }
                     let again = crate::fmt::canonical_source(module, &after.closure)
                         .map_err(LexLeanError::from_diagnostic)?;
                     if again != module.normalized {
diff --git a/crates/lexlean/src/artifact/manifest.rs b/crates/lexlean/src/artifact/manifest.rs
index 678c7a037..bcf0f4ccf 100644
--- a/crates/lexlean/src/artifact/manifest.rs
+++ b/crates/lexlean/src/artifact/manifest.rs
@@ -39,6 +39,9 @@ pub struct ModuleRow {
     pub lean_module: String,
     /// The project-relative source path.
     pub source_path: String,
+    /// The source package the module belongs to (SPEC.md §10.5), absent for a
+    /// module of the project itself.
+    pub origin: Option<String>,
 }
 
 /// The build manifest (§21.6). It never contains its own hash.
@@ -111,11 +114,15 @@ impl BuildManifest {
                 self.modules
                     .iter()
                     .map(|row| {
-                        Json::object(vec![
+                        let mut fields = vec![
                             ("module", Json::Str(row.module.clone())),
                             ("lean_module", Json::Str(row.lean_module.clone())),
                             ("source_path", Json::Str(row.source_path.clone())),
-                        ])
+                        ];
+                        if let Some(origin) = &row.origin {
+                            fields.push(("origin", Json::Str(origin.clone())));
+                        }
+                        Json::object(fields)
                     })
                     .collect(),
             ),
diff --git a/crates/lexlean/src/artifact/snapshot.rs b/crates/lexlean/src/artifact/snapshot.rs
index e01f0a631..aecf0d64d 100644
--- a/crates/lexlean/src/artifact/snapshot.rs
+++ b/crates/lexlean/src/artifact/snapshot.rs
@@ -30,6 +30,9 @@ pub struct SemanticSnapshot {
 pub struct SnapshotModule {
     name: String,
     lean_module: String,
+    /// The source package the module belongs to (SPEC.md §10.5).
+    #[serde(default, skip_serializing_if = "Option::is_none")]
+    origin: Option<String>,
     imports: Vec<String>,
     glossary: Vec<String>,
     visible_packages: Vec<String>,
@@ -346,6 +349,7 @@ impl SemanticSnapshot {
             modules.push(SnapshotModule {
                 name: name.clone(),
                 lean_module: module.document.lean_module.clone(),
+                origin: module.document.origin.clone(),
                 imports: module.document.imports.clone(),
                 glossary: module.document.glossary.clone(),
                 visible_packages: module.visible.iter().cloned().collect(),
diff --git a/crates/lexlean/src/backend/lean.rs b/crates/lexlean/src/backend/lean.rs
index 10ff1006a..161ad3838 100644
--- a/crates/lexlean/src/backend/lean.rs
+++ b/crates/lexlean/src/backend/lean.rs
@@ -2028,17 +2028,13 @@ pub fn document_externals(
 /// of every reached external constant plus the full generated names of
 /// document imports.
 #[must_use]
-pub fn module_imports(
-    document: &DocumentModule,
-    closure: &Closure,
-    module_prefix: &str,
-) -> Vec<String> {
+pub fn module_imports(document: &DocumentModule, closure: &Closure) -> Vec<String> {
     let mut imports: BTreeSet<String> = BTreeSet::new();
     for external in document_externals(document, closure).values() {
         imports.insert(external.lean_module.clone());
     }
     for import in &document.imports {
-        imports.insert(format!("{module_prefix}.{import}"));
+        imports.insert(document.lean_import(import));
     }
     imports.into_iter().collect()
 }
@@ -2108,7 +2104,7 @@ pub fn render_module(
         };
         sink.kw("module");
         sink.ws("\n");
-        for import in module_imports(document, closure, module_prefix) {
+        for import in module_imports(document, closure) {
             // Under the Lean 4.32.1 module system a plain `import` is
             // private: constants of the imported module may not appear in
             // the signatures of this module's `public` declarations. Every
diff --git a/crates/lexlean/src/backend/semantic.rs b/crates/lexlean/src/backend/semantic.rs
index 77712e776..eda958ef1 100644
--- a/crates/lexlean/src/backend/semantic.rs
+++ b/crates/lexlean/src/backend/semantic.rs
@@ -21,6 +21,9 @@ mod reasoning;
 
 struct Render<'a> {
     prefix: &'a str,
+    /// The Lean module each imported module's key names; a module not in it
+    /// lies under `prefix` (§10.5).
+    lean_imports: &'a std::collections::BTreeMap<String, String>,
     /// §17.12: in a well-founded definition, each `if` (by node address)
     /// lowers to a dependent match binding its numbered hypothesis.
     hypotheses: std::collections::BTreeMap<usize, usize>,
@@ -349,7 +352,14 @@ impl Render<'_> {
             (Some(module), _) if module == crate::text_laws::PREFIX => {
                 identifier(&format!("{module}.{}", member.name))
             }
-            (Some(module), _) => identifier(&format!("{}.{}.{}", self.prefix, module, member.name)),
+            (Some(module), _) => identifier(&format!(
+                "{}.{}",
+                self.lean_imports
+                    .get(module)
+                    .cloned()
+                    .unwrap_or_else(|| format!("{}.{module}", self.prefix)),
+                member.name
+            )),
             (None, Some(own)) if !builtin => identifier(&format!("{own}.{}", member.name)),
             (None, _) => identifier(&member.name),
         }
@@ -558,6 +568,7 @@ impl Render<'_> {
     fn cross_check(&self, check: &CrossCheck, module: &str) -> String {
         let qualified = Render {
             prefix: self.prefix,
+            lean_imports: self.lean_imports,
             hypotheses: std::collections::BTreeMap::new(),
             document: false,
             qualify: Some(module),
@@ -1346,6 +1357,7 @@ fn well_founded_definition(
             })?;
     let render = Render {
         prefix: base.prefix,
+        lean_imports: base.lean_imports,
         hypotheses: plan
             .addresses
             .iter()
@@ -1750,6 +1762,7 @@ pub fn render_lean(
     let document = &checked.document;
     let base_render = Render {
         prefix: module_prefix,
+        lean_imports: &document.import_lean,
         hypotheses: std::collections::BTreeMap::new(),
         document: false,
         qualify: None,
@@ -1759,6 +1772,7 @@ pub fn render_lean(
     // reference it makes is written qualified (§17.12, models).
     let model_render = Render {
         prefix: module_prefix,
+        lean_imports: &document.import_lean,
         hypotheses: std::collections::BTreeMap::new(),
         document: false,
         qualify: Some(&document.lean_module),
@@ -1798,7 +1812,7 @@ pub fn render_lean(
     for import in &document.imports {
         text.push_str(&format!(
             "public import {}\n",
-            identifier(&format!("{module_prefix}.{import}"))
+            identifier(&document.lean_import(import))
         ));
     }
     // §17.12 (text): the elaboration's own imports — the sealed laws
@@ -2831,6 +2845,7 @@ pub fn render_latex(
 ) -> Result<Emitter, Diagnostic> {
     let render = Render {
         prefix: module_prefix,
+        lean_imports: &checked.document.import_lean,
         hypotheses: std::collections::BTreeMap::new(),
         document: true,
         qualify: None,
diff --git a/crates/lexlean/src/cli.rs b/crates/lexlean/src/cli.rs
index a1924a3f2..5f8f9f9f3 100644
--- a/crates/lexlean/src/cli.rs
+++ b/crates/lexlean/src/cli.rs
@@ -786,6 +786,7 @@ fn init_project(
             package: "lexlean.std.nat".to_owned(),
         }],
         artifact_sources: Vec::new(),
+        source_packages: Vec::new(),
         limits: INIT_LIMITS,
         pdf: None,
     };
diff --git a/crates/lexlean/src/config.rs b/crates/lexlean/src/config.rs
index 6bca577f1..2f9cc39e6 100644
--- a/crates/lexlean/src/config.rs
+++ b/crates/lexlean/src/config.rs
@@ -179,6 +179,19 @@ pub struct ArtifactSource {
     pub path: String,
 }
 
+/// Language 1.2: one source package a project imports modules from (§10.5): a
+/// member project of the workspace, pinned in the lock by the digest of its
+/// manifest and source files. `kind` is `path` and nothing else.
+#[derive(Debug, Clone, PartialEq, Eq)]
+pub struct SourcePackage {
+    /// The package identifier, unique in the project.
+    pub package: String,
+    /// The version, for readers: the pin is the digest.
+    pub version: String,
+    /// The workspace-relative member directory.
+    pub path: String,
+}
+
 /// The validated project configuration.
 #[derive(Debug, Clone, PartialEq, Eq)]
 pub struct ProjectConfig {
@@ -202,6 +215,8 @@ pub struct ProjectConfig {
     pub lexicon_sources: Vec<LexiconSource>,
     /// Language 1.2: model artifact sources, sorted by digest.
     pub artifact_sources: Vec<ArtifactSource>,
+    /// Language 1.2: source packages, sorted by package.
+    pub source_packages: Vec<SourcePackage>,
     /// The explicit resource policy.
     pub limits: Limits,
     /// The optional PDF provider.
@@ -225,6 +240,8 @@ struct RawProject {
     lexicon_sources: Vec<RawLexiconSource>,
     #[serde(default, rename = "artifact_source")]
     artifact_sources: Option<Vec<RawArtifactSource>>,
+    #[serde(default, rename = "source_package")]
+    source_packages: Option<Vec<RawSourcePackage>>,
     limits: Limits,
     pdf: Option<RawPdf>,
 }
@@ -247,6 +264,15 @@ struct RawArtifactSource {
     path: String,
 }
 
+#[derive(Deserialize)]
+#[serde(deny_unknown_fields)]
+struct RawSourcePackage {
+    package: String,
+    version: String,
+    kind: String,
+    path: String,
+}
+
 #[derive(Deserialize)]
 #[serde(deny_unknown_fields)]
 struct RawPdf {
@@ -364,6 +390,19 @@ pub fn is_project_name(text: &str) -> bool {
             .all(|b| b.is_ascii_lowercase() || b.is_ascii_digit() || *b == b'-')
 }
 
+/// A source package version (§10.5): a reader's string of ASCII letters,
+/// digits, `.`, `+`, and `-`, beginning with a letter or digit, of at most 64
+/// characters. It is pinned in the lock, never interpreted.
+#[must_use]
+pub fn is_package_version(text: &str) -> bool {
+    let bytes = text.as_bytes();
+    (1..=64).contains(&bytes.len())
+        && bytes[0].is_ascii_alphanumeric()
+        && bytes
+            .iter()
+            .all(|b| b.is_ascii_alphanumeric() || matches!(b, b'.' | b'+' | b'-'))
+}
+
 /// One `[A-Z][A-Za-z0-9_]*` Lean-name segment (§10.1).
 #[must_use]
 pub fn is_module_segment(text: &str) -> bool {
@@ -793,6 +832,76 @@ pub fn parse_project(path: &str, bytes: &[u8]) -> Result<ProjectConfig, Vec<Diag
         }
     }
 
+    // Language 1.2 source packages: unique and strictly sorted by package,
+    // kind `path` alone, and a path that stays inside the workspace (§10.5).
+    let mut source_packages = Vec::new();
+    if let Some(raw_packages) = &raw.source_packages {
+        if raw.language != crate::LANGUAGE_1_2 {
+            diagnostics.push(config_error(
+                path,
+                format!(
+                    "source_package is a language-1.2 field; language {} has no source packages",
+                    raw.language
+                ),
+            ));
+        }
+        for raw_package in raw_packages {
+            if !is_project_name(&raw_package.package) {
+                diagnostics.push(config_error(
+                    path,
+                    format!(
+                        "source_package `{}` is not a valid package identifier",
+                        raw_package.package
+                    ),
+                ));
+            }
+            if !is_package_version(&raw_package.version) {
+                diagnostics.push(config_error(
+                    path,
+                    format!(
+                        "source_package `{}`: `{}` is not a valid version",
+                        raw_package.package, raw_package.version
+                    ),
+                ));
+            }
+            if raw_package.kind != "path" {
+                diagnostics.push(config_error(
+                    path,
+                    format!(
+                        "source_package `{}`: kind `{}` is not a source package kind; only `path` exists",
+                        raw_package.package, raw_package.kind
+                    ),
+                ));
+            }
+            if !is_project_relative(&raw_package.path) {
+                diagnostics.push(
+                    Diagnostic::new(
+                        code!("LLS8001"),
+                        format!(
+                            "source_package `{}`: path `{}` escapes the workspace; it must name a member directory relative to the workspace root",
+                            raw_package.package, raw_package.path
+                        ),
+                    )
+                    .with_span(Span::whole_file(path)),
+                );
+            }
+            source_packages.push(SourcePackage {
+                package: raw_package.package.clone(),
+                version: raw_package.version.clone(),
+                path: raw_package.path.clone(),
+            });
+        }
+        if !raw_packages
+            .windows(2)
+            .all(|pair| pair[0].package < pair[1].package)
+        {
+            diagnostics.push(config_error(
+                path,
+                "source_package tables must be unique and sorted by package",
+            ));
+        }
+    }
+
     // The optional PDF provider (§10.3, §19.7).
     let pdf = match &raw.pdf {
         None => None,
@@ -921,6 +1030,7 @@ pub fn parse_project(path: &str, bytes: &[u8]) -> Result<ProjectConfig, Vec<Diag
             lean_workspace: raw.lean_workspace,
             lexicon_sources: sources,
             artifact_sources,
+            source_packages,
             limits: raw.limits,
             pdf,
         })
@@ -1035,6 +1145,15 @@ impl ProjectConfig {
             ));
             out.push_str(&format!("path = {}\n", toml_string(&artifact.path)));
         }
+        // Written only when present, so a project without source packages
+        // keeps its canonical bytes and configuration digest.
+        for package in &self.source_packages {
+            out.push_str("\n[[source_package]]\n");
+            out.push_str(&format!("package = {}\n", toml_string(&package.package)));
+            out.push_str(&format!("version = {}\n", toml_string(&package.version)));
+            out.push_str("kind = \"path\"\n");
+            out.push_str(&format!("path = {}\n", toml_string(&package.path)));
+        }
         out.push_str("\n[limits]\n");
         for (name, value) in self.limits.rows() {
             out.push_str(&format!("{name} = {value}\n"));
diff --git a/crates/lexlean/src/ir/document.rs b/crates/lexlean/src/ir/document.rs
index 6f9443df8..75515372a 100644
--- a/crates/lexlean/src/ir/document.rs
+++ b/crates/lexlean/src/ir/document.rs
@@ -96,10 +96,18 @@ pub struct DocumentModule {
     pub source_path: String,
     /// SHA-256 of the normalized source.
     pub source_sha256: Sha256Digest,
+    /// The source package the module belongs to (SPEC.md §10.5), absent for
+    /// a module of the project itself.
+    pub origin: Option<String>,
     /// Used glossary packages, `package@version`, sorted.
     pub glossary: Vec<String>,
-    /// Explicit module imports, sorted.
+    /// Explicit module imports, by the names the linked project gives the
+    /// modules, sorted.
     pub imports: Vec<String>,
+    /// The Lean module each import names. A module of the project imports
+    /// another under the project's prefix; a module of a source package, or a
+    /// module that imports one, names it by its own Lean name.
+    pub import_lean: BTreeMap<String, String>,
     /// The title phrase.
     pub title: Phrase,
     /// Top-level blocks in source order.
@@ -115,6 +123,27 @@ pub struct DocumentModule {
 }
 
 impl DocumentModule {
+    /// The Lean module an import of this module names (§18.3).
+    #[must_use]
+    pub fn lean_import(&self, import: &str) -> String {
+        self.import_lean
+            .get(import)
+            .cloned()
+            .unwrap_or_else(|| self.default_lean_import(import))
+    }
+
+    /// The Lean module an import names when it lies under the same module
+    /// prefix as this module: its key beneath the prefix this module's Lean
+    /// name carries. A module of a source package carries its prefix in its
+    /// key, so it has no such prefix.
+    fn default_lean_import(&self, import: &str) -> String {
+        let stem = self
+            .lean_module
+            .strip_suffix(self.name.as_str())
+            .unwrap_or_default();
+        format!("{stem}{import}")
+    }
+
     /// Every declaration in source order, with its inherited-parameter
     /// context flattened by the linker.
     #[must_use]
@@ -199,6 +228,20 @@ impl DocumentModule {
                 ),
             ),
         ];
+        // Written only for a module of a source package or one that imports
+        // one, so every other project keeps its linked bytes (§10.5).
+        if let Some(origin) = &self.origin {
+            fields.push(("origin", Json::Str(origin.clone())));
+        }
+        let foreign: Vec<(&str, Json)> = self
+            .import_lean
+            .iter()
+            .filter(|(import, lean)| **lean != self.default_lean_import(import))
+            .map(|(import, lean)| (import.as_str(), Json::Str(lean.clone())))
+            .collect();
+        if !foreign.is_empty() {
+            fields.push(("import_lean", Json::object(foreign)));
+        }
         if let Some(core) = &self.core {
             fields.push((
                 "core",
diff --git a/crates/lexlean/src/lib.rs b/crates/lexlean/src/lib.rs
index 0741e2dc4..b69b50458 100644
--- a/crates/lexlean/src/lib.rs
+++ b/crates/lexlean/src/lib.rs
@@ -57,6 +57,8 @@ pub mod project;
 #[doc(hidden)]
 pub mod source;
 #[doc(hidden)]
+pub mod source_package;
+#[doc(hidden)]
 pub mod surface;
 #[doc(hidden)]
 pub mod text_laws;
diff --git a/crates/lexlean/src/link.rs b/crates/lexlean/src/link.rs
index 7931039c8..57c9b4725 100644
--- a/crates/lexlean/src/link.rs
+++ b/crates/lexlean/src/link.rs
@@ -306,6 +306,29 @@ struct ModuleLoad {
     normalized: String,
     atoms: Vec<Atom>,
     ast: ModuleAst,
+    /// The source package the module belongs to, absent for the project's own
+    /// (§10.5).
+    package: Option<String>,
+    /// The module's name inside its own project: its header names it, and a
+    /// package's source writes its references to its siblings by it.
+    relative_name: String,
+    /// Each import as written, with the key of the module it names in the
+    /// importing project, in source order.
+    import_keys: Vec<(String, String)>,
+    /// The module prefix the module's Lean name lies under: its project's, or
+    /// its package's (§10.5).
+    prefix: String,
+}
+
+/// Where a module of the linked project is read from (§10.5).
+#[derive(Clone)]
+struct ModuleSource {
+    /// The source package, absent for the project's own modules.
+    package: Option<String>,
+    /// The module's name inside its own project.
+    relative_name: String,
+    /// The project-relative path, or the member-relative path of a package.
+    path: String,
 }
 
 /// Run the complete check pipeline for a selection on a dedicated thread
@@ -452,29 +475,68 @@ fn check_project_inline(
         return Err(error);
     }
 
-    // Load the selection, then the transitive import closure (§15.1).
-    let all_modules = project.all_modules().map_err(err)?;
+    // Load the selection, then the transitive import closure (§15.1). A
+    // module of a source package is read from the bytes the pin covers, so
+    // nothing but the verified tree is ever linked (§10.5).
+    let source_packages = crate::source_package::load_locked(project, lock).map_err(err)?;
+    let own_modules = project.all_modules().map_err(err)?;
     let selected = project.resolve_selection(selection).map_err(err)?;
     let mut loaded: BTreeMap<String, ModuleLoad> = BTreeMap::new();
-    let mut worklist: Vec<(String, String)> = selected
+    let mut worklist: Vec<(String, ModuleSource)> = selected
         .iter()
-        .map(|(module, path)| (module.clone(), path.clone()))
+        .map(|(module, path)| {
+            (
+                module.clone(),
+                ModuleSource {
+                    package: None,
+                    relative_name: module.clone(),
+                    path: path.clone(),
+                },
+            )
+        })
         .collect();
-    while let Some((module_name, relative)) = worklist.pop() {
-        if loaded.contains_key(&module_name) {
+    while let Some((module_name, source)) = worklist.pop() {
+        if let Some(existing) = loaded.get(&module_name) {
+            if existing.package != source.package {
+                return Err(err(vec![Diagnostic::new(
+                    code!("LLC0107"),
+                    format!(
+                        "module `{module_name}` is provided by both the project and a source package"
+                    ),
+                )]));
+            }
             continue;
         }
-        let absolute = project
-            .confined_file_or_missing(&relative, || {
-                Diagnostic::new(code!("LLC0002"), format!("`{relative}` does not exist"))
-            })
-            .map_err(|diagnostic| err(vec![diagnostic]))?;
-        let bytes = std::fs::read(absolute.as_std_path()).map_err(|io_error| {
-            err(vec![Diagnostic::new(
-                code!("LLS8001"),
-                format!("{relative}: {io_error}"),
-            )])
-        })?;
+        let scope_package = source
+            .package
+            .as_ref()
+            .and_then(|id| source_packages.packages.get(id));
+        let (relative, bytes) = match scope_package {
+            None => {
+                let relative = source.path.clone();
+                let absolute = project
+                    .confined_file_or_missing(&relative, || {
+                        Diagnostic::new(code!("LLC0002"), format!("`{relative}` does not exist"))
+                    })
+                    .map_err(|diagnostic| err(vec![diagnostic]))?;
+                let bytes = std::fs::read(absolute.as_std_path()).map_err(|io_error| {
+                    err(vec![Diagnostic::new(
+                        code!("LLS8001"),
+                        format!("{relative}: {io_error}"),
+                    )])
+                })?;
+                (relative, bytes)
+            }
+            Some(package) => {
+                let bytes = package.files.get(&source.path).cloned().ok_or_else(|| {
+                    err(vec![Diagnostic::new(
+                        code!("LLC0002"),
+                        format!("`{}` does not exist", package.display_path(&source.path)),
+                    )])
+                })?;
+                (package.display_path(&source.path), bytes)
+            }
+        };
         if bytes.len() as u64 > limits.max_file_bytes {
             return Err(err(vec![Diagnostic::new(
                 code!("LLS8002"),
@@ -500,31 +562,33 @@ fn check_project_inline(
             &closure.bootstrap.structural.forbidden_controls,
         )
         .map_err(|diagnostic| err(vec![diagnostic]))?;
-        let ast = structural::parse_module(&relative, &atoms, &module_name, limits.max_scope_depth)
-            .map_err(|diagnostic| err(vec![diagnostic]))?;
+        let ast = structural::parse_module(
+            &relative,
+            &atoms,
+            &source.relative_name,
+            limits.max_scope_depth,
+        )
+        .map_err(|diagnostic| err(vec![diagnostic]))?;
+        let mut import_keys: Vec<(String, String)> = Vec::new();
         for import in &ast.imports {
-            let import_name = import.text.clone();
-            if import_name == module_name {
+            let (import_key, import_source) = resolve_import(
+                &source_packages,
+                &own_modules,
+                scope_package,
+                &module_name,
+                &import.text,
+            )
+            .map_err(|diagnostic| err(vec![diagnostic]))?;
+            if import_key == module_name {
                 return Err(err(vec![Diagnostic::new(
                     code!("LLR3003"),
                     format!("module `{module_name}` imports itself"),
                 )]));
             }
-            if !loaded.contains_key(&import_name) {
-                match all_modules.get(&import_name) {
-                    Some(import_path) => {
-                        worklist.push((import_name, import_path.clone()));
-                    }
-                    None => {
-                        return Err(err(vec![Diagnostic::new(
-                            code!("LLR3005"),
-                            format!(
-                                "`{module_name}` imports `{import_name}`, which is not a project module"
-                            ),
-                        )]));
-                    }
-                }
+            if !loaded.contains_key(&import_key) {
+                worklist.push((import_key.clone(), import_source));
             }
+            import_keys.push((import.text.clone(), import_key));
         }
         loaded.insert(
             module_name,
@@ -533,6 +597,13 @@ fn check_project_inline(
                 normalized,
                 atoms,
                 ast,
+                prefix: scope_package.map_or_else(
+                    || project.config.module_prefix.clone(),
+                    |package| package.prefix.clone(),
+                ),
+                package: source.package,
+                relative_name: source.relative_name,
+                import_keys,
             },
         );
     }
@@ -564,7 +635,8 @@ fn check_project_inline(
         // as data, so it captures none, and the proof library's modules are
         // named for what they state (`Fixed`, `Keys`).
         if project.config.language == crate::LANGUAGE_1_2 && load.ast.core.is_none() {
-            if let Some(segment) = crate::ir::semantic::reserved_module_segment(module_name) {
+            if let Some(segment) = crate::ir::semantic::reserved_module_segment(&load.relative_name)
+            {
                 return Err(err(vec![Diagnostic::new(
                     code!("LLT4001"),
                     format!(
@@ -622,28 +694,49 @@ fn check_project_inline(
 
         // Module imports: sorted, unique, direct-availability (§15.1, §17.7).
         let mut imports: Vec<String> = Vec::new();
-        for import in &load.ast.imports {
-            if imports.contains(&import.text) {
+        let mut written_imports: Vec<String> = Vec::new();
+        for (import, (_, key)) in load.ast.imports.iter().zip(&load.import_keys) {
+            if written_imports.contains(&import.text) {
                 return Err(err(vec![Diagnostic::new(
                     code!("LLP2003"),
                     format!("duplicate \\importmodule{{{}}}", import.text),
                 )
                 .with_span(span_of_range(&load.path, &load.atoms, import.range))]));
             }
-            imports.push(import.text.clone());
+            written_imports.push(import.text.clone());
+            imports.push(key.clone());
         }
         imports.sort();
+        // Inside a package a module writes its references to a sibling by the
+        // sibling's own name; the linked project names the sibling by its key.
+        // The declarations a module sees carry the name the module writes.
+        let renamed: BTreeMap<String, String> = load
+            .import_keys
+            .iter()
+            .filter(|(written, key)| written != key)
+            .map(|(written, key)| (key.clone(), written.clone()))
+            .collect();
 
         // The declarations visible to this module: its direct imports'
         // declarations, in availability order; its own grow as blocks link.
         let mut module_decls = DeclTable::default();
         for row in &decls.rows {
             if imports.contains(&row.module) {
-                module_decls.rows.push(row.clone());
+                let mut visible_row = row.clone();
+                if let Some(written) = renamed.get(&row.module) {
+                    visible_row.module = written.clone();
+                }
+                module_decls.rows.push(visible_row);
             }
         }
 
-        let lean_module = format!("{}.{}", project.config.module_prefix, module_name);
+        // A package module is named by its Lean name throughout the linked
+        // project; the project's own are named under the project's prefix.
+        let lean_module = if load.package.is_some() {
+            module_name.clone()
+        } else {
+            format!("{}.{}", project.config.module_prefix, module_name)
+        };
         let mut rows: Vec<SourceRow> = load.ast.structural_rows.clone();
         let mut scopes = ScopeStack::default();
         scopes.push_frame();
@@ -661,7 +754,7 @@ fn check_project_inline(
                 visible: &visible,
                 decls: &module_decls,
                 module: module_name,
-                module_prefix: &project.config.module_prefix,
+                module_prefix: &load.prefix,
             };
             elab_phrase(
                 &shared,
@@ -678,7 +771,6 @@ fn check_project_inline(
         let mut blocks: Vec<Block> = Vec::new();
         for block in &load.ast.blocks {
             let linked = link_block(
-                project,
                 &closure,
                 &visible,
                 &mut module_decls,
@@ -811,11 +903,36 @@ fn check_project_inline(
             } else {
                 std::borrow::Cow::Borrowed(ast.data.text.as_str())
             };
+            // A package's source writes a sibling module by its own name; the
+            // linked project names it by its key, so the references are read
+            // under the key and every later phase finds the module (§10.5).
+            let data: std::borrow::Cow<'_, str> = if renamed.is_empty() {
+                data
+            } else {
+                let to_key: BTreeMap<String, String> = renamed
+                    .iter()
+                    .map(|(key, written)| (written.clone(), key.clone()))
+                    .collect();
+                let mut json = crate::artifact::canonical_json::Json::parse(data.as_bytes())
+                    .map_err(|reason| {
+                        err(vec![Diagnostic::new(
+                            code!("LLP2001"),
+                            format!("phase link: semantic data: {reason}"),
+                        )
+                        .with_span(span_of_range(
+                            &load.path,
+                            &load.atoms,
+                            ast.data.range,
+                        ))])
+                    })?;
+                rename_member_modules(&mut json, &to_key);
+                std::borrow::Cow::Owned(json.to_canonical_string())
+            };
             Some(
                 SemanticModule::parse(
                     &data,
                     &project.config.language,
-                    &project.config.module_prefix,
+                    &load.prefix,
                     &imports,
                     &imported_semantic,
                     &artifacts,
@@ -899,7 +1016,12 @@ fn check_project_inline(
         // §17.13: every production root is analysed over the linked
         // closure of this module and its imports before any backend runs.
         let production = match &semantic {
-            Some(semantic) if project.config.language == crate::LANGUAGE_1_2 => {
+            // A package's own production roots are roots of its project, built
+            // when it is built; imported, its definitions are ordinary ones
+            // (§10.5), so no module of a package is analysed here.
+            Some(semantic)
+                if project.config.language == crate::LANGUAGE_1_2 && load.package.is_none() =>
+            {
                 let mut linked: BTreeMap<String, crate::production::eligibility::LinkedModule<'_>> =
                     modules
                         .iter()
@@ -978,12 +1100,22 @@ fn check_project_inline(
         }
         report_bytes =
             report_bytes.saturating_add(production.as_ref().map_or(0, |report| report.bytes));
+        let import_lean: BTreeMap<String, String> = imports
+            .iter()
+            .filter_map(|key| {
+                modules
+                    .get(key)
+                    .map(|module| (key.clone(), module.document.lean_module.clone()))
+            })
+            .collect();
         let document = DocumentModule {
             name: module_name.clone(),
             lean_module,
             source_path: load.path.clone(),
             source_sha256: Sha256Digest::of(load.normalized.as_bytes()),
+            origin: load.package.clone(),
             glossary,
+            import_lean,
             imports,
             title,
             blocks,
@@ -1083,6 +1215,122 @@ fn check_project_inline(
     })
 }
 
+/// Rename the modules that the member references of `json` (an object of
+/// exactly a string `module` and a string `name`) write, by `map`.
+fn rename_member_modules(
+    json: &mut crate::artifact::canonical_json::Json,
+    map: &BTreeMap<String, String>,
+) {
+    use crate::artifact::canonical_json::Json;
+    match json {
+        Json::Arr(items) => {
+            for item in items {
+                rename_member_modules(item, map);
+            }
+        }
+        Json::Obj(fields) => {
+            let is_member = fields.len() == 2
+                && matches!(fields.get("module"), Some(Json::Str(_)))
+                && matches!(fields.get("name"), Some(Json::Str(_)));
+            if is_member {
+                if let Some(Json::Str(module)) = fields.get_mut("module") {
+                    if let Some(key) = map.get(module.as_str()) {
+                        module.clone_from(key);
+                    }
+                }
+            }
+            for value in fields.values_mut() {
+                rename_member_modules(value, map);
+            }
+        }
+        Json::Bool(_) | Json::Int(_) | Json::Str(_) => {}
+    }
+}
+
+/// Resolve one import of a module to the key of the module it names in the
+/// importing project (§10.5): a module of the module's own project, or a
+/// module of a package that project declares, which is written with the
+/// package's module prefix. Anything else is not a dependency of the module.
+fn resolve_import(
+    packages: &crate::source_package::SourcePackages,
+    own: &BTreeMap<String, String>,
+    scope: Option<&crate::source_package::ResolvedSourcePackage>,
+    importer: &str,
+    text: &str,
+) -> Result<(String, ModuleSource), Diagnostic> {
+    let local = match scope {
+        None => own.get(text).map(|path| {
+            (
+                text.to_owned(),
+                ModuleSource {
+                    package: None,
+                    relative_name: text.to_owned(),
+                    path: path.clone(),
+                },
+            )
+        }),
+        Some(package) => package.modules.get(text).map(|path| {
+            (
+                package.key(text),
+                ModuleSource {
+                    package: Some(package.id.clone()),
+                    relative_name: text.to_owned(),
+                    path: path.clone(),
+                },
+            )
+        }),
+    };
+    let declared: &[String] = match scope {
+        None => &packages.declared,
+        Some(package) => &package.dependencies,
+    };
+    let foreign = declared.iter().find_map(|id| {
+        let package = packages.packages.get(id)?;
+        let relative = text
+            .strip_prefix(package.prefix.as_str())?
+            .strip_prefix('.')?;
+        let path = package.modules.get(relative)?;
+        Some((
+            text.to_owned(),
+            ModuleSource {
+                package: Some(package.id.clone()),
+                relative_name: relative.to_owned(),
+                path: path.clone(),
+            },
+        ))
+    });
+    match (local, foreign) {
+        (Some(_), Some(_)) => Err(Diagnostic::new(
+            code!("LLC0107"),
+            format!(
+                "`{importer}` imports `{text}`, which both its own project and a source package provide"
+            ),
+        )),
+        (Some(hit), None) | (None, Some(hit)) => Ok(hit),
+        (None, None) => {
+            if let Some((owner, _)) = packages.owner_of_key(text) {
+                if scope.is_none_or(|package| package.id != owner.id) {
+                    return Err(Diagnostic::new(
+                        code!("LLR3009"),
+                        format!(
+                            "`{importer}` imports `{text}`, a module of source package `{}`, which {} does not declare",
+                            owner.id,
+                            scope.map_or_else(
+                                || "the project".to_owned(),
+                                |package| format!("source package `{}`", package.id)
+                            )
+                        ),
+                    ));
+                }
+            }
+            Err(Diagnostic::new(
+                code!("LLR3005"),
+                format!("`{importer}` imports `{text}`, which is not a project module"),
+            ))
+        }
+    }
+}
+
 fn topo_order(loaded: &BTreeMap<String, ModuleLoad>) -> Result<Vec<String>, String> {
     let mut order = Vec::new();
     let mut state: BTreeMap<&str, u8> = BTreeMap::new();
@@ -1099,10 +1347,10 @@ fn topo_order(loaded: &BTreeMap<String, ModuleLoad>) -> Result<Vec<String>, Stri
         }
         state.insert(name, 1);
         if let Some(load) = loaded.get(name) {
-            for import in &load.ast.imports {
-                if loaded.contains_key(&import.text) {
+            for (_, import_key) in &load.import_keys {
+                if loaded.contains_key(import_key) {
                     let key = loaded
-                        .get_key_value(&import.text)
+                        .get_key_value(import_key)
                         .map(|(k, _)| k.as_str())
                         .unwrap_or(name);
                     visit(key, loaded, state, order)?;
@@ -1405,7 +1653,6 @@ fn elab_binder_list(
 
 #[allow(clippy::too_many_arguments, clippy::too_many_lines)]
 fn link_block(
-    project: &Project,
     closure: &Closure,
     visible: &BTreeSet<String>,
     module_decls: &mut DeclTable,
@@ -1445,7 +1692,7 @@ fn link_block(
                 visible,
                 decls: module_decls,
                 module: module_name,
-                module_prefix: &project.config.module_prefix,
+                module_prefix: &load.prefix,
             };
             let (heading_phrase, heading_rows) =
                 elab_phrase(&shared, scopes, alloc, budget, *heading)?;
@@ -1466,7 +1713,6 @@ fn link_block(
             let mut inner = Vec::new();
             for child in blocks {
                 match link_block(
-                    project,
                     closure,
                     visible,
                     module_decls,
@@ -1501,7 +1747,6 @@ fn link_block(
         }
         BlockAst::Declaration(decl) => {
             let declaration = link_declaration(
-                project,
                 closure,
                 visible,
                 module_decls,
@@ -1526,7 +1771,6 @@ fn link_block(
 
 #[allow(clippy::too_many_arguments, clippy::too_many_lines)]
 fn link_declaration(
-    project: &Project,
     closure: &Closure,
     visible: &BTreeSet<String>,
     module_decls: &mut DeclTable,
@@ -1585,7 +1829,7 @@ fn link_declaration(
         visible,
         decls: module_decls,
         module: module_name,
-        module_prefix: &project.config.module_prefix,
+        module_prefix: &load.prefix,
     };
     let origin = DeclOrigin {
         whole: bytes_of(&load.atoms, (decl.begin, decl.end)),
diff --git a/crates/lexlean/src/lock.rs b/crates/lexlean/src/lock.rs
index 579fb53dc..872a28b08 100644
--- a/crates/lexlean/src/lock.rs
+++ b/crates/lexlean/src/lock.rs
@@ -36,6 +36,28 @@ pub struct LockPackage {
     pub imports: Vec<String>,
 }
 
+/// One locked source package row (§10.5, §11.1): the pin of a package of the
+/// workspace by the digest of its manifest and source files.
+#[derive(Debug, Clone, PartialEq, Eq)]
+pub struct LockSourcePackage {
+    /// The package identifier.
+    pub id: String,
+    /// The declared version, for readers.
+    pub version: String,
+    /// `path`.
+    pub kind: String,
+    /// The workspace-relative member directory.
+    pub source: String,
+    /// The package's module prefix.
+    pub module_prefix: String,
+    /// The tree digest over the manifest and the source files.
+    pub tree_sha256: Sha256Digest,
+    /// SHA-256 of the manifest.
+    pub manifest_sha256: Sha256Digest,
+    /// Sorted unique `package@version` of the packages it declares.
+    pub imports: Vec<String>,
+}
+
 /// A locked PDF provider record (§11.1): it mirrors the configured
 /// provider (program, argument vectors, output pattern, hashes) and records
 /// the hash of every declared resource.
@@ -70,6 +92,9 @@ pub struct Lock {
     pub workspace_files: Vec<(String, Sha256Digest)>,
     /// Package rows sorted by `(id, version)`.
     pub packages: Vec<LockPackage>,
+    /// Language 1.2: source package rows sorted by identifier, the
+    /// transitive closure of the project's source packages.
+    pub source_packages: Vec<LockSourcePackage>,
     /// The optional PDF record.
     pub pdf: Option<LockPdf>,
 }
@@ -130,6 +155,30 @@ impl Lock {
             let imports: Vec<String> = package.imports.iter().map(|i| toml_string(i)).collect();
             out.push_str(&format!("imports = [{}]\n", imports.join(", ")));
         }
+        // Written only when the project declares source packages, so every
+        // other lock keeps its bytes.
+        let mut source_packages = self.source_packages.clone();
+        source_packages.sort_by(|a, b| a.id.cmp(&b.id));
+        for package in &source_packages {
+            out.push_str("\n[[source_package]]\n");
+            out.push_str(&format!("id = {}\n", toml_string(&package.id)));
+            out.push_str(&format!("version = {}\n", toml_string(&package.version)));
+            out.push_str(&format!("kind = {}\n", toml_string(&package.kind)));
+            out.push_str(&format!("source = {}\n", toml_string(&package.source)));
+            out.push_str(&format!(
+                "module_prefix = {}\n",
+                toml_string(&package.module_prefix)
+            ));
+            out.push_str(&format!(
+                "tree_sha256 = {}\n",
+                toml_string(&package.tree_sha256.to_hex())
+            ));
+            out.push_str(&format!(
+                "manifest_sha256 = {}\n",
+                toml_string(&package.manifest_sha256.to_hex())
+            ));
+            out.push_str(&format!("imports = {}\n", toml_array(&package.imports)));
+        }
         if let Some(pdf) = &self.pdf {
             out.push_str("\n[pdf]\n");
             out.push_str(&format!("program = {}\n", toml_string(&pdf.program)));
@@ -174,6 +223,8 @@ struct RawLock {
     workspace_files: Vec<RawWorkspaceFile>,
     #[serde(rename = "package", default)]
     packages: Vec<RawLockPackage>,
+    #[serde(rename = "source_package", default)]
+    source_packages: Vec<RawLockSourcePackage>,
     pdf: Option<RawLockPdf>,
 }
 
@@ -197,6 +248,19 @@ struct RawLockPackage {
     imports: Vec<String>,
 }
 
+#[derive(Deserialize)]
+#[serde(deny_unknown_fields)]
+struct RawLockSourcePackage {
+    id: String,
+    version: String,
+    kind: String,
+    source: String,
+    module_prefix: String,
+    tree_sha256: String,
+    manifest_sha256: String,
+    imports: Vec<String>,
+}
+
 #[derive(Deserialize)]
 #[serde(deny_unknown_fields)]
 struct RawLockPdf {
@@ -325,6 +389,66 @@ pub fn parse_lock(path: &str, bytes: &[u8]) -> Result<Lock, Vec<Diagnostic>> {
             )));
         }
     }
+    // §10.5: the rows of the source packages, language 1.2 only, sorted and
+    // unique by identifier, each `package@version` import well formed.
+    if !raw.source_packages.is_empty() && raw.language != crate::LANGUAGE_1_2 {
+        diagnostics.push(lock_error(format!(
+            "{path}: source_package rows are a language-1.2 field"
+        )));
+    }
+    if !raw
+        .source_packages
+        .windows(2)
+        .all(|pair| pair[0].id < pair[1].id)
+    {
+        diagnostics.push(lock_error(format!(
+            "{path}: source_package rows must be unique and sorted by id"
+        )));
+    }
+    let mut source_packages = Vec::new();
+    for row in &raw.source_packages {
+        if row.kind != "path" {
+            diagnostics.push(lock_error(format!(
+                "{path}: source package `{}` has kind `{}`, not `path`",
+                row.id, row.kind
+            )));
+        }
+        for import in &row.imports {
+            let well_formed = import.split_once('@').is_some_and(|(id, version)| {
+                crate::config::is_project_name(id) && crate::config::is_package_version(version)
+            });
+            if !well_formed {
+                diagnostics.push(lock_error(format!(
+                    "{path}: source package `{}` has invalid import `{import}`",
+                    row.id
+                )));
+            }
+        }
+        if !row.imports.windows(2).all(|pair| pair[0] < pair[1]) {
+            diagnostics.push(lock_error(format!(
+                "{path}: source package `{}` imports are not sorted and unique",
+                row.id
+            )));
+        }
+        source_packages.push(LockSourcePackage {
+            id: row.id.clone(),
+            version: row.version.clone(),
+            kind: row.kind.clone(),
+            source: row.source.clone(),
+            module_prefix: row.module_prefix.clone(),
+            tree_sha256: hex(
+                "source_package.tree_sha256",
+                &row.tree_sha256,
+                &mut diagnostics,
+            ),
+            manifest_sha256: hex(
+                "source_package.manifest_sha256",
+                &row.manifest_sha256,
+                &mut diagnostics,
+            ),
+            imports: row.imports.clone(),
+        });
+    }
     let pdf = raw.pdf.as_ref().map(|raw_pdf| LockPdf {
         program: raw_pdf.program.clone(),
         version_argv: raw_pdf.version_argv.clone(),
@@ -357,6 +481,7 @@ pub fn parse_lock(path: &str, bytes: &[u8]) -> Result<Lock, Vec<Diagnostic>> {
         project_config_sha256,
         workspace_files,
         packages,
+        source_packages,
         pdf,
     };
     if diagnostics.is_empty() {
@@ -1122,6 +1247,7 @@ pub fn compute_lock(
     allow_network: bool,
 ) -> Result<(Lock, Vec<LexiconPackage>), Vec<Diagnostic>> {
     let resolved = resolve_packages(project, allow_network)?;
+    let source_packages = crate::source_package::resolve(project)?;
 
     // The closure must include every transitive import exactly once (§11.3);
     // imports of loaded packages must all be loaded.
@@ -1187,6 +1313,7 @@ pub fn compute_lock(
             project_config_sha256: project.config.config_sha256(),
             workspace_files,
             packages: resolved.rows,
+            source_packages: source_packages.rows(),
             pdf,
         },
         resolved.packages,
@@ -1219,6 +1346,9 @@ pub fn read_current_lock(
     let bytes = read_lock_bytes(project).map_err(|d| vec![d])?;
     let committed = parse_lock(&project.config.lockfile, &bytes)?;
     let (expected, packages) = compute_lock(project, false)?;
+    // §10.5: a package that is not the one the lock pins is named with both
+    // digests before the lock is called stale as a whole.
+    crate::source_package::check_pins(&committed.source_packages, &expected.source_packages)?;
     if expected.canonical_bytes() != bytes {
         let mut mismatch = lock_error(format!(
             "{} is stale or noncanonical; run `lexlean lock`",
diff --git a/crates/lexlean/src/project.rs b/crates/lexlean/src/project.rs
index 44b93c9d5..c1fb0eea4 100644
--- a/crates/lexlean/src/project.rs
+++ b/crates/lexlean/src/project.rs
@@ -9,6 +9,7 @@ use crate::code;
 use crate::config::{is_module_segment, parse_project, ProjectConfig};
 use crate::diagnostic::Diagnostic;
 use crate::error::LexLeanError;
+use crate::source_package::Workspace;
 
 /// Rewrite a path the host rendered with its own separator into the
 /// canonical `/`-separated project-relative spelling.
@@ -56,6 +57,13 @@ pub struct Project {
     /// through [`Project::with_tooling`]; no configuration member, command
     /// line option, request field, or environment variable can.
     pub tooling: bool,
+    /// Language 1.2: the workspace of a project that declares source
+    /// packages (§10.5). Read when the project loads, and absent for a
+    /// project that declares none, which reads nothing beside its own root.
+    pub workspace: Option<Workspace>,
+    /// The workspace-relative directory of this project among the workspace's
+    /// members, present exactly when [`Self::workspace`] is.
+    pub workspace_member: Option<String>,
 }
 
 /// The selection modes (SPEC.md §24.2).
@@ -144,6 +152,25 @@ impl Project {
 
     /// Load a project from its configuration file path.
     pub fn load(config_path: &Utf8Path) -> Result<Self, LexLeanError> {
+        Self::load_in(config_path, None)
+    }
+
+    /// Load a project that stands in for a member of `workspace`: a scratch
+    /// copy of a project made to re-check its formatting, which resolves the
+    /// packages the original does and has no workspace file of its own. The
+    /// member is the directory of the project it stands in for.
+    pub fn load_as_member(
+        config_path: &Utf8Path,
+        workspace: &Workspace,
+        member: &str,
+    ) -> Result<Self, LexLeanError> {
+        Self::load_in(config_path, Some((workspace.clone(), member.to_owned())))
+    }
+
+    fn load_in(
+        config_path: &Utf8Path,
+        stand_in: Option<(Workspace, String)>,
+    ) -> Result<Self, LexLeanError> {
         // Messages name the configuration as the user gave it when that is
         // relative, and by file name otherwise (§20.6: no absolute paths).
         let shown: String = if config_path.is_absolute() {
@@ -200,6 +227,8 @@ impl Project {
             config,
             config_bytes,
             tooling: false,
+            workspace: None,
+            workspace_member: None,
         };
         // The build root must resolve within the project and no component
         // of it may be a symlink (§10.1, §25.1); the same holds for the
@@ -218,6 +247,21 @@ impl Project {
                 .confined(&workspace, Expect::Creatable)
                 .map_err(LexLeanError::from_diagnostic)?;
         }
+        // §10.5: a project that declares source packages belongs to a
+        // workspace that lists it; a project that declares none reads no
+        // directory beside its own.
+        let mut project = project;
+        if !project.config.source_packages.is_empty() {
+            if let Some((workspace, member)) = stand_in {
+                project.workspace = Some(workspace);
+                project.workspace_member = Some(member);
+            } else {
+                let workspace =
+                    Workspace::of_project(&project.root).map_err(LexLeanError::from_diagnostic)?;
+                project.workspace_member = workspace.member_of(&project.root);
+                project.workspace = Some(workspace);
+            }
+        }
         Ok(project)
     }
 
diff --git a/crates/lexlean/src/source_package.rs b/crates/lexlean/src/source_package.rs
new file mode 100644
index 000000000..485cda73e
--- /dev/null
+++ b/crates/lexlean/src/source_package.rs
@@ -0,0 +1,772 @@
+//! Source packages (SPEC.md §10.5): the workspace rule, the resolution of the
+//! packages a language-1.2 project declares from member projects of its
+//! workspace, and their pins in the lock.
+//!
+//! A source package is a project. Nothing is fetched: a package is read from a
+//! member directory of the workspace, confined to its manifest and its source
+//! roots, and hashed; the pin is the digest, and every command recomputes it.
+
+use std::collections::{BTreeMap, BTreeSet};
+
+use camino::{Utf8Path, Utf8PathBuf};
+use serde::Deserialize;
+
+use crate::artifact::content_id::{tree_digest, Sha256Digest};
+use crate::code;
+use crate::config::{
+    is_module_segment, is_project_relative, parse_project, LexiconSource, Limits, ProjectConfig,
+};
+use crate::diagnostic::Diagnostic;
+use crate::lexicon::package::toml_comment_at;
+use crate::lock::{Lock, LockSourcePackage};
+use crate::project::Project;
+
+/// The workspace file name (§10.5), at the root of the workspace.
+pub const WORKSPACE_FILE: &str = "lexlean-workspace.toml";
+
+/// The workspace schema.
+pub const WORKSPACE_SPEC: &str = "lexlean/workspace/1";
+
+fn workspace_error(message: impl Into<String>) -> Diagnostic {
+    Diagnostic::new(code!("LLC0108"), message)
+}
+
+fn security(message: impl Into<String>) -> Diagnostic {
+    Diagnostic::new(code!("LLS8001"), message)
+}
+
+fn config_error(message: impl Into<String>) -> Diagnostic {
+    Diagnostic::new(code!("LLC0101"), message)
+}
+
+/// The workspace a project belongs to (§10.5): the directory holding
+/// [`WORKSPACE_FILE`] and the member projects it lists.
+#[derive(Debug, Clone, PartialEq, Eq)]
+pub struct Workspace {
+    /// The canonical workspace root.
+    pub root: Utf8PathBuf,
+    /// The member project directories, workspace-relative, sorted.
+    pub members: Vec<String>,
+}
+
+#[derive(Deserialize)]
+#[serde(deny_unknown_fields)]
+struct RawWorkspace {
+    spec: String,
+    members: Vec<String>,
+}
+
+impl Workspace {
+    /// Read the workspace file of `directory`, when it holds one. A symlinked
+    /// or unreadable file, or one that is not a `lexlean/workspace/1`
+    /// document, is refused.
+    pub fn read(directory: &Utf8Path) -> Result<Option<Self>, Diagnostic> {
+        let file = directory.join(WORKSPACE_FILE);
+        let metadata = match std::fs::symlink_metadata(file.as_std_path()) {
+            Ok(metadata) => metadata,
+            Err(io_error) if io_error.kind() == std::io::ErrorKind::NotFound => return Ok(None),
+            Err(io_error) => return Err(security(format!("{WORKSPACE_FILE}: {io_error}"))),
+        };
+        if metadata.file_type().is_symlink() || !metadata.is_file() {
+            return Err(security(format!(
+                "{WORKSPACE_FILE}: the workspace file must be a regular file"
+            )));
+        }
+        let bytes = std::fs::read(file.as_std_path())
+            .map_err(|io_error| workspace_error(format!("{WORKSPACE_FILE}: {io_error}")))?;
+        let text = std::str::from_utf8(&bytes)
+            .map_err(|_| workspace_error(format!("{WORKSPACE_FILE} is not UTF-8")))?;
+        if toml_comment_at(text).is_some() {
+            return Err(workspace_error(format!(
+                "{WORKSPACE_FILE}: comments are forbidden"
+            )));
+        }
+        let raw: RawWorkspace = toml::from_str(text)
+            .map_err(|error| workspace_error(format!("{WORKSPACE_FILE}: {error}")))?;
+        if raw.spec != WORKSPACE_SPEC {
+            return Err(workspace_error(format!(
+                "{WORKSPACE_FILE}: unsupported workspace schema `{}`",
+                raw.spec
+            )));
+        }
+        for member in &raw.members {
+            if !is_project_relative(member) {
+                return Err(workspace_error(format!(
+                    "{WORKSPACE_FILE}: member `{member}` is not a relative directory of the workspace"
+                )));
+            }
+        }
+        if !raw.members.windows(2).all(|pair| pair[0] < pair[1]) {
+            return Err(workspace_error(format!(
+                "{WORKSPACE_FILE}: members must be unique and sorted"
+            )));
+        }
+        Ok(Some(Self {
+            root: directory.to_path_buf(),
+            members: raw.members,
+        }))
+    }
+
+    /// The workspace of a project: the nearest ancestor of its canonical root
+    /// that holds a workspace file, which must list the project's own
+    /// directory. A project is not a member of the workspace of its own
+    /// directory, and a stray file higher up grants nothing to a project it
+    /// does not list.
+    pub fn of_project(root: &Utf8Path) -> Result<Self, Diagnostic> {
+        let mut current = root.parent();
+        while let Some(directory) = current {
+            if let Some(workspace) = Self::read(directory)? {
+                if workspace.member_of(root).is_none() {
+                    return Err(workspace_error(format!(
+                        "the project is not a member of its workspace: {WORKSPACE_FILE} does not list its directory"
+                    )));
+                }
+                return Ok(workspace);
+            }
+            current = directory.parent();
+        }
+        Err(workspace_error(format!(
+            "a project outside any workspace cannot declare a source package: no ancestor directory holds a {WORKSPACE_FILE}"
+        )))
+    }
+
+    /// The member directory (workspace-relative) of a project root beneath
+    /// this workspace, when it is a listed member.
+    #[must_use]
+    pub fn member_of(&self, root: &Utf8Path) -> Option<String> {
+        let relative =
+            crate::project::project_relative(root.strip_prefix(&self.root).ok()?.as_str());
+        self.members.contains(&relative).then_some(relative)
+    }
+}
+
+/// One source package read from its member directory and verified against
+/// the rules of §10.5.
+#[derive(Debug, Clone)]
+pub struct ResolvedSourcePackage {
+    /// The identifier the declaration gave it.
+    pub id: String,
+    /// The declared version.
+    pub version: String,
+    /// The workspace-relative member directory.
+    pub member: String,
+    /// Its module prefix, the first thing its modules are named under.
+    pub prefix: String,
+    /// Its parsed manifest.
+    pub config: ProjectConfig,
+    /// The tree digest over its manifest and source files.
+    pub tree_sha256: Sha256Digest,
+    /// The digest of its manifest bytes.
+    pub manifest_sha256: Sha256Digest,
+    /// The identifiers of the packages its manifest declares, sorted.
+    pub dependencies: Vec<String>,
+    /// Every file the tree digest covers beneath the member, by
+    /// member-relative path.
+    pub files: BTreeMap<String, Vec<u8>>,
+    /// Its modules by name relative to its source roots, with the
+    /// member-relative path of the file that declares each.
+    pub modules: BTreeMap<String, String>,
+}
+
+impl ResolvedSourcePackage {
+    /// The key of one of its modules in a project that imports it: the Lean
+    /// name the module has, its prefix and its relative name (§10.5).
+    #[must_use]
+    pub fn key(&self, relative_name: &str) -> String {
+        format!("{}.{relative_name}", self.prefix)
+    }
+
+    /// The display path of one of its files in diagnostics and records.
+    #[must_use]
+    pub fn display_path(&self, member_relative: &str) -> String {
+        format!("{}:{member_relative}", self.id)
+    }
+}
+
+/// Every source package a project's closure reaches, by identifier.
+#[derive(Debug, Clone, Default)]
+pub struct SourcePackages {
+    /// The packages, by identifier.
+    pub packages: BTreeMap<String, ResolvedSourcePackage>,
+    /// The identifiers the project declares itself, sorted.
+    pub declared: Vec<String>,
+}
+
+impl SourcePackages {
+    /// The lock rows of the closure, sorted by identifier (§11.1).
+    #[must_use]
+    pub fn rows(&self) -> Vec<LockSourcePackage> {
+        self.packages
+            .values()
+            .map(|package| LockSourcePackage {
+                id: package.id.clone(),
+                version: package.version.clone(),
+                kind: "path".to_owned(),
+                source: package.member.clone(),
+                module_prefix: package.prefix.clone(),
+                tree_sha256: package.tree_sha256,
+                manifest_sha256: package.manifest_sha256,
+                imports: package
+                    .dependencies
+                    .iter()
+                    .map(|dependency| format!("{dependency}@{}", self.packages[dependency].version))
+                    .collect(),
+            })
+            .collect()
+    }
+
+    /// Whether the project reaches no source package.
+    #[must_use]
+    pub fn is_empty(&self) -> bool {
+        self.packages.is_empty()
+    }
+
+    /// The package that owns a module key of the importing project, with the
+    /// module's name relative to the package's source roots.
+    #[must_use]
+    pub fn owner_of_key<'a>(
+        &'a self,
+        key: &'a str,
+    ) -> Option<(&'a ResolvedSourcePackage, &'a str)> {
+        self.packages.values().find_map(|package| {
+            let relative = key
+                .strip_prefix(package.prefix.as_str())?
+                .strip_prefix('.')?;
+            package
+                .modules
+                .contains_key(relative)
+                .then_some((package, relative))
+        })
+    }
+}
+
+/// Is `prefix` equal to `other` or a dotted extension of it, either way?
+fn prefixes_overlap(prefix: &str, other: &str) -> bool {
+    prefix == other
+        || prefix
+            .strip_prefix(other)
+            .is_some_and(|rest| rest.starts_with('.'))
+        || other
+            .strip_prefix(prefix)
+            .is_some_and(|rest| rest.starts_with('.'))
+}
+
+/// Walk `member` beneath the workspace root with `symlink_metadata`, refusing
+/// any symlink component, and require the last component to be a directory.
+fn confined_member(workspace: &Workspace, member: &str) -> Result<Utf8PathBuf, Diagnostic> {
+    if !is_project_relative(member) {
+        return Err(security(format!("`{member}` escapes the workspace")));
+    }
+    let mut current = workspace.root.clone();
+    let mut walked = String::new();
+    for segment in member.split('/') {
+        current.push(segment);
+        if !walked.is_empty() {
+            walked.push('/');
+        }
+        walked.push_str(segment);
+        let metadata = std::fs::symlink_metadata(current.as_std_path())
+            .map_err(|io_error| workspace_error(format!("`{walked}`: {io_error}")))?;
+        if metadata.file_type().is_symlink() {
+            return Err(security(format!(
+                "`{walked}`: symlinks are rejected in the path of a source package"
+            )));
+        }
+    }
+    let metadata = std::fs::symlink_metadata(current.as_std_path())
+        .map_err(|io_error| workspace_error(format!("`{member}`: {io_error}")))?;
+    if !metadata.is_dir() {
+        return Err(workspace_error(format!(
+            "`{member}` is not a directory of the workspace"
+        )));
+    }
+    Ok(current)
+}
+
+/// Read one regular file of a package, bounded by `max_file_bytes`.
+fn read_file(
+    absolute: &Utf8Path,
+    shown: &str,
+    limits: &Limits,
+) -> Result<Vec<u8>, Vec<Diagnostic>> {
+    let metadata = std::fs::symlink_metadata(absolute.as_std_path())
+        .map_err(|io_error| vec![workspace_error(format!("{shown}: {io_error}"))])?;
+    if metadata.file_type().is_symlink() {
+        return Err(vec![security(format!(
+            "`{shown}`: symlinks are rejected in a source package"
+        ))]);
+    }
+    if !metadata.is_file() {
+        return Err(vec![security(format!(
+            "`{shown}`: special files are rejected in a source package"
+        ))]);
+    }
+    if metadata.len() > limits.max_file_bytes {
+        return Err(vec![Diagnostic::new(
+            code!("LLS8002"),
+            format!(
+                "max_file_bytes exceeded: configured {}, observed {} in {shown}",
+                limits.max_file_bytes,
+                metadata.len()
+            ),
+        )]);
+    }
+    std::fs::read(absolute.as_std_path())
+        .map_err(|io_error| vec![workspace_error(format!("{shown}: {io_error}"))])
+}
+
+/// The modules of a package by name relative to its source roots (§10.5),
+/// with the same duplicate and case-fold rules as a project's own (§23.3).
+fn package_modules(
+    id: &str,
+    config: &ProjectConfig,
+    files: &BTreeMap<String, Vec<u8>>,
+) -> Result<BTreeMap<String, String>, Vec<Diagnostic>> {
+    let mut diagnostics = Vec::new();
+    let mut modules: BTreeMap<String, String> = BTreeMap::new();
+    for root in &config.source_roots {
+        let prefix = format!("{root}/");
+        for path in files.keys() {
+            let Some(inside) = path.strip_prefix(&prefix) else {
+                continue;
+            };
+            let Some(stem) = inside.strip_suffix(".lex.tex") else {
+                continue;
+            };
+            let name = stem.replace('/', ".");
+            if !name.split('.').all(is_module_segment) {
+                diagnostics.push(config_error(format!(
+                    "source package `{id}`: `{path}` is not a valid module path"
+                )));
+                continue;
+            }
+            if let Some(existing) = modules.get(&name) {
+                diagnostics.push(Diagnostic::new(
+                    code!("LLC0104"),
+                    format!(
+                        "source package `{id}`: `{path}` and `{existing}` declare the same module `{name}`"
+                    ),
+                ));
+                continue;
+            }
+            modules.insert(name, path.clone());
+        }
+    }
+    let mut folded: BTreeMap<String, &String> = BTreeMap::new();
+    for module in modules.keys() {
+        if let Some(existing) = folded.insert(module.to_lowercase(), module) {
+            diagnostics.push(Diagnostic::new(
+                code!("LLC0104"),
+                format!(
+                    "source package `{id}`: modules `{existing}` and `{module}` collide under case folding"
+                ),
+            ));
+        }
+    }
+    if diagnostics.is_empty() {
+        Ok(modules)
+    } else {
+        Err(diagnostics)
+    }
+}
+
+/// Read one member as a source package: its manifest, its source roots, and
+/// nothing else (§25.1).
+fn load_member(
+    workspace: &Workspace,
+    id: &str,
+    version: &str,
+    member: &str,
+    limits: &Limits,
+) -> Result<ResolvedSourcePackage, Vec<Diagnostic>> {
+    if !workspace.members.iter().any(|listed| listed == member) {
+        return Err(vec![workspace_error(format!(
+            "source package `{id}`: `{member}` is not a member of the workspace; {WORKSPACE_FILE} lists the directories a source package may name"
+        ))]);
+    }
+    let directory = confined_member(workspace, member).map_err(|d| vec![d])?;
+    let manifest_name = format!("{member}/lexlean.toml");
+    let manifest_bytes = read_file(&directory.join("lexlean.toml"), &manifest_name, limits)?;
+    let config = parse_project(&manifest_name, &manifest_bytes)?;
+    let mut policy = Vec::new();
+    if config.language != crate::LANGUAGE_1_2 {
+        policy.push(config_error(format!(
+            "source package `{id}`: {manifest_name} is language {}, and a source package is a language-1.2 project",
+            config.language
+        )));
+    }
+    if !config.artifact_sources.is_empty() {
+        policy.push(config_error(format!(
+            "source package `{id}`: {manifest_name} declares artifact_source, which a package may not: its files would lie outside the pin"
+        )));
+    }
+    if config.pdf.is_some() {
+        policy.push(config_error(format!(
+            "source package `{id}`: {manifest_name} declares a pdf provider, which a package may not"
+        )));
+    }
+    if config
+        .lexicon_sources
+        .iter()
+        .any(|source| !matches!(source, LexiconSource::Builtin { .. }))
+    {
+        policy.push(config_error(format!(
+            "source package `{id}`: {manifest_name} declares a lexicon source other than a builtin one; its glossaries are those of the importing project"
+        )));
+    }
+    if !policy.is_empty() {
+        return Err(policy);
+    }
+    let mut files: BTreeMap<String, Vec<u8>> = BTreeMap::new();
+    files.insert("lexlean.toml".to_owned(), manifest_bytes.clone());
+    for root in &config.source_roots {
+        let absolute_root = confined_member(
+            &Workspace {
+                root: workspace.root.clone(),
+                members: Vec::new(),
+            },
+            &format!("{member}/{root}"),
+        )
+        .map_err(|d| vec![d])?;
+        for entry in walkdir::WalkDir::new(absolute_root.as_std_path())
+            .follow_links(false)
+            .sort_by_file_name()
+        {
+            let entry = entry
+                .map_err(|walk_error| vec![security(format!("`{member}/{root}`: {walk_error}"))])?;
+            let file_type = entry.file_type();
+            if file_type.is_dir() {
+                continue;
+            }
+            let absolute = crate::project::utf8_path(entry.path()).map_err(|d| vec![d])?;
+            let relative = absolute
+                .strip_prefix(&directory)
+                .map(|inside| crate::project::project_relative(inside.as_str()))
+                .map_err(|_| vec![security(format!("`{member}/{root}` escapes the package"))])?;
+            let bytes = read_file(&absolute, &format!("{member}/{relative}"), limits)?;
+            files.insert(relative, bytes);
+        }
+    }
+    let rows: Vec<(&str, &[u8])> = files
+        .iter()
+        .map(|(path, bytes)| (path.as_str(), bytes.as_slice()))
+        .collect();
+    let mut sorted = rows;
+    sorted.sort_by(|a, b| a.0.as_bytes().cmp(b.0.as_bytes()));
+    let tree_sha256 = tree_digest(&sorted);
+    let modules = package_modules(id, &config, &files)?;
+    Ok(ResolvedSourcePackage {
+        id: id.to_owned(),
+        version: version.to_owned(),
+        member: member.to_owned(),
+        prefix: config.module_prefix.clone(),
+        manifest_sha256: Sha256Digest::of(&manifest_bytes),
+        dependencies: config
+            .source_packages
+            .iter()
+            .map(|package| package.package.clone())
+            .collect(),
+        config,
+        tree_sha256,
+        files,
+        modules,
+    })
+}
+
+/// Resolve every source package a project declares, with the packages theirs
+/// declare in turn, from the member directories of its workspace (§10.5).
+/// Nothing here reads outside a package's manifest and source roots, and
+/// nothing is fetched.
+///
+/// # Errors
+///
+/// `LLC0108` for a workspace rule, `LLS8001` for a symlink or an escaping
+/// path, `LLC0106` for an identifier with two sources, `LLR3003` for a
+/// package that reaches itself, `LLC0107` for a module prefix two sources
+/// claim, and the configuration errors of a manifest.
+pub fn resolve(project: &Project) -> Result<SourcePackages, Vec<Diagnostic>> {
+    if project.config.source_packages.is_empty() {
+        return Ok(SourcePackages::default());
+    }
+    let Some(workspace) = &project.workspace else {
+        return Err(vec![workspace_error(
+            "a project outside any workspace cannot declare a source package",
+        )]);
+    };
+    let own_member = project.workspace_member.clone();
+    let limits = &project.config.limits;
+    let mut found: BTreeMap<String, ResolvedSourcePackage> = BTreeMap::new();
+    let mut work: Vec<(String, String, String)> = project
+        .config
+        .source_packages
+        .iter()
+        .map(|package| {
+            (
+                package.package.clone(),
+                package.version.clone(),
+                package.path.clone(),
+            )
+        })
+        .collect();
+    let mut diagnostics = Vec::new();
+    while let Some((id, version, member)) = work.pop() {
+        if let Some(existing) = found.get(&id) {
+            if existing.member != member || existing.version != version {
+                diagnostics.push(Diagnostic::new(
+                    code!("LLC0106"),
+                    format!(
+                        "source package `{id}` is declared with two sources: `{}` at {} and `{member}` at {version}",
+                        existing.member, existing.version
+                    ),
+                ));
+            }
+            continue;
+        }
+        if own_member.as_deref() == Some(member.as_str()) {
+            diagnostics.push(Diagnostic::new(
+                code!("LLR3003"),
+                format!("source package `{id}` names the importing project itself (`{member}`)"),
+            ));
+            continue;
+        }
+        match load_member(workspace, &id, &version, &member, limits) {
+            Ok(package) => {
+                for dependency in &package.config.source_packages {
+                    work.push((
+                        dependency.package.clone(),
+                        dependency.version.clone(),
+                        dependency.path.clone(),
+                    ));
+                }
+                found.insert(id, package);
+            }
+            Err(mut errors) => diagnostics.append(&mut errors),
+        }
+    }
+    if !diagnostics.is_empty() {
+        return Err(diagnostics);
+    }
+    let declared: Vec<String> = project
+        .config
+        .source_packages
+        .iter()
+        .map(|package| package.package.clone())
+        .collect();
+    let packages = SourcePackages {
+        packages: found,
+        declared,
+    };
+    check_acyclic(&packages)?;
+    check_prefixes(project, &packages)?;
+    Ok(packages)
+}
+
+/// A package that reaches itself through the packages it declares is an
+/// import cycle (§15.1).
+fn check_acyclic(packages: &SourcePackages) -> Result<(), Vec<Diagnostic>> {
+    fn visit<'a>(
+        id: &'a str,
+        packages: &'a SourcePackages,
+        state: &mut BTreeMap<&'a str, u8>,
+    ) -> Result<(), String> {
+        match state.get(id) {
+            Some(1) => return Err(id.to_owned()),
+            Some(2) => return Ok(()),
+            _ => {}
+        }
+        state.insert(id, 1);
+        if let Some(package) = packages.packages.get(id) {
+            for dependency in &package.dependencies {
+                visit(dependency, packages, state)?;
+            }
+        }
+        state.insert(id, 2);
+        Ok(())
+    }
+    let mut state = BTreeMap::new();
+    for id in packages.packages.keys() {
+        visit(id, packages, &mut state).map_err(|cycle| {
+            vec![Diagnostic::new(
+                code!("LLR3003"),
+                format!("source packages depend on each other through `{cycle}`"),
+            )]
+        })?;
+    }
+    Ok(())
+}
+
+/// A module prefix is claimed by one source (§10.5): the project's own and
+/// every package's must not be equal, and none may lie beneath another.
+fn check_prefixes(project: &Project, packages: &SourcePackages) -> Result<(), Vec<Diagnostic>> {
+    let mut claims: Vec<(String, String)> = vec![(
+        project.config.module_prefix.clone(),
+        "the importing project".to_owned(),
+    )];
+    claims.extend(packages.packages.values().map(|package| {
+        (
+            package.prefix.clone(),
+            format!("source package `{}`", package.id),
+        )
+    }));
+    let mut diagnostics = Vec::new();
+    for (index, (prefix, owner)) in claims.iter().enumerate() {
+        for (other_prefix, other_owner) in &claims[index + 1..] {
+            if prefixes_overlap(prefix, other_prefix) {
+                diagnostics.push(Diagnostic::new(
+                    code!("LLC0107"),
+                    format!(
+                        "the module prefix `{prefix}` of {owner} and the module prefix `{other_prefix}` of {other_owner} overlap: a module prefix is claimed by one source"
+                    ),
+                ));
+            }
+        }
+    }
+    if diagnostics.is_empty() {
+        Ok(())
+    } else {
+        Err(diagnostics)
+    }
+}
+
+/// Compare the pins of a lock with the packages as they are now (§11.1): a
+/// package whose version, source, prefix, or digests differ is `LLC0105`, naming
+/// the package and both digests; a package the lock pins that the project's
+/// closure does not reach is `LLC0106`. A package the closure reaches that the
+/// lock lacks is left to the staleness of the lock as a whole.
+///
+/// # Errors
+///
+/// The diagnostics above.
+pub fn check_pins(
+    locked: &[LockSourcePackage],
+    expected: &[LockSourcePackage],
+) -> Result<(), Vec<Diagnostic>> {
+    let mut diagnostics = Vec::new();
+    for row in locked {
+        match expected.iter().find(|candidate| candidate.id == row.id) {
+            None => diagnostics.push(Diagnostic::new(
+                code!("LLC0106"),
+                format!(
+                    "the lock pins source package `{}`, which the project does not declare",
+                    row.id
+                ),
+            )),
+            Some(current) if current != row => {
+                let mut differences = Vec::new();
+                if row.version != current.version {
+                    differences.push(format!(
+                        "version: locked {}, found {}",
+                        row.version, current.version
+                    ));
+                }
+                if row.source != current.source {
+                    differences.push(format!(
+                        "source: locked {}, found {}",
+                        row.source, current.source
+                    ));
+                }
+                if row.module_prefix != current.module_prefix {
+                    differences.push(format!(
+                        "module_prefix: locked {}, found {}",
+                        row.module_prefix, current.module_prefix
+                    ));
+                }
+                if row.tree_sha256 != current.tree_sha256 {
+                    differences.push(format!(
+                        "tree_sha256: locked {}, found {}",
+                        row.tree_sha256.to_hex(),
+                        current.tree_sha256.to_hex()
+                    ));
+                }
+                if row.manifest_sha256 != current.manifest_sha256 {
+                    differences.push(format!(
+                        "manifest_sha256: locked {}, found {}",
+                        row.manifest_sha256.to_hex(),
+                        current.manifest_sha256.to_hex()
+                    ));
+                }
+                if row.imports != current.imports {
+                    differences.push(format!(
+                        "imports: locked [{}], found [{}]",
+                        row.imports.join(", "),
+                        current.imports.join(", ")
+                    ));
+                }
+                diagnostics.push(Diagnostic::new(
+                    code!("LLC0105"),
+                    format!(
+                        "source package `{}` is not the package the lock pins: {}",
+                        row.id,
+                        differences.join("; ")
+                    ),
+                ));
+            }
+            Some(_) => {}
+        }
+    }
+    if diagnostics.is_empty() {
+        Ok(())
+    } else {
+        Err(diagnostics)
+    }
+}
+
+/// Resolve the source packages and require them to be the ones `lock` pins:
+/// every command that links recomputes the digests (§11.1).
+///
+/// # Errors
+///
+/// Those of [`resolve`] and [`check_pins`], and `LLC0102` for a package the
+/// closure reaches that the lock does not pin.
+pub fn load_locked(project: &Project, lock: &Lock) -> Result<SourcePackages, Vec<Diagnostic>> {
+    let packages = resolve(project)?;
+    let expected = packages.rows();
+    check_pins(&lock.source_packages, &expected)?;
+    let pinned: BTreeSet<&str> = lock
+        .source_packages
+        .iter()
+        .map(|row| row.id.as_str())
+        .collect();
+    if let Some(missing) = expected
+        .iter()
+        .find(|row| !pinned.contains(row.id.as_str()))
+    {
+        return Err(vec![Diagnostic::new(
+            code!("LLC0102"),
+            format!(
+                "{} does not pin source package `{}`; run `lexlean lock`",
+                project.config.lockfile, missing.id
+            ),
+        )]);
+    }
+    Ok(packages)
+}
+
+#[cfg(test)]
+mod tests {
+    use super::prefixes_overlap;
+    use crate::config::is_package_version;
+
+    /// §10.5: a module prefix is claimed by one source, and a prefix beneath
+    /// another is a claim on it, but a longer segment is not.
+    #[test]
+    fn a_prefix_beneath_another_overlaps_it_and_a_longer_segment_does_not() {
+        assert!(prefixes_overlap("PkgLib", "PkgLib"));
+        assert!(prefixes_overlap("PkgLib.Sub", "PkgLib"));
+        assert!(prefixes_overlap("PkgLib", "PkgLib.Sub"));
+        assert!(!prefixes_overlap("PkgLib", "PkgLibrary"));
+        assert!(!prefixes_overlap("PkgLib.A", "PkgLib.B"));
+    }
+
+    /// §10.1: a version is a reader's string of at most 64 ASCII letters,
+    /// digits, `.`, `+`, and `-` that begins with a letter or digit.
+    #[test]
+    fn a_version_is_a_short_ascii_string() {
+        for good in ["1.0.0", "2026.10", "1.0.0-rc.1+build5", "v1"] {
+            assert!(is_package_version(good), "{good}");
+        }
+        for bad in ["", "-1", ".1", "1 0", "1/0", "é", &"1".repeat(65)] {
+            assert!(!is_package_version(bad), "{bad:?}");
+        }
+    }
+}
diff --git a/crates/lexlean/src/verify/mod.rs b/crates/lexlean/src/verify/mod.rs
index 2c0f74c80..72837ba57 100644
--- a/crates/lexlean/src/verify/mod.rs
+++ b/crates/lexlean/src/verify/mod.rs
@@ -2957,6 +2957,22 @@ pub fn run_part(
         ),
         ("declarations", Json::Arr(declaration_rows)),
     ];
+    // §10.5: the modules of a source package carry the package as their
+    // origin, keyed by their Lean module.
+    let origins: Vec<(&str, Json)> = build
+        .modules
+        .iter()
+        .filter_map(|module| {
+            checked.modules[&module.module]
+                .document
+                .origin
+                .as_ref()
+                .map(|origin| (module.lean_module.as_str(), Json::Str(origin.clone())))
+        })
+        .collect();
+    if !origins.is_empty() {
+        body_fields.push(("origins", Json::object(origins)));
+    }
     if let Some(row) = compiler_input_row {
         body_fields.push(("compiler_input", row));
     }
diff --git a/examples/collections/expected/build/manifest.json b/examples/collections/expected/build/manifest.json
index 720ecfbb8..7105e0381 100644
--- a/examples/collections/expected/build/manifest.json
+++ b/examples/collections/expected/build/manifest.json
@@ -1 +1 @@
-{"build_id":"52ca3fdc7cf7417df8b66378c6b95f366a30a1c78748c1fdab7c85a1277cf863","compiler":{"semantics_id":"7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0","version":"0.3.0"},"inputs":[{"byte_length":2684,"kind":"lexicon","path":"embedded","sha256":"3bc0fb09d706ffa7d5a1363302ea87c049acc7c7dcafde63c62682620c11be9b"},{"byte_length":14885,"kind":"lexicon","path":"embedded","sha256":"e0db021e01b91d651c43921d66f6b0023c8efbf17cac2ec53192ce5305e4e1ac"},{"byte_length":36197,"kind":"lexicon","path":"embedded","sha256":"827317cae68c162f3a96c8a8de4e53ab348e7d3724fd2b834fa85ecde1a1b392"},{"byte_length":1597,"kind":"lock","path":"lexlean.lock","sha256":"8cbd56bf470c1660a0d45176b3f719de8f0b42afe7e7418f8bfd71adad6da892"},{"byte_length":644,"kind":"project-config","path":"lexlean.toml","sha256":"87b05dc405590c51e9a51ac60ef00f9096c4a38c29b9bab379a02d5c6a1cd744"},{"byte_length":18677,"kind":"source","path":"src/Main.lex.tex","sha256":"75d9370d719bc1634123f79db391070eda6061e88c461626129911161efa63a9"},{"byte_length":550,"kind":"source","path":"src/Measure.lex.tex","sha256":"227f5dad1ec06da3d2759ffa2ab2d4908aa5a02880ca0219bc46169089be9081"},{"byte_length":1620,"kind":"source","path":"src/Tables.lex.tex","sha256":"f5e7c1b714c8eee02fedacfb367c7e64dc01664eaa41fb48f4e42ae37aef43f0"}],"language":"1.2","lean_toolchain":"leanprover/lean4:v4.32.1","modules":[{"lean_module":"Collections.Main","module":"Main","source_path":"src/Main.lex.tex"},{"lean_module":"Collections.Measure","module":"Measure","source_path":"src/Measure.lex.tex"},{"lean_module":"Collections.Tables","module":"Tables","source_path":"src/Tables.lex.tex"}],"outputs":[{"byte_length":21846,"kind":"coverage","path":"coverage/Collections/Main.coverage.json","sha256":"be10513f257ec431bec3263ed332d7ff9781c9e345d8afd5d856d0be3bb2f4d6"},{"byte_length":7799,"kind":"coverage","path":"coverage/Collections/Measure.coverage.json","sha256":"6d77336208aa88befdcc66039951d5a307d68179653e5d5026df24ab1aa245ce"},{"byte_length":7956,"kind":"coverage","path":"coverage/Collections/Tables.coverage.json","sha256":"3fff848e16180ce1689e5bba8289953d21cb5e9e34ca8ee6c2266f678133c434"},{"byte_length":14135,"kind":"lean","path":"modules/Collections/Main.lean","sha256":"455526e5c3f8dc239041d1652cc455bfff6097b7f53396f9235f27c138d42318"},{"byte_length":569,"kind":"lean","path":"modules/Collections/Measure.lean","sha256":"7d5af864fa1a79d11b37dd77d3a3d330caf8ed8a76cab5049a5cb882d8c0abeb"},{"byte_length":1328,"kind":"lean","path":"modules/Collections/Tables.lean","sha256":"0b51fd70df2b936977dca55fca83a38aa0048197b139186bc14b5d49e6d394fd"},{"byte_length":10602,"kind":"lexicon-closure","path":"lexicons/Main.closure.json","sha256":"727110f90daff26a2e5eb8069fcefecd5790c1264f5d6d4b2ef57db1c2bfb867"},{"byte_length":10605,"kind":"lexicon-closure","path":"lexicons/Measure.closure.json","sha256":"624095a690526571fd42d5aa56a92d3fe7bc0953f3148c7535b69201e497e783"},{"byte_length":10604,"kind":"lexicon-closure","path":"lexicons/Tables.closure.json","sha256":"28c6adc505e1fcd48a5d3d5dda53c47f2ff7818607748bb77ffeb26a241c7b29"},{"byte_length":17922,"kind":"map","path":"maps/Collections/Main.map.json","sha256":"57c46b5bd75e535896245485bbbbc9bfc96046c52c5d8c6d4c9c014266c2e9d9"},{"byte_length":1667,"kind":"map","path":"maps/Collections/Measure.map.json","sha256":"92b82dc7111b6e99b5bf2bb41b68c8beaa83636800c826e5742748416e37cbb2"},{"byte_length":2627,"kind":"map","path":"maps/Collections/Tables.map.json","sha256":"ece5f23c2637c72066f07dfaaaf20ee663147c6d91d2c8129b96c4304ed9213b"},{"byte_length":20493,"kind":"tex","path":"modules/Collections/Main.tex","sha256":"5da0ed1c1437f937d741891494e5371b54a01d16295ce1d1405a87826d3d15fa"},{"byte_length":714,"kind":"tex","path":"modules/Collections/Measure.tex","sha256":"0ee1d42862fc24ddb8624de071a22a2f54712440d10275f524d18ff29d9dd4e6"},{"byte_length":2287,"kind":"tex","path":"modules/Collections/Tables.tex","sha256":"92a01628c5c75c23c0e57a062ae6c0043c3a876d2a0bd077eb7d965913eb6abf"}],"project":"collections","selection":["Main","Measure","Tables"],"semantic_id":"9962d043362f4a167c67517d483f0f2432f8ee9485a2eb221e128b9491113c00","source_id":"f9fc0327d1cd85598a9abd472c45532aec5e6da8e748cf96072d3c5e098ab9b6","spec":"lexlean/build-manifest/1"}
+{"build_id":"30ff66aa2215054c936fffb65158c822fde618c6de324215cad3af60faf123b5","compiler":{"semantics_id":"91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a","version":"0.3.0"},"inputs":[{"byte_length":2684,"kind":"lexicon","path":"embedded","sha256":"3bc0fb09d706ffa7d5a1363302ea87c049acc7c7dcafde63c62682620c11be9b"},{"byte_length":14885,"kind":"lexicon","path":"embedded","sha256":"e0db021e01b91d651c43921d66f6b0023c8efbf17cac2ec53192ce5305e4e1ac"},{"byte_length":36197,"kind":"lexicon","path":"embedded","sha256":"827317cae68c162f3a96c8a8de4e53ab348e7d3724fd2b834fa85ecde1a1b392"},{"byte_length":1597,"kind":"lock","path":"lexlean.lock","sha256":"2d6a1e459dcb88409b4f13d80db653a3bdc012a8b40872dfa600d4b90a562de2"},{"byte_length":644,"kind":"project-config","path":"lexlean.toml","sha256":"87b05dc405590c51e9a51ac60ef00f9096c4a38c29b9bab379a02d5c6a1cd744"},{"byte_length":18677,"kind":"source","path":"src/Main.lex.tex","sha256":"75d9370d719bc1634123f79db391070eda6061e88c461626129911161efa63a9"},{"byte_length":550,"kind":"source","path":"src/Measure.lex.tex","sha256":"227f5dad1ec06da3d2759ffa2ab2d4908aa5a02880ca0219bc46169089be9081"},{"byte_length":1620,"kind":"source","path":"src/Tables.lex.tex","sha256":"f5e7c1b714c8eee02fedacfb367c7e64dc01664eaa41fb48f4e42ae37aef43f0"}],"language":"1.2","lean_toolchain":"leanprover/lean4:v4.32.1","modules":[{"lean_module":"Collections.Main","module":"Main","source_path":"src/Main.lex.tex"},{"lean_module":"Collections.Measure","module":"Measure","source_path":"src/Measure.lex.tex"},{"lean_module":"Collections.Tables","module":"Tables","source_path":"src/Tables.lex.tex"}],"outputs":[{"byte_length":21846,"kind":"coverage","path":"coverage/Collections/Main.coverage.json","sha256":"be10513f257ec431bec3263ed332d7ff9781c9e345d8afd5d856d0be3bb2f4d6"},{"byte_length":7799,"kind":"coverage","path":"coverage/Collections/Measure.coverage.json","sha256":"6d77336208aa88befdcc66039951d5a307d68179653e5d5026df24ab1aa245ce"},{"byte_length":7956,"kind":"coverage","path":"coverage/Collections/Tables.coverage.json","sha256":"3fff848e16180ce1689e5bba8289953d21cb5e9e34ca8ee6c2266f678133c434"},{"byte_length":14135,"kind":"lean","path":"modules/Collections/Main.lean","sha256":"455526e5c3f8dc239041d1652cc455bfff6097b7f53396f9235f27c138d42318"},{"byte_length":569,"kind":"lean","path":"modules/Collections/Measure.lean","sha256":"7d5af864fa1a79d11b37dd77d3a3d330caf8ed8a76cab5049a5cb882d8c0abeb"},{"byte_length":1328,"kind":"lean","path":"modules/Collections/Tables.lean","sha256":"0b51fd70df2b936977dca55fca83a38aa0048197b139186bc14b5d49e6d394fd"},{"byte_length":10602,"kind":"lexicon-closure","path":"lexicons/Main.closure.json","sha256":"727110f90daff26a2e5eb8069fcefecd5790c1264f5d6d4b2ef57db1c2bfb867"},{"byte_length":10605,"kind":"lexicon-closure","path":"lexicons/Measure.closure.json","sha256":"624095a690526571fd42d5aa56a92d3fe7bc0953f3148c7535b69201e497e783"},{"byte_length":10604,"kind":"lexicon-closure","path":"lexicons/Tables.closure.json","sha256":"28c6adc505e1fcd48a5d3d5dda53c47f2ff7818607748bb77ffeb26a241c7b29"},{"byte_length":17922,"kind":"map","path":"maps/Collections/Main.map.json","sha256":"c119eda0f2f6af44b29980fa0145d786ab25b2da0e31484090e2a8f71b0d0adf"},{"byte_length":1667,"kind":"map","path":"maps/Collections/Measure.map.json","sha256":"47a06a857dd2ef0825a8e49dd5161fab1930fc314b158d0ef5594fbaa411d939"},{"byte_length":2627,"kind":"map","path":"maps/Collections/Tables.map.json","sha256":"9f6c60d217a33d459ad9613d3f59fbe61616504b12a9fb154b72d311b1978881"},{"byte_length":20493,"kind":"tex","path":"modules/Collections/Main.tex","sha256":"5da0ed1c1437f937d741891494e5371b54a01d16295ce1d1405a87826d3d15fa"},{"byte_length":714,"kind":"tex","path":"modules/Collections/Measure.tex","sha256":"0ee1d42862fc24ddb8624de071a22a2f54712440d10275f524d18ff29d9dd4e6"},{"byte_length":2287,"kind":"tex","path":"modules/Collections/Tables.tex","sha256":"92a01628c5c75c23c0e57a062ae6c0043c3a876d2a0bd077eb7d965913eb6abf"}],"project":"collections","selection":["Main","Measure","Tables"],"semantic_id":"0f6d359d50d0d086f47af2c0608b2e13253fe1d63025e4c861d89779908d9890","source_id":"282120f2cc10752f544cd95f7085068b83e51e26ba43cddd8e064dfd84869823","spec":"lexlean/build-manifest/1"}
diff --git a/examples/collections/expected/build/maps/Collections/Main.map.json b/examples/collections/expected/build/maps/Collections/Main.map.json
index 8c0d65623..58a24a0b8 100644
--- a/examples/collections/expected/build/maps/Collections/Main.map.json
+++ b/examples/collections/expected/build/maps/Collections/Main.map.json
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diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Main.lean b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Main.lean
similarity index 100%
rename from examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Main.lean
rename to examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Main.lean
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Main.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Main.process.json
new file mode 100644
index 000000000..dcd609a9c
--- /dev/null
+++ b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Collections.Main.ancestor_closure' depends on axioms: [propext]\n'Collections.Main.ancestors' depends on axioms: [propext]\n'Collections.Main.bounded_iteration' does not depend on any axioms\n'Collections.Main.call_order' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.cycle_has_no_order' does not depend on any axioms\n'Collections.Main.family' does not depend on any axioms\n'Collections.Main.key_order_bool' depends on axioms: [propext]\n'Collections.Main.key_order_int' does not depend on any axioms\n'Collections.Main.key_order_int16' does not depend on any axioms\n'Collections.Main.key_order_int32' does not depend on any axioms\n'Collections.Main.key_order_int64' does not depend on any axioms\n'Collections.Main.key_order_int8' does not depend on any axioms\n'Collections.Main.key_order_nat' does not depend on any axioms\n'Collections.Main.key_order_product' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.key_order_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.key_order_uint16' does not depend on any axioms\n'Collections.Main.key_order_uint32' does not depend on any axioms\n'Collections.Main.key_order_uint64' does not depend on any axioms\n'Collections.Main.key_order_uint8' does not depend on any axioms\n'Collections.Main.op_graph_reachable' depends on axioms: [propext]\n'Collections.Main.op_graph_successors' does not depend on any axioms\n'Collections.Main.op_graph_successors_absent' does not depend on any axioms\n'Collections.Main.op_graph_topological' does not depend on any axioms\n'Collections.Main.op_iterate_until_exhausted' does not depend on any axioms\n'Collections.Main.op_iterate_until_fixed_point' does not depend on any axioms\n'Collections.Main.op_iterate_zero' does not depend on any axioms\n'Collections.Main.op_list_fold' does not depend on any axioms\n'Collections.Main.op_map_contains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_entries' does not depend on any axioms\n'Collections.Main.op_map_fold' does not depend on any axioms\n'Collections.Main.op_map_insert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_insert_replaces' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_keys' does not depend on any axioms\n'Collections.Main.op_map_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_lookup_absent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_remove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_remove_absent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_size' does not depend on any axioms\n'Collections.Main.op_map_values' does not depend on any axioms\n'Collections.Main.op_set_contains' does not depend on any axioms\n'Collections.Main.op_set_difference' does not depend on any axioms\n'Collections.Main.op_set_elements' does not depend on any axioms\n'Collections.Main.op_set_fold' does not depend on any axioms\n'Collections.Main.op_set_insert' does not depend on any axioms\n'Collections.Main.op_set_intersection' does not depend on any axioms\n'Collections.Main.op_set_remove' does not depend on any axioms\n'Collections.Main.op_set_size' does not depend on any axioms\n'Collections.Main.op_set_union' does not depend on any axioms\n'Collections.Main.parse_reaches_lex' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.reordered_literals_agree' does not depend on any axioms\n'Collections.Main.table_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.table_slots' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"3d77f9bcb113d76b5e385245365c454f35d99c86cb74e7dfeb18ce445b9a81e2","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Measure.lean b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Measure.lean
similarity index 100%
rename from examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Measure.lean
rename to examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Measure.lean
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Measure.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Measure.process.json
new file mode 100644
index 000000000..005d59661
--- /dev/null
+++ b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Measure.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Measure.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Measure","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Collections.Measure.distinctNames' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Measure.distinct_names' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"9a0b51347cf1806a3c5870dffe83294b16325a9e46b47bba1233e7e3fb48209e","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Tables.lean b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Tables.lean
similarity index 100%
rename from examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Tables.lean
rename to examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Tables.lean
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Tables.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Tables.process.json
new file mode 100644
index 000000000..6c1e31f44
--- /dev/null
+++ b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Tables.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Tables.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.Collections.Tables","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Collections.Tables.buildTable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Tables.callGraph' does not depend on any axioms\n'Collections.Tables.callOrder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Tables.declare' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Tables.reachableFromParse' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"b5887435160be7412b795a6f5a33d36ac682a409c841bd95a8d98982df4173e9","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Collections.lean b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Collections.lean
similarity index 100%
rename from examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Collections.lean
rename to examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Collections.lean
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Collections.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..ca7fb4454
--- /dev/null
+++ b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Portable.lean b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Portable.lean
similarity index 100%
rename from examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Portable.lean
rename to examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Portable.lean
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Portable.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..13f3bde15
--- /dev/null
+++ b/examples/collections/expected/verify/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A0f6d359d50d0d086f47af2c0608b2e13.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Main.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Main.process.json
deleted file mode 100644
index 9b1254498..000000000
--- a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Collections.Main.ancestor_closure' depends on axioms: [propext]\n'Collections.Main.ancestors' depends on axioms: [propext]\n'Collections.Main.bounded_iteration' does not depend on any axioms\n'Collections.Main.call_order' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.cycle_has_no_order' does not depend on any axioms\n'Collections.Main.family' does not depend on any axioms\n'Collections.Main.key_order_bool' depends on axioms: [propext]\n'Collections.Main.key_order_int' does not depend on any axioms\n'Collections.Main.key_order_int16' does not depend on any axioms\n'Collections.Main.key_order_int32' does not depend on any axioms\n'Collections.Main.key_order_int64' does not depend on any axioms\n'Collections.Main.key_order_int8' does not depend on any axioms\n'Collections.Main.key_order_nat' does not depend on any axioms\n'Collections.Main.key_order_product' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.key_order_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.key_order_uint16' does not depend on any axioms\n'Collections.Main.key_order_uint32' does not depend on any axioms\n'Collections.Main.key_order_uint64' does not depend on any axioms\n'Collections.Main.key_order_uint8' does not depend on any axioms\n'Collections.Main.op_graph_reachable' depends on axioms: [propext]\n'Collections.Main.op_graph_successors' does not depend on any axioms\n'Collections.Main.op_graph_successors_absent' does not depend on any axioms\n'Collections.Main.op_graph_topological' does not depend on any axioms\n'Collections.Main.op_iterate_until_exhausted' does not depend on any axioms\n'Collections.Main.op_iterate_until_fixed_point' does not depend on any axioms\n'Collections.Main.op_iterate_zero' does not depend on any axioms\n'Collections.Main.op_list_fold' does not depend on any axioms\n'Collections.Main.op_map_contains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_entries' does not depend on any axioms\n'Collections.Main.op_map_fold' does not depend on any axioms\n'Collections.Main.op_map_insert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_insert_replaces' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_keys' does not depend on any axioms\n'Collections.Main.op_map_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_lookup_absent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_remove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_remove_absent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.op_map_size' does not depend on any axioms\n'Collections.Main.op_map_values' does not depend on any axioms\n'Collections.Main.op_set_contains' does not depend on any axioms\n'Collections.Main.op_set_difference' does not depend on any axioms\n'Collections.Main.op_set_elements' does not depend on any axioms\n'Collections.Main.op_set_fold' does not depend on any axioms\n'Collections.Main.op_set_insert' does not depend on any axioms\n'Collections.Main.op_set_intersection' does not depend on any axioms\n'Collections.Main.op_set_remove' does not depend on any axioms\n'Collections.Main.op_set_size' does not depend on any axioms\n'Collections.Main.op_set_union' does not depend on any axioms\n'Collections.Main.parse_reaches_lex' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.reordered_literals_agree' does not depend on any axioms\n'Collections.Main.table_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Main.table_slots' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"3d77f9bcb113d76b5e385245365c454f35d99c86cb74e7dfeb18ce445b9a81e2","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Measure.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Measure.process.json
deleted file mode 100644
index f67bd64fe..000000000
--- a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Measure.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Measure.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Measure","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Collections.Measure.distinctNames' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Measure.distinct_names' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"9a0b51347cf1806a3c5870dffe83294b16325a9e46b47bba1233e7e3fb48209e","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Tables.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Tables.process.json
deleted file mode 100644
index aed476e8c..000000000
--- a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Tables.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Tables.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A9962d043362f4a167c67517d483f0f24.Collections.Tables","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Collections.Tables.buildTable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Tables.callGraph' does not depend on any axioms\n'Collections.Tables.callOrder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Tables.declare' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Collections.Tables.reachableFromParse' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"b5887435160be7412b795a6f5a33d36ac682a409c841bd95a8d98982df4173e9","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Collections.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index 7443c5144..000000000
--- a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Portable.process.json b/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index 96c75ddd6..000000000
--- a/examples/collections/expected/verify/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A9962d043362f4a167c67517d483f0f24.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/collections/expected/verify/probe/LexLeanProbe.P9962d043362f4a167c67517d483f0f24.lean b/examples/collections/expected/verify/probe/LexLeanProbe.P0f6d359d50d0d086f47af2c0608b2e13.lean
similarity index 100%
rename from examples/collections/expected/verify/probe/LexLeanProbe.P9962d043362f4a167c67517d483f0f24.lean
rename to examples/collections/expected/verify/probe/LexLeanProbe.P0f6d359d50d0d086f47af2c0608b2e13.lean
diff --git a/examples/collections/expected/verify/probe/process.json b/examples/collections/expected/verify/probe/process.json
index 5e7a1d634..3d1d541d3 100644
--- a/examples/collections/expected/verify/probe/process.json
+++ b/examples/collections/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P9962d043362f4a167c67517d483f0f24.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P9962d043362f4a167c67517d483f0f24","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P0f6d359d50d0d086f47af2c0608b2e13.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P0f6d359d50d0d086f47af2c0608b2e13","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/collections/lexlean.lock b/examples/collections/lexlean.lock
index d5a2abdac..55d71299a 100644
--- a/examples/collections/lexlean.lock
+++ b/examples/collections/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "87b05dc405590c51e9a51ac60ef00f9096c4a38c29b9bab379a02d5c6a1cd744"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/examples/fold-laws/expected/build/manifest.json b/examples/fold-laws/expected/build/manifest.json
index 6587df6df..1852bcb4e 100644
--- a/examples/fold-laws/expected/build/manifest.json
+++ b/examples/fold-laws/expected/build/manifest.json
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index 212ffa05c..8cbb099a9 100644
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--- /dev/null
+++ b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Folds.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Folds.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Folds","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'FoldLaws.Folds.balance' does not depend on any axioms\n'FoldLaws.Folds.balance_credit' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.count' does not depend on any axioms\n'FoldLaws.Folds.count_is_length' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.credit' does not depend on any axioms\n'FoldLaws.Folds.doubledTotal' does not depend on any axioms\n'FoldLaws.Folds.doubled_total' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.doubled_total_closed' does not depend on any axioms\n'FoldLaws.Folds.entryTotal' does not depend on any axioms\n'FoldLaws.Folds.keyTotal' does not depend on any axioms\n'FoldLaws.Folds.map_split' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.reversed' does not depend on any axioms\n'FoldLaws.Folds.setDoubled' does not depend on any axioms\n'FoldLaws.Folds.setTotal' does not depend on any axioms\n'FoldLaws.Folds.set_doubled' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.total' does not depend on any axioms\n'FoldLaws.Folds.total_append_commutes' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.total_reversed' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.valueTotal' does not depend on any axioms\n'FoldLaws.Folds.weighted' does not depend on any axioms\n'FoldLaws.Folds.weighted_total' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"a4ea8f3cb685d7641c55877667545b867aa7403287fe0cbb81eac6a43b056506","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Kernels.lean b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Kernels.lean
similarity index 100%
rename from examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Kernels.lean
rename to examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Kernels.lean
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Kernels.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Kernels.process.json
new file mode 100644
index 000000000..9056c6ff2
--- /dev/null
+++ b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Kernels.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Kernels.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Kernels","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'FoldLaws.Kernels.byte_ceiling' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.byte_equality' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.byte_literal' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.byte_order' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.division_by_zero' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.halving_shrinks' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize' depends on axioms: [propext]\n'FoldLaws.Kernels.requantize_closed' depends on axioms: [propext]\n'FoldLaws.Kernels.requantize_high' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize_low' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize_monotone' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize_runtime_monotone' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.signed_byte_floor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'FoldLaws.Kernels.signed_byte_order' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.truncating_division' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.truncating_division_negative' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.truncation_toward_zero' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"9c2786735b0465a160f39ed65373181ac6dd6bfb42059e3dea28559c3548b286","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Main.lean b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Main.lean
similarity index 100%
rename from examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Main.lean
rename to examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Main.lean
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Main.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Main.process.json
new file mode 100644
index 000000000..61e5e6ccb
--- /dev/null
+++ b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.FoldLaws.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'FoldLaws.Main.count_append' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.parity' does not depend on any axioms\n'FoldLaws.Main.parity_fused' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.parity_of_total' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.parity_step' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.requantized_total' depends on axioms: [propext, Classical.choice, Quot.sound]\n'FoldLaws.Main.statistics' does not depend on any axioms\n'FoldLaws.Main.statistics_one_pass' does not depend on any axioms\n","stdout_sha256":"2652bf9be8931830e86bc7c942d488e4ad691681729b6203eed87d39cb027f07","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Collections.lean b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Collections.lean
similarity index 100%
rename from examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Collections.lean
rename to examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Collections.lean
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Collections.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..5dad67779
--- /dev/null
+++ b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Laws.lean b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Laws.lean
similarity index 100%
rename from examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Laws.lean
rename to examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Laws.lean
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Laws.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Laws.process.json
new file mode 100644
index 000000000..0cf794c28
--- /dev/null
+++ b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Laws.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Portable.lean b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Portable.lean
similarity index 100%
rename from examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Portable.lean
rename to examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Portable.lean
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Portable.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..76e7a4edc
--- /dev/null
+++ b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A1d59f84598c9f4c2cea21d972760d780.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Folds.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Folds.process.json
deleted file mode 100644
index 70da9cfb4..000000000
--- a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Folds.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Folds.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Folds","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'FoldLaws.Folds.balance' does not depend on any axioms\n'FoldLaws.Folds.balance_credit' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.count' does not depend on any axioms\n'FoldLaws.Folds.count_is_length' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.credit' does not depend on any axioms\n'FoldLaws.Folds.doubledTotal' does not depend on any axioms\n'FoldLaws.Folds.doubled_total' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.doubled_total_closed' does not depend on any axioms\n'FoldLaws.Folds.entryTotal' does not depend on any axioms\n'FoldLaws.Folds.keyTotal' does not depend on any axioms\n'FoldLaws.Folds.map_split' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.reversed' does not depend on any axioms\n'FoldLaws.Folds.setDoubled' does not depend on any axioms\n'FoldLaws.Folds.setTotal' does not depend on any axioms\n'FoldLaws.Folds.set_doubled' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.total' does not depend on any axioms\n'FoldLaws.Folds.total_append_commutes' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.total_reversed' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Folds.valueTotal' does not depend on any axioms\n'FoldLaws.Folds.weighted' does not depend on any axioms\n'FoldLaws.Folds.weighted_total' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"a4ea8f3cb685d7641c55877667545b867aa7403287fe0cbb81eac6a43b056506","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Kernels.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Kernels.process.json
deleted file mode 100644
index f67e88121..000000000
--- a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Kernels.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Kernels.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Kernels","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'FoldLaws.Kernels.byte_ceiling' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.byte_equality' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.byte_literal' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.byte_order' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.division_by_zero' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.halving_shrinks' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize' depends on axioms: [propext]\n'FoldLaws.Kernels.requantize_closed' depends on axioms: [propext]\n'FoldLaws.Kernels.requantize_high' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize_low' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize_monotone' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.requantize_runtime_monotone' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.signed_byte_floor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'FoldLaws.Kernels.signed_byte_order' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.truncating_division' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.truncating_division_negative' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Kernels.truncation_toward_zero' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"9c2786735b0465a160f39ed65373181ac6dd6bfb42059e3dea28559c3548b286","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Main.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Main.process.json
deleted file mode 100644
index eee62dcb6..000000000
--- a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.FoldLaws.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'FoldLaws.Main.count_append' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.parity' does not depend on any axioms\n'FoldLaws.Main.parity_fused' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.parity_of_total' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.parity_step' depends on axioms: [propext, Quot.sound]\n'FoldLaws.Main.requantized_total' depends on axioms: [propext, Classical.choice, Quot.sound]\n'FoldLaws.Main.statistics' does not depend on any axioms\n'FoldLaws.Main.statistics_one_pass' does not depend on any axioms\n","stdout_sha256":"2652bf9be8931830e86bc7c942d488e4ad691681729b6203eed87d39cb027f07","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Collections.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index ab9a0c573..000000000
--- a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Laws.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Laws.process.json
deleted file mode 100644
index e3812b90a..000000000
--- a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Laws.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Portable.process.json b/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index d1cd9b0bb..000000000
--- a/examples/fold-laws/expected/verify/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A3cc5e8a42a7c9d201fd51d5ce22fd4f8.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any 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diff --git a/examples/fold-laws/expected/verify/probe/LexLeanProbe.P3cc5e8a42a7c9d201fd51d5ce22fd4f8.lean b/examples/fold-laws/expected/verify/probe/LexLeanProbe.P1d59f84598c9f4c2cea21d972760d780.lean
similarity index 100%
rename from examples/fold-laws/expected/verify/probe/LexLeanProbe.P3cc5e8a42a7c9d201fd51d5ce22fd4f8.lean
rename to examples/fold-laws/expected/verify/probe/LexLeanProbe.P1d59f84598c9f4c2cea21d972760d780.lean
diff --git a/examples/fold-laws/expected/verify/probe/process.json b/examples/fold-laws/expected/verify/probe/process.json
index a80a80952..315331aa6 100644
--- a/examples/fold-laws/expected/verify/probe/process.json
+++ b/examples/fold-laws/expected/verify/probe/process.json
@@ -1 +1 @@
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index 2cabe0814..6670cf42e 100644
--- a/examples/higher-order/expected/build/manifest.json
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diff --git a/examples/higher-order/expected/build/maps/HigherOrder/Combinators.map.json b/examples/higher-order/expected/build/maps/HigherOrder/Combinators.map.json
index 6a07adbe6..f962f6130 100644
--- a/examples/higher-order/expected/build/maps/HigherOrder/Combinators.map.json
+++ b/examples/higher-order/expected/build/maps/HigherOrder/Combinators.map.json
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diff --git a/examples/higher-order/expected/build/maps/HigherOrder/Main.map.json b/examples/higher-order/expected/build/maps/HigherOrder/Main.map.json
index 7b1229c50..f590d4363 100644
--- a/examples/higher-order/expected/build/maps/HigherOrder/Main.map.json
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diff --git a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Combinators.lean b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Combinators.lean
similarity index 100%
rename from examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Combinators.lean
rename to examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Combinators.lean
diff --git a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Combinators.process.json b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Combinators.process.json
new file mode 100644
index 000000000..f0ca17951
--- /dev/null
+++ b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Combinators.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Combinators.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Combinators","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'HigherOrder.Combinators.Arith' does not depend on any axioms\n'HigherOrder.Combinators.Visitor' does not depend on any axioms\n'HigherOrder.Combinators.compose' does not depend on any axioms\n'HigherOrder.Combinators.evaluate' does not depend on any axioms\n'HigherOrder.Combinators.foldList' does not depend on any axioms\n'HigherOrder.Combinators.increment' does not depend on any axioms\n'HigherOrder.Combinators.mapList' does not depend on any axioms\n'HigherOrder.Combinators.visit' does not depend on any axioms\n","stdout_sha256":"de1e33aa3f1e3e8770d289a02cc7469a8a96a5958bc23bca0cccd7b9b7805bfc","tool":"lean"}
diff --git a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Main.lean b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Main.lean
similarity index 100%
rename from examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Main.lean
rename to examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Main.lean
diff --git a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Main.process.json b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Main.process.json
new file mode 100644
index 000000000..7be66bd43
--- /dev/null
+++ b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ab5934bc97e423cda9eec0f05d9678db7.HigherOrder.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'HigherOrder.Main.addAll' does not depend on any axioms\n'HigherOrder.Main.addThenDouble' does not depend on any axioms\n'HigherOrder.Main.add_all' does not depend on any axioms\n'HigherOrder.Main.bumpAll' does not depend on any axioms\n'HigherOrder.Main.bump_all' does not depend on any axioms\n'HigherOrder.Main.composed' does not depend on any axioms\n'HigherOrder.Main.evaluator' does not depend on any axioms\n'HigherOrder.Main.map_identity' depends on axioms: [propext]\n'HigherOrder.Main.map_identity_numbers' depends on axioms: [propext]\n'HigherOrder.Main.total' does not depend on any axioms\n'HigherOrder.Main.total_sum' does not depend on any axioms\n'HigherOrder.Main.visitor_agrees' does not depend on any axioms\n","stdout_sha256":"9e0e7e9c7139fa04a4a7345994d644c70eff086f8c7a7a5afa2bfb7e457c1764","tool":"lean"}
diff --git a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Combinators.process.json b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Combinators.process.json
deleted file mode 100644
index 435d6b891..000000000
--- a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Combinators.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Combinators.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Combinators","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'HigherOrder.Combinators.Arith' does not depend on any axioms\n'HigherOrder.Combinators.Visitor' does not depend on any axioms\n'HigherOrder.Combinators.compose' does not depend on any axioms\n'HigherOrder.Combinators.evaluate' does not depend on any axioms\n'HigherOrder.Combinators.foldList' does not depend on any axioms\n'HigherOrder.Combinators.increment' does not depend on any axioms\n'HigherOrder.Combinators.mapList' does not depend on any axioms\n'HigherOrder.Combinators.visit' does not depend on any axioms\n","stdout_sha256":"de1e33aa3f1e3e8770d289a02cc7469a8a96a5958bc23bca0cccd7b9b7805bfc","tool":"lean"}
diff --git a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Main.process.json b/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Main.process.json
deleted file mode 100644
index f594d7715..000000000
--- a/examples/higher-order/expected/verify/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae5a01d2449b3b246c026e507417cc495.HigherOrder.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'HigherOrder.Main.addAll' does not depend on any axioms\n'HigherOrder.Main.addThenDouble' does not depend on any axioms\n'HigherOrder.Main.add_all' does not depend on any axioms\n'HigherOrder.Main.bumpAll' does not depend on any axioms\n'HigherOrder.Main.bump_all' does not depend on any axioms\n'HigherOrder.Main.composed' does not depend on any axioms\n'HigherOrder.Main.evaluator' does not depend on any axioms\n'HigherOrder.Main.map_identity' depends on axioms: [propext]\n'HigherOrder.Main.map_identity_numbers' depends on axioms: [propext]\n'HigherOrder.Main.total' does not depend on any axioms\n'HigherOrder.Main.total_sum' does not depend on any axioms\n'HigherOrder.Main.visitor_agrees' does not depend on any axioms\n","stdout_sha256":"9e0e7e9c7139fa04a4a7345994d644c70eff086f8c7a7a5afa2bfb7e457c1764","tool":"lean"}
diff --git a/examples/higher-order/expected/verify/probe/LexLeanProbe.Pe5a01d2449b3b246c026e507417cc495.lean b/examples/higher-order/expected/verify/probe/LexLeanProbe.Pb5934bc97e423cda9eec0f05d9678db7.lean
similarity index 100%
rename from examples/higher-order/expected/verify/probe/LexLeanProbe.Pe5a01d2449b3b246c026e507417cc495.lean
rename to examples/higher-order/expected/verify/probe/LexLeanProbe.Pb5934bc97e423cda9eec0f05d9678db7.lean
diff --git a/examples/higher-order/expected/verify/probe/process.json b/examples/higher-order/expected/verify/probe/process.json
index 0db3ec619..5f3bcc234 100644
--- a/examples/higher-order/expected/verify/probe/process.json
+++ b/examples/higher-order/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pe5a01d2449b3b246c026e507417cc495.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pe5a01d2449b3b246c026e507417cc495","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pb5934bc97e423cda9eec0f05d9678db7.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pb5934bc97e423cda9eec0f05d9678db7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/higher-order/lexlean.lock b/examples/higher-order/lexlean.lock
index 95766de49..f9fdcd36b 100644
--- a/examples/higher-order/lexlean.lock
+++ b/examples/higher-order/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "63cb702cbed6f4e72305e820ab8e7310f3323d3244a100faf4c849ec4330110a"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/examples/language-1.2/expected/build/manifest.json b/examples/language-1.2/expected/build/manifest.json
index 3ff5288ae..2d16f840f 100644
--- a/examples/language-1.2/expected/build/manifest.json
+++ b/examples/language-1.2/expected/build/manifest.json
@@ -1 +1 @@
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diff --git a/examples/language-1.2/expected/build/maps/LanguageTwelve/Main.map.json b/examples/language-1.2/expected/build/maps/LanguageTwelve/Main.map.json
index cdfff8685..6ba616f05 100644
--- a/examples/language-1.2/expected/build/maps/LanguageTwelve/Main.map.json
+++ b/examples/language-1.2/expected/build/maps/LanguageTwelve/Main.map.json
@@ -1 +1 @@
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diff --git a/examples/language-1.2/expected/verify/audit/LexLeanAudit.A91252ea0ee170a673bd0462010771fa8.LanguageTwelve.Main.lean b/examples/language-1.2/expected/verify/audit/LexLeanAudit.A8f90c02b42edd596631d3fdfeeada166.LanguageTwelve.Main.lean
similarity index 100%
rename from examples/language-1.2/expected/verify/audit/LexLeanAudit.A91252ea0ee170a673bd0462010771fa8.LanguageTwelve.Main.lean
rename to examples/language-1.2/expected/verify/audit/LexLeanAudit.A8f90c02b42edd596631d3fdfeeada166.LanguageTwelve.Main.lean
diff --git a/examples/language-1.2/expected/verify/audit/LexLeanAudit.A8f90c02b42edd596631d3fdfeeada166.LanguageTwelve.Main.process.json b/examples/language-1.2/expected/verify/audit/LexLeanAudit.A8f90c02b42edd596631d3fdfeeada166.LanguageTwelve.Main.process.json
new file mode 100644
index 000000000..53b8f96fe
--- /dev/null
+++ b/examples/language-1.2/expected/verify/audit/LexLeanAudit.A8f90c02b42edd596631d3fdfeeada166.LanguageTwelve.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A8f90c02b42edd596631d3fdfeeada166.LanguageTwelve.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A8f90c02b42edd596631d3fdfeeada166.LanguageTwelve.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LanguageTwelve.Main.doubledSuccessor' does not depend on any axioms\n'LanguageTwelve.Main.doubled_successor_two' does not depend on any axioms\n'LanguageTwelve.Main.let_statement_unfolds' does not depend on any axioms\n","stdout_sha256":"96052f032fc09970e5f3f333cca6d8656a749c07d2832f02c21c3cbff2caafa0","tool":"lean"}
diff --git a/examples/language-1.2/expected/verify/audit/LexLeanAudit.A91252ea0ee170a673bd0462010771fa8.LanguageTwelve.Main.process.json b/examples/language-1.2/expected/verify/audit/LexLeanAudit.A91252ea0ee170a673bd0462010771fa8.LanguageTwelve.Main.process.json
deleted file mode 100644
index 9f1c01828..000000000
--- a/examples/language-1.2/expected/verify/audit/LexLeanAudit.A91252ea0ee170a673bd0462010771fa8.LanguageTwelve.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91252ea0ee170a673bd0462010771fa8.LanguageTwelve.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91252ea0ee170a673bd0462010771fa8.LanguageTwelve.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LanguageTwelve.Main.doubledSuccessor' does not depend on any axioms\n'LanguageTwelve.Main.doubled_successor_two' does not depend on any axioms\n'LanguageTwelve.Main.let_statement_unfolds' does not depend on any axioms\n","stdout_sha256":"96052f032fc09970e5f3f333cca6d8656a749c07d2832f02c21c3cbff2caafa0","tool":"lean"}
diff --git a/examples/language-1.2/expected/verify/probe/LexLeanProbe.P91252ea0ee170a673bd0462010771fa8.lean b/examples/language-1.2/expected/verify/probe/LexLeanProbe.P8f90c02b42edd596631d3fdfeeada166.lean
similarity index 100%
rename from examples/language-1.2/expected/verify/probe/LexLeanProbe.P91252ea0ee170a673bd0462010771fa8.lean
rename to examples/language-1.2/expected/verify/probe/LexLeanProbe.P8f90c02b42edd596631d3fdfeeada166.lean
diff --git a/examples/language-1.2/expected/verify/probe/process.json b/examples/language-1.2/expected/verify/probe/process.json
index 6a8a4e7e0..f78d6cfc7 100644
--- a/examples/language-1.2/expected/verify/probe/process.json
+++ b/examples/language-1.2/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P91252ea0ee170a673bd0462010771fa8.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P91252ea0ee170a673bd0462010771fa8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P8f90c02b42edd596631d3fdfeeada166.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P8f90c02b42edd596631d3fdfeeada166","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/language-1.2/lexlean.lock b/examples/language-1.2/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/examples/language-1.2/lexlean.lock
+++ b/examples/language-1.2/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/examples/models/expected/build/manifest.json b/examples/models/expected/build/manifest.json
index ec884b6f6..b57b42e81 100644
--- a/examples/models/expected/build/manifest.json
+++ b/examples/models/expected/build/manifest.json
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index 20a63b403..aea06f827 100644
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diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Laws.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Laws.process.json
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--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Laws.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Models.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Models.process.json
deleted file mode 100644
index d20975b12..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Models.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Models.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Models","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanModels.Agreement' does not depend on any axioms\n'LexLeanModels.Complete1' does not depend on any axioms\n'LexLeanModels.Complete2' does not depend on any axioms\n'LexLeanModels.Complete4' does not depend on any axioms\n'LexLeanModels.Equivalent' does not depend on any axioms\n'LexLeanModels.EquivalentStep' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoInvariant' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.EquivalentStepTotal' does not depend on any axioms\n'LexLeanModels.EquivalentTotal' does not depend on any axioms\n'LexLeanModels.Initial' does not depend on any axioms\n'LexLeanModels.Preserves' does not depend on any axioms\n'LexLeanModels.PreservesTotal' does not depend on any axioms\n'LexLeanModels.Satisfies' does not depend on any axioms\n'LexLeanModels.SatisfiesStep' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoInvariant' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.SatisfiesStepTotal' does not depend on any axioms\n'LexLeanModels.SatisfiesTotal' does not depend on any axioms\n'LexLeanModels.Sound1' does not depend on any axioms\n'LexLeanModels.Sound2' does not depend on any axioms\n'LexLeanModels.Sound4' does not depend on any axioms\n'LexLeanModels.encodeInt' does not depend on any axioms\n'LexLeanModels.inRange' does not depend on any axioms\n'LexLeanModels.linesMatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanModels.tensorMatches' does not depend on any axioms\n'LexLeanModels.utf8Char' does not depend on any axioms\n","stdout_sha256":"43ad1c715570458672aedc9abb1691012eef870f5b804f1e230abb890e49ffee","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Portable.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index 47effcc90..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Flows.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Flows.process.json
deleted file mode 100644
index f37d5dde9..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Flows.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Flows.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Flows","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Flows.BothCapped' does not depend on any axioms\n'Models.Flows.BranchContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.BranchContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.BranchModel' does not depend on any axioms\n'Models.Flows.BranchModel.initial' does not depend on any axioms\n'Models.Flows.ChainContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.ChainContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.ChainModel' does not depend on any axioms\n'Models.Flows.ChainModel.initial' does not depend on any axioms\n'Models.Flows.ClampBoth' does not depend on any axioms\n'Models.Flows.ClampBoth.initial' does not depend on any axioms\n'Models.Flows.ClampGuess' does not depend on any axioms\n'Models.Flows.ClampGuess.initial' does not depend on any axioms\n'Models.Flows.ClampOrTally' does not depend on any axioms\n'Models.Flows.ClampOrTally.initial' does not depend on any axioms\n'Models.Flows.ClampTally' does not depend on any axioms\n'Models.Flows.ClampTally.initial' does not depend on any axioms\n'Models.Flows.Drain' does not depend on any axioms\n'Models.Flows.Drain.initial' does not depend on any axioms\n'Models.Flows.DrainChainModel' does not depend on any axioms\n'Models.Flows.DrainChainModel.initial' does not depend on any axioms\n'Models.Flows.DrainModel' does not depend on any axioms\n'Models.Flows.DrainModel.initial' does not depend on any axioms\n'Models.Flows.Few' does not depend on any axioms\n'Models.Flows.FlowContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.FlowModel' does not depend on any axioms\n'Models.Flows.FlowModel.initial' does not depend on any axioms\n'Models.Flows.GuessOvershoot' does not depend on any axioms\n'Models.Flows.GuessTwice' does not depend on any axioms\n'Models.Flows.OvershootPairModel' does not depend on any axioms\n'Models.Flows.PairClampContract.invariant_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Models.Flows.PairClampModel' does not depend on any axioms\n'Models.Flows.PairClampModel.initial' does not depend on any axioms\n'Models.Flows.PairGuessContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.PairGuessModel' does not depend on any axioms\n'Models.Flows.RawChainContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.RawChainModel' does not depend on any axioms\n'Models.Flows.RawChainModel.initial' does not depend on any axioms\n'Models.Flows.SpillStream' does not depend on any axioms\n'Models.Flows.SpillStreamContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.SpillStreamModel' does not depend on any axioms\n'Models.Flows.SpillTally' does not depend on any axioms\n'Models.Flows.SpillTally.initial' does not depend on any axioms\n'Models.Flows.TallyDrain' does not depend on any axioms\n'Models.Flows.TallyDrain.initial' does not depend on any axioms\n'Models.Flows.TallySpillRaw' does not depend on any axioms\n'Models.Flows.TallySpillRaw.initial' does not depend on any axioms\n'Models.Flows.TwinCapped' does not depend on any axioms\n'Models.Flows.TwinContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.TwinContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.TwinModel' does not depend on any axioms\n'Models.Flows.TwinModel.initial' does not depend on any axioms\n'Models.Flows.TwinSmall' does not depend on any axioms\n'Models.Flows.bothCappedCheck' does not depend on any axioms\n'Models.Flows.both_capped_check_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Models.Flows.both_entry_left' depends on axioms: [propext, Quot.sound]\n'Models.Flows.both_entry_right' depends on axioms: [propext, Quot.sound]\n'Models.Flows.branch_entry_else' does not depend on any axioms\n'Models.Flows.branch_entry_then' does not depend on any axioms\n'Models.Flows.chain_entry_invariant' does not depend on any axioms\n'Models.Flows.chain_entry_precondition' does not depend on any axioms\n'Models.Flows.fewCheck' does not depend on any axioms\n'Models.Flows.few_check_sound' depends on axioms: [propext]\n'Models.Flows.flow_capped_sound' depends on axioms: [propext]\n'Models.Flows.flow_entry' does not depend on any axioms\n'Models.Flows.pair_entry_left' does not depend on any axioms\n'Models.Flows.pair_entry_right' does not depend on any axioms\n'Models.Flows.pair_within_sound' depends on axioms: [propext]\n'Models.Flows.spill_tally' does not depend on any axioms\n'Models.Flows.twinCappedCheck' does not depend on any axioms\n'Models.Flows.twinSmallCheck' does not depend on any axioms\n'Models.Flows.twin_capped_check_sound' depends on axioms: [propext]\n'Models.Flows.twin_entry_left' does not depend on any axioms\n'Models.Flows.twin_entry_right' does not depend on any axioms\n'Models.Flows.twin_small_check_sound' depends on axioms: [propext]\n","stdout_sha256":"090ddb641a708c3d8e10daed419a524c1203ac41b5b8ae709a5dd78aea4fbf2b","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Glyphs.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Glyphs.process.json
deleted file mode 100644
index 9f11d8307..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Glyphs.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Glyphs.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Glyphs","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Glyphs.Glyph' does not depend on any axioms\n'Models.Glyphs.digitOf' does not depend on any axioms\n'Models.Glyphs.encode' does not depend on any axioms\n'Models.Glyphs.encode_width' does not depend on any axioms\n'Models.Glyphs.isEight' does not depend on any axioms\n'Models.Glyphs.segmentCount' does not depend on any axioms\n","stdout_sha256":"1764c5768cb6db2798341b7ddfaf8b768b57d2bb29d42349f16699721cb3527c","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Ledger.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Ledger.process.json
deleted file mode 100644
index 61b9e609e..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Ledger.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Ledger.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Ledger","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Ledger.Below' does not depend on any axioms\n'Models.Ledger.CapContract.invariant_complete' depends on axioms: [propext]\n'Models.Ledger.CapContract.invariant_sound' depends on axioms: [propext]\n'Models.Ledger.CapContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.Capped' does not depend on any axioms\n'Models.Ledger.Clamp' does not depend on any axioms\n'Models.Ledger.Clamp.initial' does not depend on any axioms\n'Models.Ledger.ClampEvidence.clamp_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.ClampEvidence.clamp_initial' does not depend on any axioms\n'Models.Ledger.ClampEvidence.clamp_preserves' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.ClampEvidence.clamp_reference' depends on axioms: [propext]\n'Models.Ledger.ClampModel' does not depend on any axioms\n'Models.Ledger.ClampModel.initial' does not depend on any axioms\n'Models.Ledger.FreeContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.FreeEvidence.tally_free_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.FreeEvidence.tally_free_reference' depends on axioms: [propext]\n'Models.Ledger.FreeModel' does not depend on any axioms\n'Models.Ledger.FreeModel.initial' does not depend on any axioms\n'Models.Ledger.Grows' does not depend on any axioms\n'Models.Ledger.Guess' does not depend on any axioms\n'Models.Ledger.GuessContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.GuessContract.precondition_complete' depends on axioms: [propext]\n'Models.Ledger.GuessContract.precondition_sound' depends on axioms: [propext]\n'Models.Ledger.GuessEquivalence.guess_reference' depends on axioms: [propext]\n'Models.Ledger.GuessExactModel' does not depend on any axioms\n'Models.Ledger.GuessModel' does not depend on any axioms\n'Models.Ledger.GuessSample.guess_agreement' does not depend on any axioms\n'Models.Ledger.LedgerContract.invariant_complete' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.invariant_sound' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.postcondition_complete' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.precondition_sound' depends on axioms: [propext]\n'Models.Ledger.Overshoot' does not depend on any axioms\n'Models.Ledger.OvershootModel' does not depend on any axioms\n'Models.Ledger.Small' does not depend on any axioms\n'Models.Ledger.Spill' does not depend on any axioms\n'Models.Ledger.Spill.initial' does not depend on any axioms\n'Models.Ledger.SpillEvidence.spill_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.SpillModel' does not depend on any axioms\n'Models.Ledger.SpillModel.initial' does not depend on any axioms\n'Models.Ledger.SpillRawModel' does not depend on any axioms\n'Models.Ledger.SpillRawModel.initial' does not depend on any axioms\n'Models.Ledger.SpillReference.spill_reference' depends on axioms: [propext]\n'Models.Ledger.Tally' does not depend on any axioms\n'Models.Ledger.Tally.initial' does not depend on any axioms\n'Models.Ledger.TallyContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.TallyContract.precondition_sound' depends on axioms: [propext]\n'Models.Ledger.TallyEvidence.tally_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.TallyEvidence.tally_reference' depends on axioms: [propext]\n'Models.Ledger.TallyModel' does not depend on any axioms\n'Models.Ledger.TallyModel.initial' does not depend on any axioms\n'Models.Ledger.Within' does not depend on any axioms\n'Models.Ledger.belowCheck' does not depend on any axioms\n'Models.Ledger.below_check_sound' depends on axioms: [propext]\n'Models.Ledger.cappedCheck' does not depend on any axioms\n'Models.Ledger.capped_check_complete' depends on axioms: [propext]\n'Models.Ledger.capped_check_sound' depends on axioms: [propext]\n'Models.Ledger.clampRef' does not depend on any axioms\n'Models.Ledger.clamp_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.clamp_initial' does not depend on any axioms\n'Models.Ledger.clamp_preserves' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.clamp_reference' depends on axioms: [propext]\n'Models.Ledger.growsCheck' does not depend on any axioms\n'Models.Ledger.grows_check_complete' depends on axioms: [propext]\n'Models.Ledger.grows_check_sound' depends on axioms: [propext]\n'Models.Ledger.guessRef' does not depend on any axioms\n'Models.Ledger.guessSamples' does not depend on any axioms\n'Models.Ledger.guess_agreement' does not depend on any axioms\n'Models.Ledger.guess_reference' depends on axioms: [propext]\n'Models.Ledger.sameNat' does not depend on any axioms\n'Models.Ledger.same_nat_sound' depends on axioms: [propext]\n'Models.Ledger.smallCheck' does not depend on any axioms\n'Models.Ledger.small_check_sound' depends on axioms: [propext]\n'Models.Ledger.spillRef' does not depend on any axioms\n'Models.Ledger.spill_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.spill_reference' depends on axioms: [propext]\n'Models.Ledger.tallyRef' does not depend on any axioms\n'Models.Ledger.tally_free_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.tally_free_reference' depends on axioms: [propext]\n'Models.Ledger.tally_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.tally_reference' depends on axioms: [propext]\n'Models.Ledger.violationCode' does not depend on any axioms\n'Models.Ledger.withinCheck' does not depend on any axioms\n'Models.Ledger.within_check_complete' depends on axioms: [propext]\n'Models.Ledger.within_check_sound' depends on axioms: [propext]\n","stdout_sha256":"0906cff53c4ed452adb799c9fa7c1d2a73a86b3cc74b745342ac5245b8acf079","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Main.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Main.process.json
deleted file mode 100644
index 5082ab241..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Main.admission' does not depend on any axioms\n'Models.Main.admitCosts' does not depend on any axioms\n'Models.Main.admit_accepts_cheap' does not depend on any axioms\n'Models.Main.admit_rejects_costly' does not depend on any axioms\n'Models.Main.branchCode' does not depend on any axioms\n'Models.Main.branchStep' does not depend on any axioms\n'Models.Main.branch_refuses_precondition' does not depend on any axioms\n'Models.Main.branch_takes_else' does not depend on any axioms\n'Models.Main.branch_takes_then' does not depend on any axioms\n'Models.Main.chainCode' does not depend on any axioms\n'Models.Main.chainStep' does not depend on any axioms\n'Models.Main.chain_accepts' does not depend on any axioms\n'Models.Main.chain_refuses_precondition' does not depend on any axioms\n'Models.Main.chain_refuses_stage_output' does not depend on any axioms\n'Models.Main.classify' depends on axioms: [propext]\n'Models.Main.classifyChecked' depends on axioms: [propext]\n'Models.Main.classify_eight' depends on axioms: [propext]\n'Models.Main.drainChainStep' does not depend on any axioms\n'Models.Main.drain_chain_accepts' does not depend on any axioms\n'Models.Main.drain_chain_refuses_postcondition' does not depend on any axioms\n'Models.Main.flowCode' does not depend on any axioms\n'Models.Main.flowStep' does not depend on any axioms\n'Models.Main.flow_accepts' does not depend on any axioms\n'Models.Main.flow_refuses_input' does not depend on any axioms\n'Models.Main.flow_refuses_junction' does not depend on any axioms\n'Models.Main.guessChecked' does not depend on any axioms\n'Models.Main.guessOvershoot' does not depend on any axioms\n'Models.Main.guessTwice' does not depend on any axioms\n'Models.Main.guess_accepts' does not depend on any axioms\n'Models.Main.guess_refuses_precondition' does not depend on any axioms\n'Models.Main.ledgerFull' does not depend on any axioms\n'Models.Main.ledgerPost' does not depend on any axioms\n'Models.Main.ledger_accepts' does not depend on any axioms\n'Models.Main.ledger_full_accepts' does not depend on any axioms\n'Models.Main.ledger_full_refuses_output' does not depend on any axioms\n'Models.Main.ledger_refuses_input' does not depend on any axioms\n'Models.Main.ledger_refuses_output' does not depend on any axioms\n'Models.Main.ledger_refuses_precondition' does not depend on any axioms\n'Models.Main.overshootChecked' does not depend on any axioms\n'Models.Main.overshoot_pair_refuses_postcondition' does not depend on any axioms\n'Models.Main.overshoot_refuses_postcondition' does not depend on any axioms\n'Models.Main.pairClamp' does not depend on any axioms\n'Models.Main.pair_clamp_accepts' does not depend on any axioms\n'Models.Main.pair_clamp_refuses_input' does not depend on any axioms\n'Models.Main.quadCode' does not depend on any axioms\n'Models.Main.rawChainStep' does not depend on any axioms\n'Models.Main.raw_chain_accepts' does not depend on any axioms\n'Models.Main.raw_chain_refuses_input' does not depend on any axioms\n'Models.Main.raw_chain_refuses_precondition' does not depend on any axioms\n'Models.Main.respond' depends on axioms: [propext]\n'Models.Main.spillStream' does not depend on any axioms\n'Models.Main.step' does not depend on any axioms\n'Models.Main.stepCode' does not depend on any axioms\n'Models.Main.streamCode' does not depend on any axioms\n'Models.Main.stream_accepts' does not depend on any axioms\n'Models.Main.stream_refuses_output' does not depend on any axioms\n'Models.Main.twiceCode' does not depend on any axioms\n'Models.Main.twice_accepts' does not depend on any axioms\n'Models.Main.twice_refuses' does not depend on any axioms\n'Models.Main.twinStep' does not depend on any axioms\n'Models.Main.twin_accepts' does not depend on any axioms\n'Models.Main.twin_refuses_input' does not depend on any axioms\n'Models.Main.twin_refuses_precondition' does not depend on any axioms\n'Models.Main.valueCode' does not depend on any axioms\n","stdout_sha256":"e3d25ec7612d3d524a16f7635c0ff54fe7ee057f27ef341f9b384b0161610666","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Pipeline.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Pipeline.process.json
deleted file mode 100644
index 1e8216508..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Pipeline.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Pipeline.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Pipeline","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Pipeline.Answered' does not depend on any axioms\n'Models.Pipeline.Bounded9' does not depend on any axioms\n'Models.Pipeline.CheckedEvidence.checked_answers' depends on axioms: [propext]\n'Models.Pipeline.CheckedModel' depends on axioms: [propext]\n'Models.Pipeline.CheckedPipeline' depends on axioms: [propext]\n'Models.Pipeline.GlyphPair' does not depend on any axioms\n'Models.Pipeline.GlyphReport' depends on axioms: [propext]\n'Models.Pipeline.GlyphRoute' depends on axioms: [propext]\n'Models.Pipeline.Lit' does not depend on any axioms\n'Models.Pipeline.PairEvidence.pair_correct' does not depend on any axioms\n'Models.Pipeline.PairLit' does not depend on any axioms\n'Models.Pipeline.PairModel' does not depend on any axioms\n'Models.Pipeline.PipelineContract.precondition_sound' does not depend on any axioms\n'Models.Pipeline.PipelineEvidence.pipeline_responds' depends on axioms: [propext]\n'Models.Pipeline.PipelineModel' depends on axioms: [propext]\n'Models.Pipeline.ReportEvidence.report_correct' depends on axioms: [propext]\n'Models.Pipeline.ReportModel' depends on axioms: [propext]\n'Models.Pipeline.Reported' does not depend on any axioms\n'Models.Pipeline.Responds' does not depend on any axioms\n'Models.Pipeline.RouteEvidence.route_bounded' depends on axioms: [propext]\n'Models.Pipeline.RouteModel' depends on axioms: [propext]\n'Models.Pipeline.SegmentCounter' does not depend on any axioms\n'Models.Pipeline.SegmentEvidence.segments_lit' does not depend on any axioms\n'Models.Pipeline.SegmentModel' does not depend on any axioms\n'Models.Pipeline.SessionStream' does not depend on any axioms\n'Models.Pipeline.ShortStream' does not depend on any axioms\n'Models.Pipeline.StreamContract.precondition_sound' depends on axioms: [propext, Quot.sound]\n'Models.Pipeline.StreamModel' does not depend on any axioms\n'Models.Pipeline.TriagePipeline' depends on axioms: [propext]\n'Models.Pipeline.checked_answers' depends on axioms: [propext]\n'Models.Pipeline.pair_correct' does not depend on any axioms\n'Models.Pipeline.pipeline_entry' does not depend on any axioms\n'Models.Pipeline.pipeline_responds' depends on axioms: [propext]\n'Models.Pipeline.report_correct' depends on axioms: [propext]\n'Models.Pipeline.resultCode' does not depend on any axioms\n'Models.Pipeline.route_bounded' depends on axioms: [propext]\n'Models.Pipeline.segments_lit' does not depend on any axioms\n'Models.Pipeline.shortStreamCheck' does not depend on any axioms\n'Models.Pipeline.short_stream_check_sound' depends on axioms: [propext, Quot.sound]\n'Models.Pipeline.symptomatic_sound' does not depend on any axioms\n'Models.Pipeline.triage_actionable' depends on axioms: [propext]\n","stdout_sha256":"0dc16ef42f1b4fafea1004c5a0e46ae569ddbec65791ac9fc89c029e62401683","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Policy.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Policy.process.json
deleted file mode 100644
index 472234f9c..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Policy.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Policy.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Policy","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Policy.Actionable' does not depend on any axioms\n'Models.Policy.Escalates' does not depend on any axioms\n'Models.Policy.PolicyContract.precondition_complete' does not depend on any axioms\n'Models.Policy.PolicyContract.precondition_sound' does not depend on any axioms\n'Models.Policy.PolicyEvidence.policy_escalates' does not depend on any axioms\n'Models.Policy.PolicyModel' does not depend on any axioms\n'Models.Policy.PolicyRules' does not depend on any axioms\n'Models.Policy.PolicyRules.selected' does not depend on any axioms\n'Models.Policy.actionableCheck' does not depend on any axioms\n'Models.Policy.actionable_check_complete' does not depend on any axioms\n'Models.Policy.actionable_check_sound' does not depend on any axioms\n'Models.Policy.emergency_dispatches' does not depend on any axioms\n'Models.Policy.isUrgent' does not depend on any axioms\n'Models.Policy.policy_escalates' does not depend on any axioms\n","stdout_sha256":"270b3535085cfe0cb7e75fc0f2df214d0fd2ec13f84dd5ee6c2c74e95db97b61","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Recognizer.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Recognizer.process.json
deleted file mode 100644
index fec0c1c40..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Recognizer.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Recognizer.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Recognizer","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Recognizer.DigitContract.postcondition_complete' depends on axioms: [propext]\n'Models.Recognizer.DigitContract.postcondition_sound' depends on axioms: [propext]\n'Models.Recognizer.DigitEvidence.digit_net_correct' depends on axioms: [propext]\n'Models.Recognizer.DigitEvidence.digit_net_exact' depends on axioms: [propext]\n'Models.Recognizer.DigitEvidence.labeled_agreement' depends on axioms: [propext]\n'Models.Recognizer.DigitModel' depends on axioms: [propext]\n'Models.Recognizer.DigitNet' depends on axioms: [propext]\n'Models.Recognizer.DigitNet.encoded' does not depend on any axioms\n'Models.Recognizer.DigitNet.layer1' does not depend on any axioms\n'Models.Recognizer.DigitNet.layer2' depends on axioms: [propext]\n'Models.Recognizer.DigitNet.layer3' depends on axioms: [propext]\n'Models.Recognizer.DigitNet.layer4' does not depend on any axioms\n'Models.Recognizer.DigitNet.logits' depends on axioms: [propext]\n'Models.Recognizer.RawDigitModel' depends on axioms: [propext]\n'Models.Recognizer.Recognizes' does not depend on any axioms\n'Models.Recognizer.banner' does not depend on any axioms\n'Models.Recognizer.banner.bytes' does not depend on any axioms\n'Models.Recognizer.banner.decoded' does not depend on any axioms\n'Models.Recognizer.digitName' does not depend on any axioms\n'Models.Recognizer.digitNames' does not depend on any axioms\n'Models.Recognizer.digitNames.bytes' does not depend on any axioms\n'Models.Recognizer.digitNames.decoded' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Models.Recognizer.digit_net_correct' depends on axioms: [propext]\n'Models.Recognizer.digit_net_exact' depends on axioms: [propext]\n'Models.Recognizer.digit_net_width' does not depend on any axioms\n'Models.Recognizer.hiddenBias' does not depend on any axioms\n'Models.Recognizer.hiddenBias.bytes' does not depend on any axioms\n'Models.Recognizer.hiddenBias.decoded' does not depend on any axioms\n'Models.Recognizer.hiddenWeights' does not depend on any axioms\n'Models.Recognizer.hiddenWeights.bytes' does not depend on any axioms\n'Models.Recognizer.hiddenWeights.decoded' does not depend on any axioms\n'Models.Recognizer.labeledGlyphs' does not depend on any axioms\n'Models.Recognizer.labeled_agreement' depends on axioms: [propext]\n'Models.Recognizer.outputBias' does not depend on any axioms\n'Models.Recognizer.outputBias.bytes' does not depend on any axioms\n'Models.Recognizer.outputBias.decoded' does not depend on any axioms\n'Models.Recognizer.outputWeights' does not depend on any axioms\n'Models.Recognizer.outputWeights.bytes' does not depend on any axioms\n'Models.Recognizer.outputWeights.decoded' does not depend on any axioms\n'Models.Recognizer.recognizesCheck' does not depend on any axioms\n'Models.Recognizer.recognizes_check_complete' depends on axioms: [propext]\n'Models.Recognizer.recognizes_check_sound' depends on axioms: [propext]\n'Models.Recognizer.sameDigit' does not depend on any axioms\n'Models.Recognizer.same_digit_sound' depends on axioms: [propext]\n","stdout_sha256":"60af4cd88341dc6ed70fd6c68abe9115fc2ca32ba7267d0e09c06d781e05bb3f","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Session.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Session.process.json
deleted file mode 100644
index 3dc7f958a..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Session.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Session.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Session","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Session.Affordable' does not depend on any axioms\n'Models.Session.Bounded' does not depend on any axioms\n'Models.Session.Conserves' does not depend on any axioms\n'Models.Session.SessionContract.invariant_sound' depends on axioms: [propext]\n'Models.Session.SessionContract.precondition_sound' depends on axioms: [propext]\n'Models.Session.SessionEvidence.session_conserves' depends on axioms: [propext, Quot.sound]\n'Models.Session.SessionEvidence.session_initial' does not depend on any axioms\n'Models.Session.SessionEvidence.session_preserves' depends on axioms: [propext, Quot.sound]\n'Models.Session.SessionModel' does not depend on any axioms\n'Models.Session.SessionModel.initial' does not depend on any axioms\n'Models.Session.SessionStep' does not depend on any axioms\n'Models.Session.SessionStep.initial' does not depend on any axioms\n'Models.Session.Window' does not depend on any axioms\n'Models.Session.affordableCheck' does not depend on any axioms\n'Models.Session.affordable_check_sound' depends on axioms: [propext]\n'Models.Session.boundedCheck' does not depend on any axioms\n'Models.Session.bounded_check_sound' depends on axioms: [propext]\n'Models.Session.session_conserves' depends on axioms: [propext, Quot.sound]\n'Models.Session.session_initial' does not depend on any axioms\n'Models.Session.session_preserves' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"5b3dd4ed72a0f66dee11301a85b919df9929b103d83b10386079e5666ff0ca8c","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Triage.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Triage.process.json
deleted file mode 100644
index c90410840..000000000
--- a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Triage.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Triage.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Triage","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Triage.Level' does not depend on any axioms\n'Models.Triage.Presentation' does not depend on any axioms\n'Models.Triage.Safe' does not depend on any axioms\n'Models.Triage.Symptomatic' does not depend on any axioms\n'Models.Triage.TriageContract.precondition_sound' does not depend on any axioms\n'Models.Triage.TriageEvidence.triage_safe' depends on axioms: [propext]\n'Models.Triage.TriageModel' depends on axioms: [propext]\n'Models.Triage.TriageScore' depends on axioms: [propext]\n'Models.Triage.TriageScore.features' does not depend on any axioms\n'Models.Triage.TriageScore.scores' does not depend on any axioms\n'Models.Triage.features' does not depend on any axioms\n'Models.Triage.hasSymptom' does not depend on any axioms\n'Models.Triage.isBreathless' does not depend on any axioms\n'Models.Triage.isEmergency' does not depend on any axioms\n'Models.Triage.isRoutine' does not depend on any axioms\n'Models.Triage.symptomaticCheck' does not depend on any axioms\n'Models.Triage.symptomatic_check_sound' does not depend on any axioms\n'Models.Triage.triageBias' does not depend on any axioms\n'Models.Triage.triageBias.bytes' does not depend on any axioms\n'Models.Triage.triageBias.decoded' does not depend on any axioms\n'Models.Triage.triageWeights' does not depend on any axioms\n'Models.Triage.triageWeights.bytes' does not depend on any axioms\n'Models.Triage.triageWeights.decoded' does not depend on any axioms\n'Models.Triage.triage_safe' depends on axioms: [propext]\n'Models.Triage.triage_width' does not depend on any axioms\n","stdout_sha256":"8f5494414737d009f24637a313c3f98408cfea4d290db1d9285d4af1f3d9525c","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Collections.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Collections.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Collections.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Collections.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Collections.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..cd1d0d0a5
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Laws.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Laws.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Laws.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Laws.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Laws.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Laws.process.json
new file mode 100644
index 000000000..2d58d2bf8
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Laws.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Models.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Models.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Models.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Models.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Models.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Models.process.json
new file mode 100644
index 000000000..9832e8650
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Models.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Models.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Models","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanModels.Agreement' does not depend on any axioms\n'LexLeanModels.Complete1' does not depend on any axioms\n'LexLeanModels.Complete2' does not depend on any axioms\n'LexLeanModels.Complete4' does not depend on any axioms\n'LexLeanModels.Equivalent' does not depend on any axioms\n'LexLeanModels.EquivalentStep' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoInvariant' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.EquivalentStepTotal' does not depend on any axioms\n'LexLeanModels.EquivalentTotal' does not depend on any axioms\n'LexLeanModels.Initial' does not depend on any axioms\n'LexLeanModels.Preserves' does not depend on any axioms\n'LexLeanModels.PreservesTotal' does not depend on any axioms\n'LexLeanModels.Satisfies' does not depend on any axioms\n'LexLeanModels.SatisfiesStep' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoInvariant' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.SatisfiesStepTotal' does not depend on any axioms\n'LexLeanModels.SatisfiesTotal' does not depend on any axioms\n'LexLeanModels.Sound1' does not depend on any axioms\n'LexLeanModels.Sound2' does not depend on any axioms\n'LexLeanModels.Sound4' does not depend on any axioms\n'LexLeanModels.encodeInt' does not depend on any axioms\n'LexLeanModels.inRange' does not depend on any axioms\n'LexLeanModels.linesMatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanModels.tensorMatches' does not depend on any axioms\n'LexLeanModels.utf8Char' does not depend on any axioms\n","stdout_sha256":"43ad1c715570458672aedc9abb1691012eef870f5b804f1e230abb890e49ffee","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Portable.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Portable.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.LexLeanRuntime.Portable.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Portable.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Portable.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..6bfb8bc44
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Flows.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Flows.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Flows.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Flows.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Flows.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Flows.process.json
new file mode 100644
index 000000000..1cbebed5d
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Flows.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Flows.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Flows","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Flows.BothCapped' does not depend on any axioms\n'Models.Flows.BranchContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.BranchContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.BranchModel' does not depend on any axioms\n'Models.Flows.BranchModel.initial' does not depend on any axioms\n'Models.Flows.ChainContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.ChainContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.ChainModel' does not depend on any axioms\n'Models.Flows.ChainModel.initial' does not depend on any axioms\n'Models.Flows.ClampBoth' does not depend on any axioms\n'Models.Flows.ClampBoth.initial' does not depend on any axioms\n'Models.Flows.ClampGuess' does not depend on any axioms\n'Models.Flows.ClampGuess.initial' does not depend on any axioms\n'Models.Flows.ClampOrTally' does not depend on any axioms\n'Models.Flows.ClampOrTally.initial' does not depend on any axioms\n'Models.Flows.ClampTally' does not depend on any axioms\n'Models.Flows.ClampTally.initial' does not depend on any axioms\n'Models.Flows.Drain' does not depend on any axioms\n'Models.Flows.Drain.initial' does not depend on any axioms\n'Models.Flows.DrainChainModel' does not depend on any axioms\n'Models.Flows.DrainChainModel.initial' does not depend on any axioms\n'Models.Flows.DrainModel' does not depend on any axioms\n'Models.Flows.DrainModel.initial' does not depend on any axioms\n'Models.Flows.Few' does not depend on any axioms\n'Models.Flows.FlowContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.FlowModel' does not depend on any axioms\n'Models.Flows.FlowModel.initial' does not depend on any axioms\n'Models.Flows.GuessOvershoot' does not depend on any axioms\n'Models.Flows.GuessTwice' does not depend on any axioms\n'Models.Flows.OvershootPairModel' does not depend on any axioms\n'Models.Flows.PairClampContract.invariant_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Models.Flows.PairClampModel' does not depend on any axioms\n'Models.Flows.PairClampModel.initial' does not depend on any axioms\n'Models.Flows.PairGuessContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.PairGuessModel' does not depend on any axioms\n'Models.Flows.RawChainContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.RawChainModel' does not depend on any axioms\n'Models.Flows.RawChainModel.initial' does not depend on any axioms\n'Models.Flows.SpillStream' does not depend on any axioms\n'Models.Flows.SpillStreamContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.SpillStreamModel' does not depend on any axioms\n'Models.Flows.SpillTally' does not depend on any axioms\n'Models.Flows.SpillTally.initial' does not depend on any axioms\n'Models.Flows.TallyDrain' does not depend on any axioms\n'Models.Flows.TallyDrain.initial' does not depend on any axioms\n'Models.Flows.TallySpillRaw' does not depend on any axioms\n'Models.Flows.TallySpillRaw.initial' does not depend on any axioms\n'Models.Flows.TwinCapped' does not depend on any axioms\n'Models.Flows.TwinContract.invariant_sound' depends on axioms: [propext]\n'Models.Flows.TwinContract.precondition_sound' depends on axioms: [propext]\n'Models.Flows.TwinModel' does not depend on any axioms\n'Models.Flows.TwinModel.initial' does not depend on any axioms\n'Models.Flows.TwinSmall' does not depend on any axioms\n'Models.Flows.bothCappedCheck' does not depend on any axioms\n'Models.Flows.both_capped_check_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Models.Flows.both_entry_left' depends on axioms: [propext, Quot.sound]\n'Models.Flows.both_entry_right' depends on axioms: [propext, Quot.sound]\n'Models.Flows.branch_entry_else' does not depend on any axioms\n'Models.Flows.branch_entry_then' does not depend on any axioms\n'Models.Flows.chain_entry_invariant' does not depend on any axioms\n'Models.Flows.chain_entry_precondition' does not depend on any axioms\n'Models.Flows.fewCheck' does not depend on any axioms\n'Models.Flows.few_check_sound' depends on axioms: [propext]\n'Models.Flows.flow_capped_sound' depends on axioms: [propext]\n'Models.Flows.flow_entry' does not depend on any axioms\n'Models.Flows.pair_entry_left' does not depend on any axioms\n'Models.Flows.pair_entry_right' does not depend on any axioms\n'Models.Flows.pair_within_sound' depends on axioms: [propext]\n'Models.Flows.spill_tally' does not depend on any axioms\n'Models.Flows.twinCappedCheck' does not depend on any axioms\n'Models.Flows.twinSmallCheck' does not depend on any axioms\n'Models.Flows.twin_capped_check_sound' depends on axioms: [propext]\n'Models.Flows.twin_entry_left' does not depend on any axioms\n'Models.Flows.twin_entry_right' does not depend on any axioms\n'Models.Flows.twin_small_check_sound' depends on axioms: [propext]\n","stdout_sha256":"090ddb641a708c3d8e10daed419a524c1203ac41b5b8ae709a5dd78aea4fbf2b","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Glyphs.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Glyphs.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Glyphs.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Glyphs.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Glyphs.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Glyphs.process.json
new file mode 100644
index 000000000..e66b00c7f
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Glyphs.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Glyphs.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Glyphs","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Glyphs.Glyph' does not depend on any axioms\n'Models.Glyphs.digitOf' does not depend on any axioms\n'Models.Glyphs.encode' does not depend on any axioms\n'Models.Glyphs.encode_width' does not depend on any axioms\n'Models.Glyphs.isEight' does not depend on any axioms\n'Models.Glyphs.segmentCount' does not depend on any axioms\n","stdout_sha256":"1764c5768cb6db2798341b7ddfaf8b768b57d2bb29d42349f16699721cb3527c","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Ledger.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Ledger.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Ledger.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Ledger.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Ledger.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Ledger.process.json
new file mode 100644
index 000000000..515515212
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Ledger.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Ledger.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Ledger","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Ledger.Below' does not depend on any axioms\n'Models.Ledger.CapContract.invariant_complete' depends on axioms: [propext]\n'Models.Ledger.CapContract.invariant_sound' depends on axioms: [propext]\n'Models.Ledger.CapContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.Capped' does not depend on any axioms\n'Models.Ledger.Clamp' does not depend on any axioms\n'Models.Ledger.Clamp.initial' does not depend on any axioms\n'Models.Ledger.ClampEvidence.clamp_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.ClampEvidence.clamp_initial' does not depend on any axioms\n'Models.Ledger.ClampEvidence.clamp_preserves' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.ClampEvidence.clamp_reference' depends on axioms: [propext]\n'Models.Ledger.ClampModel' does not depend on any axioms\n'Models.Ledger.ClampModel.initial' does not depend on any axioms\n'Models.Ledger.FreeContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.FreeEvidence.tally_free_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.FreeEvidence.tally_free_reference' depends on axioms: [propext]\n'Models.Ledger.FreeModel' does not depend on any axioms\n'Models.Ledger.FreeModel.initial' does not depend on any axioms\n'Models.Ledger.Grows' does not depend on any axioms\n'Models.Ledger.Guess' does not depend on any axioms\n'Models.Ledger.GuessContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.GuessContract.precondition_complete' depends on axioms: [propext]\n'Models.Ledger.GuessContract.precondition_sound' depends on axioms: [propext]\n'Models.Ledger.GuessEquivalence.guess_reference' depends on axioms: [propext]\n'Models.Ledger.GuessExactModel' does not depend on any axioms\n'Models.Ledger.GuessModel' does not depend on any axioms\n'Models.Ledger.GuessSample.guess_agreement' does not depend on any axioms\n'Models.Ledger.LedgerContract.invariant_complete' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.invariant_sound' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.postcondition_complete' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.LedgerContract.precondition_sound' depends on axioms: [propext]\n'Models.Ledger.Overshoot' does not depend on any axioms\n'Models.Ledger.OvershootModel' does not depend on any axioms\n'Models.Ledger.Small' does not depend on any axioms\n'Models.Ledger.Spill' does not depend on any axioms\n'Models.Ledger.Spill.initial' does not depend on any axioms\n'Models.Ledger.SpillEvidence.spill_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.SpillModel' does not depend on any axioms\n'Models.Ledger.SpillModel.initial' does not depend on any axioms\n'Models.Ledger.SpillRawModel' does not depend on any axioms\n'Models.Ledger.SpillRawModel.initial' does not depend on any axioms\n'Models.Ledger.SpillReference.spill_reference' depends on axioms: [propext]\n'Models.Ledger.Tally' does not depend on any axioms\n'Models.Ledger.Tally.initial' does not depend on any axioms\n'Models.Ledger.TallyContract.postcondition_sound' depends on axioms: [propext]\n'Models.Ledger.TallyContract.precondition_sound' depends on axioms: [propext]\n'Models.Ledger.TallyEvidence.tally_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.TallyEvidence.tally_reference' depends on axioms: [propext]\n'Models.Ledger.TallyModel' does not depend on any axioms\n'Models.Ledger.TallyModel.initial' does not depend on any axioms\n'Models.Ledger.Within' does not depend on any axioms\n'Models.Ledger.belowCheck' does not depend on any axioms\n'Models.Ledger.below_check_sound' depends on axioms: [propext]\n'Models.Ledger.cappedCheck' does not depend on any axioms\n'Models.Ledger.capped_check_complete' depends on axioms: [propext]\n'Models.Ledger.capped_check_sound' depends on axioms: [propext]\n'Models.Ledger.clampRef' does not depend on any axioms\n'Models.Ledger.clamp_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.clamp_initial' does not depend on any axioms\n'Models.Ledger.clamp_preserves' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.clamp_reference' depends on axioms: [propext]\n'Models.Ledger.growsCheck' does not depend on any axioms\n'Models.Ledger.grows_check_complete' depends on axioms: [propext]\n'Models.Ledger.grows_check_sound' depends on axioms: [propext]\n'Models.Ledger.guessRef' does not depend on any axioms\n'Models.Ledger.guessSamples' does not depend on any axioms\n'Models.Ledger.guess_agreement' does not depend on any axioms\n'Models.Ledger.guess_reference' depends on axioms: [propext]\n'Models.Ledger.sameNat' does not depend on any axioms\n'Models.Ledger.same_nat_sound' depends on axioms: [propext]\n'Models.Ledger.smallCheck' does not depend on any axioms\n'Models.Ledger.small_check_sound' depends on axioms: [propext]\n'Models.Ledger.spillRef' does not depend on any axioms\n'Models.Ledger.spill_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.spill_reference' depends on axioms: [propext]\n'Models.Ledger.tallyRef' does not depend on any axioms\n'Models.Ledger.tally_free_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.tally_free_reference' depends on axioms: [propext]\n'Models.Ledger.tally_grows' depends on axioms: [propext, Quot.sound]\n'Models.Ledger.tally_reference' depends on axioms: [propext]\n'Models.Ledger.violationCode' does not depend on any axioms\n'Models.Ledger.withinCheck' does not depend on any axioms\n'Models.Ledger.within_check_complete' depends on axioms: [propext]\n'Models.Ledger.within_check_sound' depends on axioms: [propext]\n","stdout_sha256":"0906cff53c4ed452adb799c9fa7c1d2a73a86b3cc74b745342ac5245b8acf079","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Main.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Main.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Main.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Main.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Main.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Main.process.json
new file mode 100644
index 000000000..cfb980a54
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Main.admission' does not depend on any axioms\n'Models.Main.admitCosts' does not depend on any axioms\n'Models.Main.admit_accepts_cheap' does not depend on any axioms\n'Models.Main.admit_rejects_costly' does not depend on any axioms\n'Models.Main.branchCode' does not depend on any axioms\n'Models.Main.branchStep' does not depend on any axioms\n'Models.Main.branch_refuses_precondition' does not depend on any axioms\n'Models.Main.branch_takes_else' does not depend on any axioms\n'Models.Main.branch_takes_then' does not depend on any axioms\n'Models.Main.chainCode' does not depend on any axioms\n'Models.Main.chainStep' does not depend on any axioms\n'Models.Main.chain_accepts' does not depend on any axioms\n'Models.Main.chain_refuses_precondition' does not depend on any axioms\n'Models.Main.chain_refuses_stage_output' does not depend on any axioms\n'Models.Main.classify' depends on axioms: [propext]\n'Models.Main.classifyChecked' depends on axioms: [propext]\n'Models.Main.classify_eight' depends on axioms: [propext]\n'Models.Main.drainChainStep' does not depend on any axioms\n'Models.Main.drain_chain_accepts' does not depend on any axioms\n'Models.Main.drain_chain_refuses_postcondition' does not depend on any axioms\n'Models.Main.flowCode' does not depend on any axioms\n'Models.Main.flowStep' does not depend on any axioms\n'Models.Main.flow_accepts' does not depend on any axioms\n'Models.Main.flow_refuses_input' does not depend on any axioms\n'Models.Main.flow_refuses_junction' does not depend on any axioms\n'Models.Main.guessChecked' does not depend on any axioms\n'Models.Main.guessOvershoot' does not depend on any axioms\n'Models.Main.guessTwice' does not depend on any axioms\n'Models.Main.guess_accepts' does not depend on any axioms\n'Models.Main.guess_refuses_precondition' does not depend on any axioms\n'Models.Main.ledgerFull' does not depend on any axioms\n'Models.Main.ledgerPost' does not depend on any axioms\n'Models.Main.ledger_accepts' does not depend on any axioms\n'Models.Main.ledger_full_accepts' does not depend on any axioms\n'Models.Main.ledger_full_refuses_output' does not depend on any axioms\n'Models.Main.ledger_refuses_input' does not depend on any axioms\n'Models.Main.ledger_refuses_output' does not depend on any axioms\n'Models.Main.ledger_refuses_precondition' does not depend on any axioms\n'Models.Main.overshootChecked' does not depend on any axioms\n'Models.Main.overshoot_pair_refuses_postcondition' does not depend on any axioms\n'Models.Main.overshoot_refuses_postcondition' does not depend on any axioms\n'Models.Main.pairClamp' does not depend on any axioms\n'Models.Main.pair_clamp_accepts' does not depend on any axioms\n'Models.Main.pair_clamp_refuses_input' does not depend on any axioms\n'Models.Main.quadCode' does not depend on any axioms\n'Models.Main.rawChainStep' does not depend on any axioms\n'Models.Main.raw_chain_accepts' does not depend on any axioms\n'Models.Main.raw_chain_refuses_input' does not depend on any axioms\n'Models.Main.raw_chain_refuses_precondition' does not depend on any axioms\n'Models.Main.respond' depends on axioms: [propext]\n'Models.Main.spillStream' does not depend on any axioms\n'Models.Main.step' does not depend on any axioms\n'Models.Main.stepCode' does not depend on any axioms\n'Models.Main.streamCode' does not depend on any axioms\n'Models.Main.stream_accepts' does not depend on any axioms\n'Models.Main.stream_refuses_output' does not depend on any axioms\n'Models.Main.twiceCode' does not depend on any axioms\n'Models.Main.twice_accepts' does not depend on any axioms\n'Models.Main.twice_refuses' does not depend on any axioms\n'Models.Main.twinStep' does not depend on any axioms\n'Models.Main.twin_accepts' does not depend on any axioms\n'Models.Main.twin_refuses_input' does not depend on any axioms\n'Models.Main.twin_refuses_precondition' does not depend on any axioms\n'Models.Main.valueCode' does not depend on any axioms\n","stdout_sha256":"e3d25ec7612d3d524a16f7635c0ff54fe7ee057f27ef341f9b384b0161610666","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Pipeline.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Pipeline.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Pipeline.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Pipeline.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Pipeline.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Pipeline.process.json
new file mode 100644
index 000000000..0902ea04c
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Pipeline.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Pipeline.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Pipeline","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Pipeline.Answered' does not depend on any axioms\n'Models.Pipeline.Bounded9' does not depend on any axioms\n'Models.Pipeline.CheckedEvidence.checked_answers' depends on axioms: [propext]\n'Models.Pipeline.CheckedModel' depends on axioms: [propext]\n'Models.Pipeline.CheckedPipeline' depends on axioms: [propext]\n'Models.Pipeline.GlyphPair' does not depend on any axioms\n'Models.Pipeline.GlyphReport' depends on axioms: [propext]\n'Models.Pipeline.GlyphRoute' depends on axioms: [propext]\n'Models.Pipeline.Lit' does not depend on any axioms\n'Models.Pipeline.PairEvidence.pair_correct' does not depend on any axioms\n'Models.Pipeline.PairLit' does not depend on any axioms\n'Models.Pipeline.PairModel' does not depend on any axioms\n'Models.Pipeline.PipelineContract.precondition_sound' does not depend on any axioms\n'Models.Pipeline.PipelineEvidence.pipeline_responds' depends on axioms: [propext]\n'Models.Pipeline.PipelineModel' depends on axioms: [propext]\n'Models.Pipeline.ReportEvidence.report_correct' depends on axioms: [propext]\n'Models.Pipeline.ReportModel' depends on axioms: [propext]\n'Models.Pipeline.Reported' does not depend on any axioms\n'Models.Pipeline.Responds' does not depend on any axioms\n'Models.Pipeline.RouteEvidence.route_bounded' depends on axioms: [propext]\n'Models.Pipeline.RouteModel' depends on axioms: [propext]\n'Models.Pipeline.SegmentCounter' does not depend on any axioms\n'Models.Pipeline.SegmentEvidence.segments_lit' does not depend on any axioms\n'Models.Pipeline.SegmentModel' does not depend on any axioms\n'Models.Pipeline.SessionStream' does not depend on any axioms\n'Models.Pipeline.ShortStream' does not depend on any axioms\n'Models.Pipeline.StreamContract.precondition_sound' depends on axioms: [propext, Quot.sound]\n'Models.Pipeline.StreamModel' does not depend on any axioms\n'Models.Pipeline.TriagePipeline' depends on axioms: [propext]\n'Models.Pipeline.checked_answers' depends on axioms: [propext]\n'Models.Pipeline.pair_correct' does not depend on any axioms\n'Models.Pipeline.pipeline_entry' does not depend on any axioms\n'Models.Pipeline.pipeline_responds' depends on axioms: [propext]\n'Models.Pipeline.report_correct' depends on axioms: [propext]\n'Models.Pipeline.resultCode' does not depend on any axioms\n'Models.Pipeline.route_bounded' depends on axioms: [propext]\n'Models.Pipeline.segments_lit' does not depend on any axioms\n'Models.Pipeline.shortStreamCheck' does not depend on any axioms\n'Models.Pipeline.short_stream_check_sound' depends on axioms: [propext, Quot.sound]\n'Models.Pipeline.symptomatic_sound' does not depend on any axioms\n'Models.Pipeline.triage_actionable' depends on axioms: [propext]\n","stdout_sha256":"0dc16ef42f1b4fafea1004c5a0e46ae569ddbec65791ac9fc89c029e62401683","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Policy.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Policy.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Policy.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Policy.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Policy.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Policy.process.json
new file mode 100644
index 000000000..df5bc2052
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Policy.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Policy.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Policy","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Policy.Actionable' does not depend on any axioms\n'Models.Policy.Escalates' does not depend on any axioms\n'Models.Policy.PolicyContract.precondition_complete' does not depend on any axioms\n'Models.Policy.PolicyContract.precondition_sound' does not depend on any axioms\n'Models.Policy.PolicyEvidence.policy_escalates' does not depend on any axioms\n'Models.Policy.PolicyModel' does not depend on any axioms\n'Models.Policy.PolicyRules' does not depend on any axioms\n'Models.Policy.PolicyRules.selected' does not depend on any axioms\n'Models.Policy.actionableCheck' does not depend on any axioms\n'Models.Policy.actionable_check_complete' does not depend on any axioms\n'Models.Policy.actionable_check_sound' does not depend on any axioms\n'Models.Policy.emergency_dispatches' does not depend on any axioms\n'Models.Policy.isUrgent' does not depend on any axioms\n'Models.Policy.policy_escalates' does not depend on any axioms\n","stdout_sha256":"270b3535085cfe0cb7e75fc0f2df214d0fd2ec13f84dd5ee6c2c74e95db97b61","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Recognizer.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Recognizer.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Recognizer.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Recognizer.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Recognizer.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Recognizer.process.json
new file mode 100644
index 000000000..dec88c4dc
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Recognizer.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Recognizer.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Recognizer","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Recognizer.DigitContract.postcondition_complete' depends on axioms: [propext]\n'Models.Recognizer.DigitContract.postcondition_sound' depends on axioms: [propext]\n'Models.Recognizer.DigitEvidence.digit_net_correct' depends on axioms: [propext]\n'Models.Recognizer.DigitEvidence.digit_net_exact' depends on axioms: [propext]\n'Models.Recognizer.DigitEvidence.labeled_agreement' depends on axioms: [propext]\n'Models.Recognizer.DigitModel' depends on axioms: [propext]\n'Models.Recognizer.DigitNet' depends on axioms: [propext]\n'Models.Recognizer.DigitNet.encoded' does not depend on any axioms\n'Models.Recognizer.DigitNet.layer1' does not depend on any axioms\n'Models.Recognizer.DigitNet.layer2' depends on axioms: [propext]\n'Models.Recognizer.DigitNet.layer3' depends on axioms: [propext]\n'Models.Recognizer.DigitNet.layer4' does not depend on any axioms\n'Models.Recognizer.DigitNet.logits' depends on axioms: [propext]\n'Models.Recognizer.RawDigitModel' depends on axioms: [propext]\n'Models.Recognizer.Recognizes' does not depend on any axioms\n'Models.Recognizer.banner' does not depend on any axioms\n'Models.Recognizer.banner.bytes' does not depend on any axioms\n'Models.Recognizer.banner.decoded' does not depend on any axioms\n'Models.Recognizer.digitName' does not depend on any axioms\n'Models.Recognizer.digitNames' does not depend on any axioms\n'Models.Recognizer.digitNames.bytes' does not depend on any axioms\n'Models.Recognizer.digitNames.decoded' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Models.Recognizer.digit_net_correct' depends on axioms: [propext]\n'Models.Recognizer.digit_net_exact' depends on axioms: [propext]\n'Models.Recognizer.digit_net_width' does not depend on any axioms\n'Models.Recognizer.hiddenBias' does not depend on any axioms\n'Models.Recognizer.hiddenBias.bytes' does not depend on any axioms\n'Models.Recognizer.hiddenBias.decoded' does not depend on any axioms\n'Models.Recognizer.hiddenWeights' does not depend on any axioms\n'Models.Recognizer.hiddenWeights.bytes' does not depend on any axioms\n'Models.Recognizer.hiddenWeights.decoded' does not depend on any axioms\n'Models.Recognizer.labeledGlyphs' does not depend on any axioms\n'Models.Recognizer.labeled_agreement' depends on axioms: [propext]\n'Models.Recognizer.outputBias' does not depend on any axioms\n'Models.Recognizer.outputBias.bytes' does not depend on any axioms\n'Models.Recognizer.outputBias.decoded' does not depend on any axioms\n'Models.Recognizer.outputWeights' does not depend on any axioms\n'Models.Recognizer.outputWeights.bytes' does not depend on any axioms\n'Models.Recognizer.outputWeights.decoded' does not depend on any axioms\n'Models.Recognizer.recognizesCheck' does not depend on any axioms\n'Models.Recognizer.recognizes_check_complete' depends on axioms: [propext]\n'Models.Recognizer.recognizes_check_sound' depends on axioms: [propext]\n'Models.Recognizer.sameDigit' does not depend on any axioms\n'Models.Recognizer.same_digit_sound' depends on axioms: [propext]\n","stdout_sha256":"60af4cd88341dc6ed70fd6c68abe9115fc2ca32ba7267d0e09c06d781e05bb3f","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Session.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Session.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Session.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Session.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Session.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Session.process.json
new file mode 100644
index 000000000..ec9bf5fd8
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Session.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Session.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Session","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Session.Affordable' does not depend on any axioms\n'Models.Session.Bounded' does not depend on any axioms\n'Models.Session.Conserves' does not depend on any axioms\n'Models.Session.SessionContract.invariant_sound' depends on axioms: [propext]\n'Models.Session.SessionContract.precondition_sound' depends on axioms: [propext]\n'Models.Session.SessionEvidence.session_conserves' depends on axioms: [propext, Quot.sound]\n'Models.Session.SessionEvidence.session_initial' does not depend on any axioms\n'Models.Session.SessionEvidence.session_preserves' depends on axioms: [propext, Quot.sound]\n'Models.Session.SessionModel' does not depend on any axioms\n'Models.Session.SessionModel.initial' does not depend on any axioms\n'Models.Session.SessionStep' does not depend on any axioms\n'Models.Session.SessionStep.initial' does not depend on any axioms\n'Models.Session.Window' does not depend on any axioms\n'Models.Session.affordableCheck' does not depend on any axioms\n'Models.Session.affordable_check_sound' depends on axioms: [propext]\n'Models.Session.boundedCheck' does not depend on any axioms\n'Models.Session.bounded_check_sound' depends on axioms: [propext]\n'Models.Session.session_conserves' depends on axioms: [propext, Quot.sound]\n'Models.Session.session_initial' does not depend on any axioms\n'Models.Session.session_preserves' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"5b3dd4ed72a0f66dee11301a85b919df9929b103d83b10386079e5666ff0ca8c","tool":"lean"}
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Triage.lean b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Triage.lean
similarity index 100%
rename from examples/models/expected/verify/audit/LexLeanAudit.A49cf062e918bdc2f8a44a66473c4435e.Models.Triage.lean
rename to examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Triage.lean
diff --git a/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Triage.process.json b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Triage.process.json
new file mode 100644
index 000000000..55567b9eb
--- /dev/null
+++ b/examples/models/expected/verify/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Triage.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Triage.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A91b57d30cfd6f60128d6c72e374148ef.Models.Triage","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Models.Triage.Level' does not depend on any axioms\n'Models.Triage.Presentation' does not depend on any axioms\n'Models.Triage.Safe' does not depend on any axioms\n'Models.Triage.Symptomatic' does not depend on any axioms\n'Models.Triage.TriageContract.precondition_sound' does not depend on any axioms\n'Models.Triage.TriageEvidence.triage_safe' depends on axioms: [propext]\n'Models.Triage.TriageModel' depends on axioms: [propext]\n'Models.Triage.TriageScore' depends on axioms: [propext]\n'Models.Triage.TriageScore.features' does not depend on any axioms\n'Models.Triage.TriageScore.scores' does not depend on any axioms\n'Models.Triage.features' does not depend on any axioms\n'Models.Triage.hasSymptom' does not depend on any axioms\n'Models.Triage.isBreathless' does not depend on any axioms\n'Models.Triage.isEmergency' does not depend on any axioms\n'Models.Triage.isRoutine' does not depend on any axioms\n'Models.Triage.symptomaticCheck' does not depend on any axioms\n'Models.Triage.symptomatic_check_sound' does not depend on any axioms\n'Models.Triage.triageBias' does not depend on any axioms\n'Models.Triage.triageBias.bytes' does not depend on any axioms\n'Models.Triage.triageBias.decoded' does not depend on any axioms\n'Models.Triage.triageWeights' does not depend on any axioms\n'Models.Triage.triageWeights.bytes' does not depend on any axioms\n'Models.Triage.triageWeights.decoded' does not depend on any axioms\n'Models.Triage.triage_safe' depends on axioms: [propext]\n'Models.Triage.triage_width' does not depend on any axioms\n","stdout_sha256":"8f5494414737d009f24637a313c3f98408cfea4d290db1d9285d4af1f3d9525c","tool":"lean"}
diff --git a/examples/models/expected/verify/extract/LexLeanExtract.X49cf062e918bdc2f8a44a66473c4435e.lean b/examples/models/expected/verify/extract/LexLeanExtract.X91b57d30cfd6f60128d6c72e374148ef.lean
similarity index 100%
rename from examples/models/expected/verify/extract/LexLeanExtract.X49cf062e918bdc2f8a44a66473c4435e.lean
rename to examples/models/expected/verify/extract/LexLeanExtract.X91b57d30cfd6f60128d6c72e374148ef.lean
diff --git a/examples/models/expected/verify/extract/process.json b/examples/models/expected/verify/extract/process.json
index fc0d2e530..f143cda4d 100644
--- a/examples/models/expected/verify/extract/process.json
+++ b/examples/models/expected/verify/extract/process.json
@@ -1 +1 @@
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d\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Ord\",\"kind\":\"inductive\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Ordering\",\"kind\":\"inductive\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"PUnit\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Prod\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Sub\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"instAddNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instBEqOfDecidableEq\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqBool\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHAdd\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHMul\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHSub\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNat\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNatNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOrdInt\",\"kind\":\"definition\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instSubNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Bool.false\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"Bool.true\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"Decidable.isFalse\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"Decidable.isTrue\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"Except.error\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Except\"},{\"name\":\"Except.ok\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Except\"},{\"name\":\"Int.instDecidableEq\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Int.instMul\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Int.instNegInt\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Int.instSub\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Int.tdiv\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.DivMod.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Int.tmod\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.DivMod.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"List.appendTR\",\"kind\":\"definition\",\"module\":\"Init.Data.List.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"List.cons\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"List\"},{\"name\":\"List.foldl\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"List.lengthTR\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"List.nil\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"List\"},{\"name\":\"Nat.beq\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Nat.ble\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Nat.blt\",\"kind\":\"definition\",\"module\":\"Init.Data.Nat.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Option.none\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Option\"},{\"name\":\"Option.some\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Option\"},{\"name\":\"Ordering.lt\",\"kind\":\"constructor\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Ordering\"},{\"name\":\"Prod.mk\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Prod\"},{\"name\":\"Unit.unit\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true}]}\n","stdout_sha256":"000ff34b595f013704d31b540b616943f07c5152f042e08d8eaa26fb72622de7","tool":"lean"}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0.lean
deleted file mode 100644
index 620b3b2cf..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0.lean
+++ /dev/null
@@ -1,228 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 2 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.first (.call 3 [(.closure 4 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 5 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
-      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
-      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.«match» (.option (.pair .nat .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair .nat .int)) [(.var 4)])))]), (.var 3)]))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 6 [(.call 7 [(.call 8 [(.call 9 [(.call 10 [(.var 0)])])])])]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.first (.call 11 [(.closure 12 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 13 [])]), (.call 14 [])])) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.call 15 [(.closure 16 []), (.build .nil (.list .int) []), (.var 0)]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.call 15 [(.closure 17 []), (.build .nil (.list .int) []), (.var 0)]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.first (.call 11 [(.closure 18 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 19 [])]), (.call 20 [])])) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 21 [(.var 0)]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 22 [(.closure 23 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
-    { parameters := [], types := [], result := (.list .int),
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[(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])]) },
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(.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-1))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 8) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 9) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 22 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
-
-def __enc_0 : (Models.Glyphs.Glyph) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Models.Glyphs.Glyph.g0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Models.Glyphs.Glyph.g1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Models.Glyphs.Glyph.g2 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-  | Models.Glyphs.Glyph.g3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
-  | Models.Glyphs.Glyph.g4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
-  | Models.Glyphs.Glyph.g5 => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
-  | Models.Glyphs.Glyph.g6 => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
-  | Models.Glyphs.Glyph.g7 => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
-  | Models.Glyphs.Glyph.g8 => _root_.LexLeanTarget.TargetSyntax.Value.adt 8 []
-  | Models.Glyphs.Glyph.g9 => _root_.LexLeanTarget.TargetSyntax.Value.adt 9 []
-
-def __fits_4 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : Bool :=
-  (Bool.true && (match (_ybest).2 with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_4 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : _root_.LexLeanPreservation.FunRel __prog 4 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) _ybest), (_root_.LexLeanTarget.TargetSyntax.Value.int _yscore)] (_root_.LexLeanPreservation.Rel (__fits_4 _ybest _yscore) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (List Nat)) => (match __a with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Nat)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))) (_ybest).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Nat)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ylabel _ylabels => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) (fun (__a : (Option (Prod Nat Int))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int)))))) (_ybest).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some _yleader => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (if __b then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))) (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_23 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
-  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_23 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 23 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_23 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_12 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
-  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_23 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_12 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_12 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_23 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_23 __p0 __p1) 23 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_23 __p0 __p1) (p := __prog) (fi := 22) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_13  : Bool :=
-  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_13  : _root_.LexLeanPreservation.FunRel __prog 13 [] (_root_.LexLeanPreservation.Rel (__fits_13) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.outputBias))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_14  : Bool :=
-  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_14  : _root_.LexLeanPreservation.FunRel __prog 14 [] (_root_.LexLeanPreservation.Rel (__fits_14) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.outputWeights))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_6 (_yvalues : (List Int)) : Bool :=
-  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_13)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_14)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_12 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights))))
-
-attribute [local irreducible] Models.Recognizer.outputBias Models.Recognizer.outputWeights in
-theorem __rel_6 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_6 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer4 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_13)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_14)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_12 (_yvalues) __p0 __p1) 12 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_12 (_yvalues) __p0 __p1) (p := __prog) (fi := 11) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights)))))
-
-def __fits_16 (_yout : (List Int)) (_yvalue : Int) : Bool :=
-  ((Bool.true && ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int))) && (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_16 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_16 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_intQuot _yvalue (4 : Int) (0 : Int))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (127 : Int) else _yquotient)) (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))))
-
-def __fits_7 (_yvalues : (List Int)) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_16 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
-
-theorem __rel_7 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_7 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer3 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_16 __p0 __p1) 16 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_16 __p0 __p1) (p := __prog) (fi := 15) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
-
-def __fits_17 (_yout : (List Int)) (_yvalue : Int) : Bool :=
-  ((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then Bool.true else Bool.true)) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_17 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_17 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else _yvalue)) (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))))
-
-def __fits_8 (_yvalues : (List Int)) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_17 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
-
-theorem __rel_8 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_8 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer2 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_17 __p0 __p1) 17 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_17 __p0 __p1) (p := __prog) (fi := 15) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
-
-def __fits_24 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
-  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_24 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 24 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_24 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_18 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
-  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_24 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_18 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_18 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_24 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_24 __p0 __p1) 24 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_24 __p0 __p1) (p := __prog) (fi := 22) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_19  : Bool :=
-  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_19  : _root_.LexLeanPreservation.FunRel __prog 19 [] (_root_.LexLeanPreservation.Rel (__fits_19) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.hiddenBias))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_20  : Bool :=
-  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_20  : _root_.LexLeanPreservation.FunRel __prog 20 [] (_root_.LexLeanPreservation.Rel (__fits_20) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.hiddenWeights))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_9 (_yvalues : (List Int)) : Bool :=
-  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_19)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_20)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_18 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights))))
-
-attribute [local irreducible] Models.Recognizer.hiddenBias Models.Recognizer.hiddenWeights in
-theorem __rel_9 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_9 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer1 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_19)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_20)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_18 (_yvalues) __p0 __p1) 18 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_18 (_yvalues) __p0 __p1) (p := __prog) (fi := 11) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights)))))
-
-def __fits_21 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  (Bool.true && (match glyph with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_21 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_21 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Glyphs.encode glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Glyphs.Glyph)) => (match __a with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Models.Glyphs.Glyph)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (match __a with | Models.Glyphs.Glyph.g0 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g1 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g2 => ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g3 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g4 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g5 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g6 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g7 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g8 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g9 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))))) glyph (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Glyphs.Glyph)) _ => match __a with | Models.Glyphs.Glyph.g0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)) | Models.Glyphs.Glyph.g1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))) | Models.Glyphs.Glyph.g2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))) | Models.Glyphs.Glyph.g3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))) | Models.Glyphs.Glyph.g4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))) | Models.Glyphs.Glyph.g5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))) | Models.Glyphs.Glyph.g6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))) | Models.Glyphs.Glyph.g7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))))) | Models.Glyphs.Glyph.g8 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))) | Models.Glyphs.Glyph.g9 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))))))
-
-def __fits_10 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_21 (glyph)))
-
-attribute [local irreducible] Models.Glyphs.encode in
-theorem __rel_10 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_10 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.encoded glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (glyph)))
-
-def __fits_5 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  ((((((((((Bool.true && Bool.true) && (__fits_10 (glyph))) && Bool.true) && (__fits_9 ((Models.Recognizer.DigitNet.encoded (glyph))))) && Bool.true) && (__fits_8 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) && Bool.true) && (__fits_7 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) && Bool.true) && (__fits_6 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
-
-attribute [local irreducible] Models.Recognizer.DigitNet.encoded Models.Recognizer.DigitNet.layer1 Models.Recognizer.DigitNet.layer2 Models.Recognizer.DigitNet.layer3 Models.Recognizer.DigitNet.layer4 in
-theorem __rel_5 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_5 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.logits glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (glyph))) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((Models.Recognizer.DigitNet.encoded (glyph))))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) _root_.LexLeanPreservation.convL_nil) (__rel_7 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) _root_.LexLeanPreservation.convL_nil) (__rel_6 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
-
-def __fits_2 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  (((Bool.true && ((((Bool.true && Bool.true) && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_5 (glyph))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_4 __p0 __p1) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))))) && (match ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 with | Option.none => Bool.true | Option.some _ywinner => Bool.true))
-
-attribute [local irreducible] Models.Recognizer.DigitNet.logits in
-theorem __rel_2 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_2 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.DigitNet glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => Bool.true | Option.some _ywinner => Bool.true)) (fun (__a : (Option (Prod Nat Int))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Option.none => (0 : Nat) | Option.some _ywinner => (_ywinner).1)) ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_5 (glyph))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_4 __p0 __p1) 4 [] (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __rel_4 __p0 __p1) (p := __prog) (fi := 3) (ta := .int) (ts := (.pair (.option (.pair .nat .int)) (.list .nat))) rfl (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph)))))) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value) | Option.some _ywinner => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))))))
-
-def __fits_1 (_yinput : (Models.Glyphs.Glyph)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_2 (_yinput)))
-
-attribute [local irreducible] Models.Recognizer.DigitNet in
-theorem __rel_1 (_yinput : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_1 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.DigitModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_yinput)))
-
-def __fits_0 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_1 (glyph)))
-
-attribute [local irreducible] Models.Recognizer.DigitModel in
-theorem __rel_0 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Main.classify glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (glyph)))
-
-def denote (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 glyph) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Main.classify glyph)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Main.classify glyph))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 glyph)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/Compose/RustStd.lex.tex
deleted file mode 100644
index 1e2c6070c..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,585 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.__wt_0 : @16 := @448 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.root : @1168 := @1169 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.flags
-@3 := Models.Glyphs.Glyph
-@4 := #0
-@5 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value
-@19 := LexLeanTarget.TargetSyntax.Ty
-@20 := List.nil.{0}
-@21 := List.cons.{0}
-@22 := @20 @18
-@23 := @20 @19
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := LexLeanPreservation.Rust.WTL
-@28 := #2
-@29 := @27 @28
-@30 := #1
-@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
-@39 := LexLeanPreservation.Rust.wtl_nil @0
-@40 := @27 @0
-@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
-@47 := @39 @1
-@48 := @40 @1
-@52 := {A : @26} -> @48 @4 @22 @23
-@53 := @47 @2
-@54 := @48 @2
-@55 := @54 @22
-@56 := @55 @23
-@57 := Nat
-@58 := List.{0}
-@59 := @58 @18
-@60 := @58 @19
-@61 := Eq.{1}
-@62 := Option.{0}
-@63 := @62 @60
-@64 := @61 @63
-@65 := LexLeanPreservation.Rust.adtFields
-@66 := #6
-@67 := @65 @66
-@68 := #3
-@71 := @64 (@67 @68 @28)
-@72 := Option.some.{0}
-@73 := @72 @60
-@74 := @73 @4
-@75 := @71 @74
-@76 := #7
-@78 := @27 @76 @66
-@79 := #5
-@82 := @78 @79 @28 @30
-@83 := #8
-@86 := @7 @83 @76 @66
-@87 := LexLeanTarget.TargetSyntax.Value.adt
-@88 := #4
-@90 := @87 @88 @68
-@91 := @86 @90
-@92 := @8 @79
-@102 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
-@104 := LexLeanPreservation.Rust.wt_adt @0
-@105 := @65 @0
-@109 := @64 (@105 @68 @28) @74
-@113 := @40 @66 @79 @28 @30
-@125 := {c : @25} ->
-  {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
-@126 := @104 @1
-@129 := @48 @79 @28 @30
-@139 := {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
-@140 := @126 @2
-@142 := @54 @28 @30
-@143 := @13 @90
-@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
-@151 := @140 @9
-@152 := @105 @9
-@161 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
-@162 := @151 @9
-@163 := @152 @9
-@164 := @64 @163
-@165 := @164 @74
-@166 := @87 @9
-@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @13 (@166 @68) @10
-@174 := @162 @22
-@175 := @55 @30
-@178 := @13 (@166 @22) @10
-@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
-@182 := @174 @23
-@183 := @73 @23
-@186 := (h : @164 @183) -> (hf : @56) -> @178
-@187 := Eq.refl.{1}
-@188 := @187 @63
-@191 := @182 (@188 @163) @53
-@192 := 1
-@193 := @151 @192
-@194 := @152 @192
-@195 := @64 @194
-@196 := @195 @74
-@197 := @87 @192
-@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @13 (@197 @68) @10
-@205 := @193 @22
-@208 := @13 (@197 @22) @10
-@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
-@212 := @205 @23
-@215 := (h : @195 @183) -> (hf : @56) -> @208
-@218 := @212 (@188 @194) @53
-@219 := 2
-@220 := @151 @219
-@221 := @152 @219
-@222 := @64 @221
-@223 := @222 @74
-@224 := @87 @219
-@231 := {fs : @59} -> {tys : @60} -> (h : @223) -> (hf : @142) -> @13 (@224 @68) @10
-@232 := @220 @22
-@235 := @13 (@224 @22) @10
-@238 := {tys : @60} -> (h : @223) -> (hf : @175) -> @235
-@239 := @232 @23
-@242 := (h : @222 @183) -> (hf : @56) -> @235
-@245 := @239 (@188 @221) @53
-@246 := 3
-@247 := @151 @246
-@248 := @152 @246
-@249 := @64 @248
-@250 := @249 @74
-@251 := @87 @246
-@258 := {fs : @59} -> {tys : @60} -> (h : @250) -> (hf : @142) -> @13 (@251 @68) @10
-@259 := @247 @22
-@262 := @13 (@251 @22) @10
-@265 := {tys : @60} -> (h : @250) -> (hf : @175) -> @262
-@266 := @259 @23
-@269 := (h : @249 @183) -> (hf : @56) -> @262
-@272 := @266 (@188 @248) @53
-@273 := 4
-@274 := @151 @273
-@275 := @152 @273
-@276 := @64 @275
-@277 := @276 @74
-@278 := @87 @273
-@285 := {fs : @59} -> {tys : @60} -> (h : @277) -> (hf : @142) -> @13 (@278 @68) @10
-@286 := @274 @22
-@289 := @13 (@278 @22) @10
-@292 := {tys : @60} -> (h : @277) -> (hf : @175) -> @289
-@293 := @286 @23
-@296 := (h : @276 @183) -> (hf : @56) -> @289
-@299 := @293 (@188 @275) @53
-@300 := 5
-@301 := @151 @300
-@302 := @152 @300
-@303 := @64 @302
-@304 := @303 @74
-@305 := @87 @300
-@312 := {fs : @59} -> {tys : @60} -> (h : @304) -> (hf : @142) -> @13 (@305 @68) @10
-@313 := @301 @22
-@316 := @13 (@305 @22) @10
-@319 := {tys : @60} -> (h : @304) -> (hf : @175) -> @316
-@320 := @313 @23
-@323 := (h : @303 @183) -> (hf : @56) -> @316
-@326 := @320 (@188 @302) @53
-@327 := 6
-@328 := @151 @327
-@329 := @152 @327
-@330 := @64 @329
-@331 := @330 @74
-@332 := @87 @327
-@339 := {fs : @59} -> {tys : @60} -> (h : @331) -> (hf : @142) -> @13 (@332 @68) @10
-@340 := @328 @22
-@343 := @13 (@332 @22) @10
-@346 := {tys : @60} -> (h : @331) -> (hf : @175) -> @343
-@347 := @340 @23
-@350 := (h : @330 @183) -> (hf : @56) -> @343
-@353 := @347 (@188 @329) @53
-@354 := 7
-@355 := @151 @354
-@356 := @152 @354
-@357 := @64 @356
-@358 := @357 @74
-@359 := @87 @354
-@366 := {fs : @59} -> {tys : @60} -> (h : @358) -> (hf : @142) -> @13 (@359 @68) @10
-@367 := @355 @22
-@370 := @13 (@359 @22) @10
-@373 := {tys : @60} -> (h : @358) -> (hf : @175) -> @370
-@374 := @367 @23
-@377 := (h : @357 @183) -> (hf : @56) -> @370
-@380 := @374 (@188 @356) @53
-@381 := 8
-@382 := @151 @381
-@383 := @152 @381
-@384 := @64 @383
-@385 := @384 @74
-@386 := @87 @381
-@393 := {fs : @59} -> {tys : @60} -> (h : @385) -> (hf : @142) -> @13 (@386 @68) @10
-@394 := @382 @22
-@397 := @13 (@386 @22) @10
-@400 := {tys : @60} -> (h : @385) -> (hf : @175) -> @397
-@401 := @394 @23
-@404 := (h : @384 @183) -> (hf : @56) -> @397
-@407 := @401 (@188 @383) @53
-@408 := 9
-@409 := @151 @408
-@410 := @152 @408
-@411 := @64 @410
-@412 := @411 @74
-@413 := @87 @408
-@420 := {fs : @59} -> {tys : @60} -> (h : @412) -> (hf : @142) -> @13 (@413 @68) @10
-@421 := @409 @22
-@424 := @13 (@413 @22) @10
-@427 := {tys : @60} -> (h : @412) -> (hf : @175) -> @424
-@428 := @421 @23
-@431 := (h : @411 @183) -> (hf : @56) -> @424
-@434 := @428 (@188 @410) @53
-@448 := fun (__v : @3) =>
-  Models.Glyphs.Glyph.casesOn.{0} @17 @4 @191 @218 @245 @272 @299 @326 @353 @380 @407 @434
-@449 := @5 @30
-@451 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.__wt_0 @30
-@452 := @21 @18
-@454 := @452 @449 @22
-@457 := Prod.{0, 0} @57 @18
-@461 := Prod.mk.{0, 0} @57 @18 @9
-@462 := @461 @449
-@463 := @20 @457
-@464 := @21 @457
-@466 := @464 @462 @463
-@467 := Bool.true
-@468 := LexLeanTarget.TargetSyntax.Function
-@469 := LexLeanTarget.TargetSyntax.Program.functions
-@470 := @469 @0
-@471 := @20 @57
-@472 := LexLeanTarget.TargetSyntax.Ty.unit
-@473 := LexLeanTarget.TargetSyntax.Value.unit
-@476 := LexLeanTarget.TargetSyntax.Expr.value @472 @473
-@481 := LexLeanTarget.TargetSyntax.Function.mk @471 @23 @472 @476
-@486 := List.getD.{0} @468 @470 @9 @481
-@490 := fun (__e_n : @57) => LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.root @4 @9
-@495 := @7 @66 @79 @88 @68 @28
-@498 := @27 @83 @76 @66
-@500 := @452 @79 @68
-@501 := @498 @500
-@502 := @21 @19
-@504 := @502 @88 @28
-@514 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @495) -> (hs : @82) -> @501 @504
-@516 := LexLeanPreservation.Rust.wtl_cons @0
-@532 := {c : @25} ->
-  {A : @26} ->
-  {v : @18} ->
-  {t : @19} ->
-  {vs : @59} -> {ts : @60} -> (h : @11 @79 @88 @68 @28) -> (hs : @113) -> @40 @76 @66 @500 @504
-@533 := @516 @1
-@546 := {A : @26} ->
-  {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @12 @88 @68 @28) -> (hs : @129) -> @48 @66 @500 @504
-@547 := @533 @2
-@557 := {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @500 @504
-@558 := @547 @449
-@559 := @5 @88
-@561 := @13 @559 @28
-@562 := @5 @66
-@563 := @452 @562
-@571 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @561) -> (hs : @142) -> @54 (@563 @68) @504
-@572 := @558 @10
-@573 := @5 @68
-@575 := @13 @573 @10
-@576 := @5 @79
-@577 := @452 @576
-@579 := @54 (@577 @68)
-@580 := @502 @10
-@581 := @580 @28
-@586 := {vs : @59} -> {ts : @60} -> (h : @575) -> (hs : @142) -> @579 @581
-@587 := @572 @22
-@588 := @5 @28
-@590 := @13 @588 @10
-@592 := @452 @559 @22
-@593 := @54 @592
-@597 := {ts : @60} -> (h : @590) -> (hs : @175) -> @593 @581
-@598 := @587 @23
-@600 := @13 @449 @10
-@602 := @452 @573 @22
-@603 := @54 @602
-@604 := @580 @23
-@607 := (h : @600) -> (hs : @56) -> @603 @604
-@608 := @598 @451
-@610 := @452 @588 @22
-@611 := @54 @610
-@613 := (hs : @56) -> @611 @604
-@614 := @608 @53
-@615 := @54 @454
-@616 := @615 @604
-@617 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.denote
-@618 := @617 @30
-@619 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.__fits_0
-@620 := @619 @30
-@622 := Models.Main.classify @30
-@624 := LexLeanTarget.TargetSyntax.Value.nat @622
-@626 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.root @30
-@627 := Bool
-@628 := Ne.{1}
-@629 := LexLeanPreservation.Obs
-@630 := @628 @629
-@631 := LexLeanPreservation.Rel
-@634 := @630 (@631 @30 @4)
-@635 := LexLeanPreservation.Obs.stuck
-@638 := (f : @627) -> (v : @18) -> @634 @635
-@640 := LexLeanPreservation.Rust.rel_ne_stuck @620
-@646 := (v : @18) -> @630 (@631 (@619 @28) @4) @635
-@647 := @640 @624
-@651 := @630 (@631 @620 @624) @635
-@652 := @58 @457
-@653 := LexLeanPreservation.Rust.FunSem
-@654 := #9
-@660 := (n : @57) -> @653 @654 @83 @76 @4 @66
-@661 := @62 @468
-@662 := @61 @661
-@669 := LexLeanRuntime.index (@58 @468) @468 (LexLeanRuntime.instIndexableList @468)
-@673 := @662 (@669 (@469 @654) @66)
-@674 := @72 @468
-@675 := @674 @79
-@676 := @673 @675
-@677 := #10
-@681 := @27 @677 @654 @83 @79
-@682 := LexLeanTarget.TargetSyntax.Function.types
-@683 := @682 @66
-@684 := @681 @683
-@685 := @62 @652
-@686 := @61 @685
-@687 := LexLeanTarget.TargetSemantics.bindAll
-@688 := LexLeanTarget.TargetSyntax.Function.parameters
-@693 := @686 (@687 (@688 @76) @66 @463)
-@694 := @72 @652
-@695 := @694 @79
-@696 := @693 @695
-@697 := @62 @627
-@698 := @61 @697
-@699 := LexLeanPreservation.Rust.fnFallible
-@700 := #11
-@703 := @698 (@699 @700 @654)
-@704 := @72 @627
-@705 := @704 @79
-@706 := @703 @705
-@707 := LexLeanPreservation.RunConv
-@708 := #13
-@712 := @707 @708 @677 @83 @79
-@714 := @630 @66 @635
-@715 := Exists.{1}
-@716 := LexLeanPreservation.Rust.ROut
-@717 := @715 @716
-@718 := And
-@719 := LexLeanPreservation.Rust.RealizesFn
-@723 := @718 (@719 @654 @83 @4)
-@724 := LexLeanPreservation.Rust.RCI
-@726 := @724 #15
-@727 := LexLeanPreservation.Rust.fnIdent
-@728 := @727 @708
-@735 := (hne : @714) -> @717 (fun (ro : @716) => @723 (@726 @728 @700 @4))
-@750 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @652} ->
-  {F : @627} ->
-  {o : @629} ->
-  (hB : @660) ->
-  (hfn : @676) -> (hwt : @684) -> (hbind : @696) -> (hF : @706) -> (hA : @712) -> @735
-@752 := LexLeanPreservation.Rust.compose @0
-@753 := @653 @0
-@758 := (n : @57) -> @753 @83 @76 @4 @66
-@759 := @669 @470
-@762 := @662 (@759 @66) @675
-@766 := @40 @654 @83 @79 @683
-@767 := @707 @0
-@770 := @767 @677 @83 @79
-@784 := {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @652} ->
-  {F : @627} ->
-  {o : @629} ->
-  (hB : @758) ->
-  (hfn : @762) -> (hwt : @766) -> (hbind : @696) -> (hF : @706) -> (hA : @770) -> @735
-@785 := @752 @1
-@786 := @753 @1
-@790 := (n : @57) -> @786 @76 @4 @66
-@793 := @48 @83 @79 @683
-@794 := @699 @1
-@797 := @698 (@794 @654) @705
-@798 := @724 @1
-@808 := (hbind : @696) ->
-  (hF : @797) -> (hA : @770) -> (hne : @714) -> @717 (fun (ro : @716) => @723 (@798 @728 @700 @4))
-@818 := {A : @26} ->
-  {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @652} -> {F : @627} -> {o : @629} -> (hB : @790) -> (hfn : @762) -> (hwt : @793) -> @808
-@819 := @785 @2
-@821 := @786 @2 @4
-@823 := (n : @57) -> @821 @66
-@824 := @54 @79
-@825 := @824 @683
-@834 := {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @652} -> {F : @627} -> {o : @629} -> (hB : @823) -> (hfn : @762) -> (hwt : @825) -> @808
-@835 := @819 @9
-@837 := (n : @57) -> @821 @9
-@838 := @759 @9
-@839 := @662 @838
-@840 := @839 @675
-@841 := @794 @9
-@842 := @698 @841
-@843 := @842 @705
-@844 := @767 @9
-@846 := @844 @83 @79
-@848 := @798 (@727 @9)
-@856 := (hF : @843) -> (hA : @846) -> (hne : @714) -> @717 (fun (ro : @716) => @723 (@848 @700 @4))
-@865 := {fn : @468} ->
-  {args : @59} ->
-  {env : @652} ->
-  {F : @627} -> {o : @629} -> (hB : @837) -> (hfn : @840) -> (hwt : @825) -> (hbind : @696) -> @856
-@866 := @835 @486
-@868 := @839 (@674 @486)
-@869 := @682 @486
-@870 := @824 @869
-@872 := @687 (@688 @486)
-@884 := {args : @59} ->
-  {env : @652} ->
-  {F : @627} ->
-  {o : @629} ->
-  (hB : @837) -> (hfn : @868) -> (hwt : @870) -> (hbind : @686 (@872 @66 @463) @695) -> @856
-@885 := @866 @454
-@886 := @563 @22
-@888 := @54 @886 @869
-@891 := @452 (@5 @76) @22
-@895 := @686 (@872 @891 @463) @695
-@898 := @452 (@5 @654) @22
-@919 := {env : @652} ->
-  {F : @627} ->
-  {o : @629} ->
-  (hB : @837) ->
-  (hfn : @868) ->
-  (hwt : @888) ->
-  (hbind : @895) ->
-  (hF : @843) ->
-  (hA : @844 @898 @79) ->
-  (hne : @714) -> @717 (fun (ro : @716) => @723 (@848 (@452 (@5 #12) @22) @4))
-@920 := @885 @466
-@921 := @577 @22
-@923 := @54 @921 @869
-@931 := @686 (@872 @886 @463) (@694 (@464 (@461 @562) @463))
-@934 := @452 (@5 @83) @22
-@953 := {F : @627} ->
-  {o : @629} ->
-  (hB : @837) ->
-  (hfn : @868) ->
-  (hwt : @923) ->
-  (hbind : @931) ->
-  (hF : @843) ->
-  (hA : @844 @934 @79) ->
-  (hne : @714) -> @717 (fun (ro : @716) => @723 (@848 (@452 (@5 @700) @22) @4))
-@954 := @920 @467
-@955 := @593 @869
-@963 := @686 (@872 @921 @463) (@694 (@464 (@461 @576) @463))
-@965 := @842 (@704 @467)
-@967 := @844 @891 @79
-@968 := @719 @467
-@987 := {o : @629} ->
-  (hB : @837) ->
-  (hfn : @868) ->
-  (hwt : @955) ->
-  (hbind : @963) ->
-  (hF : @965) ->
-  (hA : @967) ->
-  (hne : @714) -> @717 (fun (ro : @716) => @718 (@968 @83 @4) (@848 (@452 (@5 @677) @22) @4))
-@988 := @954 @618
-@989 := @603 @869
-@997 := @686 (@872 @592 @463) (@694 (@464 (@461 @559) @463))
-@998 := @844 @886
-@999 := @617 @66
-@1000 := @998 @999
-@1001 := @617 @76
-@1019 := (hB : @837) ->
-  (hfn : @868) ->
-  (hwt : @989) ->
-  (hbind : @997) ->
-  (hF : @965) ->
-  (hA : @1000) ->
-  (hne : @630 @1001 @635) -> @717 (fun (ro : @716) => @718 (@968 (@617 @654) @4) (@848 @898 @4))
-@1020 := @988 @490
-@1021 := @611 @869
-@1029 := @686 (@872 @602 @463) (@694 (@464 (@461 @573) @463))
-@1030 := @844 @921
-@1031 := @617 @79
-@1049 := (hfn : @868) ->
-  (hwt : @1021) ->
-  (hbind : @1029) ->
-  (hF : @965) ->
-  (hA : @1030 @1031) ->
-  (hne : @630 @999 @635) -> @717 (fun (ro : @716) => @718 (@968 (@617 @83) @4) (@848 @934 @4))
-@1052 := @1020 (@187 @661 @838)
-@1053 := @615 @869
-@1061 := @686 (@872 @610 @463) (@694 (@464 (@461 @588) @463))
-@1062 := @844 @592
-@1063 := @617 @88
-@1079 := (hwt : @1053) ->
-  (hbind : @1061) ->
-  (hF : @965) ->
-  (hA : @1062 @1063) ->
-  (hne : @630 @1031 @635) -> @717 (fun (ro : @716) => @718 (@968 @1001 @4) (@848 @891 @4))
-@1080 := @1052 @614
-@1082 := @872 @454 @463
-@1085 := @686 @1082 (@694 @466)
-@1086 := @844 @602
-@1087 := @617 @68
-@1102 := (hbind : @1085) ->
-  (hF : @965) ->
-  (hA : @1086 @1087) ->
-  (hne : @630 @1063 @635) -> @717 (fun (ro : @716) => @718 (@968 @999 @4) (@848 @886 @4))
-@1105 := @1080 (@187 @685 @1082)
-@1106 := @844 @610
-@1107 := @617 @28
-@1121 := (hF : @965) ->
-  (hA : @1106 @1107) ->
-  (hne : @630 @1087 @635) -> @717 (fun (ro : @716) => @718 (@968 @1031 @4) (@848 @921 @4))
-@1124 := @1105 (@187 @697 @841)
-@1138 := (hA : @844 @454 @618) ->
-  (hne : @630 @1107 @635) -> @717 (fun (ro : @716) => @718 (@968 @1063 @4) (@848 @592 @4))
-@1139 := @1124 @626
-@1150 := (hne : @630 @618 @635) -> @717 (fun (ro : @716) => @718 (@968 @1087 @4) (@848 @602 @4))
-@1151 := @1139 @647
-@1157 := @718 (@968 @1107 @4) (@848 @610 @4)
-@1159 := @717 (fun (ro : @716) => @1157)
-@1161 := @717 (fun (__e_ro : @716) => @1157)
-@1165 := LexLeanPreservation.Rust.RepresentableL (@452 @6 @22)
-@1166 := (__e_hrep : @1165) -> @1161
-@1167 := fun (__e_hrep : @1165) => @1151
-@1168 := (glyph : @3) -> @1166
-@1169 := fun (glyph : @3) => @1167
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/RustStd.lean
deleted file mode 100644
index acfc0ed0b..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/RustStd.lean
+++ /dev/null
@@ -1,234 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 2 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.first (.call 3 [(.closure 4 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 5 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
-      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
-      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.«match» (.option (.pair .nat .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair .nat .int)) [(.var 4)])))]), (.var 3)]))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 6 [(.call 7 [(.call 8 [(.call 9 [(.call 10 [(.var 0)])])])])]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.first (.call 11 [(.closure 12 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 13 [])]), (.call 14 [])])) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.call 15 [(.closure 16 []), (.build .nil (.list .int) []), (.var 0)]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.call 15 [(.closure 17 []), (.build .nil (.list .int) []), (.var 0)]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.first (.call 11 [(.closure 18 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 19 [])]), (.call 20 [])])) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 21 [(.var 0)]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
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-      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 22 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
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-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
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-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }, { number := 8, fields := [] }, { number := 9, fields := [] }]) ::
-    (.enum (.fn 0) [{ number := 4, fields := [] }]) ::
-    (.apply 0 [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat)) false [{ function := 4, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 1) [{ number := 12, fields := [(.list .int)] }, { number := 18, fields := [(.list .int)] }]) ::
-    (.apply 1 [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int)) true [{ function := 12, captures := [.clone], functionFallible := true }, { function := 18, captures := [.clone], functionFallible := true }]) ::
-    (.enum (.fn 2) [{ number := 16, fields := [] }, { number := 17, fields := [] }]) ::
-    (.apply 2 [(.list .int), .int] (.list .int) true [{ function := 16, captures := [], functionFallible := true }, { function := 17, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 3) [{ number := 23, fields := [] }, { number := 24, fields := [] }]) ::
-    (.apply 3 [(.pair .int (.list .int)), .int] (.pair .int (.list .int)) true [{ function := 23, captures := [], functionFallible := true }, { function := 24, captures := [], functionFallible := true }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 2) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 2)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.call (.function 3) [(.construct (.closure 0 4) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 5) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 1)))))] (.matchOn (.move (.generated .holder 2)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 3)))))]))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 6)))))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.list .int)) (.mk [] (.call (.function 6) [(.call (.function 7) [(.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.move (.generated .binding 0))] false)] true)] true)] true)] false))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.call (.function 11) [(.construct (.closure 1 12) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 13) [] false)), (.call (.function 14) [] false)] true))] (.succeed (.move (.generated .part 14))))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 15) [(.construct (.closure 2 16) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 15) [(.construct (.closure 2 17) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 11) [(.construct (.closure 1 18) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 19) [] false)), (.call (.function 20) [] false)] true))] (.succeed (.move (.generated .part 15))))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [] (.call (.function 21) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.list .int)) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 16)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18)))))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))) (.move (.generated .binding 4))))))]))) ::
-    (.function (.generated .function 13) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]))) ::
-    (.function (.generated .function 14) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list .int) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 39)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))), (.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))] (.cond (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.list .int) (.mk [(.mk (.bind (.generated .operand 43)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 44)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.cond (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 45))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 45)))))] (.matchOn (.uncons (.generated .holder 46)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))) (.move (.generated .binding 4))))))]))) ::
-    (.function (.generated .function 19) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]))) ::
-    (.function (.generated .function 20) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]))) ::
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [(.mk (.bind (.generated .holder 54)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 54)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]))) ::
-    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 3) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 58)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 57))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 57)))))] (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))) (.move (.generated .binding 3))))))]))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 65))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 65)))))] (.matchOn (.uncons (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))) (.move (.generated .binding 3))))))]))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.pair (.option (.pair .nat .int)) (.list .nat)), .int], (.pair (.option (.pair .nat .int)) (.list .nat))), false), (([(.pair (.list .int) (.list .int)), (.list .int)], (.pair (.list .int) (.list .int))), true), (([(.list .int), .int], (.list .int)), true), (([(.pair .int (.list .int)), .int], (.pair .int (.list .int))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 2) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.call (.function 3) [(.construct (.closure 0 4) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 5) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 1)))))], (.matchOn (.move (.generated .holder 2)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 3)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.call (.function 3) [(.construct (.closure 0 4) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 5) [(.move (.generated .binding 0))] true)] false))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(1, (.pair .nat .int), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 3)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 6)))))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]), [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 6))) (Corr.second (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.pair (.block (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))]) (tail := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))])) (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (ce := (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 10))) (Corr.second (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (lb := []) (tb := (.construct .some [(.copy (.generated .binding 4))])) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) rfl rfl rfl (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.call (.function 7) [(.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.move (.generated .binding 0))] false)] true)] true)] true)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.call (.function 11) [(.construct (.closure 1 12) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 13) [] false)), (.call (.function 14) [] false)] true))], (.succeed (.move (.generated .part 14))), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 15) [(.construct (.closure 2 16) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 15) [(.construct (.closure 2 17) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 11) [(.construct (.closure 1 18) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 19) [] false)), (.call (.function 20) [] false)] true))], (.succeed (.move (.generated .part 15))), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 21) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 16)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.list .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.list .int)), (some 4)), (3, (.list .int), (some 3)), (2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair (.list .int) (.list .int)), (.list .int)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18)))))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 18))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 20))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 21))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil 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false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons 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[false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.list .int), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 39)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))), (.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))] (.cond (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))], (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))), (.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))]) (ce := (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (tb := (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (ce := (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 127))) (lb := []) (tb := (.copy (.generated .binding 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl)))))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 43)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 44)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.cond (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))], (.call (.runtime .appendList) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1))))) (Corr.cond (lc := [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))]) (ce := (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := []) (tb := (.copy (.generated .binding 1))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 45))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 45)))))], (.matchOn (.uncons (.generated .holder 46)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 45))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 45))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 47))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 48))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil 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(.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) 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[]) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 54)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 54)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 8) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 9) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair .int (.list .int)), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 58)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 57))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 57)))))], (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 57))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 57))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 59))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 65))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 65)))))], (.matchOn (.uncons (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 65))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 65))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 67))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | _ + 25 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1.lean
deleted file mode 100644
index 2ddb16b4e..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1.lean
+++ /dev/null
@@ -1,245 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.adt 0) (.var 0) (.«let» 2 .nat (.call 1 [(.var 1)]) (.cond (.call 2 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 3 [(.var 0)]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.prim .natEq [(.var 1), (.call 4 [(.var 0)])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.first (.call 5 [(.closure 6 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 7 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
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-      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 8) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 9) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 24 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
-
-def __enc_0 : (Models.Glyphs.Glyph) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Models.Glyphs.Glyph.g0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Models.Glyphs.Glyph.g1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Models.Glyphs.Glyph.g2 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-  | Models.Glyphs.Glyph.g3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
-  | Models.Glyphs.Glyph.g4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
-  | Models.Glyphs.Glyph.g5 => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
-  | Models.Glyphs.Glyph.g6 => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
-  | Models.Glyphs.Glyph.g7 => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
-  | Models.Glyphs.Glyph.g8 => _root_.LexLeanTarget.TargetSyntax.Value.adt 8 []
-  | Models.Glyphs.Glyph.g9 => _root_.LexLeanTarget.TargetSyntax.Value.adt 9 []
-
-def __fits_6 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : Bool :=
-  (Bool.true && (match (_ybest).2 with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_6 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) _ybest), (_root_.LexLeanTarget.TargetSyntax.Value.int _yscore)] (_root_.LexLeanPreservation.Rel (__fits_6 _ybest _yscore) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (List Nat)) => (match __a with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Nat)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))) (_ybest).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Nat)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ylabel _ylabels => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) (fun (__a : (Option (Prod Nat Int))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int)))))) (_ybest).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some _yleader => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (if __b then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))) (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_25 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
-  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_25 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 25 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_25 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_14 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
-  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_25 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_14 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_14 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_25 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_25 __p0 __p1) 25 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_25 __p0 __p1) (p := __prog) (fi := 24) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_15  : Bool :=
-  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_15  : _root_.LexLeanPreservation.FunRel __prog 15 [] (_root_.LexLeanPreservation.Rel (__fits_15) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.outputBias))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_16  : Bool :=
-  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_16  : _root_.LexLeanPreservation.FunRel __prog 16 [] (_root_.LexLeanPreservation.Rel (__fits_16) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.outputWeights))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) 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_root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_8 (_yvalues : (List Int)) : Bool :=
-  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_15)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_16)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_14 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights))))
-
-attribute [local irreducible] Models.Recognizer.outputBias Models.Recognizer.outputWeights in
-theorem __rel_8 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_8 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer4 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_15)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_16)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_14 (_yvalues) __p0 __p1) 14 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_14 (_yvalues) __p0 __p1) (p := __prog) (fi := 13) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights)))))
-
-def __fits_18 (_yout : (List Int)) (_yvalue : Int) : Bool :=
-  ((Bool.true && ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int))) && (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_18 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_18 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_intQuot _yvalue (4 : Int) (0 : Int))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (127 : Int) else _yquotient)) (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))))
-
-def __fits_9 (_yvalues : (List Int)) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_18 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
-
-theorem __rel_9 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_9 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer3 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_18 __p0 __p1) 18 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_18 __p0 __p1) (p := __prog) (fi := 17) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
-
-def __fits_19 (_yout : (List Int)) (_yvalue : Int) : Bool :=
-  ((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then Bool.true else Bool.true)) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_19 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 19 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_19 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else _yvalue)) (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))))
-
-def __fits_10 (_yvalues : (List Int)) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_19 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
-
-theorem __rel_10 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_10 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer2 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_19 __p0 __p1) 19 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_19 __p0 __p1) (p := __prog) (fi := 17) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
-
-def __fits_26 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
-  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_26 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_26 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_20 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
-  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_26 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_20 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 20 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_20 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_26 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_26 __p0 __p1) 26 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_26 __p0 __p1) (p := __prog) (fi := 24) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_21  : Bool :=
-  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_21  : _root_.LexLeanPreservation.FunRel __prog 21 [] (_root_.LexLeanPreservation.Rel (__fits_21) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.hiddenBias))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_22  : Bool :=
-  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_22  : _root_.LexLeanPreservation.FunRel __prog 22 [] (_root_.LexLeanPreservation.Rel (__fits_22) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.hiddenWeights))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_11 (_yvalues : (List Int)) : Bool :=
-  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_21)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_22)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_20 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights))))
-
-attribute [local irreducible] Models.Recognizer.hiddenBias Models.Recognizer.hiddenWeights in
-theorem __rel_11 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_11 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer1 _yvalues))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_21)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_22)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_20 (_yvalues) __p0 __p1) 20 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_20 (_yvalues) __p0 __p1) (p := __prog) (fi := 13) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights)))))
-
-def __fits_23 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  (Bool.true && (match glyph with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_23 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_23 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Glyphs.encode glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Glyphs.Glyph)) => (match __a with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Models.Glyphs.Glyph)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (match __a with | Models.Glyphs.Glyph.g0 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g1 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g2 => ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g3 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g4 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g5 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g6 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g7 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g8 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g9 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))))) glyph (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Glyphs.Glyph)) _ => match __a with | Models.Glyphs.Glyph.g0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)) | Models.Glyphs.Glyph.g1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))) | Models.Glyphs.Glyph.g2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))) | Models.Glyphs.Glyph.g3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))) | Models.Glyphs.Glyph.g4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))) | Models.Glyphs.Glyph.g5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))) | Models.Glyphs.Glyph.g6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))) | Models.Glyphs.Glyph.g7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))))) | Models.Glyphs.Glyph.g8 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))) | Models.Glyphs.Glyph.g9 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))))))
-
-def __fits_12 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_23 (glyph)))
-
-attribute [local irreducible] Models.Glyphs.encode in
-theorem __rel_12 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_12 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.encoded glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (glyph)))
-
-def __fits_7 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  ((((((((((Bool.true && Bool.true) && (__fits_12 (glyph))) && Bool.true) && (__fits_11 ((Models.Recognizer.DigitNet.encoded (glyph))))) && Bool.true) && (__fits_10 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) && Bool.true) && (__fits_9 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) && Bool.true) && (__fits_8 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
-
-attribute [local irreducible] Models.Recognizer.DigitNet.encoded Models.Recognizer.DigitNet.layer1 Models.Recognizer.DigitNet.layer2 Models.Recognizer.DigitNet.layer3 Models.Recognizer.DigitNet.layer4 in
-theorem __rel_7 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_7 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.logits glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (glyph))) _root_.LexLeanPreservation.convL_nil) (__rel_11 ((Models.Recognizer.DigitNet.encoded (glyph))))) _root_.LexLeanPreservation.convL_nil) (__rel_10 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
-
-def __fits_3 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  (((Bool.true && ((((Bool.true && Bool.true) && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_7 (glyph))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_6 __p0 __p1) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))))) && (match ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 with | Option.none => Bool.true | Option.some _ywinner => Bool.true))
-
-attribute [local irreducible] Models.Recognizer.DigitNet.logits in
-theorem __rel_3 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_3 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.DigitNet glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => Bool.true | Option.some _ywinner => Bool.true)) (fun (__a : (Option (Prod Nat Int))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Option.none => (0 : Nat) | Option.some _ywinner => (_ywinner).1)) ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (glyph))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_6 __p0 __p1) 6 [] (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __rel_6 __p0 __p1) (p := __prog) (fi := 5) (ta := .int) (ts := (.pair (.option (.pair .nat .int)) (.list .nat))) rfl (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph)))))) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value) | Option.some _ywinner => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))))))
-
-def __fits_1 (_yinput : (Models.Glyphs.Glyph)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_3 (_yinput)))
-
-attribute [local irreducible] Models.Recognizer.DigitNet in
-theorem __rel_1 (_yinput : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_1 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.RawDigitModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (_yinput)))
-
-def __fits_4 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  (Bool.true && (match glyph with | Models.Glyphs.Glyph.g0 => Bool.true | Models.Glyphs.Glyph.g1 => Bool.true | Models.Glyphs.Glyph.g2 => Bool.true | Models.Glyphs.Glyph.g3 => Bool.true | Models.Glyphs.Glyph.g4 => Bool.true | Models.Glyphs.Glyph.g5 => Bool.true | Models.Glyphs.Glyph.g6 => Bool.true | Models.Glyphs.Glyph.g7 => Bool.true | Models.Glyphs.Glyph.g8 => Bool.true | Models.Glyphs.Glyph.g9 => Bool.true))
-
-theorem __rel_4 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_4 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Glyphs.digitOf glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Glyphs.Glyph)) => (match __a with | Models.Glyphs.Glyph.g0 => Bool.true | Models.Glyphs.Glyph.g1 => Bool.true | Models.Glyphs.Glyph.g2 => Bool.true | Models.Glyphs.Glyph.g3 => Bool.true | Models.Glyphs.Glyph.g4 => Bool.true | Models.Glyphs.Glyph.g5 => Bool.true | Models.Glyphs.Glyph.g6 => Bool.true | Models.Glyphs.Glyph.g7 => Bool.true | Models.Glyphs.Glyph.g8 => Bool.true | Models.Glyphs.Glyph.g9 => Bool.true)) (fun (__a : (Models.Glyphs.Glyph)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Models.Glyphs.Glyph.g0 => (0 : Nat) | Models.Glyphs.Glyph.g1 => (1 : Nat) | Models.Glyphs.Glyph.g2 => (2 : Nat) | Models.Glyphs.Glyph.g3 => (3 : Nat) | Models.Glyphs.Glyph.g4 => (4 : Nat) | Models.Glyphs.Glyph.g5 => (5 : Nat) | Models.Glyphs.Glyph.g6 => (6 : Nat) | Models.Glyphs.Glyph.g7 => (7 : Nat) | Models.Glyphs.Glyph.g8 => (8 : Nat) | Models.Glyphs.Glyph.g9 => (9 : Nat))) glyph (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Glyphs.Glyph)) _ => match __a with | Models.Glyphs.Glyph.g0 => (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value) | Models.Glyphs.Glyph.g1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)) | Models.Glyphs.Glyph.g2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))) | Models.Glyphs.Glyph.g3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))) | Models.Glyphs.Glyph.g4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))) | Models.Glyphs.Glyph.g5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))))) | Models.Glyphs.Glyph.g6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))))) | Models.Glyphs.Glyph.g7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))))))) | Models.Glyphs.Glyph.g8 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))))))) | Models.Glyphs.Glyph.g9 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))))))))))
-
-def __fits_2 (glyph : (Models.Glyphs.Glyph)) (digit : Nat) : Bool :=
-  ((Bool.true && (((Bool.true && Bool.true) && (__fits_4 (glyph))) && Bool.true)) && Bool.true)
-
-attribute [local irreducible] Models.Glyphs.digitOf in
-theorem __rel_2 (glyph : (Models.Glyphs.Glyph)) (digit : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 glyph), (_root_.LexLeanTarget.TargetSyntax.Value.nat digit)] (_root_.LexLeanPreservation.Rel (__fits_2 glyph digit) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Recognizer.recognizesCheck glyph digit))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (glyph))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq digit (Models.Glyphs.digitOf (glyph))))
-
-def __fits_0 (glyph : (Models.Glyphs.Glyph)) : Bool :=
-  (Bool.true && (let _ychecked1_input : (Models.Glyphs.Glyph) := glyph; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Recognizer.RawDigitModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_input) (_ychecked1_output))) && (if (Models.Recognizer.recognizesCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
-
-attribute [local irreducible] Models.Recognizer.RawDigitModel Models.Recognizer.recognizesCheck in
-theorem __rel_0 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.classifyChecked glyph))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : (Models.Glyphs.Glyph) := glyph; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_output : Nat := (Models.Recognizer.RawDigitModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat)) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Recognizer.recognizesCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
-
-def denote (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 glyph) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.classifyChecked glyph)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.classifyChecked glyph))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 glyph)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/Compose/RustStd.lex.tex
deleted file mode 100644
index f6dafc6a7..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,590 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.__wt_0 : @16 := @448 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.root : @1181 := @1182 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.flags
-@3 := Models.Glyphs.Glyph
-@4 := #0
-@5 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value
-@19 := LexLeanTarget.TargetSyntax.Ty
-@20 := List.nil.{0}
-@21 := List.cons.{0}
-@22 := @20 @18
-@23 := @20 @19
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := LexLeanPreservation.Rust.WTL
-@28 := #2
-@29 := @27 @28
-@30 := #1
-@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
-@39 := LexLeanPreservation.Rust.wtl_nil @0
-@40 := @27 @0
-@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
-@47 := @39 @1
-@48 := @40 @1
-@52 := {A : @26} -> @48 @4 @22 @23
-@53 := @47 @2
-@54 := @48 @2
-@55 := @54 @22
-@56 := @55 @23
-@57 := Nat
-@58 := List.{0}
-@59 := @58 @18
-@60 := @58 @19
-@61 := Eq.{1}
-@62 := Option.{0}
-@63 := @62 @60
-@64 := @61 @63
-@65 := LexLeanPreservation.Rust.adtFields
-@66 := #6
-@67 := @65 @66
-@68 := #3
-@71 := @64 (@67 @68 @28)
-@72 := Option.some.{0}
-@73 := @72 @60
-@74 := @73 @4
-@75 := @71 @74
-@76 := #7
-@78 := @27 @76 @66
-@79 := #5
-@82 := @78 @79 @28 @30
-@83 := #8
-@86 := @7 @83 @76 @66
-@87 := LexLeanTarget.TargetSyntax.Value.adt
-@88 := #4
-@90 := @87 @88 @68
-@91 := @86 @90
-@92 := @8 @79
-@102 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
-@104 := LexLeanPreservation.Rust.wt_adt @0
-@105 := @65 @0
-@109 := @64 (@105 @68 @28) @74
-@113 := @40 @66 @79 @28 @30
-@125 := {c : @25} ->
-  {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
-@126 := @104 @1
-@129 := @48 @79 @28 @30
-@139 := {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
-@140 := @126 @2
-@142 := @54 @28 @30
-@143 := @13 @90
-@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
-@151 := @140 @9
-@152 := @105 @9
-@161 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
-@162 := @151 @9
-@163 := @152 @9
-@164 := @64 @163
-@165 := @164 @74
-@166 := @87 @9
-@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @13 (@166 @68) @10
-@174 := @162 @22
-@175 := @55 @30
-@178 := @13 (@166 @22) @10
-@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
-@182 := @174 @23
-@183 := @73 @23
-@186 := (h : @164 @183) -> (hf : @56) -> @178
-@187 := Eq.refl.{1}
-@188 := @187 @63
-@191 := @182 (@188 @163) @53
-@192 := 1
-@193 := @151 @192
-@194 := @152 @192
-@195 := @64 @194
-@196 := @195 @74
-@197 := @87 @192
-@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @13 (@197 @68) @10
-@205 := @193 @22
-@208 := @13 (@197 @22) @10
-@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
-@212 := @205 @23
-@215 := (h : @195 @183) -> (hf : @56) -> @208
-@218 := @212 (@188 @194) @53
-@219 := 2
-@220 := @151 @219
-@221 := @152 @219
-@222 := @64 @221
-@223 := @222 @74
-@224 := @87 @219
-@231 := {fs : @59} -> {tys : @60} -> (h : @223) -> (hf : @142) -> @13 (@224 @68) @10
-@232 := @220 @22
-@235 := @13 (@224 @22) @10
-@238 := {tys : @60} -> (h : @223) -> (hf : @175) -> @235
-@239 := @232 @23
-@242 := (h : @222 @183) -> (hf : @56) -> @235
-@245 := @239 (@188 @221) @53
-@246 := 3
-@247 := @151 @246
-@248 := @152 @246
-@249 := @64 @248
-@250 := @249 @74
-@251 := @87 @246
-@258 := {fs : @59} -> {tys : @60} -> (h : @250) -> (hf : @142) -> @13 (@251 @68) @10
-@259 := @247 @22
-@262 := @13 (@251 @22) @10
-@265 := {tys : @60} -> (h : @250) -> (hf : @175) -> @262
-@266 := @259 @23
-@269 := (h : @249 @183) -> (hf : @56) -> @262
-@272 := @266 (@188 @248) @53
-@273 := 4
-@274 := @151 @273
-@275 := @152 @273
-@276 := @64 @275
-@277 := @276 @74
-@278 := @87 @273
-@285 := {fs : @59} -> {tys : @60} -> (h : @277) -> (hf : @142) -> @13 (@278 @68) @10
-@286 := @274 @22
-@289 := @13 (@278 @22) @10
-@292 := {tys : @60} -> (h : @277) -> (hf : @175) -> @289
-@293 := @286 @23
-@296 := (h : @276 @183) -> (hf : @56) -> @289
-@299 := @293 (@188 @275) @53
-@300 := 5
-@301 := @151 @300
-@302 := @152 @300
-@303 := @64 @302
-@304 := @303 @74
-@305 := @87 @300
-@312 := {fs : @59} -> {tys : @60} -> (h : @304) -> (hf : @142) -> @13 (@305 @68) @10
-@313 := @301 @22
-@316 := @13 (@305 @22) @10
-@319 := {tys : @60} -> (h : @304) -> (hf : @175) -> @316
-@320 := @313 @23
-@323 := (h : @303 @183) -> (hf : @56) -> @316
-@326 := @320 (@188 @302) @53
-@327 := 6
-@328 := @151 @327
-@329 := @152 @327
-@330 := @64 @329
-@331 := @330 @74
-@332 := @87 @327
-@339 := {fs : @59} -> {tys : @60} -> (h : @331) -> (hf : @142) -> @13 (@332 @68) @10
-@340 := @328 @22
-@343 := @13 (@332 @22) @10
-@346 := {tys : @60} -> (h : @331) -> (hf : @175) -> @343
-@347 := @340 @23
-@350 := (h : @330 @183) -> (hf : @56) -> @343
-@353 := @347 (@188 @329) @53
-@354 := 7
-@355 := @151 @354
-@356 := @152 @354
-@357 := @64 @356
-@358 := @357 @74
-@359 := @87 @354
-@366 := {fs : @59} -> {tys : @60} -> (h : @358) -> (hf : @142) -> @13 (@359 @68) @10
-@367 := @355 @22
-@370 := @13 (@359 @22) @10
-@373 := {tys : @60} -> (h : @358) -> (hf : @175) -> @370
-@374 := @367 @23
-@377 := (h : @357 @183) -> (hf : @56) -> @370
-@380 := @374 (@188 @356) @53
-@381 := 8
-@382 := @151 @381
-@383 := @152 @381
-@384 := @64 @383
-@385 := @384 @74
-@386 := @87 @381
-@393 := {fs : @59} -> {tys : @60} -> (h : @385) -> (hf : @142) -> @13 (@386 @68) @10
-@394 := @382 @22
-@397 := @13 (@386 @22) @10
-@400 := {tys : @60} -> (h : @385) -> (hf : @175) -> @397
-@401 := @394 @23
-@404 := (h : @384 @183) -> (hf : @56) -> @397
-@407 := @401 (@188 @383) @53
-@408 := 9
-@409 := @151 @408
-@410 := @152 @408
-@411 := @64 @410
-@412 := @411 @74
-@413 := @87 @408
-@420 := {fs : @59} -> {tys : @60} -> (h : @412) -> (hf : @142) -> @13 (@413 @68) @10
-@421 := @409 @22
-@424 := @13 (@413 @22) @10
-@427 := {tys : @60} -> (h : @412) -> (hf : @175) -> @424
-@428 := @421 @23
-@431 := (h : @411 @183) -> (hf : @56) -> @424
-@434 := @428 (@188 @410) @53
-@448 := fun (__v : @3) =>
-  Models.Glyphs.Glyph.casesOn.{0} @17 @4 @191 @218 @245 @272 @299 @326 @353 @380 @407 @434
-@449 := @5 @30
-@451 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.__wt_0 @30
-@452 := @21 @18
-@454 := @452 @449 @22
-@455 := Prod.{0, 0}
-@457 := @455 @57 @18
-@461 := Prod.mk.{0, 0} @57 @18 @9
-@462 := @461 @449
-@463 := @20 @457
-@464 := @21 @457
-@466 := @464 @462 @463
-@467 := Bool.true
-@468 := LexLeanTarget.TargetSyntax.Function
-@469 := LexLeanTarget.TargetSyntax.Program.functions
-@470 := @469 @0
-@471 := @20 @57
-@472 := LexLeanTarget.TargetSyntax.Ty.unit
-@473 := LexLeanTarget.TargetSyntax.Value.unit
-@476 := LexLeanTarget.TargetSyntax.Expr.value @472 @473
-@481 := LexLeanTarget.TargetSyntax.Function.mk @471 @23 @472 @476
-@486 := List.getD.{0} @468 @470 @9 @481
-@490 := fun (__e_n : @57) => LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.root @4 @9
-@495 := @7 @66 @79 @88 @68 @28
-@498 := @27 @83 @76 @66
-@500 := @452 @79 @68
-@501 := @498 @500
-@502 := @21 @19
-@504 := @502 @88 @28
-@514 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @495) -> (hs : @82) -> @501 @504
-@516 := LexLeanPreservation.Rust.wtl_cons @0
-@532 := {c : @25} ->
-  {A : @26} ->
-  {v : @18} ->
-  {t : @19} ->
-  {vs : @59} -> {ts : @60} -> (h : @11 @79 @88 @68 @28) -> (hs : @113) -> @40 @76 @66 @500 @504
-@533 := @516 @1
-@546 := {A : @26} ->
-  {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @12 @88 @68 @28) -> (hs : @129) -> @48 @66 @500 @504
-@547 := @533 @2
-@557 := {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @500 @504
-@558 := @547 @449
-@559 := @5 @88
-@561 := @13 @559 @28
-@562 := @5 @66
-@563 := @452 @562
-@571 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @561) -> (hs : @142) -> @54 (@563 @68) @504
-@572 := @558 @10
-@573 := @5 @68
-@575 := @13 @573 @10
-@576 := @5 @79
-@577 := @452 @576
-@579 := @54 (@577 @68)
-@580 := @502 @10
-@581 := @580 @28
-@586 := {vs : @59} -> {ts : @60} -> (h : @575) -> (hs : @142) -> @579 @581
-@587 := @572 @22
-@588 := @5 @28
-@590 := @13 @588 @10
-@592 := @452 @559 @22
-@593 := @54 @592
-@597 := {ts : @60} -> (h : @590) -> (hs : @175) -> @593 @581
-@598 := @587 @23
-@600 := @13 @449 @10
-@602 := @452 @573 @22
-@603 := @54 @602
-@604 := @580 @23
-@607 := (h : @600) -> (hs : @56) -> @603 @604
-@608 := @598 @451
-@610 := @452 @588 @22
-@611 := @54 @610
-@613 := (hs : @56) -> @611 @604
-@614 := @608 @53
-@615 := @54 @454
-@616 := @615 @604
-@617 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.denote
-@618 := @617 @30
-@619 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.__fits_0
-@620 := @619 @30
-@622 := Models.Main.classifyChecked @30
-@623 := Bool
-@625 := @455 @623 @623
-@626 := LexLeanTarget.TargetSyntax.Value.bool
-@631 := LexLeanPreservation.encPair @623 @623 @626 @626
-@632 := LexLeanTarget.TargetSyntax.Value.nat
-@638 := LexLeanPreservation.encExcept @625 @57 @631 @632 @622
-@640 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.root @30
-@641 := Ne.{1}
-@642 := LexLeanPreservation.Obs
-@643 := @641 @642
-@644 := LexLeanPreservation.Rel
-@647 := @643 (@644 @30 @4)
-@648 := LexLeanPreservation.Obs.stuck
-@651 := (f : @623) -> (v : @18) -> @647 @648
-@653 := LexLeanPreservation.Rust.rel_ne_stuck @620
-@659 := (v : @18) -> @643 (@644 (@619 @28) @4) @648
-@660 := @653 @638
-@664 := @643 (@644 @620 @638) @648
-@665 := @58 @457
-@666 := LexLeanPreservation.Rust.FunSem
-@667 := #9
-@673 := (n : @57) -> @666 @667 @83 @76 @4 @66
-@674 := @62 @468
-@675 := @61 @674
-@682 := LexLeanRuntime.index (@58 @468) @468 (LexLeanRuntime.instIndexableList @468)
-@686 := @675 (@682 (@469 @667) @66)
-@687 := @72 @468
-@688 := @687 @79
-@689 := @686 @688
-@690 := #10
-@694 := @27 @690 @667 @83 @79
-@695 := LexLeanTarget.TargetSyntax.Function.types
-@696 := @695 @66
-@697 := @694 @696
-@698 := @62 @665
-@699 := @61 @698
-@700 := LexLeanTarget.TargetSemantics.bindAll
-@701 := LexLeanTarget.TargetSyntax.Function.parameters
-@706 := @699 (@700 (@701 @76) @66 @463)
-@707 := @72 @665
-@708 := @707 @79
-@709 := @706 @708
-@710 := @62 @623
-@711 := @61 @710
-@712 := LexLeanPreservation.Rust.fnFallible
-@713 := #11
-@716 := @711 (@712 @713 @667)
-@717 := @72 @623
-@718 := @717 @79
-@719 := @716 @718
-@720 := LexLeanPreservation.RunConv
-@721 := #13
-@725 := @720 @721 @690 @83 @79
-@727 := @643 @66 @648
-@728 := Exists.{1}
-@729 := LexLeanPreservation.Rust.ROut
-@730 := @728 @729
-@731 := And
-@732 := LexLeanPreservation.Rust.RealizesFn
-@736 := @731 (@732 @667 @83 @4)
-@737 := LexLeanPreservation.Rust.RCI
-@739 := @737 #15
-@740 := LexLeanPreservation.Rust.fnIdent
-@741 := @740 @721
-@748 := (hne : @727) -> @730 (fun (ro : @729) => @736 (@739 @741 @713 @4))
-@763 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @665} ->
-  {F : @623} ->
-  {o : @642} ->
-  (hB : @673) ->
-  (hfn : @689) -> (hwt : @697) -> (hbind : @709) -> (hF : @719) -> (hA : @725) -> @748
-@765 := LexLeanPreservation.Rust.compose @0
-@766 := @666 @0
-@771 := (n : @57) -> @766 @83 @76 @4 @66
-@772 := @682 @470
-@775 := @675 (@772 @66) @688
-@779 := @40 @667 @83 @79 @696
-@780 := @720 @0
-@783 := @780 @690 @83 @79
-@797 := {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @665} ->
-  {F : @623} ->
-  {o : @642} ->
-  (hB : @771) ->
-  (hfn : @775) -> (hwt : @779) -> (hbind : @709) -> (hF : @719) -> (hA : @783) -> @748
-@798 := @765 @1
-@799 := @766 @1
-@803 := (n : @57) -> @799 @76 @4 @66
-@806 := @48 @83 @79 @696
-@807 := @712 @1
-@810 := @711 (@807 @667) @718
-@811 := @737 @1
-@821 := (hbind : @709) ->
-  (hF : @810) -> (hA : @783) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@811 @741 @713 @4))
-@831 := {A : @26} ->
-  {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @665} -> {F : @623} -> {o : @642} -> (hB : @803) -> (hfn : @775) -> (hwt : @806) -> @821
-@832 := @798 @2
-@834 := @799 @2 @4
-@836 := (n : @57) -> @834 @66
-@837 := @54 @79
-@838 := @837 @696
-@847 := {f : @57} ->
-  {fn : @468} ->
-  {args : @59} ->
-  {env : @665} -> {F : @623} -> {o : @642} -> (hB : @836) -> (hfn : @775) -> (hwt : @838) -> @821
-@848 := @832 @9
-@850 := (n : @57) -> @834 @9
-@851 := @772 @9
-@852 := @675 @851
-@853 := @852 @688
-@854 := @807 @9
-@855 := @711 @854
-@856 := @855 @718
-@857 := @780 @9
-@859 := @857 @83 @79
-@861 := @811 (@740 @9)
-@869 := (hF : @856) -> (hA : @859) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 @713 @4))
-@878 := {fn : @468} ->
-  {args : @59} ->
-  {env : @665} ->
-  {F : @623} -> {o : @642} -> (hB : @850) -> (hfn : @853) -> (hwt : @838) -> (hbind : @709) -> @869
-@879 := @848 @486
-@881 := @852 (@687 @486)
-@882 := @695 @486
-@883 := @837 @882
-@885 := @700 (@701 @486)
-@897 := {args : @59} ->
-  {env : @665} ->
-  {F : @623} ->
-  {o : @642} ->
-  (hB : @850) -> (hfn : @881) -> (hwt : @883) -> (hbind : @699 (@885 @66 @463) @708) -> @869
-@898 := @879 @454
-@899 := @563 @22
-@901 := @54 @899 @882
-@904 := @452 (@5 @76) @22
-@908 := @699 (@885 @904 @463) @708
-@911 := @452 (@5 @667) @22
-@932 := {env : @665} ->
-  {F : @623} ->
-  {o : @642} ->
-  (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @901) ->
-  (hbind : @908) ->
-  (hF : @856) ->
-  (hA : @857 @911 @79) ->
-  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@452 (@5 #12) @22) @4))
-@933 := @898 @466
-@934 := @577 @22
-@936 := @54 @934 @882
-@944 := @699 (@885 @899 @463) (@707 (@464 (@461 @562) @463))
-@947 := @452 (@5 @83) @22
-@966 := {F : @623} ->
-  {o : @642} ->
-  (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @936) ->
-  (hbind : @944) ->
-  (hF : @856) ->
-  (hA : @857 @947 @79) ->
-  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@452 (@5 @713) @22) @4))
-@967 := @933 @467
-@968 := @593 @882
-@976 := @699 (@885 @934 @463) (@707 (@464 (@461 @576) @463))
-@978 := @855 (@717 @467)
-@980 := @857 @904 @79
-@981 := @732 @467
-@1000 := {o : @642} ->
-  (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @968) ->
-  (hbind : @976) ->
-  (hF : @978) ->
-  (hA : @980) ->
-  (hne : @727) -> @730 (fun (ro : @729) => @731 (@981 @83 @4) (@861 (@452 (@5 @690) @22) @4))
-@1001 := @967 @618
-@1002 := @603 @882
-@1010 := @699 (@885 @592 @463) (@707 (@464 (@461 @559) @463))
-@1011 := @857 @899
-@1012 := @617 @66
-@1013 := @1011 @1012
-@1014 := @617 @76
-@1032 := (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @1002) ->
-  (hbind : @1010) ->
-  (hF : @978) ->
-  (hA : @1013) ->
-  (hne : @643 @1014 @648) -> @730 (fun (ro : @729) => @731 (@981 (@617 @667) @4) (@861 @911 @4))
-@1033 := @1001 @490
-@1034 := @611 @882
-@1042 := @699 (@885 @602 @463) (@707 (@464 (@461 @573) @463))
-@1043 := @857 @934
-@1044 := @617 @79
-@1062 := (hfn : @881) ->
-  (hwt : @1034) ->
-  (hbind : @1042) ->
-  (hF : @978) ->
-  (hA : @1043 @1044) ->
-  (hne : @643 @1012 @648) -> @730 (fun (ro : @729) => @731 (@981 (@617 @83) @4) (@861 @947 @4))
-@1065 := @1033 (@187 @674 @851)
-@1066 := @615 @882
-@1074 := @699 (@885 @610 @463) (@707 (@464 (@461 @588) @463))
-@1075 := @857 @592
-@1076 := @617 @88
-@1092 := (hwt : @1066) ->
-  (hbind : @1074) ->
-  (hF : @978) ->
-  (hA : @1075 @1076) ->
-  (hne : @643 @1044 @648) -> @730 (fun (ro : @729) => @731 (@981 @1014 @4) (@861 @904 @4))
-@1093 := @1065 @614
-@1095 := @885 @454 @463
-@1098 := @699 @1095 (@707 @466)
-@1099 := @857 @602
-@1100 := @617 @68
-@1115 := (hbind : @1098) ->
-  (hF : @978) ->
-  (hA : @1099 @1100) ->
-  (hne : @643 @1076 @648) -> @730 (fun (ro : @729) => @731 (@981 @1012 @4) (@861 @899 @4))
-@1118 := @1093 (@187 @698 @1095)
-@1119 := @857 @610
-@1120 := @617 @28
-@1134 := (hF : @978) ->
-  (hA : @1119 @1120) ->
-  (hne : @643 @1100 @648) -> @730 (fun (ro : @729) => @731 (@981 @1044 @4) (@861 @934 @4))
-@1137 := @1118 (@187 @710 @854)
-@1151 := (hA : @857 @454 @618) ->
-  (hne : @643 @1120 @648) -> @730 (fun (ro : @729) => @731 (@981 @1076 @4) (@861 @592 @4))
-@1152 := @1137 @640
-@1163 := (hne : @643 @618 @648) -> @730 (fun (ro : @729) => @731 (@981 @1100 @4) (@861 @602 @4))
-@1164 := @1152 @660
-@1170 := @731 (@981 @1120 @4) (@861 @610 @4)
-@1172 := @730 (fun (ro : @729) => @1170)
-@1174 := @730 (fun (__e_ro : @729) => @1170)
-@1178 := LexLeanPreservation.Rust.RepresentableL (@452 @6 @22)
-@1179 := (__e_hrep : @1178) -> @1174
-@1180 := fun (__e_hrep : @1178) => @1164
-@1181 := (glyph : @3) -> @1179
-@1182 := fun (glyph : @3) => @1180
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/RustStd.lean
deleted file mode 100644
index b44133f2a..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/RustStd.lean
+++ /dev/null
@@ -1,250 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.adt 0) (.var 0) (.«let» 2 .nat (.call 1 [(.var 1)]) (.cond (.call 2 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 3 [(.var 0)]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.prim .natEq [(.var 1), (.call 4 [(.var 0)])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.first (.call 5 [(.closure 6 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 7 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [] (.value .nat (.nat 0))), (.arm (.adt 1) [] (.value .nat (.nat 1))), (.arm (.adt 2) [] (.value .nat (.nat 2))), (.arm (.adt 3) [] (.value .nat (.nat 3))), (.arm (.adt 4) [] (.value .nat (.nat 4))), (.arm (.adt 5) [] (.value .nat (.nat 5))), (.arm (.adt 6) [] (.value .nat (.nat 6))), (.arm (.adt 7) [] (.value .nat (.nat 7))), (.arm (.adt 8) [] (.value .nat (.nat 8))), (.arm (.adt 9) [] (.value .nat (.nat 9)))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
-      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 5 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
-      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.«match» (.option (.pair .nat .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair .nat .int)) [(.var 4)])))]), (.var 3)]))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 8 [(.call 9 [(.call 10 [(.call 11 [(.call 12 [(.var 0)])])])])]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.first (.call 13 [(.closure 14 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 15 [])]), (.call 16 [])])) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.call 17 [(.closure 18 []), (.build .nil (.list .int) []), (.var 0)]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.call 17 [(.closure 19 []), (.build .nil (.list .int) []), (.var 0)]) },
-    { parameters := [0], types := [(.list .int)], result := (.list .int),
-      body := (.first (.call 13 [(.closure 20 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 21 [])]), (.call 22 [])])) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 23 [(.var 0)]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 13 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 24 [(.closure 25 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
-    { parameters := [], types := [], result := (.list .int),
-      body := (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int (-7))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .nil (.list .int) [])])])])])])])])])])]) },
-    { parameters := [], types := [], result := (.list (.list .int)),
-      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) 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[])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build 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[(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)], result := (.list .int),
-      body := (.«match» (.list .int) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 17 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
-      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.«let» 2 .int (.prim .intQuot [(.var 1), (.value .int (.int 4)), (.value .int (.int 0))]) (.cond (.«match» .bool (.prim .compare [(.var 2), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.cond (.«match» .bool (.prim .compare [(.value .int (.int 127)), (.var 2)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 127)) (.var 2)))), (.build .nil (.list .int) [])])]) },
-    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
-      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.cond (.«match» .bool (.prim .compare [(.var 1), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.var 1)), (.build .nil (.list .int) [])])]) },
-    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 24 [(.closure 26 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
-    { parameters := [], types := [], result := (.list .int),
-      body := (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .nil (.list .int) [])])])])])])])])])])])])]) },
-    { parameters := [], types := [], result := (.list (.list .int)),
-      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-1))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 8) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 9) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 24 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }, { number := 8, fields := [] }, { number := 9, fields := [] }]) ::
-    (.enum (.fn 0) [{ number := 6, fields := [] }]) ::
-    (.apply 0 [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat)) false [{ function := 6, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 1) [{ number := 14, fields := [(.list .int)] }, { number := 20, fields := [(.list .int)] }]) ::
-    (.apply 1 [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int)) true [{ function := 14, captures := [.clone], functionFallible := true }, { function := 20, captures := [.clone], functionFallible := true }]) ::
-    (.enum (.fn 2) [{ number := 18, fields := [] }, { number := 19, fields := [] }]) ::
-    (.apply 2 [(.list .int), .int] (.list .int) true [{ function := 18, captures := [], functionFallible := true }, { function := 19, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 3) [{ number := 25, fields := [] }, { number := 26, fields := [] }]) ::
-    (.apply 3 [(.pair .int (.list .int)), .int] (.pair .int (.list .int)) true [{ function := 25, captures := [], functionFallible := true }, { function := 26, captures := [], functionFallible := true }]) ::
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-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.call (.function 4) [(.move (.generated .binding 0))] false))] (.call (.runtime .natEq) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 5) [(.construct (.closure 0 6) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 7) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 3)))))] (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 5)))))]))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .nat (.mk [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.nat 0)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.nat 1)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.nat 2)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.nat 3)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.nat 4)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.nat 5)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.nat 6)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.nat 7)))), (.mk (.adt 0 8 []) (.mk [] (.lit (.nat 8)))), (.mk (.adt 0 9 []) (.mk [] (.lit (.nat 9))))]))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 5) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.list .int)) (.mk [] (.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0))] false)] true)] true)] true)] false))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.call (.function 13) [(.construct (.closure 1 14) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 15) [] false)), (.call (.function 16) [] false)] true))] (.succeed (.move (.generated .part 17))))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 17) [(.construct (.closure 2 18) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 17) [(.construct (.closure 2 19) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.call (.function 13) [(.construct (.closure 1 20) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 21) [] false)), (.call (.function 22) [] false)] true))] (.succeed (.move (.generated .part 18))))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [] (.call (.function 23) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.list .int)) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 21)))))] (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))) (.move (.generated .binding 4))))))]))) ::
-    (.function (.generated .function 15) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]))) ::
-    (.function (.generated .function 16) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]))) ::
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-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .operand 41)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 42)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)))), (.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))] (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.list .int) (.mk [(.mk (.bind (.generated .operand 46)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 47)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.cond (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false))) ::
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 49)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 48)))))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false))) (.move (.generated .binding 4))))))]))) ::
-    (.function (.generated .function 21) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]))) ::
-    (.function (.generated .function 22) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]))) ::
-    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [(.mk (.bind (.generated .holder 57)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 3) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 58)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 61)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 60)))))] (.matchOn (.uncons (.generated .holder 61)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true))) (.move (.generated .binding 3))))))]))) ::
-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 68))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 68)))))] (.matchOn (.uncons (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true))) (.move (.generated .binding 3))))))]))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.pair (.option (.pair .nat .int)) (.list .nat)), .int], (.pair (.option (.pair .nat .int)) (.list .nat))), false), (([(.pair (.list .int) (.list .int)), (.list .int)], (.pair (.list .int) (.list .int))), true), (([(.list .int), .int], (.list .int)), true), (([(.pair .int (.list .int)), .int], (.pair .int (.list .int))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.move (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 1) [(.clone (.generated .binding 1))] true))], (.cond (.call (.function 2) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 2) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.call (.function 4) [(.move (.generated .binding 0))] false))], (.call (.runtime .natEq) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 5) [(.construct (.closure 0 6) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 7) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 3)))))], (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 5)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 5) [(.construct (.closure 0 6) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 7) [(.move (.generated .binding 0))] true)] false))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(1, (.pair .nat .int), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 5)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.nat 0)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.nat 1)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.nat 2)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.nat 3)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.nat 4)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.nat 5)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.nat 6)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.nat 7)))), (.mk (.adt 0 8 []) (.mk [] (.lit (.nat 8)))), (.mk (.adt 0 9 []) (.mk [] (.lit (.nat 9))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.nat 1))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.nat 2))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.lit (.nat 3))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.lit (.nat 4))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.lit (.nat 5))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.lit (.nat 6))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.lit (.nat 7))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 8) (loads := []) (lets := []) (tail := (.lit (.nat 8))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 9) (loads := []) (lets := []) (tail := (.lit (.nat 9))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 5) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 9)))))], (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]), [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 9))) (Corr.second (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.pair (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))])) (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 11))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))]) (ce := (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 13))) (Corr.second (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (lb := []) (tb := (.construct .some [(.copy (.generated .binding 4))])) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) rfl rfl rfl (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0))] false)] true)] true)] true)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.call (.function 13) [(.construct (.closure 1 14) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 15) [] false)), (.call (.function 16) [] false)] true))], (.succeed (.move (.generated .part 17))), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 17) [(.construct (.closure 2 18) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 17) [(.construct (.closure 2 19) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.call (.function 13) [(.construct (.closure 1 20) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 21) [] false)), (.call (.function 22) [] false)] true))], (.succeed (.move (.generated .part 18))), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 23) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.list .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.list .int)), (some 4)), (3, (.list .int), (some 3)), (2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair (.list .int) (.list .int)), (.list .int)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 21)))))], (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 21))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 23))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 24))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons 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rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons 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rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 17) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 17) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.list .int), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 41)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 42)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)))), (.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))] (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))], (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)))), (.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))] (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (ce := (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))]) (tb := (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))]) (ce := (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 127))) (lb := []) (tb := (.copy (.generated .binding 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl)))))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 46)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 47)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.cond (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))], (.call (.runtime .appendList) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1))))) (Corr.cond (lc := [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))]) (ce := (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := []) (tb := (.copy (.generated .binding 1))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 49)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 48)))))], (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 48))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 50))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 51))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]), [], rfl, rfl,
-    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 57)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 8) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 9) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 58)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair .int (.list .int)), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 61)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 60)))))], (.matchOn (.uncons (.generated .holder 61)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 60))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 62))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 68))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 68)))))], (.matchOn (.uncons (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 68))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 68))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 70))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | _ + 27 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2.lean
deleted file mode 100644
index 948bebb0d..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2.lean
+++ /dev/null
@@ -1,217 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [], [], [], [], [], []] },
-    { constructors := [[], [], []] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.adt 0) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.call 3 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 4 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .true .bool [])), (.arm (.adt 3) [] (.build .true .bool [])), (.arm (.adt 4) [] (.build .true .bool [])), (.arm (.adt 5) [] (.build .true .bool [])), (.arm (.adt 6) [] (.build .true .bool [])), (.arm (.adt 7) [] (.build .true .bool []))]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«let» 1 (.adt 1) (.call 5 [(.var 0)]) (.«let» 2 .nat (.call 6 [(.var 1)]) (.var 2))) },
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.call 7 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 1)], result := .nat,
-      body := (.call 8 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.«match» (.adt 1) (.first (.call 9 [(.closure 10 []), (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.build .none (.option (.pair (.adt 1) .int)) []), (.build .cons (.list (.adt 1)) [(.build (.adt 0) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 1) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 2) (.adt 1) []), (.build .nil (.list (.adt 1)) [])])])])]), (.call 11 [(.var 0)])])) [(.arm .none [] (.build (.adt 0) (.adt 1) [])), (.arm .some [1] (.first (.var 1)))]) },
-    { parameters := [0], types := [(.adt 1)], result := .nat,
-      body := (.cond (.call 12 [(.var 0)]) (.value .nat (.nat 2)) (.cond (.call 13 [(.var 0)]) (.value .nat (.nat 1)) (.value .nat (.nat 0)))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
-      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
-      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.«match» (.option (.pair (.adt 1) .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair (.adt 1) .int)) [(.var 4)])))]), (.var 3)]))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.«let» 1 (.list .int) (.call 14 [(.var 0)]) (.first (.call 15 [(.closure 16 [(.var 1)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 17 [])]), (.call 18 [])]))) },
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .false .bool [])), (.arm (.adt 2) [] (.build .true .bool []))]) },
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .false .bool []))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 19 [(.var 0)]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 15 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 20 [(.closure 21 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
-    { parameters := [], types := [], result := (.list .int),
-      body := (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])]) },
-    { parameters := [], types := [], result := (.list (.list .int)),
-      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 5)), (.build .nil (.list .int) [])])])]), (.build .nil (.list (.list .int)) [])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
-
-def __enc_0 : (Models.Triage.Presentation) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Models.Triage.Presentation.p0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Models.Triage.Presentation.p1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Models.Triage.Presentation.p2 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-  | Models.Triage.Presentation.p3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
-  | Models.Triage.Presentation.p4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
-  | Models.Triage.Presentation.p5 => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
-  | Models.Triage.Presentation.p6 => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
-  | Models.Triage.Presentation.p7 => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
-
-def __enc_1 : (Models.Triage.Level) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Models.Triage.Level.routine => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Models.Triage.Level.urgent => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Models.Triage.Level.emergency => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-
-def __fits_3 (presentation : (Models.Triage.Presentation)) : Bool :=
-  (Bool.true && (match presentation with | Models.Triage.Presentation.p0 => (Bool.true && Bool.true) | Models.Triage.Presentation.p1 => (Bool.true && Bool.true) | Models.Triage.Presentation.p2 => (Bool.true && Bool.true) | Models.Triage.Presentation.p3 => (Bool.true && Bool.true) | Models.Triage.Presentation.p4 => (Bool.true && Bool.true) | Models.Triage.Presentation.p5 => (Bool.true && Bool.true) | Models.Triage.Presentation.p6 => (Bool.true && Bool.true) | Models.Triage.Presentation.p7 => (Bool.true && Bool.true)))
-
-theorem __rel_3 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_3 presentation) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Triage.hasSymptom presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Triage.Presentation)) => (match __a with | Models.Triage.Presentation.p0 => (Bool.true && Bool.true) | Models.Triage.Presentation.p1 => (Bool.true && Bool.true) | Models.Triage.Presentation.p2 => (Bool.true && Bool.true) | Models.Triage.Presentation.p3 => (Bool.true && Bool.true) | Models.Triage.Presentation.p4 => (Bool.true && Bool.true) | Models.Triage.Presentation.p5 => (Bool.true && Bool.true) | Models.Triage.Presentation.p6 => (Bool.true && Bool.true) | Models.Triage.Presentation.p7 => (Bool.true && Bool.true))) (fun (__a : (Models.Triage.Presentation)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Models.Triage.Presentation.p0 => Bool.false | Models.Triage.Presentation.p1 => Bool.true | Models.Triage.Presentation.p2 => Bool.true | Models.Triage.Presentation.p3 => Bool.true | Models.Triage.Presentation.p4 => Bool.true | Models.Triage.Presentation.p5 => Bool.true | Models.Triage.Presentation.p6 => Bool.true | Models.Triage.Presentation.p7 => Bool.true)) presentation (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Presentation)) _ => match __a with | Models.Triage.Presentation.p0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)) | Models.Triage.Presentation.p1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))) | Models.Triage.Presentation.p2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))) | Models.Triage.Presentation.p3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))))) | Models.Triage.Presentation.p4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))))) | Models.Triage.Presentation.p5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))))))) | Models.Triage.Presentation.p6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))))))) | Models.Triage.Presentation.p7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))))))))))
-
-def __fits_1 (presentation : (Models.Triage.Presentation)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_3 (presentation)))
-
-attribute [local irreducible] Models.Triage.hasSymptom in
-theorem __rel_1 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_1 presentation) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Triage.symptomaticCheck presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (presentation)))
-
-def __fits_10 (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) : Bool :=
-  (Bool.true && (match (_ybest).2 with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_10 (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1)) _ybest), (_root_.LexLeanTarget.TargetSyntax.Value.int _yscore)] (_root_.LexLeanPreservation.Rel (__fits_10 _ybest _yscore) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1)) ((match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList __enc_1) (fun (__a : (List (Models.Triage.Level))) => (match __a with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List (Models.Triage.Level))) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1)) (match __a with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels))) (_ybest).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List (Models.Triage.Level))) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ylabel _ylabels => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => (match __a with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int)))))) (_ybest).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some _yleader => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (if __b then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))) (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_19 (presentation : (Models.Triage.Presentation)) : Bool :=
-  (Bool.true && (match presentation with | Models.Triage.Presentation.p0 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p1 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p2 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p3 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p4 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p5 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p6 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p7 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_19 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_19 presentation) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.features presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Triage.Presentation)) => (match __a with | Models.Triage.Presentation.p0 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p1 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p2 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p3 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p4 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p5 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p6 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p7 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Models.Triage.Presentation)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (match __a with | Models.Triage.Presentation.p0 => ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p1 => ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p2 => ((0 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p3 => ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p4 => ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p5 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p6 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p7 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))) presentation (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Presentation)) _ => match __a with | Models.Triage.Presentation.p0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)) | Models.Triage.Presentation.p1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))) | Models.Triage.Presentation.p2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))) | Models.Triage.Presentation.p3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))) | Models.Triage.Presentation.p4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))) | Models.Triage.Presentation.p5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))) | Models.Triage.Presentation.p6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))) | Models.Triage.Presentation.p7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))))
-
-def __fits_14 (presentation : (Models.Triage.Presentation)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_19 (presentation)))
-
-attribute [local irreducible] Models.Triage.features in
-theorem __rel_14 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_14 presentation) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.TriageScore.features presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (presentation)))
-
-def __fits_21 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
-  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_21 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 21 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_21 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_16 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
-  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_21 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
-
-theorem __rel_16 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_16 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_21 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_21 __p0 __p1) 21 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_21 __p0 __p1) (p := __prog) (fi := 20) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
-
-def __fits_17  : Bool :=
-  ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_17  : _root_.LexLeanPreservation.FunRel __prog 17 [] (_root_.LexLeanPreservation.Rel (__fits_17) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.triageBias))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_18  : Bool :=
-  ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_18  : _root_.LexLeanPreservation.FunRel __prog 18 [] (_root_.LexLeanPreservation.Rel (__fits_18) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Triage.triageWeights))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_11 (presentation : (Models.Triage.Presentation)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_14 (presentation))) && (let _yvalues : (List Int) := (Models.Triage.TriageScore.features (presentation)); (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_17)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_18)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_16 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Triage.triageBias))) ((Models.Triage.triageWeights))))))
-
-attribute [local irreducible] Models.Triage.TriageScore.features Models.Triage.triageBias Models.Triage.triageWeights in
-theorem __rel_11 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_11 presentation) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.TriageScore.scores presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yvalues : (List Int) := (Models.Triage.TriageScore.features (presentation)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (presentation))) (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_17)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_18)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_16 (_yvalues) __p0 __p1) 16 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_16 (_yvalues) __p0 __p1) (p := __prog) (fi := 15) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Triage.triageBias))) ((Models.Triage.triageWeights))))))
-
-def __fits_7 (presentation : (Models.Triage.Presentation)) : Bool :=
-  (((Bool.true && ((((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_11 (presentation))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (__p1 : Int) => __fits_10 __p0 __p1) ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation))))) && (match ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation))) : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level))))).1 with | Option.none => (Bool.true && Bool.true) | Option.some _ywinner => Bool.true))
-
-attribute [local irreducible] Models.Triage.TriageScore.scores in
-theorem __rel_7 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_7 presentation) (__enc_1 (Models.Triage.TriageScore presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ywinner => Bool.true)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => __enc_1 (match __a with | Option.none => (Models.Triage.Level.routine : (Models.Triage.Level)) | Option.some _ywinner => (_ywinner).1)) ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation))) : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level))))).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (presentation))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (fun (__p0 : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (__p1 : Int) => __fits_10 __p0 __p1) 10 [] (fun (__p0 : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (__p1 : Int) => __rel_10 __p0 __p1) (p := __prog) (fi := 9) (ta := .int) (ts := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))) rfl (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation)))))) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt)) | Option.some _ywinner => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))))))
-
-def __fits_5 (_yinput : (Models.Triage.Presentation)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_7 (_yinput)))
-
-attribute [local irreducible] Models.Triage.TriageScore in
-theorem __rel_5 (_yinput : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_5 _yinput) (__enc_1 (Models.Triage.TriageModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (_yinput)))
-
-def __fits_12 (level : (Models.Triage.Level)) : Bool :=
-  (Bool.true && (match level with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true)))
-
-theorem __rel_12 (level : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 level)] (_root_.LexLeanPreservation.Rel (__fits_12 level) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Triage.isEmergency level))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (Models.Triage.Level)) => (match __a with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true))) (fun (__a : (Models.Triage.Level)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Models.Triage.Level.routine => Bool.false | Models.Triage.Level.urgent => Bool.false | Models.Triage.Level.emergency => Bool.true)) level (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Level)) _ => match __a with | Models.Triage.Level.routine => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)) | Models.Triage.Level.urgent => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) | Models.Triage.Level.emergency => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))))))
-
-def __fits_13 (level : (Models.Triage.Level)) : Bool :=
-  (Bool.true && (match level with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true)))
-
-theorem __rel_13 (level : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 level)] (_root_.LexLeanPreservation.Rel (__fits_13 level) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Policy.isUrgent level))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (Models.Triage.Level)) => (match __a with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true))) (fun (__a : (Models.Triage.Level)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Models.Triage.Level.routine => Bool.false | Models.Triage.Level.urgent => Bool.true | Models.Triage.Level.emergency => Bool.false)) level (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Level)) _ => match __a with | Models.Triage.Level.routine => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)) | Models.Triage.Level.urgent => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))) | Models.Triage.Level.emergency => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))))
-
-def __fits_8 (level : (Models.Triage.Level)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_12 (level))) && (if (Models.Triage.isEmergency (level)) then Bool.true else (((Bool.true && Bool.true) && (__fits_13 (level))) && (if (Models.Policy.isUrgent (level)) then Bool.true else Bool.true))))
-
-attribute [local irreducible] Models.Policy.isUrgent Models.Triage.isEmergency in
-theorem __rel_8 (level : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_1 level)] (_root_.LexLeanPreservation.Rel (__fits_8 level) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Policy.PolicyRules level))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && Bool.true) && (__fits_13 (level))) && (if (Models.Policy.isUrgent (level)) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (Models.Policy.isUrgent (level)) then (1 : Nat) else (0 : Nat)))) (Models.Triage.isEmergency (level)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (level))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (0 : Nat))) (Models.Policy.isUrgent (level)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (level))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))))
-
-def __fits_6 (_yinput : (Models.Triage.Level)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_8 (_yinput)))
-
-attribute [local irreducible] Models.Policy.PolicyRules in
-theorem __rel_6 (_yinput : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_1 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_6 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Policy.PolicyModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_yinput)))
-
-def __fits_4 (presentation : (Models.Triage.Presentation)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_5 (presentation))) && (let _ystage1 : (Models.Triage.Level) := (Models.Triage.TriageModel (presentation)); (((Bool.true && Bool.true) && (__fits_6 (_ystage1))) && (let _ystage2 : Nat := (Models.Policy.PolicyModel (_ystage1)); Bool.true))))
-
-attribute [local irreducible] Models.Policy.PolicyModel Models.Triage.TriageModel in
-theorem __rel_4 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_4 presentation) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Pipeline.TriagePipeline presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ystage1 : (Models.Triage.Level) := (Models.Triage.TriageModel (presentation)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_5 (presentation))) (let _ystage2 : Nat := (Models.Policy.PolicyModel (_ystage1)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (_ystage1))) (_root_.LexLeanPreservation.conv_var rfl)))
-
-def __fits_2 (_yinput : (Models.Triage.Presentation)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_4 (_yinput)))
-
-attribute [local irreducible] Models.Pipeline.TriagePipeline in
-theorem __rel_2 (_yinput : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Pipeline.PipelineModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (_yinput)))
-
-def __fits_0 (presentation : (Models.Triage.Presentation)) : Bool :=
-  (Bool.true && (let _ychecked1_input : (Models.Triage.Presentation) := presentation; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (if (Models.Triage.symptomaticCheck (_ychecked1_input)) then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Models.Pipeline.PipelineModel Models.Triage.symptomaticCheck in
-theorem __rel_0 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_0 presentation) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.respond presentation))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : (Models.Triage.Presentation) := presentation; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Triage.symptomaticCheck (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (fun _ => (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))
-
-def denote (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 presentation) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.respond presentation)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_0 presentation) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.respond presentation))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 presentation)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/Compose/RustStd.lex.tex
deleted file mode 100644
index dd6504b1d..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,621 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.__wt_0 : @16 := @392 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.__wt_1 : @399 := @481 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.root : @1214 := @1215 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.flags
-@3 := Models.Triage.Presentation
-@4 := #0
-@5 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value
-@19 := LexLeanTarget.TargetSyntax.Ty
-@20 := List.nil.{0}
-@21 := List.cons.{0}
-@22 := @20 @18
-@23 := @20 @19
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := LexLeanPreservation.Rust.WTL
-@28 := #2
-@29 := @27 @28
-@30 := #1
-@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
-@39 := LexLeanPreservation.Rust.wtl_nil @0
-@40 := @27 @0
-@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
-@47 := @39 @1
-@48 := @40 @1
-@52 := {A : @26} -> @48 @4 @22 @23
-@53 := @47 @2
-@54 := @48 @2
-@55 := @54 @22
-@56 := @55 @23
-@57 := Nat
-@58 := List.{0}
-@59 := @58 @18
-@60 := @58 @19
-@61 := Eq.{1}
-@62 := Option.{0}
-@63 := @62 @60
-@64 := @61 @63
-@65 := LexLeanPreservation.Rust.adtFields
-@66 := #6
-@67 := @65 @66
-@68 := #3
-@71 := @64 (@67 @68 @28)
-@72 := Option.some.{0}
-@73 := @72 @60
-@74 := @73 @4
-@75 := @71 @74
-@76 := #7
-@78 := @27 @76 @66
-@79 := #5
-@82 := @78 @79 @28 @30
-@83 := #8
-@86 := @7 @83 @76 @66
-@87 := LexLeanTarget.TargetSyntax.Value.adt
-@88 := #4
-@90 := @87 @88 @68
-@91 := @86 @90
-@92 := @8 @79
-@102 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
-@104 := LexLeanPreservation.Rust.wt_adt @0
-@105 := @65 @0
-@109 := @64 (@105 @68 @28) @74
-@113 := @40 @66 @79 @28 @30
-@125 := {c : @25} ->
-  {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
-@126 := @104 @1
-@129 := @48 @79 @28 @30
-@139 := {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
-@140 := @126 @2
-@142 := @54 @28 @30
-@143 := @13 @90
-@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
-@151 := @140 @9
-@152 := @105 @9
-@161 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
-@162 := @151 @9
-@163 := @152 @9
-@164 := @64 @163
-@165 := @164 @74
-@166 := @87 @9
-@168 := @13 (@166 @68)
-@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @168 @10
-@174 := @162 @22
-@175 := @55 @30
-@177 := @13 (@166 @22)
-@178 := @177 @10
-@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
-@182 := @174 @23
-@183 := @73 @23
-@186 := (h : @164 @183) -> (hf : @56) -> @178
-@187 := Eq.refl.{1}
-@188 := @187 @63
-@191 := @182 (@188 @163) @53
-@192 := 1
-@193 := @151 @192
-@194 := @152 @192
-@195 := @64 @194
-@196 := @195 @74
-@197 := @87 @192
-@199 := @13 (@197 @68)
-@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @199 @10
-@205 := @193 @22
-@207 := @13 (@197 @22)
-@208 := @207 @10
-@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
-@212 := @205 @23
-@215 := (h : @195 @183) -> (hf : @56) -> @208
-@218 := @212 (@188 @194) @53
-@219 := 2
-@220 := @151 @219
-@221 := @152 @219
-@222 := @64 @221
-@223 := @222 @74
-@224 := @87 @219
-@226 := @13 (@224 @68)
-@231 := {fs : @59} -> {tys : @60} -> (h : @223) -> (hf : @142) -> @226 @10
-@232 := @220 @22
-@234 := @13 (@224 @22)
-@235 := @234 @10
-@238 := {tys : @60} -> (h : @223) -> (hf : @175) -> @235
-@239 := @232 @23
-@242 := (h : @222 @183) -> (hf : @56) -> @235
-@245 := @239 (@188 @221) @53
-@246 := 3
-@247 := @151 @246
-@248 := @152 @246
-@249 := @64 @248
-@250 := @249 @74
-@251 := @87 @246
-@258 := {fs : @59} -> {tys : @60} -> (h : @250) -> (hf : @142) -> @13 (@251 @68) @10
-@259 := @247 @22
-@262 := @13 (@251 @22) @10
-@265 := {tys : @60} -> (h : @250) -> (hf : @175) -> @262
-@266 := @259 @23
-@269 := (h : @249 @183) -> (hf : @56) -> @262
-@272 := @266 (@188 @248) @53
-@273 := 4
-@274 := @151 @273
-@275 := @152 @273
-@276 := @64 @275
-@277 := @276 @74
-@278 := @87 @273
-@285 := {fs : @59} -> {tys : @60} -> (h : @277) -> (hf : @142) -> @13 (@278 @68) @10
-@286 := @274 @22
-@289 := @13 (@278 @22) @10
-@292 := {tys : @60} -> (h : @277) -> (hf : @175) -> @289
-@293 := @286 @23
-@296 := (h : @276 @183) -> (hf : @56) -> @289
-@299 := @293 (@188 @275) @53
-@300 := 5
-@301 := @151 @300
-@302 := @152 @300
-@303 := @64 @302
-@304 := @303 @74
-@305 := @87 @300
-@312 := {fs : @59} -> {tys : @60} -> (h : @304) -> (hf : @142) -> @13 (@305 @68) @10
-@313 := @301 @22
-@316 := @13 (@305 @22) @10
-@319 := {tys : @60} -> (h : @304) -> (hf : @175) -> @316
-@320 := @313 @23
-@323 := (h : @303 @183) -> (hf : @56) -> @316
-@326 := @320 (@188 @302) @53
-@327 := 6
-@328 := @151 @327
-@329 := @152 @327
-@330 := @64 @329
-@331 := @330 @74
-@332 := @87 @327
-@339 := {fs : @59} -> {tys : @60} -> (h : @331) -> (hf : @142) -> @13 (@332 @68) @10
-@340 := @328 @22
-@343 := @13 (@332 @22) @10
-@346 := {tys : @60} -> (h : @331) -> (hf : @175) -> @343
-@347 := @340 @23
-@350 := (h : @330 @183) -> (hf : @56) -> @343
-@353 := @347 (@188 @329) @53
-@354 := 7
-@355 := @151 @354
-@356 := @152 @354
-@357 := @64 @356
-@358 := @357 @74
-@359 := @87 @354
-@366 := {fs : @59} -> {tys : @60} -> (h : @358) -> (hf : @142) -> @13 (@359 @68) @10
-@367 := @355 @22
-@370 := @13 (@359 @22) @10
-@373 := {tys : @60} -> (h : @358) -> (hf : @175) -> @370
-@374 := @367 @23
-@377 := (h : @357 @183) -> (hf : @56) -> @370
-@380 := @374 (@188 @356) @53
-@392 := fun (__v : @3) =>
-  Models.Triage.Presentation.casesOn.{0} @17 @4 @191 @218 @245 @272 @299 @326 @353 @380
-@393 := Models.Triage.Level
-@395 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.__enc_1 @4
-@396 := @8 @192
-@398 := @13 @395 @396
-@399 := (__v : @393) -> @398
-@400 := fun (__v : @393) => @398
-@401 := @140 @192
-@402 := @105 @192
-@411 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@402 @28) @74) -> (hf : @142) -> @143 @396
-@412 := @401 @9
-@413 := @402 @9
-@414 := @64 @413
-@415 := @414 @74
-@420 := {fs : @59} -> {tys : @60} -> (h : @415) -> (hf : @142) -> @168 @396
-@421 := @412 @22
-@422 := @177 @396
-@425 := {tys : @60} -> (h : @415) -> (hf : @175) -> @422
-@426 := @421 @23
-@429 := (h : @414 @183) -> (hf : @56) -> @422
-@432 := @426 (@188 @413) @53
-@433 := @401 @192
-@434 := @402 @192
-@435 := @64 @434
-@436 := @435 @74
-@441 := {fs : @59} -> {tys : @60} -> (h : @436) -> (hf : @142) -> @199 @396
-@442 := @433 @22
-@443 := @207 @396
-@446 := {tys : @60} -> (h : @436) -> (hf : @175) -> @443
-@447 := @442 @23
-@450 := (h : @435 @183) -> (hf : @56) -> @443
-@453 := @447 (@188 @434) @53
-@454 := @401 @219
-@455 := @402 @219
-@456 := @64 @455
-@457 := @456 @74
-@462 := {fs : @59} -> {tys : @60} -> (h : @457) -> (hf : @142) -> @226 @396
-@463 := @454 @22
-@464 := @234 @396
-@467 := {tys : @60} -> (h : @457) -> (hf : @175) -> @464
-@468 := @463 @23
-@471 := (h : @456 @183) -> (hf : @56) -> @464
-@474 := @468 (@188 @455) @53
-@481 := fun (__v : @393) => Models.Triage.Level.casesOn.{0} @400 @4 @432 @453 @474
-@482 := @5 @30
-@484 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.__wt_0 @30
-@485 := @21 @18
-@487 := @485 @482 @22
-@488 := Prod.{0, 0}
-@490 := @488 @57 @18
-@494 := Prod.mk.{0, 0} @57 @18 @9
-@495 := @494 @482
-@496 := @20 @490
-@497 := @21 @490
-@499 := @497 @495 @496
-@500 := Bool.true
-@501 := LexLeanTarget.TargetSyntax.Function
-@502 := LexLeanTarget.TargetSyntax.Program.functions
-@503 := @502 @0
-@504 := @20 @57
-@505 := LexLeanTarget.TargetSyntax.Ty.unit
-@506 := LexLeanTarget.TargetSyntax.Value.unit
-@509 := LexLeanTarget.TargetSyntax.Expr.value @505 @506
-@514 := LexLeanTarget.TargetSyntax.Function.mk @504 @23 @505 @509
-@519 := List.getD.{0} @501 @503 @9 @514
-@523 := fun (__e_n : @57) => LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.root @4 @9
-@528 := @7 @66 @79 @88 @68 @28
-@531 := @27 @83 @76 @66
-@533 := @485 @79 @68
-@534 := @531 @533
-@535 := @21 @19
-@537 := @535 @88 @28
-@547 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @528) -> (hs : @82) -> @534 @537
-@549 := LexLeanPreservation.Rust.wtl_cons @0
-@565 := {c : @25} ->
-  {A : @26} ->
-  {v : @18} ->
-  {t : @19} ->
-  {vs : @59} -> {ts : @60} -> (h : @11 @79 @88 @68 @28) -> (hs : @113) -> @40 @76 @66 @533 @537
-@566 := @549 @1
-@579 := {A : @26} ->
-  {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @12 @88 @68 @28) -> (hs : @129) -> @48 @66 @533 @537
-@580 := @566 @2
-@590 := {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @533 @537
-@591 := @580 @482
-@592 := @5 @88
-@594 := @13 @592 @28
-@595 := @5 @66
-@596 := @485 @595
-@604 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @594) -> (hs : @142) -> @54 (@596 @68) @537
-@605 := @591 @10
-@606 := @5 @68
-@608 := @13 @606 @10
-@609 := @5 @79
-@610 := @485 @609
-@612 := @54 (@610 @68)
-@613 := @535 @10
-@614 := @613 @28
-@619 := {vs : @59} -> {ts : @60} -> (h : @608) -> (hs : @142) -> @612 @614
-@620 := @605 @22
-@621 := @5 @28
-@623 := @13 @621 @10
-@625 := @485 @592 @22
-@626 := @54 @625
-@630 := {ts : @60} -> (h : @623) -> (hs : @175) -> @626 @614
-@631 := @620 @23
-@633 := @13 @482 @10
-@635 := @485 @606 @22
-@636 := @54 @635
-@637 := @613 @23
-@640 := (h : @633) -> (hs : @56) -> @636 @637
-@641 := @631 @484
-@643 := @485 @621 @22
-@644 := @54 @643
-@646 := (hs : @56) -> @644 @637
-@647 := @641 @53
-@648 := @54 @487
-@649 := @648 @637
-@650 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.denote
-@651 := @650 @30
-@652 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.__fits_0
-@653 := @652 @30
-@655 := Models.Main.respond @30
-@656 := Bool
-@658 := @488 @656 @656
-@659 := LexLeanTarget.TargetSyntax.Value.bool
-@664 := LexLeanPreservation.encPair @656 @656 @659 @659
-@665 := LexLeanTarget.TargetSyntax.Value.nat
-@671 := LexLeanPreservation.encExcept @658 @57 @664 @665 @655
-@673 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.root @30
-@674 := Ne.{1}
-@675 := LexLeanPreservation.Obs
-@676 := @674 @675
-@677 := LexLeanPreservation.Rel
-@680 := @676 (@677 @30 @4)
-@681 := LexLeanPreservation.Obs.stuck
-@684 := (f : @656) -> (v : @18) -> @680 @681
-@686 := LexLeanPreservation.Rust.rel_ne_stuck @653
-@692 := (v : @18) -> @676 (@677 (@652 @28) @4) @681
-@693 := @686 @671
-@697 := @676 (@677 @653 @671) @681
-@698 := @58 @490
-@699 := LexLeanPreservation.Rust.FunSem
-@700 := #9
-@706 := (n : @57) -> @699 @700 @83 @76 @4 @66
-@707 := @62 @501
-@708 := @61 @707
-@715 := LexLeanRuntime.index (@58 @501) @501 (LexLeanRuntime.instIndexableList @501)
-@719 := @708 (@715 (@502 @700) @66)
-@720 := @72 @501
-@721 := @720 @79
-@722 := @719 @721
-@723 := #10
-@727 := @27 @723 @700 @83 @79
-@728 := LexLeanTarget.TargetSyntax.Function.types
-@729 := @728 @66
-@730 := @727 @729
-@731 := @62 @698
-@732 := @61 @731
-@733 := LexLeanTarget.TargetSemantics.bindAll
-@734 := LexLeanTarget.TargetSyntax.Function.parameters
-@739 := @732 (@733 (@734 @76) @66 @496)
-@740 := @72 @698
-@741 := @740 @79
-@742 := @739 @741
-@743 := @62 @656
-@744 := @61 @743
-@745 := LexLeanPreservation.Rust.fnFallible
-@746 := #11
-@749 := @744 (@745 @746 @700)
-@750 := @72 @656
-@751 := @750 @79
-@752 := @749 @751
-@753 := LexLeanPreservation.RunConv
-@754 := #13
-@758 := @753 @754 @723 @83 @79
-@760 := @676 @66 @681
-@761 := Exists.{1}
-@762 := LexLeanPreservation.Rust.ROut
-@763 := @761 @762
-@764 := And
-@765 := LexLeanPreservation.Rust.RealizesFn
-@769 := @764 (@765 @700 @83 @4)
-@770 := LexLeanPreservation.Rust.RCI
-@772 := @770 #15
-@773 := LexLeanPreservation.Rust.fnIdent
-@774 := @773 @754
-@781 := (hne : @760) -> @763 (fun (ro : @762) => @769 (@772 @774 @746 @4))
-@796 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @501} ->
-  {args : @59} ->
-  {env : @698} ->
-  {F : @656} ->
-  {o : @675} ->
-  (hB : @706) ->
-  (hfn : @722) -> (hwt : @730) -> (hbind : @742) -> (hF : @752) -> (hA : @758) -> @781
-@798 := LexLeanPreservation.Rust.compose @0
-@799 := @699 @0
-@804 := (n : @57) -> @799 @83 @76 @4 @66
-@805 := @715 @503
-@808 := @708 (@805 @66) @721
-@812 := @40 @700 @83 @79 @729
-@813 := @753 @0
-@816 := @813 @723 @83 @79
-@830 := {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @501} ->
-  {args : @59} ->
-  {env : @698} ->
-  {F : @656} ->
-  {o : @675} ->
-  (hB : @804) ->
-  (hfn : @808) -> (hwt : @812) -> (hbind : @742) -> (hF : @752) -> (hA : @816) -> @781
-@831 := @798 @1
-@832 := @799 @1
-@836 := (n : @57) -> @832 @76 @4 @66
-@839 := @48 @83 @79 @729
-@840 := @745 @1
-@843 := @744 (@840 @700) @751
-@844 := @770 @1
-@854 := (hbind : @742) ->
-  (hF : @843) -> (hA : @816) -> (hne : @760) -> @763 (fun (ro : @762) => @769 (@844 @774 @746 @4))
-@864 := {A : @26} ->
-  {f : @57} ->
-  {fn : @501} ->
-  {args : @59} ->
-  {env : @698} -> {F : @656} -> {o : @675} -> (hB : @836) -> (hfn : @808) -> (hwt : @839) -> @854
-@865 := @831 @2
-@867 := @832 @2 @4
-@869 := (n : @57) -> @867 @66
-@870 := @54 @79
-@871 := @870 @729
-@880 := {f : @57} ->
-  {fn : @501} ->
-  {args : @59} ->
-  {env : @698} -> {F : @656} -> {o : @675} -> (hB : @869) -> (hfn : @808) -> (hwt : @871) -> @854
-@881 := @865 @9
-@883 := (n : @57) -> @867 @9
-@884 := @805 @9
-@885 := @708 @884
-@886 := @885 @721
-@887 := @840 @9
-@888 := @744 @887
-@889 := @888 @751
-@890 := @813 @9
-@892 := @890 @83 @79
-@894 := @844 (@773 @9)
-@902 := (hF : @889) -> (hA : @892) -> (hne : @760) -> @763 (fun (ro : @762) => @769 (@894 @746 @4))
-@911 := {fn : @501} ->
-  {args : @59} ->
-  {env : @698} ->
-  {F : @656} -> {o : @675} -> (hB : @883) -> (hfn : @886) -> (hwt : @871) -> (hbind : @742) -> @902
-@912 := @881 @519
-@914 := @885 (@720 @519)
-@915 := @728 @519
-@916 := @870 @915
-@918 := @733 (@734 @519)
-@930 := {args : @59} ->
-  {env : @698} ->
-  {F : @656} ->
-  {o : @675} ->
-  (hB : @883) -> (hfn : @914) -> (hwt : @916) -> (hbind : @732 (@918 @66 @496) @741) -> @902
-@931 := @912 @487
-@932 := @596 @22
-@934 := @54 @932 @915
-@937 := @485 (@5 @76) @22
-@941 := @732 (@918 @937 @496) @741
-@944 := @485 (@5 @700) @22
-@965 := {env : @698} ->
-  {F : @656} ->
-  {o : @675} ->
-  (hB : @883) ->
-  (hfn : @914) ->
-  (hwt : @934) ->
-  (hbind : @941) ->
-  (hF : @889) ->
-  (hA : @890 @944 @79) ->
-  (hne : @760) -> @763 (fun (ro : @762) => @769 (@894 (@485 (@5 #12) @22) @4))
-@966 := @931 @499
-@967 := @610 @22
-@969 := @54 @967 @915
-@977 := @732 (@918 @932 @496) (@740 (@497 (@494 @595) @496))
-@980 := @485 (@5 @83) @22
-@999 := {F : @656} ->
-  {o : @675} ->
-  (hB : @883) ->
-  (hfn : @914) ->
-  (hwt : @969) ->
-  (hbind : @977) ->
-  (hF : @889) ->
-  (hA : @890 @980 @79) ->
-  (hne : @760) -> @763 (fun (ro : @762) => @769 (@894 (@485 (@5 @746) @22) @4))
-@1000 := @966 @500
-@1001 := @626 @915
-@1009 := @732 (@918 @967 @496) (@740 (@497 (@494 @609) @496))
-@1011 := @888 (@750 @500)
-@1013 := @890 @937 @79
-@1014 := @765 @500
-@1033 := {o : @675} ->
-  (hB : @883) ->
-  (hfn : @914) ->
-  (hwt : @1001) ->
-  (hbind : @1009) ->
-  (hF : @1011) ->
-  (hA : @1013) ->
-  (hne : @760) -> @763 (fun (ro : @762) => @764 (@1014 @83 @4) (@894 (@485 (@5 @723) @22) @4))
-@1034 := @1000 @651
-@1035 := @636 @915
-@1043 := @732 (@918 @625 @496) (@740 (@497 (@494 @592) @496))
-@1044 := @890 @932
-@1045 := @650 @66
-@1046 := @1044 @1045
-@1047 := @650 @76
-@1065 := (hB : @883) ->
-  (hfn : @914) ->
-  (hwt : @1035) ->
-  (hbind : @1043) ->
-  (hF : @1011) ->
-  (hA : @1046) ->
-  (hne : @676 @1047 @681) -> @763 (fun (ro : @762) => @764 (@1014 (@650 @700) @4) (@894 @944 @4))
-@1066 := @1034 @523
-@1067 := @644 @915
-@1075 := @732 (@918 @635 @496) (@740 (@497 (@494 @606) @496))
-@1076 := @890 @967
-@1077 := @650 @79
-@1095 := (hfn : @914) ->
-  (hwt : @1067) ->
-  (hbind : @1075) ->
-  (hF : @1011) ->
-  (hA : @1076 @1077) ->
-  (hne : @676 @1045 @681) -> @763 (fun (ro : @762) => @764 (@1014 (@650 @83) @4) (@894 @980 @4))
-@1098 := @1066 (@187 @707 @884)
-@1099 := @648 @915
-@1107 := @732 (@918 @643 @496) (@740 (@497 (@494 @621) @496))
-@1108 := @890 @625
-@1109 := @650 @88
-@1125 := (hwt : @1099) ->
-  (hbind : @1107) ->
-  (hF : @1011) ->
-  (hA : @1108 @1109) ->
-  (hne : @676 @1077 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1047 @4) (@894 @937 @4))
-@1126 := @1098 @647
-@1128 := @918 @487 @496
-@1131 := @732 @1128 (@740 @499)
-@1132 := @890 @635
-@1133 := @650 @68
-@1148 := (hbind : @1131) ->
-  (hF : @1011) ->
-  (hA : @1132 @1133) ->
-  (hne : @676 @1109 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1045 @4) (@894 @932 @4))
-@1151 := @1126 (@187 @731 @1128)
-@1152 := @890 @643
-@1153 := @650 @28
-@1167 := (hF : @1011) ->
-  (hA : @1152 @1153) ->
-  (hne : @676 @1133 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1077 @4) (@894 @967 @4))
-@1170 := @1151 (@187 @743 @887)
-@1184 := (hA : @890 @487 @651) ->
-  (hne : @676 @1153 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1109 @4) (@894 @625 @4))
-@1185 := @1170 @673
-@1196 := (hne : @676 @651 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1133 @4) (@894 @635 @4))
-@1197 := @1185 @693
-@1203 := @764 (@1014 @1153 @4) (@894 @643 @4)
-@1205 := @763 (fun (ro : @762) => @1203)
-@1207 := @763 (fun (__e_ro : @762) => @1203)
-@1211 := LexLeanPreservation.Rust.RepresentableL (@485 @6 @22)
-@1212 := (__e_hrep : @1211) -> @1207
-@1213 := fun (__e_hrep : @1211) => @1197
-@1214 := (presentation : @3) -> @1212
-@1215 := fun (presentation : @3) => @1213
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/RustStd.lean
deleted file mode 100644
index c303e84e3..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/RustStd.lean
+++ /dev/null
@@ -1,210 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [], [], [], [], [], []] },
-    { constructors := [[], [], []] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.adt 0) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.call 3 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 4 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .true .bool [])), (.arm (.adt 3) [] (.build .true .bool [])), (.arm (.adt 4) [] (.build .true .bool [])), (.arm (.adt 5) [] (.build .true .bool [])), (.arm (.adt 6) [] (.build .true .bool [])), (.arm (.adt 7) [] (.build .true .bool []))]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«let» 1 (.adt 1) (.call 5 [(.var 0)]) (.«let» 2 .nat (.call 6 [(.var 1)]) (.var 2))) },
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.call 7 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 1)], result := .nat,
-      body := (.call 8 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.«match» (.adt 1) (.first (.call 9 [(.closure 10 []), (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.build .none (.option (.pair (.adt 1) .int)) []), (.build .cons (.list (.adt 1)) [(.build (.adt 0) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 1) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 2) (.adt 1) []), (.build .nil (.list (.adt 1)) [])])])])]), (.call 11 [(.var 0)])])) [(.arm .none [] (.build (.adt 0) (.adt 1) [])), (.arm .some [1] (.first (.var 1)))]) },
-    { parameters := [0], types := [(.adt 1)], result := .nat,
-      body := (.cond (.call 12 [(.var 0)]) (.value .nat (.nat 2)) (.cond (.call 13 [(.var 0)]) (.value .nat (.nat 1)) (.value .nat (.nat 0)))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
-      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
-      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.«match» (.option (.pair (.adt 1) .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair (.adt 1) .int)) [(.var 4)])))]), (.var 3)]))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.«let» 1 (.list .int) (.call 14 [(.var 0)]) (.first (.call 15 [(.closure 16 [(.var 1)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 17 [])]), (.call 18 [])]))) },
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .false .bool [])), (.arm (.adt 2) [] (.build .true .bool []))]) },
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .false .bool []))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.call 19 [(.var 0)]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 15 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
-      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 20 [(.closure 21 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
-    { parameters := [], types := [], result := (.list .int),
-      body := (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])]) },
-    { parameters := [], types := [], result := (.list (.list .int)),
-      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 5)), (.build .nil (.list .int) [])])])]), (.build .nil (.list (.list .int)) [])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := (.list .int),
-      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
-      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]),
-    (.enum (.adt 1) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }]),
-    (.enum (.fn 0) [{ number := 10, fields := [] }]),
-    (.apply 0 [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) false [{ function := 10, captures := [], functionFallible := false }]),
-    (.enum (.fn 1) [{ number := 16, fields := [(.list .int)] }]),
-    (.apply 1 [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int)) true [{ function := 16, captures := [.clone], functionFallible := true }]),
-    (.enum (.fn 2) [{ number := 21, fields := [] }]),
-    (.apply 2 [(.pair .int (.list .int)), .int] (.pair .int (.list .int)) true [{ function := 21, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.move (.generated .binding 0)))] (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 4) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.bool true))))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 1)) (some (.adt 1)) (.call (.function 5) [(.move (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 6) [(.move (.generated .binding 1))] false))] (.succeed (.copy (.generated .binding 2))))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.adt 1)) (.mk [] (.call (.function 7) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.call (.function 8) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 9) [(.construct (.closure 0 10) []), (.pair (.construct (.none (.pair (.adt 1) .int)) []) (.construct .cons [(.construct (.adt 1 0) []), (.construct .cons [(.construct (.adt 1 1) []), (.construct .cons [(.construct (.adt 1 2) []), (.construct (.nil (.adt 1)) [])])])])), (.call (.function 11) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 2)))))] (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.adt 1 0) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.succeed (.move (.generated .part 4)))))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.lit (.nat 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 0)))))))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 7)))))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list .int)) (.call (.function 14) [(.move (.generated .binding 0))] false)), (.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 15) [(.construct (.closure 1 16) [(.move (.generated .binding 1))]), (.pair (.construct (.nil .int) []) (.call (.function 17) [] false)), (.call (.function 18) [] false)] true))] (.succeed (.move (.generated .part 15))))),
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool true))))]))),
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .holder 17)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 17)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool false))))]))),
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [] (.call (.function 19) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.list .int)) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 18)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 18)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 21)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))] (.matchOn (.uncons (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))) (.move (.generated .binding 4))))))]))),
-    (.function (.generated .function 17) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])]))),
-    (.function (.generated .function 18) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-4))), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 5)), (.construct (.nil .int) [])])])]), (.construct (.nil (.list .int)) [])])])]))),
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 29)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])))]))),
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 32)))))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true))) (.move (.generated .binding 3))))))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int], (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), false), (([(.pair (.list .int) (.list .int)), (.list .int)], (.pair (.list .int) (.list .int))), true), (([(.pair .int (.list .int)), .int], (.pair .int (.list .int))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.move (.generated .binding 0)))], (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.move (.generated .binding 1))] true))]) (ta := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.bool true))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 1)) (.call (.function 5) [(.move (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 6) [(.move (.generated .binding 1))] false))], (.succeed (.copy (.generated .binding 2))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 7) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.move (.generated .binding 0))] false), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 9) [(.construct (.closure 0 10) []), (.pair (.construct (.none (.pair (.adt 1) .int)) []) (.construct .cons [(.construct (.adt 1 0) []), (.construct .cons [(.construct (.adt 1 1) []), (.construct .cons [(.construct (.adt 1 2) []), (.construct (.nil (.adt 1)) [])])])])), (.call (.function 11) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 2)))))], (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.adt 1 0) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.succeed (.move (.generated .part 4)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair (.adt 1) .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 9) [(.construct (.closure 0 10) []), (.pair (.construct (.none (.pair (.adt 1) .int)) []) (.construct .cons [(.construct (.adt 1 0) []), (.construct .cons [(.construct (.adt 1 1) []), (.construct .cons [(.construct (.adt 1 2) []), (.construct (.nil (.adt 1)) [])])])])), (.call (.function 11) [(.move (.generated .binding 0))] true)] false))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.option (.pair (.adt 1) .int))) (tb := (.list (.adt 1))) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.adt 1 0) []))) (Corr.mCons (Γ' := [(1, (.pair (.adt 1) .int), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 4)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.first (ta := (.adt 1)) (tb := .int) (Corr.var rfl rfl) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.lit (.nat 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 0)))))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 2))) (lb := []) (tb := (.cond (.call (.function 13) [(.move (.generated .binding 0))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 0))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := []) (ce := (.call (.function 13) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 0))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl))))))⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 1)), (0, (.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 1)), (0, (.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 1)), (0, (.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 7)))))], (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]), [(1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 1))) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 7))) (Corr.second (ta := (.option (.pair (.adt 1) .int))) (tb := (.list (.adt 1))) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.pair (.block (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))]) (tail := (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))])) (Corr.matchArms (st := (.option (.pair (.adt 1) .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 9))) (Corr.first (ta := (.option (.pair (.adt 1) .int))) (tb := (.list (.adt 1))) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))]) (ce := (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))]) (tail := (.move (.generated .part 11))) (Corr.second (ta := (.adt 1)) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (lb := []) (tb := (.construct .some [(.move (.generated .binding 4))])) (Corr.build (ts := [(.pair (.adt 1) .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair (.adt 1) .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) rfl rfl rfl (Corr.build (ts := [(.pair (.adt 1) .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .int)) (.call (.function 14) [(.move (.generated .binding 0))] false)), (.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 15) [(.construct (.closure 1 16) [(.move (.generated .binding 1))]), (.pair (.construct (.nil .int) []) (.call (.function 17) [] false)), (.call (.function 18) [] false)] true))], (.succeed (.move (.generated .part 15))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)))⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool true))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 17)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 17)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool false))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 19) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 18)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 18)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.list .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.list .int)), (some 4)), (3, (.list .int), (some 3)), (2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair (.list .int) (.list .int)), (.list .int)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 21)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))], (.matchOn (.uncons (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 20))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 22))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 23))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])]), [], rfl, rfl,
-    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-4))), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 5)), (.construct (.nil .int) [])])])]), (.construct (.nil (.list .int)) [])])])]), [], rfl, rfl,
-    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 29)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair .int (.list .int)), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 32)))))], (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 32))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 34))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | _ + 22 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3.lean
deleted file mode 100644
index a47446710..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3.lean
+++ /dev/null
@@ -1,132 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
-    { parameters := [0], types := [(.list .nat)], result := (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)),
-      body := (.«let» 1 (.list .nat) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 (.result (.list .nat) (.pair .bool .bool)) (.call 2 [(.var 1)]) (.build .ok (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.var 2)])) (.build .error (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 1001))]) },
-    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
-      body := (.call 3 [(.var 0)]) },
-    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
-      body := (.«let» 1 (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.call 4 [(.closure 5 []), (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.call 6 []), (.build .nil (.list .nat) [])])]), (.var 0)]) (.«match» (.result (.list .nat) (.pair .bool .bool)) (.var 1) [(.arm .error [2] (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.var 2)])), (.arm .ok [3] (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.second (.var 3))]))])) },
-    { parameters := [0, 1, 2], types := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
-      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
-      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.cond (.call 7 [(.first (.var 3))]) (.cond (.call 8 [(.first (.var 3)), (.var 1)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 9 [(.first (.var 3)), (.var 1)]) (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.first (.var 4)), (.prim .append [(.second (.var 3)), (.build .cons (.list .nat) [(.second (.var 4)), (.build .nil (.list .nat) [])])])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))]) },
-    { parameters := [], types := [], result := (.adt 0),
-      body := (.call 10 []) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.call 11 [(.var 0), (.var 1)]) },
-    { parameters := [], types := [], result := (.adt 0),
-      body := (.build (.adt 0) (.adt 0) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
-
-def __enc_0 (__s : (Models.Session.Window)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).used), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).items)]
-
-def __fits_1 (costs : (List Nat)) : Bool :=
-  ((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (costs) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_1 (costs : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_1 costs) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Pipeline.shortStreamCheck costs))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (costs) : Nat) (1001 : Nat)))
-
-def __fits_7 (window : (Models.Session.Window)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_7 (window : (Models.Session.Window)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 window)] (_root_.LexLeanPreservation.Rel (__fits_7 window) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.boundedCheck window))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (window).used (64 : Nat)))
-
-def __fits_8 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_8 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_8 window cost) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.affordableCheck window cost))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe cost (16 : Nat)))
-
-def __fits_11 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).used + cost) 18446744073709551616)) && (let total : Nat := ((window).used + cost); ((((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).items + (1 : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_11 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_11 window cost) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionStep window cost))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := ((window).used + cost); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).used cost)) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((64 : Nat)) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).items (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))
-
-def __fits_9 (_ystate : (Models.Session.Window)) (_yinput : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (_ystate) (_yinput)))
-
-attribute [local irreducible] Models.Session.SessionStep in
-theorem __rel_9 (_ystate : (Models.Session.Window)) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_0 _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_9 _ystate _yinput) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionModel _ystate _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_11 (_ystate) (_yinput)))
-
-def __fits_5 (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) : Bool :=
-  (Bool.true && (match _yacc with | Except.error _yviolation => Bool.true | Except.ok _ystate => (((Bool.true && Bool.true) && (__fits_7 ((_ystate).1))) && (if (Models.Session.boundedCheck ((_ystate).1)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 ((_ystate).1) (_yitem))) && (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Models.Session.SessionModel Models.Session.affordableCheck Models.Session.boundedCheck in
-theorem __rel_5 (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yitem)] (_root_.LexLeanPreservation.Rel (__fits_5 _yacc _yitem) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) ((match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (match __a with | Except.error _yviolation => Bool.true | Except.ok _ystate => (((Bool.true && Bool.true) && (__fits_7 ((_ystate).1))) && (if (Models.Session.boundedCheck ((_ystate).1)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 ((_ystate).1) (_yitem))) && (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (match __a with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))))) _yacc (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) _ => match __a with | Except.error _yviolation => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.ok _ystate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 ((_ystate).1) (_yitem))) && (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))) (Models.Session.boundedCheck ((_ystate).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_7 ((_ystate).1))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))) (Models.Session.affordableCheck ((_ystate).1) (_yitem)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 ((_ystate).1) (_yitem))) (fun _ => (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_9 ((_ystate).1) (_yitem))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (_ystate).2 ((_ystep).2 :: ([] : List Nat)))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))
-
-def __fits_10  : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_10  : _root_.LexLeanPreservation.FunRel __prog 10 [] (_root_.LexLeanPreservation.Rel (__fits_10) (__enc_0 (Models.Session.SessionStep.initial))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_6  : Bool :=
-  (Bool.true && (__fits_10))
-
-attribute [local irreducible] Models.Session.SessionStep.initial in
-theorem __rel_6  : _root_.LexLeanPreservation.FunRel __prog 6 [] (_root_.LexLeanPreservation.Rel (__fits_6) (__enc_0 (Models.Session.SessionModel.initial))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_10))
-
-def __fits_3 (costs : (List Nat)) : Bool :=
-  (((Bool.true && ((((((Bool.true && (__fits_6)) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (__p1 : Nat) => __fits_5 __p0 __p1) ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs))) && (let _yscanned : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))); (Bool.true && (match _yscanned with | Except.error _yviolation => ((Bool.true && Bool.true) && Bool.true) | Except.ok _ystate => ((Bool.true && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Models.Session.SessionModel Models.Session.SessionModel.initial Models.Session.affordableCheck Models.Session.boundedCheck in
-theorem __rel_3 (costs : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_3 costs) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Pipeline.SessionStream costs))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yscanned : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_6)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) (fun (__p0 : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (__p1 : Nat) => __fits_5 __p0 __p1) 5 [] (fun (__p0 : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (__p1 : Nat) => __rel_5 __p0 __p1) (p := __prog) (fi := 4) (ta := .nat) (ts := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) rfl ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (match __a with | Except.error _yviolation => ((Bool.true && Bool.true) && Bool.true) | Except.ok _ystate => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Except.error _yviolation => (Except.error (_yviolation) : (Except (Prod Bool Bool) (List Nat))) | Except.ok _ystate => (Except.ok ((_ystate).2) : (Except (Prod Bool Bool) (List Nat))))) _yscanned (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) _ => match __a with | Except.error _yviolation => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Except.ok _ystate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))))))
-
-def __fits_2 (_yinput : (List Nat)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_3 (_yinput)))
-
-attribute [local irreducible] Models.Pipeline.SessionStream in
-theorem __rel_2 (_yinput : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 2 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _yinput) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Pipeline.StreamModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (_yinput)))
-
-def __fits_0 (costs : (List Nat)) : Bool :=
-  (Bool.true && (let _ychecked1_input : (List Nat) := costs; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (if (Models.Pipeline.shortStreamCheck (_ychecked1_input)) then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Models.Pipeline.StreamModel Models.Pipeline.shortStreamCheck in
-theorem __rel_0 (costs : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_0 costs) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.admitCosts costs))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : (List Nat) := costs; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (Except (Prod Bool Bool) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Except (Prod Bool Bool) (List Nat)))))) (Models.Pipeline.shortStreamCheck (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (fun _ => (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))
-
-def denote (costs : (List Nat)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 costs) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.admitCosts costs)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (costs : (List Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_0 costs) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.admitCosts costs))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 costs)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/Compose/RustStd.lex.tex
deleted file mode 100644
index 4f5cb11fd..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,600 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.__wt_0 : @16 := @440 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.root : @1207 := @1208 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.flags
-@3 := Models.Session.Window
-@4 := #0
-@6 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.__enc_0 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Models.Session.Window.used
-@18 := @17 @4
-@19 := Models.Session.Window.items
-@20 := @19 @4
-@21 := LexLeanTarget.TargetSyntax.Value.nat
-@22 := @21 @18
-@23 := LexLeanTarget.TargetSyntax.Ty.nat
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := Nat
-@28 := #3
-@29 := @7 @28
-@30 := #2
-@31 := @29 @30
-@32 := #1
-@33 := @31 @32
-@34 := @21 @4
-@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
-@42 := LexLeanPreservation.Rust.wt_nat @0
-@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
-@50 := @42 @1
-@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
-@56 := @50 @2
-@57 := @13 @34
-@58 := @57 @23
-@59 := (n : @27) -> @58
-@60 := @56 @18
-@62 := @13 @22 @23
-@63 := @21 @20
-@64 := @56 @20
-@66 := @13 @63 @23
-@67 := LexLeanTarget.TargetSyntax.Value
-@68 := LexLeanTarget.TargetSyntax.Ty
-@69 := List.nil.{0}
-@70 := List.cons.{0}
-@71 := @69 @67
-@72 := @70 @67
-@74 := @72 @63 @71
-@76 := @72 @22 @74
-@77 := @69 @68
-@78 := @70 @68
-@79 := @78 @23
-@80 := @79 @77
-@81 := @79 @80
-@82 := LexLeanPreservation.Rust.WTL
-@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
-@92 := LexLeanPreservation.Rust.wtl_nil @0
-@93 := @82 @0
-@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
-@100 := @92 @1
-@101 := @93 @1
-@105 := {A : @26} -> @101 @4 @71 @77
-@106 := @100 @2
-@107 := @101 @2
-@108 := @107 @71
-@109 := @108 @77
-@110 := List.{0}
-@111 := @110 @67
-@112 := @110 @68
-@113 := #6
-@114 := @7 @113
-@115 := #5
-@116 := @114 @115
-@117 := #4
-@118 := @116 @117
-@120 := @118 @28 @30
-@121 := #7
-@126 := @82 @121 @113 @115 @30 @32
-@127 := #8
-@130 := @82 @127 @121 @113
-@132 := @72 @115 @28
-@133 := @130 @132
-@135 := @78 @117 @30
-@145 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
-@147 := LexLeanPreservation.Rust.wtl_cons @0
-@149 := @11 @115 @117
-@151 := @149 @28 @30
-@155 := @93 @113 @115 @30 @32
-@167 := {c : @25} ->
-  {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
-@168 := @147 @1
-@169 := @12 @117
-@171 := @169 @28 @30
-@174 := @101 @115 @30 @32
-@184 := {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
-@185 := @168 @2
-@187 := @13 @28 @30
-@189 := @107 @30 @32
-@197 := {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
-@198 := @185 @63
-@200 := @21 (@19 @28)
-@213 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
-@214 := @198 @23
-@216 := @21 (@19 @30)
-@218 := @13 @216 @23
-@223 := @107 (@72 (@21 (@19 @117)) @28)
-@224 := @79 @30
-@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
-@230 := @214 @71
-@232 := @21 (@19 @32)
-@234 := @13 @232 @23
-@235 := @108 @32
-@237 := @72 @200 @71
-@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
-@243 := @230 @77
-@245 := @72 @216 @71
-@246 := @107 @245
-@249 := (h : @66) -> (hs : @109) -> @246 @80
-@250 := @243 @64
-@252 := @72 @232 @71
-@254 := @107 @252 @80
-@255 := (hs : @109) -> @254
-@256 := @250 @106
-@258 := @107 @74 @80
-@259 := @185 @22
-@261 := @21 (@17 @28)
-@274 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
-@275 := @259 @23
-@277 := @21 (@17 @30)
-@289 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
-@290 := @275 @74
-@292 := @21 (@17 @32)
-@294 := @13 @292 @23
-@295 := @246 @32
-@297 := @72 @261 @237
-@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
-@303 := @290 @80
-@305 := @72 @277 @245
-@306 := @107 @305
-@309 := (h : @62) -> (hs : @254) -> @306 @81
-@310 := @303 @60
-@312 := @72 @292 @252
-@314 := @107 @312 @81
-@315 := (hs : @258) -> @314
-@316 := @310 @256
-@318 := @107 @76 @81
-@319 := Eq.{1}
-@320 := Option.{0}
-@321 := @320 @112
-@322 := @319 @321
-@323 := LexLeanPreservation.Rust.adtFields
-@327 := @322 (@323 @113 @28 @30)
-@328 := Option.some.{0}
-@329 := @328 @112
-@330 := @329 @4
-@331 := @327 @330
-@334 := @7 @127 @121 @113
-@335 := LexLeanTarget.TargetSyntax.Value.adt
-@337 := @335 @117 @28
-@338 := @334 @337
-@339 := @8 @115
-@349 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
-@351 := LexLeanPreservation.Rust.wt_adt @0
-@352 := @323 @0
-@356 := @322 (@352 @28 @30) @330
-@368 := {c : @25} ->
-  {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
-@369 := @351 @1
-@379 := {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
-@380 := @369 @2
-@381 := @13 @337
-@388 := {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
-@389 := @380 @9
-@390 := @352 @9
-@399 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
-@400 := @389 @9
-@401 := @390 @9
-@402 := @322 @401
-@403 := @402 @330
-@404 := @335 @9
-@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @13 (@404 @28) @10
-@412 := @400 @76
-@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
-@420 := @412 @81
-@427 := (h : @402 (@329 @81)) -> (hf : @314) -> @13 (@404 @305) @10
-@428 := Eq.refl.{1}
-@431 := @420 (@428 @321 @401)
-@435 := (hf : @318) -> @13 (@404 @312) @10
-@436 := @431 @316
-@439 := @13 (@404 @76) @10
-@440 := fun (__s : @3) => @436
-@441 := @110 @27
-@442 := LexLeanPreservation.encList
-@443 := @442 @27
-@444 := @443 @21
-@445 := @444 @32
-@446 := LexLeanTarget.TargetSyntax.Ty.list
-@447 := @446 @23
-@449 := fun (__x : @27) => @56 @4
-@450 := Sort 1
-@451 := (a._@._internal._hyg.#0 : @4) -> @67
-@452 := @30 @4
-@455 := (x : @30) -> @118 @452 @32
-@456 := @110 @28
-@459 := @7 @121 @113 @115
-@462 := @442 @117 @28 @4
-@463 := @459 @462
-@464 := @446 @30
-@473 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} -> {α : @450} -> {e : @451} -> {t : @68} -> (h : @455) -> (xs : @456) -> @463 @464
-@475 := LexLeanPreservation.Rust.wt_encList @0
-@489 := {c : @25} ->
-  {A : @26} ->
-  {α : @450} ->
-  {e : @451} ->
-  {t : @68} -> (h : (x : @30) -> @149 @452 @32) -> (xs : @456) -> @11 @113 @115 @462 @464
-@490 := @475 @1
-@502 := {A : @26} ->
-  {α : @450} ->
-  {e : @451} -> {t : @68} -> (h : (x : @30) -> @169 @452 @32) -> (xs : @456) -> @12 @115 @462 @464
-@503 := @490 @2
-@505 := @13 @452 @32
-@513 := {α : @450} ->
-  {e : @451} -> {t : @68} -> (h : (x : @30) -> @505) -> (xs : @456) -> @13 @462 @464
-@514 := @503 @27
-@524 := {e : (a._@._internal._hyg.#0 : @27) -> @67} ->
-  {t : @68} -> (h : (x : @27) -> @505) -> (xs : @441) -> @13 (@443 @28 @4) @464
-@525 := @514 @21
-@527 := (x : @27) -> @57 @32
-@528 := @444 @4
-@529 := @13 @528
-@533 := {t : @68} -> (h : @527) -> (xs : @441) -> @529 @464
-@534 := @525 @23
-@538 := (h : (x : @27) -> @58) -> (xs : @441) -> @529 @447
-@540 := @534 @449 @32
-@542 := @13 @445 @447
-@544 := @72 @445 @71
-@545 := Prod.{0, 0}
-@547 := @545 @27 @67
-@551 := Prod.mk.{0, 0} @27 @67 @9
-@552 := @551 @445
-@553 := @69 @547
-@554 := @70 @547
-@556 := @554 @552 @553
-@557 := Bool.true
-@558 := LexLeanTarget.TargetSyntax.Function
-@559 := LexLeanTarget.TargetSyntax.Program.functions
-@560 := @559 @0
-@561 := @69 @27
-@562 := LexLeanTarget.TargetSyntax.Ty.unit
-@563 := LexLeanTarget.TargetSyntax.Value.unit
-@566 := LexLeanTarget.TargetSyntax.Expr.value @562 @563
-@571 := LexLeanTarget.TargetSyntax.Function.mk @561 @77 @562 @566
-@576 := List.getD.{0} @558 @560 @9 @571
-@580 := fun (__e_n : @27) => LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.root @4 @9
-@581 := @185 @445
-@582 := @444 @117
-@584 := @13 @582 @30
-@585 := @444 @113
-@586 := @72 @585
-@594 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @584) -> (hs : @189) -> @107 (@586 @28) @135
-@595 := @581 @447
-@596 := @444 @28
-@598 := @13 @596 @447
-@599 := @444 @115
-@600 := @72 @599
-@602 := @107 (@600 @28)
-@603 := @78 @447
-@604 := @603 @30
-@609 := {vs : @111} -> {ts : @112} -> (h : @598) -> (hs : @189) -> @602 @604
-@610 := @595 @71
-@611 := @444 @30
-@613 := @13 @611 @447
-@615 := @72 @582 @71
-@616 := @107 @615
-@620 := {ts : @112} -> (h : @613) -> (hs : @235) -> @616 @604
-@621 := @610 @77
-@623 := @72 @596 @71
-@624 := @107 @623
-@625 := @603 @77
-@628 := (h : @542) -> (hs : @109) -> @624 @625
-@629 := @621 @540
-@631 := @72 @611 @71
-@632 := @107 @631
-@634 := (hs : @109) -> @632 @625
-@635 := @629 @106
-@636 := @107 @544
-@637 := @636 @625
-@638 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.denote
-@639 := @638 @32
-@640 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.__fits_0
-@641 := @640 @32
-@643 := Models.Main.admitCosts @32
-@644 := Bool
-@646 := @545 @644 @644
-@649 := Except.{0, 0} @646 @441
-@650 := LexLeanTarget.TargetSyntax.Value.bool
-@655 := LexLeanPreservation.encPair @644 @644 @650 @650
-@657 := LexLeanPreservation.encExcept @646
-@660 := @657 @441 @655 @444
-@664 := @657 @649 @655 @660 @643
-@666 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.root @32
-@667 := Ne.{1}
-@668 := LexLeanPreservation.Obs
-@669 := @667 @668
-@670 := LexLeanPreservation.Rel
-@673 := @669 (@670 @32 @4)
-@674 := LexLeanPreservation.Obs.stuck
-@677 := (f : @644) -> (v : @67) -> @673 @674
-@679 := LexLeanPreservation.Rust.rel_ne_stuck @641
-@685 := (v : @67) -> @669 (@670 (@640 @30) @4) @674
-@686 := @679 @664
-@690 := @669 (@670 @641 @664) @674
-@691 := @110 @547
-@692 := LexLeanPreservation.Rust.FunSem
-@693 := #9
-@699 := (n : @27) -> @692 @693 @127 @121 @4 @113
-@700 := @320 @558
-@701 := @319 @700
-@708 := LexLeanRuntime.index (@110 @558) @558 (LexLeanRuntime.instIndexableList @558)
-@712 := @701 (@708 (@559 @693) @113)
-@713 := @328 @558
-@714 := @713 @115
-@715 := @712 @714
-@716 := #10
-@720 := @82 @716 @693 @127 @115
-@721 := LexLeanTarget.TargetSyntax.Function.types
-@722 := @721 @113
-@723 := @720 @722
-@724 := @320 @691
-@725 := @319 @724
-@726 := LexLeanTarget.TargetSemantics.bindAll
-@727 := LexLeanTarget.TargetSyntax.Function.parameters
-@732 := @725 (@726 (@727 @121) @113 @553)
-@733 := @328 @691
-@734 := @733 @115
-@735 := @732 @734
-@736 := @320 @644
-@737 := @319 @736
-@738 := LexLeanPreservation.Rust.fnFallible
-@739 := #11
-@742 := @737 (@738 @739 @693)
-@743 := @328 @644
-@744 := @743 @115
-@745 := @742 @744
-@746 := LexLeanPreservation.RunConv
-@747 := #13
-@751 := @746 @747 @716 @127 @115
-@753 := @669 @113 @674
-@754 := Exists.{1}
-@755 := LexLeanPreservation.Rust.ROut
-@756 := @754 @755
-@757 := And
-@758 := LexLeanPreservation.Rust.RealizesFn
-@762 := @757 (@758 @693 @127 @4)
-@763 := LexLeanPreservation.Rust.RCI
-@765 := @763 #15
-@766 := LexLeanPreservation.Rust.fnIdent
-@767 := @766 @747
-@774 := (hne : @753) -> @756 (fun (ro : @755) => @762 (@765 @767 @739 @4))
-@789 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @558} ->
-  {args : @111} ->
-  {env : @691} ->
-  {F : @644} ->
-  {o : @668} ->
-  (hB : @699) ->
-  (hfn : @715) -> (hwt : @723) -> (hbind : @735) -> (hF : @745) -> (hA : @751) -> @774
-@791 := LexLeanPreservation.Rust.compose @0
-@792 := @692 @0
-@797 := (n : @27) -> @792 @127 @121 @4 @113
-@798 := @708 @560
-@801 := @701 (@798 @113) @714
-@805 := @93 @693 @127 @115 @722
-@806 := @746 @0
-@809 := @806 @716 @127 @115
-@823 := {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @558} ->
-  {args : @111} ->
-  {env : @691} ->
-  {F : @644} ->
-  {o : @668} ->
-  (hB : @797) ->
-  (hfn : @801) -> (hwt : @805) -> (hbind : @735) -> (hF : @745) -> (hA : @809) -> @774
-@824 := @791 @1
-@825 := @792 @1
-@829 := (n : @27) -> @825 @121 @4 @113
-@832 := @101 @127 @115 @722
-@833 := @738 @1
-@836 := @737 (@833 @693) @744
-@837 := @763 @1
-@847 := (hbind : @735) ->
-  (hF : @836) -> (hA : @809) -> (hne : @753) -> @756 (fun (ro : @755) => @762 (@837 @767 @739 @4))
-@857 := {A : @26} ->
-  {f : @27} ->
-  {fn : @558} ->
-  {args : @111} ->
-  {env : @691} -> {F : @644} -> {o : @668} -> (hB : @829) -> (hfn : @801) -> (hwt : @832) -> @847
-@858 := @824 @2
-@860 := @825 @2 @4
-@862 := (n : @27) -> @860 @113
-@863 := @107 @115
-@864 := @863 @722
-@873 := {f : @27} ->
-  {fn : @558} ->
-  {args : @111} ->
-  {env : @691} -> {F : @644} -> {o : @668} -> (hB : @862) -> (hfn : @801) -> (hwt : @864) -> @847
-@874 := @858 @9
-@876 := (n : @27) -> @860 @9
-@877 := @798 @9
-@878 := @701 @877
-@879 := @878 @714
-@880 := @833 @9
-@881 := @737 @880
-@882 := @881 @744
-@883 := @806 @9
-@885 := @883 @127 @115
-@887 := @837 (@766 @9)
-@895 := (hF : @882) -> (hA : @885) -> (hne : @753) -> @756 (fun (ro : @755) => @762 (@887 @739 @4))
-@904 := {fn : @558} ->
-  {args : @111} ->
-  {env : @691} ->
-  {F : @644} -> {o : @668} -> (hB : @876) -> (hfn : @879) -> (hwt : @864) -> (hbind : @735) -> @895
-@905 := @874 @576
-@907 := @878 (@713 @576)
-@908 := @721 @576
-@909 := @863 @908
-@911 := @726 (@727 @576)
-@923 := {args : @111} ->
-  {env : @691} ->
-  {F : @644} ->
-  {o : @668} ->
-  (hB : @876) -> (hfn : @907) -> (hwt : @909) -> (hbind : @725 (@911 @113 @553) @734) -> @895
-@924 := @905 @544
-@925 := @586 @71
-@927 := @107 @925 @908
-@930 := @72 (@444 @121) @71
-@934 := @725 (@911 @930 @553) @734
-@937 := @72 (@444 @693) @71
-@958 := {env : @691} ->
-  {F : @644} ->
-  {o : @668} ->
-  (hB : @876) ->
-  (hfn : @907) ->
-  (hwt : @927) ->
-  (hbind : @934) ->
-  (hF : @882) ->
-  (hA : @883 @937 @115) ->
-  (hne : @753) -> @756 (fun (ro : @755) => @762 (@887 (@72 (@444 #12) @71) @4))
-@959 := @924 @556
-@960 := @600 @71
-@962 := @107 @960 @908
-@970 := @725 (@911 @925 @553) (@733 (@554 (@551 @585) @553))
-@973 := @72 (@444 @127) @71
-@992 := {F : @644} ->
-  {o : @668} ->
-  (hB : @876) ->
-  (hfn : @907) ->
-  (hwt : @962) ->
-  (hbind : @970) ->
-  (hF : @882) ->
-  (hA : @883 @973 @115) ->
-  (hne : @753) -> @756 (fun (ro : @755) => @762 (@887 (@72 (@444 @739) @71) @4))
-@993 := @959 @557
-@994 := @616 @908
-@1002 := @725 (@911 @960 @553) (@733 (@554 (@551 @599) @553))
-@1004 := @881 (@743 @557)
-@1006 := @883 @930 @115
-@1007 := @758 @557
-@1026 := {o : @668} ->
-  (hB : @876) ->
-  (hfn : @907) ->
-  (hwt : @994) ->
-  (hbind : @1002) ->
-  (hF : @1004) ->
-  (hA : @1006) ->
-  (hne : @753) -> @756 (fun (ro : @755) => @757 (@1007 @127 @4) (@887 (@72 (@444 @716) @71) @4))
-@1027 := @993 @639
-@1028 := @624 @908
-@1036 := @725 (@911 @615 @553) (@733 (@554 (@551 @582) @553))
-@1037 := @883 @925
-@1038 := @638 @113
-@1039 := @1037 @1038
-@1040 := @638 @121
-@1058 := (hB : @876) ->
-  (hfn : @907) ->
-  (hwt : @1028) ->
-  (hbind : @1036) ->
-  (hF : @1004) ->
-  (hA : @1039) ->
-  (hne : @669 @1040 @674) -> @756 (fun (ro : @755) => @757 (@1007 (@638 @693) @4) (@887 @937 @4))
-@1059 := @1027 @580
-@1060 := @632 @908
-@1068 := @725 (@911 @623 @553) (@733 (@554 (@551 @596) @553))
-@1069 := @883 @960
-@1070 := @638 @115
-@1088 := (hfn : @907) ->
-  (hwt : @1060) ->
-  (hbind : @1068) ->
-  (hF : @1004) ->
-  (hA : @1069 @1070) ->
-  (hne : @669 @1038 @674) -> @756 (fun (ro : @755) => @757 (@1007 (@638 @127) @4) (@887 @973 @4))
-@1091 := @1059 (@428 @700 @877)
-@1092 := @636 @908
-@1100 := @725 (@911 @631 @553) (@733 (@554 (@551 @611) @553))
-@1101 := @883 @615
-@1102 := @638 @117
-@1118 := (hwt : @1092) ->
-  (hbind : @1100) ->
-  (hF : @1004) ->
-  (hA : @1101 @1102) ->
-  (hne : @669 @1070 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1040 @4) (@887 @930 @4))
-@1119 := @1091 @635
-@1121 := @911 @544 @553
-@1124 := @725 @1121 (@733 @556)
-@1125 := @883 @623
-@1126 := @638 @28
-@1141 := (hbind : @1124) ->
-  (hF : @1004) ->
-  (hA : @1125 @1126) ->
-  (hne : @669 @1102 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1038 @4) (@887 @925 @4))
-@1144 := @1119 (@428 @724 @1121)
-@1145 := @883 @631
-@1146 := @638 @30
-@1160 := (hF : @1004) ->
-  (hA : @1145 @1146) ->
-  (hne : @669 @1126 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1070 @4) (@887 @960 @4))
-@1163 := @1144 (@428 @736 @880)
-@1177 := (hA : @883 @544 @639) ->
-  (hne : @669 @1146 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1102 @4) (@887 @615 @4))
-@1178 := @1163 @666
-@1189 := (hne : @669 @639 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1126 @4) (@887 @623 @4))
-@1190 := @1178 @686
-@1196 := @757 (@1007 @1146 @4) (@887 @631 @4)
-@1198 := @756 (fun (ro : @755) => @1196)
-@1200 := @756 (fun (__e_ro : @755) => @1196)
-@1204 := LexLeanPreservation.Rust.RepresentableL (@72 @528 @71)
-@1205 := (__e_hrep : @1204) -> @1200
-@1206 := fun (__e_hrep : @1204) => @1190
-@1207 := (costs : @441) -> @1205
-@1208 := fun (costs : @441) => @1206
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/RustStd.lean
deleted file mode 100644
index 1b8904eee..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/RustStd.lean
+++ /dev/null
@@ -1,124 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
-    { parameters := [0], types := [(.list .nat)], result := (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)),
-      body := (.«let» 1 (.list .nat) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 (.result (.list .nat) (.pair .bool .bool)) (.call 2 [(.var 1)]) (.build .ok (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.var 2)])) (.build .error (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 1001))]) },
-    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
-      body := (.call 3 [(.var 0)]) },
-    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
-      body := (.«let» 1 (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.call 4 [(.closure 5 []), (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.call 6 []), (.build .nil (.list .nat) [])])]), (.var 0)]) (.«match» (.result (.list .nat) (.pair .bool .bool)) (.var 1) [(.arm .error [2] (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.var 2)])), (.arm .ok [3] (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.second (.var 3))]))])) },
-    { parameters := [0, 1, 2], types := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
-      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
-      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.cond (.call 7 [(.first (.var 3))]) (.cond (.call 8 [(.first (.var 3)), (.var 1)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 9 [(.first (.var 3)), (.var 1)]) (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.first (.var 4)), (.prim .append [(.second (.var 3)), (.build .cons (.list .nat) [(.second (.var 4)), (.build .nil (.list .nat) [])])])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))]) },
-    { parameters := [], types := [], result := (.adt 0),
-      body := (.call 10 []) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.call 11 [(.var 0), (.var 1)]) },
-    { parameters := [], types := [], result := (.adt 0),
-      body := (.build (.adt 0) (.adt 0) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
-    (.enum (.fn 0) [{ number := 5, fields := [] }]),
-    (.apply 0 [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) true [{ function := 5, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list .nat)) (.move (.generated .binding 0)))] (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some (.result (.list .nat) (.pair .bool .bool))) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.move (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1001)))] (.call (.runtime .natLt) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible (.result (.list .nat) (.pair .bool .bool))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible (.result (.list .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.call (.function 4) [(.construct (.closure 0 5) []), (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.call (.function 6) [] false) (.construct (.nil .nat) []))]), (.move (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 4)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))] (.move (.generated .part 5))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.list .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 0)))] (.matchOn (.move (.generated .holder 8)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false) (.mk [] (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]))),
-    (.function (.generated .function 6) [] (.adt 0) (.mk [] (.call (.function 10) [] false))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 18)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 64)))] (.call (.runtime .natLe) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))),
-    (.function (.generated .function 8) [{ pattern := .wild, type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 16)))] (.call (.runtime .natLe) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [] (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
-    (.function (.generated .function 10) [] (.adt 0) (.mk [] (.construct (.adt 0 0) [(.lit (.nat 0)), (.lit (.nat 0))]))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))))] (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 29))]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat], (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .nat)) (.move (.generated .binding 0)))], (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some (.result (.list .nat) (.pair .bool .bool))) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.move (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 2)) (some (.result (.list .nat) (.pair .bool .bool))) (.call (.function 2) [(.move (.generated .binding 1))] true))]) (ta := (.succeed (.construct (.ok (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.move (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.err (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.result (.list .nat) (.pair .bool .bool))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1001)))], (.call (.runtime .natLt) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.call (.function 4) [(.construct (.closure 0 5) []), (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.call (.function 6) [] false) (.construct (.nil .nat) []))]), (.move (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 4)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))] (.move (.generated .part 5))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.list .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair (.adt 0) (.list .nat))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.pair (.adt 0) (.list .nat)), (some 3)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))] (.move (.generated .part 5))))]))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.list .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 5))) (Corr.second (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 8)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false) (.mk [] (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]), [(1, .nat, (some 1)), (0, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.pair (.adt 0) (.list .nat)), (some 3)), (1, .nat, (some 1)), (0, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false) (.mk [] (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (1, .nat, (some 1)), (0, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 9))) (Corr.first (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 10))) (Corr.first (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))]) (ta := (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 11))) (Corr.first (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.pair (.adt 0) (.list .nat))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))]) (tail := (.move (.generated .part 12))) (Corr.first (ta := (.adt 0)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [(.list .nat), (.list .nat)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 13))) (Corr.second (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))]) (tail := (.move (.generated .part 14))) (Corr.second (ta := (.adt 0)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 10) [] false), [], rfl, rfl,
-    (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 18)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 64)))], (.call (.runtime .natLe) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 17))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 16)))], (.call (.runtime .natLe) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false), [(1, .nat, (some 1)), (0, (.adt 0), none)], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 0 0) [(.lit (.nat 0)), (.lit (.nat 0))]), [], rfl, rfl,
-    (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))))], (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 29))]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 22))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 29))]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | _ + 12 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4.lean
deleted file mode 100644
index 0216c28bf..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4.lean
+++ /dev/null
@@ -1,78 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.result (.pair (.adt 0) .nat) (.pair .bool .bool)),
-      body := (.«let» 2 (.adt 0) (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 3 [(.var 2), (.var 3)]) (.build .ok (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.var 4)])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.call 4 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
-
-def __enc_0 (__s : (Models.Session.Window)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).used), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).items)]
-
-def __fits_1 (window : (Models.Session.Window)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_1 (window : (Models.Session.Window)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 window)] (_root_.LexLeanPreservation.Rel (__fits_1 window) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.boundedCheck window))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (window).used (64 : Nat)))
-
-def __fits_2 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_2 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_2 window cost) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.affordableCheck window cost))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe cost (16 : Nat)))
-
-def __fits_4 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).used + cost) 18446744073709551616)) && (let total : Nat := ((window).used + cost); ((((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).items + (1 : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_4 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_4 window cost) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionStep window cost))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := ((window).used + cost); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).used cost)) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((64 : Nat)) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).items (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))
-
-def __fits_3 (_ystate : (Models.Session.Window)) (_yinput : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (_ystate) (_yinput)))
-
-attribute [local irreducible] Models.Session.SessionStep in
-theorem __rel_3 (_ystate : (Models.Session.Window)) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_3 _ystate _yinput) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionModel _ystate _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (_ystate) (_yinput)))
-
-def __fits_0 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
-  (Bool.true && (let _ychecked1_state : (Models.Session.Window) := window; (Bool.true && (let _ychecked1_input : Nat := cost; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Session.boundedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
-
-attribute [local irreducible] Models.Session.SessionModel Models.Session.affordableCheck Models.Session.boundedCheck in
-theorem __rel_0 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_0 window cost) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.step window cost))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : (Models.Session.Window) := window; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := cost; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) then (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat)))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat)))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat))))) (Models.Session.boundedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat)))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat))))) (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (fun _ => (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
-
-def denote (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 window cost) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.step window cost)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_0 window cost) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.step window cost))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 window cost)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/Compose/RustStd.lex.tex
deleted file mode 100644
index 22cb41927..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,601 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.__wt_0 : @16 := @440 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.root : @1229 := @1230 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.flags
-@3 := Models.Session.Window
-@4 := #0
-@5 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Models.Session.Window.used
-@18 := @17 @4
-@19 := Models.Session.Window.items
-@20 := @19 @4
-@21 := LexLeanTarget.TargetSyntax.Value.nat
-@22 := @21 @18
-@23 := LexLeanTarget.TargetSyntax.Ty.nat
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := Nat
-@28 := #3
-@29 := @7 @28
-@30 := #2
-@31 := @29 @30
-@32 := #1
-@33 := @31 @32
-@34 := @21 @4
-@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
-@42 := LexLeanPreservation.Rust.wt_nat @0
-@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
-@50 := @42 @1
-@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
-@56 := @50 @2
-@59 := (n : @27) -> @13 @34 @23
-@60 := @56 @18
-@62 := @13 @22 @23
-@63 := @21 @20
-@64 := @56 @20
-@66 := @13 @63 @23
-@67 := LexLeanTarget.TargetSyntax.Value
-@68 := LexLeanTarget.TargetSyntax.Ty
-@69 := List.nil.{0}
-@70 := List.cons.{0}
-@71 := @69 @67
-@72 := @70 @67
-@74 := @72 @63 @71
-@76 := @72 @22 @74
-@77 := @69 @68
-@78 := @70 @68
-@79 := @78 @23
-@80 := @79 @77
-@81 := @79 @80
-@82 := LexLeanPreservation.Rust.WTL
-@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
-@92 := LexLeanPreservation.Rust.wtl_nil @0
-@93 := @82 @0
-@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
-@100 := @92 @1
-@101 := @93 @1
-@105 := {A : @26} -> @101 @4 @71 @77
-@106 := @100 @2
-@107 := @101 @2
-@108 := @107 @71
-@109 := @108 @77
-@110 := List.{0}
-@111 := @110 @67
-@112 := @110 @68
-@113 := #6
-@114 := @7 @113
-@115 := #5
-@116 := @114 @115
-@117 := #4
-@120 := @116 @117 @28 @30
-@121 := #7
-@126 := @82 @121 @113 @115 @30 @32
-@127 := #8
-@130 := @82 @127 @121 @113
-@132 := @72 @115 @28
-@133 := @130 @132
-@135 := @78 @117 @30
-@145 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
-@147 := LexLeanPreservation.Rust.wtl_cons @0
-@151 := @11 @115 @117 @28 @30
-@155 := @93 @113 @115 @30 @32
-@167 := {c : @25} ->
-  {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
-@168 := @147 @1
-@171 := @12 @117 @28 @30
-@174 := @101 @115 @30 @32
-@184 := {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
-@185 := @168 @2
-@187 := @13 @28 @30
-@189 := @107 @30 @32
-@197 := {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
-@198 := @185 @63
-@200 := @21 (@19 @28)
-@213 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
-@214 := @198 @23
-@216 := @21 (@19 @30)
-@218 := @13 @216 @23
-@223 := @107 (@72 (@21 (@19 @117)) @28)
-@224 := @79 @30
-@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
-@230 := @214 @71
-@232 := @21 (@19 @32)
-@234 := @13 @232 @23
-@235 := @108 @32
-@237 := @72 @200 @71
-@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
-@243 := @230 @77
-@245 := @72 @216 @71
-@246 := @107 @245
-@249 := (h : @66) -> (hs : @109) -> @246 @80
-@250 := @243 @64
-@252 := @72 @232 @71
-@254 := @107 @252 @80
-@255 := (hs : @109) -> @254
-@256 := @250 @106
-@258 := @107 @74 @80
-@259 := @185 @22
-@261 := @21 (@17 @28)
-@274 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
-@275 := @259 @23
-@277 := @21 (@17 @30)
-@289 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
-@290 := @275 @74
-@292 := @21 (@17 @32)
-@294 := @13 @292 @23
-@295 := @246 @32
-@297 := @72 @261 @237
-@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
-@303 := @290 @80
-@305 := @72 @277 @245
-@306 := @107 @305
-@309 := (h : @62) -> (hs : @254) -> @306 @81
-@310 := @303 @60
-@312 := @72 @292 @252
-@314 := @107 @312 @81
-@315 := (hs : @258) -> @314
-@316 := @310 @256
-@318 := @107 @76 @81
-@319 := Eq.{1}
-@320 := Option.{0}
-@321 := @320 @112
-@322 := @319 @321
-@323 := LexLeanPreservation.Rust.adtFields
-@327 := @322 (@323 @113 @28 @30)
-@328 := Option.some.{0}
-@329 := @328 @112
-@330 := @329 @4
-@331 := @327 @330
-@334 := @7 @127 @121 @113
-@335 := LexLeanTarget.TargetSyntax.Value.adt
-@337 := @335 @117 @28
-@338 := @334 @337
-@339 := @8 @115
-@349 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
-@351 := LexLeanPreservation.Rust.wt_adt @0
-@352 := @323 @0
-@356 := @322 (@352 @28 @30) @330
-@368 := {c : @25} ->
-  {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
-@369 := @351 @1
-@379 := {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
-@380 := @369 @2
-@381 := @13 @337
-@388 := {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
-@389 := @380 @9
-@390 := @352 @9
-@399 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
-@400 := @389 @9
-@401 := @390 @9
-@402 := @322 @401
-@403 := @402 @330
-@404 := @335 @9
-@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @13 (@404 @28) @10
-@412 := @400 @76
-@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
-@420 := @412 @81
-@427 := (h : @402 (@329 @81)) -> (hf : @314) -> @13 (@404 @305) @10
-@428 := Eq.refl.{1}
-@431 := @420 (@428 @321 @401)
-@435 := (hf : @318) -> @13 (@404 @312) @10
-@436 := @431 @316
-@439 := @13 (@404 @76) @10
-@440 := fun (__s : @3) => @436
-@441 := @5 @30
-@443 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.__wt_0 @30
-@444 := @21 @32
-@445 := @56 @32
-@447 := @13 @444 @23
-@449 := @72 @444 @71
-@451 := @72 @441 @449
-@452 := Prod.{0, 0}
-@454 := @452 @27 @67
-@455 := 1
-@458 := Prod.mk.{0, 0} @27 @67
-@459 := @458 @455
-@460 := @459 @444
-@461 := @458 @9
-@462 := @461 @441
-@463 := @69 @454
-@464 := @70 @454
-@466 := @464 @462 @463
-@468 := @464 @460 @466
-@469 := Bool.true
-@470 := LexLeanTarget.TargetSyntax.Function
-@471 := LexLeanTarget.TargetSyntax.Program.functions
-@472 := @471 @0
-@473 := @69 @27
-@474 := LexLeanTarget.TargetSyntax.Ty.unit
-@475 := LexLeanTarget.TargetSyntax.Value.unit
-@478 := LexLeanTarget.TargetSyntax.Expr.value @474 @475
-@483 := LexLeanTarget.TargetSyntax.Function.mk @473 @77 @474 @478
-@488 := List.getD.{0} @470 @472 @9 @483
-@492 := fun (__e_n : @27) => LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.root @4 @9
-@493 := @185 @444
-@494 := @21 @117
-@496 := @13 @494 @30
-@497 := @21 @113
-@498 := @72 @497
-@506 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @496) -> (hs : @189) -> @107 (@498 @28) @135
-@507 := @493 @23
-@508 := @21 @28
-@510 := @13 @508 @23
-@511 := @21 @115
-@512 := @72 @511
-@519 := {vs : @111} -> {ts : @112} -> (h : @510) -> (hs : @189) -> @107 (@512 @28) @224
-@520 := @507 @71
-@521 := @21 @30
-@523 := @13 @521 @23
-@525 := @72 @494 @71
-@530 := {ts : @112} -> (h : @523) -> (hs : @235) -> @107 @525 @224
-@531 := @520 @77
-@533 := @72 @508 @71
-@534 := @107 @533
-@537 := (h : @447) -> (hs : @109) -> @534 @80
-@538 := @531 @445
-@540 := @72 @521 @71
-@542 := @107 @540 @80
-@543 := (hs : @109) -> @542
-@544 := @538 @106
-@546 := @107 @449 @80
-@547 := @185 @441
-@548 := @5 @115
-@550 := @13 @548 @30
-@551 := @5 @121
-@552 := @72 @551
-@560 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @550) -> (hs : @189) -> @107 (@552 @28) @135
-@561 := @547 @10
-@562 := @5 @117
-@564 := @13 @562 @10
-@565 := @5 @113
-@566 := @72 @565
-@568 := @107 (@566 @28)
-@569 := @78 @10
-@570 := @569 @30
-@575 := {vs : @111} -> {ts : @112} -> (h : @564) -> (hs : @189) -> @568 @570
-@576 := @561 @449
-@577 := @5 @28
-@579 := @13 @577 @10
-@580 := @534 @32
-@582 := @72 @548 @525
-@583 := @107 @582
-@587 := {ts : @112} -> (h : @579) -> (hs : @580) -> @583 @570
-@588 := @576 @80
-@590 := @13 @441 @10
-@592 := @72 @562 @533
-@593 := @107 @592
-@594 := @569 @80
-@597 := (h : @590) -> (hs : @542) -> @593 @594
-@598 := @588 @443
-@600 := @72 @577 @540
-@601 := @107 @600
-@603 := (hs : @546) -> @601 @594
-@604 := @598 @544
-@605 := @107 @451
-@606 := @605 @594
-@607 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.denote
-@609 := @607 @30 @32
-@610 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.__fits_0
-@612 := @610 @30 @32
-@615 := Models.Main.step @30 @32
-@616 := Bool
-@618 := @452 @616 @616
-@620 := @452 @3 @27
-@621 := LexLeanTarget.TargetSyntax.Value.bool
-@622 := LexLeanPreservation.encPair
-@626 := @622 @616 @616 @621 @621
-@630 := @622 @3 @27 @5 @21
-@636 := LexLeanPreservation.encExcept @618 @620 @626 @630 @615
-@639 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.root @30 @32
-@640 := Ne.{1}
-@641 := LexLeanPreservation.Obs
-@642 := @640 @641
-@643 := LexLeanPreservation.Rel
-@646 := @642 (@643 @32 @4)
-@647 := LexLeanPreservation.Obs.stuck
-@650 := (f : @616) -> (v : @67) -> @646 @647
-@652 := LexLeanPreservation.Rust.rel_ne_stuck @612
-@659 := (v : @67) -> @642 (@643 (@610 @28 @30) @4) @647
-@660 := @652 @636
-@664 := @642 (@643 @612 @636) @647
-@665 := @110 @454
-@666 := LexLeanPreservation.Rust.FunSem
-@667 := #9
-@673 := (n : @27) -> @666 @667 @127 @121 @4 @113
-@674 := @320 @470
-@675 := @319 @674
-@682 := LexLeanRuntime.index (@110 @470) @470 (LexLeanRuntime.instIndexableList @470)
-@686 := @675 (@682 (@471 @667) @113)
-@687 := @328 @470
-@688 := @687 @115
-@689 := @686 @688
-@690 := #10
-@694 := @82 @690 @667 @127 @115
-@695 := LexLeanTarget.TargetSyntax.Function.types
-@696 := @695 @113
-@697 := @694 @696
-@698 := @320 @665
-@699 := @319 @698
-@700 := LexLeanTarget.TargetSemantics.bindAll
-@701 := LexLeanTarget.TargetSyntax.Function.parameters
-@706 := @699 (@700 (@701 @121) @113 @463)
-@707 := @328 @665
-@708 := @707 @115
-@709 := @706 @708
-@710 := @320 @616
-@711 := @319 @710
-@712 := LexLeanPreservation.Rust.fnFallible
-@713 := #11
-@716 := @711 (@712 @713 @667)
-@717 := @328 @616
-@718 := @717 @115
-@719 := @716 @718
-@720 := LexLeanPreservation.RunConv
-@721 := #13
-@725 := @720 @721 @690 @127 @115
-@727 := @642 @113 @647
-@728 := Exists.{1}
-@729 := LexLeanPreservation.Rust.ROut
-@730 := @728 @729
-@731 := And
-@732 := LexLeanPreservation.Rust.RealizesFn
-@736 := @731 (@732 @667 @127 @4)
-@737 := LexLeanPreservation.Rust.RCI
-@739 := @737 #15
-@740 := LexLeanPreservation.Rust.fnIdent
-@741 := @740 @721
-@748 := (hne : @727) -> @730 (fun (ro : @729) => @736 (@739 @741 @713 @4))
-@763 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @470} ->
-  {args : @111} ->
-  {env : @665} ->
-  {F : @616} ->
-  {o : @641} ->
-  (hB : @673) ->
-  (hfn : @689) -> (hwt : @697) -> (hbind : @709) -> (hF : @719) -> (hA : @725) -> @748
-@765 := LexLeanPreservation.Rust.compose @0
-@766 := @666 @0
-@771 := (n : @27) -> @766 @127 @121 @4 @113
-@772 := @682 @472
-@775 := @675 (@772 @113) @688
-@779 := @93 @667 @127 @115 @696
-@780 := @720 @0
-@783 := @780 @690 @127 @115
-@797 := {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @470} ->
-  {args : @111} ->
-  {env : @665} ->
-  {F : @616} ->
-  {o : @641} ->
-  (hB : @771) ->
-  (hfn : @775) -> (hwt : @779) -> (hbind : @709) -> (hF : @719) -> (hA : @783) -> @748
-@798 := @765 @1
-@799 := @766 @1
-@803 := (n : @27) -> @799 @121 @4 @113
-@806 := @101 @127 @115 @696
-@807 := @712 @1
-@810 := @711 (@807 @667) @718
-@811 := @737 @1
-@821 := (hbind : @709) ->
-  (hF : @810) -> (hA : @783) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@811 @741 @713 @4))
-@831 := {A : @26} ->
-  {f : @27} ->
-  {fn : @470} ->
-  {args : @111} ->
-  {env : @665} -> {F : @616} -> {o : @641} -> (hB : @803) -> (hfn : @775) -> (hwt : @806) -> @821
-@832 := @798 @2
-@834 := @799 @2 @4
-@836 := (n : @27) -> @834 @113
-@837 := @107 @115
-@838 := @837 @696
-@847 := {f : @27} ->
-  {fn : @470} ->
-  {args : @111} ->
-  {env : @665} -> {F : @616} -> {o : @641} -> (hB : @836) -> (hfn : @775) -> (hwt : @838) -> @821
-@848 := @832 @9
-@850 := (n : @27) -> @834 @9
-@851 := @772 @9
-@852 := @675 @851
-@853 := @852 @688
-@854 := @807 @9
-@855 := @711 @854
-@856 := @855 @718
-@857 := @780 @9
-@859 := @857 @127 @115
-@861 := @811 (@740 @9)
-@869 := (hF : @856) -> (hA : @859) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 @713 @4))
-@878 := {fn : @470} ->
-  {args : @111} ->
-  {env : @665} ->
-  {F : @616} -> {o : @641} -> (hB : @850) -> (hfn : @853) -> (hwt : @838) -> (hbind : @709) -> @869
-@879 := @848 @488
-@881 := @852 (@687 @488)
-@882 := @695 @488
-@883 := @837 @882
-@885 := @700 (@701 @488)
-@897 := {args : @111} ->
-  {env : @665} ->
-  {F : @616} ->
-  {o : @641} ->
-  (hB : @850) -> (hfn : @881) -> (hwt : @883) -> (hbind : @699 (@885 @113 @463) @708) -> @869
-@898 := @879 @451
-@900 := @552 (@498 @71)
-@902 := @107 @900 @882
-@908 := @72 (@5 @127) (@72 (@21 @121) @71)
-@912 := @699 (@885 @908 @463) @708
-@918 := @72 (@5 @690) (@72 (@21 @667) @71)
-@920 := @857 @918 @115
-@922 := @72 (@5 @721)
-@923 := #12
-@942 := {env : @665} ->
-  {F : @616} ->
-  {o : @641} ->
-  (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @902) ->
-  (hbind : @912) ->
-  (hF : @856) ->
-  (hA : @920) ->
-  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@922 (@72 (@21 @923) @71)) @4))
-@943 := @898 @468
-@945 := @566 (@512 @71)
-@947 := @107 @945 @882
-@958 := @699 (@885 @900 @463) (@707 (@464 (@459 @497) (@464 (@461 @551) @463)))
-@964 := @72 (@5 @667) (@72 (@21 @127) @71)
-@986 := {F : @616} ->
-  {o : @641} ->
-  (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @947) ->
-  (hbind : @958) ->
-  (hF : @856) ->
-  (hA : @857 @964 @115) ->
-  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@72 (@5 @923) (@72 (@21 @713) @71)) @4))
-@987 := @943 @469
-@988 := @583 @882
-@999 := @699 (@885 @945 @463) (@707 (@464 (@459 @511) (@464 (@461 @565) @463)))
-@1001 := @855 (@717 @469)
-@1003 := @857 @908 @115
-@1004 := @732 @469
-@1026 := {o : @641} ->
-  (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @988) ->
-  (hbind : @999) ->
-  (hF : @1001) ->
-  (hA : @1003) ->
-  (hne : @727) ->
-  @730 (fun (ro : @729) => @731 (@1004 @127 @4) (@861 (@72 (@5 @713) (@72 (@21 @690) @71)) @4))
-@1027 := @987 @609
-@1028 := @593 @882
-@1039 := @699 (@885 @582 @463) (@707 (@464 (@459 @494) (@464 (@461 @548) @463)))
-@1040 := @857 @900
-@1042 := @607 @121 @113
-@1043 := @1040 @1042
-@1045 := @607 @127 @121
-@1064 := (hB : @850) ->
-  (hfn : @881) ->
-  (hwt : @1028) ->
-  (hbind : @1039) ->
-  (hF : @1001) ->
-  (hA : @1043) ->
-  (hne : @642 @1045 @647) ->
-  @730 (fun (ro : @729) => @731 (@1004 (@607 @690 @667) @4) (@861 @918 @4))
-@1065 := @1027 @492
-@1066 := @601 @882
-@1077 := @699 (@885 @592 @463) (@707 (@464 (@459 @508) (@464 (@461 @562) @463)))
-@1078 := @857 @945
-@1080 := @607 @113 @115
-@1099 := (hfn : @881) ->
-  (hwt : @1066) ->
-  (hbind : @1077) ->
-  (hF : @1001) ->
-  (hA : @1078 @1080) ->
-  (hne : @642 @1042 @647) ->
-  @730 (fun (ro : @729) => @731 (@1004 (@607 @667 @127) @4) (@861 @964 @4))
-@1102 := @1065 (@428 @674 @851)
-@1103 := @605 @882
-@1114 := @699 (@885 @600 @463) (@707 (@464 (@459 @521) (@464 (@461 @577) @463)))
-@1115 := @857 @582
-@1117 := @607 @115 @117
-@1133 := (hwt : @1103) ->
-  (hbind : @1114) ->
-  (hF : @1001) ->
-  (hA : @1115 @1117) ->
-  (hne : @642 @1080 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1045 @4) (@861 @908 @4))
-@1134 := @1102 @604
-@1136 := @885 @451 @463
-@1139 := @699 @1136 (@707 @468)
-@1140 := @857 @592
-@1142 := @607 @117 @28
-@1157 := (hbind : @1139) ->
-  (hF : @1001) ->
-  (hA : @1140 @1142) ->
-  (hne : @642 @1117 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1042 @4) (@861 @900 @4))
-@1160 := @1134 (@428 @698 @1136)
-@1161 := @857 @600
-@1163 := @607 @28 @30
-@1177 := (hF : @1001) ->
-  (hA : @1161 @1163) ->
-  (hne : @642 @1142 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1080 @4) (@861 @945 @4))
-@1180 := @1160 (@428 @710 @854)
-@1194 := (hA : @857 @451 @609) ->
-  (hne : @642 @1163 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1117 @4) (@861 @582 @4))
-@1195 := @1180 @639
-@1206 := (hne : @642 @609 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1142 @4) (@861 @592 @4))
-@1207 := @1195 @660
-@1213 := @731 (@1004 @1163 @4) (@861 @600 @4)
-@1215 := @730 (fun (ro : @729) => @1213)
-@1217 := @730 (fun (__e_ro : @729) => @1213)
-@1218 := LexLeanPreservation.Rust.RepresentableL
-@1219 := @5 @32
-@1221 := @72 @34 @71
-@1224 := @1218 (@72 @1219 @1221)
-@1225 := (__e_hrep : @1224) -> @1217
-@1226 := fun (__e_hrep : @1224) => @1207
-@1227 := (cost : @27) -> @1225
-@1228 := fun (cost : @27) => @1226
-@1229 := (window : @3) -> @1227
-@1230 := fun (window : @3) => @1228
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/RustStd.lean
deleted file mode 100644
index 9aebb3066..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/RustStd.lean
+++ /dev/null
@@ -1,66 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.result (.pair (.adt 0) .nat) (.pair .bool .bool)),
-      body := (.«let» 2 (.adt 0) (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 3 [(.var 2), (.var 3)]) (.build .ok (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.var 4)])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.call 4 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
-      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair (.adt 0) .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.move (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 64)))] (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
-    (.function (.generated .function 2) [{ pattern := .wild, type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 16)))] (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))] (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 13))]) (.mk [] (.move (.generated .part 13))))])), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.move (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.pair (.adt 0) .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 64)))], (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 1))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 16)))], (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false), [(1, .nat, (some 1)), (0, (.adt 0), none)], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))], (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 13))]) (.mk [] (.move (.generated .part 13))))])), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 13))]) (.mk [] (.move (.generated .part 13))))])), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 13))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | _ + 5 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5.lean
deleted file mode 100644
index 7cf37ba95..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5.lean
+++ /dev/null
@@ -1,75 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
-      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.call 4 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
-
-def __fits_1 (s : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_1 (s : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s)] (_root_.LexLeanPreservation.Rel (__fits_1 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.cappedCheck s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s (100 : Nat)))
-
-def __fits_2 (s : Nat) (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_2 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 s x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.smallCheck s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
-
-def __fits_4 (s : Nat) (x : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (s + x) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_4 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_4 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.Spill s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd s x)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_3 (_ystate : Nat) (_yinput : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (_ystate) (_yinput)))
-
-attribute [local irreducible] Models.Ledger.Spill in
-theorem __rel_3 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_3 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.SpillModel _ystate _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (_ystate) (_yinput)))
-
-def __fits_0 (s : Nat) (x : Nat) : Bool :=
-  (Bool.true && (let _ychecked1_state : Nat := s; (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Ledger.cappedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
-
-attribute [local irreducible] Models.Ledger.SpillModel Models.Ledger.cappedCheck Models.Ledger.smallCheck in
-theorem __rel_0 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerPost s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : Nat := s; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (fun _ => (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck ((_ychecked1_step).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((_ychecked1_step).1))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
-
-def denote (s : Nat) (x : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 s x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerPost s x)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (s : Nat) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerPost s x))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s x)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/Compose/RustStd.lex.tex
deleted file mode 100644
index 7184a08d4..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,471 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.root : @932 := @933 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Prod.{0, 0}
-@64 := @63 @3
-@65 := @64 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.__fits_0
-@326 := @324 @4 @15
-@329 := Models.Main.ledgerPost @4 @15
-@330 := Bool
-@332 := @63 @330 @330
-@333 := @64 @3
-@334 := LexLeanTarget.TargetSyntax.Value.bool
-@335 := LexLeanPreservation.encPair
-@339 := @335 @330 @330 @334 @334
-@343 := @335 @3 @3 @5 @5
-@349 := LexLeanPreservation.encExcept @332 @333 @339 @343 @329
-@352 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.root @4 @15
-@353 := Ne.{1}
-@354 := LexLeanPreservation.Obs
-@355 := @353 @354
-@356 := LexLeanPreservation.Rel
-@359 := @355 (@356 @15 @17)
-@360 := LexLeanPreservation.Obs.stuck
-@363 := (f : @330) -> (v : @54) -> @359 @360
-@365 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@372 := (v : @54) -> @355 (@356 (@324 @12 @4) @17) @360
-@373 := @365 @349
-@377 := @355 (@356 @326 @349) @360
-@378 := @135 @65
-@379 := LexLeanPreservation.Rust.FunSem
-@380 := #9
-@386 := (n : @3) -> @379 @380 @152 @146 @17 @138
-@387 := Eq.{1}
-@388 := Option.{0}
-@389 := @388 @82
-@390 := @387 @389
-@397 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@401 := @390 (@397 (@83 @380) @138)
-@402 := Option.some.{0}
-@403 := @402 @82
-@404 := @403 @140
-@405 := @401 @404
-@406 := #10
-@410 := @107 @406 @380 @152 @140
-@411 := LexLeanTarget.TargetSyntax.Function.types
-@412 := @411 @138
-@413 := @410 @412
-@414 := @388 @378
-@415 := @387 @414
-@416 := LexLeanTarget.TargetSemantics.bindAll
-@417 := LexLeanTarget.TargetSyntax.Function.parameters
-@422 := @415 (@416 (@417 @146) @138 @75)
-@423 := @402 @378
-@424 := @423 @140
-@425 := @422 @424
-@426 := @388 @330
-@427 := @387 @426
-@428 := LexLeanPreservation.Rust.fnFallible
-@429 := #11
-@432 := @427 (@428 @429 @380)
-@433 := @402 @330
-@434 := @433 @140
-@435 := @432 @434
-@436 := LexLeanPreservation.RunConv
-@437 := #13
-@441 := @436 @437 @406 @152 @140
-@443 := @355 @138 @360
-@444 := Exists.{1}
-@445 := LexLeanPreservation.Rust.ROut
-@446 := @444 @445
-@447 := And
-@448 := LexLeanPreservation.Rust.RealizesFn
-@452 := @447 (@448 @380 @152 @17)
-@453 := LexLeanPreservation.Rust.RCI
-@455 := @453 #15
-@456 := LexLeanPreservation.Rust.fnIdent
-@457 := @456 @437
-@464 := (hne : @443) -> @446 (fun (ro : @445) => @452 (@455 @457 @429 @17))
-@479 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @386) ->
-  (hfn : @405) -> (hwt : @413) -> (hbind : @425) -> (hF : @435) -> (hA : @441) -> @464
-@481 := LexLeanPreservation.Rust.compose @0
-@482 := @379 @0
-@487 := (n : @3) -> @482 @152 @146 @17 @138
-@488 := @397 @84
-@491 := @390 (@488 @138) @404
-@495 := @118 @380 @152 @140 @412
-@496 := @436 @0
-@499 := @496 @406 @152 @140
-@513 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @487) ->
-  (hfn : @491) -> (hwt : @495) -> (hbind : @425) -> (hF : @435) -> (hA : @499) -> @464
-@514 := @481 @1
-@515 := @482 @1
-@519 := (n : @3) -> @515 @146 @17 @138
-@522 := @126 @152 @140 @412
-@523 := @428 @1
-@526 := @427 (@523 @380) @434
-@527 := @453 @1
-@537 := (hbind : @425) ->
-  (hF : @526) -> (hA : @499) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@527 @457 @429 @17))
-@547 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @519) -> (hfn : @491) -> (hwt : @522) -> @537
-@548 := @514 @2
-@550 := @515 @2 @17
-@552 := (n : @3) -> @550 @138
-@553 := @132 @140
-@554 := @553 @412
-@563 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @552) -> (hfn : @491) -> (hwt : @554) -> @537
-@564 := @548 @72
-@566 := (n : @3) -> @550 @72
-@567 := @488 @72
-@568 := @390 @567
-@569 := @568 @404
-@570 := @523 @72
-@571 := @427 @570
-@572 := @571 @434
-@573 := @496 @72
-@575 := @573 @152 @140
-@577 := @527 (@456 @72)
-@585 := (hF : @572) -> (hA : @575) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 @429 @17))
-@594 := {fn : @82} ->
-  {args : @136} ->
-  {env : @378} ->
-  {F : @330} -> {o : @354} -> (hB : @566) -> (hfn : @569) -> (hwt : @554) -> (hbind : @425) -> @585
-@595 := @564 @102
-@597 := @568 (@403 @102)
-@598 := @411 @102
-@599 := @553 @598
-@601 := @416 (@417 @102)
-@613 := {args : @136} ->
-  {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @566) -> (hfn : @597) -> (hwt : @599) -> (hbind : @415 (@601 @138 @75) @424) -> @585
-@614 := @595 @62
-@616 := @282 (@229 @57)
-@618 := @132 @616 @598
-@620 := @58 (@5 @152)
-@622 := @620 (@282 @57)
-@626 := @415 (@601 @622 @75) @424
-@628 := @58 (@5 @406)
-@630 := @58 (@5 @380)
-@632 := @628 (@630 @57)
-@634 := @573 @632 @140
-@636 := @58 (@5 @437)
-@639 := @58 (@5 #12)
-@656 := {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @618) ->
-  (hbind : @626) ->
-  (hF : @572) ->
-  (hA : @634) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@636 (@639 @57)) @17))
-@657 := @614 @80
-@659 := @229 (@243 @57)
-@661 := @132 @659 @598
-@672 := @415 (@601 @616 @75) (@423 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@674 := @630 (@620 @57)
-@676 := @573 @674 @140
-@678 := @58 (@5 @429)
-@694 := {F : @330} ->
-  {o : @354} ->
-  (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @661) ->
-  (hbind : @672) ->
-  (hF : @572) ->
-  (hA : @676) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@639 (@678 @57)) @17))
-@695 := @657 @81
-@696 := @301 @598
-@707 := @415 (@601 @659 @75) (@423 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@709 := @571 (@433 @81)
-@711 := @573 @622 @140
-@712 := @448 @81
-@730 := {o : @354} ->
-  (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @696) ->
-  (hbind : @707) ->
-  (hF : @709) ->
-  (hA : @711) ->
-  (hne : @443) -> @446 (fun (ro : @445) => @447 (@712 @152 @17) (@577 (@678 (@628 @57)) @17))
-@731 := @695 @323
-@732 := @308 @598
-@743 := @415 (@601 @300 @75) (@423 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@744 := @573 @616
-@746 := @321 @146 @138
-@747 := @744 @746
-@749 := @321 @152 @146
-@768 := (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @732) ->
-  (hbind : @743) ->
-  (hF : @709) ->
-  (hA : @747) ->
-  (hne : @355 @749 @360) ->
-  @446 (fun (ro : @445) => @447 (@712 (@321 @406 @380) @17) (@577 @632 @17))
-@769 := @731 @106
-@770 := @315 @598
-@781 := @415 (@601 @307 @75) (@423 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@782 := @573 @659
-@784 := @321 @138 @140
-@803 := (hfn : @597) ->
-  (hwt : @770) ->
-  (hbind : @781) ->
-  (hF : @709) ->
-  (hA : @782 @784) ->
-  (hne : @355 @746 @360) ->
-  @446 (fun (ro : @445) => @447 (@712 (@321 @380 @152) @17) (@577 @674 @17))
-@804 := Eq.refl.{1}
-@807 := @769 (@804 @389 @567)
-@808 := @319 @598
-@819 := @415 (@601 @314 @75) (@423 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@820 := @573 @300
-@822 := @321 @140 @142
-@838 := (hwt : @808) ->
-  (hbind : @819) ->
-  (hF : @709) ->
-  (hA : @820 @822) ->
-  (hne : @355 @784 @360) -> @446 (fun (ro : @445) => @447 (@712 @749 @17) (@577 @622 @17))
-@839 := @807 @318
-@841 := @601 @62 @75
-@844 := @415 @841 (@423 @80)
-@845 := @573 @307
-@847 := @321 @142 @12
-@862 := (hbind : @844) ->
-  (hF : @709) ->
-  (hA : @845 @847) ->
-  (hne : @355 @822 @360) -> @446 (fun (ro : @445) => @447 (@712 @746 @17) (@577 @616 @17))
-@865 := @839 (@804 @414 @841)
-@866 := @573 @314
-@868 := @321 @12 @4
-@882 := (hF : @709) ->
-  (hA : @866 @868) ->
-  (hne : @355 @847 @360) -> @446 (fun (ro : @445) => @447 (@712 @784 @17) (@577 @659 @17))
-@885 := @865 (@804 @426 @570)
-@899 := (hA : @573 @62 @323) ->
-  (hne : @355 @868 @360) -> @446 (fun (ro : @445) => @447 (@712 @822 @17) (@577 @300 @17))
-@900 := @885 @352
-@911 := (hne : @355 @323 @360) -> @446 (fun (ro : @445) => @447 (@712 @847 @17) (@577 @307 @17))
-@912 := @900 @373
-@918 := @447 (@712 @868 @17) (@577 @314 @17)
-@920 := @446 (fun (ro : @445) => @918)
-@922 := @446 (fun (__e_ro : @445) => @918)
-@927 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@928 := (__e_hrep : @927) -> @922
-@929 := fun (__e_hrep : @927) => @912
-@930 := (x : @3) -> @928
-@931 := fun (x : @3) => @929
-@932 := (s : @3) -> @930
-@933 := fun (s : @3) => @931
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/RustStd.lean
deleted file mode 100644
index 55df8a9b2..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/RustStd.lean
+++ /dev/null
@@ -1,65 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
-      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.call 4 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair .nat .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))] (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
-    (.function (.generated .function 2) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))) (.copy (.generated .binding 1))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))], (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false), [(1, .nat, (some 1)), (0, .nat, none)], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))) (.copy (.generated .binding 1)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | _ + 5 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6.lean
deleted file mode 100644
index 0a363ddf9..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6.lean
+++ /dev/null
@@ -1,83 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
-      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.cond (.call 4 [(.var 2), (.var 3), (.first (.var 4)), (.second (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.call 5 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.var 2)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
-
-def __fits_1 (s : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_1 (s : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s)] (_root_.LexLeanPreservation.Rel (__fits_1 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.cappedCheck s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s (100 : Nat)))
-
-def __fits_2 (s : Nat) (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_2 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 s x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.smallCheck s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
-
-def __fits_5 (s : Nat) (x : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (s + x) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_5 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_5 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.Spill s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd s x)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_3 (_ystate : Nat) (_yinput : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (_ystate) (_yinput)))
-
-attribute [local irreducible] Models.Ledger.Spill in
-theorem __rel_3 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_3 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.SpillRawModel _ystate _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 (_ystate) (_yinput)))
-
-def __fits_4 (s : Nat) (x : Nat) (t : Nat) (y : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_4 (s : Nat) (x : Nat) (t : Nat) (y : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x), (_root_.LexLeanTarget.TargetSyntax.Value.nat t), (_root_.LexLeanTarget.TargetSyntax.Value.nat y)] (_root_.LexLeanPreservation.Rel (__fits_4 s x t y) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.growsCheck s x t y))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s t))
-
-def __fits_0 (s : Nat) (x : Nat) : Bool :=
-  (Bool.true && (let _ychecked1_state : Nat := s; (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Ledger.cappedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
-
-attribute [local irreducible] Models.Ledger.SpillRawModel Models.Ledger.cappedCheck Models.Ledger.growsCheck Models.Ledger.smallCheck in
-theorem __rel_0 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerFull s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : Nat := s; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (fun _ => (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck ((_ychecked1_step).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((_ychecked1_step).1))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)))) (__rel_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
-
-def denote (s : Nat) (x : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 s x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerFull s x)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (s : Nat) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerFull s x))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s x)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6/Compose/RustStd.lex.tex
deleted file mode 100644
index 36bc1cb06..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,471 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.root : @932 := @933 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Prod.{0, 0}
-@64 := @63 @3
-@65 := @64 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.__fits_0
-@326 := @324 @4 @15
-@329 := Models.Main.ledgerFull @4 @15
-@330 := Bool
-@332 := @63 @330 @330
-@333 := @64 @3
-@334 := LexLeanTarget.TargetSyntax.Value.bool
-@335 := LexLeanPreservation.encPair
-@339 := @335 @330 @330 @334 @334
-@343 := @335 @3 @3 @5 @5
-@349 := LexLeanPreservation.encExcept @332 @333 @339 @343 @329
-@352 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.root @4 @15
-@353 := Ne.{1}
-@354 := LexLeanPreservation.Obs
-@355 := @353 @354
-@356 := LexLeanPreservation.Rel
-@359 := @355 (@356 @15 @17)
-@360 := LexLeanPreservation.Obs.stuck
-@363 := (f : @330) -> (v : @54) -> @359 @360
-@365 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@372 := (v : @54) -> @355 (@356 (@324 @12 @4) @17) @360
-@373 := @365 @349
-@377 := @355 (@356 @326 @349) @360
-@378 := @135 @65
-@379 := LexLeanPreservation.Rust.FunSem
-@380 := #9
-@386 := (n : @3) -> @379 @380 @152 @146 @17 @138
-@387 := Eq.{1}
-@388 := Option.{0}
-@389 := @388 @82
-@390 := @387 @389
-@397 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@401 := @390 (@397 (@83 @380) @138)
-@402 := Option.some.{0}
-@403 := @402 @82
-@404 := @403 @140
-@405 := @401 @404
-@406 := #10
-@410 := @107 @406 @380 @152 @140
-@411 := LexLeanTarget.TargetSyntax.Function.types
-@412 := @411 @138
-@413 := @410 @412
-@414 := @388 @378
-@415 := @387 @414
-@416 := LexLeanTarget.TargetSemantics.bindAll
-@417 := LexLeanTarget.TargetSyntax.Function.parameters
-@422 := @415 (@416 (@417 @146) @138 @75)
-@423 := @402 @378
-@424 := @423 @140
-@425 := @422 @424
-@426 := @388 @330
-@427 := @387 @426
-@428 := LexLeanPreservation.Rust.fnFallible
-@429 := #11
-@432 := @427 (@428 @429 @380)
-@433 := @402 @330
-@434 := @433 @140
-@435 := @432 @434
-@436 := LexLeanPreservation.RunConv
-@437 := #13
-@441 := @436 @437 @406 @152 @140
-@443 := @355 @138 @360
-@444 := Exists.{1}
-@445 := LexLeanPreservation.Rust.ROut
-@446 := @444 @445
-@447 := And
-@448 := LexLeanPreservation.Rust.RealizesFn
-@452 := @447 (@448 @380 @152 @17)
-@453 := LexLeanPreservation.Rust.RCI
-@455 := @453 #15
-@456 := LexLeanPreservation.Rust.fnIdent
-@457 := @456 @437
-@464 := (hne : @443) -> @446 (fun (ro : @445) => @452 (@455 @457 @429 @17))
-@479 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @386) ->
-  (hfn : @405) -> (hwt : @413) -> (hbind : @425) -> (hF : @435) -> (hA : @441) -> @464
-@481 := LexLeanPreservation.Rust.compose @0
-@482 := @379 @0
-@487 := (n : @3) -> @482 @152 @146 @17 @138
-@488 := @397 @84
-@491 := @390 (@488 @138) @404
-@495 := @118 @380 @152 @140 @412
-@496 := @436 @0
-@499 := @496 @406 @152 @140
-@513 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @487) ->
-  (hfn : @491) -> (hwt : @495) -> (hbind : @425) -> (hF : @435) -> (hA : @499) -> @464
-@514 := @481 @1
-@515 := @482 @1
-@519 := (n : @3) -> @515 @146 @17 @138
-@522 := @126 @152 @140 @412
-@523 := @428 @1
-@526 := @427 (@523 @380) @434
-@527 := @453 @1
-@537 := (hbind : @425) ->
-  (hF : @526) -> (hA : @499) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@527 @457 @429 @17))
-@547 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @519) -> (hfn : @491) -> (hwt : @522) -> @537
-@548 := @514 @2
-@550 := @515 @2 @17
-@552 := (n : @3) -> @550 @138
-@553 := @132 @140
-@554 := @553 @412
-@563 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @552) -> (hfn : @491) -> (hwt : @554) -> @537
-@564 := @548 @72
-@566 := (n : @3) -> @550 @72
-@567 := @488 @72
-@568 := @390 @567
-@569 := @568 @404
-@570 := @523 @72
-@571 := @427 @570
-@572 := @571 @434
-@573 := @496 @72
-@575 := @573 @152 @140
-@577 := @527 (@456 @72)
-@585 := (hF : @572) -> (hA : @575) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 @429 @17))
-@594 := {fn : @82} ->
-  {args : @136} ->
-  {env : @378} ->
-  {F : @330} -> {o : @354} -> (hB : @566) -> (hfn : @569) -> (hwt : @554) -> (hbind : @425) -> @585
-@595 := @564 @102
-@597 := @568 (@403 @102)
-@598 := @411 @102
-@599 := @553 @598
-@601 := @416 (@417 @102)
-@613 := {args : @136} ->
-  {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @566) -> (hfn : @597) -> (hwt : @599) -> (hbind : @415 (@601 @138 @75) @424) -> @585
-@614 := @595 @62
-@616 := @282 (@229 @57)
-@618 := @132 @616 @598
-@620 := @58 (@5 @152)
-@622 := @620 (@282 @57)
-@626 := @415 (@601 @622 @75) @424
-@628 := @58 (@5 @406)
-@630 := @58 (@5 @380)
-@632 := @628 (@630 @57)
-@634 := @573 @632 @140
-@636 := @58 (@5 @437)
-@639 := @58 (@5 #12)
-@656 := {env : @378} ->
-  {F : @330} ->
-  {o : @354} ->
-  (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @618) ->
-  (hbind : @626) ->
-  (hF : @572) ->
-  (hA : @634) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@636 (@639 @57)) @17))
-@657 := @614 @80
-@659 := @229 (@243 @57)
-@661 := @132 @659 @598
-@672 := @415 (@601 @616 @75) (@423 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@674 := @630 (@620 @57)
-@676 := @573 @674 @140
-@678 := @58 (@5 @429)
-@694 := {F : @330} ->
-  {o : @354} ->
-  (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @661) ->
-  (hbind : @672) ->
-  (hF : @572) ->
-  (hA : @676) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@639 (@678 @57)) @17))
-@695 := @657 @81
-@696 := @301 @598
-@707 := @415 (@601 @659 @75) (@423 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@709 := @571 (@433 @81)
-@711 := @573 @622 @140
-@712 := @448 @81
-@730 := {o : @354} ->
-  (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @696) ->
-  (hbind : @707) ->
-  (hF : @709) ->
-  (hA : @711) ->
-  (hne : @443) -> @446 (fun (ro : @445) => @447 (@712 @152 @17) (@577 (@678 (@628 @57)) @17))
-@731 := @695 @323
-@732 := @308 @598
-@743 := @415 (@601 @300 @75) (@423 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@744 := @573 @616
-@746 := @321 @146 @138
-@747 := @744 @746
-@749 := @321 @152 @146
-@768 := (hB : @566) ->
-  (hfn : @597) ->
-  (hwt : @732) ->
-  (hbind : @743) ->
-  (hF : @709) ->
-  (hA : @747) ->
-  (hne : @355 @749 @360) ->
-  @446 (fun (ro : @445) => @447 (@712 (@321 @406 @380) @17) (@577 @632 @17))
-@769 := @731 @106
-@770 := @315 @598
-@781 := @415 (@601 @307 @75) (@423 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@782 := @573 @659
-@784 := @321 @138 @140
-@803 := (hfn : @597) ->
-  (hwt : @770) ->
-  (hbind : @781) ->
-  (hF : @709) ->
-  (hA : @782 @784) ->
-  (hne : @355 @746 @360) ->
-  @446 (fun (ro : @445) => @447 (@712 (@321 @380 @152) @17) (@577 @674 @17))
-@804 := Eq.refl.{1}
-@807 := @769 (@804 @389 @567)
-@808 := @319 @598
-@819 := @415 (@601 @314 @75) (@423 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@820 := @573 @300
-@822 := @321 @140 @142
-@838 := (hwt : @808) ->
-  (hbind : @819) ->
-  (hF : @709) ->
-  (hA : @820 @822) ->
-  (hne : @355 @784 @360) -> @446 (fun (ro : @445) => @447 (@712 @749 @17) (@577 @622 @17))
-@839 := @807 @318
-@841 := @601 @62 @75
-@844 := @415 @841 (@423 @80)
-@845 := @573 @307
-@847 := @321 @142 @12
-@862 := (hbind : @844) ->
-  (hF : @709) ->
-  (hA : @845 @847) ->
-  (hne : @355 @822 @360) -> @446 (fun (ro : @445) => @447 (@712 @746 @17) (@577 @616 @17))
-@865 := @839 (@804 @414 @841)
-@866 := @573 @314
-@868 := @321 @12 @4
-@882 := (hF : @709) ->
-  (hA : @866 @868) ->
-  (hne : @355 @847 @360) -> @446 (fun (ro : @445) => @447 (@712 @784 @17) (@577 @659 @17))
-@885 := @865 (@804 @426 @570)
-@899 := (hA : @573 @62 @323) ->
-  (hne : @355 @868 @360) -> @446 (fun (ro : @445) => @447 (@712 @822 @17) (@577 @300 @17))
-@900 := @885 @352
-@911 := (hne : @355 @323 @360) -> @446 (fun (ro : @445) => @447 (@712 @847 @17) (@577 @307 @17))
-@912 := @900 @373
-@918 := @447 (@712 @868 @17) (@577 @314 @17)
-@920 := @446 (fun (ro : @445) => @918)
-@922 := @446 (fun (__e_ro : @445) => @918)
-@927 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@928 := (__e_hrep : @927) -> @922
-@929 := fun (__e_hrep : @927) => @912
-@930 := (x : @3) -> @928
-@931 := fun (x : @3) => @929
-@932 := (s : @3) -> @930
-@933 := fun (s : @3) => @931
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6/RustStd.lean
deleted file mode 100644
index ccc4f5d1c..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R6/RustStd.lean
+++ /dev/null
@@ -1,73 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
-      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.cond (.call 4 [(.var 2), (.var 3), (.first (.var 4)), (.second (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.call 5 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.var 2)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair .nat .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 100)))] (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))),
-    (.function (.generated .function 2) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.call (.function 5) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := .wild, type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))) (.copy (.generated .binding 1))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 3))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 100)))], (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(1, .nat, (some 1)), (0, .nat, none)], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))], (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false), [(3, .nat, none), (2, .nat, (some 2)), (1, .nat, none), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))) (.copy (.generated .binding 1)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | _ + 6 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7.lean
deleted file mode 100644
index b4357d8c2..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7.lean
+++ /dev/null
@@ -1,75 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 .nat (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.cond (.call 3 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])]))) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 4 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.var 0)]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
-
-def __fits_1 (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_1 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_1 x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.withinCheck x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
-
-def __fits_4 (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_4 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_4 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.Guess x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub x (1 : Nat)))
-
-def __fits_2 (_yinput : Nat) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_4 (_yinput)))
-
-attribute [local irreducible] Models.Ledger.Guess in
-theorem __rel_2 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.GuessModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (_yinput)))
-
-def __fits_3 (x : Nat) (y : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_3 (x : Nat) (y : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x), (_root_.LexLeanTarget.TargetSyntax.Value.nat y)] (_root_.LexLeanPreservation.Rel (__fits_3 x y) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.belowCheck x y))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe y x))
-
-def __fits_0 (x : Nat) : Bool :=
-  (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (if (Models.Ledger.withinCheck (_ychecked1_input)) then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_input) (_ychecked1_output))) && (if (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Models.Ledger.GuessModel Models.Ledger.belowCheck Models.Ledger.withinCheck in
-theorem __rel_0 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.guessChecked x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_input) (_ychecked1_output))) && (if (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); (if (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat)) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Ledger.withinCheck (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (fun _ => (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat)) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))
-
-def denote (x : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.guessChecked x)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.guessChecked x))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 x)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/Compose/RustStd.lex.tex
deleted file mode 100644
index 1d8ca9f6c..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,421 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.root : @838 := @839 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@57 := Prod.{0, 0}
-@59 := @57 @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.false
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) => LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.__fits_0
-@274 := @273 @4
-@276 := Models.Main.guessChecked @4
-@277 := Bool
-@279 := @57 @277 @277
-@280 := LexLeanTarget.TargetSyntax.Value.bool
-@285 := LexLeanPreservation.encPair @277 @277 @280 @280
-@291 := LexLeanPreservation.encExcept @279 @3 @285 @5 @276
-@293 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.root @4
-@294 := Ne.{1}
-@295 := LexLeanPreservation.Obs
-@296 := @294 @295
-@297 := LexLeanPreservation.Rel
-@300 := @296 (@297 @4 @17)
-@301 := LexLeanPreservation.Obs.stuck
-@304 := (f : @277) -> (v : @50) -> @300 @301
-@306 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@312 := (v : @50) -> @296 (@297 (@273 @14) @17) @301
-@313 := @306 @291
-@317 := @296 (@297 @274 @291) @301
-@318 := @124 @59
-@319 := LexLeanPreservation.Rust.FunSem
-@320 := #9
-@326 := (n : @3) -> @319 @320 @141 @135 @17 @127
-@327 := Eq.{1}
-@328 := Option.{0}
-@329 := @328 @71
-@330 := @327 @329
-@337 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@341 := @330 (@337 (@72 @320) @127)
-@342 := Option.some.{0}
-@343 := @342 @71
-@344 := @343 @129
-@345 := @341 @344
-@346 := #10
-@350 := @96 @346 @320 @141 @129
-@351 := LexLeanTarget.TargetSyntax.Function.types
-@352 := @351 @127
-@353 := @350 @352
-@354 := @328 @318
-@355 := @327 @354
-@356 := LexLeanTarget.TargetSemantics.bindAll
-@357 := LexLeanTarget.TargetSyntax.Function.parameters
-@362 := @355 (@356 (@357 @135) @127 @66)
-@363 := @342 @318
-@364 := @363 @129
-@365 := @362 @364
-@366 := @328 @277
-@367 := @327 @366
-@368 := LexLeanPreservation.Rust.fnFallible
-@369 := #11
-@372 := @367 (@368 @369 @320)
-@373 := @342 @277
-@374 := @373 @129
-@375 := @372 @374
-@376 := LexLeanPreservation.RunConv
-@377 := #13
-@381 := @376 @377 @346 @141 @129
-@383 := @296 @127 @301
-@384 := Exists.{1}
-@385 := LexLeanPreservation.Rust.ROut
-@386 := @384 @385
-@387 := And
-@388 := LexLeanPreservation.Rust.RealizesFn
-@392 := @387 (@388 @320 @141 @17)
-@393 := LexLeanPreservation.Rust.RCI
-@395 := @393 #15
-@396 := LexLeanPreservation.Rust.fnIdent
-@397 := @396 @377
-@404 := (hne : @383) -> @386 (fun (ro : @385) => @392 (@395 @397 @369 @17))
-@419 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @318} ->
-  {F : @277} ->
-  {o : @295} ->
-  (hB : @326) ->
-  (hfn : @345) -> (hwt : @353) -> (hbind : @365) -> (hF : @375) -> (hA : @381) -> @404
-@421 := LexLeanPreservation.Rust.compose @0
-@422 := @319 @0
-@427 := (n : @3) -> @422 @141 @135 @17 @127
-@428 := @337 @73
-@431 := @330 (@428 @127) @344
-@435 := @107 @320 @141 @129 @352
-@436 := @376 @0
-@439 := @436 @346 @141 @129
-@453 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @318} ->
-  {F : @277} ->
-  {o : @295} ->
-  (hB : @427) ->
-  (hfn : @431) -> (hwt : @435) -> (hbind : @365) -> (hF : @375) -> (hA : @439) -> @404
-@454 := @421 @1
-@455 := @422 @1
-@459 := (n : @3) -> @455 @135 @17 @127
-@462 := @115 @141 @129 @352
-@463 := @368 @1
-@466 := @367 (@463 @320) @374
-@467 := @393 @1
-@477 := (hbind : @365) ->
-  (hF : @466) -> (hA : @439) -> (hne : @383) -> @386 (fun (ro : @385) => @392 (@467 @397 @369 @17))
-@487 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @318} -> {F : @277} -> {o : @295} -> (hB : @459) -> (hfn : @431) -> (hwt : @462) -> @477
-@488 := @454 @2
-@490 := @455 @2 @17
-@492 := (n : @3) -> @490 @127
-@493 := @121 @129
-@494 := @493 @352
-@503 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @318} -> {F : @277} -> {o : @295} -> (hB : @492) -> (hfn : @431) -> (hwt : @494) -> @477
-@504 := @488 @60
-@506 := (n : @3) -> @490 @60
-@507 := @428 @60
-@508 := @330 @507
-@509 := @508 @344
-@510 := @463 @60
-@511 := @367 @510
-@512 := @511 @374
-@513 := @436 @60
-@515 := @513 @141 @129
-@517 := @467 (@396 @60)
-@525 := (hF : @512) -> (hA : @515) -> (hne : @383) -> @386 (fun (ro : @385) => @392 (@517 @369 @17))
-@534 := {fn : @71} ->
-  {args : @125} ->
-  {env : @318} ->
-  {F : @277} -> {o : @295} -> (hB : @506) -> (hfn : @509) -> (hwt : @494) -> (hbind : @365) -> @525
-@535 := @504 @91
-@537 := @508 (@343 @91)
-@538 := @351 @91
-@539 := @493 @538
-@541 := @356 (@357 @91)
-@553 := {args : @125} ->
-  {env : @318} ->
-  {F : @277} ->
-  {o : @295} ->
-  (hB : @506) -> (hfn : @537) -> (hwt : @539) -> (hbind : @355 (@541 @127 @66) @364) -> @525
-@554 := @535 @56
-@555 := @218 @53
-@557 := @121 @555 @538
-@560 := @54 (@5 @135) @53
-@564 := @355 (@541 @560 @66) @364
-@567 := @54 (@5 @320) @53
-@588 := {env : @318} ->
-  {F : @277} ->
-  {o : @295} ->
-  (hB : @506) ->
-  (hfn : @537) ->
-  (hwt : @557) ->
-  (hbind : @564) ->
-  (hF : @512) ->
-  (hA : @513 @567 @129) ->
-  (hne : @383) -> @386 (fun (ro : @385) => @392 (@517 (@54 (@5 #12) @53) @17))
-@589 := @554 @69
-@590 := @232 @53
-@592 := @121 @590 @538
-@600 := @355 (@541 @555 @66) (@363 (@67 (@64 @217) @66))
-@603 := @54 (@5 @141) @53
-@622 := {F : @277} ->
-  {o : @295} ->
-  (hB : @506) ->
-  (hfn : @537) ->
-  (hwt : @592) ->
-  (hbind : @600) ->
-  (hF : @512) ->
-  (hA : @513 @603 @129) ->
-  (hne : @383) -> @386 (fun (ro : @385) => @392 (@517 (@54 (@5 @369) @53) @17))
-@623 := @589 @70
-@624 := @249 @538
-@632 := @355 (@541 @590 @66) (@363 (@67 (@64 @231) @66))
-@634 := @511 (@373 @70)
-@636 := @513 @560 @129
-@637 := @388 @70
-@656 := {o : @295} ->
-  (hB : @506) ->
-  (hfn : @537) ->
-  (hwt : @624) ->
-  (hbind : @632) ->
-  (hF : @634) ->
-  (hA : @636) ->
-  (hne : @383) -> @386 (fun (ro : @385) => @387 (@637 @141 @17) (@517 (@54 (@5 @346) @53) @17))
-@657 := @623 @272
-@658 := @257 @538
-@666 := @355 (@541 @248 @66) (@363 (@67 (@64 @214) @66))
-@667 := @513 @555
-@668 := @271 @127
-@669 := @667 @668
-@670 := @271 @135
-@688 := (hB : @506) ->
-  (hfn : @537) ->
-  (hwt : @658) ->
-  (hbind : @666) ->
-  (hF : @634) ->
-  (hA : @669) ->
-  (hne : @296 @670 @301) -> @386 (fun (ro : @385) => @387 (@637 (@271 @320) @17) (@517 @567 @17))
-@689 := @657 @95
-@690 := @265 @538
-@698 := @355 (@541 @256 @66) (@363 (@67 (@64 @228) @66))
-@699 := @513 @590
-@700 := @271 @129
-@718 := (hfn : @537) ->
-  (hwt : @690) ->
-  (hbind : @698) ->
-  (hF : @634) ->
-  (hA : @699 @700) ->
-  (hne : @296 @668 @301) -> @386 (fun (ro : @385) => @387 (@637 (@271 @141) @17) (@517 @603 @17))
-@719 := Eq.refl.{1}
-@722 := @689 (@719 @329 @507)
-@723 := @269 @538
-@731 := @355 (@541 @264 @66) (@363 (@67 (@64 @243) @66))
-@732 := @513 @248
-@733 := @271 @131
-@749 := (hwt : @723) ->
-  (hbind : @731) ->
-  (hF : @634) ->
-  (hA : @732 @733) ->
-  (hne : @296 @700 @301) -> @386 (fun (ro : @385) => @387 (@637 @670 @17) (@517 @560 @17))
-@750 := @722 @268
-@752 := @541 @56 @66
-@755 := @355 @752 (@363 @69)
-@756 := @513 @256
-@757 := @271 @12
-@772 := (hbind : @755) ->
-  (hF : @634) ->
-  (hA : @756 @757) ->
-  (hne : @296 @733 @301) -> @386 (fun (ro : @385) => @387 (@637 @668 @17) (@517 @555 @17))
-@775 := @750 (@719 @354 @752)
-@776 := @513 @264
-@777 := @271 @14
-@791 := (hF : @634) ->
-  (hA : @776 @777) ->
-  (hne : @296 @757 @301) -> @386 (fun (ro : @385) => @387 (@637 @700 @17) (@517 @590 @17))
-@794 := @775 (@719 @366 @510)
-@808 := (hA : @513 @56 @272) ->
-  (hne : @296 @777 @301) -> @386 (fun (ro : @385) => @387 (@637 @733 @17) (@517 @248 @17))
-@809 := @794 @293
-@820 := (hne : @296 @272 @301) -> @386 (fun (ro : @385) => @387 (@637 @757 @17) (@517 @256 @17))
-@821 := @809 @313
-@827 := @387 (@637 @777 @17) (@517 @264 @17)
-@829 := @386 (fun (ro : @385) => @827)
-@831 := @386 (fun (__e_ro : @385) => @827)
-@835 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@836 := (__e_hrep : @835) -> @831
-@837 := fun (__e_hrep : @835) => @821
-@838 := (x : @3) -> @836
-@839 := fun (x : @3) => @837
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/RustStd.lean
deleted file mode 100644
index ff86ff29a..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/RustStd.lean
+++ /dev/null
@@ -1,65 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 .nat (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.cond (.call 3 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])]))) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 4 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.var 0)]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0)))] (.cond (.call (.function 1) [(.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [] (.call (.function 4) [(.copy (.generated .binding 0))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))] (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0)))], (.cond (.call (.function 1) [(.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.copy (.generated .binding 1))] false))]) (ta := (.cond (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (lb := []) (tb := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))], (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))], (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | _ + 5 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8.lean
deleted file mode 100644
index e5285606d..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8.lean
+++ /dev/null
@@ -1,118 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Models.Flows
-import Models.Glyphs
-import Models.Ledger
-import Models.Main
-import Models.Pipeline
-import Models.Policy
-import Models.Recognizer
-import Models.Session
-import Models.Triage
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)),
-      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.«let» 4 (.pair .nat (.result .nat (.pair .bool .bool))) (.call 2 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
-      body := (.call 3 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
-      body := (.«let» 2 (.pair .nat .nat) (.call 4 [(.var 0), (.var 1)]) (.«let» 3 .nat (.second (.var 2)) (.«let» 4 .nat (.first (.var 2)) (.cond (.call 5 [(.var 3)]) (.«let» 5 .nat (.call 6 [(.var 3)]) (.cond (.call 7 [(.var 3), (.var 5)]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 4), (.build .ok (.result .nat (.pair .bool .bool)) [(.var 5)])]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])]))) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])]))))) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.call 8 [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 9 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.var 0)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])]), (.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])])])) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
-
-def __fits_1 (s : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_1 (s : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s)] (_root_.LexLeanPreservation.Rel (__fits_1 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.cappedCheck s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s (100 : Nat)))
-
-def __fits_8 (s : Nat) (x : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (s + x) 18446744073709551616)) && (let total : Nat := (s + x); ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_8 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_8 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.Clamp s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (s + x); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd s x)) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (100 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((100 : Nat)) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (100 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((100 : Nat)) : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))
-
-def __fits_4 (_ystate : Nat) (_yinput : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (_ystate) (_yinput)))
-
-attribute [local irreducible] Models.Ledger.Clamp in
-theorem __rel_4 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_4 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.ClampModel _ystate _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (_ystate) (_yinput)))
-
-def __fits_5 (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_5 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_5 x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.withinCheck x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
-
-def __fits_9 (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_9 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_9 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.Guess x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub x (1 : Nat)))
-
-def __fits_6 (_yinput : Nat) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_9 (_yinput)))
-
-attribute [local irreducible] Models.Ledger.Guess in
-theorem __rel_6 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_6 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.GuessModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_yinput)))
-
-def __fits_7 (x : Nat) (y : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_7 (x : Nat) (y : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x), (_root_.LexLeanTarget.TargetSyntax.Value.nat y)] (_root_.LexLeanPreservation.Rel (__fits_7 x y) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.belowCheck x y))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe y x))
-
-def __fits_3 (s : Nat) (x : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (s) (x))) && (let _ystep1 : (Prod Nat Nat) := (Models.Ledger.ClampModel (s) (x)); (Bool.true && (let _ystage1 : Nat := (_ystep1).2; (Bool.true && (let _ystate1 : Nat := (_ystep1).1; (((Bool.true && Bool.true) && (__fits_5 (_ystage1))) && (if (Models.Ledger.withinCheck (_ystage1)) then (((Bool.true && Bool.true) && (__fits_6 (_ystage1))) && (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (_ystage1) (_ystage2))) && (if (Models.Ledger.belowCheck (_ystage1) (_ystage2)) then ((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && Bool.true) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))))) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true)))))))))
-
-attribute [local irreducible] Models.Ledger.ClampModel Models.Ledger.GuessModel Models.Ledger.belowCheck Models.Ledger.withinCheck in
-theorem __rel_3 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_3 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Flows.ClampGuess s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ystep1 : (Prod Nat Nat) := (Models.Ledger.ClampModel (s) (x)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (s) (x))) (let _ystage1 : Nat := (_ystep1).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let _ystate1 : Nat := (_ystep1).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_6 (_ystage1))) && (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (_ystage1) (_ystage2))) && (if (Models.Ledger.belowCheck (_ystage1) (_ystage2)) then ((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && Bool.true) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))))) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); (if (Models.Ledger.belowCheck (_ystage1) (_ystage2)) then (_ystate1, (Except.ok (_ystage2) : (Except (Prod Bool Bool) Nat))) else (s, (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) else (s, (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Models.Ledger.withinCheck (_ystage1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_5 (_ystage1))) (fun _ => (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (_ystage1))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && Bool.true) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (_ystate1, (Except.ok (_ystage2) : (Except (Prod Bool Bool) Nat))) else (s, (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Models.Ledger.belowCheck (_ystage1) (_ystage2)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (_ystage1) (_ystage2))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))))
-
-def __fits_2 (_ystate : Nat) (_yinput : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ystate) (_yinput)))
-
-attribute [local irreducible] Models.Flows.ClampGuess in
-theorem __rel_2 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Flows.FlowModel _ystate _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ystate) (_yinput)))
-
-def __fits_0 (s : Nat) (x : Nat) : Bool :=
-  (Bool.true && (let _ychecked1_state : Nat := s; (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Ledger.cappedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
-
-attribute [local irreducible] Models.Flows.FlowModel Models.Ledger.cappedCheck in
-theorem __rel_0 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.flowStep s x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : Nat := s; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))))) (Models.Ledger.cappedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))))) (Models.Ledger.cappedCheck ((_ychecked1_step).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((_ychecked1_step).1))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
-
-def denote (s : Nat) (x : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 s x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.flowStep s x)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (s : Nat) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.flowStep s x))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s x)
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/Compose/RustStd.lex.tex
deleted file mode 100644
index 73fe7e96b..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,474 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8,
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.root : @938 := @939 {
-  all: [LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.program
-@1 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.krate
-@2 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Prod.{0, 0}
-@64 := @63 @3
-@65 := @64 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.__fits_0
-@326 := @324 @4 @15
-@329 := Models.Main.flowStep @4 @15
-@330 := Bool
-@332 := @63 @330 @330
-@335 := Except.{0, 0} @332 @3
-@336 := @64 @335
-@337 := LexLeanTarget.TargetSyntax.Value.bool
-@338 := LexLeanPreservation.encPair
-@342 := @338 @330 @330 @337 @337
-@344 := LexLeanPreservation.encExcept @332
-@347 := @344 @3 @342 @5
-@351 := @338 @3 @335 @5 @347
-@355 := @344 @336 @342 @351 @329
-@358 := LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.root @4 @15
-@359 := Ne.{1}
-@360 := LexLeanPreservation.Obs
-@361 := @359 @360
-@362 := LexLeanPreservation.Rel
-@365 := @361 (@362 @15 @17)
-@366 := LexLeanPreservation.Obs.stuck
-@369 := (f : @330) -> (v : @54) -> @365 @366
-@371 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@378 := (v : @54) -> @361 (@362 (@324 @12 @4) @17) @366
-@379 := @371 @355
-@383 := @361 (@362 @326 @355) @366
-@384 := @135 @65
-@385 := LexLeanPreservation.Rust.FunSem
-@386 := #9
-@392 := (n : @3) -> @385 @386 @152 @146 @17 @138
-@393 := Eq.{1}
-@394 := Option.{0}
-@395 := @394 @82
-@396 := @393 @395
-@403 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@407 := @396 (@403 (@83 @386) @138)
-@408 := Option.some.{0}
-@409 := @408 @82
-@410 := @409 @140
-@411 := @407 @410
-@412 := #10
-@416 := @107 @412 @386 @152 @140
-@417 := LexLeanTarget.TargetSyntax.Function.types
-@418 := @417 @138
-@419 := @416 @418
-@420 := @394 @384
-@421 := @393 @420
-@422 := LexLeanTarget.TargetSemantics.bindAll
-@423 := LexLeanTarget.TargetSyntax.Function.parameters
-@428 := @421 (@422 (@423 @146) @138 @75)
-@429 := @408 @384
-@430 := @429 @140
-@431 := @428 @430
-@432 := @394 @330
-@433 := @393 @432
-@434 := LexLeanPreservation.Rust.fnFallible
-@435 := #11
-@438 := @433 (@434 @435 @386)
-@439 := @408 @330
-@440 := @439 @140
-@441 := @438 @440
-@442 := LexLeanPreservation.RunConv
-@443 := #13
-@447 := @442 @443 @412 @152 @140
-@449 := @361 @138 @366
-@450 := Exists.{1}
-@451 := LexLeanPreservation.Rust.ROut
-@452 := @450 @451
-@453 := And
-@454 := LexLeanPreservation.Rust.RealizesFn
-@458 := @453 (@454 @386 @152 @17)
-@459 := LexLeanPreservation.Rust.RCI
-@461 := @459 #15
-@462 := LexLeanPreservation.Rust.fnIdent
-@463 := @462 @443
-@470 := (hne : @449) -> @452 (fun (ro : @451) => @458 (@461 @463 @435 @17))
-@485 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @384} ->
-  {F : @330} ->
-  {o : @360} ->
-  (hB : @392) ->
-  (hfn : @411) -> (hwt : @419) -> (hbind : @431) -> (hF : @441) -> (hA : @447) -> @470
-@487 := LexLeanPreservation.Rust.compose @0
-@488 := @385 @0
-@493 := (n : @3) -> @488 @152 @146 @17 @138
-@494 := @403 @84
-@497 := @396 (@494 @138) @410
-@501 := @118 @386 @152 @140 @418
-@502 := @442 @0
-@505 := @502 @412 @152 @140
-@519 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @384} ->
-  {F : @330} ->
-  {o : @360} ->
-  (hB : @493) ->
-  (hfn : @497) -> (hwt : @501) -> (hbind : @431) -> (hF : @441) -> (hA : @505) -> @470
-@520 := @487 @1
-@521 := @488 @1
-@525 := (n : @3) -> @521 @146 @17 @138
-@528 := @126 @152 @140 @418
-@529 := @434 @1
-@532 := @433 (@529 @386) @440
-@533 := @459 @1
-@543 := (hbind : @431) ->
-  (hF : @532) -> (hA : @505) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@533 @463 @435 @17))
-@553 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @384} -> {F : @330} -> {o : @360} -> (hB : @525) -> (hfn : @497) -> (hwt : @528) -> @543
-@554 := @520 @2
-@556 := @521 @2 @17
-@558 := (n : @3) -> @556 @138
-@559 := @132 @140
-@560 := @559 @418
-@569 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @384} -> {F : @330} -> {o : @360} -> (hB : @558) -> (hfn : @497) -> (hwt : @560) -> @543
-@570 := @554 @72
-@572 := (n : @3) -> @556 @72
-@573 := @494 @72
-@574 := @396 @573
-@575 := @574 @410
-@576 := @529 @72
-@577 := @433 @576
-@578 := @577 @440
-@579 := @502 @72
-@581 := @579 @152 @140
-@583 := @533 (@462 @72)
-@591 := (hF : @578) -> (hA : @581) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@583 @435 @17))
-@600 := {fn : @82} ->
-  {args : @136} ->
-  {env : @384} ->
-  {F : @330} -> {o : @360} -> (hB : @572) -> (hfn : @575) -> (hwt : @560) -> (hbind : @431) -> @591
-@601 := @570 @102
-@603 := @574 (@409 @102)
-@604 := @417 @102
-@605 := @559 @604
-@607 := @422 (@423 @102)
-@619 := {args : @136} ->
-  {env : @384} ->
-  {F : @330} ->
-  {o : @360} ->
-  (hB : @572) -> (hfn : @603) -> (hwt : @605) -> (hbind : @421 (@607 @138 @75) @430) -> @591
-@620 := @601 @62
-@622 := @282 (@229 @57)
-@624 := @132 @622 @604
-@626 := @58 (@5 @152)
-@628 := @626 (@282 @57)
-@632 := @421 (@607 @628 @75) @430
-@634 := @58 (@5 @412)
-@636 := @58 (@5 @386)
-@638 := @634 (@636 @57)
-@640 := @579 @638 @140
-@642 := @58 (@5 @443)
-@645 := @58 (@5 #12)
-@662 := {env : @384} ->
-  {F : @330} ->
-  {o : @360} ->
-  (hB : @572) ->
-  (hfn : @603) ->
-  (hwt : @624) ->
-  (hbind : @632) ->
-  (hF : @578) ->
-  (hA : @640) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@583 (@642 (@645 @57)) @17))
-@663 := @620 @80
-@665 := @229 (@243 @57)
-@667 := @132 @665 @604
-@678 := @421 (@607 @622 @75) (@429 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@680 := @636 (@626 @57)
-@682 := @579 @680 @140
-@684 := @58 (@5 @435)
-@700 := {F : @330} ->
-  {o : @360} ->
-  (hB : @572) ->
-  (hfn : @603) ->
-  (hwt : @667) ->
-  (hbind : @678) ->
-  (hF : @578) ->
-  (hA : @682) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@583 (@645 (@684 @57)) @17))
-@701 := @663 @81
-@702 := @301 @604
-@713 := @421 (@607 @665 @75) (@429 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@715 := @577 (@439 @81)
-@717 := @579 @628 @140
-@718 := @454 @81
-@736 := {o : @360} ->
-  (hB : @572) ->
-  (hfn : @603) ->
-  (hwt : @702) ->
-  (hbind : @713) ->
-  (hF : @715) ->
-  (hA : @717) ->
-  (hne : @449) -> @452 (fun (ro : @451) => @453 (@718 @152 @17) (@583 (@684 (@634 @57)) @17))
-@737 := @701 @323
-@738 := @308 @604
-@749 := @421 (@607 @300 @75) (@429 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@750 := @579 @622
-@752 := @321 @146 @138
-@753 := @750 @752
-@755 := @321 @152 @146
-@774 := (hB : @572) ->
-  (hfn : @603) ->
-  (hwt : @738) ->
-  (hbind : @749) ->
-  (hF : @715) ->
-  (hA : @753) ->
-  (hne : @361 @755 @366) ->
-  @452 (fun (ro : @451) => @453 (@718 (@321 @412 @386) @17) (@583 @638 @17))
-@775 := @737 @106
-@776 := @315 @604
-@787 := @421 (@607 @307 @75) (@429 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@788 := @579 @665
-@790 := @321 @138 @140
-@809 := (hfn : @603) ->
-  (hwt : @776) ->
-  (hbind : @787) ->
-  (hF : @715) ->
-  (hA : @788 @790) ->
-  (hne : @361 @752 @366) ->
-  @452 (fun (ro : @451) => @453 (@718 (@321 @386 @152) @17) (@583 @680 @17))
-@810 := Eq.refl.{1}
-@813 := @775 (@810 @395 @573)
-@814 := @319 @604
-@825 := @421 (@607 @314 @75) (@429 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@826 := @579 @300
-@828 := @321 @140 @142
-@844 := (hwt : @814) ->
-  (hbind : @825) ->
-  (hF : @715) ->
-  (hA : @826 @828) ->
-  (hne : @361 @790 @366) -> @452 (fun (ro : @451) => @453 (@718 @755 @17) (@583 @628 @17))
-@845 := @813 @318
-@847 := @607 @62 @75
-@850 := @421 @847 (@429 @80)
-@851 := @579 @307
-@853 := @321 @142 @12
-@868 := (hbind : @850) ->
-  (hF : @715) ->
-  (hA : @851 @853) ->
-  (hne : @361 @828 @366) -> @452 (fun (ro : @451) => @453 (@718 @752 @17) (@583 @622 @17))
-@871 := @845 (@810 @420 @847)
-@872 := @579 @314
-@874 := @321 @12 @4
-@888 := (hF : @715) ->
-  (hA : @872 @874) ->
-  (hne : @361 @853 @366) -> @452 (fun (ro : @451) => @453 (@718 @790 @17) (@583 @665 @17))
-@891 := @871 (@810 @432 @576)
-@905 := (hA : @579 @62 @323) ->
-  (hne : @361 @874 @366) -> @452 (fun (ro : @451) => @453 (@718 @828 @17) (@583 @300 @17))
-@906 := @891 @358
-@917 := (hne : @361 @323 @366) -> @452 (fun (ro : @451) => @453 (@718 @853 @17) (@583 @307 @17))
-@918 := @906 @379
-@924 := @453 (@718 @874 @17) (@583 @314 @17)
-@926 := @452 (fun (ro : @451) => @924)
-@928 := @452 (fun (__e_ro : @451) => @924)
-@933 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@934 := (__e_hrep : @933) -> @928
-@935 := fun (__e_hrep : @933) => @918
-@936 := (x : @3) -> @934
-@937 := fun (x : @3) => @935
-@938 := (s : @3) -> @936
-@939 := fun (s : @3) => @937
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/RustStd.lean
deleted file mode 100644
index a95b527b0..000000000
--- a/examples/models/expected/verify/preserve/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/RustStd.lean
+++ /dev/null
@@ -1,105 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)),
-      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.«let» 4 (.pair .nat (.result .nat (.pair .bool .bool))) (.call 2 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
-      body := (.call 3 [(.var 0), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
-      body := (.«let» 2 (.pair .nat .nat) (.call 4 [(.var 0), (.var 1)]) (.«let» 3 .nat (.second (.var 2)) (.«let» 4 .nat (.first (.var 2)) (.cond (.call 5 [(.var 3)]) (.«let» 5 .nat (.call 6 [(.var 3)]) (.cond (.call 7 [(.var 3), (.var 5)]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 4), (.build .ok (.result .nat (.pair .bool .bool)) [(.var 5)])]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])]))) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])]))))) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.call 8 [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 9 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.var 1), (.var 0)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])]), (.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])])])) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat (.result .nat (.pair .bool .bool)))) (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))] (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.result .nat (.pair .bool .bool)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.result .nat (.pair .bool .bool)))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .nat .nat)) (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 4))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 5)))))] (.cond (.call (.function 5) [(.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 5)) (some .nat) (.call (.function 6) [(.copy (.generated .binding 3))] false))] (.cond (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false) (.mk [] (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.call (.function 8) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [] (.call (.function 9) [(.copy (.generated .binding 0))] false))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))))] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat (.result .nat (.pair .bool .bool)))) (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair .nat (.result .nat (.pair .bool .bool)))) (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := .nat) (tb := (.result .nat (.pair .bool .bool))) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.result .nat (.pair .bool .bool)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))], (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.pair .nat .nat)) (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 4))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 5)))))], (.cond (.call (.function 5) [(.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 5)) (some .nat) (.call (.function 6) [(.copy (.generated .binding 3))] false))] (.cond (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false) (.mk [] (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 5))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 5) [(.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 5)) (some .nat) (.call (.function 6) [(.copy (.generated .binding 3))] false))]) (ta := (.cond (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false) (.mk [] (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))))) (lb := []) (tb := (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (lb := []) (tb := (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))))) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lNil))))))))) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lNil)))))))))))⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 9) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))], (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))))], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))], (.call (.runtime .natSub) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | _ + 10 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0.lean
new file mode 100644
index 000000000..f7bd291ae
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0.lean
@@ -0,0 +1,228 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 2 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.first (.call 3 [(.closure 4 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 5 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
+      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
+      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.«match» (.option (.pair .nat .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair .nat .int)) [(.var 4)])))]), (.var 3)]))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 6 [(.call 7 [(.call 8 [(.call 9 [(.call 10 [(.var 0)])])])])]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.first (.call 11 [(.closure 12 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 13 [])]), (.call 14 [])])) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.call 15 [(.closure 16 []), (.build .nil (.list .int) []), (.var 0)]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.call 15 [(.closure 17 []), (.build .nil (.list .int) []), (.var 0)]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.first (.call 11 [(.closure 18 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 19 [])]), (.call 20 [])])) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 21 [(.var 0)]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 22 [(.closure 23 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int (-7))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .nil (.list .int) [])])])])])])])])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 15 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
+      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.«let» 2 .int (.prim .intQuot [(.var 1), (.value .int (.int 4)), (.value .int (.int 0))]) (.cond (.«match» .bool (.prim .compare [(.var 2), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.cond (.«match» .bool (.prim .compare [(.value .int (.int 127)), (.var 2)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 127)) (.var 2)))), (.build .nil (.list .int) [])])]) },
+    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
+      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.cond (.«match» .bool (.prim .compare [(.var 1), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.var 1)), (.build .nil (.list .int) [])])]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 22 [(.closure 24 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .nil (.list .int) [])])])])])])])])])])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-1))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 8) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 9) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 22 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
+
+def __enc_0 : (Models.Glyphs.Glyph) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Models.Glyphs.Glyph.g0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Models.Glyphs.Glyph.g1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Models.Glyphs.Glyph.g2 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+  | Models.Glyphs.Glyph.g3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
+  | Models.Glyphs.Glyph.g4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
+  | Models.Glyphs.Glyph.g5 => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
+  | Models.Glyphs.Glyph.g6 => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
+  | Models.Glyphs.Glyph.g7 => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
+  | Models.Glyphs.Glyph.g8 => _root_.LexLeanTarget.TargetSyntax.Value.adt 8 []
+  | Models.Glyphs.Glyph.g9 => _root_.LexLeanTarget.TargetSyntax.Value.adt 9 []
+
+def __fits_4 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : Bool :=
+  (Bool.true && (match (_ybest).2 with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_4 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : _root_.LexLeanPreservation.FunRel __prog 4 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) _ybest), (_root_.LexLeanTarget.TargetSyntax.Value.int _yscore)] (_root_.LexLeanPreservation.Rel (__fits_4 _ybest _yscore) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (List Nat)) => (match __a with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Nat)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))) (_ybest).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Nat)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ylabel _ylabels => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) (fun (__a : (Option (Prod Nat Int))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int)))))) (_ybest).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some _yleader => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (if __b then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))) (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_23 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
+  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_23 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 23 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_23 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_12 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
+  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_23 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_12 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_12 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_23 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_23 __p0 __p1) 23 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_23 __p0 __p1) (p := __prog) (fi := 22) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_13  : Bool :=
+  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_13  : _root_.LexLeanPreservation.FunRel __prog 13 [] (_root_.LexLeanPreservation.Rel (__fits_13) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.outputBias))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_14  : Bool :=
+  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_14  : _root_.LexLeanPreservation.FunRel __prog 14 [] (_root_.LexLeanPreservation.Rel (__fits_14) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.outputWeights))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_6 (_yvalues : (List Int)) : Bool :=
+  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_13)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_14)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_12 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights))))
+
+attribute [local irreducible] Models.Recognizer.outputBias Models.Recognizer.outputWeights in
+theorem __rel_6 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_6 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer4 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_13)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_14)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_12 (_yvalues) __p0 __p1) 12 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_12 (_yvalues) __p0 __p1) (p := __prog) (fi := 11) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights)))))
+
+def __fits_16 (_yout : (List Int)) (_yvalue : Int) : Bool :=
+  ((Bool.true && ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int))) && (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_16 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_16 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_intQuot _yvalue (4 : Int) (0 : Int))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (127 : Int) else _yquotient)) (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))))
+
+def __fits_7 (_yvalues : (List Int)) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_16 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
+
+theorem __rel_7 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_7 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer3 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_16 __p0 __p1) 16 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_16 __p0 __p1) (p := __prog) (fi := 15) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
+
+def __fits_17 (_yout : (List Int)) (_yvalue : Int) : Bool :=
+  ((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then Bool.true else Bool.true)) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_17 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_17 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else _yvalue)) (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))))
+
+def __fits_8 (_yvalues : (List Int)) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_17 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
+
+theorem __rel_8 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_8 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer2 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_17 __p0 __p1) 17 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_17 __p0 __p1) (p := __prog) (fi := 15) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
+
+def __fits_24 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
+  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_24 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 24 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_24 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_18 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
+  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_24 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_18 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_18 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_24 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_24 __p0 __p1) 24 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_24 __p0 __p1) (p := __prog) (fi := 22) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_19  : Bool :=
+  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_19  : _root_.LexLeanPreservation.FunRel __prog 19 [] (_root_.LexLeanPreservation.Rel (__fits_19) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.hiddenBias))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_20  : Bool :=
+  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_20  : _root_.LexLeanPreservation.FunRel __prog 20 [] (_root_.LexLeanPreservation.Rel (__fits_20) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.hiddenWeights))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_9 (_yvalues : (List Int)) : Bool :=
+  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_19)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_20)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_18 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights))))
+
+attribute [local irreducible] Models.Recognizer.hiddenBias Models.Recognizer.hiddenWeights in
+theorem __rel_9 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_9 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer1 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_19)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_20)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_18 (_yvalues) __p0 __p1) 18 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_18 (_yvalues) __p0 __p1) (p := __prog) (fi := 11) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights)))))
+
+def __fits_21 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  (Bool.true && (match glyph with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_21 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_21 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Glyphs.encode glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Glyphs.Glyph)) => (match __a with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Models.Glyphs.Glyph)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (match __a with | Models.Glyphs.Glyph.g0 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g1 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g2 => ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g3 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g4 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g5 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g6 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g7 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g8 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g9 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))))) glyph (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Glyphs.Glyph)) _ => match __a with | Models.Glyphs.Glyph.g0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)) | Models.Glyphs.Glyph.g1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))) | Models.Glyphs.Glyph.g2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))) | Models.Glyphs.Glyph.g3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))) | Models.Glyphs.Glyph.g4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))) | Models.Glyphs.Glyph.g5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))) | Models.Glyphs.Glyph.g6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))) | Models.Glyphs.Glyph.g7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))))) | Models.Glyphs.Glyph.g8 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))) | Models.Glyphs.Glyph.g9 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))))))
+
+def __fits_10 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_21 (glyph)))
+
+attribute [local irreducible] Models.Glyphs.encode in
+theorem __rel_10 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_10 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.encoded glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (glyph)))
+
+def __fits_5 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  ((((((((((Bool.true && Bool.true) && (__fits_10 (glyph))) && Bool.true) && (__fits_9 ((Models.Recognizer.DigitNet.encoded (glyph))))) && Bool.true) && (__fits_8 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) && Bool.true) && (__fits_7 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) && Bool.true) && (__fits_6 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
+
+attribute [local irreducible] Models.Recognizer.DigitNet.encoded Models.Recognizer.DigitNet.layer1 Models.Recognizer.DigitNet.layer2 Models.Recognizer.DigitNet.layer3 Models.Recognizer.DigitNet.layer4 in
+theorem __rel_5 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_5 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.logits glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (glyph))) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((Models.Recognizer.DigitNet.encoded (glyph))))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) _root_.LexLeanPreservation.convL_nil) (__rel_7 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) _root_.LexLeanPreservation.convL_nil) (__rel_6 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
+
+def __fits_2 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  (((Bool.true && ((((Bool.true && Bool.true) && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_5 (glyph))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_4 __p0 __p1) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))))) && (match ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 with | Option.none => Bool.true | Option.some _ywinner => Bool.true))
+
+attribute [local irreducible] Models.Recognizer.DigitNet.logits in
+theorem __rel_2 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_2 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.DigitNet glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => Bool.true | Option.some _ywinner => Bool.true)) (fun (__a : (Option (Prod Nat Int))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Option.none => (0 : Nat) | Option.some _ywinner => (_ywinner).1)) ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_5 (glyph))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_4 __p0 __p1) 4 [] (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __rel_4 __p0 __p1) (p := __prog) (fi := 3) (ta := .int) (ts := (.pair (.option (.pair .nat .int)) (.list .nat))) rfl (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph)))))) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value) | Option.some _ywinner => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))))))
+
+def __fits_1 (_yinput : (Models.Glyphs.Glyph)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_2 (_yinput)))
+
+attribute [local irreducible] Models.Recognizer.DigitNet in
+theorem __rel_1 (_yinput : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_1 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.DigitModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_yinput)))
+
+def __fits_0 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_1 (glyph)))
+
+attribute [local irreducible] Models.Recognizer.DigitModel in
+theorem __rel_0 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Main.classify glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (glyph)))
+
+def denote (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 glyph) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Main.classify glyph)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Main.classify glyph))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 glyph)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..3860a5379
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/Compose/RustStd.lex.tex
@@ -0,0 +1,585 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.__wt_0 : @16 := @448 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.root : @1168 := @1169 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.flags
+@3 := Models.Glyphs.Glyph
+@4 := #0
+@5 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value
+@19 := LexLeanTarget.TargetSyntax.Ty
+@20 := List.nil.{0}
+@21 := List.cons.{0}
+@22 := @20 @18
+@23 := @20 @19
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := LexLeanPreservation.Rust.WTL
+@28 := #2
+@29 := @27 @28
+@30 := #1
+@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
+@39 := LexLeanPreservation.Rust.wtl_nil @0
+@40 := @27 @0
+@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
+@47 := @39 @1
+@48 := @40 @1
+@52 := {A : @26} -> @48 @4 @22 @23
+@53 := @47 @2
+@54 := @48 @2
+@55 := @54 @22
+@56 := @55 @23
+@57 := Nat
+@58 := List.{0}
+@59 := @58 @18
+@60 := @58 @19
+@61 := Eq.{1}
+@62 := Option.{0}
+@63 := @62 @60
+@64 := @61 @63
+@65 := LexLeanPreservation.Rust.adtFields
+@66 := #6
+@67 := @65 @66
+@68 := #3
+@71 := @64 (@67 @68 @28)
+@72 := Option.some.{0}
+@73 := @72 @60
+@74 := @73 @4
+@75 := @71 @74
+@76 := #7
+@78 := @27 @76 @66
+@79 := #5
+@82 := @78 @79 @28 @30
+@83 := #8
+@86 := @7 @83 @76 @66
+@87 := LexLeanTarget.TargetSyntax.Value.adt
+@88 := #4
+@90 := @87 @88 @68
+@91 := @86 @90
+@92 := @8 @79
+@102 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
+@104 := LexLeanPreservation.Rust.wt_adt @0
+@105 := @65 @0
+@109 := @64 (@105 @68 @28) @74
+@113 := @40 @66 @79 @28 @30
+@125 := {c : @25} ->
+  {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
+@126 := @104 @1
+@129 := @48 @79 @28 @30
+@139 := {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
+@140 := @126 @2
+@142 := @54 @28 @30
+@143 := @13 @90
+@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
+@151 := @140 @9
+@152 := @105 @9
+@161 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
+@162 := @151 @9
+@163 := @152 @9
+@164 := @64 @163
+@165 := @164 @74
+@166 := @87 @9
+@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @13 (@166 @68) @10
+@174 := @162 @22
+@175 := @55 @30
+@178 := @13 (@166 @22) @10
+@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
+@182 := @174 @23
+@183 := @73 @23
+@186 := (h : @164 @183) -> (hf : @56) -> @178
+@187 := Eq.refl.{1}
+@188 := @187 @63
+@191 := @182 (@188 @163) @53
+@192 := 1
+@193 := @151 @192
+@194 := @152 @192
+@195 := @64 @194
+@196 := @195 @74
+@197 := @87 @192
+@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @13 (@197 @68) @10
+@205 := @193 @22
+@208 := @13 (@197 @22) @10
+@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
+@212 := @205 @23
+@215 := (h : @195 @183) -> (hf : @56) -> @208
+@218 := @212 (@188 @194) @53
+@219 := 2
+@220 := @151 @219
+@221 := @152 @219
+@222 := @64 @221
+@223 := @222 @74
+@224 := @87 @219
+@231 := {fs : @59} -> {tys : @60} -> (h : @223) -> (hf : @142) -> @13 (@224 @68) @10
+@232 := @220 @22
+@235 := @13 (@224 @22) @10
+@238 := {tys : @60} -> (h : @223) -> (hf : @175) -> @235
+@239 := @232 @23
+@242 := (h : @222 @183) -> (hf : @56) -> @235
+@245 := @239 (@188 @221) @53
+@246 := 3
+@247 := @151 @246
+@248 := @152 @246
+@249 := @64 @248
+@250 := @249 @74
+@251 := @87 @246
+@258 := {fs : @59} -> {tys : @60} -> (h : @250) -> (hf : @142) -> @13 (@251 @68) @10
+@259 := @247 @22
+@262 := @13 (@251 @22) @10
+@265 := {tys : @60} -> (h : @250) -> (hf : @175) -> @262
+@266 := @259 @23
+@269 := (h : @249 @183) -> (hf : @56) -> @262
+@272 := @266 (@188 @248) @53
+@273 := 4
+@274 := @151 @273
+@275 := @152 @273
+@276 := @64 @275
+@277 := @276 @74
+@278 := @87 @273
+@285 := {fs : @59} -> {tys : @60} -> (h : @277) -> (hf : @142) -> @13 (@278 @68) @10
+@286 := @274 @22
+@289 := @13 (@278 @22) @10
+@292 := {tys : @60} -> (h : @277) -> (hf : @175) -> @289
+@293 := @286 @23
+@296 := (h : @276 @183) -> (hf : @56) -> @289
+@299 := @293 (@188 @275) @53
+@300 := 5
+@301 := @151 @300
+@302 := @152 @300
+@303 := @64 @302
+@304 := @303 @74
+@305 := @87 @300
+@312 := {fs : @59} -> {tys : @60} -> (h : @304) -> (hf : @142) -> @13 (@305 @68) @10
+@313 := @301 @22
+@316 := @13 (@305 @22) @10
+@319 := {tys : @60} -> (h : @304) -> (hf : @175) -> @316
+@320 := @313 @23
+@323 := (h : @303 @183) -> (hf : @56) -> @316
+@326 := @320 (@188 @302) @53
+@327 := 6
+@328 := @151 @327
+@329 := @152 @327
+@330 := @64 @329
+@331 := @330 @74
+@332 := @87 @327
+@339 := {fs : @59} -> {tys : @60} -> (h : @331) -> (hf : @142) -> @13 (@332 @68) @10
+@340 := @328 @22
+@343 := @13 (@332 @22) @10
+@346 := {tys : @60} -> (h : @331) -> (hf : @175) -> @343
+@347 := @340 @23
+@350 := (h : @330 @183) -> (hf : @56) -> @343
+@353 := @347 (@188 @329) @53
+@354 := 7
+@355 := @151 @354
+@356 := @152 @354
+@357 := @64 @356
+@358 := @357 @74
+@359 := @87 @354
+@366 := {fs : @59} -> {tys : @60} -> (h : @358) -> (hf : @142) -> @13 (@359 @68) @10
+@367 := @355 @22
+@370 := @13 (@359 @22) @10
+@373 := {tys : @60} -> (h : @358) -> (hf : @175) -> @370
+@374 := @367 @23
+@377 := (h : @357 @183) -> (hf : @56) -> @370
+@380 := @374 (@188 @356) @53
+@381 := 8
+@382 := @151 @381
+@383 := @152 @381
+@384 := @64 @383
+@385 := @384 @74
+@386 := @87 @381
+@393 := {fs : @59} -> {tys : @60} -> (h : @385) -> (hf : @142) -> @13 (@386 @68) @10
+@394 := @382 @22
+@397 := @13 (@386 @22) @10
+@400 := {tys : @60} -> (h : @385) -> (hf : @175) -> @397
+@401 := @394 @23
+@404 := (h : @384 @183) -> (hf : @56) -> @397
+@407 := @401 (@188 @383) @53
+@408 := 9
+@409 := @151 @408
+@410 := @152 @408
+@411 := @64 @410
+@412 := @411 @74
+@413 := @87 @408
+@420 := {fs : @59} -> {tys : @60} -> (h : @412) -> (hf : @142) -> @13 (@413 @68) @10
+@421 := @409 @22
+@424 := @13 (@413 @22) @10
+@427 := {tys : @60} -> (h : @412) -> (hf : @175) -> @424
+@428 := @421 @23
+@431 := (h : @411 @183) -> (hf : @56) -> @424
+@434 := @428 (@188 @410) @53
+@448 := fun (__v : @3) =>
+  Models.Glyphs.Glyph.casesOn.{0} @17 @4 @191 @218 @245 @272 @299 @326 @353 @380 @407 @434
+@449 := @5 @30
+@451 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.__wt_0 @30
+@452 := @21 @18
+@454 := @452 @449 @22
+@457 := Prod.{0, 0} @57 @18
+@461 := Prod.mk.{0, 0} @57 @18 @9
+@462 := @461 @449
+@463 := @20 @457
+@464 := @21 @457
+@466 := @464 @462 @463
+@467 := Bool.true
+@468 := LexLeanTarget.TargetSyntax.Function
+@469 := LexLeanTarget.TargetSyntax.Program.functions
+@470 := @469 @0
+@471 := @20 @57
+@472 := LexLeanTarget.TargetSyntax.Ty.unit
+@473 := LexLeanTarget.TargetSyntax.Value.unit
+@476 := LexLeanTarget.TargetSyntax.Expr.value @472 @473
+@481 := LexLeanTarget.TargetSyntax.Function.mk @471 @23 @472 @476
+@486 := List.getD.{0} @468 @470 @9 @481
+@490 := fun (__e_n : @57) => LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.root @4 @9
+@495 := @7 @66 @79 @88 @68 @28
+@498 := @27 @83 @76 @66
+@500 := @452 @79 @68
+@501 := @498 @500
+@502 := @21 @19
+@504 := @502 @88 @28
+@514 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @495) -> (hs : @82) -> @501 @504
+@516 := LexLeanPreservation.Rust.wtl_cons @0
+@532 := {c : @25} ->
+  {A : @26} ->
+  {v : @18} ->
+  {t : @19} ->
+  {vs : @59} -> {ts : @60} -> (h : @11 @79 @88 @68 @28) -> (hs : @113) -> @40 @76 @66 @500 @504
+@533 := @516 @1
+@546 := {A : @26} ->
+  {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @12 @88 @68 @28) -> (hs : @129) -> @48 @66 @500 @504
+@547 := @533 @2
+@557 := {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @500 @504
+@558 := @547 @449
+@559 := @5 @88
+@561 := @13 @559 @28
+@562 := @5 @66
+@563 := @452 @562
+@571 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @561) -> (hs : @142) -> @54 (@563 @68) @504
+@572 := @558 @10
+@573 := @5 @68
+@575 := @13 @573 @10
+@576 := @5 @79
+@577 := @452 @576
+@579 := @54 (@577 @68)
+@580 := @502 @10
+@581 := @580 @28
+@586 := {vs : @59} -> {ts : @60} -> (h : @575) -> (hs : @142) -> @579 @581
+@587 := @572 @22
+@588 := @5 @28
+@590 := @13 @588 @10
+@592 := @452 @559 @22
+@593 := @54 @592
+@597 := {ts : @60} -> (h : @590) -> (hs : @175) -> @593 @581
+@598 := @587 @23
+@600 := @13 @449 @10
+@602 := @452 @573 @22
+@603 := @54 @602
+@604 := @580 @23
+@607 := (h : @600) -> (hs : @56) -> @603 @604
+@608 := @598 @451
+@610 := @452 @588 @22
+@611 := @54 @610
+@613 := (hs : @56) -> @611 @604
+@614 := @608 @53
+@615 := @54 @454
+@616 := @615 @604
+@617 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.denote
+@618 := @617 @30
+@619 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.__fits_0
+@620 := @619 @30
+@622 := Models.Main.classify @30
+@624 := LexLeanTarget.TargetSyntax.Value.nat @622
+@626 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.root @30
+@627 := Bool
+@628 := Ne.{1}
+@629 := LexLeanPreservation.Obs
+@630 := @628 @629
+@631 := LexLeanPreservation.Rel
+@634 := @630 (@631 @30 @4)
+@635 := LexLeanPreservation.Obs.stuck
+@638 := (f : @627) -> (v : @18) -> @634 @635
+@640 := LexLeanPreservation.Rust.rel_ne_stuck @620
+@646 := (v : @18) -> @630 (@631 (@619 @28) @4) @635
+@647 := @640 @624
+@651 := @630 (@631 @620 @624) @635
+@652 := @58 @457
+@653 := LexLeanPreservation.Rust.FunSem
+@654 := #9
+@660 := (n : @57) -> @653 @654 @83 @76 @4 @66
+@661 := @62 @468
+@662 := @61 @661
+@669 := LexLeanRuntime.index (@58 @468) @468 (LexLeanRuntime.instIndexableList @468)
+@673 := @662 (@669 (@469 @654) @66)
+@674 := @72 @468
+@675 := @674 @79
+@676 := @673 @675
+@677 := #10
+@681 := @27 @677 @654 @83 @79
+@682 := LexLeanTarget.TargetSyntax.Function.types
+@683 := @682 @66
+@684 := @681 @683
+@685 := @62 @652
+@686 := @61 @685
+@687 := LexLeanTarget.TargetSemantics.bindAll
+@688 := LexLeanTarget.TargetSyntax.Function.parameters
+@693 := @686 (@687 (@688 @76) @66 @463)
+@694 := @72 @652
+@695 := @694 @79
+@696 := @693 @695
+@697 := @62 @627
+@698 := @61 @697
+@699 := LexLeanPreservation.Rust.fnFallible
+@700 := #11
+@703 := @698 (@699 @700 @654)
+@704 := @72 @627
+@705 := @704 @79
+@706 := @703 @705
+@707 := LexLeanPreservation.RunConv
+@708 := #13
+@712 := @707 @708 @677 @83 @79
+@714 := @630 @66 @635
+@715 := Exists.{1}
+@716 := LexLeanPreservation.Rust.ROut
+@717 := @715 @716
+@718 := And
+@719 := LexLeanPreservation.Rust.RealizesFn
+@723 := @718 (@719 @654 @83 @4)
+@724 := LexLeanPreservation.Rust.RCI
+@726 := @724 #15
+@727 := LexLeanPreservation.Rust.fnIdent
+@728 := @727 @708
+@735 := (hne : @714) -> @717 (fun (ro : @716) => @723 (@726 @728 @700 @4))
+@750 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @652} ->
+  {F : @627} ->
+  {o : @629} ->
+  (hB : @660) ->
+  (hfn : @676) -> (hwt : @684) -> (hbind : @696) -> (hF : @706) -> (hA : @712) -> @735
+@752 := LexLeanPreservation.Rust.compose @0
+@753 := @653 @0
+@758 := (n : @57) -> @753 @83 @76 @4 @66
+@759 := @669 @470
+@762 := @662 (@759 @66) @675
+@766 := @40 @654 @83 @79 @683
+@767 := @707 @0
+@770 := @767 @677 @83 @79
+@784 := {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @652} ->
+  {F : @627} ->
+  {o : @629} ->
+  (hB : @758) ->
+  (hfn : @762) -> (hwt : @766) -> (hbind : @696) -> (hF : @706) -> (hA : @770) -> @735
+@785 := @752 @1
+@786 := @753 @1
+@790 := (n : @57) -> @786 @76 @4 @66
+@793 := @48 @83 @79 @683
+@794 := @699 @1
+@797 := @698 (@794 @654) @705
+@798 := @724 @1
+@808 := (hbind : @696) ->
+  (hF : @797) -> (hA : @770) -> (hne : @714) -> @717 (fun (ro : @716) => @723 (@798 @728 @700 @4))
+@818 := {A : @26} ->
+  {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @652} -> {F : @627} -> {o : @629} -> (hB : @790) -> (hfn : @762) -> (hwt : @793) -> @808
+@819 := @785 @2
+@821 := @786 @2 @4
+@823 := (n : @57) -> @821 @66
+@824 := @54 @79
+@825 := @824 @683
+@834 := {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @652} -> {F : @627} -> {o : @629} -> (hB : @823) -> (hfn : @762) -> (hwt : @825) -> @808
+@835 := @819 @9
+@837 := (n : @57) -> @821 @9
+@838 := @759 @9
+@839 := @662 @838
+@840 := @839 @675
+@841 := @794 @9
+@842 := @698 @841
+@843 := @842 @705
+@844 := @767 @9
+@846 := @844 @83 @79
+@848 := @798 (@727 @9)
+@856 := (hF : @843) -> (hA : @846) -> (hne : @714) -> @717 (fun (ro : @716) => @723 (@848 @700 @4))
+@865 := {fn : @468} ->
+  {args : @59} ->
+  {env : @652} ->
+  {F : @627} -> {o : @629} -> (hB : @837) -> (hfn : @840) -> (hwt : @825) -> (hbind : @696) -> @856
+@866 := @835 @486
+@868 := @839 (@674 @486)
+@869 := @682 @486
+@870 := @824 @869
+@872 := @687 (@688 @486)
+@884 := {args : @59} ->
+  {env : @652} ->
+  {F : @627} ->
+  {o : @629} ->
+  (hB : @837) -> (hfn : @868) -> (hwt : @870) -> (hbind : @686 (@872 @66 @463) @695) -> @856
+@885 := @866 @454
+@886 := @563 @22
+@888 := @54 @886 @869
+@891 := @452 (@5 @76) @22
+@895 := @686 (@872 @891 @463) @695
+@898 := @452 (@5 @654) @22
+@919 := {env : @652} ->
+  {F : @627} ->
+  {o : @629} ->
+  (hB : @837) ->
+  (hfn : @868) ->
+  (hwt : @888) ->
+  (hbind : @895) ->
+  (hF : @843) ->
+  (hA : @844 @898 @79) ->
+  (hne : @714) -> @717 (fun (ro : @716) => @723 (@848 (@452 (@5 #12) @22) @4))
+@920 := @885 @466
+@921 := @577 @22
+@923 := @54 @921 @869
+@931 := @686 (@872 @886 @463) (@694 (@464 (@461 @562) @463))
+@934 := @452 (@5 @83) @22
+@953 := {F : @627} ->
+  {o : @629} ->
+  (hB : @837) ->
+  (hfn : @868) ->
+  (hwt : @923) ->
+  (hbind : @931) ->
+  (hF : @843) ->
+  (hA : @844 @934 @79) ->
+  (hne : @714) -> @717 (fun (ro : @716) => @723 (@848 (@452 (@5 @700) @22) @4))
+@954 := @920 @467
+@955 := @593 @869
+@963 := @686 (@872 @921 @463) (@694 (@464 (@461 @576) @463))
+@965 := @842 (@704 @467)
+@967 := @844 @891 @79
+@968 := @719 @467
+@987 := {o : @629} ->
+  (hB : @837) ->
+  (hfn : @868) ->
+  (hwt : @955) ->
+  (hbind : @963) ->
+  (hF : @965) ->
+  (hA : @967) ->
+  (hne : @714) -> @717 (fun (ro : @716) => @718 (@968 @83 @4) (@848 (@452 (@5 @677) @22) @4))
+@988 := @954 @618
+@989 := @603 @869
+@997 := @686 (@872 @592 @463) (@694 (@464 (@461 @559) @463))
+@998 := @844 @886
+@999 := @617 @66
+@1000 := @998 @999
+@1001 := @617 @76
+@1019 := (hB : @837) ->
+  (hfn : @868) ->
+  (hwt : @989) ->
+  (hbind : @997) ->
+  (hF : @965) ->
+  (hA : @1000) ->
+  (hne : @630 @1001 @635) -> @717 (fun (ro : @716) => @718 (@968 (@617 @654) @4) (@848 @898 @4))
+@1020 := @988 @490
+@1021 := @611 @869
+@1029 := @686 (@872 @602 @463) (@694 (@464 (@461 @573) @463))
+@1030 := @844 @921
+@1031 := @617 @79
+@1049 := (hfn : @868) ->
+  (hwt : @1021) ->
+  (hbind : @1029) ->
+  (hF : @965) ->
+  (hA : @1030 @1031) ->
+  (hne : @630 @999 @635) -> @717 (fun (ro : @716) => @718 (@968 (@617 @83) @4) (@848 @934 @4))
+@1052 := @1020 (@187 @661 @838)
+@1053 := @615 @869
+@1061 := @686 (@872 @610 @463) (@694 (@464 (@461 @588) @463))
+@1062 := @844 @592
+@1063 := @617 @88
+@1079 := (hwt : @1053) ->
+  (hbind : @1061) ->
+  (hF : @965) ->
+  (hA : @1062 @1063) ->
+  (hne : @630 @1031 @635) -> @717 (fun (ro : @716) => @718 (@968 @1001 @4) (@848 @891 @4))
+@1080 := @1052 @614
+@1082 := @872 @454 @463
+@1085 := @686 @1082 (@694 @466)
+@1086 := @844 @602
+@1087 := @617 @68
+@1102 := (hbind : @1085) ->
+  (hF : @965) ->
+  (hA : @1086 @1087) ->
+  (hne : @630 @1063 @635) -> @717 (fun (ro : @716) => @718 (@968 @999 @4) (@848 @886 @4))
+@1105 := @1080 (@187 @685 @1082)
+@1106 := @844 @610
+@1107 := @617 @28
+@1121 := (hF : @965) ->
+  (hA : @1106 @1107) ->
+  (hne : @630 @1087 @635) -> @717 (fun (ro : @716) => @718 (@968 @1031 @4) (@848 @921 @4))
+@1124 := @1105 (@187 @697 @841)
+@1138 := (hA : @844 @454 @618) ->
+  (hne : @630 @1107 @635) -> @717 (fun (ro : @716) => @718 (@968 @1063 @4) (@848 @592 @4))
+@1139 := @1124 @626
+@1150 := (hne : @630 @618 @635) -> @717 (fun (ro : @716) => @718 (@968 @1087 @4) (@848 @602 @4))
+@1151 := @1139 @647
+@1157 := @718 (@968 @1107 @4) (@848 @610 @4)
+@1159 := @717 (fun (ro : @716) => @1157)
+@1161 := @717 (fun (__e_ro : @716) => @1157)
+@1165 := LexLeanPreservation.Rust.RepresentableL (@452 @6 @22)
+@1166 := (__e_hrep : @1165) -> @1161
+@1167 := fun (__e_hrep : @1165) => @1151
+@1168 := (glyph : @3) -> @1166
+@1169 := fun (glyph : @3) => @1167
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/RustStd.lean
new file mode 100644
index 000000000..b6e290d73
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/RustStd.lean
@@ -0,0 +1,234 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 2 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.first (.call 3 [(.closure 4 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 5 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
+      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
+      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.«match» (.option (.pair .nat .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair .nat .int)) [(.var 4)])))]), (.var 3)]))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 6 [(.call 7 [(.call 8 [(.call 9 [(.call 10 [(.var 0)])])])])]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.first (.call 11 [(.closure 12 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 13 [])]), (.call 14 [])])) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.call 15 [(.closure 16 []), (.build .nil (.list .int) []), (.var 0)]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.call 15 [(.closure 17 []), (.build .nil (.list .int) []), (.var 0)]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.first (.call 11 [(.closure 18 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 19 [])]), (.call 20 [])])) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 21 [(.var 0)]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 11 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 22 [(.closure 23 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int (-7))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .nil (.list .int) [])])])])])])])])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 15 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
+      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.«let» 2 .int (.prim .intQuot [(.var 1), (.value .int (.int 4)), (.value .int (.int 0))]) (.cond (.«match» .bool (.prim .compare [(.var 2), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.cond (.«match» .bool (.prim .compare [(.value .int (.int 127)), (.var 2)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 127)) (.var 2)))), (.build .nil (.list .int) [])])]) },
+    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
+      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.cond (.«match» .bool (.prim .compare [(.var 1), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.var 1)), (.build .nil (.list .int) [])])]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 22 [(.closure 24 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .nil (.list .int) [])])])])])])])])])])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-1))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 8) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 9) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 22 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }, { number := 8, fields := [] }, { number := 9, fields := [] }]) ::
+    (.enum (.fn 0) [{ number := 4, fields := [] }]) ::
+    (.apply 0 [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat)) false [{ function := 4, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 1) [{ number := 12, fields := [(.list .int)] }, { number := 18, fields := [(.list .int)] }]) ::
+    (.apply 1 [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int)) true [{ function := 12, captures := [.clone], functionFallible := true }, { function := 18, captures := [.clone], functionFallible := true }]) ::
+    (.enum (.fn 2) [{ number := 16, fields := [] }, { number := 17, fields := [] }]) ::
+    (.apply 2 [(.list .int), .int] (.list .int) true [{ function := 16, captures := [], functionFallible := true }, { function := 17, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 3) [{ number := 23, fields := [] }, { number := 24, fields := [] }]) ::
+    (.apply 3 [(.pair .int (.list .int)), .int] (.pair .int (.list .int)) true [{ function := 23, captures := [], functionFallible := true }, { function := 24, captures := [], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 2) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 2)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.call (.function 3) [(.construct (.closure 0 4) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 5) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 1)))))] (.matchOn (.move (.generated .holder 2)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 3)))))]))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 6)))))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.list .int)) (.mk [] (.call (.function 6) [(.call (.function 7) [(.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.move (.generated .binding 0))] false)] true)] true)] true)] false))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.call (.function 11) [(.construct (.closure 1 12) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 13) [] false)), (.call (.function 14) [] false)] true))] (.succeed (.move (.generated .part 14))))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 15) [(.construct (.closure 2 16) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 15) [(.construct (.closure 2 17) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 11) [(.construct (.closure 1 18) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 19) [] false)), (.call (.function 20) [] false)] true))] (.succeed (.move (.generated .part 15))))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [] (.call (.function 21) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.list .int)) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 16)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18)))))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))) (.move (.generated .binding 4))))))]))) ::
+    (.function (.generated .function 13) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]))) ::
+    (.function (.generated .function 14) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list .int) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 39)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))), (.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))] (.cond (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.list .int) (.mk [(.mk (.bind (.generated .operand 43)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 44)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.cond (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 45))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 45)))))] (.matchOn (.uncons (.generated .holder 46)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))) (.move (.generated .binding 4))))))]))) ::
+    (.function (.generated .function 19) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]))) ::
+    (.function (.generated .function 20) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [(.mk (.bind (.generated .holder 54)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 54)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 3) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 58)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 57))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 57)))))] (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))) (.move (.generated .binding 3))))))]))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 65))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 65)))))] (.matchOn (.uncons (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))) (.move (.generated .binding 3))))))]))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.pair (.option (.pair .nat .int)) (.list .nat)), .int], (.pair (.option (.pair .nat .int)) (.list .nat))), false), (([(.pair (.list .int) (.list .int)), (.list .int)], (.pair (.list .int) (.list .int))), true), (([(.list .int), .int], (.list .int)), true), (([(.pair .int (.list .int)), .int], (.pair .int (.list .int))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 2) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.call (.function 3) [(.construct (.closure 0 4) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 5) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 1)))))], (.matchOn (.move (.generated .holder 2)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 3)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.call (.function 3) [(.construct (.closure 0 4) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 5) [(.move (.generated .binding 0))] true)] false))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(1, (.pair .nat .int), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 3)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 5)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 6)))))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]), [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 6))) (Corr.second (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.pair (.block (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 8)))))]) (tail := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))])) (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (ce := (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 10))))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 10))) (Corr.second (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (lb := []) (tb := (.construct .some [(.copy (.generated .binding 4))])) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) rfl rfl rfl (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.call (.function 7) [(.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.move (.generated .binding 0))] false)] true)] true)] true)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.call (.function 11) [(.construct (.closure 1 12) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 13) [] false)), (.call (.function 14) [] false)] true))], (.succeed (.move (.generated .part 14))), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 15) [(.construct (.closure 2 16) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 15) [(.construct (.closure 2 17) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 11) [(.construct (.closure 1 18) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 19) [] false)), (.call (.function 20) [] false)] true))], (.succeed (.move (.generated .part 15))), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 21) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 16)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.list .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.list .int)), (some 4)), (3, (.list .int), (some 3)), (2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 17)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 17) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair (.list .int) (.list .int)), (.list .int)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18)))))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 18))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 20))))), (.mk (.bind (.generated .operand 26)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 20))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 21)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 22))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.call (.function 22) [(.construct (.closure 3 23) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 21))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil 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[.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons 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[false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 28)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.list .int), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 39)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))), (.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))] (.cond (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))], (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))), (.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 30)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 31)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 29)), (.move (.generated .operand 30)), (.move (.generated .operand 31))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))]) (ce := (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (tb := (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (ce := (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 35)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 127))) (lb := []) (tb := (.copy (.generated .binding 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl)))))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 43)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 44)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.cond (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))], (.call (.runtime .appendList) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1))))) (Corr.cond (lc := [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))]) (ce := (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := []) (tb := (.copy (.generated .binding 1))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 45))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 45)))))], (.matchOn (.uncons (.generated .holder 46)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 45))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 45))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 47))))), (.mk (.bind (.generated .operand 53)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 47)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 47))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 50)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 51)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 49)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 48)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 49))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 48)), .wild]) none (.call (.function 22) [(.construct (.closure 3 24) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 48))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 54)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 54)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 8) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 9) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 22) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 56)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 56) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair .int (.list .int)), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 58)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 57))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 57)))))], (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 57))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 57))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 63)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 59))))), (.mk (.bind (.generated .operand 64)) none (.block (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 59))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 62))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 65))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 65)))))], (.matchOn (.uncons (.generated .holder 66)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 65))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 65))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 71)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 67))))), (.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 67))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 70))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 68)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | _ + 25 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1.lean
new file mode 100644
index 000000000..f0ddf68d7
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1.lean
@@ -0,0 +1,245 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.adt 0) (.var 0) (.«let» 2 .nat (.call 1 [(.var 1)]) (.cond (.call 2 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 3 [(.var 0)]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.prim .natEq [(.var 1), (.call 4 [(.var 0)])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.first (.call 5 [(.closure 6 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 7 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
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+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 8) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 9) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 24 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
+
+def __enc_0 : (Models.Glyphs.Glyph) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Models.Glyphs.Glyph.g0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Models.Glyphs.Glyph.g1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Models.Glyphs.Glyph.g2 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+  | Models.Glyphs.Glyph.g3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
+  | Models.Glyphs.Glyph.g4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
+  | Models.Glyphs.Glyph.g5 => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
+  | Models.Glyphs.Glyph.g6 => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
+  | Models.Glyphs.Glyph.g7 => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
+  | Models.Glyphs.Glyph.g8 => _root_.LexLeanTarget.TargetSyntax.Value.adt 8 []
+  | Models.Glyphs.Glyph.g9 => _root_.LexLeanTarget.TargetSyntax.Value.adt 9 []
+
+def __fits_6 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : Bool :=
+  (Bool.true && (match (_ybest).2 with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_6 (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) : _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) _ybest), (_root_.LexLeanTarget.TargetSyntax.Value.int _yscore)] (_root_.LexLeanPreservation.Rel (__fits_6 _ybest _yscore) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (List Nat)) => (match __a with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Nat)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels))) (_ybest).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Nat)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ylabel _ylabels => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) (fun (__a : (Option (Prod Nat Int))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int)))))) (_ybest).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some _yleader => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (if __b then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))) (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_25 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
+  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_25 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 25 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_25 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_14 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
+  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_25 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_14 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_14 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_25 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_25 __p0 __p1) 25 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_25 __p0 __p1) (p := __prog) (fi := 24) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_15  : Bool :=
+  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_15  : _root_.LexLeanPreservation.FunRel __prog 15 [] (_root_.LexLeanPreservation.Rel (__fits_15) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.outputBias))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_16  : Bool :=
+  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_16  : _root_.LexLeanPreservation.FunRel __prog 16 [] (_root_.LexLeanPreservation.Rel (__fits_16) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.outputWeights))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) 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_root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_8 (_yvalues : (List Int)) : Bool :=
+  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_15)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_16)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_14 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights))))
+
+attribute [local irreducible] Models.Recognizer.outputBias Models.Recognizer.outputWeights in
+theorem __rel_8 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_8 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer4 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_15)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_16)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_14 (_yvalues) __p0 __p1) 14 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_14 (_yvalues) __p0 __p1) (p := __prog) (fi := 13) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.outputBias))) ((Models.Recognizer.outputWeights)))))
+
+def __fits_18 (_yout : (List Int)) (_yvalue : Int) : Bool :=
+  ((Bool.true && ((((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int))) && (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_18 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_18 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_intQuot _yvalue (4 : Int) (0 : Int))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (127 : Int) else _yquotient)) (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))))
+
+def __fits_9 (_yvalues : (List Int)) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_18 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
+
+theorem __rel_9 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_9 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer3 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((let _yquotient : Int := (_root_.LexLeanRuntime.quotient (_yvalue) ((4 : Int)) ((0 : Int)) : Int); (if (_root_.LexLeanCollections.lessThan (_yquotient) ((0 : Int)) : Bool) then (0 : Int) else (if (_root_.LexLeanCollections.lessThan ((127 : Int)) (_yquotient) : Bool) then (127 : Int) else _yquotient))) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_18 __p0 __p1) 18 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_18 __p0 __p1) (p := __prog) (fi := 17) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
+
+def __fits_19 (_yout : (List Int)) (_yvalue : Int) : Bool :=
+  ((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then Bool.true else Bool.true)) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_19 (_yout : (List Int)) (_yvalue : Int) : _root_.LexLeanPreservation.FunRel __prog 19 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yout), (_root_.LexLeanTarget.TargetSyntax.Value.int _yvalue)] (_root_.LexLeanPreservation.Rel (__fits_19 _yout _yvalue) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) ((_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.int (if __b then (0 : Int) else _yvalue)) (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) _yout ((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))))
+
+def __fits_10 (_yvalues : (List Int)) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List Int)) (__p1 : Int) => __fits_19 __p0 __p1) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (([] : List Int)) (_yvalues)))
+
+theorem __rel_10 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_10 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer2 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_yout : (List Int)) (_yvalue : Int) => (_root_.LexLeanRuntime.append (_yout) (((if (_root_.LexLeanCollections.lessThan (_yvalue) ((0 : Int)) : Bool) then (0 : Int) else _yvalue) :: ([] : List Int))) : (List Int)))) (fun (__p0 : (List Int)) (__p1 : Int) => __fits_19 __p0 __p1) 19 [] (fun (__p0 : (List Int)) (__p1 : Int) => __rel_19 __p0 __p1) (p := __prog) (fi := 17) (ta := .int) (ts := (.list .int)) rfl (([] : List Int)) (_yvalues)))
+
+def __fits_26 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
+  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_26 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_26 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_20 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
+  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_26 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_20 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 20 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_20 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_26 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_26 __p0 __p1) 26 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_26 __p0 __p1) (p := __prog) (fi := 24) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_21  : Bool :=
+  ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_21  : _root_.LexLeanPreservation.FunRel __prog 21 [] (_root_.LexLeanPreservation.Rel (__fits_21) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.hiddenBias))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_22  : Bool :=
+  ((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_22  : _root_.LexLeanPreservation.FunRel __prog 22 [] (_root_.LexLeanPreservation.Rel (__fits_22) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Recognizer.hiddenWeights))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_11 (_yvalues : (List Int)) : Bool :=
+  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_21)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_22)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_20 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights))))
+
+attribute [local irreducible] Models.Recognizer.hiddenBias Models.Recognizer.hiddenWeights in
+theorem __rel_11 (_yvalues : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (_root_.LexLeanPreservation.Rel (__fits_11 _yvalues) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.layer1 _yvalues))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_21)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_22)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_20 (_yvalues) __p0 __p1) 20 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_20 (_yvalues) __p0 __p1) (p := __prog) (fi := 13) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Recognizer.hiddenBias))) ((Models.Recognizer.hiddenWeights)))))
+
+def __fits_23 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  (Bool.true && (match glyph with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_23 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_23 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Glyphs.encode glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Glyphs.Glyph)) => (match __a with | Models.Glyphs.Glyph.g0 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g1 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g2 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g3 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g4 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g5 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g6 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g7 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g8 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Glyphs.Glyph.g9 => ((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Models.Glyphs.Glyph)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (match __a with | Models.Glyphs.Glyph.g0 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g1 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g2 => ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g3 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g4 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g5 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g6 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g7 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g8 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))) | Models.Glyphs.Glyph.g9 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))))))) glyph (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Glyphs.Glyph)) _ => match __a with | Models.Glyphs.Glyph.g0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)) | Models.Glyphs.Glyph.g1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))) | Models.Glyphs.Glyph.g2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))) | Models.Glyphs.Glyph.g3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))) | Models.Glyphs.Glyph.g4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))) | Models.Glyphs.Glyph.g5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))) | Models.Glyphs.Glyph.g6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))) | Models.Glyphs.Glyph.g7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))))) | Models.Glyphs.Glyph.g8 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))) | Models.Glyphs.Glyph.g9 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))))))
+
+def __fits_12 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_23 (glyph)))
+
+attribute [local irreducible] Models.Glyphs.encode in
+theorem __rel_12 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_12 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.encoded glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (glyph)))
+
+def __fits_7 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  ((((((((((Bool.true && Bool.true) && (__fits_12 (glyph))) && Bool.true) && (__fits_11 ((Models.Recognizer.DigitNet.encoded (glyph))))) && Bool.true) && (__fits_10 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) && Bool.true) && (__fits_9 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) && Bool.true) && (__fits_8 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
+
+attribute [local irreducible] Models.Recognizer.DigitNet.encoded Models.Recognizer.DigitNet.layer1 Models.Recognizer.DigitNet.layer2 Models.Recognizer.DigitNet.layer3 Models.Recognizer.DigitNet.layer4 in
+theorem __rel_7 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_7 glyph) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Recognizer.DigitNet.logits glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (glyph))) _root_.LexLeanPreservation.convL_nil) (__rel_11 ((Models.Recognizer.DigitNet.encoded (glyph))))) _root_.LexLeanPreservation.convL_nil) (__rel_10 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph))))))))) _root_.LexLeanPreservation.convL_nil) (__rel_8 ((Models.Recognizer.DigitNet.layer3 ((Models.Recognizer.DigitNet.layer2 ((Models.Recognizer.DigitNet.layer1 ((Models.Recognizer.DigitNet.encoded (glyph)))))))))))
+
+def __fits_3 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  (((Bool.true && ((((Bool.true && Bool.true) && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_7 (glyph))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_6 __p0 __p1) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))))) && (match ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 with | Option.none => Bool.true | Option.some _ywinner => Bool.true))
+
+attribute [local irreducible] Models.Recognizer.DigitNet.logits in
+theorem __rel_3 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_3 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.DigitNet glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod Nat Int))) => (match __a with | Option.none => Bool.true | Option.some _ywinner => Bool.true)) (fun (__a : (Option (Prod Nat Int))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Option.none => (0 : Nat) | Option.some _ywinner => (_ywinner).1)) ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph))) : (Prod (Option (Prod Nat Int)) (List Nat)))).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (glyph))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ybest : (Prod (Option (Prod Nat Int)) (List Nat))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod Nat Int))) else (Option.some (_yleader) : (Option (Prod Nat Int))))), _ylabels)))) (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __fits_6 __p0 __p1) 6 [] (fun (__p0 : (Prod (Option (Prod Nat Int)) (List Nat))) (__p1 : Int) => __rel_6 __p0 __p1) (p := __prog) (fi := 5) (ta := .int) (ts := (.pair (.option (.pair .nat .int)) (.list .nat))) rfl (((Option.none : (Option (Prod Nat Int))), ((0 : Nat) :: ((1 : Nat) :: ((2 : Nat) :: ((3 : Nat) :: ((4 : Nat) :: ((5 : Nat) :: ((6 : Nat) :: ((7 : Nat) :: ((8 : Nat) :: ((9 : Nat) :: ([] : List Nat))))))))))))) ((Models.Recognizer.DigitNet.logits (glyph)))))) (fun (__a : (Option (Prod Nat Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value) | Option.some _ywinner => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))))))
+
+def __fits_1 (_yinput : (Models.Glyphs.Glyph)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_3 (_yinput)))
+
+attribute [local irreducible] Models.Recognizer.DigitNet in
+theorem __rel_1 (_yinput : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_1 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Recognizer.RawDigitModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (_yinput)))
+
+def __fits_4 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  (Bool.true && (match glyph with | Models.Glyphs.Glyph.g0 => Bool.true | Models.Glyphs.Glyph.g1 => Bool.true | Models.Glyphs.Glyph.g2 => Bool.true | Models.Glyphs.Glyph.g3 => Bool.true | Models.Glyphs.Glyph.g4 => Bool.true | Models.Glyphs.Glyph.g5 => Bool.true | Models.Glyphs.Glyph.g6 => Bool.true | Models.Glyphs.Glyph.g7 => Bool.true | Models.Glyphs.Glyph.g8 => Bool.true | Models.Glyphs.Glyph.g9 => Bool.true))
+
+theorem __rel_4 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_4 glyph) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Glyphs.digitOf glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Glyphs.Glyph)) => (match __a with | Models.Glyphs.Glyph.g0 => Bool.true | Models.Glyphs.Glyph.g1 => Bool.true | Models.Glyphs.Glyph.g2 => Bool.true | Models.Glyphs.Glyph.g3 => Bool.true | Models.Glyphs.Glyph.g4 => Bool.true | Models.Glyphs.Glyph.g5 => Bool.true | Models.Glyphs.Glyph.g6 => Bool.true | Models.Glyphs.Glyph.g7 => Bool.true | Models.Glyphs.Glyph.g8 => Bool.true | Models.Glyphs.Glyph.g9 => Bool.true)) (fun (__a : (Models.Glyphs.Glyph)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Models.Glyphs.Glyph.g0 => (0 : Nat) | Models.Glyphs.Glyph.g1 => (1 : Nat) | Models.Glyphs.Glyph.g2 => (2 : Nat) | Models.Glyphs.Glyph.g3 => (3 : Nat) | Models.Glyphs.Glyph.g4 => (4 : Nat) | Models.Glyphs.Glyph.g5 => (5 : Nat) | Models.Glyphs.Glyph.g6 => (6 : Nat) | Models.Glyphs.Glyph.g7 => (7 : Nat) | Models.Glyphs.Glyph.g8 => (8 : Nat) | Models.Glyphs.Glyph.g9 => (9 : Nat))) glyph (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Glyphs.Glyph)) _ => match __a with | Models.Glyphs.Glyph.g0 => (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value) | Models.Glyphs.Glyph.g1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)) | Models.Glyphs.Glyph.g2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))) | Models.Glyphs.Glyph.g3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))) | Models.Glyphs.Glyph.g4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))) | Models.Glyphs.Glyph.g5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))))) | Models.Glyphs.Glyph.g6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))))) | Models.Glyphs.Glyph.g7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))))))) | Models.Glyphs.Glyph.g8 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))))))) | Models.Glyphs.Glyph.g9 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))))))))))
+
+def __fits_2 (glyph : (Models.Glyphs.Glyph)) (digit : Nat) : Bool :=
+  ((Bool.true && (((Bool.true && Bool.true) && (__fits_4 (glyph))) && Bool.true)) && Bool.true)
+
+attribute [local irreducible] Models.Glyphs.digitOf in
+theorem __rel_2 (glyph : (Models.Glyphs.Glyph)) (digit : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 glyph), (_root_.LexLeanTarget.TargetSyntax.Value.nat digit)] (_root_.LexLeanPreservation.Rel (__fits_2 glyph digit) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Recognizer.recognizesCheck glyph digit))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (glyph))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq digit (Models.Glyphs.digitOf (glyph))))
+
+def __fits_0 (glyph : (Models.Glyphs.Glyph)) : Bool :=
+  (Bool.true && (let _ychecked1_input : (Models.Glyphs.Glyph) := glyph; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Recognizer.RawDigitModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_input) (_ychecked1_output))) && (if (Models.Recognizer.recognizesCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
+
+attribute [local irreducible] Models.Recognizer.RawDigitModel Models.Recognizer.recognizesCheck in
+theorem __rel_0 (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.classifyChecked glyph))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : (Models.Glyphs.Glyph) := glyph; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_output : Nat := (Models.Recognizer.RawDigitModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat)) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Recognizer.recognizesCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
+
+def denote (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 glyph) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.classifyChecked glyph)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (glyph : (Models.Glyphs.Glyph)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 glyph)] (_root_.LexLeanPreservation.Rel (__fits_0 glyph) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.classifyChecked glyph))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 glyph)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..777bf8f48
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/Compose/RustStd.lex.tex
@@ -0,0 +1,590 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.__wt_0 : @16 := @448 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.root : @1181 := @1182 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.flags
+@3 := Models.Glyphs.Glyph
+@4 := #0
+@5 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value
+@19 := LexLeanTarget.TargetSyntax.Ty
+@20 := List.nil.{0}
+@21 := List.cons.{0}
+@22 := @20 @18
+@23 := @20 @19
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := LexLeanPreservation.Rust.WTL
+@28 := #2
+@29 := @27 @28
+@30 := #1
+@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
+@39 := LexLeanPreservation.Rust.wtl_nil @0
+@40 := @27 @0
+@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
+@47 := @39 @1
+@48 := @40 @1
+@52 := {A : @26} -> @48 @4 @22 @23
+@53 := @47 @2
+@54 := @48 @2
+@55 := @54 @22
+@56 := @55 @23
+@57 := Nat
+@58 := List.{0}
+@59 := @58 @18
+@60 := @58 @19
+@61 := Eq.{1}
+@62 := Option.{0}
+@63 := @62 @60
+@64 := @61 @63
+@65 := LexLeanPreservation.Rust.adtFields
+@66 := #6
+@67 := @65 @66
+@68 := #3
+@71 := @64 (@67 @68 @28)
+@72 := Option.some.{0}
+@73 := @72 @60
+@74 := @73 @4
+@75 := @71 @74
+@76 := #7
+@78 := @27 @76 @66
+@79 := #5
+@82 := @78 @79 @28 @30
+@83 := #8
+@86 := @7 @83 @76 @66
+@87 := LexLeanTarget.TargetSyntax.Value.adt
+@88 := #4
+@90 := @87 @88 @68
+@91 := @86 @90
+@92 := @8 @79
+@102 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
+@104 := LexLeanPreservation.Rust.wt_adt @0
+@105 := @65 @0
+@109 := @64 (@105 @68 @28) @74
+@113 := @40 @66 @79 @28 @30
+@125 := {c : @25} ->
+  {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
+@126 := @104 @1
+@129 := @48 @79 @28 @30
+@139 := {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
+@140 := @126 @2
+@142 := @54 @28 @30
+@143 := @13 @90
+@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
+@151 := @140 @9
+@152 := @105 @9
+@161 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
+@162 := @151 @9
+@163 := @152 @9
+@164 := @64 @163
+@165 := @164 @74
+@166 := @87 @9
+@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @13 (@166 @68) @10
+@174 := @162 @22
+@175 := @55 @30
+@178 := @13 (@166 @22) @10
+@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
+@182 := @174 @23
+@183 := @73 @23
+@186 := (h : @164 @183) -> (hf : @56) -> @178
+@187 := Eq.refl.{1}
+@188 := @187 @63
+@191 := @182 (@188 @163) @53
+@192 := 1
+@193 := @151 @192
+@194 := @152 @192
+@195 := @64 @194
+@196 := @195 @74
+@197 := @87 @192
+@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @13 (@197 @68) @10
+@205 := @193 @22
+@208 := @13 (@197 @22) @10
+@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
+@212 := @205 @23
+@215 := (h : @195 @183) -> (hf : @56) -> @208
+@218 := @212 (@188 @194) @53
+@219 := 2
+@220 := @151 @219
+@221 := @152 @219
+@222 := @64 @221
+@223 := @222 @74
+@224 := @87 @219
+@231 := {fs : @59} -> {tys : @60} -> (h : @223) -> (hf : @142) -> @13 (@224 @68) @10
+@232 := @220 @22
+@235 := @13 (@224 @22) @10
+@238 := {tys : @60} -> (h : @223) -> (hf : @175) -> @235
+@239 := @232 @23
+@242 := (h : @222 @183) -> (hf : @56) -> @235
+@245 := @239 (@188 @221) @53
+@246 := 3
+@247 := @151 @246
+@248 := @152 @246
+@249 := @64 @248
+@250 := @249 @74
+@251 := @87 @246
+@258 := {fs : @59} -> {tys : @60} -> (h : @250) -> (hf : @142) -> @13 (@251 @68) @10
+@259 := @247 @22
+@262 := @13 (@251 @22) @10
+@265 := {tys : @60} -> (h : @250) -> (hf : @175) -> @262
+@266 := @259 @23
+@269 := (h : @249 @183) -> (hf : @56) -> @262
+@272 := @266 (@188 @248) @53
+@273 := 4
+@274 := @151 @273
+@275 := @152 @273
+@276 := @64 @275
+@277 := @276 @74
+@278 := @87 @273
+@285 := {fs : @59} -> {tys : @60} -> (h : @277) -> (hf : @142) -> @13 (@278 @68) @10
+@286 := @274 @22
+@289 := @13 (@278 @22) @10
+@292 := {tys : @60} -> (h : @277) -> (hf : @175) -> @289
+@293 := @286 @23
+@296 := (h : @276 @183) -> (hf : @56) -> @289
+@299 := @293 (@188 @275) @53
+@300 := 5
+@301 := @151 @300
+@302 := @152 @300
+@303 := @64 @302
+@304 := @303 @74
+@305 := @87 @300
+@312 := {fs : @59} -> {tys : @60} -> (h : @304) -> (hf : @142) -> @13 (@305 @68) @10
+@313 := @301 @22
+@316 := @13 (@305 @22) @10
+@319 := {tys : @60} -> (h : @304) -> (hf : @175) -> @316
+@320 := @313 @23
+@323 := (h : @303 @183) -> (hf : @56) -> @316
+@326 := @320 (@188 @302) @53
+@327 := 6
+@328 := @151 @327
+@329 := @152 @327
+@330 := @64 @329
+@331 := @330 @74
+@332 := @87 @327
+@339 := {fs : @59} -> {tys : @60} -> (h : @331) -> (hf : @142) -> @13 (@332 @68) @10
+@340 := @328 @22
+@343 := @13 (@332 @22) @10
+@346 := {tys : @60} -> (h : @331) -> (hf : @175) -> @343
+@347 := @340 @23
+@350 := (h : @330 @183) -> (hf : @56) -> @343
+@353 := @347 (@188 @329) @53
+@354 := 7
+@355 := @151 @354
+@356 := @152 @354
+@357 := @64 @356
+@358 := @357 @74
+@359 := @87 @354
+@366 := {fs : @59} -> {tys : @60} -> (h : @358) -> (hf : @142) -> @13 (@359 @68) @10
+@367 := @355 @22
+@370 := @13 (@359 @22) @10
+@373 := {tys : @60} -> (h : @358) -> (hf : @175) -> @370
+@374 := @367 @23
+@377 := (h : @357 @183) -> (hf : @56) -> @370
+@380 := @374 (@188 @356) @53
+@381 := 8
+@382 := @151 @381
+@383 := @152 @381
+@384 := @64 @383
+@385 := @384 @74
+@386 := @87 @381
+@393 := {fs : @59} -> {tys : @60} -> (h : @385) -> (hf : @142) -> @13 (@386 @68) @10
+@394 := @382 @22
+@397 := @13 (@386 @22) @10
+@400 := {tys : @60} -> (h : @385) -> (hf : @175) -> @397
+@401 := @394 @23
+@404 := (h : @384 @183) -> (hf : @56) -> @397
+@407 := @401 (@188 @383) @53
+@408 := 9
+@409 := @151 @408
+@410 := @152 @408
+@411 := @64 @410
+@412 := @411 @74
+@413 := @87 @408
+@420 := {fs : @59} -> {tys : @60} -> (h : @412) -> (hf : @142) -> @13 (@413 @68) @10
+@421 := @409 @22
+@424 := @13 (@413 @22) @10
+@427 := {tys : @60} -> (h : @412) -> (hf : @175) -> @424
+@428 := @421 @23
+@431 := (h : @411 @183) -> (hf : @56) -> @424
+@434 := @428 (@188 @410) @53
+@448 := fun (__v : @3) =>
+  Models.Glyphs.Glyph.casesOn.{0} @17 @4 @191 @218 @245 @272 @299 @326 @353 @380 @407 @434
+@449 := @5 @30
+@451 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.__wt_0 @30
+@452 := @21 @18
+@454 := @452 @449 @22
+@455 := Prod.{0, 0}
+@457 := @455 @57 @18
+@461 := Prod.mk.{0, 0} @57 @18 @9
+@462 := @461 @449
+@463 := @20 @457
+@464 := @21 @457
+@466 := @464 @462 @463
+@467 := Bool.true
+@468 := LexLeanTarget.TargetSyntax.Function
+@469 := LexLeanTarget.TargetSyntax.Program.functions
+@470 := @469 @0
+@471 := @20 @57
+@472 := LexLeanTarget.TargetSyntax.Ty.unit
+@473 := LexLeanTarget.TargetSyntax.Value.unit
+@476 := LexLeanTarget.TargetSyntax.Expr.value @472 @473
+@481 := LexLeanTarget.TargetSyntax.Function.mk @471 @23 @472 @476
+@486 := List.getD.{0} @468 @470 @9 @481
+@490 := fun (__e_n : @57) => LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.root @4 @9
+@495 := @7 @66 @79 @88 @68 @28
+@498 := @27 @83 @76 @66
+@500 := @452 @79 @68
+@501 := @498 @500
+@502 := @21 @19
+@504 := @502 @88 @28
+@514 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @495) -> (hs : @82) -> @501 @504
+@516 := LexLeanPreservation.Rust.wtl_cons @0
+@532 := {c : @25} ->
+  {A : @26} ->
+  {v : @18} ->
+  {t : @19} ->
+  {vs : @59} -> {ts : @60} -> (h : @11 @79 @88 @68 @28) -> (hs : @113) -> @40 @76 @66 @500 @504
+@533 := @516 @1
+@546 := {A : @26} ->
+  {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @12 @88 @68 @28) -> (hs : @129) -> @48 @66 @500 @504
+@547 := @533 @2
+@557 := {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @500 @504
+@558 := @547 @449
+@559 := @5 @88
+@561 := @13 @559 @28
+@562 := @5 @66
+@563 := @452 @562
+@571 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @561) -> (hs : @142) -> @54 (@563 @68) @504
+@572 := @558 @10
+@573 := @5 @68
+@575 := @13 @573 @10
+@576 := @5 @79
+@577 := @452 @576
+@579 := @54 (@577 @68)
+@580 := @502 @10
+@581 := @580 @28
+@586 := {vs : @59} -> {ts : @60} -> (h : @575) -> (hs : @142) -> @579 @581
+@587 := @572 @22
+@588 := @5 @28
+@590 := @13 @588 @10
+@592 := @452 @559 @22
+@593 := @54 @592
+@597 := {ts : @60} -> (h : @590) -> (hs : @175) -> @593 @581
+@598 := @587 @23
+@600 := @13 @449 @10
+@602 := @452 @573 @22
+@603 := @54 @602
+@604 := @580 @23
+@607 := (h : @600) -> (hs : @56) -> @603 @604
+@608 := @598 @451
+@610 := @452 @588 @22
+@611 := @54 @610
+@613 := (hs : @56) -> @611 @604
+@614 := @608 @53
+@615 := @54 @454
+@616 := @615 @604
+@617 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.denote
+@618 := @617 @30
+@619 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.__fits_0
+@620 := @619 @30
+@622 := Models.Main.classifyChecked @30
+@623 := Bool
+@625 := @455 @623 @623
+@626 := LexLeanTarget.TargetSyntax.Value.bool
+@631 := LexLeanPreservation.encPair @623 @623 @626 @626
+@632 := LexLeanTarget.TargetSyntax.Value.nat
+@638 := LexLeanPreservation.encExcept @625 @57 @631 @632 @622
+@640 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.root @30
+@641 := Ne.{1}
+@642 := LexLeanPreservation.Obs
+@643 := @641 @642
+@644 := LexLeanPreservation.Rel
+@647 := @643 (@644 @30 @4)
+@648 := LexLeanPreservation.Obs.stuck
+@651 := (f : @623) -> (v : @18) -> @647 @648
+@653 := LexLeanPreservation.Rust.rel_ne_stuck @620
+@659 := (v : @18) -> @643 (@644 (@619 @28) @4) @648
+@660 := @653 @638
+@664 := @643 (@644 @620 @638) @648
+@665 := @58 @457
+@666 := LexLeanPreservation.Rust.FunSem
+@667 := #9
+@673 := (n : @57) -> @666 @667 @83 @76 @4 @66
+@674 := @62 @468
+@675 := @61 @674
+@682 := LexLeanRuntime.index (@58 @468) @468 (LexLeanRuntime.instIndexableList @468)
+@686 := @675 (@682 (@469 @667) @66)
+@687 := @72 @468
+@688 := @687 @79
+@689 := @686 @688
+@690 := #10
+@694 := @27 @690 @667 @83 @79
+@695 := LexLeanTarget.TargetSyntax.Function.types
+@696 := @695 @66
+@697 := @694 @696
+@698 := @62 @665
+@699 := @61 @698
+@700 := LexLeanTarget.TargetSemantics.bindAll
+@701 := LexLeanTarget.TargetSyntax.Function.parameters
+@706 := @699 (@700 (@701 @76) @66 @463)
+@707 := @72 @665
+@708 := @707 @79
+@709 := @706 @708
+@710 := @62 @623
+@711 := @61 @710
+@712 := LexLeanPreservation.Rust.fnFallible
+@713 := #11
+@716 := @711 (@712 @713 @667)
+@717 := @72 @623
+@718 := @717 @79
+@719 := @716 @718
+@720 := LexLeanPreservation.RunConv
+@721 := #13
+@725 := @720 @721 @690 @83 @79
+@727 := @643 @66 @648
+@728 := Exists.{1}
+@729 := LexLeanPreservation.Rust.ROut
+@730 := @728 @729
+@731 := And
+@732 := LexLeanPreservation.Rust.RealizesFn
+@736 := @731 (@732 @667 @83 @4)
+@737 := LexLeanPreservation.Rust.RCI
+@739 := @737 #15
+@740 := LexLeanPreservation.Rust.fnIdent
+@741 := @740 @721
+@748 := (hne : @727) -> @730 (fun (ro : @729) => @736 (@739 @741 @713 @4))
+@763 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @665} ->
+  {F : @623} ->
+  {o : @642} ->
+  (hB : @673) ->
+  (hfn : @689) -> (hwt : @697) -> (hbind : @709) -> (hF : @719) -> (hA : @725) -> @748
+@765 := LexLeanPreservation.Rust.compose @0
+@766 := @666 @0
+@771 := (n : @57) -> @766 @83 @76 @4 @66
+@772 := @682 @470
+@775 := @675 (@772 @66) @688
+@779 := @40 @667 @83 @79 @696
+@780 := @720 @0
+@783 := @780 @690 @83 @79
+@797 := {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @665} ->
+  {F : @623} ->
+  {o : @642} ->
+  (hB : @771) ->
+  (hfn : @775) -> (hwt : @779) -> (hbind : @709) -> (hF : @719) -> (hA : @783) -> @748
+@798 := @765 @1
+@799 := @766 @1
+@803 := (n : @57) -> @799 @76 @4 @66
+@806 := @48 @83 @79 @696
+@807 := @712 @1
+@810 := @711 (@807 @667) @718
+@811 := @737 @1
+@821 := (hbind : @709) ->
+  (hF : @810) -> (hA : @783) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@811 @741 @713 @4))
+@831 := {A : @26} ->
+  {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @665} -> {F : @623} -> {o : @642} -> (hB : @803) -> (hfn : @775) -> (hwt : @806) -> @821
+@832 := @798 @2
+@834 := @799 @2 @4
+@836 := (n : @57) -> @834 @66
+@837 := @54 @79
+@838 := @837 @696
+@847 := {f : @57} ->
+  {fn : @468} ->
+  {args : @59} ->
+  {env : @665} -> {F : @623} -> {o : @642} -> (hB : @836) -> (hfn : @775) -> (hwt : @838) -> @821
+@848 := @832 @9
+@850 := (n : @57) -> @834 @9
+@851 := @772 @9
+@852 := @675 @851
+@853 := @852 @688
+@854 := @807 @9
+@855 := @711 @854
+@856 := @855 @718
+@857 := @780 @9
+@859 := @857 @83 @79
+@861 := @811 (@740 @9)
+@869 := (hF : @856) -> (hA : @859) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 @713 @4))
+@878 := {fn : @468} ->
+  {args : @59} ->
+  {env : @665} ->
+  {F : @623} -> {o : @642} -> (hB : @850) -> (hfn : @853) -> (hwt : @838) -> (hbind : @709) -> @869
+@879 := @848 @486
+@881 := @852 (@687 @486)
+@882 := @695 @486
+@883 := @837 @882
+@885 := @700 (@701 @486)
+@897 := {args : @59} ->
+  {env : @665} ->
+  {F : @623} ->
+  {o : @642} ->
+  (hB : @850) -> (hfn : @881) -> (hwt : @883) -> (hbind : @699 (@885 @66 @463) @708) -> @869
+@898 := @879 @454
+@899 := @563 @22
+@901 := @54 @899 @882
+@904 := @452 (@5 @76) @22
+@908 := @699 (@885 @904 @463) @708
+@911 := @452 (@5 @667) @22
+@932 := {env : @665} ->
+  {F : @623} ->
+  {o : @642} ->
+  (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @901) ->
+  (hbind : @908) ->
+  (hF : @856) ->
+  (hA : @857 @911 @79) ->
+  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@452 (@5 #12) @22) @4))
+@933 := @898 @466
+@934 := @577 @22
+@936 := @54 @934 @882
+@944 := @699 (@885 @899 @463) (@707 (@464 (@461 @562) @463))
+@947 := @452 (@5 @83) @22
+@966 := {F : @623} ->
+  {o : @642} ->
+  (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @936) ->
+  (hbind : @944) ->
+  (hF : @856) ->
+  (hA : @857 @947 @79) ->
+  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@452 (@5 @713) @22) @4))
+@967 := @933 @467
+@968 := @593 @882
+@976 := @699 (@885 @934 @463) (@707 (@464 (@461 @576) @463))
+@978 := @855 (@717 @467)
+@980 := @857 @904 @79
+@981 := @732 @467
+@1000 := {o : @642} ->
+  (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @968) ->
+  (hbind : @976) ->
+  (hF : @978) ->
+  (hA : @980) ->
+  (hne : @727) -> @730 (fun (ro : @729) => @731 (@981 @83 @4) (@861 (@452 (@5 @690) @22) @4))
+@1001 := @967 @618
+@1002 := @603 @882
+@1010 := @699 (@885 @592 @463) (@707 (@464 (@461 @559) @463))
+@1011 := @857 @899
+@1012 := @617 @66
+@1013 := @1011 @1012
+@1014 := @617 @76
+@1032 := (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @1002) ->
+  (hbind : @1010) ->
+  (hF : @978) ->
+  (hA : @1013) ->
+  (hne : @643 @1014 @648) -> @730 (fun (ro : @729) => @731 (@981 (@617 @667) @4) (@861 @911 @4))
+@1033 := @1001 @490
+@1034 := @611 @882
+@1042 := @699 (@885 @602 @463) (@707 (@464 (@461 @573) @463))
+@1043 := @857 @934
+@1044 := @617 @79
+@1062 := (hfn : @881) ->
+  (hwt : @1034) ->
+  (hbind : @1042) ->
+  (hF : @978) ->
+  (hA : @1043 @1044) ->
+  (hne : @643 @1012 @648) -> @730 (fun (ro : @729) => @731 (@981 (@617 @83) @4) (@861 @947 @4))
+@1065 := @1033 (@187 @674 @851)
+@1066 := @615 @882
+@1074 := @699 (@885 @610 @463) (@707 (@464 (@461 @588) @463))
+@1075 := @857 @592
+@1076 := @617 @88
+@1092 := (hwt : @1066) ->
+  (hbind : @1074) ->
+  (hF : @978) ->
+  (hA : @1075 @1076) ->
+  (hne : @643 @1044 @648) -> @730 (fun (ro : @729) => @731 (@981 @1014 @4) (@861 @904 @4))
+@1093 := @1065 @614
+@1095 := @885 @454 @463
+@1098 := @699 @1095 (@707 @466)
+@1099 := @857 @602
+@1100 := @617 @68
+@1115 := (hbind : @1098) ->
+  (hF : @978) ->
+  (hA : @1099 @1100) ->
+  (hne : @643 @1076 @648) -> @730 (fun (ro : @729) => @731 (@981 @1012 @4) (@861 @899 @4))
+@1118 := @1093 (@187 @698 @1095)
+@1119 := @857 @610
+@1120 := @617 @28
+@1134 := (hF : @978) ->
+  (hA : @1119 @1120) ->
+  (hne : @643 @1100 @648) -> @730 (fun (ro : @729) => @731 (@981 @1044 @4) (@861 @934 @4))
+@1137 := @1118 (@187 @710 @854)
+@1151 := (hA : @857 @454 @618) ->
+  (hne : @643 @1120 @648) -> @730 (fun (ro : @729) => @731 (@981 @1076 @4) (@861 @592 @4))
+@1152 := @1137 @640
+@1163 := (hne : @643 @618 @648) -> @730 (fun (ro : @729) => @731 (@981 @1100 @4) (@861 @602 @4))
+@1164 := @1152 @660
+@1170 := @731 (@981 @1120 @4) (@861 @610 @4)
+@1172 := @730 (fun (ro : @729) => @1170)
+@1174 := @730 (fun (__e_ro : @729) => @1170)
+@1178 := LexLeanPreservation.Rust.RepresentableL (@452 @6 @22)
+@1179 := (__e_hrep : @1178) -> @1174
+@1180 := fun (__e_hrep : @1178) => @1164
+@1181 := (glyph : @3) -> @1179
+@1182 := fun (glyph : @3) => @1180
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/RustStd.lean
new file mode 100644
index 000000000..b65d9f83d
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/RustStd.lean
@@ -0,0 +1,250 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [], [], [], [], [], [], [], []] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.adt 0) (.var 0) (.«let» 2 .nat (.call 1 [(.var 1)]) (.cond (.call 2 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 3 [(.var 0)]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.prim .natEq [(.var 1), (.call 4 [(.var 0)])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.first (.call 5 [(.closure 6 []), (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.build .none (.option (.pair .nat .int)) []), (.build .cons (.list .nat) [(.value .nat (.nat 0)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .cons (.list .nat) [(.value .nat (.nat 4)), (.build .cons (.list .nat) [(.value .nat (.nat 5)), (.build .cons (.list .nat) [(.value .nat (.nat 6)), (.build .cons (.list .nat) [(.value .nat (.nat 7)), (.build .cons (.list .nat) [(.value .nat (.nat 8)), (.build .cons (.list .nat) [(.value .nat (.nat 9)), (.build .nil (.list .nat) [])])])])])])])])])])])]), (.call 7 [(.var 0)])])) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [1] (.first (.var 1)))]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [] (.value .nat (.nat 0))), (.arm (.adt 1) [] (.value .nat (.nat 1))), (.arm (.adt 2) [] (.value .nat (.nat 2))), (.arm (.adt 3) [] (.value .nat (.nat 3))), (.arm (.adt 4) [] (.value .nat (.nat 4))), (.arm (.adt 5) [] (.value .nat (.nat 5))), (.arm (.adt 6) [] (.value .nat (.nat 6))), (.arm (.adt 7) [] (.value .nat (.nat 7))), (.arm (.adt 8) [] (.value .nat (.nat 8))), (.arm (.adt 9) [] (.value .nat (.nat 9)))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
+      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 5 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int], result := (.pair (.option (.pair .nat .int)) (.list .nat)),
+      body := (.«match» (.pair (.option (.pair .nat .int)) (.list .nat)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair .nat .int)) (.list .nat)) [(.«match» (.option (.pair .nat .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair .nat .int)) [(.build .pair (.pair .nat .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair .nat .int)) [(.var 4)])))]), (.var 3)]))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 8 [(.call 9 [(.call 10 [(.call 11 [(.call 12 [(.var 0)])])])])]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.first (.call 13 [(.closure 14 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 15 [])]), (.call 16 [])])) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.call 17 [(.closure 18 []), (.build .nil (.list .int) []), (.var 0)]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.call 17 [(.closure 19 []), (.build .nil (.list .int) []), (.var 0)]) },
+    { parameters := [0], types := [(.list .int)], result := (.list .int),
+      body := (.first (.call 13 [(.closure 20 [(.var 0)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 21 [])]), (.call 22 [])])) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 23 [(.var 0)]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 13 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 24 [(.closure 25 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int (-7))), (.build .cons (.list .int) [(.value .int (.int (-6))), (.build .nil (.list .int) [])])])])])])])])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 17 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
+      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.«let» 2 .int (.prim .intQuot [(.var 1), (.value .int (.int 4)), (.value .int (.int 0))]) (.cond (.«match» .bool (.prim .compare [(.var 2), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.cond (.«match» .bool (.prim .compare [(.value .int (.int 127)), (.var 2)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 127)) (.var 2)))), (.build .nil (.list .int) [])])]) },
+    { parameters := [0, 1], types := [(.list .int), .int], result := (.list .int),
+      body := (.prim .append [(.var 0), (.build .cons (.list .int) [(.cond (.«match» .bool (.prim .compare [(.var 1), (.value .int (.int 0))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.value .int (.int 0)) (.var 1)), (.build .nil (.list .int) [])])]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 24 [(.closure 26 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-5))), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .nil (.list .int) [])])])])])])])])])])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 4)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-3))), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-1))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 3)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])]), (.build .nil (.list (.list .int)) [])])])])])])])])])])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 8) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])])), (.arm (.adt 9) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])])])])]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 24 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }, { number := 8, fields := [] }, { number := 9, fields := [] }]) ::
+    (.enum (.fn 0) [{ number := 6, fields := [] }]) ::
+    (.apply 0 [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat)) false [{ function := 6, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 1) [{ number := 14, fields := [(.list .int)] }, { number := 20, fields := [(.list .int)] }]) ::
+    (.apply 1 [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int)) true [{ function := 14, captures := [.clone], functionFallible := true }, { function := 20, captures := [.clone], functionFallible := true }]) ::
+    (.enum (.fn 2) [{ number := 18, fields := [] }, { number := 19, fields := [] }]) ::
+    (.apply 2 [(.list .int), .int] (.list .int) true [{ function := 18, captures := [], functionFallible := true }, { function := 19, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 3) [{ number := 25, fields := [] }, { number := 26, fields := [] }]) ::
+    (.apply 3 [(.pair .int (.list .int)), .int] (.pair .int (.list .int)) true [{ function := 25, captures := [], functionFallible := true }, { function := 26, captures := [], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.move (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 1) [(.clone (.generated .binding 1))] true))] (.cond (.call (.function 2) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.call (.function 4) [(.move (.generated .binding 0))] false))] (.call (.runtime .natEq) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 5) [(.construct (.closure 0 6) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 7) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 3)))))] (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 5)))))]))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .nat (.mk [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.nat 0)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.nat 1)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.nat 2)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.nat 3)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.nat 4)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.nat 5)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.nat 6)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.nat 7)))), (.mk (.adt 0 8 []) (.mk [] (.lit (.nat 8)))), (.mk (.adt 0 9 []) (.mk [] (.lit (.nat 9))))]))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 5) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.option (.pair .nat .int)) (.list .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.pair (.option (.pair .nat .int)) (.list .nat)) (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.list .int)) (.mk [] (.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0))] false)] true)] true)] true)] false))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.call (.function 13) [(.construct (.closure 1 14) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 15) [] false)), (.call (.function 16) [] false)] true))] (.succeed (.move (.generated .part 17))))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 17) [(.construct (.closure 2 18) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [] (.call (.function 17) [(.construct (.closure 2 19) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.call (.function 13) [(.construct (.closure 1 20) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 21) [] false)), (.call (.function 22) [] false)] true))] (.succeed (.move (.generated .part 18))))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [] (.call (.function 23) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.list .int)) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 21)))))] (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))) (.move (.generated .binding 4))))))]))) ::
+    (.function (.generated .function 15) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]))) ::
+    (.function (.generated .function 16) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list .int) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 17) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .operand 41)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 42)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)))), (.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))] (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)))) ::
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.list .int) (.mk [(.mk (.bind (.generated .operand 46)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 47)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.cond (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 49)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 48)))))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false))) (.move (.generated .binding 4))))))]))) ::
+    (.function (.generated .function 21) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]))) ::
+    (.function (.generated .function 22) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [(.mk (.bind (.generated .holder 57)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 3) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 58)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 61)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 60)))))] (.matchOn (.uncons (.generated .holder 61)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true))) (.move (.generated .binding 3))))))]))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 68))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 68)))))] (.matchOn (.uncons (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true))) (.move (.generated .binding 3))))))]))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.pair (.option (.pair .nat .int)) (.list .nat)), .int], (.pair (.option (.pair .nat .int)) (.list .nat))), false), (([(.pair (.list .int) (.list .int)), (.list .int)], (.pair (.list .int) (.list .int))), true), (([(.list .int), .int], (.list .int)), true), (([(.pair .int (.list .int)), .int], (.pair .int (.list .int))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.move (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 1) [(.clone (.generated .binding 1))] true))], (.cond (.call (.function 2) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 2) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.call (.function 4) [(.move (.generated .binding 0))] false))], (.call (.runtime .natEq) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 5) [(.construct (.closure 0 6) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 7) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 3)))))], (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 5)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 5) [(.construct (.closure 0 6) []), (.pair (.construct (.none (.pair .nat .int)) []) (.construct .cons [(.lit (.nat 0)), (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct .cons [(.lit (.nat 4)), (.construct .cons [(.lit (.nat 5)), (.construct .cons [(.lit (.nat 6)), (.construct .cons [(.lit (.nat 7)), (.construct .cons [(.lit (.nat 8)), (.construct .cons [(.lit (.nat 9)), (.construct (.nil .nat) [])])])])])])])])])])])), (.call (.function 7) [(.move (.generated .binding 0))] true)] false))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(1, (.pair .nat .int), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 5)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.nat 0)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.nat 1)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.nat 2)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.nat 3)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.nat 4)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.nat 5)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.nat 6)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.nat 7)))), (.mk (.adt 0 8 []) (.mk [] (.lit (.nat 8)))), (.mk (.adt 0 9 []) (.mk [] (.lit (.nat 9))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.nat 1))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.nat 2))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.lit (.nat 3))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.lit (.nat 4))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.lit (.nat 5))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.lit (.nat 6))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.lit (.nat 7))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 8) (loads := []) (lets := []) (tail := (.lit (.nat 8))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 9) (loads := []) (lets := []) (tail := (.lit (.nat 9))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 5) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 1)), (0, (.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.option (.pair .nat .int)) (.list .nat)), .int] (.pair (.option (.pair .nat .int)) (.list .nat))), (.pair (.option (.pair .nat .int)) (.list .nat)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.option (.pair .nat .int)) (.list .nat)), .int]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 9)))))], (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]), [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 9))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 9))) (Corr.second (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.pair (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 11)))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))))])) (Corr.matchArms (st := (.option (.pair .nat .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 11))) (Corr.first (ta := (.option (.pair .nat .int))) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.copy (.generated .binding 4))])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))]) (ce := (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 13))) (Corr.second (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.pair .nat .int), (some 4)), (3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair .nat .int)) (.list .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.pair (.copy (.generated .binding 2)) (.copy (.generated .binding 1)))])) (lb := []) (tb := (.construct .some [(.copy (.generated .binding 4))])) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) rfl rfl rfl (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.call (.function 9) [(.call (.function 10) [(.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0))] false)] true)] true)] true)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.call (.function 13) [(.construct (.closure 1 14) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 15) [] false)), (.call (.function 16) [] false)] true))], (.succeed (.move (.generated .part 17))), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 17) [(.construct (.closure 2 18) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 17) [(.construct (.closure 2 19) []), (.construct (.nil .int) []), (.move (.generated .binding 0))] false), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.call (.function 13) [(.construct (.closure 1 20) [(.move (.generated .binding 0))]), (.pair (.construct (.nil .int) []) (.call (.function 21) [] false)), (.call (.function 22) [] false)] true))], (.succeed (.move (.generated .part 18))), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 23) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.list .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.list .int)), (some 4)), (3, (.list .int), (some 3)), (2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 20)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 20) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair (.list .int) (.list .int)), (.list .int)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 21)))))], (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 21))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 23))))), (.mk (.bind (.generated .operand 29)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 23))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 24)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 25))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 24)), .wild]) none (.call (.function 24) [(.construct (.closure 3 25) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 24))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int (-6))), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int (-7))), (.construct .cons [(.lit (.int (-6))), (.construct (.nil .int) [])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons 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rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons 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rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 17) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.list .int), (some 1)), (0, (.fn [(.list .int), .int] (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 17) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list .int), .int] (.list .int)), (.list .int), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.list .int), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 41)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 42)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)))), (.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))] (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))] (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2)))))))), (.construct (.nil .int) [])]))], (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 2)) (some .int) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))] (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)))), (.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))] (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.lit (.int 4))), (.mk (.bind (.generated .operand 34)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 32)), (.move (.generated .operand 33)), (.move (.generated .operand 34))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))]) (ce := (.matchOn (.move (.generated .holder 37)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 36)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))]) (tb := (.cond (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 127))) (.mk [] (.copy (.generated .binding 2))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .holder 40)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false))))]) (ce := (.matchOn (.move (.generated .holder 40)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 38)) none (.lit (.int 127))), (.mk (.bind (.generated .operand 39)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .int, (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 127))) (lb := []) (tb := (.copy (.generated .binding 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl)))))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 46)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 47)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))] (.cond (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1)))))), (.construct (.nil .int) [])]))], (.call (.runtime .appendList) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false), [(1, .int, (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.lit (.int 0))) (.mk [] (.copy (.generated .binding 1))))) (Corr.cond (lc := [(.mk (.bind (.generated .holder 45)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))] (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false))))]) (ce := (.matchOn (.move (.generated .holder 45)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 44)) none (.lit (.int 0)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.int 0))) (lb := []) (tb := (.copy (.generated .binding 1))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.var rfl rfl))))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 49)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 48)))))], (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 48))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 55)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 56)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 50))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 51)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 52))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.call (.function 24) [(.construct (.closure 3 26) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 51))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-5))), (.construct .cons [(.lit (.int 2)), (.construct (.nil .int) [])])])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 4)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-3))), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int (-1))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int (-2))), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-4))), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 3)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]), (.construct (.nil (.list .int)) [])])])])])])])])])])])])]), [], rfl, rfl,
+    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 57)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 8 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])]))), (.mk (.adt 0 9 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 8) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 9) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])])])])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 58)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 58)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 24) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 59)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 59) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair .int (.list .int)), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 61)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 60)))))], (.matchOn (.uncons (.generated .holder 61)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 60))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 62))))), (.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 62))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 65))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 69)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 68))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 68)))))], (.matchOn (.uncons (.generated .holder 69)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 68))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 68))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 74)), (.move (.generated .operand 75))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 70)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 70))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 73))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 71)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 72)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 71)), (.move (.generated .operand 72))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | _ + 27 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2.lean
new file mode 100644
index 000000000..2a764731d
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2.lean
@@ -0,0 +1,217 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [], [], [], [], [], []] },
+    { constructors := [[], [], []] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.adt 0) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.call 3 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 4 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .true .bool [])), (.arm (.adt 3) [] (.build .true .bool [])), (.arm (.adt 4) [] (.build .true .bool [])), (.arm (.adt 5) [] (.build .true .bool [])), (.arm (.adt 6) [] (.build .true .bool [])), (.arm (.adt 7) [] (.build .true .bool []))]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«let» 1 (.adt 1) (.call 5 [(.var 0)]) (.«let» 2 .nat (.call 6 [(.var 1)]) (.var 2))) },
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.call 7 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 1)], result := .nat,
+      body := (.call 8 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.«match» (.adt 1) (.first (.call 9 [(.closure 10 []), (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.build .none (.option (.pair (.adt 1) .int)) []), (.build .cons (.list (.adt 1)) [(.build (.adt 0) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 1) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 2) (.adt 1) []), (.build .nil (.list (.adt 1)) [])])])])]), (.call 11 [(.var 0)])])) [(.arm .none [] (.build (.adt 0) (.adt 1) [])), (.arm .some [1] (.first (.var 1)))]) },
+    { parameters := [0], types := [(.adt 1)], result := .nat,
+      body := (.cond (.call 12 [(.var 0)]) (.value .nat (.nat 2)) (.cond (.call 13 [(.var 0)]) (.value .nat (.nat 1)) (.value .nat (.nat 0)))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
+      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
+      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.«match» (.option (.pair (.adt 1) .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair (.adt 1) .int)) [(.var 4)])))]), (.var 3)]))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«let» 1 (.list .int) (.call 14 [(.var 0)]) (.first (.call 15 [(.closure 16 [(.var 1)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 17 [])]), (.call 18 [])]))) },
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .false .bool [])), (.arm (.adt 2) [] (.build .true .bool []))]) },
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .false .bool []))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 19 [(.var 0)]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 15 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 20 [(.closure 21 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 5)), (.build .nil (.list .int) [])])])]), (.build .nil (.list (.list .int)) [])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
+
+def __enc_0 : (Models.Triage.Presentation) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Models.Triage.Presentation.p0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Models.Triage.Presentation.p1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Models.Triage.Presentation.p2 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+  | Models.Triage.Presentation.p3 => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
+  | Models.Triage.Presentation.p4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
+  | Models.Triage.Presentation.p5 => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
+  | Models.Triage.Presentation.p6 => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
+  | Models.Triage.Presentation.p7 => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
+
+def __enc_1 : (Models.Triage.Level) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Models.Triage.Level.routine => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Models.Triage.Level.urgent => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Models.Triage.Level.emergency => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+
+def __fits_3 (presentation : (Models.Triage.Presentation)) : Bool :=
+  (Bool.true && (match presentation with | Models.Triage.Presentation.p0 => (Bool.true && Bool.true) | Models.Triage.Presentation.p1 => (Bool.true && Bool.true) | Models.Triage.Presentation.p2 => (Bool.true && Bool.true) | Models.Triage.Presentation.p3 => (Bool.true && Bool.true) | Models.Triage.Presentation.p4 => (Bool.true && Bool.true) | Models.Triage.Presentation.p5 => (Bool.true && Bool.true) | Models.Triage.Presentation.p6 => (Bool.true && Bool.true) | Models.Triage.Presentation.p7 => (Bool.true && Bool.true)))
+
+theorem __rel_3 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_3 presentation) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Triage.hasSymptom presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Triage.Presentation)) => (match __a with | Models.Triage.Presentation.p0 => (Bool.true && Bool.true) | Models.Triage.Presentation.p1 => (Bool.true && Bool.true) | Models.Triage.Presentation.p2 => (Bool.true && Bool.true) | Models.Triage.Presentation.p3 => (Bool.true && Bool.true) | Models.Triage.Presentation.p4 => (Bool.true && Bool.true) | Models.Triage.Presentation.p5 => (Bool.true && Bool.true) | Models.Triage.Presentation.p6 => (Bool.true && Bool.true) | Models.Triage.Presentation.p7 => (Bool.true && Bool.true))) (fun (__a : (Models.Triage.Presentation)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Models.Triage.Presentation.p0 => Bool.false | Models.Triage.Presentation.p1 => Bool.true | Models.Triage.Presentation.p2 => Bool.true | Models.Triage.Presentation.p3 => Bool.true | Models.Triage.Presentation.p4 => Bool.true | Models.Triage.Presentation.p5 => Bool.true | Models.Triage.Presentation.p6 => Bool.true | Models.Triage.Presentation.p7 => Bool.true)) presentation (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Presentation)) _ => match __a with | Models.Triage.Presentation.p0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)) | Models.Triage.Presentation.p1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))) | Models.Triage.Presentation.p2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))) | Models.Triage.Presentation.p3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))))) | Models.Triage.Presentation.p4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))))) | Models.Triage.Presentation.p5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))))))) | Models.Triage.Presentation.p6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))))))) | Models.Triage.Presentation.p7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))))))))))
+
+def __fits_1 (presentation : (Models.Triage.Presentation)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_3 (presentation)))
+
+attribute [local irreducible] Models.Triage.hasSymptom in
+theorem __rel_1 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_1 presentation) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Triage.symptomaticCheck presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (presentation)))
+
+def __fits_10 (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) : Bool :=
+  (Bool.true && (match (_ybest).2 with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_10 (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1)) _ybest), (_root_.LexLeanTarget.TargetSyntax.Value.int _yscore)] (_root_.LexLeanPreservation.Rel (__fits_10 _ybest _yscore) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1)) ((match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList __enc_1) (fun (__a : (List (Models.Triage.Level))) => (match __a with | List.nil => Bool.true | List.cons _ylabel _ylabels => (((Bool.true && (match (_ybest).1 with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List (Models.Triage.Level))) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1)) (match __a with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels))) (_ybest).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List (Models.Triage.Level))) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ylabel _ylabels => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => (match __a with | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.some _yleader => ((Bool.true && (Bool.true && Bool.true)) && (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))))) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int)))))) (_ybest).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some _yleader => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((Bool.true && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (if __b then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))) (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) (_root_.LexLeanPreservation.conv_lessThan (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanCollections.lessThan (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.lessThan, __h]) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some))))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_19 (presentation : (Models.Triage.Presentation)) : Bool :=
+  (Bool.true && (match presentation with | Models.Triage.Presentation.p0 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p1 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p2 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p3 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p4 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p5 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p6 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p7 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_19 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_19 presentation) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.features presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Models.Triage.Presentation)) => (match __a with | Models.Triage.Presentation.p0 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p1 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p2 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p3 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p4 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p5 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p6 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) | Models.Triage.Presentation.p7 => ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Models.Triage.Presentation)) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (match __a with | Models.Triage.Presentation.p0 => ((0 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p1 => ((1 : Int) :: ((0 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p2 => ((0 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p3 => ((1 : Int) :: ((1 : Int) :: ((0 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p4 => ((0 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p5 => ((1 : Int) :: ((0 : Int) :: ((1 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p6 => ((0 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))) | Models.Triage.Presentation.p7 => ((1 : Int) :: ((1 : Int) :: ((1 : Int) :: ([] : List Int)))))) presentation (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Presentation)) _ => match __a with | Models.Triage.Presentation.p0 => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)) | Models.Triage.Presentation.p1 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))) | Models.Triage.Presentation.p2 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))) | Models.Triage.Presentation.p3 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))) | Models.Triage.Presentation.p4 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))) | Models.Triage.Presentation.p5 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons))))))) | Models.Triage.Presentation.p6 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))) | Models.Triage.Presentation.p7 => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))))))))
+
+def __fits_14 (presentation : (Models.Triage.Presentation)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_19 (presentation)))
+
+attribute [local irreducible] Models.Triage.features in
+theorem __rel_14 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_14 presentation) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.TriageScore.features presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (presentation)))
+
+def __fits_21 (_ysum : (Prod Int (List Int))) (_yweight : Int) : Bool :=
+  (Bool.true && (match (_ysum).2 with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_21 (_ysum : (Prod Int (List Int))) (_yweight : Int) : _root_.LexLeanPreservation.FunRel __prog 21 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _ysum), (_root_.LexLeanTarget.TargetSyntax.Value.int _yweight)] (_root_.LexLeanPreservation.Rel (__fits_21 _ysum _yweight) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _yvalue _yrest => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int))) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest))) (_ysum).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _yvalue _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intMul _yweight _yvalue)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg (_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub (_ysum).1 (_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_16 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : Bool :=
+  (Bool.true && (match (_yacc).2 with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_21 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true)))
+
+theorem __rel_16 (_yvalues : (List Int)) (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues), ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) _yacc), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yrow)] (_root_.LexLeanPreservation.Rel (__fits_16 _yvalues _yacc _yrow) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) ((match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (fun (__a : (List Int)) => (match __a with | List.nil => Bool.true | List.cons _ybias _ybiases => ((((Bool.true && (((((Bool.true && (((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_21 __p0 __p1) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow))) && Bool.true) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true))) (fun (__a : (List Int)) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (match __a with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases))) (_yacc).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : (List Int)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons _ybias _ybiases => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __fits_21 __p0 __p1) 21 [] (fun (__p0 : (Prod Int (List Int))) (__p1 : Int) => __rel_21 __p0 __p1) (p := __prog) (fi := 20) (ta := .int) (ts := (.pair .int (.list .int))) rfl (((0 : Int), _yvalues)) (_yrow)))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_intNeg ((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub _ybias (_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (_yacc).1 ((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))
+
+def __fits_17  : Bool :=
+  ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_17  : _root_.LexLeanPreservation.FunRel __prog 17 [] (_root_.LexLeanPreservation.Rel (__fits_17) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.triageBias))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_18  : Bool :=
+  ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_18  : _root_.LexLeanPreservation.FunRel __prog 18 [] (_root_.LexLeanPreservation.Rel (__fits_18) ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (Models.Triage.triageWeights))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_11 (presentation : (Models.Triage.Presentation)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_14 (presentation))) && (let _yvalues : (List Int) := (Models.Triage.TriageScore.features (presentation)); (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && (__fits_17)) && Bool.true)) && Bool.true) && ((Bool.true && (__fits_18)) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_16 (_yvalues) __p0 __p1) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) ((([] : List Int), (Models.Triage.triageBias))) ((Models.Triage.triageWeights))))))
+
+attribute [local irreducible] Models.Triage.TriageScore.features Models.Triage.triageBias Models.Triage.triageWeights in
+theorem __rel_11 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_11 presentation) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (Models.Triage.TriageScore.scores presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yvalues : (List Int) := (Models.Triage.TriageScore.features (presentation)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (presentation))) (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_17)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_18)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int))) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) ((fun (_yacc : (Prod (List Int) (List Int))) (_yrow : (List Int)) => (match (_yacc).2 with | List.nil => _yacc | List.cons _ybias _ybiases => ((_root_.LexLeanRuntime.append ((_yacc).1) (((_root_.LexLeanRuntime.subtract (_ybias) ((_root_.LexLeanRuntime.negate (((_root_.LexLeanCollections.listFold ((fun (_ysum : (Prod Int (List Int))) (_yweight : Int) => (match (_ysum).2 with | List.nil => _ysum | List.cons _yvalue _yrest => ((_root_.LexLeanRuntime.subtract ((_ysum).1) ((_root_.LexLeanRuntime.negate ((_root_.LexLeanRuntime.multiply (_yweight) (_yvalue) : Int)) : Int)) : Int), _yrest)))) (((0 : Int), _yvalues)) (_yrow) : (Prod Int (List Int)))).1) : Int)) : Int) :: ([] : List Int))) : (List Int)), _ybiases)))) (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __fits_16 (_yvalues) __p0 __p1) 16 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) _yvalues)] (fun (__p0 : (Prod (List Int) (List Int))) (__p1 : (List Int)) => __rel_16 (_yvalues) __p0 __p1) (p := __prog) (fi := 15) (ta := (.list .int)) (ts := (.pair (.list .int) (.list .int))) rfl ((([] : List Int), (Models.Triage.triageBias))) ((Models.Triage.triageWeights))))))
+
+def __fits_7 (presentation : (Models.Triage.Presentation)) : Bool :=
+  (((Bool.true && ((((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && Bool.true) && (__fits_11 (presentation))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (__p1 : Int) => __fits_10 __p0 __p1) ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation))))) && (match ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation))) : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level))))).1 with | Option.none => (Bool.true && Bool.true) | Option.some _ywinner => Bool.true))
+
+attribute [local irreducible] Models.Triage.TriageScore.scores in
+theorem __rel_7 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_7 presentation) (__enc_1 (Models.Triage.TriageScore presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ywinner => Bool.true)) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) => __enc_1 (match __a with | Option.none => (Models.Triage.Level.routine : (Models.Triage.Level)) | Option.some _ywinner => (_ywinner).1)) ((_root_.LexLeanCollections.listFold ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation))) : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level))))).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (presentation))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.int)) (_root_.LexLeanPreservation.encList __enc_1))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (_ybest : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (_yscore : Int) => (match (_ybest).2 with | List.nil => _ybest | List.cons _ylabel _ylabels => ((match (_ybest).1 with | Option.none => (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) | Option.some _yleader => (if (_root_.LexLeanCollections.lessThan ((_yleader).2) (_yscore) : Bool) then (Option.some ((_ylabel, _yscore)) : (Option (Prod (Models.Triage.Level) Int))) else (Option.some (_yleader) : (Option (Prod (Models.Triage.Level) Int))))), _ylabels)))) (fun (__p0 : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (__p1 : Int) => __fits_10 __p0 __p1) 10 [] (fun (__p0 : (Prod (Option (Prod (Models.Triage.Level) Int)) (List (Models.Triage.Level)))) (__p1 : Int) => __rel_10 __p0 __p1) (p := __prog) (fi := 9) (ta := .int) (ts := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))) rfl (((Option.none : (Option (Prod (Models.Triage.Level) Int))), ((Models.Triage.Level.routine : (Models.Triage.Level)) :: ((Models.Triage.Level.urgent : (Models.Triage.Level)) :: ((Models.Triage.Level.emergency : (Models.Triage.Level)) :: ([] : List (Models.Triage.Level))))))) ((Models.Triage.TriageScore.scores (presentation)))))) (fun (__a : (Option (Prod (Models.Triage.Level) Int))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt)) | Option.some _ywinner => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))))))
+
+def __fits_5 (_yinput : (Models.Triage.Presentation)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_7 (_yinput)))
+
+attribute [local irreducible] Models.Triage.TriageScore in
+theorem __rel_5 (_yinput : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_5 _yinput) (__enc_1 (Models.Triage.TriageModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (_yinput)))
+
+def __fits_12 (level : (Models.Triage.Level)) : Bool :=
+  (Bool.true && (match level with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true)))
+
+theorem __rel_12 (level : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 level)] (_root_.LexLeanPreservation.Rel (__fits_12 level) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Triage.isEmergency level))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (Models.Triage.Level)) => (match __a with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true))) (fun (__a : (Models.Triage.Level)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Models.Triage.Level.routine => Bool.false | Models.Triage.Level.urgent => Bool.false | Models.Triage.Level.emergency => Bool.true)) level (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Level)) _ => match __a with | Models.Triage.Level.routine => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)) | Models.Triage.Level.urgent => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) | Models.Triage.Level.emergency => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))))))
+
+def __fits_13 (level : (Models.Triage.Level)) : Bool :=
+  (Bool.true && (match level with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true)))
+
+theorem __rel_13 (level : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 level)] (_root_.LexLeanPreservation.Rel (__fits_13 level) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Policy.isUrgent level))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (Models.Triage.Level)) => (match __a with | Models.Triage.Level.routine => (Bool.true && Bool.true) | Models.Triage.Level.urgent => (Bool.true && Bool.true) | Models.Triage.Level.emergency => (Bool.true && Bool.true))) (fun (__a : (Models.Triage.Level)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Models.Triage.Level.routine => Bool.false | Models.Triage.Level.urgent => Bool.true | Models.Triage.Level.emergency => Bool.false)) level (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Models.Triage.Level)) _ => match __a with | Models.Triage.Level.routine => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)) | Models.Triage.Level.urgent => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true))) | Models.Triage.Level.emergency => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))))
+
+def __fits_8 (level : (Models.Triage.Level)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_12 (level))) && (if (Models.Triage.isEmergency (level)) then Bool.true else (((Bool.true && Bool.true) && (__fits_13 (level))) && (if (Models.Policy.isUrgent (level)) then Bool.true else Bool.true))))
+
+attribute [local irreducible] Models.Policy.isUrgent Models.Triage.isEmergency in
+theorem __rel_8 (level : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_1 level)] (_root_.LexLeanPreservation.Rel (__fits_8 level) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Policy.PolicyRules level))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((Bool.true && Bool.true) && (__fits_13 (level))) && (if (Models.Policy.isUrgent (level)) then Bool.true else Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (2 : Nat) else (if (Models.Policy.isUrgent (level)) then (1 : Nat) else (0 : Nat)))) (Models.Triage.isEmergency (level)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (level))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (1 : Nat) else (0 : Nat))) (Models.Policy.isUrgent (level)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (level))) (fun _ => _root_.LexLeanPreservation.conv_value) (fun _ => _root_.LexLeanPreservation.conv_value))))
+
+def __fits_6 (_yinput : (Models.Triage.Level)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_8 (_yinput)))
+
+attribute [local irreducible] Models.Policy.PolicyRules in
+theorem __rel_6 (_yinput : (Models.Triage.Level)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_1 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_6 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Policy.PolicyModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_yinput)))
+
+def __fits_4 (presentation : (Models.Triage.Presentation)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_5 (presentation))) && (let _ystage1 : (Models.Triage.Level) := (Models.Triage.TriageModel (presentation)); (((Bool.true && Bool.true) && (__fits_6 (_ystage1))) && (let _ystage2 : Nat := (Models.Policy.PolicyModel (_ystage1)); Bool.true))))
+
+attribute [local irreducible] Models.Policy.PolicyModel Models.Triage.TriageModel in
+theorem __rel_4 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_4 presentation) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Pipeline.TriagePipeline presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ystage1 : (Models.Triage.Level) := (Models.Triage.TriageModel (presentation)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_5 (presentation))) (let _ystage2 : Nat := (Models.Policy.PolicyModel (_ystage1)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (_ystage1))) (_root_.LexLeanPreservation.conv_var rfl)))
+
+def __fits_2 (_yinput : (Models.Triage.Presentation)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_4 (_yinput)))
+
+attribute [local irreducible] Models.Pipeline.TriagePipeline in
+theorem __rel_2 (_yinput : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Pipeline.PipelineModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (_yinput)))
+
+def __fits_0 (presentation : (Models.Triage.Presentation)) : Bool :=
+  (Bool.true && (let _ychecked1_input : (Models.Triage.Presentation) := presentation; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (if (Models.Triage.symptomaticCheck (_ychecked1_input)) then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Models.Pipeline.PipelineModel Models.Triage.symptomaticCheck in
+theorem __rel_0 (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_0 presentation) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.respond presentation))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : (Models.Triage.Presentation) := presentation; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Triage.symptomaticCheck (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (fun _ => (let _ychecked1_output : Nat := (Models.Pipeline.PipelineModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))
+
+def denote (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 presentation) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.respond presentation)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (presentation : (Models.Triage.Presentation)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 presentation)] (_root_.LexLeanPreservation.Rel (__fits_0 presentation) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.respond presentation))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 presentation)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..0a7bf0f9e
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/Compose/RustStd.lex.tex
@@ -0,0 +1,621 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_0 : @16 := @392 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_1 : @399 := @481 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.root : @1214 := @1215 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.flags
+@3 := Models.Triage.Presentation
+@4 := #0
+@5 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value
+@19 := LexLeanTarget.TargetSyntax.Ty
+@20 := List.nil.{0}
+@21 := List.cons.{0}
+@22 := @20 @18
+@23 := @20 @19
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := LexLeanPreservation.Rust.WTL
+@28 := #2
+@29 := @27 @28
+@30 := #1
+@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
+@39 := LexLeanPreservation.Rust.wtl_nil @0
+@40 := @27 @0
+@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
+@47 := @39 @1
+@48 := @40 @1
+@52 := {A : @26} -> @48 @4 @22 @23
+@53 := @47 @2
+@54 := @48 @2
+@55 := @54 @22
+@56 := @55 @23
+@57 := Nat
+@58 := List.{0}
+@59 := @58 @18
+@60 := @58 @19
+@61 := Eq.{1}
+@62 := Option.{0}
+@63 := @62 @60
+@64 := @61 @63
+@65 := LexLeanPreservation.Rust.adtFields
+@66 := #6
+@67 := @65 @66
+@68 := #3
+@71 := @64 (@67 @68 @28)
+@72 := Option.some.{0}
+@73 := @72 @60
+@74 := @73 @4
+@75 := @71 @74
+@76 := #7
+@78 := @27 @76 @66
+@79 := #5
+@82 := @78 @79 @28 @30
+@83 := #8
+@86 := @7 @83 @76 @66
+@87 := LexLeanTarget.TargetSyntax.Value.adt
+@88 := #4
+@90 := @87 @88 @68
+@91 := @86 @90
+@92 := @8 @79
+@102 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
+@104 := LexLeanPreservation.Rust.wt_adt @0
+@105 := @65 @0
+@109 := @64 (@105 @68 @28) @74
+@113 := @40 @66 @79 @28 @30
+@125 := {c : @25} ->
+  {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
+@126 := @104 @1
+@129 := @48 @79 @28 @30
+@139 := {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
+@140 := @126 @2
+@142 := @54 @28 @30
+@143 := @13 @90
+@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
+@151 := @140 @9
+@152 := @105 @9
+@161 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
+@162 := @151 @9
+@163 := @152 @9
+@164 := @64 @163
+@165 := @164 @74
+@166 := @87 @9
+@168 := @13 (@166 @68)
+@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @168 @10
+@174 := @162 @22
+@175 := @55 @30
+@177 := @13 (@166 @22)
+@178 := @177 @10
+@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
+@182 := @174 @23
+@183 := @73 @23
+@186 := (h : @164 @183) -> (hf : @56) -> @178
+@187 := Eq.refl.{1}
+@188 := @187 @63
+@191 := @182 (@188 @163) @53
+@192 := 1
+@193 := @151 @192
+@194 := @152 @192
+@195 := @64 @194
+@196 := @195 @74
+@197 := @87 @192
+@199 := @13 (@197 @68)
+@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @199 @10
+@205 := @193 @22
+@207 := @13 (@197 @22)
+@208 := @207 @10
+@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
+@212 := @205 @23
+@215 := (h : @195 @183) -> (hf : @56) -> @208
+@218 := @212 (@188 @194) @53
+@219 := 2
+@220 := @151 @219
+@221 := @152 @219
+@222 := @64 @221
+@223 := @222 @74
+@224 := @87 @219
+@226 := @13 (@224 @68)
+@231 := {fs : @59} -> {tys : @60} -> (h : @223) -> (hf : @142) -> @226 @10
+@232 := @220 @22
+@234 := @13 (@224 @22)
+@235 := @234 @10
+@238 := {tys : @60} -> (h : @223) -> (hf : @175) -> @235
+@239 := @232 @23
+@242 := (h : @222 @183) -> (hf : @56) -> @235
+@245 := @239 (@188 @221) @53
+@246 := 3
+@247 := @151 @246
+@248 := @152 @246
+@249 := @64 @248
+@250 := @249 @74
+@251 := @87 @246
+@258 := {fs : @59} -> {tys : @60} -> (h : @250) -> (hf : @142) -> @13 (@251 @68) @10
+@259 := @247 @22
+@262 := @13 (@251 @22) @10
+@265 := {tys : @60} -> (h : @250) -> (hf : @175) -> @262
+@266 := @259 @23
+@269 := (h : @249 @183) -> (hf : @56) -> @262
+@272 := @266 (@188 @248) @53
+@273 := 4
+@274 := @151 @273
+@275 := @152 @273
+@276 := @64 @275
+@277 := @276 @74
+@278 := @87 @273
+@285 := {fs : @59} -> {tys : @60} -> (h : @277) -> (hf : @142) -> @13 (@278 @68) @10
+@286 := @274 @22
+@289 := @13 (@278 @22) @10
+@292 := {tys : @60} -> (h : @277) -> (hf : @175) -> @289
+@293 := @286 @23
+@296 := (h : @276 @183) -> (hf : @56) -> @289
+@299 := @293 (@188 @275) @53
+@300 := 5
+@301 := @151 @300
+@302 := @152 @300
+@303 := @64 @302
+@304 := @303 @74
+@305 := @87 @300
+@312 := {fs : @59} -> {tys : @60} -> (h : @304) -> (hf : @142) -> @13 (@305 @68) @10
+@313 := @301 @22
+@316 := @13 (@305 @22) @10
+@319 := {tys : @60} -> (h : @304) -> (hf : @175) -> @316
+@320 := @313 @23
+@323 := (h : @303 @183) -> (hf : @56) -> @316
+@326 := @320 (@188 @302) @53
+@327 := 6
+@328 := @151 @327
+@329 := @152 @327
+@330 := @64 @329
+@331 := @330 @74
+@332 := @87 @327
+@339 := {fs : @59} -> {tys : @60} -> (h : @331) -> (hf : @142) -> @13 (@332 @68) @10
+@340 := @328 @22
+@343 := @13 (@332 @22) @10
+@346 := {tys : @60} -> (h : @331) -> (hf : @175) -> @343
+@347 := @340 @23
+@350 := (h : @330 @183) -> (hf : @56) -> @343
+@353 := @347 (@188 @329) @53
+@354 := 7
+@355 := @151 @354
+@356 := @152 @354
+@357 := @64 @356
+@358 := @357 @74
+@359 := @87 @354
+@366 := {fs : @59} -> {tys : @60} -> (h : @358) -> (hf : @142) -> @13 (@359 @68) @10
+@367 := @355 @22
+@370 := @13 (@359 @22) @10
+@373 := {tys : @60} -> (h : @358) -> (hf : @175) -> @370
+@374 := @367 @23
+@377 := (h : @357 @183) -> (hf : @56) -> @370
+@380 := @374 (@188 @356) @53
+@392 := fun (__v : @3) =>
+  Models.Triage.Presentation.casesOn.{0} @17 @4 @191 @218 @245 @272 @299 @326 @353 @380
+@393 := Models.Triage.Level
+@395 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.__enc_1 @4
+@396 := @8 @192
+@398 := @13 @395 @396
+@399 := (__v : @393) -> @398
+@400 := fun (__v : @393) => @398
+@401 := @140 @192
+@402 := @105 @192
+@411 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@402 @28) @74) -> (hf : @142) -> @143 @396
+@412 := @401 @9
+@413 := @402 @9
+@414 := @64 @413
+@415 := @414 @74
+@420 := {fs : @59} -> {tys : @60} -> (h : @415) -> (hf : @142) -> @168 @396
+@421 := @412 @22
+@422 := @177 @396
+@425 := {tys : @60} -> (h : @415) -> (hf : @175) -> @422
+@426 := @421 @23
+@429 := (h : @414 @183) -> (hf : @56) -> @422
+@432 := @426 (@188 @413) @53
+@433 := @401 @192
+@434 := @402 @192
+@435 := @64 @434
+@436 := @435 @74
+@441 := {fs : @59} -> {tys : @60} -> (h : @436) -> (hf : @142) -> @199 @396
+@442 := @433 @22
+@443 := @207 @396
+@446 := {tys : @60} -> (h : @436) -> (hf : @175) -> @443
+@447 := @442 @23
+@450 := (h : @435 @183) -> (hf : @56) -> @443
+@453 := @447 (@188 @434) @53
+@454 := @401 @219
+@455 := @402 @219
+@456 := @64 @455
+@457 := @456 @74
+@462 := {fs : @59} -> {tys : @60} -> (h : @457) -> (hf : @142) -> @226 @396
+@463 := @454 @22
+@464 := @234 @396
+@467 := {tys : @60} -> (h : @457) -> (hf : @175) -> @464
+@468 := @463 @23
+@471 := (h : @456 @183) -> (hf : @56) -> @464
+@474 := @468 (@188 @455) @53
+@481 := fun (__v : @393) => Models.Triage.Level.casesOn.{0} @400 @4 @432 @453 @474
+@482 := @5 @30
+@484 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_0 @30
+@485 := @21 @18
+@487 := @485 @482 @22
+@488 := Prod.{0, 0}
+@490 := @488 @57 @18
+@494 := Prod.mk.{0, 0} @57 @18 @9
+@495 := @494 @482
+@496 := @20 @490
+@497 := @21 @490
+@499 := @497 @495 @496
+@500 := Bool.true
+@501 := LexLeanTarget.TargetSyntax.Function
+@502 := LexLeanTarget.TargetSyntax.Program.functions
+@503 := @502 @0
+@504 := @20 @57
+@505 := LexLeanTarget.TargetSyntax.Ty.unit
+@506 := LexLeanTarget.TargetSyntax.Value.unit
+@509 := LexLeanTarget.TargetSyntax.Expr.value @505 @506
+@514 := LexLeanTarget.TargetSyntax.Function.mk @504 @23 @505 @509
+@519 := List.getD.{0} @501 @503 @9 @514
+@523 := fun (__e_n : @57) => LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.root @4 @9
+@528 := @7 @66 @79 @88 @68 @28
+@531 := @27 @83 @76 @66
+@533 := @485 @79 @68
+@534 := @531 @533
+@535 := @21 @19
+@537 := @535 @88 @28
+@547 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @528) -> (hs : @82) -> @534 @537
+@549 := LexLeanPreservation.Rust.wtl_cons @0
+@565 := {c : @25} ->
+  {A : @26} ->
+  {v : @18} ->
+  {t : @19} ->
+  {vs : @59} -> {ts : @60} -> (h : @11 @79 @88 @68 @28) -> (hs : @113) -> @40 @76 @66 @533 @537
+@566 := @549 @1
+@579 := {A : @26} ->
+  {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @12 @88 @68 @28) -> (hs : @129) -> @48 @66 @533 @537
+@580 := @566 @2
+@590 := {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @533 @537
+@591 := @580 @482
+@592 := @5 @88
+@594 := @13 @592 @28
+@595 := @5 @66
+@596 := @485 @595
+@604 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @594) -> (hs : @142) -> @54 (@596 @68) @537
+@605 := @591 @10
+@606 := @5 @68
+@608 := @13 @606 @10
+@609 := @5 @79
+@610 := @485 @609
+@612 := @54 (@610 @68)
+@613 := @535 @10
+@614 := @613 @28
+@619 := {vs : @59} -> {ts : @60} -> (h : @608) -> (hs : @142) -> @612 @614
+@620 := @605 @22
+@621 := @5 @28
+@623 := @13 @621 @10
+@625 := @485 @592 @22
+@626 := @54 @625
+@630 := {ts : @60} -> (h : @623) -> (hs : @175) -> @626 @614
+@631 := @620 @23
+@633 := @13 @482 @10
+@635 := @485 @606 @22
+@636 := @54 @635
+@637 := @613 @23
+@640 := (h : @633) -> (hs : @56) -> @636 @637
+@641 := @631 @484
+@643 := @485 @621 @22
+@644 := @54 @643
+@646 := (hs : @56) -> @644 @637
+@647 := @641 @53
+@648 := @54 @487
+@649 := @648 @637
+@650 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.denote
+@651 := @650 @30
+@652 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.__fits_0
+@653 := @652 @30
+@655 := Models.Main.respond @30
+@656 := Bool
+@658 := @488 @656 @656
+@659 := LexLeanTarget.TargetSyntax.Value.bool
+@664 := LexLeanPreservation.encPair @656 @656 @659 @659
+@665 := LexLeanTarget.TargetSyntax.Value.nat
+@671 := LexLeanPreservation.encExcept @658 @57 @664 @665 @655
+@673 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.root @30
+@674 := Ne.{1}
+@675 := LexLeanPreservation.Obs
+@676 := @674 @675
+@677 := LexLeanPreservation.Rel
+@680 := @676 (@677 @30 @4)
+@681 := LexLeanPreservation.Obs.stuck
+@684 := (f : @656) -> (v : @18) -> @680 @681
+@686 := LexLeanPreservation.Rust.rel_ne_stuck @653
+@692 := (v : @18) -> @676 (@677 (@652 @28) @4) @681
+@693 := @686 @671
+@697 := @676 (@677 @653 @671) @681
+@698 := @58 @490
+@699 := LexLeanPreservation.Rust.FunSem
+@700 := #9
+@706 := (n : @57) -> @699 @700 @83 @76 @4 @66
+@707 := @62 @501
+@708 := @61 @707
+@715 := LexLeanRuntime.index (@58 @501) @501 (LexLeanRuntime.instIndexableList @501)
+@719 := @708 (@715 (@502 @700) @66)
+@720 := @72 @501
+@721 := @720 @79
+@722 := @719 @721
+@723 := #10
+@727 := @27 @723 @700 @83 @79
+@728 := LexLeanTarget.TargetSyntax.Function.types
+@729 := @728 @66
+@730 := @727 @729
+@731 := @62 @698
+@732 := @61 @731
+@733 := LexLeanTarget.TargetSemantics.bindAll
+@734 := LexLeanTarget.TargetSyntax.Function.parameters
+@739 := @732 (@733 (@734 @76) @66 @496)
+@740 := @72 @698
+@741 := @740 @79
+@742 := @739 @741
+@743 := @62 @656
+@744 := @61 @743
+@745 := LexLeanPreservation.Rust.fnFallible
+@746 := #11
+@749 := @744 (@745 @746 @700)
+@750 := @72 @656
+@751 := @750 @79
+@752 := @749 @751
+@753 := LexLeanPreservation.RunConv
+@754 := #13
+@758 := @753 @754 @723 @83 @79
+@760 := @676 @66 @681
+@761 := Exists.{1}
+@762 := LexLeanPreservation.Rust.ROut
+@763 := @761 @762
+@764 := And
+@765 := LexLeanPreservation.Rust.RealizesFn
+@769 := @764 (@765 @700 @83 @4)
+@770 := LexLeanPreservation.Rust.RCI
+@772 := @770 #15
+@773 := LexLeanPreservation.Rust.fnIdent
+@774 := @773 @754
+@781 := (hne : @760) -> @763 (fun (ro : @762) => @769 (@772 @774 @746 @4))
+@796 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @501} ->
+  {args : @59} ->
+  {env : @698} ->
+  {F : @656} ->
+  {o : @675} ->
+  (hB : @706) ->
+  (hfn : @722) -> (hwt : @730) -> (hbind : @742) -> (hF : @752) -> (hA : @758) -> @781
+@798 := LexLeanPreservation.Rust.compose @0
+@799 := @699 @0
+@804 := (n : @57) -> @799 @83 @76 @4 @66
+@805 := @715 @503
+@808 := @708 (@805 @66) @721
+@812 := @40 @700 @83 @79 @729
+@813 := @753 @0
+@816 := @813 @723 @83 @79
+@830 := {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @501} ->
+  {args : @59} ->
+  {env : @698} ->
+  {F : @656} ->
+  {o : @675} ->
+  (hB : @804) ->
+  (hfn : @808) -> (hwt : @812) -> (hbind : @742) -> (hF : @752) -> (hA : @816) -> @781
+@831 := @798 @1
+@832 := @799 @1
+@836 := (n : @57) -> @832 @76 @4 @66
+@839 := @48 @83 @79 @729
+@840 := @745 @1
+@843 := @744 (@840 @700) @751
+@844 := @770 @1
+@854 := (hbind : @742) ->
+  (hF : @843) -> (hA : @816) -> (hne : @760) -> @763 (fun (ro : @762) => @769 (@844 @774 @746 @4))
+@864 := {A : @26} ->
+  {f : @57} ->
+  {fn : @501} ->
+  {args : @59} ->
+  {env : @698} -> {F : @656} -> {o : @675} -> (hB : @836) -> (hfn : @808) -> (hwt : @839) -> @854
+@865 := @831 @2
+@867 := @832 @2 @4
+@869 := (n : @57) -> @867 @66
+@870 := @54 @79
+@871 := @870 @729
+@880 := {f : @57} ->
+  {fn : @501} ->
+  {args : @59} ->
+  {env : @698} -> {F : @656} -> {o : @675} -> (hB : @869) -> (hfn : @808) -> (hwt : @871) -> @854
+@881 := @865 @9
+@883 := (n : @57) -> @867 @9
+@884 := @805 @9
+@885 := @708 @884
+@886 := @885 @721
+@887 := @840 @9
+@888 := @744 @887
+@889 := @888 @751
+@890 := @813 @9
+@892 := @890 @83 @79
+@894 := @844 (@773 @9)
+@902 := (hF : @889) -> (hA : @892) -> (hne : @760) -> @763 (fun (ro : @762) => @769 (@894 @746 @4))
+@911 := {fn : @501} ->
+  {args : @59} ->
+  {env : @698} ->
+  {F : @656} -> {o : @675} -> (hB : @883) -> (hfn : @886) -> (hwt : @871) -> (hbind : @742) -> @902
+@912 := @881 @519
+@914 := @885 (@720 @519)
+@915 := @728 @519
+@916 := @870 @915
+@918 := @733 (@734 @519)
+@930 := {args : @59} ->
+  {env : @698} ->
+  {F : @656} ->
+  {o : @675} ->
+  (hB : @883) -> (hfn : @914) -> (hwt : @916) -> (hbind : @732 (@918 @66 @496) @741) -> @902
+@931 := @912 @487
+@932 := @596 @22
+@934 := @54 @932 @915
+@937 := @485 (@5 @76) @22
+@941 := @732 (@918 @937 @496) @741
+@944 := @485 (@5 @700) @22
+@965 := {env : @698} ->
+  {F : @656} ->
+  {o : @675} ->
+  (hB : @883) ->
+  (hfn : @914) ->
+  (hwt : @934) ->
+  (hbind : @941) ->
+  (hF : @889) ->
+  (hA : @890 @944 @79) ->
+  (hne : @760) -> @763 (fun (ro : @762) => @769 (@894 (@485 (@5 #12) @22) @4))
+@966 := @931 @499
+@967 := @610 @22
+@969 := @54 @967 @915
+@977 := @732 (@918 @932 @496) (@740 (@497 (@494 @595) @496))
+@980 := @485 (@5 @83) @22
+@999 := {F : @656} ->
+  {o : @675} ->
+  (hB : @883) ->
+  (hfn : @914) ->
+  (hwt : @969) ->
+  (hbind : @977) ->
+  (hF : @889) ->
+  (hA : @890 @980 @79) ->
+  (hne : @760) -> @763 (fun (ro : @762) => @769 (@894 (@485 (@5 @746) @22) @4))
+@1000 := @966 @500
+@1001 := @626 @915
+@1009 := @732 (@918 @967 @496) (@740 (@497 (@494 @609) @496))
+@1011 := @888 (@750 @500)
+@1013 := @890 @937 @79
+@1014 := @765 @500
+@1033 := {o : @675} ->
+  (hB : @883) ->
+  (hfn : @914) ->
+  (hwt : @1001) ->
+  (hbind : @1009) ->
+  (hF : @1011) ->
+  (hA : @1013) ->
+  (hne : @760) -> @763 (fun (ro : @762) => @764 (@1014 @83 @4) (@894 (@485 (@5 @723) @22) @4))
+@1034 := @1000 @651
+@1035 := @636 @915
+@1043 := @732 (@918 @625 @496) (@740 (@497 (@494 @592) @496))
+@1044 := @890 @932
+@1045 := @650 @66
+@1046 := @1044 @1045
+@1047 := @650 @76
+@1065 := (hB : @883) ->
+  (hfn : @914) ->
+  (hwt : @1035) ->
+  (hbind : @1043) ->
+  (hF : @1011) ->
+  (hA : @1046) ->
+  (hne : @676 @1047 @681) -> @763 (fun (ro : @762) => @764 (@1014 (@650 @700) @4) (@894 @944 @4))
+@1066 := @1034 @523
+@1067 := @644 @915
+@1075 := @732 (@918 @635 @496) (@740 (@497 (@494 @606) @496))
+@1076 := @890 @967
+@1077 := @650 @79
+@1095 := (hfn : @914) ->
+  (hwt : @1067) ->
+  (hbind : @1075) ->
+  (hF : @1011) ->
+  (hA : @1076 @1077) ->
+  (hne : @676 @1045 @681) -> @763 (fun (ro : @762) => @764 (@1014 (@650 @83) @4) (@894 @980 @4))
+@1098 := @1066 (@187 @707 @884)
+@1099 := @648 @915
+@1107 := @732 (@918 @643 @496) (@740 (@497 (@494 @621) @496))
+@1108 := @890 @625
+@1109 := @650 @88
+@1125 := (hwt : @1099) ->
+  (hbind : @1107) ->
+  (hF : @1011) ->
+  (hA : @1108 @1109) ->
+  (hne : @676 @1077 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1047 @4) (@894 @937 @4))
+@1126 := @1098 @647
+@1128 := @918 @487 @496
+@1131 := @732 @1128 (@740 @499)
+@1132 := @890 @635
+@1133 := @650 @68
+@1148 := (hbind : @1131) ->
+  (hF : @1011) ->
+  (hA : @1132 @1133) ->
+  (hne : @676 @1109 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1045 @4) (@894 @932 @4))
+@1151 := @1126 (@187 @731 @1128)
+@1152 := @890 @643
+@1153 := @650 @28
+@1167 := (hF : @1011) ->
+  (hA : @1152 @1153) ->
+  (hne : @676 @1133 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1077 @4) (@894 @967 @4))
+@1170 := @1151 (@187 @743 @887)
+@1184 := (hA : @890 @487 @651) ->
+  (hne : @676 @1153 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1109 @4) (@894 @625 @4))
+@1185 := @1170 @673
+@1196 := (hne : @676 @651 @681) -> @763 (fun (ro : @762) => @764 (@1014 @1133 @4) (@894 @635 @4))
+@1197 := @1185 @693
+@1203 := @764 (@1014 @1153 @4) (@894 @643 @4)
+@1205 := @763 (fun (ro : @762) => @1203)
+@1207 := @763 (fun (__e_ro : @762) => @1203)
+@1211 := LexLeanPreservation.Rust.RepresentableL (@485 @6 @22)
+@1212 := (__e_hrep : @1211) -> @1207
+@1213 := fun (__e_hrep : @1211) => @1197
+@1214 := (presentation : @3) -> @1212
+@1215 := fun (presentation : @3) => @1213
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/RustStd.lean
new file mode 100644
index 000000000..d5928d966
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/RustStd.lean
@@ -0,0 +1,210 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [], [], [], [], [], []] },
+    { constructors := [[], [], []] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.adt 0) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.call 3 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 4 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .true .bool [])), (.arm (.adt 3) [] (.build .true .bool [])), (.arm (.adt 4) [] (.build .true .bool [])), (.arm (.adt 5) [] (.build .true .bool [])), (.arm (.adt 6) [] (.build .true .bool [])), (.arm (.adt 7) [] (.build .true .bool []))]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«let» 1 (.adt 1) (.call 5 [(.var 0)]) (.«let» 2 .nat (.call 6 [(.var 1)]) (.var 2))) },
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.call 7 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 1)], result := .nat,
+      body := (.call 8 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.«match» (.adt 1) (.first (.call 9 [(.closure 10 []), (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.build .none (.option (.pair (.adt 1) .int)) []), (.build .cons (.list (.adt 1)) [(.build (.adt 0) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 1) (.adt 1) []), (.build .cons (.list (.adt 1)) [(.build (.adt 2) (.adt 1) []), (.build .nil (.list (.adt 1)) [])])])])]), (.call 11 [(.var 0)])])) [(.arm .none [] (.build (.adt 0) (.adt 1) [])), (.arm .some [1] (.first (.var 1)))]) },
+    { parameters := [0], types := [(.adt 1)], result := .nat,
+      body := (.cond (.call 12 [(.var 0)]) (.value .nat (.nat 2)) (.cond (.call 13 [(.var 0)]) (.value .nat (.nat 1)) (.value .nat (.nat 0)))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
+      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int], result := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))),
+      body := (.«match» (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) [(.«match» (.option (.pair (.adt 1) .int)) (.first (.var 0)) [(.arm .none [] (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])])), (.arm .some [4] (.cond (.«match» .bool (.prim .compare [(.second (.var 4)), (.var 1)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.build .some (.option (.pair (.adt 1) .int)) [(.build .pair (.pair (.adt 1) .int) [(.var 2), (.var 1)])]) (.build .some (.option (.pair (.adt 1) .int)) [(.var 4)])))]), (.var 3)]))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«let» 1 (.list .int) (.call 14 [(.var 0)]) (.first (.call 15 [(.closure 16 [(.var 1)]), (.build .pair (.pair (.list .int) (.list .int)) [(.build .nil (.list .int) []), (.call 17 [])]), (.call 18 [])]))) },
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .false .bool [])), (.arm (.adt 2) [] (.build .true .bool []))]) },
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [] (.build .false .bool [])), (.arm (.adt 1) [] (.build .true .bool [])), (.arm (.adt 2) [] (.build .false .bool []))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.call 19 [(.var 0)]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 15 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.list .int), (.pair (.list .int) (.list .int)), (.list .int)], result := (.pair (.list .int) (.list .int)),
+      body := (.«match» (.pair (.list .int) (.list .int)) (.second (.var 1)) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.build .pair (.pair (.list .int) (.list .int)) [(.prim .append [(.first (.var 1)), (.build .cons (.list .int) [(.prim .intSub [(.var 3), (.prim .intNeg [(.first (.call 20 [(.closure 21 []), (.build .pair (.pair .int (.list .int)) [(.value .int (.int 0)), (.var 0)]), (.var 2)]))])]), (.build .nil (.list .int) [])])]), (.var 4)]))]) },
+    { parameters := [], types := [], result := (.list .int),
+      body := (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int (-1))), (.build .nil (.list .int) [])])])]) },
+    { parameters := [], types := [], result := (.list (.list .int)),
+      body := (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-2))), (.build .cons (.list .int) [(.value .int (.int (-4))), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 2)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])]), (.build .cons (.list (.list .int)) [(.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 5)), (.build .nil (.list .int) [])])])]), (.build .nil (.list (.list .int)) [])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.list .int),
+      body := (.«match» (.list .int) (.var 0) [(.arm (.adt 0) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 1) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 2) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 3) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .nil (.list .int) [])])])])), (.arm (.adt 4) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 5) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 6) [] (.build .cons (.list .int) [(.value .int (.int 0)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])])), (.arm (.adt 7) [] (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .cons (.list .int) [(.value .int (.int 1)), (.build .nil (.list .int) [])])])]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.pair .int (.list .int)), .int], result := (.pair .int (.list .int)),
+      body := (.«match» (.pair .int (.list .int)) (.second (.var 0)) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.build .pair (.pair .int (.list .int)) [(.prim .intSub [(.first (.var 0)), (.prim .intNeg [(.prim .intMul [(.var 1), (.var 2)])])]), (.var 3)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]),
+    (.enum (.adt 1) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }]),
+    (.enum (.fn 0) [{ number := 10, fields := [] }]),
+    (.apply 0 [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) false [{ function := 10, captures := [], functionFallible := false }]),
+    (.enum (.fn 1) [{ number := 16, fields := [(.list .int)] }]),
+    (.apply 1 [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int)) true [{ function := 16, captures := [.clone], functionFallible := true }]),
+    (.enum (.fn 2) [{ number := 21, fields := [] }]),
+    (.apply 2 [(.pair .int (.list .int)), .int] (.pair .int (.list .int)) true [{ function := 21, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.move (.generated .binding 0)))] (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 4) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.bool true))))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 1)) (some (.adt 1)) (.call (.function 5) [(.move (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 6) [(.move (.generated .binding 1))] false))] (.succeed (.copy (.generated .binding 2))))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.adt 1)) (.mk [] (.call (.function 7) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.call (.function 8) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 9) [(.construct (.closure 0 10) []), (.pair (.construct (.none (.pair (.adt 1) .int)) []) (.construct .cons [(.construct (.adt 1 0) []), (.construct .cons [(.construct (.adt 1 1) []), (.construct .cons [(.construct (.adt 1 2) []), (.construct (.nil (.adt 1)) [])])])])), (.call (.function 11) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 2)))))] (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.adt 1 0) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.succeed (.move (.generated .part 4)))))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.lit (.nat 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 0)))))))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))) (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 7)))))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.list .int)) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list .int)) (.call (.function 14) [(.move (.generated .binding 0))] false)), (.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 15) [(.construct (.closure 1 16) [(.move (.generated .binding 1))]), (.pair (.construct (.nil .int) []) (.call (.function 17) [] false)), (.call (.function 18) [] false)] true))] (.succeed (.move (.generated .part 15))))),
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool true))))]))),
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .holder 17)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 17)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool false))))]))),
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [] (.call (.function 19) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.list .int)) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 18)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 18)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list .int) (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair (.list .int) (.list .int))) (.mk [(.mk (.bind (.generated .holder 21)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))] (.matchOn (.uncons (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))) (.move (.generated .binding 4))))))]))),
+    (.function (.generated .function 17) [] (.list .int) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])]))),
+    (.function (.generated .function 18) [] (.list (.list .int)) (.mk [] (.construct .cons [(.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-4))), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 5)), (.construct (.nil .int) [])])])]), (.construct (.nil (.list .int)) [])])])]))),
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.list .int) (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 29)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])))]))),
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .int (.list .int)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible (.pair .int (.list .int))) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 32)))))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true))) (.move (.generated .binding 3))))))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int], (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), false), (([(.pair (.list .int) (.list .int)), (.list .int)], (.pair (.list .int) (.list .int))), true), (([(.pair .int (.list .int)), .int], (.pair .int (.list .int))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.move (.generated .binding 0)))], (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.move (.generated .binding 1))] true))]) (ta := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 0 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 2 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 3 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 4 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 5 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 6 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 0 7 []) (.mk [] (.lit (.bool true))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 1)) (.call (.function 5) [(.move (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 6) [(.move (.generated .binding 1))] false))], (.succeed (.copy (.generated .binding 2))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 7) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.move (.generated .binding 0))] false), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 9) [(.construct (.closure 0 10) []), (.pair (.construct (.none (.pair (.adt 1) .int)) []) (.construct .cons [(.construct (.adt 1 0) []), (.construct .cons [(.construct (.adt 1 1) []), (.construct .cons [(.construct (.adt 1 2) []), (.construct (.nil (.adt 1)) [])])])])), (.call (.function 11) [(.move (.generated .binding 0))] true)] false))] (.move (.generated .part 2)))))], (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.adt 1 0) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.succeed (.move (.generated .part 4)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair (.adt 1) .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 9) [(.construct (.closure 0 10) []), (.pair (.construct (.none (.pair (.adt 1) .int)) []) (.construct .cons [(.construct (.adt 1 0) []), (.construct .cons [(.construct (.adt 1 1) []), (.construct .cons [(.construct (.adt 1 2) []), (.construct (.nil (.adt 1)) [])])])])), (.call (.function 11) [(.move (.generated .binding 0))] true)] false))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.option (.pair (.adt 1) .int))) (tb := (.list (.adt 1))) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.adt 1 0) []))) (Corr.mCons (Γ' := [(1, (.pair (.adt 1) .int), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 4)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.first (ta := (.adt 1)) (tb := .int) (Corr.var rfl rfl) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.lit (.nat 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 0)))))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 2))) (lb := []) (tb := (.cond (.call (.function 13) [(.move (.generated .binding 0))] false) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 0))))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.cond (lc := []) (ce := (.call (.function 13) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 0))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl))))))⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 1)), (0, (.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 1)), (0, (.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 1)), (0, (.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int] (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1)))), (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 6)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 6) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), .int]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 7)))))], (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))))]), [(1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 1))) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 7))) (Corr.second (ta := (.option (.pair (.adt 1) .int))) (tb := (.list (.adt 1))) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.pair (.block (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))]))) (.move (.generated .binding 3)))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 9)))))]) (tail := (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))))])) (Corr.matchArms (st := (.option (.pair (.adt 1) .int))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 9))) (Corr.first (ta := (.option (.pair (.adt 1) .int))) (tb := (.list (.adt 1))) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (.mk [] (.construct .some [(.move (.generated .binding 4))])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))]) (ce := (.matchOn (.move (.generated .holder 14)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))] (.move (.generated .part 11))))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.clone (.generated .binding 4)))]) (tail := (.move (.generated .part 11))) (Corr.second (ta := (.adt 1)) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.pair (.adt 1) .int), (some 4)), (3, (.list (.adt 1)), (some 3)), (2, (.adt 1), (some 2)), (1, .int, (some 1)), (0, (.pair (.option (.pair (.adt 1) .int)) (.list (.adt 1))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.pair (.move (.generated .binding 2)) (.copy (.generated .binding 1)))])) (lb := []) (tb := (.construct .some [(.move (.generated .binding 4))])) (Corr.build (ts := [(.pair (.adt 1) .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair (.adt 1) .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)))) rfl rfl rfl (Corr.build (ts := [(.pair (.adt 1) .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .int)) (.call (.function 14) [(.move (.generated .binding 0))] false)), (.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.call (.function 15) [(.construct (.closure 1 16) [(.move (.generated .binding 1))]), (.pair (.construct (.nil .int) []) (.call (.function 17) [] false)), (.call (.function 18) [] false)] true))], (.succeed (.move (.generated .part 15))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.list .int)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)))⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool true))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 17)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 17)) [(.mk (.adt 1 0 []) (.mk [] (.lit (.bool false)))), (.mk (.adt 1 1 []) (.mk [] (.lit (.bool true)))), (.mk (.adt 1 2 []) (.mk [] (.lit (.bool false))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 19) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 18)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 18)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.list .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.list .int)), (some 4)), (3, (.list .int), (some 3)), (2, (.list (.list .int)), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 15) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair (.list .int) (.list .int)), (.list .int)] (.pair (.list .int) (.list .int))), (.pair (.list .int) (.list .int)), (.list (.list .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 19)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 19) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair (.list .int) (.list .int)), (.list .int)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 21)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))], (.matchOn (.uncons (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))) (.move (.generated .binding 4))))))]), [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 20))) (Corr.second (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair (.list .int) (.list .int)), (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))) (.move (.generated .binding 4))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 22))))), (.mk (.bind (.generated .operand 28)) none (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true))), (.construct (.nil .int) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [(.list .int), (.list .int)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 22)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 22))) (Corr.first (ta := (.list .int)) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))] (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 24)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))] (.move (.generated .part 23)))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 24))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.call (.function 20) [(.construct (.closure 2 21) []), (.pair (.lit (.int 0)) (.move (.generated .binding 0))), (.move (.generated .binding 2))] true))]) (tail := (.move (.generated .part 23))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int (-1))), (.construct (.nil .int) [])])])]), [], rfl, rfl,
+    (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-2))), (.construct .cons [(.lit (.int (-4))), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 2)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]), (.construct .cons [(.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 5)), (.construct (.nil .int) [])])])]), (.construct (.nil (.list .int)) [])])])]), [], rfl, rfl,
+    (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list .int), (.list (.list .int))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 29)) [(.mk (.adt 0 0 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 1 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 2 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 3 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 4 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 5 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 6 []) (.mk [] (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])]))), (.mk (.adt 0 7 []) (.mk [] (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 0)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct .cons [(.lit (.int 1)), (.construct (.nil .int) [])])])])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.int, (.list .int)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, (.pair .int (.list .int)), (some 1)), (0, (.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .int (.list .int)), .int] (.pair .int (.list .int))), (.pair .int (.list .int)), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 31)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 31) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.pair .int (.list .int)), .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 32)))))], (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true))) (.move (.generated .binding 3))))))]), [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 32))) (Corr.second (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mCons (Γ' := [(3, (.list .int), (some 3)), (2, .int, (some 2)), (1, .int, (some 1)), (0, (.pair .int (.list .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true))) (.move (.generated .binding 3))))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 38)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))] (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true))))]) (tail := (.call (.runtime .intSub) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 34))) (Corr.first (ta := .int) (tb := (.list .int)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))] (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 37))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 36)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | _ + 22 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3.lean
new file mode 100644
index 000000000..85dfdbfc2
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3.lean
@@ -0,0 +1,132 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
+    { parameters := [0], types := [(.list .nat)], result := (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)),
+      body := (.«let» 1 (.list .nat) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 (.result (.list .nat) (.pair .bool .bool)) (.call 2 [(.var 1)]) (.build .ok (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.var 2)])) (.build .error (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 1001))]) },
+    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
+      body := (.call 3 [(.var 0)]) },
+    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
+      body := (.«let» 1 (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.call 4 [(.closure 5 []), (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.call 6 []), (.build .nil (.list .nat) [])])]), (.var 0)]) (.«match» (.result (.list .nat) (.pair .bool .bool)) (.var 1) [(.arm .error [2] (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.var 2)])), (.arm .ok [3] (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.second (.var 3))]))])) },
+    { parameters := [0, 1, 2], types := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
+      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
+      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.cond (.call 7 [(.first (.var 3))]) (.cond (.call 8 [(.first (.var 3)), (.var 1)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 9 [(.first (.var 3)), (.var 1)]) (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.first (.var 4)), (.prim .append [(.second (.var 3)), (.build .cons (.list .nat) [(.second (.var 4)), (.build .nil (.list .nat) [])])])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))]) },
+    { parameters := [], types := [], result := (.adt 0),
+      body := (.call 10 []) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.call 11 [(.var 0), (.var 1)]) },
+    { parameters := [], types := [], result := (.adt 0),
+      body := (.build (.adt 0) (.adt 0) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
+
+def __enc_0 (__s : (Models.Session.Window)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).used), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).items)]
+
+def __fits_1 (costs : (List Nat)) : Bool :=
+  ((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (costs) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_1 (costs : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_1 costs) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Pipeline.shortStreamCheck costs))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (costs) : Nat) (1001 : Nat)))
+
+def __fits_7 (window : (Models.Session.Window)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_7 (window : (Models.Session.Window)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 window)] (_root_.LexLeanPreservation.Rel (__fits_7 window) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.boundedCheck window))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (window).used (64 : Nat)))
+
+def __fits_8 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_8 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_8 window cost) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.affordableCheck window cost))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe cost (16 : Nat)))
+
+def __fits_11 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).used + cost) 18446744073709551616)) && (let total : Nat := ((window).used + cost); ((((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).items + (1 : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_11 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_11 window cost) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionStep window cost))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := ((window).used + cost); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).used cost)) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((64 : Nat)) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).items (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))
+
+def __fits_9 (_ystate : (Models.Session.Window)) (_yinput : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (_ystate) (_yinput)))
+
+attribute [local irreducible] Models.Session.SessionStep in
+theorem __rel_9 (_ystate : (Models.Session.Window)) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_0 _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_9 _ystate _yinput) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionModel _ystate _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_11 (_ystate) (_yinput)))
+
+def __fits_5 (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) : Bool :=
+  (Bool.true && (match _yacc with | Except.error _yviolation => Bool.true | Except.ok _ystate => (((Bool.true && Bool.true) && (__fits_7 ((_ystate).1))) && (if (Models.Session.boundedCheck ((_ystate).1)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 ((_ystate).1) (_yitem))) && (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Models.Session.SessionModel Models.Session.affordableCheck Models.Session.boundedCheck in
+theorem __rel_5 (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yitem)] (_root_.LexLeanPreservation.Rel (__fits_5 _yacc _yitem) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) ((match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (match __a with | Except.error _yviolation => Bool.true | Except.ok _ystate => (((Bool.true && Bool.true) && (__fits_7 ((_ystate).1))) && (if (Models.Session.boundedCheck ((_ystate).1)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 ((_ystate).1) (_yitem))) && (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (match __a with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))))) _yacc (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) _ => match __a with | Except.error _yviolation => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.ok _ystate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 ((_ystate).1) (_yitem))) && (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))) (Models.Session.boundedCheck ((_ystate).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_7 ((_ystate).1))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 ((_ystate).1) (_yitem))) && (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))) (Models.Session.affordableCheck ((_ystate).1) (_yitem)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 ((_ystate).1) (_yitem))) (fun _ => (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_9 ((_ystate).1) (_yitem))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (_ystate).2 ((_ystep).2 :: ([] : List Nat)))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))
+
+def __fits_10  : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_10  : _root_.LexLeanPreservation.FunRel __prog 10 [] (_root_.LexLeanPreservation.Rel (__fits_10) (__enc_0 (Models.Session.SessionStep.initial))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_6  : Bool :=
+  (Bool.true && (__fits_10))
+
+attribute [local irreducible] Models.Session.SessionStep.initial in
+theorem __rel_6  : _root_.LexLeanPreservation.FunRel __prog 6 [] (_root_.LexLeanPreservation.Rel (__fits_6) (__enc_0 (Models.Session.SessionModel.initial))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_10))
+
+def __fits_3 (costs : (List Nat)) : Bool :=
+  (((Bool.true && ((((((Bool.true && (__fits_6)) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (__p1 : Nat) => __fits_5 __p0 __p1) ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs))) && (let _yscanned : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))); (Bool.true && (match _yscanned with | Except.error _yviolation => ((Bool.true && Bool.true) && Bool.true) | Except.ok _ystate => ((Bool.true && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Models.Session.SessionModel Models.Session.SessionModel.initial Models.Session.affordableCheck Models.Session.boundedCheck in
+theorem __rel_3 (costs : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_3 costs) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Pipeline.SessionStream costs))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yscanned : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call _root_.LexLeanPreservation.convL_nil (__rel_6)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (_yitem : Nat) => (match _yacc with | Except.error _yviolation => _yacc | Except.ok _ystate => (if (Models.Session.boundedCheck ((_ystate).1)) then (if (Models.Session.affordableCheck ((_ystate).1) (_yitem)) then (let _ystep : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel ((_ystate).1) (_yitem)); (Except.ok (((_ystep).1, (_root_.LexLeanRuntime.append ((_ystate).2) (((_ystep).2 :: ([] : List Nat))) : (List Nat)))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))))))) (fun (__p0 : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (__p1 : Nat) => __fits_5 __p0 __p1) 5 [] (fun (__p0 : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) (__p1 : Nat) => __rel_5 __p0 __p1) (p := __prog) (fi := 4) (ta := .nat) (ts := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) rfl ((Except.ok (((Models.Session.SessionModel.initial), ([] : List Nat))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat))))) (costs))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (match __a with | Except.error _yviolation => ((Bool.true && Bool.true) && Bool.true) | Except.ok _ystate => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Except.error _yviolation => (Except.error (_yviolation) : (Except (Prod Bool Bool) (List Nat))) | Except.ok _ystate => (Except.ok ((_ystate).2) : (Except (Prod Bool Bool) (List Nat))))) _yscanned (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Except (Prod Bool Bool) (Prod (Models.Session.Window) (List Nat)))) _ => match __a with | Except.error _yviolation => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Except.ok _ystate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))))))
+
+def __fits_2 (_yinput : (List Nat)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_3 (_yinput)))
+
+attribute [local irreducible] Models.Pipeline.SessionStream in
+theorem __rel_2 (_yinput : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 2 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _yinput) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Pipeline.StreamModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (_yinput)))
+
+def __fits_0 (costs : (List Nat)) : Bool :=
+  (Bool.true && (let _ychecked1_input : (List Nat) := costs; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (if (Models.Pipeline.shortStreamCheck (_ychecked1_input)) then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Models.Pipeline.StreamModel Models.Pipeline.shortStreamCheck in
+theorem __rel_0 (costs : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_0 costs) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.admitCosts costs))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : (List Nat) := costs; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (Except (Prod Bool Bool) (List Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Except (Prod Bool Bool) (List Nat)))))) (Models.Pipeline.shortStreamCheck (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (fun _ => (let _ychecked1_output : (Except (Prod Bool Bool) (List Nat)) := (Models.Pipeline.StreamModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))
+
+def denote (costs : (List Nat)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 costs) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.admitCosts costs)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (costs : (List Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) costs)] (_root_.LexLeanPreservation.Rel (__fits_0 costs) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.admitCosts costs))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 costs)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..ad33de914
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/Compose/RustStd.lex.tex
@@ -0,0 +1,600 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.__wt_0 : @16 := @440 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.root : @1207 := @1208 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.flags
+@3 := Models.Session.Window
+@4 := #0
+@6 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.__enc_0 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Models.Session.Window.used
+@18 := @17 @4
+@19 := Models.Session.Window.items
+@20 := @19 @4
+@21 := LexLeanTarget.TargetSyntax.Value.nat
+@22 := @21 @18
+@23 := LexLeanTarget.TargetSyntax.Ty.nat
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := Nat
+@28 := #3
+@29 := @7 @28
+@30 := #2
+@31 := @29 @30
+@32 := #1
+@33 := @31 @32
+@34 := @21 @4
+@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
+@42 := LexLeanPreservation.Rust.wt_nat @0
+@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
+@50 := @42 @1
+@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
+@56 := @50 @2
+@57 := @13 @34
+@58 := @57 @23
+@59 := (n : @27) -> @58
+@60 := @56 @18
+@62 := @13 @22 @23
+@63 := @21 @20
+@64 := @56 @20
+@66 := @13 @63 @23
+@67 := LexLeanTarget.TargetSyntax.Value
+@68 := LexLeanTarget.TargetSyntax.Ty
+@69 := List.nil.{0}
+@70 := List.cons.{0}
+@71 := @69 @67
+@72 := @70 @67
+@74 := @72 @63 @71
+@76 := @72 @22 @74
+@77 := @69 @68
+@78 := @70 @68
+@79 := @78 @23
+@80 := @79 @77
+@81 := @79 @80
+@82 := LexLeanPreservation.Rust.WTL
+@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
+@92 := LexLeanPreservation.Rust.wtl_nil @0
+@93 := @82 @0
+@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
+@100 := @92 @1
+@101 := @93 @1
+@105 := {A : @26} -> @101 @4 @71 @77
+@106 := @100 @2
+@107 := @101 @2
+@108 := @107 @71
+@109 := @108 @77
+@110 := List.{0}
+@111 := @110 @67
+@112 := @110 @68
+@113 := #6
+@114 := @7 @113
+@115 := #5
+@116 := @114 @115
+@117 := #4
+@118 := @116 @117
+@120 := @118 @28 @30
+@121 := #7
+@126 := @82 @121 @113 @115 @30 @32
+@127 := #8
+@130 := @82 @127 @121 @113
+@132 := @72 @115 @28
+@133 := @130 @132
+@135 := @78 @117 @30
+@145 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
+@147 := LexLeanPreservation.Rust.wtl_cons @0
+@149 := @11 @115 @117
+@151 := @149 @28 @30
+@155 := @93 @113 @115 @30 @32
+@167 := {c : @25} ->
+  {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
+@168 := @147 @1
+@169 := @12 @117
+@171 := @169 @28 @30
+@174 := @101 @115 @30 @32
+@184 := {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
+@185 := @168 @2
+@187 := @13 @28 @30
+@189 := @107 @30 @32
+@197 := {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
+@198 := @185 @63
+@200 := @21 (@19 @28)
+@213 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
+@214 := @198 @23
+@216 := @21 (@19 @30)
+@218 := @13 @216 @23
+@223 := @107 (@72 (@21 (@19 @117)) @28)
+@224 := @79 @30
+@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
+@230 := @214 @71
+@232 := @21 (@19 @32)
+@234 := @13 @232 @23
+@235 := @108 @32
+@237 := @72 @200 @71
+@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
+@243 := @230 @77
+@245 := @72 @216 @71
+@246 := @107 @245
+@249 := (h : @66) -> (hs : @109) -> @246 @80
+@250 := @243 @64
+@252 := @72 @232 @71
+@254 := @107 @252 @80
+@255 := (hs : @109) -> @254
+@256 := @250 @106
+@258 := @107 @74 @80
+@259 := @185 @22
+@261 := @21 (@17 @28)
+@274 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
+@275 := @259 @23
+@277 := @21 (@17 @30)
+@289 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
+@290 := @275 @74
+@292 := @21 (@17 @32)
+@294 := @13 @292 @23
+@295 := @246 @32
+@297 := @72 @261 @237
+@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
+@303 := @290 @80
+@305 := @72 @277 @245
+@306 := @107 @305
+@309 := (h : @62) -> (hs : @254) -> @306 @81
+@310 := @303 @60
+@312 := @72 @292 @252
+@314 := @107 @312 @81
+@315 := (hs : @258) -> @314
+@316 := @310 @256
+@318 := @107 @76 @81
+@319 := Eq.{1}
+@320 := Option.{0}
+@321 := @320 @112
+@322 := @319 @321
+@323 := LexLeanPreservation.Rust.adtFields
+@327 := @322 (@323 @113 @28 @30)
+@328 := Option.some.{0}
+@329 := @328 @112
+@330 := @329 @4
+@331 := @327 @330
+@334 := @7 @127 @121 @113
+@335 := LexLeanTarget.TargetSyntax.Value.adt
+@337 := @335 @117 @28
+@338 := @334 @337
+@339 := @8 @115
+@349 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
+@351 := LexLeanPreservation.Rust.wt_adt @0
+@352 := @323 @0
+@356 := @322 (@352 @28 @30) @330
+@368 := {c : @25} ->
+  {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
+@369 := @351 @1
+@379 := {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
+@380 := @369 @2
+@381 := @13 @337
+@388 := {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
+@389 := @380 @9
+@390 := @352 @9
+@399 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
+@400 := @389 @9
+@401 := @390 @9
+@402 := @322 @401
+@403 := @402 @330
+@404 := @335 @9
+@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @13 (@404 @28) @10
+@412 := @400 @76
+@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
+@420 := @412 @81
+@427 := (h : @402 (@329 @81)) -> (hf : @314) -> @13 (@404 @305) @10
+@428 := Eq.refl.{1}
+@431 := @420 (@428 @321 @401)
+@435 := (hf : @318) -> @13 (@404 @312) @10
+@436 := @431 @316
+@439 := @13 (@404 @76) @10
+@440 := fun (__s : @3) => @436
+@441 := @110 @27
+@442 := LexLeanPreservation.encList
+@443 := @442 @27
+@444 := @443 @21
+@445 := @444 @32
+@446 := LexLeanTarget.TargetSyntax.Ty.list
+@447 := @446 @23
+@449 := fun (__x : @27) => @56 @4
+@450 := Sort 1
+@451 := (a._@._internal._hyg.#0 : @4) -> @67
+@452 := @30 @4
+@455 := (x : @30) -> @118 @452 @32
+@456 := @110 @28
+@459 := @7 @121 @113 @115
+@462 := @442 @117 @28 @4
+@463 := @459 @462
+@464 := @446 @30
+@473 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} -> {α : @450} -> {e : @451} -> {t : @68} -> (h : @455) -> (xs : @456) -> @463 @464
+@475 := LexLeanPreservation.Rust.wt_encList @0
+@489 := {c : @25} ->
+  {A : @26} ->
+  {α : @450} ->
+  {e : @451} ->
+  {t : @68} -> (h : (x : @30) -> @149 @452 @32) -> (xs : @456) -> @11 @113 @115 @462 @464
+@490 := @475 @1
+@502 := {A : @26} ->
+  {α : @450} ->
+  {e : @451} -> {t : @68} -> (h : (x : @30) -> @169 @452 @32) -> (xs : @456) -> @12 @115 @462 @464
+@503 := @490 @2
+@505 := @13 @452 @32
+@513 := {α : @450} ->
+  {e : @451} -> {t : @68} -> (h : (x : @30) -> @505) -> (xs : @456) -> @13 @462 @464
+@514 := @503 @27
+@524 := {e : (a._@._internal._hyg.#0 : @27) -> @67} ->
+  {t : @68} -> (h : (x : @27) -> @505) -> (xs : @441) -> @13 (@443 @28 @4) @464
+@525 := @514 @21
+@527 := (x : @27) -> @57 @32
+@528 := @444 @4
+@529 := @13 @528
+@533 := {t : @68} -> (h : @527) -> (xs : @441) -> @529 @464
+@534 := @525 @23
+@538 := (h : (x : @27) -> @58) -> (xs : @441) -> @529 @447
+@540 := @534 @449 @32
+@542 := @13 @445 @447
+@544 := @72 @445 @71
+@545 := Prod.{0, 0}
+@547 := @545 @27 @67
+@551 := Prod.mk.{0, 0} @27 @67 @9
+@552 := @551 @445
+@553 := @69 @547
+@554 := @70 @547
+@556 := @554 @552 @553
+@557 := Bool.true
+@558 := LexLeanTarget.TargetSyntax.Function
+@559 := LexLeanTarget.TargetSyntax.Program.functions
+@560 := @559 @0
+@561 := @69 @27
+@562 := LexLeanTarget.TargetSyntax.Ty.unit
+@563 := LexLeanTarget.TargetSyntax.Value.unit
+@566 := LexLeanTarget.TargetSyntax.Expr.value @562 @563
+@571 := LexLeanTarget.TargetSyntax.Function.mk @561 @77 @562 @566
+@576 := List.getD.{0} @558 @560 @9 @571
+@580 := fun (__e_n : @27) => LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.root @4 @9
+@581 := @185 @445
+@582 := @444 @117
+@584 := @13 @582 @30
+@585 := @444 @113
+@586 := @72 @585
+@594 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @584) -> (hs : @189) -> @107 (@586 @28) @135
+@595 := @581 @447
+@596 := @444 @28
+@598 := @13 @596 @447
+@599 := @444 @115
+@600 := @72 @599
+@602 := @107 (@600 @28)
+@603 := @78 @447
+@604 := @603 @30
+@609 := {vs : @111} -> {ts : @112} -> (h : @598) -> (hs : @189) -> @602 @604
+@610 := @595 @71
+@611 := @444 @30
+@613 := @13 @611 @447
+@615 := @72 @582 @71
+@616 := @107 @615
+@620 := {ts : @112} -> (h : @613) -> (hs : @235) -> @616 @604
+@621 := @610 @77
+@623 := @72 @596 @71
+@624 := @107 @623
+@625 := @603 @77
+@628 := (h : @542) -> (hs : @109) -> @624 @625
+@629 := @621 @540
+@631 := @72 @611 @71
+@632 := @107 @631
+@634 := (hs : @109) -> @632 @625
+@635 := @629 @106
+@636 := @107 @544
+@637 := @636 @625
+@638 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.denote
+@639 := @638 @32
+@640 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.__fits_0
+@641 := @640 @32
+@643 := Models.Main.admitCosts @32
+@644 := Bool
+@646 := @545 @644 @644
+@649 := Except.{0, 0} @646 @441
+@650 := LexLeanTarget.TargetSyntax.Value.bool
+@655 := LexLeanPreservation.encPair @644 @644 @650 @650
+@657 := LexLeanPreservation.encExcept @646
+@660 := @657 @441 @655 @444
+@664 := @657 @649 @655 @660 @643
+@666 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.root @32
+@667 := Ne.{1}
+@668 := LexLeanPreservation.Obs
+@669 := @667 @668
+@670 := LexLeanPreservation.Rel
+@673 := @669 (@670 @32 @4)
+@674 := LexLeanPreservation.Obs.stuck
+@677 := (f : @644) -> (v : @67) -> @673 @674
+@679 := LexLeanPreservation.Rust.rel_ne_stuck @641
+@685 := (v : @67) -> @669 (@670 (@640 @30) @4) @674
+@686 := @679 @664
+@690 := @669 (@670 @641 @664) @674
+@691 := @110 @547
+@692 := LexLeanPreservation.Rust.FunSem
+@693 := #9
+@699 := (n : @27) -> @692 @693 @127 @121 @4 @113
+@700 := @320 @558
+@701 := @319 @700
+@708 := LexLeanRuntime.index (@110 @558) @558 (LexLeanRuntime.instIndexableList @558)
+@712 := @701 (@708 (@559 @693) @113)
+@713 := @328 @558
+@714 := @713 @115
+@715 := @712 @714
+@716 := #10
+@720 := @82 @716 @693 @127 @115
+@721 := LexLeanTarget.TargetSyntax.Function.types
+@722 := @721 @113
+@723 := @720 @722
+@724 := @320 @691
+@725 := @319 @724
+@726 := LexLeanTarget.TargetSemantics.bindAll
+@727 := LexLeanTarget.TargetSyntax.Function.parameters
+@732 := @725 (@726 (@727 @121) @113 @553)
+@733 := @328 @691
+@734 := @733 @115
+@735 := @732 @734
+@736 := @320 @644
+@737 := @319 @736
+@738 := LexLeanPreservation.Rust.fnFallible
+@739 := #11
+@742 := @737 (@738 @739 @693)
+@743 := @328 @644
+@744 := @743 @115
+@745 := @742 @744
+@746 := LexLeanPreservation.RunConv
+@747 := #13
+@751 := @746 @747 @716 @127 @115
+@753 := @669 @113 @674
+@754 := Exists.{1}
+@755 := LexLeanPreservation.Rust.ROut
+@756 := @754 @755
+@757 := And
+@758 := LexLeanPreservation.Rust.RealizesFn
+@762 := @757 (@758 @693 @127 @4)
+@763 := LexLeanPreservation.Rust.RCI
+@765 := @763 #15
+@766 := LexLeanPreservation.Rust.fnIdent
+@767 := @766 @747
+@774 := (hne : @753) -> @756 (fun (ro : @755) => @762 (@765 @767 @739 @4))
+@789 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @558} ->
+  {args : @111} ->
+  {env : @691} ->
+  {F : @644} ->
+  {o : @668} ->
+  (hB : @699) ->
+  (hfn : @715) -> (hwt : @723) -> (hbind : @735) -> (hF : @745) -> (hA : @751) -> @774
+@791 := LexLeanPreservation.Rust.compose @0
+@792 := @692 @0
+@797 := (n : @27) -> @792 @127 @121 @4 @113
+@798 := @708 @560
+@801 := @701 (@798 @113) @714
+@805 := @93 @693 @127 @115 @722
+@806 := @746 @0
+@809 := @806 @716 @127 @115
+@823 := {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @558} ->
+  {args : @111} ->
+  {env : @691} ->
+  {F : @644} ->
+  {o : @668} ->
+  (hB : @797) ->
+  (hfn : @801) -> (hwt : @805) -> (hbind : @735) -> (hF : @745) -> (hA : @809) -> @774
+@824 := @791 @1
+@825 := @792 @1
+@829 := (n : @27) -> @825 @121 @4 @113
+@832 := @101 @127 @115 @722
+@833 := @738 @1
+@836 := @737 (@833 @693) @744
+@837 := @763 @1
+@847 := (hbind : @735) ->
+  (hF : @836) -> (hA : @809) -> (hne : @753) -> @756 (fun (ro : @755) => @762 (@837 @767 @739 @4))
+@857 := {A : @26} ->
+  {f : @27} ->
+  {fn : @558} ->
+  {args : @111} ->
+  {env : @691} -> {F : @644} -> {o : @668} -> (hB : @829) -> (hfn : @801) -> (hwt : @832) -> @847
+@858 := @824 @2
+@860 := @825 @2 @4
+@862 := (n : @27) -> @860 @113
+@863 := @107 @115
+@864 := @863 @722
+@873 := {f : @27} ->
+  {fn : @558} ->
+  {args : @111} ->
+  {env : @691} -> {F : @644} -> {o : @668} -> (hB : @862) -> (hfn : @801) -> (hwt : @864) -> @847
+@874 := @858 @9
+@876 := (n : @27) -> @860 @9
+@877 := @798 @9
+@878 := @701 @877
+@879 := @878 @714
+@880 := @833 @9
+@881 := @737 @880
+@882 := @881 @744
+@883 := @806 @9
+@885 := @883 @127 @115
+@887 := @837 (@766 @9)
+@895 := (hF : @882) -> (hA : @885) -> (hne : @753) -> @756 (fun (ro : @755) => @762 (@887 @739 @4))
+@904 := {fn : @558} ->
+  {args : @111} ->
+  {env : @691} ->
+  {F : @644} -> {o : @668} -> (hB : @876) -> (hfn : @879) -> (hwt : @864) -> (hbind : @735) -> @895
+@905 := @874 @576
+@907 := @878 (@713 @576)
+@908 := @721 @576
+@909 := @863 @908
+@911 := @726 (@727 @576)
+@923 := {args : @111} ->
+  {env : @691} ->
+  {F : @644} ->
+  {o : @668} ->
+  (hB : @876) -> (hfn : @907) -> (hwt : @909) -> (hbind : @725 (@911 @113 @553) @734) -> @895
+@924 := @905 @544
+@925 := @586 @71
+@927 := @107 @925 @908
+@930 := @72 (@444 @121) @71
+@934 := @725 (@911 @930 @553) @734
+@937 := @72 (@444 @693) @71
+@958 := {env : @691} ->
+  {F : @644} ->
+  {o : @668} ->
+  (hB : @876) ->
+  (hfn : @907) ->
+  (hwt : @927) ->
+  (hbind : @934) ->
+  (hF : @882) ->
+  (hA : @883 @937 @115) ->
+  (hne : @753) -> @756 (fun (ro : @755) => @762 (@887 (@72 (@444 #12) @71) @4))
+@959 := @924 @556
+@960 := @600 @71
+@962 := @107 @960 @908
+@970 := @725 (@911 @925 @553) (@733 (@554 (@551 @585) @553))
+@973 := @72 (@444 @127) @71
+@992 := {F : @644} ->
+  {o : @668} ->
+  (hB : @876) ->
+  (hfn : @907) ->
+  (hwt : @962) ->
+  (hbind : @970) ->
+  (hF : @882) ->
+  (hA : @883 @973 @115) ->
+  (hne : @753) -> @756 (fun (ro : @755) => @762 (@887 (@72 (@444 @739) @71) @4))
+@993 := @959 @557
+@994 := @616 @908
+@1002 := @725 (@911 @960 @553) (@733 (@554 (@551 @599) @553))
+@1004 := @881 (@743 @557)
+@1006 := @883 @930 @115
+@1007 := @758 @557
+@1026 := {o : @668} ->
+  (hB : @876) ->
+  (hfn : @907) ->
+  (hwt : @994) ->
+  (hbind : @1002) ->
+  (hF : @1004) ->
+  (hA : @1006) ->
+  (hne : @753) -> @756 (fun (ro : @755) => @757 (@1007 @127 @4) (@887 (@72 (@444 @716) @71) @4))
+@1027 := @993 @639
+@1028 := @624 @908
+@1036 := @725 (@911 @615 @553) (@733 (@554 (@551 @582) @553))
+@1037 := @883 @925
+@1038 := @638 @113
+@1039 := @1037 @1038
+@1040 := @638 @121
+@1058 := (hB : @876) ->
+  (hfn : @907) ->
+  (hwt : @1028) ->
+  (hbind : @1036) ->
+  (hF : @1004) ->
+  (hA : @1039) ->
+  (hne : @669 @1040 @674) -> @756 (fun (ro : @755) => @757 (@1007 (@638 @693) @4) (@887 @937 @4))
+@1059 := @1027 @580
+@1060 := @632 @908
+@1068 := @725 (@911 @623 @553) (@733 (@554 (@551 @596) @553))
+@1069 := @883 @960
+@1070 := @638 @115
+@1088 := (hfn : @907) ->
+  (hwt : @1060) ->
+  (hbind : @1068) ->
+  (hF : @1004) ->
+  (hA : @1069 @1070) ->
+  (hne : @669 @1038 @674) -> @756 (fun (ro : @755) => @757 (@1007 (@638 @127) @4) (@887 @973 @4))
+@1091 := @1059 (@428 @700 @877)
+@1092 := @636 @908
+@1100 := @725 (@911 @631 @553) (@733 (@554 (@551 @611) @553))
+@1101 := @883 @615
+@1102 := @638 @117
+@1118 := (hwt : @1092) ->
+  (hbind : @1100) ->
+  (hF : @1004) ->
+  (hA : @1101 @1102) ->
+  (hne : @669 @1070 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1040 @4) (@887 @930 @4))
+@1119 := @1091 @635
+@1121 := @911 @544 @553
+@1124 := @725 @1121 (@733 @556)
+@1125 := @883 @623
+@1126 := @638 @28
+@1141 := (hbind : @1124) ->
+  (hF : @1004) ->
+  (hA : @1125 @1126) ->
+  (hne : @669 @1102 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1038 @4) (@887 @925 @4))
+@1144 := @1119 (@428 @724 @1121)
+@1145 := @883 @631
+@1146 := @638 @30
+@1160 := (hF : @1004) ->
+  (hA : @1145 @1146) ->
+  (hne : @669 @1126 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1070 @4) (@887 @960 @4))
+@1163 := @1144 (@428 @736 @880)
+@1177 := (hA : @883 @544 @639) ->
+  (hne : @669 @1146 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1102 @4) (@887 @615 @4))
+@1178 := @1163 @666
+@1189 := (hne : @669 @639 @674) -> @756 (fun (ro : @755) => @757 (@1007 @1126 @4) (@887 @623 @4))
+@1190 := @1178 @686
+@1196 := @757 (@1007 @1146 @4) (@887 @631 @4)
+@1198 := @756 (fun (ro : @755) => @1196)
+@1200 := @756 (fun (__e_ro : @755) => @1196)
+@1204 := LexLeanPreservation.Rust.RepresentableL (@72 @528 @71)
+@1205 := (__e_hrep : @1204) -> @1200
+@1206 := fun (__e_hrep : @1204) => @1190
+@1207 := (costs : @441) -> @1205
+@1208 := fun (costs : @441) => @1206
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/RustStd.lean
new file mode 100644
index 000000000..5a8e07891
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/RustStd.lean
@@ -0,0 +1,124 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
+    { parameters := [0], types := [(.list .nat)], result := (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)),
+      body := (.«let» 1 (.list .nat) (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 (.result (.list .nat) (.pair .bool .bool)) (.call 2 [(.var 1)]) (.build .ok (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.var 2)])) (.build .error (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 1001))]) },
+    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
+      body := (.call 3 [(.var 0)]) },
+    { parameters := [0], types := [(.list .nat)], result := (.result (.list .nat) (.pair .bool .bool)),
+      body := (.«let» 1 (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.call 4 [(.closure 5 []), (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.call 6 []), (.build .nil (.list .nat) [])])]), (.var 0)]) (.«match» (.result (.list .nat) (.pair .bool .bool)) (.var 1) [(.arm .error [2] (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.var 2)])), (.arm .ok [3] (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.second (.var 3))]))])) },
+    { parameters := [0, 1, 2], types := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
+      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat], result := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)),
+      body := (.«match» (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) (.var 0) [(.arm .error [2] (.var 0)), (.arm .ok [3] (.cond (.call 7 [(.first (.var 3))]) (.cond (.call 8 [(.first (.var 3)), (.var 1)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 9 [(.first (.var 3)), (.var 1)]) (.build .ok (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair (.adt 0) (.list .nat)) [(.first (.var 4)), (.prim .append [(.second (.var 3)), (.build .cons (.list .nat) [(.second (.var 4)), (.build .nil (.list .nat) [])])])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))]) },
+    { parameters := [], types := [], result := (.adt 0),
+      body := (.call 10 []) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.call 11 [(.var 0), (.var 1)]) },
+    { parameters := [], types := [], result := (.adt 0),
+      body := (.build (.adt 0) (.adt 0) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
+    (.enum (.fn 0) [{ number := 5, fields := [] }]),
+    (.apply 0 [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) true [{ function := 5, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible (.result (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list .nat)) (.move (.generated .binding 0)))] (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some (.result (.list .nat) (.pair .bool .bool))) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.move (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1001)))] (.call (.runtime .natLt) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible (.result (.list .nat) (.pair .bool .bool))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible (.result (.list .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.call (.function 4) [(.construct (.closure 0 5) []), (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.call (.function 6) [] false) (.construct (.nil .nat) []))]), (.move (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 4)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))] (.move (.generated .part 5))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.list .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 0)))] (.matchOn (.move (.generated .holder 8)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false) (.mk [] (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]))),
+    (.function (.generated .function 6) [] (.adt 0) (.mk [] (.call (.function 10) [] false))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 18)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 64)))] (.call (.runtime .natLe) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))),
+    (.function (.generated .function 8) [{ pattern := .wild, type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 16)))] (.call (.runtime .natLe) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [] (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
+    (.function (.generated .function 10) [] (.adt 0) (.mk [] (.construct (.adt 0 0) [(.lit (.nat 0)), (.lit (.nat 0))]))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))))] (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 29))]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat], (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .nat)) (.move (.generated .binding 0)))], (.cond (.call (.function 1) [(.clone (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some (.result (.list .nat) (.pair .bool .bool))) (.call (.function 2) [(.move (.generated .binding 1))] true))] (.succeed (.construct (.ok (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.move (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.err (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 2)) (some (.result (.list .nat) (.pair .bool .bool))) (.call (.function 2) [(.move (.generated .binding 1))] true))]) (ta := (.succeed (.construct (.ok (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.move (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.err (.result (.list .nat) (.pair .bool .bool)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.result (.list .nat) (.pair .bool .bool))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1001)))], (.call (.runtime .natLt) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (.call (.function 4) [(.construct (.closure 0 5) []), (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.call (.function 6) [] false) (.construct (.nil .nat) []))]), (.move (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 4)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))] (.move (.generated .part 5))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.list .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair (.adt 0) (.list .nat))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.pair (.adt 0) (.list .nat)), (some 3)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))] (.move (.generated .part 5))))]))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.list .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 5))) (Corr.second (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 1)), (0, (.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat] (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))), (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 0)))], (.matchOn (.move (.generated .holder 8)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false) (.mk [] (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))), (.mk (.err .wild) (.mk [] (.succeed (.move (.generated .binding 0)))))]), [(1, .nat, (some 1)), (0, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.pair (.adt 0) (.list .nat)), (some 3)), (1, .nat, (some 1)), (0, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false) (.mk [] (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (1, .nat, (some 1)), (0, (.result (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 9))))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 9))) (Corr.first (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))] (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 10)))), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 10)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 10))) (Corr.first (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 9) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 11)))), (.copy (.generated .binding 1))] true))]) (ta := (.succeed (.construct (.ok (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))] (.move (.generated .part 12)))) (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) (.list .nat)) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 11))) (Corr.first (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.pair (.adt 0) (.list .nat))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 12)), .wild]) none (.move (.generated .binding 4)))]) (tail := (.move (.generated .part 12))) (Corr.first (ta := (.adt 0)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))] (.move (.generated .part 13))))), (.mk (.bind (.generated .operand 16)) none (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))] (.move (.generated .part 14)))), (.construct (.nil .nat) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [(.list .nat), (.list .nat)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 13))) (Corr.second (ta := (.adt 0)) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 4)))]) (tail := (.move (.generated .part 14))) (Corr.second (ta := (.adt 0)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 10) [] false), [], rfl, rfl,
+    (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 18)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 64)))], (.call (.runtime .natLe) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 17))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 16)))], (.call (.runtime .natLe) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false), [(1, .nat, (some 1)), (0, (.adt 0), none)], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 0 0) [(.lit (.nat 0)), (.lit (.nat 0))]), [], rfl, rfl,
+    (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true))))], (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 29))]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 22))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 29))]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | _ + 12 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4.lean
new file mode 100644
index 000000000..f5881b913
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4.lean
@@ -0,0 +1,78 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.result (.pair (.adt 0) .nat) (.pair .bool .bool)),
+      body := (.«let» 2 (.adt 0) (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 3 [(.var 2), (.var 3)]) (.build .ok (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.var 4)])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.call 4 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
+
+def __enc_0 (__s : (Models.Session.Window)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).used), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).items)]
+
+def __fits_1 (window : (Models.Session.Window)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_1 (window : (Models.Session.Window)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 window)] (_root_.LexLeanPreservation.Rel (__fits_1 window) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.boundedCheck window))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (window).used (64 : Nat)))
+
+def __fits_2 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_2 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_2 window cost) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Session.affordableCheck window cost))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe cost (16 : Nat)))
+
+def __fits_4 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).used + cost) 18446744073709551616)) && (let total : Nat := ((window).used + cost); ((((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((window).items + (1 : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_4 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_4 window cost) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionStep window cost))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := ((window).used + cost); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).used cost)) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((64 : Nat)) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (window).items (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (64 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))
+
+def __fits_3 (_ystate : (Models.Session.Window)) (_yinput : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (_ystate) (_yinput)))
+
+attribute [local irreducible] Models.Session.SessionStep in
+theorem __rel_3 (_ystate : (Models.Session.Window)) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_3 _ystate _yinput) ((_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Session.SessionModel _ystate _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (_ystate) (_yinput)))
+
+def __fits_0 (window : (Models.Session.Window)) (cost : Nat) : Bool :=
+  (Bool.true && (let _ychecked1_state : (Models.Session.Window) := window; (Bool.true && (let _ychecked1_input : Nat := cost; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Session.boundedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
+
+attribute [local irreducible] Models.Session.SessionModel Models.Session.affordableCheck Models.Session.boundedCheck in
+theorem __rel_0 (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_0 window cost) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.step window cost))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : (Models.Session.Window) := window; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := cost; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) then (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat)))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat)))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat))))) (Models.Session.boundedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); ((Bool.true && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat)))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod (Models.Session.Window) Nat))))) (Models.Session.affordableCheck (_ychecked1_state) (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (fun _ => (let _ychecked1_step : (Prod (Models.Session.Window) Nat) := (Models.Session.SessionModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
+
+def denote (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 window cost) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.step window cost)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (window : (Models.Session.Window)) (cost : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 window), (_root_.LexLeanTarget.TargetSyntax.Value.nat cost)] (_root_.LexLeanPreservation.Rel (__fits_0 window cost) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair __enc_0 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.step window cost))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 window cost)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..ac7ff1d16
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/Compose/RustStd.lex.tex
@@ -0,0 +1,601 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.__wt_0 : @16 := @440 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.root : @1229 := @1230 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.flags
+@3 := Models.Session.Window
+@4 := #0
+@5 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Models.Session.Window.used
+@18 := @17 @4
+@19 := Models.Session.Window.items
+@20 := @19 @4
+@21 := LexLeanTarget.TargetSyntax.Value.nat
+@22 := @21 @18
+@23 := LexLeanTarget.TargetSyntax.Ty.nat
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := Nat
+@28 := #3
+@29 := @7 @28
+@30 := #2
+@31 := @29 @30
+@32 := #1
+@33 := @31 @32
+@34 := @21 @4
+@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
+@42 := LexLeanPreservation.Rust.wt_nat @0
+@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
+@50 := @42 @1
+@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
+@56 := @50 @2
+@59 := (n : @27) -> @13 @34 @23
+@60 := @56 @18
+@62 := @13 @22 @23
+@63 := @21 @20
+@64 := @56 @20
+@66 := @13 @63 @23
+@67 := LexLeanTarget.TargetSyntax.Value
+@68 := LexLeanTarget.TargetSyntax.Ty
+@69 := List.nil.{0}
+@70 := List.cons.{0}
+@71 := @69 @67
+@72 := @70 @67
+@74 := @72 @63 @71
+@76 := @72 @22 @74
+@77 := @69 @68
+@78 := @70 @68
+@79 := @78 @23
+@80 := @79 @77
+@81 := @79 @80
+@82 := LexLeanPreservation.Rust.WTL
+@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
+@92 := LexLeanPreservation.Rust.wtl_nil @0
+@93 := @82 @0
+@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
+@100 := @92 @1
+@101 := @93 @1
+@105 := {A : @26} -> @101 @4 @71 @77
+@106 := @100 @2
+@107 := @101 @2
+@108 := @107 @71
+@109 := @108 @77
+@110 := List.{0}
+@111 := @110 @67
+@112 := @110 @68
+@113 := #6
+@114 := @7 @113
+@115 := #5
+@116 := @114 @115
+@117 := #4
+@120 := @116 @117 @28 @30
+@121 := #7
+@126 := @82 @121 @113 @115 @30 @32
+@127 := #8
+@130 := @82 @127 @121 @113
+@132 := @72 @115 @28
+@133 := @130 @132
+@135 := @78 @117 @30
+@145 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
+@147 := LexLeanPreservation.Rust.wtl_cons @0
+@151 := @11 @115 @117 @28 @30
+@155 := @93 @113 @115 @30 @32
+@167 := {c : @25} ->
+  {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
+@168 := @147 @1
+@171 := @12 @117 @28 @30
+@174 := @101 @115 @30 @32
+@184 := {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
+@185 := @168 @2
+@187 := @13 @28 @30
+@189 := @107 @30 @32
+@197 := {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
+@198 := @185 @63
+@200 := @21 (@19 @28)
+@213 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
+@214 := @198 @23
+@216 := @21 (@19 @30)
+@218 := @13 @216 @23
+@223 := @107 (@72 (@21 (@19 @117)) @28)
+@224 := @79 @30
+@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
+@230 := @214 @71
+@232 := @21 (@19 @32)
+@234 := @13 @232 @23
+@235 := @108 @32
+@237 := @72 @200 @71
+@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
+@243 := @230 @77
+@245 := @72 @216 @71
+@246 := @107 @245
+@249 := (h : @66) -> (hs : @109) -> @246 @80
+@250 := @243 @64
+@252 := @72 @232 @71
+@254 := @107 @252 @80
+@255 := (hs : @109) -> @254
+@256 := @250 @106
+@258 := @107 @74 @80
+@259 := @185 @22
+@261 := @21 (@17 @28)
+@274 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
+@275 := @259 @23
+@277 := @21 (@17 @30)
+@289 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
+@290 := @275 @74
+@292 := @21 (@17 @32)
+@294 := @13 @292 @23
+@295 := @246 @32
+@297 := @72 @261 @237
+@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
+@303 := @290 @80
+@305 := @72 @277 @245
+@306 := @107 @305
+@309 := (h : @62) -> (hs : @254) -> @306 @81
+@310 := @303 @60
+@312 := @72 @292 @252
+@314 := @107 @312 @81
+@315 := (hs : @258) -> @314
+@316 := @310 @256
+@318 := @107 @76 @81
+@319 := Eq.{1}
+@320 := Option.{0}
+@321 := @320 @112
+@322 := @319 @321
+@323 := LexLeanPreservation.Rust.adtFields
+@327 := @322 (@323 @113 @28 @30)
+@328 := Option.some.{0}
+@329 := @328 @112
+@330 := @329 @4
+@331 := @327 @330
+@334 := @7 @127 @121 @113
+@335 := LexLeanTarget.TargetSyntax.Value.adt
+@337 := @335 @117 @28
+@338 := @334 @337
+@339 := @8 @115
+@349 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
+@351 := LexLeanPreservation.Rust.wt_adt @0
+@352 := @323 @0
+@356 := @322 (@352 @28 @30) @330
+@368 := {c : @25} ->
+  {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
+@369 := @351 @1
+@379 := {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
+@380 := @369 @2
+@381 := @13 @337
+@388 := {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
+@389 := @380 @9
+@390 := @352 @9
+@399 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
+@400 := @389 @9
+@401 := @390 @9
+@402 := @322 @401
+@403 := @402 @330
+@404 := @335 @9
+@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @13 (@404 @28) @10
+@412 := @400 @76
+@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
+@420 := @412 @81
+@427 := (h : @402 (@329 @81)) -> (hf : @314) -> @13 (@404 @305) @10
+@428 := Eq.refl.{1}
+@431 := @420 (@428 @321 @401)
+@435 := (hf : @318) -> @13 (@404 @312) @10
+@436 := @431 @316
+@439 := @13 (@404 @76) @10
+@440 := fun (__s : @3) => @436
+@441 := @5 @30
+@443 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.__wt_0 @30
+@444 := @21 @32
+@445 := @56 @32
+@447 := @13 @444 @23
+@449 := @72 @444 @71
+@451 := @72 @441 @449
+@452 := Prod.{0, 0}
+@454 := @452 @27 @67
+@455 := 1
+@458 := Prod.mk.{0, 0} @27 @67
+@459 := @458 @455
+@460 := @459 @444
+@461 := @458 @9
+@462 := @461 @441
+@463 := @69 @454
+@464 := @70 @454
+@466 := @464 @462 @463
+@468 := @464 @460 @466
+@469 := Bool.true
+@470 := LexLeanTarget.TargetSyntax.Function
+@471 := LexLeanTarget.TargetSyntax.Program.functions
+@472 := @471 @0
+@473 := @69 @27
+@474 := LexLeanTarget.TargetSyntax.Ty.unit
+@475 := LexLeanTarget.TargetSyntax.Value.unit
+@478 := LexLeanTarget.TargetSyntax.Expr.value @474 @475
+@483 := LexLeanTarget.TargetSyntax.Function.mk @473 @77 @474 @478
+@488 := List.getD.{0} @470 @472 @9 @483
+@492 := fun (__e_n : @27) => LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.root @4 @9
+@493 := @185 @444
+@494 := @21 @117
+@496 := @13 @494 @30
+@497 := @21 @113
+@498 := @72 @497
+@506 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @496) -> (hs : @189) -> @107 (@498 @28) @135
+@507 := @493 @23
+@508 := @21 @28
+@510 := @13 @508 @23
+@511 := @21 @115
+@512 := @72 @511
+@519 := {vs : @111} -> {ts : @112} -> (h : @510) -> (hs : @189) -> @107 (@512 @28) @224
+@520 := @507 @71
+@521 := @21 @30
+@523 := @13 @521 @23
+@525 := @72 @494 @71
+@530 := {ts : @112} -> (h : @523) -> (hs : @235) -> @107 @525 @224
+@531 := @520 @77
+@533 := @72 @508 @71
+@534 := @107 @533
+@537 := (h : @447) -> (hs : @109) -> @534 @80
+@538 := @531 @445
+@540 := @72 @521 @71
+@542 := @107 @540 @80
+@543 := (hs : @109) -> @542
+@544 := @538 @106
+@546 := @107 @449 @80
+@547 := @185 @441
+@548 := @5 @115
+@550 := @13 @548 @30
+@551 := @5 @121
+@552 := @72 @551
+@560 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @550) -> (hs : @189) -> @107 (@552 @28) @135
+@561 := @547 @10
+@562 := @5 @117
+@564 := @13 @562 @10
+@565 := @5 @113
+@566 := @72 @565
+@568 := @107 (@566 @28)
+@569 := @78 @10
+@570 := @569 @30
+@575 := {vs : @111} -> {ts : @112} -> (h : @564) -> (hs : @189) -> @568 @570
+@576 := @561 @449
+@577 := @5 @28
+@579 := @13 @577 @10
+@580 := @534 @32
+@582 := @72 @548 @525
+@583 := @107 @582
+@587 := {ts : @112} -> (h : @579) -> (hs : @580) -> @583 @570
+@588 := @576 @80
+@590 := @13 @441 @10
+@592 := @72 @562 @533
+@593 := @107 @592
+@594 := @569 @80
+@597 := (h : @590) -> (hs : @542) -> @593 @594
+@598 := @588 @443
+@600 := @72 @577 @540
+@601 := @107 @600
+@603 := (hs : @546) -> @601 @594
+@604 := @598 @544
+@605 := @107 @451
+@606 := @605 @594
+@607 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.denote
+@609 := @607 @30 @32
+@610 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.__fits_0
+@612 := @610 @30 @32
+@615 := Models.Main.step @30 @32
+@616 := Bool
+@618 := @452 @616 @616
+@620 := @452 @3 @27
+@621 := LexLeanTarget.TargetSyntax.Value.bool
+@622 := LexLeanPreservation.encPair
+@626 := @622 @616 @616 @621 @621
+@630 := @622 @3 @27 @5 @21
+@636 := LexLeanPreservation.encExcept @618 @620 @626 @630 @615
+@639 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.root @30 @32
+@640 := Ne.{1}
+@641 := LexLeanPreservation.Obs
+@642 := @640 @641
+@643 := LexLeanPreservation.Rel
+@646 := @642 (@643 @32 @4)
+@647 := LexLeanPreservation.Obs.stuck
+@650 := (f : @616) -> (v : @67) -> @646 @647
+@652 := LexLeanPreservation.Rust.rel_ne_stuck @612
+@659 := (v : @67) -> @642 (@643 (@610 @28 @30) @4) @647
+@660 := @652 @636
+@664 := @642 (@643 @612 @636) @647
+@665 := @110 @454
+@666 := LexLeanPreservation.Rust.FunSem
+@667 := #9
+@673 := (n : @27) -> @666 @667 @127 @121 @4 @113
+@674 := @320 @470
+@675 := @319 @674
+@682 := LexLeanRuntime.index (@110 @470) @470 (LexLeanRuntime.instIndexableList @470)
+@686 := @675 (@682 (@471 @667) @113)
+@687 := @328 @470
+@688 := @687 @115
+@689 := @686 @688
+@690 := #10
+@694 := @82 @690 @667 @127 @115
+@695 := LexLeanTarget.TargetSyntax.Function.types
+@696 := @695 @113
+@697 := @694 @696
+@698 := @320 @665
+@699 := @319 @698
+@700 := LexLeanTarget.TargetSemantics.bindAll
+@701 := LexLeanTarget.TargetSyntax.Function.parameters
+@706 := @699 (@700 (@701 @121) @113 @463)
+@707 := @328 @665
+@708 := @707 @115
+@709 := @706 @708
+@710 := @320 @616
+@711 := @319 @710
+@712 := LexLeanPreservation.Rust.fnFallible
+@713 := #11
+@716 := @711 (@712 @713 @667)
+@717 := @328 @616
+@718 := @717 @115
+@719 := @716 @718
+@720 := LexLeanPreservation.RunConv
+@721 := #13
+@725 := @720 @721 @690 @127 @115
+@727 := @642 @113 @647
+@728 := Exists.{1}
+@729 := LexLeanPreservation.Rust.ROut
+@730 := @728 @729
+@731 := And
+@732 := LexLeanPreservation.Rust.RealizesFn
+@736 := @731 (@732 @667 @127 @4)
+@737 := LexLeanPreservation.Rust.RCI
+@739 := @737 #15
+@740 := LexLeanPreservation.Rust.fnIdent
+@741 := @740 @721
+@748 := (hne : @727) -> @730 (fun (ro : @729) => @736 (@739 @741 @713 @4))
+@763 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @470} ->
+  {args : @111} ->
+  {env : @665} ->
+  {F : @616} ->
+  {o : @641} ->
+  (hB : @673) ->
+  (hfn : @689) -> (hwt : @697) -> (hbind : @709) -> (hF : @719) -> (hA : @725) -> @748
+@765 := LexLeanPreservation.Rust.compose @0
+@766 := @666 @0
+@771 := (n : @27) -> @766 @127 @121 @4 @113
+@772 := @682 @472
+@775 := @675 (@772 @113) @688
+@779 := @93 @667 @127 @115 @696
+@780 := @720 @0
+@783 := @780 @690 @127 @115
+@797 := {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @470} ->
+  {args : @111} ->
+  {env : @665} ->
+  {F : @616} ->
+  {o : @641} ->
+  (hB : @771) ->
+  (hfn : @775) -> (hwt : @779) -> (hbind : @709) -> (hF : @719) -> (hA : @783) -> @748
+@798 := @765 @1
+@799 := @766 @1
+@803 := (n : @27) -> @799 @121 @4 @113
+@806 := @101 @127 @115 @696
+@807 := @712 @1
+@810 := @711 (@807 @667) @718
+@811 := @737 @1
+@821 := (hbind : @709) ->
+  (hF : @810) -> (hA : @783) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@811 @741 @713 @4))
+@831 := {A : @26} ->
+  {f : @27} ->
+  {fn : @470} ->
+  {args : @111} ->
+  {env : @665} -> {F : @616} -> {o : @641} -> (hB : @803) -> (hfn : @775) -> (hwt : @806) -> @821
+@832 := @798 @2
+@834 := @799 @2 @4
+@836 := (n : @27) -> @834 @113
+@837 := @107 @115
+@838 := @837 @696
+@847 := {f : @27} ->
+  {fn : @470} ->
+  {args : @111} ->
+  {env : @665} -> {F : @616} -> {o : @641} -> (hB : @836) -> (hfn : @775) -> (hwt : @838) -> @821
+@848 := @832 @9
+@850 := (n : @27) -> @834 @9
+@851 := @772 @9
+@852 := @675 @851
+@853 := @852 @688
+@854 := @807 @9
+@855 := @711 @854
+@856 := @855 @718
+@857 := @780 @9
+@859 := @857 @127 @115
+@861 := @811 (@740 @9)
+@869 := (hF : @856) -> (hA : @859) -> (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 @713 @4))
+@878 := {fn : @470} ->
+  {args : @111} ->
+  {env : @665} ->
+  {F : @616} -> {o : @641} -> (hB : @850) -> (hfn : @853) -> (hwt : @838) -> (hbind : @709) -> @869
+@879 := @848 @488
+@881 := @852 (@687 @488)
+@882 := @695 @488
+@883 := @837 @882
+@885 := @700 (@701 @488)
+@897 := {args : @111} ->
+  {env : @665} ->
+  {F : @616} ->
+  {o : @641} ->
+  (hB : @850) -> (hfn : @881) -> (hwt : @883) -> (hbind : @699 (@885 @113 @463) @708) -> @869
+@898 := @879 @451
+@900 := @552 (@498 @71)
+@902 := @107 @900 @882
+@908 := @72 (@5 @127) (@72 (@21 @121) @71)
+@912 := @699 (@885 @908 @463) @708
+@918 := @72 (@5 @690) (@72 (@21 @667) @71)
+@920 := @857 @918 @115
+@922 := @72 (@5 @721)
+@923 := #12
+@942 := {env : @665} ->
+  {F : @616} ->
+  {o : @641} ->
+  (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @902) ->
+  (hbind : @912) ->
+  (hF : @856) ->
+  (hA : @920) ->
+  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@922 (@72 (@21 @923) @71)) @4))
+@943 := @898 @468
+@945 := @566 (@512 @71)
+@947 := @107 @945 @882
+@958 := @699 (@885 @900 @463) (@707 (@464 (@459 @497) (@464 (@461 @551) @463)))
+@964 := @72 (@5 @667) (@72 (@21 @127) @71)
+@986 := {F : @616} ->
+  {o : @641} ->
+  (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @947) ->
+  (hbind : @958) ->
+  (hF : @856) ->
+  (hA : @857 @964 @115) ->
+  (hne : @727) -> @730 (fun (ro : @729) => @736 (@861 (@72 (@5 @923) (@72 (@21 @713) @71)) @4))
+@987 := @943 @469
+@988 := @583 @882
+@999 := @699 (@885 @945 @463) (@707 (@464 (@459 @511) (@464 (@461 @565) @463)))
+@1001 := @855 (@717 @469)
+@1003 := @857 @908 @115
+@1004 := @732 @469
+@1026 := {o : @641} ->
+  (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @988) ->
+  (hbind : @999) ->
+  (hF : @1001) ->
+  (hA : @1003) ->
+  (hne : @727) ->
+  @730 (fun (ro : @729) => @731 (@1004 @127 @4) (@861 (@72 (@5 @713) (@72 (@21 @690) @71)) @4))
+@1027 := @987 @609
+@1028 := @593 @882
+@1039 := @699 (@885 @582 @463) (@707 (@464 (@459 @494) (@464 (@461 @548) @463)))
+@1040 := @857 @900
+@1042 := @607 @121 @113
+@1043 := @1040 @1042
+@1045 := @607 @127 @121
+@1064 := (hB : @850) ->
+  (hfn : @881) ->
+  (hwt : @1028) ->
+  (hbind : @1039) ->
+  (hF : @1001) ->
+  (hA : @1043) ->
+  (hne : @642 @1045 @647) ->
+  @730 (fun (ro : @729) => @731 (@1004 (@607 @690 @667) @4) (@861 @918 @4))
+@1065 := @1027 @492
+@1066 := @601 @882
+@1077 := @699 (@885 @592 @463) (@707 (@464 (@459 @508) (@464 (@461 @562) @463)))
+@1078 := @857 @945
+@1080 := @607 @113 @115
+@1099 := (hfn : @881) ->
+  (hwt : @1066) ->
+  (hbind : @1077) ->
+  (hF : @1001) ->
+  (hA : @1078 @1080) ->
+  (hne : @642 @1042 @647) ->
+  @730 (fun (ro : @729) => @731 (@1004 (@607 @667 @127) @4) (@861 @964 @4))
+@1102 := @1065 (@428 @674 @851)
+@1103 := @605 @882
+@1114 := @699 (@885 @600 @463) (@707 (@464 (@459 @521) (@464 (@461 @577) @463)))
+@1115 := @857 @582
+@1117 := @607 @115 @117
+@1133 := (hwt : @1103) ->
+  (hbind : @1114) ->
+  (hF : @1001) ->
+  (hA : @1115 @1117) ->
+  (hne : @642 @1080 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1045 @4) (@861 @908 @4))
+@1134 := @1102 @604
+@1136 := @885 @451 @463
+@1139 := @699 @1136 (@707 @468)
+@1140 := @857 @592
+@1142 := @607 @117 @28
+@1157 := (hbind : @1139) ->
+  (hF : @1001) ->
+  (hA : @1140 @1142) ->
+  (hne : @642 @1117 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1042 @4) (@861 @900 @4))
+@1160 := @1134 (@428 @698 @1136)
+@1161 := @857 @600
+@1163 := @607 @28 @30
+@1177 := (hF : @1001) ->
+  (hA : @1161 @1163) ->
+  (hne : @642 @1142 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1080 @4) (@861 @945 @4))
+@1180 := @1160 (@428 @710 @854)
+@1194 := (hA : @857 @451 @609) ->
+  (hne : @642 @1163 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1117 @4) (@861 @582 @4))
+@1195 := @1180 @639
+@1206 := (hne : @642 @609 @647) -> @730 (fun (ro : @729) => @731 (@1004 @1142 @4) (@861 @592 @4))
+@1207 := @1195 @660
+@1213 := @731 (@1004 @1163 @4) (@861 @600 @4)
+@1215 := @730 (fun (ro : @729) => @1213)
+@1217 := @730 (fun (__e_ro : @729) => @1213)
+@1218 := LexLeanPreservation.Rust.RepresentableL
+@1219 := @5 @32
+@1221 := @72 @34 @71
+@1224 := @1218 (@72 @1219 @1221)
+@1225 := (__e_hrep : @1224) -> @1217
+@1226 := fun (__e_hrep : @1224) => @1207
+@1227 := (cost : @27) -> @1225
+@1228 := fun (cost : @27) => @1226
+@1229 := (window : @3) -> @1227
+@1230 := fun (window : @3) => @1228
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/RustStd.lean
new file mode 100644
index 000000000..afd7b85b8
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/RustStd.lean
@@ -0,0 +1,66 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat]] }], functions := [
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.result (.pair (.adt 0) .nat) (.pair .bool .bool)),
+      body := (.«let» 2 (.adt 0) (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair (.adt 0) .nat) (.call 3 [(.var 2), (.var 3)]) (.build .ok (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.var 4)])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLe [(.field (.var 0) 0), (.value .nat (.nat 64))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 16))]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.call 4 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := (.pair (.adt 0) .nat),
+      body := (.«let» 2 .nat (.prim .natAdd [(.field (.var 0) 0), (.var 1)]) (.build .pair (.pair (.adt 0) .nat) [(.build (.adt 0) (.adt 0) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])]), (.prim .natAdd [(.field (.var 0) 1), (.value .nat (.nat 1))])]), (.prim .natSub [(.var 2), (.value .nat (.nat 64))])])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair (.adt 0) .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.move (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 64)))] (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
+    (.function (.generated .function 2) [{ pattern := .wild, type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 16)))] (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.adt 0) .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))] (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 13))]) (.mk [] (.move (.generated .part 13))))])), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.move (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 2) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair (.adt 0) .nat)) (.call (.function 3) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.succeed (.construct (.ok (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.move (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair (.adt 0) .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.pair (.adt 0) .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 64)))], (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 1))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 16)))], (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false), [(1, .nat, (some 1)), (0, (.adt 0), none)], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))], (.succeed (.pair (.construct (.adt 0 0) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 13))]) (.mk [] (.move (.generated .part 13))))])), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] true)))]) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 13))]) (.mk [] (.move (.generated .part 13))))])), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 13))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 64)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | _ + 5 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5.lean
new file mode 100644
index 000000000..7dace7261
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5.lean
@@ -0,0 +1,75 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
+      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.call 4 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
+
+def __fits_1 (s : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_1 (s : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s)] (_root_.LexLeanPreservation.Rel (__fits_1 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.cappedCheck s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s (100 : Nat)))
+
+def __fits_2 (s : Nat) (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_2 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 s x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.smallCheck s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
+
+def __fits_4 (s : Nat) (x : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (s + x) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_4 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_4 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.Spill s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd s x)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_3 (_ystate : Nat) (_yinput : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (_ystate) (_yinput)))
+
+attribute [local irreducible] Models.Ledger.Spill in
+theorem __rel_3 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_3 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.SpillModel _ystate _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (_ystate) (_yinput)))
+
+def __fits_0 (s : Nat) (x : Nat) : Bool :=
+  (Bool.true && (let _ychecked1_state : Nat := s; (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Ledger.cappedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
+
+attribute [local irreducible] Models.Ledger.SpillModel Models.Ledger.cappedCheck Models.Ledger.smallCheck in
+theorem __rel_0 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerPost s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : Nat := s; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (fun _ => (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck ((_ychecked1_step).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((_ychecked1_step).1))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
+
+def denote (s : Nat) (x : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 s x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerPost s x)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (s : Nat) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerPost s x))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s x)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..773805903
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/Compose/RustStd.lex.tex
@@ -0,0 +1,471 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.root : @932 := @933 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Prod.{0, 0}
+@64 := @63 @3
+@65 := @64 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.__fits_0
+@326 := @324 @4 @15
+@329 := Models.Main.ledgerPost @4 @15
+@330 := Bool
+@332 := @63 @330 @330
+@333 := @64 @3
+@334 := LexLeanTarget.TargetSyntax.Value.bool
+@335 := LexLeanPreservation.encPair
+@339 := @335 @330 @330 @334 @334
+@343 := @335 @3 @3 @5 @5
+@349 := LexLeanPreservation.encExcept @332 @333 @339 @343 @329
+@352 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.root @4 @15
+@353 := Ne.{1}
+@354 := LexLeanPreservation.Obs
+@355 := @353 @354
+@356 := LexLeanPreservation.Rel
+@359 := @355 (@356 @15 @17)
+@360 := LexLeanPreservation.Obs.stuck
+@363 := (f : @330) -> (v : @54) -> @359 @360
+@365 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@372 := (v : @54) -> @355 (@356 (@324 @12 @4) @17) @360
+@373 := @365 @349
+@377 := @355 (@356 @326 @349) @360
+@378 := @135 @65
+@379 := LexLeanPreservation.Rust.FunSem
+@380 := #9
+@386 := (n : @3) -> @379 @380 @152 @146 @17 @138
+@387 := Eq.{1}
+@388 := Option.{0}
+@389 := @388 @82
+@390 := @387 @389
+@397 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@401 := @390 (@397 (@83 @380) @138)
+@402 := Option.some.{0}
+@403 := @402 @82
+@404 := @403 @140
+@405 := @401 @404
+@406 := #10
+@410 := @107 @406 @380 @152 @140
+@411 := LexLeanTarget.TargetSyntax.Function.types
+@412 := @411 @138
+@413 := @410 @412
+@414 := @388 @378
+@415 := @387 @414
+@416 := LexLeanTarget.TargetSemantics.bindAll
+@417 := LexLeanTarget.TargetSyntax.Function.parameters
+@422 := @415 (@416 (@417 @146) @138 @75)
+@423 := @402 @378
+@424 := @423 @140
+@425 := @422 @424
+@426 := @388 @330
+@427 := @387 @426
+@428 := LexLeanPreservation.Rust.fnFallible
+@429 := #11
+@432 := @427 (@428 @429 @380)
+@433 := @402 @330
+@434 := @433 @140
+@435 := @432 @434
+@436 := LexLeanPreservation.RunConv
+@437 := #13
+@441 := @436 @437 @406 @152 @140
+@443 := @355 @138 @360
+@444 := Exists.{1}
+@445 := LexLeanPreservation.Rust.ROut
+@446 := @444 @445
+@447 := And
+@448 := LexLeanPreservation.Rust.RealizesFn
+@452 := @447 (@448 @380 @152 @17)
+@453 := LexLeanPreservation.Rust.RCI
+@455 := @453 #15
+@456 := LexLeanPreservation.Rust.fnIdent
+@457 := @456 @437
+@464 := (hne : @443) -> @446 (fun (ro : @445) => @452 (@455 @457 @429 @17))
+@479 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @386) ->
+  (hfn : @405) -> (hwt : @413) -> (hbind : @425) -> (hF : @435) -> (hA : @441) -> @464
+@481 := LexLeanPreservation.Rust.compose @0
+@482 := @379 @0
+@487 := (n : @3) -> @482 @152 @146 @17 @138
+@488 := @397 @84
+@491 := @390 (@488 @138) @404
+@495 := @118 @380 @152 @140 @412
+@496 := @436 @0
+@499 := @496 @406 @152 @140
+@513 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @487) ->
+  (hfn : @491) -> (hwt : @495) -> (hbind : @425) -> (hF : @435) -> (hA : @499) -> @464
+@514 := @481 @1
+@515 := @482 @1
+@519 := (n : @3) -> @515 @146 @17 @138
+@522 := @126 @152 @140 @412
+@523 := @428 @1
+@526 := @427 (@523 @380) @434
+@527 := @453 @1
+@537 := (hbind : @425) ->
+  (hF : @526) -> (hA : @499) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@527 @457 @429 @17))
+@547 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @519) -> (hfn : @491) -> (hwt : @522) -> @537
+@548 := @514 @2
+@550 := @515 @2 @17
+@552 := (n : @3) -> @550 @138
+@553 := @132 @140
+@554 := @553 @412
+@563 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @552) -> (hfn : @491) -> (hwt : @554) -> @537
+@564 := @548 @72
+@566 := (n : @3) -> @550 @72
+@567 := @488 @72
+@568 := @390 @567
+@569 := @568 @404
+@570 := @523 @72
+@571 := @427 @570
+@572 := @571 @434
+@573 := @496 @72
+@575 := @573 @152 @140
+@577 := @527 (@456 @72)
+@585 := (hF : @572) -> (hA : @575) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 @429 @17))
+@594 := {fn : @82} ->
+  {args : @136} ->
+  {env : @378} ->
+  {F : @330} -> {o : @354} -> (hB : @566) -> (hfn : @569) -> (hwt : @554) -> (hbind : @425) -> @585
+@595 := @564 @102
+@597 := @568 (@403 @102)
+@598 := @411 @102
+@599 := @553 @598
+@601 := @416 (@417 @102)
+@613 := {args : @136} ->
+  {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @566) -> (hfn : @597) -> (hwt : @599) -> (hbind : @415 (@601 @138 @75) @424) -> @585
+@614 := @595 @62
+@616 := @282 (@229 @57)
+@618 := @132 @616 @598
+@620 := @58 (@5 @152)
+@622 := @620 (@282 @57)
+@626 := @415 (@601 @622 @75) @424
+@628 := @58 (@5 @406)
+@630 := @58 (@5 @380)
+@632 := @628 (@630 @57)
+@634 := @573 @632 @140
+@636 := @58 (@5 @437)
+@639 := @58 (@5 #12)
+@656 := {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @618) ->
+  (hbind : @626) ->
+  (hF : @572) ->
+  (hA : @634) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@636 (@639 @57)) @17))
+@657 := @614 @80
+@659 := @229 (@243 @57)
+@661 := @132 @659 @598
+@672 := @415 (@601 @616 @75) (@423 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@674 := @630 (@620 @57)
+@676 := @573 @674 @140
+@678 := @58 (@5 @429)
+@694 := {F : @330} ->
+  {o : @354} ->
+  (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @661) ->
+  (hbind : @672) ->
+  (hF : @572) ->
+  (hA : @676) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@639 (@678 @57)) @17))
+@695 := @657 @81
+@696 := @301 @598
+@707 := @415 (@601 @659 @75) (@423 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@709 := @571 (@433 @81)
+@711 := @573 @622 @140
+@712 := @448 @81
+@730 := {o : @354} ->
+  (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @696) ->
+  (hbind : @707) ->
+  (hF : @709) ->
+  (hA : @711) ->
+  (hne : @443) -> @446 (fun (ro : @445) => @447 (@712 @152 @17) (@577 (@678 (@628 @57)) @17))
+@731 := @695 @323
+@732 := @308 @598
+@743 := @415 (@601 @300 @75) (@423 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@744 := @573 @616
+@746 := @321 @146 @138
+@747 := @744 @746
+@749 := @321 @152 @146
+@768 := (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @732) ->
+  (hbind : @743) ->
+  (hF : @709) ->
+  (hA : @747) ->
+  (hne : @355 @749 @360) ->
+  @446 (fun (ro : @445) => @447 (@712 (@321 @406 @380) @17) (@577 @632 @17))
+@769 := @731 @106
+@770 := @315 @598
+@781 := @415 (@601 @307 @75) (@423 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@782 := @573 @659
+@784 := @321 @138 @140
+@803 := (hfn : @597) ->
+  (hwt : @770) ->
+  (hbind : @781) ->
+  (hF : @709) ->
+  (hA : @782 @784) ->
+  (hne : @355 @746 @360) ->
+  @446 (fun (ro : @445) => @447 (@712 (@321 @380 @152) @17) (@577 @674 @17))
+@804 := Eq.refl.{1}
+@807 := @769 (@804 @389 @567)
+@808 := @319 @598
+@819 := @415 (@601 @314 @75) (@423 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@820 := @573 @300
+@822 := @321 @140 @142
+@838 := (hwt : @808) ->
+  (hbind : @819) ->
+  (hF : @709) ->
+  (hA : @820 @822) ->
+  (hne : @355 @784 @360) -> @446 (fun (ro : @445) => @447 (@712 @749 @17) (@577 @622 @17))
+@839 := @807 @318
+@841 := @601 @62 @75
+@844 := @415 @841 (@423 @80)
+@845 := @573 @307
+@847 := @321 @142 @12
+@862 := (hbind : @844) ->
+  (hF : @709) ->
+  (hA : @845 @847) ->
+  (hne : @355 @822 @360) -> @446 (fun (ro : @445) => @447 (@712 @746 @17) (@577 @616 @17))
+@865 := @839 (@804 @414 @841)
+@866 := @573 @314
+@868 := @321 @12 @4
+@882 := (hF : @709) ->
+  (hA : @866 @868) ->
+  (hne : @355 @847 @360) -> @446 (fun (ro : @445) => @447 (@712 @784 @17) (@577 @659 @17))
+@885 := @865 (@804 @426 @570)
+@899 := (hA : @573 @62 @323) ->
+  (hne : @355 @868 @360) -> @446 (fun (ro : @445) => @447 (@712 @822 @17) (@577 @300 @17))
+@900 := @885 @352
+@911 := (hne : @355 @323 @360) -> @446 (fun (ro : @445) => @447 (@712 @847 @17) (@577 @307 @17))
+@912 := @900 @373
+@918 := @447 (@712 @868 @17) (@577 @314 @17)
+@920 := @446 (fun (ro : @445) => @918)
+@922 := @446 (fun (__e_ro : @445) => @918)
+@927 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@928 := (__e_hrep : @927) -> @922
+@929 := fun (__e_hrep : @927) => @912
+@930 := (x : @3) -> @928
+@931 := fun (x : @3) => @929
+@932 := (s : @3) -> @930
+@933 := fun (s : @3) => @931
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/RustStd.lean
new file mode 100644
index 000000000..d1c46b698
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/RustStd.lean
@@ -0,0 +1,65 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
+      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.call 4 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair .nat .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))] (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
+    (.function (.generated .function 2) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))) (.copy (.generated .binding 1))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))], (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false), [(1, .nat, (some 1)), (0, .nat, none)], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))) (.copy (.generated .binding 1)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | _ + 5 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6.lean
new file mode 100644
index 000000000..112c5f073
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6.lean
@@ -0,0 +1,83 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
+      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.cond (.call 4 [(.var 2), (.var 3), (.first (.var 4)), (.second (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.call 5 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.var 2)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
+
+def __fits_1 (s : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_1 (s : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s)] (_root_.LexLeanPreservation.Rel (__fits_1 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.cappedCheck s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s (100 : Nat)))
+
+def __fits_2 (s : Nat) (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_2 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 s x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.smallCheck s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
+
+def __fits_5 (s : Nat) (x : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (s + x) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_5 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_5 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.Spill s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd s x)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_3 (_ystate : Nat) (_yinput : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (_ystate) (_yinput)))
+
+attribute [local irreducible] Models.Ledger.Spill in
+theorem __rel_3 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_3 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.SpillRawModel _ystate _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 (_ystate) (_yinput)))
+
+def __fits_4 (s : Nat) (x : Nat) (t : Nat) (y : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_4 (s : Nat) (x : Nat) (t : Nat) (y : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x), (_root_.LexLeanTarget.TargetSyntax.Value.nat t), (_root_.LexLeanTarget.TargetSyntax.Value.nat y)] (_root_.LexLeanPreservation.Rel (__fits_4 s x t y) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.growsCheck s x t y))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s t))
+
+def __fits_0 (s : Nat) (x : Nat) : Bool :=
+  (Bool.true && (let _ychecked1_state : Nat := s; (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Ledger.cappedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
+
+attribute [local irreducible] Models.Ledger.SpillRawModel Models.Ledger.cappedCheck Models.Ledger.growsCheck Models.Ledger.smallCheck in
+theorem __rel_0 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerFull s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : Nat := s; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.smallCheck (_ychecked1_state) (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (fun _ => (let _ychecked1_step : (Prod Nat Nat) := (Models.Ledger.SpillRawModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (__fits_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) && (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (if (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.cappedCheck ((_ychecked1_step).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((_ychecked1_step).1))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Models.Ledger.growsCheck (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)))) (__rel_4 (_ychecked1_state) (_ychecked1_input) ((_ychecked1_step).1) ((_ychecked1_step).2))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
+
+def denote (s : Nat) (x : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 s x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerFull s x)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (s : Nat) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Main.ledgerFull s x))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s x)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..84cc0c587
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/Compose/RustStd.lex.tex
@@ -0,0 +1,471 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.root : @932 := @933 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Prod.{0, 0}
+@64 := @63 @3
+@65 := @64 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.__fits_0
+@326 := @324 @4 @15
+@329 := Models.Main.ledgerFull @4 @15
+@330 := Bool
+@332 := @63 @330 @330
+@333 := @64 @3
+@334 := LexLeanTarget.TargetSyntax.Value.bool
+@335 := LexLeanPreservation.encPair
+@339 := @335 @330 @330 @334 @334
+@343 := @335 @3 @3 @5 @5
+@349 := LexLeanPreservation.encExcept @332 @333 @339 @343 @329
+@352 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.root @4 @15
+@353 := Ne.{1}
+@354 := LexLeanPreservation.Obs
+@355 := @353 @354
+@356 := LexLeanPreservation.Rel
+@359 := @355 (@356 @15 @17)
+@360 := LexLeanPreservation.Obs.stuck
+@363 := (f : @330) -> (v : @54) -> @359 @360
+@365 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@372 := (v : @54) -> @355 (@356 (@324 @12 @4) @17) @360
+@373 := @365 @349
+@377 := @355 (@356 @326 @349) @360
+@378 := @135 @65
+@379 := LexLeanPreservation.Rust.FunSem
+@380 := #9
+@386 := (n : @3) -> @379 @380 @152 @146 @17 @138
+@387 := Eq.{1}
+@388 := Option.{0}
+@389 := @388 @82
+@390 := @387 @389
+@397 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@401 := @390 (@397 (@83 @380) @138)
+@402 := Option.some.{0}
+@403 := @402 @82
+@404 := @403 @140
+@405 := @401 @404
+@406 := #10
+@410 := @107 @406 @380 @152 @140
+@411 := LexLeanTarget.TargetSyntax.Function.types
+@412 := @411 @138
+@413 := @410 @412
+@414 := @388 @378
+@415 := @387 @414
+@416 := LexLeanTarget.TargetSemantics.bindAll
+@417 := LexLeanTarget.TargetSyntax.Function.parameters
+@422 := @415 (@416 (@417 @146) @138 @75)
+@423 := @402 @378
+@424 := @423 @140
+@425 := @422 @424
+@426 := @388 @330
+@427 := @387 @426
+@428 := LexLeanPreservation.Rust.fnFallible
+@429 := #11
+@432 := @427 (@428 @429 @380)
+@433 := @402 @330
+@434 := @433 @140
+@435 := @432 @434
+@436 := LexLeanPreservation.RunConv
+@437 := #13
+@441 := @436 @437 @406 @152 @140
+@443 := @355 @138 @360
+@444 := Exists.{1}
+@445 := LexLeanPreservation.Rust.ROut
+@446 := @444 @445
+@447 := And
+@448 := LexLeanPreservation.Rust.RealizesFn
+@452 := @447 (@448 @380 @152 @17)
+@453 := LexLeanPreservation.Rust.RCI
+@455 := @453 #15
+@456 := LexLeanPreservation.Rust.fnIdent
+@457 := @456 @437
+@464 := (hne : @443) -> @446 (fun (ro : @445) => @452 (@455 @457 @429 @17))
+@479 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @386) ->
+  (hfn : @405) -> (hwt : @413) -> (hbind : @425) -> (hF : @435) -> (hA : @441) -> @464
+@481 := LexLeanPreservation.Rust.compose @0
+@482 := @379 @0
+@487 := (n : @3) -> @482 @152 @146 @17 @138
+@488 := @397 @84
+@491 := @390 (@488 @138) @404
+@495 := @118 @380 @152 @140 @412
+@496 := @436 @0
+@499 := @496 @406 @152 @140
+@513 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @487) ->
+  (hfn : @491) -> (hwt : @495) -> (hbind : @425) -> (hF : @435) -> (hA : @499) -> @464
+@514 := @481 @1
+@515 := @482 @1
+@519 := (n : @3) -> @515 @146 @17 @138
+@522 := @126 @152 @140 @412
+@523 := @428 @1
+@526 := @427 (@523 @380) @434
+@527 := @453 @1
+@537 := (hbind : @425) ->
+  (hF : @526) -> (hA : @499) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@527 @457 @429 @17))
+@547 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @519) -> (hfn : @491) -> (hwt : @522) -> @537
+@548 := @514 @2
+@550 := @515 @2 @17
+@552 := (n : @3) -> @550 @138
+@553 := @132 @140
+@554 := @553 @412
+@563 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @378} -> {F : @330} -> {o : @354} -> (hB : @552) -> (hfn : @491) -> (hwt : @554) -> @537
+@564 := @548 @72
+@566 := (n : @3) -> @550 @72
+@567 := @488 @72
+@568 := @390 @567
+@569 := @568 @404
+@570 := @523 @72
+@571 := @427 @570
+@572 := @571 @434
+@573 := @496 @72
+@575 := @573 @152 @140
+@577 := @527 (@456 @72)
+@585 := (hF : @572) -> (hA : @575) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 @429 @17))
+@594 := {fn : @82} ->
+  {args : @136} ->
+  {env : @378} ->
+  {F : @330} -> {o : @354} -> (hB : @566) -> (hfn : @569) -> (hwt : @554) -> (hbind : @425) -> @585
+@595 := @564 @102
+@597 := @568 (@403 @102)
+@598 := @411 @102
+@599 := @553 @598
+@601 := @416 (@417 @102)
+@613 := {args : @136} ->
+  {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @566) -> (hfn : @597) -> (hwt : @599) -> (hbind : @415 (@601 @138 @75) @424) -> @585
+@614 := @595 @62
+@616 := @282 (@229 @57)
+@618 := @132 @616 @598
+@620 := @58 (@5 @152)
+@622 := @620 (@282 @57)
+@626 := @415 (@601 @622 @75) @424
+@628 := @58 (@5 @406)
+@630 := @58 (@5 @380)
+@632 := @628 (@630 @57)
+@634 := @573 @632 @140
+@636 := @58 (@5 @437)
+@639 := @58 (@5 #12)
+@656 := {env : @378} ->
+  {F : @330} ->
+  {o : @354} ->
+  (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @618) ->
+  (hbind : @626) ->
+  (hF : @572) ->
+  (hA : @634) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@636 (@639 @57)) @17))
+@657 := @614 @80
+@659 := @229 (@243 @57)
+@661 := @132 @659 @598
+@672 := @415 (@601 @616 @75) (@423 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@674 := @630 (@620 @57)
+@676 := @573 @674 @140
+@678 := @58 (@5 @429)
+@694 := {F : @330} ->
+  {o : @354} ->
+  (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @661) ->
+  (hbind : @672) ->
+  (hF : @572) ->
+  (hA : @676) -> (hne : @443) -> @446 (fun (ro : @445) => @452 (@577 (@639 (@678 @57)) @17))
+@695 := @657 @81
+@696 := @301 @598
+@707 := @415 (@601 @659 @75) (@423 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@709 := @571 (@433 @81)
+@711 := @573 @622 @140
+@712 := @448 @81
+@730 := {o : @354} ->
+  (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @696) ->
+  (hbind : @707) ->
+  (hF : @709) ->
+  (hA : @711) ->
+  (hne : @443) -> @446 (fun (ro : @445) => @447 (@712 @152 @17) (@577 (@678 (@628 @57)) @17))
+@731 := @695 @323
+@732 := @308 @598
+@743 := @415 (@601 @300 @75) (@423 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@744 := @573 @616
+@746 := @321 @146 @138
+@747 := @744 @746
+@749 := @321 @152 @146
+@768 := (hB : @566) ->
+  (hfn : @597) ->
+  (hwt : @732) ->
+  (hbind : @743) ->
+  (hF : @709) ->
+  (hA : @747) ->
+  (hne : @355 @749 @360) ->
+  @446 (fun (ro : @445) => @447 (@712 (@321 @406 @380) @17) (@577 @632 @17))
+@769 := @731 @106
+@770 := @315 @598
+@781 := @415 (@601 @307 @75) (@423 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@782 := @573 @659
+@784 := @321 @138 @140
+@803 := (hfn : @597) ->
+  (hwt : @770) ->
+  (hbind : @781) ->
+  (hF : @709) ->
+  (hA : @782 @784) ->
+  (hne : @355 @746 @360) ->
+  @446 (fun (ro : @445) => @447 (@712 (@321 @380 @152) @17) (@577 @674 @17))
+@804 := Eq.refl.{1}
+@807 := @769 (@804 @389 @567)
+@808 := @319 @598
+@819 := @415 (@601 @314 @75) (@423 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@820 := @573 @300
+@822 := @321 @140 @142
+@838 := (hwt : @808) ->
+  (hbind : @819) ->
+  (hF : @709) ->
+  (hA : @820 @822) ->
+  (hne : @355 @784 @360) -> @446 (fun (ro : @445) => @447 (@712 @749 @17) (@577 @622 @17))
+@839 := @807 @318
+@841 := @601 @62 @75
+@844 := @415 @841 (@423 @80)
+@845 := @573 @307
+@847 := @321 @142 @12
+@862 := (hbind : @844) ->
+  (hF : @709) ->
+  (hA : @845 @847) ->
+  (hne : @355 @822 @360) -> @446 (fun (ro : @445) => @447 (@712 @746 @17) (@577 @616 @17))
+@865 := @839 (@804 @414 @841)
+@866 := @573 @314
+@868 := @321 @12 @4
+@882 := (hF : @709) ->
+  (hA : @866 @868) ->
+  (hne : @355 @847 @360) -> @446 (fun (ro : @445) => @447 (@712 @784 @17) (@577 @659 @17))
+@885 := @865 (@804 @426 @570)
+@899 := (hA : @573 @62 @323) ->
+  (hne : @355 @868 @360) -> @446 (fun (ro : @445) => @447 (@712 @822 @17) (@577 @300 @17))
+@900 := @885 @352
+@911 := (hne : @355 @323 @360) -> @446 (fun (ro : @445) => @447 (@712 @847 @17) (@577 @307 @17))
+@912 := @900 @373
+@918 := @447 (@712 @868 @17) (@577 @314 @17)
+@920 := @446 (fun (ro : @445) => @918)
+@922 := @446 (fun (__e_ro : @445) => @918)
+@927 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@928 := (__e_hrep : @927) -> @922
+@929 := fun (__e_hrep : @927) => @912
+@930 := (x : @3) -> @928
+@931 := fun (x : @3) => @929
+@932 := (s : @3) -> @930
+@933 := fun (s : @3) => @931
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/RustStd.lean
new file mode 100644
index 000000000..a01fe2f90
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/RustStd.lean
@@ -0,0 +1,73 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
+      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.cond (.call 2 [(.var 2), (.var 3)]) (.«let» 4 (.pair .nat .nat) (.call 3 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.cond (.call 4 [(.var 2), (.var 3), (.first (.var 4)), (.second (.var 4))]) (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])) (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.value .nat (.nat 10))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.call 5 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.var 2)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.var 0), (.var 1)]), (.var 1)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair .nat .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 100)))] (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))),
+    (.function (.generated .function 2) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.call (.function 5) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := .wild, type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))) (.copy (.generated .binding 1))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair .nat .nat)) (.call (.function 3) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))) (Corr.cond (lc := []) (ce := (.call (.function 4) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 2)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 3))))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 3))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 3))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 100)))], (.call (.runtime .natLe) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(1, .nat, (some 1)), (0, .nat, none)], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))], (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false), [(3, .nat, none), (2, .nat, (some 2)), (1, .nat, none), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))) (.copy (.generated .binding 1)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | _ + 6 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7.lean
new file mode 100644
index 000000000..2ff244563
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7.lean
@@ -0,0 +1,75 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 .nat (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.cond (.call 3 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])]))) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 4 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.var 0)]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
+
+def __fits_1 (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_1 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_1 x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.withinCheck x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
+
+def __fits_4 (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_4 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_4 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.Guess x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub x (1 : Nat)))
+
+def __fits_2 (_yinput : Nat) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_4 (_yinput)))
+
+attribute [local irreducible] Models.Ledger.Guess in
+theorem __rel_2 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.GuessModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (_yinput)))
+
+def __fits_3 (x : Nat) (y : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_3 (x : Nat) (y : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x), (_root_.LexLeanTarget.TargetSyntax.Value.nat y)] (_root_.LexLeanPreservation.Rel (__fits_3 x y) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.belowCheck x y))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe y x))
+
+def __fits_0 (x : Nat) : Bool :=
+  (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_input))) && (if (Models.Ledger.withinCheck (_ychecked1_input)) then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_input) (_ychecked1_output))) && (if (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Models.Ledger.GuessModel Models.Ledger.belowCheck Models.Ledger.withinCheck in
+theorem __rel_0 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.guessChecked x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_2 (_ychecked1_input))) && (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ychecked1_input) (_ychecked1_output))) && (if (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); (if (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat)) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) else (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Ledger.withinCheck (_ychecked1_input)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_input))) (fun _ => (let _ychecked1_output : Nat := (Models.Ledger.GuessModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) Nat)) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Models.Ledger.belowCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))
+
+def denote (x : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.guessChecked x)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Main.guessChecked x))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 x)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..1dedc80f2
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/Compose/RustStd.lex.tex
@@ -0,0 +1,421 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.root : @838 := @839 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@57 := Prod.{0, 0}
+@59 := @57 @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.false
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) => LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.__fits_0
+@274 := @273 @4
+@276 := Models.Main.guessChecked @4
+@277 := Bool
+@279 := @57 @277 @277
+@280 := LexLeanTarget.TargetSyntax.Value.bool
+@285 := LexLeanPreservation.encPair @277 @277 @280 @280
+@291 := LexLeanPreservation.encExcept @279 @3 @285 @5 @276
+@293 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.root @4
+@294 := Ne.{1}
+@295 := LexLeanPreservation.Obs
+@296 := @294 @295
+@297 := LexLeanPreservation.Rel
+@300 := @296 (@297 @4 @17)
+@301 := LexLeanPreservation.Obs.stuck
+@304 := (f : @277) -> (v : @50) -> @300 @301
+@306 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@312 := (v : @50) -> @296 (@297 (@273 @14) @17) @301
+@313 := @306 @291
+@317 := @296 (@297 @274 @291) @301
+@318 := @124 @59
+@319 := LexLeanPreservation.Rust.FunSem
+@320 := #9
+@326 := (n : @3) -> @319 @320 @141 @135 @17 @127
+@327 := Eq.{1}
+@328 := Option.{0}
+@329 := @328 @71
+@330 := @327 @329
+@337 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@341 := @330 (@337 (@72 @320) @127)
+@342 := Option.some.{0}
+@343 := @342 @71
+@344 := @343 @129
+@345 := @341 @344
+@346 := #10
+@350 := @96 @346 @320 @141 @129
+@351 := LexLeanTarget.TargetSyntax.Function.types
+@352 := @351 @127
+@353 := @350 @352
+@354 := @328 @318
+@355 := @327 @354
+@356 := LexLeanTarget.TargetSemantics.bindAll
+@357 := LexLeanTarget.TargetSyntax.Function.parameters
+@362 := @355 (@356 (@357 @135) @127 @66)
+@363 := @342 @318
+@364 := @363 @129
+@365 := @362 @364
+@366 := @328 @277
+@367 := @327 @366
+@368 := LexLeanPreservation.Rust.fnFallible
+@369 := #11
+@372 := @367 (@368 @369 @320)
+@373 := @342 @277
+@374 := @373 @129
+@375 := @372 @374
+@376 := LexLeanPreservation.RunConv
+@377 := #13
+@381 := @376 @377 @346 @141 @129
+@383 := @296 @127 @301
+@384 := Exists.{1}
+@385 := LexLeanPreservation.Rust.ROut
+@386 := @384 @385
+@387 := And
+@388 := LexLeanPreservation.Rust.RealizesFn
+@392 := @387 (@388 @320 @141 @17)
+@393 := LexLeanPreservation.Rust.RCI
+@395 := @393 #15
+@396 := LexLeanPreservation.Rust.fnIdent
+@397 := @396 @377
+@404 := (hne : @383) -> @386 (fun (ro : @385) => @392 (@395 @397 @369 @17))
+@419 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @318} ->
+  {F : @277} ->
+  {o : @295} ->
+  (hB : @326) ->
+  (hfn : @345) -> (hwt : @353) -> (hbind : @365) -> (hF : @375) -> (hA : @381) -> @404
+@421 := LexLeanPreservation.Rust.compose @0
+@422 := @319 @0
+@427 := (n : @3) -> @422 @141 @135 @17 @127
+@428 := @337 @73
+@431 := @330 (@428 @127) @344
+@435 := @107 @320 @141 @129 @352
+@436 := @376 @0
+@439 := @436 @346 @141 @129
+@453 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @318} ->
+  {F : @277} ->
+  {o : @295} ->
+  (hB : @427) ->
+  (hfn : @431) -> (hwt : @435) -> (hbind : @365) -> (hF : @375) -> (hA : @439) -> @404
+@454 := @421 @1
+@455 := @422 @1
+@459 := (n : @3) -> @455 @135 @17 @127
+@462 := @115 @141 @129 @352
+@463 := @368 @1
+@466 := @367 (@463 @320) @374
+@467 := @393 @1
+@477 := (hbind : @365) ->
+  (hF : @466) -> (hA : @439) -> (hne : @383) -> @386 (fun (ro : @385) => @392 (@467 @397 @369 @17))
+@487 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @318} -> {F : @277} -> {o : @295} -> (hB : @459) -> (hfn : @431) -> (hwt : @462) -> @477
+@488 := @454 @2
+@490 := @455 @2 @17
+@492 := (n : @3) -> @490 @127
+@493 := @121 @129
+@494 := @493 @352
+@503 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @318} -> {F : @277} -> {o : @295} -> (hB : @492) -> (hfn : @431) -> (hwt : @494) -> @477
+@504 := @488 @60
+@506 := (n : @3) -> @490 @60
+@507 := @428 @60
+@508 := @330 @507
+@509 := @508 @344
+@510 := @463 @60
+@511 := @367 @510
+@512 := @511 @374
+@513 := @436 @60
+@515 := @513 @141 @129
+@517 := @467 (@396 @60)
+@525 := (hF : @512) -> (hA : @515) -> (hne : @383) -> @386 (fun (ro : @385) => @392 (@517 @369 @17))
+@534 := {fn : @71} ->
+  {args : @125} ->
+  {env : @318} ->
+  {F : @277} -> {o : @295} -> (hB : @506) -> (hfn : @509) -> (hwt : @494) -> (hbind : @365) -> @525
+@535 := @504 @91
+@537 := @508 (@343 @91)
+@538 := @351 @91
+@539 := @493 @538
+@541 := @356 (@357 @91)
+@553 := {args : @125} ->
+  {env : @318} ->
+  {F : @277} ->
+  {o : @295} ->
+  (hB : @506) -> (hfn : @537) -> (hwt : @539) -> (hbind : @355 (@541 @127 @66) @364) -> @525
+@554 := @535 @56
+@555 := @218 @53
+@557 := @121 @555 @538
+@560 := @54 (@5 @135) @53
+@564 := @355 (@541 @560 @66) @364
+@567 := @54 (@5 @320) @53
+@588 := {env : @318} ->
+  {F : @277} ->
+  {o : @295} ->
+  (hB : @506) ->
+  (hfn : @537) ->
+  (hwt : @557) ->
+  (hbind : @564) ->
+  (hF : @512) ->
+  (hA : @513 @567 @129) ->
+  (hne : @383) -> @386 (fun (ro : @385) => @392 (@517 (@54 (@5 #12) @53) @17))
+@589 := @554 @69
+@590 := @232 @53
+@592 := @121 @590 @538
+@600 := @355 (@541 @555 @66) (@363 (@67 (@64 @217) @66))
+@603 := @54 (@5 @141) @53
+@622 := {F : @277} ->
+  {o : @295} ->
+  (hB : @506) ->
+  (hfn : @537) ->
+  (hwt : @592) ->
+  (hbind : @600) ->
+  (hF : @512) ->
+  (hA : @513 @603 @129) ->
+  (hne : @383) -> @386 (fun (ro : @385) => @392 (@517 (@54 (@5 @369) @53) @17))
+@623 := @589 @70
+@624 := @249 @538
+@632 := @355 (@541 @590 @66) (@363 (@67 (@64 @231) @66))
+@634 := @511 (@373 @70)
+@636 := @513 @560 @129
+@637 := @388 @70
+@656 := {o : @295} ->
+  (hB : @506) ->
+  (hfn : @537) ->
+  (hwt : @624) ->
+  (hbind : @632) ->
+  (hF : @634) ->
+  (hA : @636) ->
+  (hne : @383) -> @386 (fun (ro : @385) => @387 (@637 @141 @17) (@517 (@54 (@5 @346) @53) @17))
+@657 := @623 @272
+@658 := @257 @538
+@666 := @355 (@541 @248 @66) (@363 (@67 (@64 @214) @66))
+@667 := @513 @555
+@668 := @271 @127
+@669 := @667 @668
+@670 := @271 @135
+@688 := (hB : @506) ->
+  (hfn : @537) ->
+  (hwt : @658) ->
+  (hbind : @666) ->
+  (hF : @634) ->
+  (hA : @669) ->
+  (hne : @296 @670 @301) -> @386 (fun (ro : @385) => @387 (@637 (@271 @320) @17) (@517 @567 @17))
+@689 := @657 @95
+@690 := @265 @538
+@698 := @355 (@541 @256 @66) (@363 (@67 (@64 @228) @66))
+@699 := @513 @590
+@700 := @271 @129
+@718 := (hfn : @537) ->
+  (hwt : @690) ->
+  (hbind : @698) ->
+  (hF : @634) ->
+  (hA : @699 @700) ->
+  (hne : @296 @668 @301) -> @386 (fun (ro : @385) => @387 (@637 (@271 @141) @17) (@517 @603 @17))
+@719 := Eq.refl.{1}
+@722 := @689 (@719 @329 @507)
+@723 := @269 @538
+@731 := @355 (@541 @264 @66) (@363 (@67 (@64 @243) @66))
+@732 := @513 @248
+@733 := @271 @131
+@749 := (hwt : @723) ->
+  (hbind : @731) ->
+  (hF : @634) ->
+  (hA : @732 @733) ->
+  (hne : @296 @700 @301) -> @386 (fun (ro : @385) => @387 (@637 @670 @17) (@517 @560 @17))
+@750 := @722 @268
+@752 := @541 @56 @66
+@755 := @355 @752 (@363 @69)
+@756 := @513 @256
+@757 := @271 @12
+@772 := (hbind : @755) ->
+  (hF : @634) ->
+  (hA : @756 @757) ->
+  (hne : @296 @733 @301) -> @386 (fun (ro : @385) => @387 (@637 @668 @17) (@517 @555 @17))
+@775 := @750 (@719 @354 @752)
+@776 := @513 @264
+@777 := @271 @14
+@791 := (hF : @634) ->
+  (hA : @776 @777) ->
+  (hne : @296 @757 @301) -> @386 (fun (ro : @385) => @387 (@637 @700 @17) (@517 @590 @17))
+@794 := @775 (@719 @366 @510)
+@808 := (hA : @513 @56 @272) ->
+  (hne : @296 @777 @301) -> @386 (fun (ro : @385) => @387 (@637 @733 @17) (@517 @248 @17))
+@809 := @794 @293
+@820 := (hne : @296 @272 @301) -> @386 (fun (ro : @385) => @387 (@637 @757 @17) (@517 @256 @17))
+@821 := @809 @313
+@827 := @387 (@637 @777 @17) (@517 @264 @17)
+@829 := @386 (fun (ro : @385) => @827)
+@831 := @386 (fun (__e_ro : @385) => @827)
+@835 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@836 := (__e_hrep : @835) -> @831
+@837 := fun (__e_hrep : @835) => @821
+@838 := (x : @3) -> @836
+@839 := fun (x : @3) => @837
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/RustStd.lean
new file mode 100644
index 000000000..fe696ff74
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/RustStd.lean
@@ -0,0 +1,65 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 .nat (.var 0) (.cond (.call 1 [(.var 1)]) (.«let» 2 .nat (.call 2 [(.var 1)]) (.cond (.call 3 [(.var 1), (.var 2)]) (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)]) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])]))) (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 4 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.var 0)]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0)))] (.cond (.call (.function 1) [(.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [] (.call (.function 4) [(.copy (.generated .binding 0))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))] (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0)))], (.cond (.call (.function 1) [(.copy (.generated .binding 1))] false) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.copy (.generated .binding 1))] false))]) (ta := (.cond (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (lb := []) (tb := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 3) [(.copy (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))], (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))], (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | _ + 5 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8.lean
new file mode 100644
index 000000000..b16804d27
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8.lean
@@ -0,0 +1,118 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Models.Flows
+import Models.Glyphs
+import Models.Ledger
+import Models.Main
+import Models.Pipeline
+import Models.Policy
+import Models.Recognizer
+import Models.Session
+import Models.Triage
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)),
+      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.«let» 4 (.pair .nat (.result .nat (.pair .bool .bool))) (.call 2 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
+      body := (.call 3 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
+      body := (.«let» 2 (.pair .nat .nat) (.call 4 [(.var 0), (.var 1)]) (.«let» 3 .nat (.second (.var 2)) (.«let» 4 .nat (.first (.var 2)) (.cond (.call 5 [(.var 3)]) (.«let» 5 .nat (.call 6 [(.var 3)]) (.cond (.call 7 [(.var 3), (.var 5)]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 4), (.build .ok (.result .nat (.pair .bool .bool)) [(.var 5)])]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])]))) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])]))))) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.call 8 [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 9 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.var 0)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])]), (.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])])])) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
+
+def __fits_1 (s : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_1 (s : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s)] (_root_.LexLeanPreservation.Rel (__fits_1 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.cappedCheck s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe s (100 : Nat)))
+
+def __fits_8 (s : Nat) (x : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (s + x) 18446744073709551616)) && (let total : Nat := (s + x); ((((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_8 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_8 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.Clamp s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (s + x); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd s x)) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (100 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((100 : Nat)) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (100 : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total (_root_.LexLeanRuntime.subtract (total) ((100 : Nat)) : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))
+
+def __fits_4 (_ystate : Nat) (_yinput : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (_ystate) (_yinput)))
+
+attribute [local irreducible] Models.Ledger.Clamp in
+theorem __rel_4 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_4 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Models.Ledger.ClampModel _ystate _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (_ystate) (_yinput)))
+
+def __fits_5 (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_5 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_5 x) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.withinCheck x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe x (10 : Nat)))
+
+def __fits_9 (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_9 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_9 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.Guess x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub x (1 : Nat)))
+
+def __fits_6 (_yinput : Nat) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_9 (_yinput)))
+
+attribute [local irreducible] Models.Ledger.Guess in
+theorem __rel_6 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_6 _yinput) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Models.Ledger.GuessModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_yinput)))
+
+def __fits_7 (x : Nat) (y : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_7 (x : Nat) (y : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x), (_root_.LexLeanTarget.TargetSyntax.Value.nat y)] (_root_.LexLeanPreservation.Rel (__fits_7 x y) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Models.Ledger.belowCheck x y))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe y x))
+
+def __fits_3 (s : Nat) (x : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_4 (s) (x))) && (let _ystep1 : (Prod Nat Nat) := (Models.Ledger.ClampModel (s) (x)); (Bool.true && (let _ystage1 : Nat := (_ystep1).2; (Bool.true && (let _ystate1 : Nat := (_ystep1).1; (((Bool.true && Bool.true) && (__fits_5 (_ystage1))) && (if (Models.Ledger.withinCheck (_ystage1)) then (((Bool.true && Bool.true) && (__fits_6 (_ystage1))) && (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (_ystage1) (_ystage2))) && (if (Models.Ledger.belowCheck (_ystage1) (_ystage2)) then ((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && Bool.true) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))))) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true)))))))))
+
+attribute [local irreducible] Models.Ledger.ClampModel Models.Ledger.GuessModel Models.Ledger.belowCheck Models.Ledger.withinCheck in
+theorem __rel_3 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_3 s x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Flows.ClampGuess s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ystep1 : (Prod Nat Nat) := (Models.Ledger.ClampModel (s) (x)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 (s) (x))) (let _ystage1 : Nat := (_ystep1).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (let _ystate1 : Nat := (_ystep1).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && (__fits_6 (_ystage1))) && (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (_ystage1) (_ystage2))) && (if (Models.Ledger.belowCheck (_ystage1) (_ystage2)) then ((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && Bool.true) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))))) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); (if (Models.Ledger.belowCheck (_ystage1) (_ystage2)) then (_ystate1, (Except.ok (_ystage2) : (Except (Prod Bool Bool) Nat))) else (s, (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) else (s, (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Models.Ledger.withinCheck (_ystage1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_5 (_ystage1))) (fun _ => (let _ystage2 : Nat := (Models.Ledger.GuessModel (_ystage1)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (_ystage1))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && Bool.true) else ((Bool.true && ((((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (_ystate1, (Except.ok (_ystage2) : (Except (Prod Bool Bool) Nat))) else (s, (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Models.Ledger.belowCheck (_ystage1) (_ystage2)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (_ystage1) (_ystage2))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))))
+
+def __fits_2 (_ystate : Nat) (_yinput : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (_ystate) (_yinput)))
+
+attribute [local irreducible] Models.Flows.ClampGuess in
+theorem __rel_2 (_ystate : Nat) (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _ystate), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_2 _ystate _yinput) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Models.Flows.FlowModel _ystate _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (_ystate) (_yinput)))
+
+def __fits_0 (s : Nat) (x : Nat) : Bool :=
+  (Bool.true && (let _ychecked1_state : Nat := s; (Bool.true && (let _ychecked1_input : Nat := x; (((Bool.true && Bool.true) && (__fits_1 (_ychecked1_state))) && (if (Models.Ledger.cappedCheck (_ychecked1_state)) then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))))
+
+attribute [local irreducible] Models.Flows.FlowModel Models.Ledger.cappedCheck in
+theorem __rel_0 (s : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.flowStep s x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _ychecked1_state : Nat := s; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_input : Nat := x; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (_ychecked1_state) (_ychecked1_input))) && (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); (((Bool.true && Bool.true) && (__fits_1 ((_ychecked1_step).1))) && (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); (if (Models.Ledger.cappedCheck ((_ychecked1_step).1)) then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))))) else (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))))) (Models.Ledger.cappedCheck (_ychecked1_state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (_ychecked1_state))) (fun _ => (let _ychecked1_step : (Prod Nat (Except (Prod Bool Bool) Nat)) := (Models.Flows.FlowModel (_ychecked1_state) (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (_ychecked1_state) (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then (Except.ok (_ychecked1_step) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))) else (Except.error (((Bool.true, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (Except (Prod Bool Bool) Nat)))))) (Models.Ledger.cappedCheck ((_ychecked1_step).1)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((_ychecked1_step).1))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
+
+def denote (s : Nat) (x : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 s x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.flowStep s x)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (s : Nat) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat s), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Models.Main.flowStep s x))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s x)
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/Compose/RustStd.lex.tex b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..338cd4812
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/Compose/RustStd.lex.tex
@@ -0,0 +1,474 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8,
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.root : @938 := @939 {
+  all: [LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.program
+@1 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.krate
+@2 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Prod.{0, 0}
+@64 := @63 @3
+@65 := @64 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.__fits_0
+@326 := @324 @4 @15
+@329 := Models.Main.flowStep @4 @15
+@330 := Bool
+@332 := @63 @330 @330
+@335 := Except.{0, 0} @332 @3
+@336 := @64 @335
+@337 := LexLeanTarget.TargetSyntax.Value.bool
+@338 := LexLeanPreservation.encPair
+@342 := @338 @330 @330 @337 @337
+@344 := LexLeanPreservation.encExcept @332
+@347 := @344 @3 @342 @5
+@351 := @338 @3 @335 @5 @347
+@355 := @344 @336 @342 @351 @329
+@358 := LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.root @4 @15
+@359 := Ne.{1}
+@360 := LexLeanPreservation.Obs
+@361 := @359 @360
+@362 := LexLeanPreservation.Rel
+@365 := @361 (@362 @15 @17)
+@366 := LexLeanPreservation.Obs.stuck
+@369 := (f : @330) -> (v : @54) -> @365 @366
+@371 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@378 := (v : @54) -> @361 (@362 (@324 @12 @4) @17) @366
+@379 := @371 @355
+@383 := @361 (@362 @326 @355) @366
+@384 := @135 @65
+@385 := LexLeanPreservation.Rust.FunSem
+@386 := #9
+@392 := (n : @3) -> @385 @386 @152 @146 @17 @138
+@393 := Eq.{1}
+@394 := Option.{0}
+@395 := @394 @82
+@396 := @393 @395
+@403 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@407 := @396 (@403 (@83 @386) @138)
+@408 := Option.some.{0}
+@409 := @408 @82
+@410 := @409 @140
+@411 := @407 @410
+@412 := #10
+@416 := @107 @412 @386 @152 @140
+@417 := LexLeanTarget.TargetSyntax.Function.types
+@418 := @417 @138
+@419 := @416 @418
+@420 := @394 @384
+@421 := @393 @420
+@422 := LexLeanTarget.TargetSemantics.bindAll
+@423 := LexLeanTarget.TargetSyntax.Function.parameters
+@428 := @421 (@422 (@423 @146) @138 @75)
+@429 := @408 @384
+@430 := @429 @140
+@431 := @428 @430
+@432 := @394 @330
+@433 := @393 @432
+@434 := LexLeanPreservation.Rust.fnFallible
+@435 := #11
+@438 := @433 (@434 @435 @386)
+@439 := @408 @330
+@440 := @439 @140
+@441 := @438 @440
+@442 := LexLeanPreservation.RunConv
+@443 := #13
+@447 := @442 @443 @412 @152 @140
+@449 := @361 @138 @366
+@450 := Exists.{1}
+@451 := LexLeanPreservation.Rust.ROut
+@452 := @450 @451
+@453 := And
+@454 := LexLeanPreservation.Rust.RealizesFn
+@458 := @453 (@454 @386 @152 @17)
+@459 := LexLeanPreservation.Rust.RCI
+@461 := @459 #15
+@462 := LexLeanPreservation.Rust.fnIdent
+@463 := @462 @443
+@470 := (hne : @449) -> @452 (fun (ro : @451) => @458 (@461 @463 @435 @17))
+@485 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @384} ->
+  {F : @330} ->
+  {o : @360} ->
+  (hB : @392) ->
+  (hfn : @411) -> (hwt : @419) -> (hbind : @431) -> (hF : @441) -> (hA : @447) -> @470
+@487 := LexLeanPreservation.Rust.compose @0
+@488 := @385 @0
+@493 := (n : @3) -> @488 @152 @146 @17 @138
+@494 := @403 @84
+@497 := @396 (@494 @138) @410
+@501 := @118 @386 @152 @140 @418
+@502 := @442 @0
+@505 := @502 @412 @152 @140
+@519 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @384} ->
+  {F : @330} ->
+  {o : @360} ->
+  (hB : @493) ->
+  (hfn : @497) -> (hwt : @501) -> (hbind : @431) -> (hF : @441) -> (hA : @505) -> @470
+@520 := @487 @1
+@521 := @488 @1
+@525 := (n : @3) -> @521 @146 @17 @138
+@528 := @126 @152 @140 @418
+@529 := @434 @1
+@532 := @433 (@529 @386) @440
+@533 := @459 @1
+@543 := (hbind : @431) ->
+  (hF : @532) -> (hA : @505) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@533 @463 @435 @17))
+@553 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @384} -> {F : @330} -> {o : @360} -> (hB : @525) -> (hfn : @497) -> (hwt : @528) -> @543
+@554 := @520 @2
+@556 := @521 @2 @17
+@558 := (n : @3) -> @556 @138
+@559 := @132 @140
+@560 := @559 @418
+@569 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @384} -> {F : @330} -> {o : @360} -> (hB : @558) -> (hfn : @497) -> (hwt : @560) -> @543
+@570 := @554 @72
+@572 := (n : @3) -> @556 @72
+@573 := @494 @72
+@574 := @396 @573
+@575 := @574 @410
+@576 := @529 @72
+@577 := @433 @576
+@578 := @577 @440
+@579 := @502 @72
+@581 := @579 @152 @140
+@583 := @533 (@462 @72)
+@591 := (hF : @578) -> (hA : @581) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@583 @435 @17))
+@600 := {fn : @82} ->
+  {args : @136} ->
+  {env : @384} ->
+  {F : @330} -> {o : @360} -> (hB : @572) -> (hfn : @575) -> (hwt : @560) -> (hbind : @431) -> @591
+@601 := @570 @102
+@603 := @574 (@409 @102)
+@604 := @417 @102
+@605 := @559 @604
+@607 := @422 (@423 @102)
+@619 := {args : @136} ->
+  {env : @384} ->
+  {F : @330} ->
+  {o : @360} ->
+  (hB : @572) -> (hfn : @603) -> (hwt : @605) -> (hbind : @421 (@607 @138 @75) @430) -> @591
+@620 := @601 @62
+@622 := @282 (@229 @57)
+@624 := @132 @622 @604
+@626 := @58 (@5 @152)
+@628 := @626 (@282 @57)
+@632 := @421 (@607 @628 @75) @430
+@634 := @58 (@5 @412)
+@636 := @58 (@5 @386)
+@638 := @634 (@636 @57)
+@640 := @579 @638 @140
+@642 := @58 (@5 @443)
+@645 := @58 (@5 #12)
+@662 := {env : @384} ->
+  {F : @330} ->
+  {o : @360} ->
+  (hB : @572) ->
+  (hfn : @603) ->
+  (hwt : @624) ->
+  (hbind : @632) ->
+  (hF : @578) ->
+  (hA : @640) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@583 (@642 (@645 @57)) @17))
+@663 := @620 @80
+@665 := @229 (@243 @57)
+@667 := @132 @665 @604
+@678 := @421 (@607 @622 @75) (@429 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@680 := @636 (@626 @57)
+@682 := @579 @680 @140
+@684 := @58 (@5 @435)
+@700 := {F : @330} ->
+  {o : @360} ->
+  (hB : @572) ->
+  (hfn : @603) ->
+  (hwt : @667) ->
+  (hbind : @678) ->
+  (hF : @578) ->
+  (hA : @682) -> (hne : @449) -> @452 (fun (ro : @451) => @458 (@583 (@645 (@684 @57)) @17))
+@701 := @663 @81
+@702 := @301 @604
+@713 := @421 (@607 @665 @75) (@429 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@715 := @577 (@439 @81)
+@717 := @579 @628 @140
+@718 := @454 @81
+@736 := {o : @360} ->
+  (hB : @572) ->
+  (hfn : @603) ->
+  (hwt : @702) ->
+  (hbind : @713) ->
+  (hF : @715) ->
+  (hA : @717) ->
+  (hne : @449) -> @452 (fun (ro : @451) => @453 (@718 @152 @17) (@583 (@684 (@634 @57)) @17))
+@737 := @701 @323
+@738 := @308 @604
+@749 := @421 (@607 @300 @75) (@429 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@750 := @579 @622
+@752 := @321 @146 @138
+@753 := @750 @752
+@755 := @321 @152 @146
+@774 := (hB : @572) ->
+  (hfn : @603) ->
+  (hwt : @738) ->
+  (hbind : @749) ->
+  (hF : @715) ->
+  (hA : @753) ->
+  (hne : @361 @755 @366) ->
+  @452 (fun (ro : @451) => @453 (@718 (@321 @412 @386) @17) (@583 @638 @17))
+@775 := @737 @106
+@776 := @315 @604
+@787 := @421 (@607 @307 @75) (@429 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@788 := @579 @665
+@790 := @321 @138 @140
+@809 := (hfn : @603) ->
+  (hwt : @776) ->
+  (hbind : @787) ->
+  (hF : @715) ->
+  (hA : @788 @790) ->
+  (hne : @361 @752 @366) ->
+  @452 (fun (ro : @451) => @453 (@718 (@321 @386 @152) @17) (@583 @680 @17))
+@810 := Eq.refl.{1}
+@813 := @775 (@810 @395 @573)
+@814 := @319 @604
+@825 := @421 (@607 @314 @75) (@429 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@826 := @579 @300
+@828 := @321 @140 @142
+@844 := (hwt : @814) ->
+  (hbind : @825) ->
+  (hF : @715) ->
+  (hA : @826 @828) ->
+  (hne : @361 @790 @366) -> @452 (fun (ro : @451) => @453 (@718 @755 @17) (@583 @628 @17))
+@845 := @813 @318
+@847 := @607 @62 @75
+@850 := @421 @847 (@429 @80)
+@851 := @579 @307
+@853 := @321 @142 @12
+@868 := (hbind : @850) ->
+  (hF : @715) ->
+  (hA : @851 @853) ->
+  (hne : @361 @828 @366) -> @452 (fun (ro : @451) => @453 (@718 @752 @17) (@583 @622 @17))
+@871 := @845 (@810 @420 @847)
+@872 := @579 @314
+@874 := @321 @12 @4
+@888 := (hF : @715) ->
+  (hA : @872 @874) ->
+  (hne : @361 @853 @366) -> @452 (fun (ro : @451) => @453 (@718 @790 @17) (@583 @665 @17))
+@891 := @871 (@810 @432 @576)
+@905 := (hA : @579 @62 @323) ->
+  (hne : @361 @874 @366) -> @452 (fun (ro : @451) => @453 (@718 @828 @17) (@583 @300 @17))
+@906 := @891 @358
+@917 := (hne : @361 @323 @366) -> @452 (fun (ro : @451) => @453 (@718 @853 @17) (@583 @307 @17))
+@918 := @906 @379
+@924 := @453 (@718 @874 @17) (@583 @314 @17)
+@926 := @452 (fun (ro : @451) => @924)
+@928 := @452 (fun (__e_ro : @451) => @924)
+@933 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@934 := (__e_hrep : @933) -> @928
+@935 := fun (__e_hrep : @933) => @918
+@936 := (x : @3) -> @934
+@937 := fun (x : @3) => @935
+@938 := (s : @3) -> @936
+@939 := fun (s : @3) => @937
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/RustStd.lean b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/RustStd.lean
new file mode 100644
index 000000000..f46f35340
--- /dev/null
+++ b/examples/models/expected/verify/preserve/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/RustStd.lean
@@ -0,0 +1,105 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)),
+      body := (.«let» 2 .nat (.var 0) (.«let» 3 .nat (.var 1) (.cond (.call 1 [(.var 2)]) (.«let» 4 (.pair .nat (.result .nat (.pair .bool .bool))) (.call 2 [(.var 2), (.var 3)]) (.cond (.call 1 [(.first (.var 4))]) (.build .ok (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.var 4)]) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .true .bool [])])]))) (.build .error (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])])))) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 100))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
+      body := (.call 3 [(.var 0), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.result .nat (.pair .bool .bool))),
+      body := (.«let» 2 (.pair .nat .nat) (.call 4 [(.var 0), (.var 1)]) (.«let» 3 .nat (.second (.var 2)) (.«let» 4 .nat (.first (.var 2)) (.cond (.call 5 [(.var 3)]) (.«let» 5 .nat (.call 6 [(.var 3)]) (.cond (.call 7 [(.var 3), (.var 5)]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 4), (.build .ok (.result .nat (.pair .bool .bool)) [(.var 5)])]) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])]))) (.build .pair (.pair .nat (.result .nat (.pair .bool .bool))) [(.var 0), (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])])]))))) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.call 8 [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.prim .natLe [(.var 0), (.value .nat (.nat 10))]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 9 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.var 1), (.var 0)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])]), (.prim .natSub [(.var 2), (.prim .natSub [(.var 2), (.value .nat (.nat 100))])])])) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natSub [(.var 0), (.value .nat (.nat 1))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.result (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))] (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat (.result .nat (.pair .bool .bool)))) (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))] (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.result .nat (.pair .bool .bool)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.result .nat (.pair .bool .bool)))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .nat .nat)) (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 4))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 5)))))] (.cond (.call (.function 5) [(.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 5)) (some .nat) (.call (.function 6) [(.copy (.generated .binding 3))] false))] (.cond (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false) (.mk [] (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.call (.function 8) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))] (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [] (.call (.function 9) [(.copy (.generated .binding 0))] false))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))))] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 3)) (some .nat) (.copy (.generated .binding 1)))], (.cond (.call (.function 1) [(.copy (.generated .binding 2))] false) (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .nat (.result .nat (.pair .bool .bool)))) (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))] (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 4)) (some (.pair .nat (.result .nat (.pair .bool .bool)))) (.call (.function 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 3))] true))]) (ta := (.cond (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false) (.mk [] (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 1) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))] (.move (.generated .part 1))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 1)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 1))) (Corr.first (ta := .nat) (tb := (.result .nat (.pair .bool .bool))) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.ok (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat (.result .nat (.pair .bool .bool))) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool true)))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.result .nat (.pair .bool .bool)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 100)))], (.call (.runtime .natLe) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.pair .nat .nat)) (.call (.function 4) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 4))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 5)))))], (.cond (.call (.function 5) [(.copy (.generated .binding 3))] false) (.mk [(.mk (.bind (.generated .binding 5)) (some .nat) (.call (.function 6) [(.copy (.generated .binding 3))] false))] (.cond (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false) (.mk [] (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 5))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 5) [(.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .binding 5)) (some .nat) (.call (.function 6) [(.copy (.generated .binding 3))] false))]) (ta := (.cond (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false) (.mk [] (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (.mk [] (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))))) (lb := []) (tb := (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.copy (.generated .binding 3)), (.copy (.generated .binding 5))] false)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 4)) (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 5))])))) (lb := []) (tb := (.succeed (.pair (.copy (.generated .binding 0)) (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))))) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lNil))))))))) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lNil)))))))))))⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 10)))], (.call (.runtime .natLe) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 9) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))], (.call (.runtime .natLe) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true))))], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 13)) none (.lit (.nat 100)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 100)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))], (.call (.runtime .natSub) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | _ + 10 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd
diff --git a/examples/models/expected/verify/preserve/audit.txt b/examples/models/expected/verify/preserve/audit.txt
index 1bff85617..b0b0a0a69 100644
--- a/examples/models/expected/verify/preserve/audit.txt
+++ b/examples/models/expected/verify/preserve/audit.txt
@@ -7737,75 +7737,75 @@
 'LexLeanPreservation.encOption.eq_2' does not depend on any axioms
 'LexLeanPreservation.encPair.eq_1' does not depend on any axioms
 'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.root' depends on axioms: [propext,
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  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.root' depends on axioms: [propext,
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  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
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  Classical.choice,
  Quot.sound]
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  Classical.choice,
  Quot.sound]
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+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.__wt_0' depends on axioms: [propext]
 -- statement vocabulary
 inductive LexLeanPreservation.Obs : Type
 number of parameters: 0
diff --git a/examples/models/expected/verify/preserve/preservation.json b/examples/models/expected/verify/preserve/preservation.json
index 052cee848..d9e0cad81 100644
--- a/examples/models/expected/verify/preserve/preservation.json
+++ b/examples/models/expected/verify/preserve/preservation.json
@@ -1 +1 @@
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diff --git a/examples/models/expected/verify/probe/LexLeanProbe.P49cf062e918bdc2f8a44a66473c4435e.lean b/examples/models/expected/verify/probe/LexLeanProbe.P91b57d30cfd6f60128d6c72e374148ef.lean
similarity index 100%
rename from examples/models/expected/verify/probe/LexLeanProbe.P49cf062e918bdc2f8a44a66473c4435e.lean
rename to examples/models/expected/verify/probe/LexLeanProbe.P91b57d30cfd6f60128d6c72e374148ef.lean
diff --git a/examples/models/expected/verify/probe/process.json b/examples/models/expected/verify/probe/process.json
index db0e0e950..ef2bfcdd3 100644
--- a/examples/models/expected/verify/probe/process.json
+++ b/examples/models/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P49cf062e918bdc2f8a44a66473c4435e.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P49cf062e918bdc2f8a44a66473c4435e","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P91b57d30cfd6f60128d6c72e374148ef.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P91b57d30cfd6f60128d6c72e374148ef","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.json
deleted file mode 100644
index fd0452a57..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.json
deleted file mode 100644
index 973eb846a..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.json
deleted file mode 100644
index ba5b6e781..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.json
deleted file mode 100644
index e5d88c65e..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.json
deleted file mode 100644
index 1f96ebb2c..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.json
deleted file mode 100644
index fe5c3f7bf..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.json
deleted file mode 100644
index 0c5f5790a..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.json
deleted file mode 100644
index 3f1c68ae9..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.json
deleted file mode 100644
index 1f8b71cfc..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.json
deleted file mode 100644
index 94676534b..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.json
deleted file mode 100644
index 679bafc59..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.json
deleted file mode 100644
index 612477e7a..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.json
deleted file mode 100644
index 32eb297f7..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.json
deleted file mode 100644
index a9e6a339e..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.json
deleted file mode 100644
index 114f01bf3..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.json
deleted file mode 100644
index fdc79e741..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.json
deleted file mode 100644
index 1bcab7e87..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.json
deleted file mode 100644
index 000016a64..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.json
deleted file mode 100644
index 34b4a086d..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.json
deleted file mode 100644
index d94123f44..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.json
deleted file mode 100644
index d5a6c7f6d..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.json
deleted file mode 100644
index 2eb19a121..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.json
deleted file mode 100644
index 68844807f..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.json
deleted file mode 100644
index d8798b018..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.json
deleted file mode 100644
index a9c58852e..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.json
deleted file mode 100644
index 9f6288d25..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.json
deleted file mode 100644
index e3ce5e566..000000000
--- a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.json
new file mode 100644
index 000000000..4e18d040e
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.json
new file mode 100644
index 000000000..91f5554bf
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.json
new file mode 100644
index 000000000..0d38b63f2
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.json
new file mode 100644
index 000000000..5e2444380
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.json
new file mode 100644
index 000000000..76edd3899
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.json
new file mode 100644
index 000000000..12136cfbb
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.json
new file mode 100644
index 000000000..f5f85aea4
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.json
new file mode 100644
index 000000000..c62e9cff5
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.json
new file mode 100644
index 000000000..014785ef2
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.json
new file mode 100644
index 000000000..420cc32c0
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.json
new file mode 100644
index 000000000..ee4c7dc0f
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.json
new file mode 100644
index 000000000..d1651e7b0
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.json
new file mode 100644
index 000000000..e7439d78f
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.json
new file mode 100644
index 000000000..91cf5521b
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.json
new file mode 100644
index 000000000..c87a8f530
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.json
new file mode 100644
index 000000000..a929667de
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.json
new file mode 100644
index 000000000..ed1784d6b
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.json
new file mode 100644
index 000000000..ffece195d
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.json
new file mode 100644
index 000000000..18def3388
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.json
new file mode 100644
index 000000000..c732373e3
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.json
new file mode 100644
index 000000000..699b72b21
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.json
new file mode 100644
index 000000000..19eeebc1f
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.json
new file mode 100644
index 000000000..f10d0e520
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.json
new file mode 100644
index 000000000..b43f32e5f
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.json
new file mode 100644
index 000000000..e11611df1
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.json
new file mode 100644
index 000000000..56e47e906
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.json b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.json
new file mode 100644
index 000000000..0dfc50aae
--- /dev/null
+++ b/examples/models/expected/verify/process/leanchecker/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.Audit.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.Audit.json
index e61bc15c6..de89e919d 100644
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.Audit.json
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.Audit.json
@@ -1 +1 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_166' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_167' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_168' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_169' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_170' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_171' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_172' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_173' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_174' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_175' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_176' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_177' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_178' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_179' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_180' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_181' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_182' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_183' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_184' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_185' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_186' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_51' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_52' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_53' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_54' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_55' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_56' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_57' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_58' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_59' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_60' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_61' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_62' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_63' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_64' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_65' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_66' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_67' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_68' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_69' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_70' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_71' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_72' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_73' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_74' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_75' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_76' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_77' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_78' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_79' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_80' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_81' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_82' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_83' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_84' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_85' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_86' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_87' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_88' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_89' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_90' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_91' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_92' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_93' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_94' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_95' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_96' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_97' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_98' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_99' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_123' does not 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axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_5' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_19' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.construct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"86d0558d668f26b2d92d282894a45adac3e578a2715d9bebb5b4213783bda6ce","tool":"lean"}
+{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_3' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"e7eaa63d9a9bb259ce6b31992e9bbf04cf589c77f524a61cac93cbfa1482b5ad","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.json
deleted file mode 100644
index 609def963..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.json
deleted file mode 100644
index 28653b2a8..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.json
deleted file mode 100644
index c92f1e79b..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.json
deleted file mode 100644
index ca59d5a4c..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.json
deleted file mode 100644
index de44806ee..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.json
deleted file mode 100644
index 9a4655a55..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.json
deleted file mode 100644
index 3c0296abd..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.json
deleted file mode 100644
index 15e629d93..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.json
deleted file mode 100644
index a96b99196..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.json
deleted file mode 100644
index 40ea7e71f..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.json
deleted file mode 100644
index 128a88358..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.json
deleted file mode 100644
index 5399bff00..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.json
deleted file mode 100644
index 2dd8afd40..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.json
deleted file mode 100644
index da06cf2ad..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.json
deleted file mode 100644
index d93e4a959..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.json
deleted file mode 100644
index 8707fe829..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.json
deleted file mode 100644
index baf2caf4a..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.json
deleted file mode 100644
index 33e483060..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.json
deleted file mode 100644
index 15e5aabc0..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
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diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.json
deleted file mode 100644
index b3c9c8a14..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
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diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.json
deleted file mode 100644
index d56e72335..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R6.json
+++ /dev/null
@@ -1 +0,0 @@
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diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.json
deleted file mode 100644
index e0d2bc69b..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
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diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.json
deleted file mode 100644
index 05288a509..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.json
deleted file mode 100644
index 8bb25e8d8..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R7.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.json
deleted file mode 100644
index 71b941d33..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.json
deleted file mode 100644
index 7af7cb482..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.json
deleted file mode 100644
index 4e747b722..000000000
--- a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8.olean","$STAGING/preserve-src/LexLeanPreserve/C49cf062e918bdc2f8a44a66473c4435e/R8.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C49cf062e918bdc2f8a44a66473c4435e.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.json
new file mode 100644
index 000000000..c57e7510f
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.json
new file mode 100644
index 000000000..743d1fc97
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.json
new file mode 100644
index 000000000..91b63f911
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.json
new file mode 100644
index 000000000..06b520126
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.json
new file mode 100644
index 000000000..5aaa6cab4
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.json
new file mode 100644
index 000000000..0a936ee87
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.json
new file mode 100644
index 000000000..2752c77aa
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.json
new file mode 100644
index 000000000..744c19efe
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.json
new file mode 100644
index 000000000..f69259edd
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.json
new file mode 100644
index 000000000..1d59e9450
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.Compose.RustStd.json
@@ -0,0 +1 @@
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diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.json
new file mode 100644
index 000000000..e6f5ec03e
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.json
new file mode 100644
index 000000000..77f4762f3
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.json
new file mode 100644
index 000000000..e064cadb1
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.json
new file mode 100644
index 000000000..975b0f67d
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.json
new file mode 100644
index 000000000..36ddd4e03
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.json
new file mode 100644
index 000000000..6fd708226
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.json
new file mode 100644
index 000000000..ff7551c33
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.json
new file mode 100644
index 000000000..b1ec4e88b
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.json
new file mode 100644
index 000000000..3ef288bb4
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.json
new file mode 100644
index 000000000..017884184
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.json
new file mode 100644
index 000000000..7fb2c45ed
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R6.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.json
new file mode 100644
index 000000000..c14c3dd26
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.json
new file mode 100644
index 000000000..595a07916
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.json
new file mode 100644
index 000000000..de3c6a8d8
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R7.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.json
new file mode 100644
index 000000000..1b95df4da
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.json
new file mode 100644
index 000000000..89c6710b7
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.json b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.json
new file mode 100644
index 000000000..dd495c1dd
--- /dev/null
+++ b/examples/models/expected/verify/process/preserve/LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8.olean","$STAGING/preserve-src/LexLeanPreserve/C91b57d30cfd6f60128d6c72e374148ef/R8.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C91b57d30cfd6f60128d6c72e374148ef.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/models/lexlean.lock b/examples/models/lexlean.lock
index 15b28f70b..76dda7232 100644
--- a/examples/models/lexlean.lock
+++ b/examples/models/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b79e1070aab27c02ec4396ee66aa4bad7b90f9bca923932529eb9eb26264761a"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/examples/production-coverage/expected/build/manifest.json b/examples/production-coverage/expected/build/manifest.json
index 6c4268037..0a5ec6faa 100644
--- a/examples/production-coverage/expected/build/manifest.json
+++ b/examples/production-coverage/expected/build/manifest.json
@@ -1 +1 @@
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index 121044b93..230f21ecb 100644
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@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Main.builders' does not depend on any axioms\n'Coverage.Main.double' does not depend on any axioms\n'Coverage.Main.higher' does not depend on any axioms\n'Coverage.Main.intOps' does not depend on any axioms\n'Coverage.Main.mapped' does not depend on any axioms\n'Coverage.Main.natOps' does not depend on any axioms\n'Coverage.Main.options' does not depend on any axioms\n'Coverage.Main.pairs' does not depend on any axioms\n'Coverage.Main.parity' does not depend on any axioms\n'Coverage.Main.records' does not depend on any axioms\n'Coverage.Main.shapes' does not depend on any axioms\n'Coverage.Main.treeTotal' does not depend on any axioms\n","stdout_sha256":"32540c1f973605f1e559888bfb26220c9d29afc1895ab69b12151845ab1ab3d4","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Prims.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Prims.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Prims.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Prims.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Prims.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Prims.process.json
new file mode 100644
index 000000000..7d99715ba
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Prims.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Prims.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Prims","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Prims.bits' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.conversions' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.decimals' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Coverage.Prims.fixedMiddle' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.fixedSmall' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.fixedWide' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.formats' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Coverage.Prims.sequences' does not depend on any axioms\n'Coverage.Prims.text' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"5a91887912fd442dec7b31dc407e6d1b41e6daeae41243ead1c4fabccc1055ff","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.RecRoots.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.RecRoots.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.RecRoots.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.RecRoots.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.RecRoots.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.RecRoots.process.json
new file mode 100644
index 000000000..9b1ce5fe5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.RecRoots.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.RecRoots.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.RecRoots","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.RecRoots.rewrite' depends on axioms: [propext, Quot.sound]\n'Coverage.RecRoots.roseTotal' does not depend on any axioms\n'Coverage.RecRoots.syntaxTotal' does not depend on any axioms\n'Coverage.RecRoots.wellFounded' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"65dea254f3d66b71c29827ea8c418df77244a2d6c6272406aa0c3aecdba32862","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Recur.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Recur.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Recur.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Recur.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Recur.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Recur.process.json
new file mode 100644
index 000000000..e622c3aa3
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Recur.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Recur.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Recur","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Recur.countdown' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.countdown_decreases' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.exprSize' does not depend on any axioms\n'Coverage.Recur.foldExpr' does not depend on any axioms\n'Coverage.Recur.foldStatement' does not depend on any axioms\n'Coverage.Recur.foldStatements' does not depend on any axioms\n'Coverage.Recur.forestSize' does not depend on any axioms\n'Coverage.Recur.isEven' does not depend on any axioms\n'Coverage.Recur.isOdd' does not depend on any axioms\n'Coverage.Recur.ping' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.ping_seven' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.ping_to_pong' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.pong' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.pong_to_ping' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.prune' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.prune_plus' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reassociate' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reassociate_literal' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reassociate_plus' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reduce' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reduce_decreases' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.roseSize' does not depend on any axioms\n'Coverage.Recur.search' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.search_decreases' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.statementSize' does not depend on any axioms\n'Coverage.Recur.statementsSize' does not depend on any axioms\n'Coverage.Recur.weight' does not depend on any axioms\n","stdout_sha256":"d5be281da5138fa83388f122cca51fad6e839a61dd0f280ff086a543e047bc81","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Syntax.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Syntax.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Syntax.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Syntax.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Syntax.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Syntax.process.json
new file mode 100644
index 000000000..20de5ffe9
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Syntax.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Syntax.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Syntax","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Syntax.Expr' does not depend on any axioms\n'Coverage.Syntax.Rose' does not depend on any axioms\n'Coverage.Syntax.Stmt' does not depend on any axioms\n'Coverage.Syntax.Term' does not depend on any axioms\n","stdout_sha256":"4b09296d7c1adfa883818c08a94022f67e3f873a80f2993277495aa5006c6a85","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Types.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Types.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Types.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Types.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Types.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Types.process.json
new file mode 100644
index 000000000..eec73cdb4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Types.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Types.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.Coverage.Types","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Types.Box' does not depend on any axioms\n'Coverage.Types.Point' does not depend on any axioms\n'Coverage.Types.Shape' does not depend on any axioms\n'Coverage.Types.Tree' does not depend on any axioms\n'Coverage.Types.Weights' does not depend on any axioms\n'Coverage.Types.area' does not depend on any axioms\n'Coverage.Types.defaultWeights' does not depend on any axioms\n'Coverage.Types.isEven' does not depend on any axioms\n'Coverage.Types.isOdd' does not depend on any axioms\n'Coverage.Types.mapList' does not depend on any axioms\n'Coverage.Types.treeSum' does not depend on any axioms\n'Coverage.Types.twice' does not depend on any axioms\n'Coverage.Types.unbox' does not depend on any axioms\n","stdout_sha256":"7d45397351748355105332e8e732d26bd2b66ae398e097665e739867e574b3f7","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Collections.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Collections.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Collections.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Collections.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Collections.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..74f04fef6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Laws.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Laws.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Laws.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Laws.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Laws.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Laws.process.json
new file mode 100644
index 000000000..6c4669ad7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Laws.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Portable.lean b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Portable.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Portable.lean
rename to examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Portable.lean
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Portable.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..54abb4544
--- /dev/null
+++ b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ae05bf7cb47aac48ea11c4a7ac75c7962.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Boundary.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Boundary.process.json
deleted file mode 100644
index a4ab351d9..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Boundary.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Boundary.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Boundary","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Boundary.Grove' does not depend on any axioms\n'Coverage.Boundary.Ledger' does not depend on any axioms\n'Coverage.Boundary.groveRoot' does not depend on any axioms\n'Coverage.Boundary.groveTags' does not depend on any axioms\n","stdout_sha256":"7ac4178ad6274022ed3970af26a3d40102c2d98c5667fc6435212b6084c7bf9b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Colls.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Colls.process.json
deleted file mode 100644
index 18230e7e3..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Colls.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Colls.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Colls","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Colls.folds' does not depend on any axioms\n'Coverage.Colls.graphs' depends on axioms: [propext]\n'Coverage.Colls.iterations' does not depend on any axioms\n'Coverage.Colls.keyTypes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Coverage.Colls.literals' does not depend on any axioms\n'Coverage.Colls.mapFolding' does not depend on any axioms\n'Coverage.Colls.mapOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Coverage.Colls.setOps' does not depend on any axioms\n'Coverage.Colls.stringGraph' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"22e38c4026fd96a709d4105d50e6ac65f48242f5e698c1649f8970ca291870cf","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Main.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Main.process.json
deleted file mode 100644
index d4deb6f69..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Main.builders' does not depend on any axioms\n'Coverage.Main.double' does not depend on any axioms\n'Coverage.Main.higher' does not depend on any axioms\n'Coverage.Main.intOps' does not depend on any axioms\n'Coverage.Main.mapped' does not depend on any axioms\n'Coverage.Main.natOps' does not depend on any axioms\n'Coverage.Main.options' does not depend on any axioms\n'Coverage.Main.pairs' does not depend on any axioms\n'Coverage.Main.parity' does not depend on any axioms\n'Coverage.Main.records' does not depend on any axioms\n'Coverage.Main.shapes' does not depend on any axioms\n'Coverage.Main.treeTotal' does not depend on any axioms\n","stdout_sha256":"32540c1f973605f1e559888bfb26220c9d29afc1895ab69b12151845ab1ab3d4","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Prims.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Prims.process.json
deleted file mode 100644
index 4e1b72900..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Prims.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Prims.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Prims","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Prims.bits' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.conversions' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.decimals' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Coverage.Prims.fixedMiddle' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.fixedSmall' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.fixedWide' depends on axioms: [propext, Quot.sound]\n'Coverage.Prims.formats' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Coverage.Prims.sequences' does not depend on any axioms\n'Coverage.Prims.text' depends on axioms: [propext, Classical.choice, Quot.sound]\n","stdout_sha256":"5a91887912fd442dec7b31dc407e6d1b41e6daeae41243ead1c4fabccc1055ff","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.RecRoots.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.RecRoots.process.json
deleted file mode 100644
index 2e3016317..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.RecRoots.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.RecRoots.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.RecRoots","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.RecRoots.rewrite' depends on axioms: [propext, Quot.sound]\n'Coverage.RecRoots.roseTotal' does not depend on any axioms\n'Coverage.RecRoots.syntaxTotal' does not depend on any axioms\n'Coverage.RecRoots.wellFounded' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"65dea254f3d66b71c29827ea8c418df77244a2d6c6272406aa0c3aecdba32862","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Recur.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Recur.process.json
deleted file mode 100644
index 84002f6c9..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Recur.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Recur.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Recur","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Recur.countdown' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.countdown_decreases' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.exprSize' does not depend on any axioms\n'Coverage.Recur.foldExpr' does not depend on any axioms\n'Coverage.Recur.foldStatement' does not depend on any axioms\n'Coverage.Recur.foldStatements' does not depend on any axioms\n'Coverage.Recur.forestSize' does not depend on any axioms\n'Coverage.Recur.isEven' does not depend on any axioms\n'Coverage.Recur.isOdd' does not depend on any axioms\n'Coverage.Recur.ping' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.ping_seven' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.ping_to_pong' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.pong' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.pong_to_ping' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.prune' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.prune_plus' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reassociate' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reassociate_literal' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reassociate_plus' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reduce' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.reduce_decreases' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.roseSize' does not depend on any axioms\n'Coverage.Recur.search' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.search_decreases' depends on axioms: [propext, Quot.sound]\n'Coverage.Recur.statementSize' does not depend on any axioms\n'Coverage.Recur.statementsSize' does not depend on any axioms\n'Coverage.Recur.weight' does not depend on any axioms\n","stdout_sha256":"d5be281da5138fa83388f122cca51fad6e839a61dd0f280ff086a543e047bc81","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Syntax.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Syntax.process.json
deleted file mode 100644
index c921e3421..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Syntax.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Syntax.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Syntax","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Syntax.Expr' does not depend on any axioms\n'Coverage.Syntax.Rose' does not depend on any axioms\n'Coverage.Syntax.Stmt' does not depend on any axioms\n'Coverage.Syntax.Term' does not depend on any axioms\n","stdout_sha256":"4b09296d7c1adfa883818c08a94022f67e3f873a80f2993277495aa5006c6a85","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Types.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Types.process.json
deleted file mode 100644
index 1010867ec..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Types.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Types.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.Coverage.Types","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Coverage.Types.Box' does not depend on any axioms\n'Coverage.Types.Point' does not depend on any axioms\n'Coverage.Types.Shape' does not depend on any axioms\n'Coverage.Types.Tree' does not depend on any axioms\n'Coverage.Types.Weights' does not depend on any axioms\n'Coverage.Types.area' does not depend on any axioms\n'Coverage.Types.defaultWeights' does not depend on any axioms\n'Coverage.Types.isEven' does not depend on any axioms\n'Coverage.Types.isOdd' does not depend on any axioms\n'Coverage.Types.mapList' does not depend on any axioms\n'Coverage.Types.treeSum' does not depend on any axioms\n'Coverage.Types.twice' does not depend on any axioms\n'Coverage.Types.unbox' does not depend on any axioms\n","stdout_sha256":"7d45397351748355105332e8e732d26bd2b66ae398e097665e739867e574b3f7","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Collections.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index 70da36a00..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Laws.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Laws.process.json
deleted file mode 100644
index acc49a74a..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Laws.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Portable.process.json b/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index 852a4e75a..000000000
--- a/examples/production-coverage/expected/verify/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af3572b43e36d5c62b7601d32507ebc3a.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/extract/LexLeanExtract.Xf3572b43e36d5c62b7601d32507ebc3a.lean b/examples/production-coverage/expected/verify/extract/LexLeanExtract.Xe05bf7cb47aac48ea11c4a7ac75c7962.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/extract/LexLeanExtract.Xf3572b43e36d5c62b7601d32507ebc3a.lean
rename to examples/production-coverage/expected/verify/extract/LexLeanExtract.Xe05bf7cb47aac48ea11c4a7ac75c7962.lean
diff --git a/examples/production-coverage/expected/verify/extract/process.json b/examples/production-coverage/expected/verify/extract/process.json
index abc6734c3..bded471d5 100644
--- a/examples/production-coverage/expected/verify/extract/process.json
+++ b/examples/production-coverage/expected/verify/extract/process.json
@@ -1 +1 @@
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e,\"compiled\":true},{\"name\":\"UInt32.lor\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.ofInt\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.shiftLeft\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.shiftRight\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.toNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.xor\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.complement\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.decLe\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.decLt\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.instOfNat\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.BasicAux\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.land\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.lor\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.ofInt\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.ofNat\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.BasicAux\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.shiftLeft\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.shiftRight\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.toInt64\",\"kind\":\"definition\",\"module\":\"Init.Data.SInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.toNat\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.BasicAux\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt64.xor\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt8.instOfNat\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.BasicAux\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt8.instOrd\",\"kind\":\"definition\",\"module\":\"Init.Data.Ord.UInt\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Unit.unit\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true}]}\n","stdout_sha256":"61bc88661e5d1048dfc867a9b847049b2c9eeceed3cb0f4da5fc8437c0fab574","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0.lean
new file mode 100644
index 000000000..9d6a9660a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0.lean
@@ -0,0 +1,404 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[(.list .nat), (.list (.adt 0)), (.list (.pair .string .int)), (.option (.adt 0)), (.list (.pair .nat (.adt 0)))], [(.list (.pair .nat .int))], [(.result (.adt 0) .nat)]] },
+    { constructors := [[(.list (.pair .string .int)), .string]] }], functions := [
+    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))),
+      body := (.build .pair (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))) [(.call 1 [(.var 0)]), (.build .pair (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))) [(.var 1), (.build .pair (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))) [(.var 2), (.var 3)])])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.prim .length [(.var 1)])), (.arm (.adt 1) [6] (.prim .length [(.var 6)])), (.arm (.adt 2) [7] (.value .nat (.nat 0)))]) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.cond (.call 3 [(.var 1)]) (.cond (.call 4 [(.var 2)]) (.cond (.call 5 [(.var 3)]) (.cond (.call 7 [(.var 4)]) (.cond (.call 8 [(.var 5)]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))), (.arm (.adt 1) [6] (.cond (.call 11 [(.var 6)]) (.build .true .bool []) (.build .false .bool []))), (.arm (.adt 2) [7] (.cond (.call 12 [(.var 7)]) (.build .true .bool []) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0], types := [(.list (.adt 0))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 2 [(.var 1)]) (.call 4 [(.var 2)]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair .string .int))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.int], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.option (.adt 0))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 2 [(.var 1)]))]) },
+    { parameters := [0], types := [(.list (.pair .nat (.adt 0)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.var 1)]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.pair .nat (.adt 0))], result := .bool,
+      body := (.cond (.call 10 [(.first (.var 0))]) (.call 2 [(.second (.var 0))]) (.build .false .bool [])) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.list (.pair .nat .int))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.result (.adt 0) .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .ok [1] (.call 2 [(.var 1)])), (.arm .error [2] (.call 10 [(.var 2)]))]) },
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2] (.cond (.call 5 [(.var 1)]) (.build .true .bool []) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.option (.list .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 3 [(.var 1)]))]) },
+    { parameters := [0], types := [(.list (.list (.pair .nat .bool)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 16 [(.var 1)]) (.call 15 [(.var 2)]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair .nat .bool))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 17 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 16 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.bool], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))),
+      body := (.cond (.call 2 [(.var 0)]) (.cond (.call 13 [(.var 1)]) (.cond (.call 14 [(.var 2)]) (.cond (.call 15 [(.var 3)]) (.build .some (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3)])]) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) }] }
+
+mutual
+def __enc_0 : (Coverage.Boundary.Grove) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __x0), (_root_.LexLeanTarget.TargetSyntax.Value.list (__items_0 __x1)), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) __x2), (__aux_1 __x3), (_root_.LexLeanTarget.TargetSyntax.Value.list (__items_3 __x4))]
+  | Coverage.Boundary.Grove.leaf __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) __x0)]
+  | Coverage.Boundary.Grove.settled __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 [(__aux_4 __x0)]
+
+def __items_0 : (List (Coverage.Boundary.Grove)) -> List _root_.LexLeanTarget.TargetSyntax.Value
+  | [] => []
+  | __x0 :: __x1 => (__enc_0 __x0) :: __items_0 __x1
+
+def __aux_1 : (Option (Coverage.Boundary.Grove)) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | none => _root_.LexLeanTarget.TargetSyntax.Value.none
+  | some __x0 => _root_.LexLeanTarget.TargetSyntax.Value.some (__enc_0 __x0)
+
+def __aux_2 : (Prod Nat (Coverage.Boundary.Grove)) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | (__x0, __x1) => _root_.LexLeanTarget.TargetSyntax.Value.pair (_root_.LexLeanTarget.TargetSyntax.Value.nat __x0) (__enc_0 __x1)
+
+def __items_3 : (List (Prod Nat (Coverage.Boundary.Grove))) -> List _root_.LexLeanTarget.TargetSyntax.Value
+  | [] => []
+  | __x0 :: __x1 => (__aux_2 __x0) :: __items_3 __x1
+
+def __aux_4 : (Except Nat (Coverage.Boundary.Grove)) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Except.error __x0 => _root_.LexLeanTarget.TargetSyntax.Value.error (_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)
+  | Except.ok __x0 => _root_.LexLeanTarget.TargetSyntax.Value.ok (__enc_0 __x0)
+
+end
+
+def __L_0 : _root_.LexLeanPreservation.ListEnc (Coverage.Boundary.Grove) :=
+  ⟨__enc_0, __items_0, __items_0.eq_1, __items_0.eq_2⟩
+
+def __O_1 : _root_.LexLeanPreservation.OptEnc (Coverage.Boundary.Grove) :=
+  ⟨__enc_0, __aux_1, __aux_1.eq_1, __aux_1.eq_2⟩
+
+def __L_3 : _root_.LexLeanPreservation.ListEnc (Prod Nat (Coverage.Boundary.Grove)) :=
+  ⟨__aux_2, __items_3, __items_3.eq_1, __items_3.eq_2⟩
+
+def __enc_1 (__s : (Coverage.Boundary.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) (__s).entries), (_root_.LexLeanTarget.TargetSyntax.Value.string (__s).owner)]
+
+def __fits_1 (g : (Coverage.Boundary.Grove)) : Bool :=
+  (Bool.true && (match g with | Coverage.Boundary.Grove.node tags children labels spare paired => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.setSize (tags) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.leaf weights => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.mapSize (weights) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.settled outcome => Bool.true))
+
+theorem __rel_1 (g : (Coverage.Boundary.Grove)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 g)] (_root_.LexLeanPreservation.Rel (__fits_1 g) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Boundary.groveTags g))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Coverage.Boundary.Grove)) => (match __a with | Coverage.Boundary.Grove.node tags children labels spare paired => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.setSize (tags) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.leaf weights => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.mapSize (weights) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.settled outcome => Bool.true)) (fun (__a : (Coverage.Boundary.Grove)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Coverage.Boundary.Grove.node tags children labels spare paired => (_root_.LexLeanCollections.setSize (tags) : Nat) | Coverage.Boundary.Grove.leaf weights => (_root_.LexLeanCollections.mapSize (weights) : Nat) | Coverage.Boundary.Grove.settled outcome => (0 : Nat))) g (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Coverage.Boundary.Grove)) _ => match __a with | Coverage.Boundary.Grove.node tags children labels spare paired => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) tags))) | Coverage.Boundary.Grove.leaf weights => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) weights)))) | Coverage.Boundary.Grove.settled outcome => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))))
+
+def __fits_0 (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_1 (g))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+attribute [local irreducible] Coverage.Boundary.groveTags in
+theorem __rel_0 (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 g), (__enc_1 ledger), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) picks), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) spare)] (_root_.LexLeanPreservation.Rel (__fits_0 g ledger picks spare) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (g))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def denote (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 g ledger picks spare) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 g), (__enc_1 ledger), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) picks), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) spare)] (_root_.LexLeanPreservation.Rel (__fits_0 g ledger picks spare) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 g ledger picks spare)
+
+def __valid_3 : (List Nat) -> Bool :=
+  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+def __inv_3 : (List Nat) -> Prop :=
+  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+theorem __viff_3 : ∀ (__v : (List Nat)), __valid_3 __v = Bool.true ↔ __inv_3 __v :=
+  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+theorem __vrel_3 : ∀ (__v : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_3 __v))) :=
+  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) rfl
+
+def __valid_6 : Int -> Bool :=
+  fun _ => Bool.true
+
+def __inv_6 : Int -> Prop :=
+  fun _ => _root_.True
+
+theorem __viff_6 : ∀ (__v : Int), __valid_6 __v = Bool.true ↔ __inv_6 __v :=
+  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
+
+theorem __vrel_6 : ∀ (__v : Int), _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.int __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_6 __v))) :=
+  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.int rfl
+
+def __valid_5 : (List (Prod String Int)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_6
+
+def __inv_5 : (List (Prod String Int)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __inv_6
+
+theorem __viff_5 : ∀ (__v : (List (Prod String Int))), __valid_5 __v = Bool.true ↔ __inv_5 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_6 __inv_6 __viff_6
+
+theorem __vrel_5 : ∀ (__v : (List (Prod String Int))), _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_5 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) __valid_6 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) __vrel_6 rfl
+
+def __valid_10 : Nat -> Bool :=
+  fun _ => Bool.true
+
+def __inv_10 : Nat -> Prop :=
+  fun _ => _root_.True
+
+theorem __viff_10 : ∀ (__v : Nat), __valid_10 __v = Bool.true ↔ __inv_10 __v :=
+  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
+
+theorem __vrel_10 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_10 __v))) :=
+  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
+
+def __valid_11 : (List (Prod Nat Int)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_6
+
+def __inv_11 : (List (Prod Nat Int)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_6
+
+theorem __viff_11 : ∀ (__v : (List (Prod Nat Int))), __valid_11 __v = Bool.true ↔ __inv_11 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_6 __inv_6 __viff_6
+
+theorem __vrel_11 : ∀ (__v : (List (Prod Nat Int))), _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_11 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_6 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) __vrel_6 rfl
+
+mutual
+def __valid_2 : (Coverage.Boundary.Grove) -> Bool
+  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => (if __valid_3 __x0 then (if __valid_4 __x1 then (if __valid_5 __x2 then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false) else Bool.false) else Bool.false)
+  | Coverage.Boundary.Grove.leaf __x0 => (if __valid_11 __x0 then Bool.true else Bool.false)
+  | Coverage.Boundary.Grove.settled __x0 => (if __valid_12 __x0 then Bool.true else Bool.false)
+
+def __valid_4 : (List (Coverage.Boundary.Grove)) -> Bool
+  | [] => Bool.true
+  | __x0 :: __x1 => if __valid_2 __x0 then __valid_4 __x1 else Bool.false
+
+def __valid_7 : (Option (Coverage.Boundary.Grove)) -> Bool
+  | none => Bool.true
+  | some __x0 => __valid_2 __x0
+
+def __valid_8 : (List (Prod Nat (Coverage.Boundary.Grove))) -> Bool
+  | [] => Bool.true
+  | __x0 :: __x1 => if __valid_9 __x0 then __valid_8 __x1 else Bool.false
+
+def __valid_9 : (Prod Nat (Coverage.Boundary.Grove)) -> Bool
+  | (__x0, __x1) => if __valid_10 __x0 then __valid_2 __x1 else Bool.false
+
+def __valid_12 : (Except Nat (Coverage.Boundary.Grove)) -> Bool
+  | Except.error __x0 => __valid_10 __x0
+  | Except.ok __x0 => __valid_2 __x0
+
+end
+
+mutual
+def __inv_2 : (Coverage.Boundary.Grove) -> Prop
+  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => (__inv_3 __x0 ∧ (__inv_4 __x1 ∧ (__inv_5 __x2 ∧ (__inv_7 __x3 ∧ (__inv_8 __x4 ∧ _root_.True)))))
+  | Coverage.Boundary.Grove.leaf __x0 => (__inv_11 __x0 ∧ _root_.True)
+  | Coverage.Boundary.Grove.settled __x0 => (__inv_12 __x0 ∧ _root_.True)
+
+def __inv_4 : (List (Coverage.Boundary.Grove)) -> Prop
+  | [] => _root_.True
+  | __x0 :: __x1 => __inv_2 __x0 ∧ __inv_4 __x1
+
+def __inv_7 : (Option (Coverage.Boundary.Grove)) -> Prop
+  | none => _root_.True
+  | some __x0 => __inv_2 __x0
+
+def __inv_8 : (List (Prod Nat (Coverage.Boundary.Grove))) -> Prop
+  | [] => _root_.True
+  | __x0 :: __x1 => __inv_9 __x0 ∧ __inv_8 __x1
+
+def __inv_9 : (Prod Nat (Coverage.Boundary.Grove)) -> Prop
+  | (__x0, __x1) => __inv_10 __x0 ∧ __inv_2 __x1
+
+def __inv_12 : (Except Nat (Coverage.Boundary.Grove)) -> Prop
+  | Except.error __x0 => __inv_10 __x0
+  | Except.ok __x0 => __inv_2 __x0
+
+end
+
+mutual
+theorem __viff_2 : ∀ (__v : (Coverage.Boundary.Grove)), __valid_2 __v = Bool.true ↔ __inv_2 __v
+  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => by rw [__valid_2.eq_def, __inv_2.eq_def]; exact (_root_.LexLeanPreservation.condAnd_iff (__viff_3 __x0) (_root_.LexLeanPreservation.condAnd_iff (__viff_4 __x1) (_root_.LexLeanPreservation.condAnd_iff (__viff_5 __x2) (_root_.LexLeanPreservation.condAnd_iff (__viff_7 __x3) (_root_.LexLeanPreservation.condAnd_iff (__viff_8 __x4) _root_.LexLeanPreservation.trueIff)))))
+  | Coverage.Boundary.Grove.leaf __x0 => by rw [__valid_2.eq_def, __inv_2.eq_def]; exact (_root_.LexLeanPreservation.condAnd_iff (__viff_11 __x0) _root_.LexLeanPreservation.trueIff)
+  | Coverage.Boundary.Grove.settled __x0 => by rw [__valid_2.eq_def, __inv_2.eq_def]; exact (_root_.LexLeanPreservation.condAnd_iff (__viff_12 __x0) _root_.LexLeanPreservation.trueIff)
+
+theorem __viff_4 : ∀ (__v : (List (Coverage.Boundary.Grove))), __valid_4 __v = Bool.true ↔ __inv_4 __v
+  | [] => by rw [__valid_4.eq_def, __inv_4.eq_def]; exact _root_.LexLeanPreservation.trueIff
+  | __x0 :: __x1 => by rw [__valid_4.eq_def, __inv_4.eq_def]; exact _root_.LexLeanPreservation.condAnd_iff (__viff_2 __x0) (__viff_4 __x1)
+
+theorem __viff_7 : ∀ (__v : (Option (Coverage.Boundary.Grove))), __valid_7 __v = Bool.true ↔ __inv_7 __v
+  | none => by rw [__valid_7.eq_def, __inv_7.eq_def]; exact _root_.LexLeanPreservation.trueIff
+  | some __x0 => by rw [__valid_7.eq_def, __inv_7.eq_def]; exact __viff_2 __x0
+
+theorem __viff_8 : ∀ (__v : (List (Prod Nat (Coverage.Boundary.Grove)))), __valid_8 __v = Bool.true ↔ __inv_8 __v
+  | [] => by rw [__valid_8.eq_def, __inv_8.eq_def]; exact _root_.LexLeanPreservation.trueIff
+  | __x0 :: __x1 => by rw [__valid_8.eq_def, __inv_8.eq_def]; exact _root_.LexLeanPreservation.condAnd_iff (__viff_9 __x0) (__viff_8 __x1)
+
+theorem __viff_9 : ∀ (__v : (Prod Nat (Coverage.Boundary.Grove))), __valid_9 __v = Bool.true ↔ __inv_9 __v
+  | (__x0, __x1) => by rw [__valid_9.eq_def, __inv_9.eq_def]; exact _root_.LexLeanPreservation.condAnd_iff (__viff_10 __x0) (__viff_2 __x1)
+
+theorem __viff_12 : ∀ (__v : (Except Nat (Coverage.Boundary.Grove))), __valid_12 __v = Bool.true ↔ __inv_12 __v
+  | Except.error __x0 => by rw [__valid_12.eq_def, __inv_12.eq_def]; exact __viff_10 __x0
+  | Except.ok __x0 => by rw [__valid_12.eq_def, __inv_12.eq_def]; exact __viff_2 __x0
+
+end
+
+mutual
+theorem __vrel_2 : ∀ (__v : (Coverage.Boundary.Grove)), _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_2 __v)))
+  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => by rw [__valid_2.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_4 __x1 then (if __valid_5 __x2 then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false) else Bool.false) else Bool.false)) (__valid_3 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_3 __x0)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_5 __x2 then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false) else Bool.false)) (__valid_4 __x1) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_4 __x1)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false)) (__valid_5 __x2) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_5 __x2)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false)) (__valid_7 __x3) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_7 __x3)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_8 __x4) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 __x4)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))) rfl
+  | Coverage.Boundary.Grove.leaf __x0 => by rw [__valid_2.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_11 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_11 __x0)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) rfl
+  | Coverage.Boundary.Grove.settled __x0 => by rw [__valid_2.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_12 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_12 __x0)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))))) rfl
+
+theorem __vrel_4 : ∀ (__v : (List (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 4 [((_root_.LexLeanPreservation.ListEnc.enc __L_0) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_4 __v)))
+  | [] => by rw [__valid_4.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))
+  | __x0 :: __x1 => by rw [__valid_4.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then __valid_4 __x1 else Bool.false)) (__valid_2 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x0)) (fun _ => _root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_4 __x1)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) rfl
+
+theorem __vrel_7 : ∀ (__v : (Option (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.OptEnc.enc __O_1) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_7 __v)))
+  | none => by rw [__valid_7.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))
+  | some __x0 => by rw [__valid_7.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x0)))))) rfl
+
+theorem __vrel_8 : ∀ (__v : (List (Prod Nat (Coverage.Boundary.Grove)))), _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.ListEnc.enc __L_3) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_8 __v)))
+  | [] => by rw [__valid_8.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))
+  | __x0 :: __x1 => by rw [__valid_8.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then __valid_8 __x1 else Bool.false)) (__valid_9 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_9 __x0)) (fun _ => _root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 __x1)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) rfl
+
+theorem __vrel_9 : ∀ (__v : (Prod Nat (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 9 [(__aux_2 __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_9 __v)))
+  | (__x0, __x1) => by rw [__valid_9.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then __valid_2 __x1 else Bool.false)) (__valid_10 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__vrel_10 __x0)) (fun _ => _root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x1)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) rfl
+
+theorem __vrel_12 : ∀ (__v : (Except Nat (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 12 [(__aux_4 __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_12 __v)))
+  | Except.error __x0 => by rw [__valid_12.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 __x0)))))) rfl
+  | Except.ok __x0 => by rw [__valid_12.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x0))))) rfl
+
+end
+
+theorem __vinv_4 : ∀ (__v : (List (Coverage.Boundary.Grove))), __inv_4 __v ↔ _root_.LexLeanPreservation.InvList __inv_2 __v :=
+  _root_.LexLeanPreservation.invList_eqs __inv_2 __inv_4 (by rw [__inv_4.eq_def]) (fun _ _ => by rw [__inv_4.eq_def])
+
+theorem __vinv_7 : ∀ (__v : (Option (Coverage.Boundary.Grove))), __inv_7 __v ↔ _root_.LexLeanPreservation.InvOption __inv_2 __v
+  | none => by rw [__inv_7.eq_def]; exact Iff.rfl
+  | some _ => by rw [__inv_7.eq_def]; exact Iff.rfl
+
+theorem __vinv_8 : ∀ (__v : (List (Prod Nat (Coverage.Boundary.Grove)))), __inv_8 __v ↔ _root_.LexLeanPreservation.InvList __inv_9 __v :=
+  _root_.LexLeanPreservation.invList_eqs __inv_9 __inv_8 (by rw [__inv_8.eq_def]) (fun _ _ => by rw [__inv_8.eq_def])
+
+theorem __vinv_9 : ∀ (__v : (Prod Nat (Coverage.Boundary.Grove))), __inv_9 __v ↔ _root_.LexLeanPreservation.InvPair __inv_10 __inv_2 __v
+  | (_, _) => by rw [__inv_9.eq_def]; exact Iff.rfl
+
+theorem __vinv_12 : ∀ (__v : (Except Nat (Coverage.Boundary.Grove))), __inv_12 __v ↔ _root_.LexLeanPreservation.InvExcept __inv_10 __inv_2 __v
+  | Except.error _ => by rw [__inv_12.eq_def]; exact Iff.rfl
+  | Except.ok _ => by rw [__inv_12.eq_def]; exact Iff.rfl
+
+def __valid_13 (__s : (Coverage.Boundary.Ledger)) : Bool :=
+  (if __valid_5 (__s).entries then Bool.true else Bool.false)
+
+def __inv_13 (__s : (Coverage.Boundary.Ledger)) : Prop :=
+  (__inv_5 (__s).entries ∧ _root_.True)
+
+theorem __viff_13 : ∀ (__s : (Coverage.Boundary.Ledger)), __valid_13 __s = Bool.true ↔ __inv_13 __s :=
+  fun __s => (_root_.LexLeanPreservation.condAnd_iff (__viff_5 (__s).entries) _root_.LexLeanPreservation.trueIff)
+
+theorem __vrel_13 : ∀ (__s : (Coverage.Boundary.Ledger)), _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 __s)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_13 __s))) :=
+  fun __s => _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_5 (__s).entries) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_5 (__s).entries)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))) rfl
+
+def __valid_14 : (Option (List Nat)) -> Bool :=
+  _root_.LexLeanPreservation.validOption __valid_3
+
+def __inv_14 : (Option (List Nat)) -> Prop :=
+  _root_.LexLeanPreservation.InvOption __inv_3
+
+theorem __viff_14 : ∀ (__v : (Option (List Nat))), __valid_14 __v = Bool.true ↔ __inv_14 __v :=
+  _root_.LexLeanPreservation.validOption_inv __valid_3 __inv_3 __viff_3
+
+theorem __vrel_14 : ∀ (__v : (Option (List Nat))), _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_14 __v))) :=
+  _root_.LexLeanPreservation.tpl_validOption __valid_3 __vrel_3 rfl
+
+def __valid_17 : Bool -> Bool :=
+  fun _ => Bool.true
+
+def __inv_17 : Bool -> Prop :=
+  fun _ => _root_.True
+
+theorem __viff_17 : ∀ (__v : Bool), __valid_17 __v = Bool.true ↔ __inv_17 __v :=
+  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
+
+theorem __vrel_17 : ∀ (__v : Bool), _root_.LexLeanPreservation.FunRel __prog 17 [(_root_.LexLeanTarget.TargetSyntax.Value.bool __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_17 __v))) :=
+  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.bool rfl
+
+def __valid_16 : (List (Prod Nat Bool)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_17
+
+def __inv_16 : (List (Prod Nat Bool)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_17
+
+theorem __viff_16 : ∀ (__v : (List (Prod Nat Bool))), __valid_16 __v = Bool.true ↔ __inv_16 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_17 __inv_17 __viff_17
+
+theorem __vrel_16 : ∀ (__v : (List (Prod Nat Bool))), _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_16 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_17 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (fun _ => rfl) __vrel_17 rfl
+
+def __valid_15 : (List (List (Prod Nat Bool))) -> Bool :=
+  _root_.LexLeanPreservation.validList __valid_16
+
+def __inv_15 : (List (List (Prod Nat Bool))) -> Prop :=
+  _root_.LexLeanPreservation.InvList __inv_16
+
+theorem __viff_15 : ∀ (__v : (List (List (Prod Nat Bool)))), __valid_15 __v = Bool.true ↔ __inv_15 __v :=
+  _root_.LexLeanPreservation.validList_inv __valid_16 __inv_16 __viff_16
+
+theorem __vrel_15 : ∀ (__v : (List (List (Prod Nat Bool)))), _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_15 __v))) :=
+  _root_.LexLeanPreservation.tpl_validList __valid_16 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) (fun _ => rfl) __vrel_16 rfl
+
+def entryFits (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : Bool :=
+  (if __valid_2 g then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) else Bool.true) else Bool.true)
+
+def entryValue (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_2 g then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryFits g ledger picks spare) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryValue g ledger picks spare)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : Prop :=
+  (__inv_2 g ∧ (__inv_13 ledger ∧ (__inv_14 picks ∧ (__inv_15 spare ∧ _root_.True))))
+
+theorem entry (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.RunConv __prog 18 [(__enc_0 g), (__enc_1 ledger), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) picks), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) spare)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denoteEntry g ledger picks spare) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_2 g) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 g)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_14 picks then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_14 picks then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_13 ledger) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_13 ledger)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_14 picks) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_14 picks)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 g ledger picks spare else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_15 spare) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_15 spare)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))) (__rel_0 g ledger picks spare)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryFits]))
+
+theorem entry_accepts (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.accepts g ledger picks spare) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denoteEntry g ledger picks spare = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denote g ledger picks spare) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denote
+  simp only [_root_.if_true, (__viff_2 g).mpr __h.1, (__viff_13 ledger).mpr __h.2.1, (__viff_14 picks).mpr __h.2.2.1, (__viff_15 spare).mpr __h.2.2.2.1]
+  cases __fits_0 g ledger picks spare <;> rfl
+
+theorem entry_refuses (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.accepts g ledger picks spare) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denoteEntry g ledger picks spare = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryValue
+  cases __c0 : __valid_2 g
+  · simp
+  · cases __c1 : __valid_13 ledger
+    · simp
+    · cases __c2 : __valid_14 picks
+      · simp
+      · cases __c3 : __valid_15 spare
+        · simp
+        · exact _root_.absurd ⟨(__viff_2 g).mp __c0, (__viff_13 ledger).mp __c1, (__viff_14 picks).mp __c2, (__viff_15 spare).mp __c3, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..f7de79482
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/Compose/RustStd.lex.tex
@@ -0,0 +1,1883 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_0 : @2059 := @2058 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_0 : @2081 := @2080 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_1 : @2103 := @2102 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_3 : @2125 := @2124 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_3],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_4 : @2147 := @2146 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_4],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_2 : @2169 := @2168 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_1 : @2176 := @2362 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.root : @3729 := @3730 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.flags
+@3 := Coverage.Boundary.Grove
+@4 := #0
+@5 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := fun (__v : @3) => @15
+@17 := List.{0}
+@18 := @17 @3
+@19 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__items_0
+@20 := @19 @4
+@21 := LexLeanPreservation.Rust.WTAll
+@22 := @21 @0
+@23 := @22 @1
+@24 := @23 @2
+@26 := @24 @20 @10
+@27 := fun (__v : @18) => @26
+@28 := Option.{0}
+@29 := @28 @3
+@30 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__aux_1
+@31 := @30 @4
+@32 := LexLeanTarget.TargetSyntax.Ty.option
+@33 := @32 @10
+@35 := @13 @31 @33
+@36 := fun (__v : @29) => @35
+@37 := Nat
+@38 := Prod.{0, 0}
+@39 := @38 @37
+@40 := @39 @3
+@41 := @17 @40
+@42 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__items_3
+@43 := @42 @4
+@44 := LexLeanTarget.TargetSyntax.Ty.nat
+@45 := LexLeanTarget.TargetSyntax.Ty.pair
+@46 := @45 @44
+@47 := @46 @10
+@49 := @24 @43 @47
+@50 := fun (__v : @41) => @49
+@53 := Except.{0, 0} @37 @3
+@54 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__aux_4
+@55 := @54 @4
+@56 := LexLeanTarget.TargetSyntax.Ty.result
+@57 := @56 @10
+@58 := @57 @44
+@60 := @13 @55 @58
+@61 := fun (__v : @53) => @60
+@62 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__aux_2
+@65 := @13 (@62 @4) @47
+@66 := fun (__v : @40) => @65
+@67 := #7
+@68 := #6
+@69 := #2
+@70 := #5
+@71 := #4
+@72 := #1
+@73 := #3
+@74 := LexLeanTarget.TargetSyntax.Value.nat
+@75 := LexLeanPreservation.encList
+@76 := @75 @37
+@77 := @76 @74
+@78 := @77 @67
+@79 := LexLeanTarget.TargetSyntax.Ty.list
+@80 := @79 @44
+@81 := LexLeanTarget.TargetSyntax.Program
+@82 := LexLeanPreservation.Rust.RCrate
+@83 := LexLeanPreservation.Rust.Flags
+@86 := @7 @73 @69 @72
+@87 := @74 @4
+@93 := {p : @81} -> {c : @82} -> {A : @83} -> (n : @37) -> @86 @87 @44
+@95 := LexLeanPreservation.Rust.wt_nat @0
+@97 := @11 @69 @72
+@102 := {c : @82} -> {A : @83} -> (n : @37) -> @97 @87 @44
+@103 := @95 @1
+@104 := @12 @72
+@108 := {A : @83} -> (n : @37) -> @104 @87 @44
+@109 := @103 @2
+@110 := @13 @87
+@111 := @110 @44
+@112 := (n : @37) -> @111
+@113 := @109 @4
+@114 := fun (__x : @37) => @113
+@115 := Sort 1
+@116 := LexLeanTarget.TargetSyntax.Value
+@117 := (a._@._internal._hyg.#0 : @4) -> @116
+@118 := LexLeanTarget.TargetSyntax.Ty
+@121 := @7 @68 @70 @71
+@122 := @69 @4
+@125 := (x : @69) -> @121 @122 @72
+@126 := @17 @73
+@129 := @7 @67 @68 @70
+@132 := @75 @71 @73 @4
+@133 := @129 @132
+@134 := @79 @69
+@143 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} -> {α : @115} -> {e : @117} -> {t : @118} -> (h : @125) -> (xs : @126) -> @133 @134
+@145 := LexLeanPreservation.Rust.wt_encList @0
+@147 := @11 @70 @71
+@150 := (x : @69) -> @147 @122 @72
+@152 := @11 @68 @70
+@161 := {c : @82} ->
+  {A : @83} -> {α : @115} -> {e : @117} -> {t : @118} -> (h : @150) -> (xs : @126) -> @152 @132 @134
+@162 := @145 @1
+@163 := @12 @71
+@166 := (x : @69) -> @163 @122 @72
+@167 := @12 @70
+@175 := {A : @83} ->
+  {α : @115} -> {e : @117} -> {t : @118} -> (h : @166) -> (xs : @126) -> @167 @132 @134
+@176 := @162 @2
+@178 := @13 @122 @72
+@179 := (x : @69) -> @178
+@186 := {α : @115} -> {e : @117} -> {t : @118} -> (h : @179) -> (xs : @126) -> @13 @132 @134
+@187 := @176 @37
+@188 := (a._@._internal._hyg.#0 : @37) -> @116
+@189 := (x : @37) -> @178
+@190 := @17 @37
+@198 := {e : @188} -> {t : @118} -> (h : @189) -> (xs : @190) -> @13 (@76 @73 @4) @134
+@199 := @187 @74
+@201 := (x : @37) -> @110 @72
+@203 := @13 (@77 @4)
+@207 := {t : @118} -> (h : @201) -> (xs : @190) -> @203 @134
+@208 := @199 @44
+@209 := (x : @37) -> @111
+@210 := @203 @80
+@212 := (h : @209) -> (xs : @190) -> @210
+@213 := @208 @114
+@214 := @213 @67
+@216 := @13 @78 @80
+@217 := LexLeanPreservation.ListEnc.enc
+@218 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__L_0
+@220 := @217 @3 @218
+@221 := @220 @68
+@222 := @79 @10
+@223 := @19 @68
+@224 := @17 @116
+@229 := @21 @71 @73 @69 @72 @4
+@232 := @7 @70 @71 @73
+@233 := LexLeanTarget.TargetSyntax.Value.list
+@234 := @233 @69
+@235 := @232 @234
+@236 := @79 @72
+@243 := {p : @81} -> {c : @82} -> {A : @83} -> {vs : @224} -> {t : @118} -> (h : @229) -> @235 @236
+@245 := LexLeanPreservation.Rust.wt_list @0
+@249 := @22 @73 @69 @72 @4
+@251 := @11 @71 @73
+@258 := {c : @82} -> {A : @83} -> {vs : @224} -> {t : @118} -> (h : @249) -> @251 @234 @236
+@259 := @245 @1
+@262 := @23 @69 @72 @4
+@263 := @12 @73
+@269 := {A : @83} -> {vs : @224} -> {t : @118} -> (h : @262) -> @263 @234 @236
+@270 := @259 @2
+@277 := {vs : @224} -> {t : @118} -> (h : @24 @72 @4) -> @13 @234 @236
+@278 := @270 @223
+@279 := @19 @67
+@281 := @24 @279 @4
+@282 := #8
+@288 := {t : @118} -> (h : @281) -> @13 (@233 (@19 @282)) @236
+@289 := @278 @10
+@295 := (h : @24 @223 @10) -> @13 (@233 @279) @222
+@296 := @289 @69
+@299 := @13 (@233 @223) @222
+@300 := String
+@301 := Int
+@302 := @38 @300
+@303 := @302 @301
+@304 := LexLeanTarget.TargetSyntax.Value.string
+@305 := LexLeanTarget.TargetSyntax.Value.int
+@306 := LexLeanPreservation.encPair
+@307 := @306 @300
+@308 := @307 @301
+@309 := @308 @304
+@310 := @309 @305
+@311 := @75 @303
+@312 := @311 @310
+@313 := @312 @70
+@314 := LexLeanTarget.TargetSyntax.Ty.string
+@315 := LexLeanTarget.TargetSyntax.Ty.int
+@316 := @45 @314
+@317 := @316 @315
+@318 := @79 @317
+@319 := @304 @4
+@325 := {p : @81} -> {c : @82} -> {A : @83} -> (s : @300) -> @86 @319 @314
+@327 := LexLeanPreservation.Rust.wt_string @0
+@332 := {c : @82} -> {A : @83} -> (s : @300) -> @97 @319 @314
+@333 := @327 @1
+@337 := {A : @83} -> (s : @300) -> @104 @319 @314
+@338 := @333 @2
+@339 := @13 @319
+@340 := @339 @314
+@341 := (s : @300) -> @340
+@343 := fun (__x : @300) => @338 @4
+@344 := @305 @4
+@350 := {p : @81} -> {c : @82} -> {A : @83} -> (n : @301) -> @86 @344 @315
+@352 := LexLeanPreservation.Rust.wt_int @0
+@357 := {c : @82} -> {A : @83} -> (n : @301) -> @97 @344 @315
+@358 := @352 @1
+@362 := {A : @83} -> (n : @301) -> @104 @344 @315
+@363 := @358 @2
+@364 := @13 @344
+@365 := @364 @315
+@366 := (n : @301) -> @365
+@368 := fun (__x : @301) => @363 @4
+@369 := (a._@._internal._hyg.#0 : @72) -> @116
+@370 := #9
+@373 := @7 @370 @282 @67
+@374 := @71 @4
+@377 := (x : @70) -> @373 @374 @69
+@378 := #10
+@384 := (x : @70) -> @7 @378 @370 @282 @374 @69
+@386 := @38 @67 @68
+@387 := #11
+@390 := @7 @387 @378 @370
+@395 := @306 @282 @67 @68 @70 @4
+@396 := @390 @395
+@398 := @45 @71 @73
+@411 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} ->
+  {α : @115} ->
+  {β : @115} ->
+  {ea : @369} ->
+  {eb : @369} -> {s : @118} -> {t : @118} -> (ha : @377) -> (hb : @384) -> (x : @386) -> @396 @398
+@413 := LexLeanPreservation.Rust.wt_encPair @0
+@438 := {c : @82} ->
+  {A : @83} ->
+  {α : @115} ->
+  {β : @115} ->
+  {ea : @369} ->
+  {eb : @369} ->
+  {s : @118} ->
+  {t : @118} ->
+  (ha : (x : @70) -> @11 @282 @67 @374 @69) ->
+  (hb : (x : @70) -> @11 @370 @282 @374 @69) -> (x : @386) -> @11 @378 @370 @395 @398
+@439 := @413 @1
+@460 := {A : @83} ->
+  {α : @115} ->
+  {β : @115} ->
+  {ea : @369} ->
+  {eb : @369} ->
+  {s : @118} ->
+  {t : @118} ->
+  (ha : (x : @70) -> @12 @67 @374 @69) ->
+  (hb : (x : @70) -> @12 @282 @374 @69) -> (x : @386) -> @12 @370 @395 @398
+@461 := @439 @2
+@463 := @13 @374 @69
+@464 := (x : @70) -> @463
+@475 := {α : @115} ->
+  {β : @115} ->
+  {ea : @369} ->
+  {eb : @369} ->
+  {s : @118} -> {t : @118} -> (ha : @464) -> (hb : @464) -> (x : @386) -> @13 @395 @398
+@476 := @461 @300
+@477 := (a._@._internal._hyg.#0 : @300) -> @116
+@478 := (x : @300) -> @463
+@493 := {β : @115} ->
+  {ea : @477} ->
+  {eb : @369} ->
+  {s : @118} ->
+  {t : @118} -> (ha : @478) -> (hb : @464) -> (x : @302 @68) -> @13 (@307 @67 @68 @70 @4) @398
+@494 := @476 @301
+@495 := (a._@._internal._hyg.#0 : @301) -> @116
+@496 := (x : @301) -> @463
+@508 := {ea : @477} ->
+  {eb : @495} ->
+  {s : @118} -> {t : @118} -> (ha : @478) -> (hb : @496) -> (x : @303) -> @13 (@308 @68 @70 @4) @398
+@509 := @494 @304
+@511 := (x : @300) -> @339 @69
+@521 := {eb : @495} ->
+  {s : @118} -> {t : @118} -> (ha : @511) -> (hb : @496) -> (x : @303) -> @13 (@309 @70 @4) @398
+@522 := @509 @305
+@524 := (x : @301) -> @364 @69
+@526 := @13 (@310 @4)
+@532 := {s : @118} -> {t : @118} -> (ha : @511) -> (hb : @524) -> (x : @303) -> @526 @398
+@533 := @522 @314
+@534 := (x : @300) -> @340
+@540 := {t : @118} -> (ha : @534) -> (hb : @524) -> (x : @303) -> @526 (@316 @73)
+@541 := @533 @315
+@542 := (x : @301) -> @365
+@544 := (x : @303) -> @526 @317
+@546 := (ha : @534) -> (hb : @542) -> @544
+@550 := fun (__x : @303) => @541 @343 @368 @4
+@551 := @176 @303
+@552 := (a._@._internal._hyg.#0 : @303) -> @116
+@553 := (x : @303) -> @178
+@554 := @17 @303
+@562 := {e : @552} -> {t : @118} -> (h : @553) -> (xs : @554) -> @13 (@311 @73 @4) @134
+@563 := @551 @310
+@565 := (x : @303) -> @526 @72
+@567 := @13 (@312 @4)
+@571 := {t : @118} -> (h : @565) -> (xs : @554) -> @567 @134
+@572 := @563 @317
+@575 := (h : @544) -> (xs : @554) -> @567 @318
+@576 := @572 @550
+@577 := @576 @70
+@579 := @13 @313 @318
+@580 := LexLeanPreservation.OptEnc.enc
+@581 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__O_1
+@583 := @580 @3 @581
+@584 := @583 @71
+@585 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__L_3
+@587 := @217 @40 @585
+@588 := @587 @73
+@589 := @79 @47
+@590 := @42 @73
+@591 := @270 @590
+@592 := @42 @71
+@593 := @24 @592
+@594 := @593 @4
+@595 := @42 @70
+@600 := {t : @118} -> (h : @594) -> @13 (@233 @595) @236
+@601 := @591 @47
+@603 := @24 @590 @47
+@607 := (h : @603) -> @13 (@233 @592) @589
+@608 := @601 @4
+@611 := @13 (@233 @590) @589
+@612 := List.nil.{0}
+@613 := List.cons.{0}
+@614 := @612 @116
+@615 := @613 @116
+@617 := @615 @588 @614
+@619 := @615 @584 @617
+@621 := @615 @313 @619
+@623 := @615 @221 @621
+@625 := @615 @78 @623
+@626 := @612 @118
+@627 := @613 @118
+@628 := @627 @589
+@629 := @628 @626
+@630 := @627 @33
+@631 := @630 @629
+@632 := @627 @318
+@633 := @632 @631
+@634 := @627 @222
+@635 := @634 @633
+@636 := @627 @80
+@637 := @636 @635
+@638 := LexLeanPreservation.Rust.WTL
+@646 := {p : @81} -> {c : @82} -> {A : @83} -> @638 @69 @72 @4 @614 @626
+@648 := LexLeanPreservation.Rust.wtl_nil @0
+@649 := @638 @0
+@655 := {c : @82} -> {A : @83} -> @649 @72 @4 @614 @626
+@656 := @648 @1
+@657 := @649 @1
+@661 := {A : @83} -> @657 @4 @614 @626
+@662 := @656 @2
+@663 := @657 @2
+@664 := @663 @614
+@665 := @664 @626
+@666 := @17 @118
+@667 := @121 @73
+@668 := @667 @69
+@673 := @638 @67 @68 @70 @69 @72
+@676 := @638 @282 @67 @68
+@678 := @615 @70 @73
+@679 := @676 @678
+@681 := @627 @71 @69
+@691 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} ->
+  {v : @116} -> {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @668) -> (hs : @673) -> @679 @681
+@693 := LexLeanPreservation.Rust.wtl_cons @0
+@694 := @147 @73
+@695 := @694 @69
+@699 := @649 @68 @70 @69 @72
+@711 := {c : @82} ->
+  {A : @83} ->
+  {v : @116} ->
+  {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @695) -> (hs : @699) -> @649 @67 @68 @678 @681
+@712 := @693 @1
+@713 := @163 @73
+@714 := @713 @69
+@717 := @657 @70 @69 @72
+@727 := {A : @83} ->
+  {v : @116} ->
+  {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @714) -> (hs : @717) -> @657 @68 @678 @681
+@728 := @712 @2
+@729 := @13 @73
+@730 := @729 @69
+@732 := @663 @69 @72
+@740 := {v : @116} ->
+  {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @730) -> (hs : @732) -> @663 @678 @681
+@741 := @728 @588
+@742 := @587 @68
+@754 := {t : @118} ->
+  {vs : @224} ->
+  {ts : @666} -> (h : @13 @742 @69) -> (hs : @732) -> @663 (@615 (@587 @282) @73) @681
+@755 := @741 @589
+@756 := @587 @70
+@758 := @13 @756 @589
+@762 := @663 (@615 (@587 @67) @73)
+@763 := @628 @69
+@768 := {vs : @224} -> {ts : @666} -> (h : @758) -> (hs : @732) -> @762 @763
+@769 := @755 @614
+@770 := @587 @71
+@772 := @13 @770 @589
+@773 := @664 @72
+@775 := @615 @742 @614
+@780 := {ts : @666} -> (h : @772) -> (hs : @773) -> @663 @775 @763
+@781 := @769 @626
+@783 := @13 @588 @589
+@785 := @615 @756 @614
+@786 := @663 @785
+@789 := (h : @783) -> (hs : @665) -> @786 @629
+@790 := @781 @608
+@792 := @615 @770 @614
+@794 := @663 @792 @629
+@795 := (hs : @665) -> @794
+@796 := @790 @662
+@798 := @663 @617 @629
+@799 := @728 @584
+@800 := @583 @67
+@812 := {t : @118} ->
+  {vs : @224} ->
+  {ts : @666} -> (h : @13 @800 @69) -> (hs : @732) -> @663 (@615 (@583 @370) @73) @681
+@813 := @799 @33
+@814 := @583 @68
+@816 := @13 @814 @33
+@820 := @663 (@615 (@583 @282) @73)
+@821 := @630 @69
+@826 := {vs : @224} -> {ts : @666} -> (h : @816) -> (hs : @732) -> @820 @821
+@827 := @813 @617
+@828 := @583 @70
+@830 := @13 @828 @33
+@831 := @786 @72
+@833 := @615 @800 @775
+@838 := {ts : @666} -> (h : @830) -> (hs : @831) -> @663 @833 @821
+@839 := @827 @629
+@841 := @13 @584 @33
+@843 := @615 @814 @785
+@844 := @663 @843
+@847 := (h : @841) -> (hs : @794) -> @844 @631
+@848 := @839 @72
+@850 := @615 @828 @792
+@852 := @663 @850 @631
+@853 := (hs : @798) -> @852
+@854 := @848 @796
+@856 := @663 @619 @631
+@857 := @728 @313
+@858 := @312 @282
+@870 := {t : @118} ->
+  {vs : @224} ->
+  {ts : @666} -> (h : @13 @858 @69) -> (hs : @732) -> @663 (@615 (@312 @378) @73) @681
+@871 := @857 @318
+@872 := @312 @67
+@874 := @13 @872 @318
+@878 := @663 (@615 (@312 @370) @73)
+@879 := @632 @69
+@884 := {vs : @224} -> {ts : @666} -> (h : @874) -> (hs : @732) -> @878 @879
+@885 := @871 @619
+@886 := @312 @68
+@888 := @13 @886 @318
+@889 := @844 @72
+@891 := @615 @858 @833
+@896 := {ts : @666} -> (h : @888) -> (hs : @889) -> @663 @891 @879
+@897 := @885 @631
+@899 := @615 @872 @843
+@900 := @663 @899
+@903 := (h : @579) -> (hs : @852) -> @900 @633
+@904 := @897 @577
+@906 := @615 @886 @850
+@908 := @663 @906 @633
+@909 := (hs : @856) -> @908
+@910 := @904 @854
+@912 := @663 @621 @633
+@913 := @728 @221
+@914 := @220 @370
+@926 := {t : @118} ->
+  {vs : @224} ->
+  {ts : @666} -> (h : @13 @914 @69) -> (hs : @732) -> @663 (@615 (@220 @387) @73) @681
+@927 := @913 @222
+@928 := @220 @282
+@930 := @13 @928 @222
+@934 := @663 (@615 (@220 @378) @73)
+@935 := @634 @69
+@940 := {vs : @224} -> {ts : @666} -> (h : @930) -> (hs : @732) -> @934 @935
+@941 := @927 @621
+@942 := @220 @67
+@944 := @13 @942 @222
+@945 := @900 @72
+@947 := @615 @914 @891
+@952 := {ts : @666} -> (h : @944) -> (hs : @945) -> @663 @947 @935
+@953 := @941 @633
+@955 := @13 @221 @222
+@957 := @615 @928 @899
+@958 := @663 @957
+@961 := (h : @955) -> (hs : @908) -> @958 @635
+@962 := @953 @296
+@964 := @615 @942 @906
+@966 := @663 @964 @635
+@967 := (hs : @912) -> @966
+@968 := @962 @910
+@970 := @663 @623 @635
+@971 := @728 @78
+@972 := @77 @378
+@974 := @13 @972 @69
+@975 := #12
+@985 := {t : @118} ->
+  {vs : @224} -> {ts : @666} -> (h : @974) -> (hs : @732) -> @663 (@615 (@77 @975) @73) @681
+@986 := @971 @80
+@987 := @77 @370
+@989 := @13 @987 @80
+@993 := @663 (@615 (@77 @387) @73)
+@994 := @636 @69
+@999 := {vs : @224} -> {ts : @666} -> (h : @989) -> (hs : @732) -> @993 @994
+@1000 := @986 @623
+@1001 := @77 @282
+@1003 := @13 @1001 @80
+@1004 := @958 @72
+@1006 := @615 @972 @947
+@1011 := {ts : @666} -> (h : @1003) -> (hs : @1004) -> @663 @1006 @994
+@1012 := @1000 @635
+@1014 := @615 @987 @957
+@1015 := @663 @1014
+@1018 := (h : @216) -> (hs : @966) -> @1015 @637
+@1019 := @1012 @214
+@1021 := @615 @1001 @964
+@1023 := @663 @1021 @637
+@1024 := (hs : @970) -> @1023
+@1025 := @1019 @968
+@1027 := @663 @625 @637
+@1028 := Eq.{1}
+@1029 := @28 @666
+@1030 := @1028 @1029
+@1031 := LexLeanPreservation.Rust.adtFields
+@1035 := @1030 (@1031 @68 @73 @69)
+@1036 := Option.some.{0}
+@1037 := @1036 @666
+@1038 := @1037 @4
+@1039 := @1035 @1038
+@1042 := @7 @282 @67 @68
+@1043 := LexLeanTarget.TargetSyntax.Value.adt
+@1045 := @1043 @71 @73
+@1046 := @1042 @1045
+@1047 := @8 @70
+@1057 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} ->
+  {i : @37} -> {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1039) -> (hf : @673) -> @1046 @1047
+@1059 := LexLeanPreservation.Rust.wt_adt @0
+@1060 := @1031 @0
+@1064 := @1030 (@1060 @73 @69) @1038
+@1066 := @11 @67 @68
+@1076 := {c : @82} ->
+  {A : @83} ->
+  {i : @37} ->
+  {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1064) -> (hf : @699) -> @1066 @1045 @1047
+@1077 := @1059 @1
+@1078 := @12 @68
+@1087 := {A : @83} ->
+  {i : @37} ->
+  {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1064) -> (hf : @717) -> @1078 @1045 @1047
+@1088 := @1077 @2
+@1089 := @13 @1045
+@1096 := {i : @37} ->
+  {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1064) -> (hf : @732) -> @1089 @1047
+@1097 := @1088 @9
+@1098 := @1060 @9
+@1107 := {k : @37} ->
+  {fs : @224} -> {tys : @666} -> (h : @1030 (@1098 @69) @1038) -> (hf : @732) -> @1089 @10
+@1108 := @1097 @9
+@1109 := @1098 @9
+@1110 := @1030 @1109
+@1111 := @1110 @1038
+@1112 := @1043 @9
+@1114 := @13 (@1112 @73)
+@1119 := {fs : @224} -> {tys : @666} -> (h : @1111) -> (hf : @732) -> @1114 @10
+@1120 := @1108 @625
+@1127 := {tys : @666} -> (h : @1111) -> (hf : @1015 @72) -> @13 (@1112 @1006) @10
+@1128 := @1120 @637
+@1135 := (h : @1110 (@1037 @637)) -> (hf : @1023) -> @13 (@1112 @1014) @10
+@1136 := Eq.refl.{1}
+@1137 := @1136 @1029
+@1139 := @1128 (@1137 @1109)
+@1143 := (hf : @1027) -> @13 (@1112 @1021) @10
+@1144 := @1139 @1025
+@1147 := @13 (@1112 @625) @10
+@1148 := @42 @69
+@1150 := @24 @1148 @47
+@1151 := fun (__ih2 : @1150) => @1144
+@1155 := fun (__ih1 : @13 (@30 @69) @33) => @1151
+@1156 := @19 @73
+@1158 := @24 @1156 @10
+@1164 := fun (__x0 : @190) =>
+  fun (__x1 : @18) =>
+  fun (__x2 : @554) => fun (__x3 : @29) => fun (__x4 : @41) => fun (__ih0 : @1158) => @1155
+@1165 := @39 @301
+@1166 := @306 @37
+@1167 := @1166 @301
+@1168 := @1167 @74
+@1169 := @1168 @305
+@1170 := @75 @1165
+@1171 := @1170 @1169
+@1172 := @1171 @4
+@1173 := @46 @315
+@1174 := @79 @1173
+@1175 := @461 @37
+@1176 := (x : @37) -> @463
+@1191 := {β : @115} ->
+  {ea : @188} ->
+  {eb : @369} ->
+  {s : @118} ->
+  {t : @118} -> (ha : @1176) -> (hb : @464) -> (x : @39 @68) -> @13 (@1166 @67 @68 @70 @4) @398
+@1192 := @1175 @301
+@1204 := {ea : @188} ->
+  {eb : @495} ->
+  {s : @118} ->
+  {t : @118} -> (ha : @1176) -> (hb : @496) -> (x : @1165) -> @13 (@1167 @68 @70 @4) @398
+@1205 := @1192 @74
+@1207 := (x : @37) -> @110 @69
+@1217 := {eb : @495} ->
+  {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @496) -> (x : @1165) -> @13 (@1168 @70 @4) @398
+@1218 := @1205 @305
+@1220 := @13 (@1169 @4)
+@1226 := {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @524) -> (x : @1165) -> @1220 @398
+@1227 := @1218 @44
+@1228 := @46 @73
+@1233 := {t : @118} -> (ha : @209) -> (hb : @524) -> (x : @1165) -> @1220 @1228
+@1234 := @1227 @315
+@1236 := (x : @1165) -> @1220 @1173
+@1238 := (ha : @209) -> (hb : @542) -> @1236
+@1242 := fun (__x : @1165) => @1234 @114 @368 @4
+@1243 := @176 @1165
+@1244 := (a._@._internal._hyg.#0 : @1165) -> @116
+@1245 := (x : @1165) -> @178
+@1246 := @17 @1165
+@1254 := {e : @1244} -> {t : @118} -> (h : @1245) -> (xs : @1246) -> @13 (@1170 @73 @4) @134
+@1255 := @1243 @1169
+@1257 := (x : @1165) -> @1220 @72
+@1258 := @13 @1172
+@1262 := {t : @118} -> (h : @1257) -> (xs : @1246) -> @1258 @134
+@1263 := @1255 @1173
+@1264 := @1258 @1174
+@1266 := (h : @1236) -> (xs : @1246) -> @1264
+@1268 := @1263 @1242 @4
+@1270 := @615 @1172 @614
+@1271 := @627 @1174
+@1272 := @1271 @626
+@1273 := @728 @1172
+@1274 := @1171 @73
+@1286 := {t : @118} ->
+  {vs : @224} ->
+  {ts : @666} -> (h : @13 @1274 @69) -> (hs : @732) -> @663 (@615 (@1171 @70) @73) @681
+@1287 := @1273 @1174
+@1288 := @1171 @69
+@1290 := @13 @1288 @1174
+@1294 := @663 (@615 (@1171 @71) @73)
+@1295 := @1271 @69
+@1300 := {vs : @224} -> {ts : @666} -> (h : @1290) -> (hs : @732) -> @1294 @1295
+@1301 := @1287 @614
+@1302 := @1171 @72
+@1304 := @13 @1302 @1174
+@1306 := @615 @1274 @614
+@1311 := {ts : @666} -> (h : @1304) -> (hs : @773) -> @663 @1306 @1295
+@1312 := @1301 @626
+@1314 := @615 @1288 @614
+@1315 := @663 @1314
+@1318 := (h : @1264) -> (hs : @665) -> @1315 @1272
+@1319 := @1312 @1268
+@1321 := @615 @1302 @614
+@1323 := @663 @1321 @1272
+@1324 := (hs : @665) -> @1323
+@1325 := @1319 @662
+@1327 := @663 @1270 @1272
+@1328 := 1
+@1329 := @1097 @1328
+@1330 := @1098 @1328
+@1331 := @1030 @1330
+@1332 := @1331 @1038
+@1333 := @1043 @1328
+@1340 := {fs : @224} -> {tys : @666} -> (h : @1332) -> (hf : @732) -> @13 (@1333 @73) @10
+@1341 := @1329 @1270
+@1348 := {tys : @666} -> (h : @1332) -> (hf : @1315 @72) -> @13 (@1333 @1306) @10
+@1349 := @1341 @1272
+@1356 := (h : @1331 (@1037 @1272)) -> (hf : @1323) -> @13 (@1333 @1314) @10
+@1358 := @1349 (@1137 @1330)
+@1362 := (hf : @1327) -> @13 (@1333 @1321) @10
+@1363 := @1358 @1325
+@1366 := @13 (@1333 @1270) @10
+@1367 := fun (__x0 : @1246) => @1363
+@1368 := @54 @72
+@1370 := @615 @1368 @614
+@1371 := @627 @58
+@1372 := @1371 @626
+@1373 := @728 @1368
+@1374 := @54 @71
+@1386 := {t : @118} ->
+  {vs : @224} -> {ts : @666} -> (h : @13 @1374 @69) -> (hs : @732) -> @663 (@615 (@54 @68) @73) @681
+@1387 := @1373 @58
+@1388 := @54 @73
+@1390 := @13 @1388 @58
+@1394 := @663 (@615 (@54 @70) @73)
+@1395 := @1371 @69
+@1400 := {vs : @224} -> {ts : @666} -> (h : @1390) -> (hs : @732) -> @1394 @1395
+@1401 := @1387 @614
+@1402 := @54 @69
+@1404 := @13 @1402 @58
+@1406 := @615 @1374 @614
+@1411 := {ts : @666} -> (h : @1404) -> (hs : @773) -> @663 @1406 @1395
+@1412 := @1401 @626
+@1414 := @13 @1368 @58
+@1416 := @615 @1388 @614
+@1417 := @663 @1416
+@1420 := (h : @1414) -> (hs : @665) -> @1417 @1372
+@1421 := @1412 @4
+@1423 := @615 @1402 @614
+@1425 := @663 @1423 @1372
+@1426 := (hs : @665) -> @1425
+@1427 := @1421 @662
+@1429 := @663 @1370 @1372
+@1430 := 2
+@1431 := @1097 @1430
+@1432 := @1098 @1430
+@1433 := @1030 @1432
+@1434 := @1433 @1038
+@1435 := @1043 @1430
+@1442 := {fs : @224} -> {tys : @666} -> (h : @1434) -> (hf : @732) -> @13 (@1435 @73) @10
+@1443 := @1431 @1370
+@1450 := {tys : @666} -> (h : @1434) -> (hf : @1417 @72) -> @13 (@1435 @1406) @10
+@1451 := @1443 @1372
+@1458 := (h : @1433 (@1037 @1372)) -> (hf : @1425) -> @13 (@1435 @1416) @10
+@1460 := @1451 (@1137 @1432)
+@1464 := (hf : @1429) -> @13 (@1435 @1423) @10
+@1465 := @1460 @1427
+@1468 := @13 (@1435 @1370) @10
+@1470 := fun (__x0 : @53) => fun (__ih0 : @60) => @1465
+@1479 := {p : @81} -> {c : @82} -> {A : @83} -> {t : @118} -> @21 @73 @69 @72 @614 @4
+@1481 := LexLeanPreservation.Rust.wtAll_nil @0
+@1488 := {c : @82} -> {A : @83} -> {t : @118} -> @22 @69 @72 @614 @4
+@1489 := @1481 @1
+@1494 := {A : @83} -> {t : @118} -> @23 @72 @614 @4
+@1495 := @1489 @2
+@1496 := @24 @614
+@1498 := {t : @118} -> @1496 @4
+@1499 := @1495 @10
+@1500 := @1496 @10
+@1501 := @5 @73
+@1502 := @19 @69
+@1503 := @232 @69
+@1504 := @1503 @4
+@1509 := @21 @68 @70 @71 @69 @72
+@1512 := @21 @67 @68 @70
+@1514 := @615 @71 @73
+@1524 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} ->
+  {v : @116} -> {vs : @224} -> {t : @118} -> (h : @1504) -> (hs : @1509) -> @1512 @1514 @69
+@1526 := LexLeanPreservation.Rust.wtAll_cons @0
+@1527 := @251 @69
+@1528 := @1527 @4
+@1543 := {c : @82} ->
+  {A : @83} ->
+  {v : @116} ->
+  {vs : @224} -> {t : @118} -> (h : @1528) -> (hs : @22 @70 @71 @69 @72) -> @22 @68 @70 @1514 @69
+@1544 := @1526 @1
+@1545 := @263 @69
+@1546 := @1545 @4
+@1558 := {A : @83} ->
+  {v : @116} ->
+  {vs : @224} -> {t : @118} -> (h : @1546) -> (hs : @23 @71 @69 @72) -> @23 @70 @1514 @69
+@1559 := @1544 @2
+@1560 := @13 @69
+@1561 := @1560 @4
+@1563 := @24 @69 @72
+@1570 := {v : @116} -> {vs : @224} -> {t : @118} -> (h : @1561) -> (hs : @1563) -> @24 @1514 @69
+@1571 := @1559 @1501
+@1572 := @5 @70
+@1573 := @13 @1572
+@1574 := @1573 @4
+@1575 := @5 @67
+@1576 := @615 @1575
+@1583 := {vs : @224} -> {t : @118} -> (h : @1574) -> (hs : @1563) -> @24 (@1576 @73) @69
+@1584 := @1571 @1502
+@1585 := @5 @71
+@1586 := @13 @1585
+@1587 := @1586 @4
+@1588 := @19 @71
+@1590 := @24 @1588 @72
+@1591 := @5 @68
+@1592 := @615 @1591
+@1599 := {t : @118} -> (h : @1587) -> (hs : @1590) -> @24 (@1592 (@19 @70)) @69
+@1600 := @1584 @10
+@1601 := @13 @1501
+@1602 := @1601 @10
+@1603 := @615 @1572
+@1608 := (h : @1602) -> (hs : @1158) -> @24 (@1603 @1588) @10
+@1609 := @1600 @72
+@1611 := @24 @1502 @10
+@1612 := @615 @1585
+@1616 := (hs : @1611) -> @24 (@1612 @1156) @10
+@1617 := @1609 @4
+@1618 := @615 @1501
+@1621 := @24 (@1618 @1502) @10
+@1625 := fun (__ih1 : @24 (@19 @72) @10) => @1617
+@1626 := @5 @72
+@1628 := @13 @1626 @10
+@1631 := fun (__x0 : @3) => fun (__x1 : @18) => fun (__ih0 : @1628) => @1625
+@1632 := LexLeanTarget.TargetSyntax.Value.none
+@1633 := @86 @1632
+@1634 := @32 @4
+@1639 := {p : @81} -> {c : @82} -> {A : @83} -> {t : @118} -> @1633 @1634
+@1641 := LexLeanPreservation.Rust.wt_noneV @0
+@1646 := {c : @82} -> {A : @83} -> {t : @118} -> @97 @1632 @1634
+@1647 := @1641 @1
+@1651 := {A : @83} -> {t : @118} -> @104 @1632 @1634
+@1652 := @1647 @2
+@1653 := @13 @1632
+@1655 := {t : @118} -> @1653 @1634
+@1656 := @1652 @10
+@1657 := @1653 @33
+@1662 := @7 @71 @73 @69 @72 @4
+@1663 := LexLeanTarget.TargetSyntax.Value.some
+@1664 := @1663 @69
+@1665 := @232 @1664
+@1666 := @32 @72
+@1673 := {p : @81} ->
+  {c : @82} -> {A : @83} -> {v : @116} -> {t : @118} -> (h : @1662) -> @1665 @1666
+@1675 := LexLeanPreservation.Rust.wt_someV @0
+@1686 := {c : @82} ->
+  {A : @83} -> {v : @116} -> {t : @118} -> (h : @11 @73 @69 @72 @4) -> @251 @1664 @1666
+@1687 := @1675 @1
+@1696 := {A : @83} -> {v : @116} -> {t : @118} -> (h : @12 @69 @72 @4) -> @263 @1664 @1666
+@1697 := @1687 @2
+@1704 := {v : @116} -> {t : @118} -> (h : @13 @72 @4) -> @13 @1664 @1666
+@1705 := @1697 @1626
+@1706 := @5 @69
+@1707 := @13 @1706
+@1713 := {t : @118} -> (h : @1707 @4) -> @13 (@1663 @1501) @1666
+@1714 := @1705 @10
+@1718 := (h : @1628) -> @13 (@1663 @1706) @33
+@1719 := @1714 @4
+@1722 := @13 (@1663 @1626) @33
+@1724 := fun (__x0 : @3) => fun (__ih0 : @15) => @1719
+@1725 := @1495 @47
+@1726 := @1496 @47
+@1727 := @62 @73
+@1728 := @1559 @1727
+@1729 := @62 @70
+@1740 := {vs : @224} ->
+  {t : @118} -> (h : @13 @1729 @4) -> (hs : @1563) -> @24 (@615 (@62 @67) @73) @69
+@1741 := @1728 @1148
+@1742 := @62 @71
+@1753 := {t : @118} -> (h : @13 @1742 @4) -> (hs : @593 @72) -> @24 (@615 (@62 @68) @595) @69
+@1754 := @1741 @47
+@1762 := (h : @13 @1727 @47) -> (hs : @603) -> @24 (@615 @1729 @592) @47
+@1763 := @1754 @72
+@1768 := (hs : @1150) -> @24 (@615 @1742 @590) @47
+@1769 := @1763 @4
+@1773 := @24 (@615 @1727 @1148) @47
+@1777 := fun (__ih1 : @24 (@42 @72) @47) => @1769
+@1783 := fun (__x0 : @40) => fun (__x1 : @41) => fun (__ih0 : @13 (@62 @72) @47) => @1777
+@1784 := LexLeanTarget.TargetSyntax.Value.error
+@1785 := @1784 @73
+@1786 := @121 @1785
+@1788 := @56 @69 @72
+@1796 := {p : @81} ->
+  {c : @82} -> {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1504) -> @1786 @1788
+@1798 := LexLeanPreservation.Rust.wt_errorV @0
+@1806 := {c : @82} ->
+  {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1528) -> @147 @1785 @1788
+@1807 := @1798 @1
+@1814 := {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1546) -> @163 @1785 @1788
+@1815 := @1807 @2
+@1821 := {v : @116} -> {s : @118} -> {t : @118} -> (h : @1561) -> @13 @1785 @1788
+@1822 := @1815 @87
+@1823 := @74 @69
+@1824 := @13 @1823
+@1825 := @1824 @4
+@1826 := @74 @73
+@1832 := {s : @118} -> {t : @118} -> (h : @1825) -> @13 (@1784 @1826) @1788
+@1833 := @1822 @10
+@1834 := @74 @72
+@1836 := @13 @1834 @4
+@1838 := @13 (@1784 @1823)
+@1839 := @57 @72
+@1842 := {t : @118} -> (h : @1836) -> @1838 @1839
+@1843 := @1833 @44
+@1847 := (h : @111) -> @13 (@1784 @1834) @58
+@1848 := @1843 @113
+@1851 := @13 (@1784 @87) @58
+@1852 := fun (__x0 : @37) => @1848
+@1853 := @1503 @72
+@1854 := LexLeanTarget.TargetSyntax.Value.ok
+@1855 := @1854 @73
+@1864 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1853) -> @121 @1855 @1788
+@1866 := LexLeanPreservation.Rust.wt_okV @0
+@1875 := {c : @82} ->
+  {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1527 @72) -> @147 @1855 @1788
+@1876 := @1866 @1
+@1884 := {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1545 @72) -> @163 @1855 @1788
+@1885 := @1876 @2
+@1892 := {v : @116} -> {s : @118} -> {t : @118} -> (h : @1560 @72) -> @13 @1855 @1788
+@1893 := @1885 @1626
+@1894 := @1601 @72
+@1900 := {s : @118} -> {t : @118} -> (h : @1894) -> @13 (@1854 @1585) @1788
+@1901 := @1893 @10
+@1902 := @1707 @10
+@1907 := {t : @118} -> (h : @1902) -> @13 (@1854 @1501) @1839
+@1908 := @1901 @44
+@1912 := (h : @1628) -> @13 (@1854 @1706) @58
+@1913 := @1908 @4
+@1916 := @13 (@1854 @1626) @58
+@1918 := fun (__x0 : @3) => fun (__ih0 : @15) => @1913
+@1919 := @109 @69
+@1920 := @1824 @44
+@1921 := @667 @72
+@1923 := @129 @73 @72
+@1924 := LexLeanTarget.TargetSyntax.Value.pair
+@1926 := @1924 @70 @71
+@1927 := @1042 @1926
+@1929 := @45 @73 @69
+@1939 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} ->
+  {a : @116} ->
+  {b : @116} -> {s : @118} -> {t : @118} -> (ha : @1921) -> (hb : @1923) -> @1927 @1929
+@1941 := LexLeanPreservation.Rust.wt_pairV @0
+@1954 := {c : @82} ->
+  {A : @83} ->
+  {a : @116} ->
+  {b : @116} ->
+  {s : @118} -> {t : @118} -> (ha : @694 @72) -> (hb : @152 @73 @72) -> @1066 @1926 @1929
+@1955 := @1941 @1
+@1967 := {A : @83} ->
+  {a : @116} ->
+  {b : @116} ->
+  {s : @118} -> {t : @118} -> (ha : @713 @72) -> (hb : @167 @73 @72) -> @1078 @1926 @1929
+@1968 := @1955 @2
+@1969 := @729 @72
+@1977 := {a : @116} ->
+  {b : @116} -> {s : @118} -> {t : @118} -> (ha : @1969) -> (hb : @1969) -> @13 @1926 @1929
+@1978 := @1968 @1823
+@1979 := @74 @70
+@1991 := {b : @116} ->
+  {s : @118} ->
+  {t : @118} -> (ha : @13 @1979 @72) -> (hb : @1969) -> @13 (@1924 (@74 @67) @71) @1929
+@1992 := @1978 @1626
+@1993 := @74 @71
+@2005 := {s : @118} ->
+  {t : @118} -> (ha : @13 @1993 @72) -> (hb : @1586 @72) -> @13 (@1924 (@74 @68) @1572) @1929
+@2006 := @1992 @44
+@2016 := {t : @118} -> (ha : @13 @1826 @44) -> (hb : @1894) -> @13 (@1924 @1979 @1585) (@46 @69)
+@2017 := @2006 @10
+@2023 := (ha : @1920) -> (hb : @1902) -> @13 (@1924 @1993 @1501) @47
+@2024 := @2017 @1919
+@2029 := (hb : @1628) -> @13 (@1924 @1826 @1706) @47
+@2030 := @2024 @4
+@2034 := @13 (@1924 @1823 @1626) @47
+@2037 := fun (__x0 : @37) => fun (__x1 : @3) => fun (__ih0 : @15) => @2030
+@2058 := fun (__v : @3) =>
+  Coverage.Boundary.Grove.rec.{0}
+    @16
+    @27
+    @36
+    @50
+    @61
+    @66
+    @1164
+    @1367
+    @1470
+    @1499
+    @1631
+    @1656
+    @1724
+    @1725
+    @1783
+    @1852
+    @1918
+    @2037
+    @4
+@2059 := (__v : @3) -> @15
+@2080 := fun (__v : @18) =>
+  Coverage.Boundary.Grove.rec_1.{0}
+    @16
+    @27
+    @36
+    @50
+    @61
+    @66
+    @1164
+    @1367
+    @1470
+    @1499
+    @1631
+    @1656
+    @1724
+    @1725
+    @1783
+    @1852
+    @1918
+    @2037
+    @4
+@2081 := (__v : @18) -> @26
+@2102 := fun (__v : @29) =>
+  Coverage.Boundary.Grove.rec_2.{0}
+    @16
+    @27
+    @36
+    @50
+    @61
+    @66
+    @1164
+    @1367
+    @1470
+    @1499
+    @1631
+    @1656
+    @1724
+    @1725
+    @1783
+    @1852
+    @1918
+    @2037
+    @4
+@2103 := (__v : @29) -> @35
+@2124 := fun (__v : @41) =>
+  Coverage.Boundary.Grove.rec_3.{0}
+    @16
+    @27
+    @36
+    @50
+    @61
+    @66
+    @1164
+    @1367
+    @1470
+    @1499
+    @1631
+    @1656
+    @1724
+    @1725
+    @1783
+    @1852
+    @1918
+    @2037
+    @4
+@2125 := (__v : @41) -> @49
+@2146 := fun (__v : @53) =>
+  Coverage.Boundary.Grove.rec_4.{0}
+    @16
+    @27
+    @36
+    @50
+    @61
+    @66
+    @1164
+    @1367
+    @1470
+    @1499
+    @1631
+    @1656
+    @1724
+    @1725
+    @1783
+    @1852
+    @1918
+    @2037
+    @4
+@2147 := (__v : @53) -> @60
+@2168 := fun (__v : @40) =>
+  Coverage.Boundary.Grove.rec_5.{0}
+    @16
+    @27
+    @36
+    @50
+    @61
+    @66
+    @1164
+    @1367
+    @1470
+    @1499
+    @1631
+    @1656
+    @1724
+    @1725
+    @1783
+    @1852
+    @1918
+    @2037
+    @4
+@2169 := (__v : @40) -> @65
+@2170 := Coverage.Boundary.Ledger
+@2171 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.__enc_1
+@2172 := @2171 @4
+@2173 := @8 @1328
+@2176 := (__s : @2170) -> @13 @2172 @2173
+@2177 := Coverage.Boundary.Ledger.entries
+@2178 := @2177 @4
+@2179 := Coverage.Boundary.Ledger.owner
+@2180 := @2179 @4
+@2181 := @312 @2178
+@2182 := @576 @2178
+@2184 := @13 @2181 @318
+@2185 := @304 @2180
+@2186 := @338 @2180
+@2188 := @13 @2185 @314
+@2190 := @615 @2185 @614
+@2192 := @615 @2181 @2190
+@2193 := @627 @314
+@2194 := @2193 @626
+@2195 := @632 @2194
+@2196 := @728 @2185
+@2198 := @304 (@2179 @73)
+@2211 := {t : @118} ->
+  {vs : @224} ->
+  {ts : @666} -> (h : @13 @2198 @69) -> (hs : @732) -> @663 (@615 (@304 (@2179 @70)) @73) @681
+@2212 := @2196 @314
+@2214 := @304 (@2179 @69)
+@2216 := @13 @2214 @314
+@2221 := @663 (@615 (@304 (@2179 @71)) @73)
+@2222 := @2193 @69
+@2227 := {vs : @224} -> {ts : @666} -> (h : @2216) -> (hs : @732) -> @2221 @2222
+@2228 := @2212 @614
+@2230 := @304 (@2179 @72)
+@2232 := @13 @2230 @314
+@2234 := @615 @2198 @614
+@2239 := {ts : @666} -> (h : @2232) -> (hs : @773) -> @663 @2234 @2222
+@2240 := @2228 @626
+@2242 := @615 @2214 @614
+@2243 := @663 @2242
+@2246 := (h : @2188) -> (hs : @665) -> @2243 @2194
+@2247 := @2240 @2186
+@2249 := @615 @2230 @614
+@2251 := @663 @2249 @2194
+@2252 := (hs : @665) -> @2251
+@2253 := @2247 @662
+@2255 := @663 @2190 @2194
+@2256 := @728 @2181
+@2258 := @312 (@2177 @73)
+@2271 := {t : @118} ->
+  {vs : @224} ->
+  {ts : @666} -> (h : @13 @2258 @69) -> (hs : @732) -> @663 (@615 (@312 (@2177 @70)) @73) @681
+@2272 := @2256 @318
+@2274 := @312 (@2177 @69)
+@2286 := {vs : @224} ->
+  {ts : @666} -> (h : @13 @2274 @318) -> (hs : @732) -> @663 (@615 (@312 (@2177 @71)) @73) @879
+@2287 := @2272 @2190
+@2289 := @312 (@2177 @72)
+@2291 := @13 @2289 @318
+@2292 := @2243 @72
+@2294 := @615 @2258 @2234
+@2299 := {ts : @666} -> (h : @2291) -> (hs : @2292) -> @663 @2294 @879
+@2300 := @2287 @2194
+@2302 := @615 @2274 @2242
+@2303 := @663 @2302
+@2306 := (h : @2184) -> (hs : @2251) -> @2303 @2195
+@2307 := @2300 @2182
+@2309 := @615 @2289 @2249
+@2311 := @663 @2309 @2195
+@2312 := (hs : @2255) -> @2311
+@2313 := @2307 @2253
+@2315 := @663 @2192 @2195
+@2316 := @1088 @1328
+@2317 := @1060 @1328
+@2326 := {k : @37} ->
+  {fs : @224} -> {tys : @666} -> (h : @1030 (@2317 @69) @1038) -> (hf : @732) -> @1089 @2173
+@2327 := @2316 @9
+@2328 := @2317 @9
+@2329 := @1030 @2328
+@2330 := @2329 @1038
+@2335 := {fs : @224} -> {tys : @666} -> (h : @2330) -> (hf : @732) -> @1114 @2173
+@2336 := @2327 @2192
+@2343 := {tys : @666} -> (h : @2330) -> (hf : @2303 @72) -> @13 (@1112 @2294) @2173
+@2344 := @2336 @2195
+@2351 := (h : @2329 (@1037 @2195)) -> (hf : @2311) -> @13 (@1112 @2302) @2173
+@2353 := @2344 (@1137 @2328)
+@2357 := (hf : @2315) -> @13 (@1112 @2309) @2173
+@2358 := @2353 @2313
+@2361 := @13 (@1112 @2192) @2173
+@2362 := fun (__s : @2170) => @2358
+@2364 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_0 @71
+@2365 := @2171 @73
+@2367 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_1 @73
+@2368 := @28 @190
+@2369 := LexLeanPreservation.encOption
+@2370 := @2369 @190
+@2371 := @2370 @77
+@2372 := @2371 @69
+@2373 := @32 @80
+@2375 := fun (__x : @190) => @213 @4
+@2376 := @28 @73
+@2379 := @2369 @71 @73 @4
+@2380 := @129 @2379
+@2381 := @32 @69
+@2390 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} -> {α : @115} -> {e : @117} -> {t : @118} -> (h : @125) -> (o : @2376) -> @2380 @2381
+@2392 := LexLeanPreservation.Rust.wt_encOption @0
+@2401 := {c : @82} ->
+  {A : @83} ->
+  {α : @115} -> {e : @117} -> {t : @118} -> (h : @150) -> (o : @2376) -> @152 @2379 @2381
+@2402 := @2392 @1
+@2410 := {A : @83} ->
+  {α : @115} -> {e : @117} -> {t : @118} -> (h : @166) -> (o : @2376) -> @167 @2379 @2381
+@2411 := @2402 @2
+@2418 := {α : @115} -> {e : @117} -> {t : @118} -> (h : @179) -> (o : @2376) -> @13 @2379 @2381
+@2419 := @2411 @190
+@2429 := {e : (a._@._internal._hyg.#0 : @190) -> @116} ->
+  {t : @118} -> (h : (x : @190) -> @178) -> (o : @2368) -> @13 (@2370 @73 @4) @2381
+@2430 := @2419 @77
+@2432 := (x : @190) -> @203 @72
+@2434 := @13 (@2371 @4)
+@2438 := {t : @118} -> (h : @2432) -> (o : @2368) -> @2434 @2381
+@2439 := @2430 @80
+@2443 := (h : (x : @190) -> @210) -> (o : @2368) -> @2434 @2373
+@2445 := @2439 @2375 @69
+@2447 := @13 @2372 @2373
+@2448 := Bool
+@2449 := @39 @2448
+@2450 := @17 @2449
+@2451 := @17 @2450
+@2452 := LexLeanTarget.TargetSyntax.Value.bool
+@2453 := @1166 @2448
+@2454 := @2453 @74
+@2455 := @2454 @2452
+@2456 := @75 @2449
+@2457 := @2456 @2455
+@2458 := @75 @2450
+@2459 := @2458 @2457
+@2460 := @2459 @72
+@2461 := LexLeanTarget.TargetSyntax.Ty.bool
+@2462 := @46 @2461
+@2463 := @79 @2462
+@2464 := @79 @2463
+@2465 := @2452 @4
+@2471 := {p : @81} -> {c : @82} -> {A : @83} -> (b : @2448) -> @86 @2465 @2461
+@2473 := LexLeanPreservation.Rust.wt_bool @0
+@2478 := {c : @82} -> {A : @83} -> (b : @2448) -> @97 @2465 @2461
+@2479 := @2473 @1
+@2483 := {A : @83} -> (b : @2448) -> @104 @2465 @2461
+@2484 := @2479 @2
+@2485 := @13 @2465
+@2486 := @2485 @2461
+@2487 := (b : @2448) -> @2486
+@2489 := fun (__x : @2448) => @2484 @4
+@2490 := @1175 @2448
+@2491 := (a._@._internal._hyg.#0 : @2448) -> @116
+@2492 := (x : @2448) -> @463
+@2504 := {ea : @188} ->
+  {eb : @2491} ->
+  {s : @118} ->
+  {t : @118} -> (ha : @1176) -> (hb : @2492) -> (x : @2449) -> @13 (@2453 @68 @70 @4) @398
+@2505 := @2490 @74
+@2515 := {eb : @2491} ->
+  {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @2492) -> (x : @2449) -> @13 (@2454 @70 @4) @398
+@2516 := @2505 @2452
+@2518 := (x : @2448) -> @2485 @69
+@2520 := @13 (@2455 @4)
+@2526 := {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @2518) -> (x : @2449) -> @2520 @398
+@2527 := @2516 @44
+@2532 := {t : @118} -> (ha : @209) -> (hb : @2518) -> (x : @2449) -> @2520 @1228
+@2533 := @2527 @2461
+@2534 := (x : @2448) -> @2486
+@2536 := (x : @2449) -> @2520 @2462
+@2538 := (ha : @209) -> (hb : @2534) -> @2536
+@2542 := fun (__x : @2449) => @2533 @114 @2489 @4
+@2543 := @176 @2449
+@2553 := {e : (a._@._internal._hyg.#0 : @2449) -> @116} ->
+  {t : @118} -> (h : (x : @2449) -> @178) -> (xs : @2450) -> @13 (@2456 @73 @4) @134
+@2554 := @2543 @2455
+@2556 := (x : @2449) -> @2520 @72
+@2558 := @13 (@2457 @4)
+@2562 := {t : @118} -> (h : @2556) -> (xs : @2450) -> @2558 @134
+@2563 := @2554 @2462
+@2564 := @2558 @2463
+@2566 := (h : @2536) -> (xs : @2450) -> @2564
+@2569 := fun (__x : @2450) => @2563 @2542 @4
+@2570 := @176 @2450
+@2580 := {e : (a._@._internal._hyg.#0 : @2450) -> @116} ->
+  {t : @118} -> (h : (x : @2450) -> @178) -> (xs : @2451) -> @13 (@2458 @73 @4) @134
+@2581 := @2570 @2457
+@2583 := (x : @2450) -> @2558 @72
+@2584 := @2459 @4
+@2585 := @13 @2584
+@2589 := {t : @118} -> (h : @2583) -> (xs : @2451) -> @2585 @134
+@2590 := @2581 @2463
+@2594 := (h : (x : @2450) -> @2564) -> (xs : @2451) -> @2585 @2464
+@2596 := @2590 @2569 @72
+@2598 := @13 @2460 @2464
+@2600 := @615 @2460 @614
+@2602 := @615 @2372 @2600
+@2604 := @615 @2365 @2602
+@2605 := @1612 @2604
+@2606 := @39 @116
+@2607 := 3
+@2610 := Prod.mk.{0, 0} @37 @116
+@2611 := @2610 @2607
+@2612 := @2611 @2460
+@2613 := @2610 @1430
+@2614 := @2613 @2372
+@2615 := @2610 @1328
+@2616 := @2615 @2365
+@2617 := @2610 @9
+@2618 := @2617 @1585
+@2619 := @612 @2606
+@2620 := @613 @2606
+@2622 := @2620 @2618 @2619
+@2624 := @2620 @2616 @2622
+@2626 := @2620 @2614 @2624
+@2628 := @2620 @2612 @2626
+@2629 := Bool.false
+@2630 := LexLeanTarget.TargetSyntax.Function
+@2631 := LexLeanTarget.TargetSyntax.Program.functions
+@2632 := @2631 @0
+@2633 := 18
+@2634 := @612 @37
+@2635 := LexLeanTarget.TargetSyntax.Ty.unit
+@2636 := LexLeanTarget.TargetSyntax.Value.unit
+@2639 := LexLeanTarget.TargetSyntax.Expr.value @2635 @2636
+@2644 := LexLeanTarget.TargetSyntax.Function.mk @2634 @626 @2635 @2639
+@2649 := List.getD.{0} @2630 @2632 @2633 @2644
+@2653 := fun (__e_n : @37) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.root @4 @2633
+@2654 := @728 @2460
+@2655 := @2459 @71
+@2657 := @13 @2655 @69
+@2658 := @2459 @68
+@2659 := @615 @2658
+@2667 := {t : @118} ->
+  {vs : @224} -> {ts : @666} -> (h : @2657) -> (hs : @732) -> @663 (@2659 @73) @681
+@2668 := @2654 @2464
+@2669 := @2459 @73
+@2671 := @13 @2669 @2464
+@2672 := @2459 @70
+@2673 := @615 @2672
+@2675 := @663 (@2673 @73)
+@2676 := @627 @2464
+@2677 := @2676 @69
+@2682 := {vs : @224} -> {ts : @666} -> (h : @2671) -> (hs : @732) -> @2675 @2677
+@2683 := @2668 @614
+@2684 := @2459 @69
+@2686 := @13 @2684 @2464
+@2688 := @615 @2655 @614
+@2693 := {ts : @666} -> (h : @2686) -> (hs : @773) -> @663 @2688 @2677
+@2694 := @2683 @626
+@2696 := @615 @2669 @614
+@2697 := @663 @2696
+@2698 := @2676 @626
+@2701 := (h : @2598) -> (hs : @665) -> @2697 @2698
+@2702 := @2694 @2596
+@2704 := @615 @2684 @614
+@2706 := @663 @2704 @2698
+@2707 := (hs : @665) -> @2706
+@2708 := @2702 @662
+@2710 := @663 @2600 @2698
+@2711 := @728 @2372
+@2712 := @2371 @70
+@2714 := @13 @2712 @69
+@2715 := @2371 @67
+@2716 := @615 @2715
+@2724 := {t : @118} ->
+  {vs : @224} -> {ts : @666} -> (h : @2714) -> (hs : @732) -> @663 (@2716 @73) @681
+@2725 := @2711 @2373
+@2726 := @2371 @71
+@2728 := @13 @2726 @2373
+@2729 := @2371 @68
+@2730 := @615 @2729
+@2732 := @663 (@2730 @73)
+@2733 := @627 @2373
+@2734 := @2733 @69
+@2739 := {vs : @224} -> {ts : @666} -> (h : @2728) -> (hs : @732) -> @2732 @2734
+@2740 := @2725 @2600
+@2741 := @2371 @73
+@2743 := @13 @2741 @2373
+@2744 := @2697 @72
+@2746 := @615 @2712 @2688
+@2751 := {ts : @666} -> (h : @2743) -> (hs : @2744) -> @663 @2746 @2734
+@2752 := @2740 @2698
+@2754 := @615 @2726 @2696
+@2755 := @663 @2754
+@2756 := @2733 @2698
+@2759 := (h : @2447) -> (hs : @2706) -> @2755 @2756
+@2760 := @2752 @2445
+@2762 := @615 @2741 @2704
+@2764 := @663 @2762 @2756
+@2765 := (hs : @2710) -> @2764
+@2766 := @2760 @2708
+@2768 := @663 @2602 @2756
+@2769 := @728 @2365
+@2770 := @2171 @68
+@2772 := @13 @2770 @69
+@2773 := @2171 @282
+@2774 := @615 @2773
+@2782 := {t : @118} ->
+  {vs : @224} -> {ts : @666} -> (h : @2772) -> (hs : @732) -> @663 (@2774 @73) @681
+@2783 := @2769 @2173
+@2784 := @2171 @70
+@2786 := @13 @2784 @2173
+@2787 := @2171 @67
+@2788 := @615 @2787
+@2790 := @663 (@2788 @73)
+@2791 := @627 @2173
+@2792 := @2791 @69
+@2797 := {vs : @224} -> {ts : @666} -> (h : @2786) -> (hs : @732) -> @2790 @2792
+@2798 := @2783 @2602
+@2799 := @2171 @71
+@2801 := @13 @2799 @2173
+@2802 := @2755 @72
+@2804 := @615 @2770 @2746
+@2809 := {ts : @666} -> (h : @2801) -> (hs : @2802) -> @663 @2804 @2792
+@2810 := @2798 @2756
+@2812 := @13 @2365 @2173
+@2814 := @615 @2784 @2754
+@2815 := @663 @2814
+@2816 := @2791 @2756
+@2819 := (h : @2812) -> (hs : @2764) -> @2815 @2816
+@2820 := @2810 @2367
+@2822 := @615 @2799 @2762
+@2824 := @663 @2822 @2816
+@2825 := (hs : @2768) -> @2824
+@2826 := @2820 @2766
+@2828 := @663 @2604 @2816
+@2829 := @728 @1585
+@2831 := @13 @1575 @69
+@2832 := @5 @370
+@2833 := @615 @2832
+@2841 := {t : @118} ->
+  {vs : @224} -> {ts : @666} -> (h : @2831) -> (hs : @732) -> @663 (@2833 @73) @681
+@2842 := @2829 @10
+@2844 := @13 @1591 @10
+@2845 := @5 @282
+@2846 := @615 @2845
+@2848 := @663 (@2846 @73)
+@2849 := @627 @10
+@2850 := @2849 @69
+@2855 := {vs : @224} -> {ts : @666} -> (h : @2844) -> (hs : @732) -> @2848 @2850
+@2856 := @2842 @2604
+@2857 := @1573 @10
+@2858 := @2815 @72
+@2859 := @1576 @2804
+@2860 := @663 @2859
+@2864 := {ts : @666} -> (h : @2857) -> (hs : @2858) -> @2860 @2850
+@2865 := @2856 @2816
+@2866 := @1586 @10
+@2867 := @1592 @2814
+@2868 := @663 @2867
+@2869 := @2849 @2816
+@2872 := (h : @2866) -> (hs : @2824) -> @2868 @2869
+@2873 := @2865 @2364
+@2874 := @1603 @2822
+@2875 := @663 @2874
+@2877 := (hs : @2828) -> @2875 @2869
+@2878 := @2873 @2826
+@2879 := @663 @2605
+@2880 := @2879 @2869
+@2881 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denoteEntry
+@2885 := @2881 @71 @73 @69 @72
+@2886 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryFits
+@2890 := @2886 @71 @73 @69 @72
+@2895 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entryValue @71 @73 @69 @72
+@2900 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entry @71 @73 @69 @72
+@2901 := Ne.{1}
+@2902 := LexLeanPreservation.Obs
+@2903 := @2901 @2902
+@2904 := LexLeanPreservation.Rel
+@2907 := @2903 (@2904 @72 @4)
+@2908 := LexLeanPreservation.Obs.stuck
+@2911 := (f : @2448) -> (v : @116) -> @2907 @2908
+@2913 := LexLeanPreservation.Rust.rel_ne_stuck @2890
+@2922 := (v : @116) -> @2903 (@2904 (@2886 @70 @71 @73 @69) @4) @2908
+@2923 := @2913 @2895
+@2927 := @2903 (@2904 @2890 @2895) @2908
+@2928 := @17 @2606
+@2929 := LexLeanPreservation.Rust.FunSem
+@2935 := (n : @37) -> @2929 @370 @282 @67 @4 @68
+@2936 := @28 @2630
+@2937 := @1028 @2936
+@2944 := LexLeanRuntime.index (@17 @2630) @2630 (LexLeanRuntime.instIndexableList @2630)
+@2948 := @2937 (@2944 (@2631 @370) @68)
+@2949 := @1036 @2630
+@2950 := @2949 @70
+@2951 := @2948 @2950
+@2955 := @638 @378 @370 @282 @70
+@2956 := LexLeanTarget.TargetSyntax.Function.types
+@2957 := @2956 @68
+@2958 := @2955 @2957
+@2959 := @28 @2928
+@2960 := @1028 @2959
+@2961 := LexLeanTarget.TargetSemantics.bindAll
+@2962 := LexLeanTarget.TargetSyntax.Function.parameters
+@2967 := @2960 (@2961 (@2962 @67) @68 @2619)
+@2968 := @1036 @2928
+@2969 := @2968 @70
+@2970 := @2967 @2969
+@2971 := @28 @2448
+@2972 := @1028 @2971
+@2973 := LexLeanPreservation.Rust.fnFallible
+@2976 := @2972 (@2973 @387 @370)
+@2977 := @1036 @2448
+@2978 := @2977 @70
+@2979 := @2976 @2978
+@2980 := LexLeanPreservation.RunConv
+@2981 := #13
+@2985 := @2980 @2981 @378 @282 @70
+@2987 := @2903 @68 @2908
+@2988 := Exists.{1}
+@2989 := LexLeanPreservation.Rust.ROut
+@2990 := @2988 @2989
+@2991 := And
+@2992 := LexLeanPreservation.Rust.RealizesFn
+@2996 := @2991 (@2992 @370 @282 @4)
+@2997 := LexLeanPreservation.Rust.RCI
+@2998 := #15
+@2999 := @2997 @2998
+@3000 := LexLeanPreservation.Rust.fnIdent
+@3001 := @3000 @2981
+@3008 := (hne : @2987) -> @2990 (fun (ro : @2989) => @2996 (@2999 @3001 @387 @4))
+@3023 := {p : @81} ->
+  {c : @82} ->
+  {A : @83} ->
+  {f : @37} ->
+  {fn : @2630} ->
+  {args : @224} ->
+  {env : @2928} ->
+  {F : @2448} ->
+  {o : @2902} ->
+  (hB : @2935) ->
+  (hfn : @2951) -> (hwt : @2958) -> (hbind : @2970) -> (hF : @2979) -> (hA : @2985) -> @3008
+@3025 := LexLeanPreservation.Rust.compose @0
+@3026 := @2929 @0
+@3031 := (n : @37) -> @3026 @282 @67 @4 @68
+@3032 := @2944 @2632
+@3035 := @2937 (@3032 @68) @2950
+@3039 := @649 @370 @282 @70 @2957
+@3040 := @2980 @0
+@3043 := @3040 @378 @282 @70
+@3057 := {c : @82} ->
+  {A : @83} ->
+  {f : @37} ->
+  {fn : @2630} ->
+  {args : @224} ->
+  {env : @2928} ->
+  {F : @2448} ->
+  {o : @2902} ->
+  (hB : @3031) ->
+  (hfn : @3035) -> (hwt : @3039) -> (hbind : @2970) -> (hF : @2979) -> (hA : @3043) -> @3008
+@3058 := @3025 @1
+@3059 := @3026 @1
+@3063 := (n : @37) -> @3059 @67 @4 @68
+@3066 := @657 @282 @70 @2957
+@3067 := @2973 @1
+@3070 := @2972 (@3067 @370) @2978
+@3071 := @2997 @1
+@3081 := (hbind : @2970) ->
+  (hF : @3070) ->
+  (hA : @3043) -> (hne : @2987) -> @2990 (fun (ro : @2989) => @2996 (@3071 @3001 @387 @4))
+@3091 := {A : @83} ->
+  {f : @37} ->
+  {fn : @2630} ->
+  {args : @224} ->
+  {env : @2928} ->
+  {F : @2448} -> {o : @2902} -> (hB : @3063) -> (hfn : @3035) -> (hwt : @3066) -> @3081
+@3092 := @3058 @2
+@3094 := @3059 @2 @4
+@3096 := (n : @37) -> @3094 @68
+@3097 := @663 @70
+@3098 := @3097 @2957
+@3107 := {f : @37} ->
+  {fn : @2630} ->
+  {args : @224} ->
+  {env : @2928} ->
+  {F : @2448} -> {o : @2902} -> (hB : @3096) -> (hfn : @3035) -> (hwt : @3098) -> @3081
+@3108 := @3092 @2633
+@3110 := (n : @37) -> @3094 @2633
+@3111 := @3032 @2633
+@3112 := @2937 @3111
+@3113 := @3112 @2950
+@3114 := @3067 @2633
+@3115 := @2972 @3114
+@3116 := @3115 @2978
+@3117 := @3040 @2633
+@3119 := @3117 @282 @70
+@3121 := @3071 (@3000 @2633)
+@3129 := (hF : @3116) ->
+  (hA : @3119) -> (hne : @2987) -> @2990 (fun (ro : @2989) => @2996 (@3121 @387 @4))
+@3138 := {fn : @2630} ->
+  {args : @224} ->
+  {env : @2928} ->
+  {F : @2448} ->
+  {o : @2902} -> (hB : @3110) -> (hfn : @3113) -> (hwt : @3098) -> (hbind : @2970) -> @3129
+@3139 := @3108 @2649
+@3141 := @3112 (@2949 @2649)
+@3142 := @2956 @2649
+@3143 := @3097 @3142
+@3145 := @2961 (@2962 @2649)
+@3157 := {args : @224} ->
+  {env : @2928} ->
+  {F : @2448} ->
+  {o : @2902} ->
+  (hB : @3110) -> (hfn : @3141) -> (hwt : @3143) -> (hbind : @2960 (@3145 @68 @2619) @2969) -> @3129
+@3158 := @3139 @2605
+@3162 := @2833 (@2774 (@2716 (@2659 @614)))
+@3164 := @663 @3162 @3142
+@3176 := @615 (@5 @378) (@615 (@2171 @370) (@615 (@2371 @282) (@615 (@2459 @67) @614)))
+@3180 := @2960 (@3145 @3176 @2619) @2969
+@3192 := @615 (@5 @975) (@615 (@2171 @387) (@615 (@2371 @378) (@615 (@2459 @370) @614)))
+@3194 := @3117 @3192 @70
+@3196 := @615 (@5 @2998)
+@3197 := #14
+@3222 := {env : @2928} ->
+  {F : @2448} ->
+  {o : @2902} ->
+  (hB : @3110) ->
+  (hfn : @3141) ->
+  (hwt : @3164) ->
+  (hbind : @3180) ->
+  (hF : @3116) ->
+  (hA : @3194) ->
+  (hne : @2987) ->
+  @2990
+    (fun (ro : @2989) =>
+    @2996 (@3121 (@3196 (@615 (@2171 @3197) (@615 (@2371 @2981) (@615 (@2459 @975) @614)))) @4))
+@3223 := @3158 @2628
+@3227 := @2846 (@2788 (@2730 (@2673 @614)))
+@3229 := @663 @3227 @3142
+@3246 := @2960
+    (@3145 @3162 @2619)
+    (@2968
+      (@2620 (@2611 @2658) (@2620 (@2613 @2715) (@2620 (@2615 @2773) (@2620 (@2617 @2832) @2619)))))
+@3258 := @615 (@5 @387) (@615 (@2171 @378) (@615 (@2371 @370) (@615 (@2459 @282) @614)))
+@3286 := {F : @2448} ->
+  {o : @2902} ->
+  (hB : @3110) ->
+  (hfn : @3141) ->
+  (hwt : @3229) ->
+  (hbind : @3246) ->
+  (hF : @3116) ->
+  (hA : @3117 @3258 @70) ->
+  (hne : @2987) ->
+  @2990
+    (fun (ro : @2989) =>
+    @2996
+      (@3121
+        (@615 (@5 @3197) (@615 (@2171 @2981) (@615 (@2371 @975) (@615 (@2459 @387) @614))))
+        @4))
+@3287 := @3223 @2629
+@3288 := @2860 @3142
+@3305 := @2960
+    (@3145 @3227 @2619)
+    (@2968
+      (@2620 (@2611 @2672) (@2620 (@2613 @2729) (@2620 (@2615 @2787) (@2620 (@2617 @2845) @2619)))))
+@3307 := @3115 (@2977 @2629)
+@3309 := @3117 @3176 @70
+@3310 := @2992 @2629
+@3338 := {o : @2902} ->
+  (hB : @3110) ->
+  (hfn : @3141) ->
+  (hwt : @3288) ->
+  (hbind : @3305) ->
+  (hF : @3307) ->
+  (hA : @3309) ->
+  (hne : @2987) ->
+  @2990
+    (fun (ro : @2989) =>
+    @2991
+      (@3310 @282 @4)
+      (@3121 (@615 (@5 @2981) (@615 (@2171 @975) (@615 (@2371 @387) (@615 (@2459 @378) @614)))) @4))
+@3339 := @3287 @2885
+@3340 := @2868 @3142
+@3357 := @2960
+    (@3145 @2859 @2619)
+    (@2968
+      (@2620 (@2611 @2655) (@2620 (@2613 @2712) (@2620 (@2615 @2770) (@2620 (@2617 @1575) @2619)))))
+@3358 := @3117 @3162
+@3362 := @2881 @370 @282 @67 @68
+@3363 := @3358 @3362
+@3367 := @2881 @378 @370 @282 @67
+@3388 := (hB : @3110) ->
+  (hfn : @3141) ->
+  (hwt : @3340) ->
+  (hbind : @3357) ->
+  (hF : @3307) ->
+  (hA : @3363) ->
+  (hne : @2903 @3367 @2908) ->
+  @2990 (fun (ro : @2989) => @2991 (@3310 (@2881 @975 @387 @378 @370) @4) (@3121 @3192 @4))
+@3389 := @3339 @2653
+@3390 := @2875 @3142
+@3407 := @2960
+    (@3145 @2867 @2619)
+    (@2968
+      (@2620 (@2611 @2669) (@2620 (@2613 @2726) (@2620 (@2615 @2784) (@2620 (@2617 @1591) @2619)))))
+@3408 := @3117 @3227
+@3412 := @2881 @282 @67 @68 @70
+@3433 := (hfn : @3141) ->
+  (hwt : @3390) ->
+  (hbind : @3407) ->
+  (hF : @3307) ->
+  (hA : @3408 @3412) ->
+  (hne : @2903 @3362 @2908) ->
+  @2990 (fun (ro : @2989) => @2991 (@3310 (@2881 @387 @378 @370 @282) @4) (@3121 @3258 @4))
+@3436 := @3389 (@1136 @2936 @3111)
+@3437 := @2879 @3142
+@3454 := @2960
+    (@3145 @2874 @2619)
+    (@2968
+      (@2620 (@2611 @2684) (@2620 (@2613 @2741) (@2620 (@2615 @2799) (@2620 (@2617 @1572) @2619)))))
+@3455 := @3117 @2859
+@3459 := @2881 @67 @68 @70 @71
+@3475 := (hwt : @3437) ->
+  (hbind : @3454) ->
+  (hF : @3307) ->
+  (hA : @3455 @3459) ->
+  (hne : @2903 @3412 @2908) -> @2990 (fun (ro : @2989) => @2991 (@3310 @3367 @4) (@3121 @3176 @4))
+@3476 := @3436 @2878
+@3478 := @3145 @2605 @2619
+@3481 := @2960 @3478 (@2968 @2628)
+@3482 := @3117 @2867
+@3486 := @2881 @68 @70 @71 @73
+@3501 := (hbind : @3481) ->
+  (hF : @3307) ->
+  (hA : @3482 @3486) ->
+  (hne : @2903 @3459 @2908) -> @2990 (fun (ro : @2989) => @2991 (@3310 @3362 @4) (@3121 @3162 @4))
+@3504 := @3476 (@1136 @2959 @3478)
+@3505 := @3117 @2874
+@3509 := @2881 @70 @71 @73 @69
+@3523 := (hF : @3307) ->
+  (hA : @3505 @3509) ->
+  (hne : @2903 @3486 @2908) -> @2990 (fun (ro : @2989) => @2991 (@3310 @3412 @4) (@3121 @3227 @4))
+@3526 := @3504 (@1136 @2971 @3114)
+@3528 := @3117 @2605 @2885
+@3530 := @2903 @3509 @2908
+@3531 := @3310 @3459
+@3533 := @2991 (@3531 @4)
+@3534 := @3121 @2859
+@3535 := @3534 @4
+@3540 := (hA : @3528) -> (hne : @3530) -> @2990 (fun (ro : @2989) => @3533 @3535)
+@3541 := @3526 @2900
+@3543 := @2903 @2885 @2908
+@3544 := @3310 @3486
+@3546 := @2991 (@3544 @4)
+@3547 := @3121 @2867
+@3552 := (hne : @3543) -> @2990 (fun (ro : @2989) => @3546 (@3547 @4))
+@3553 := @3541 @2923
+@3556 := @2991 (@3310 @3509 @4)
+@3558 := @3121 @2874 @4
+@3559 := @3556 @3558
+@3561 := @2990 (fun (ro : @2989) => @3559)
+@3562 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.accepts
+@3566 := @3562 @71 @73 @69 @72
+@3567 := LexLeanPreservation.someObs
+@3568 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.denote
+@3573 := @3567 (@3568 @71 @73 @69 @72)
+@3575 := LexLeanPreservation.Obs.value @1632
+@3576 := Not
+@3577 := @3576 @3566
+@3581 := @3562 @70 @71 @73 @69
+@3586 := @3567 (@3568 @70 @71 @73 @69)
+@3587 := @3576 @3581
+@3595 := @3581 -> @3310 (@3567 (@3568 @68 @70 @71 @73)) @72
+@3596 := @3310 @3575
+@3597 := @3596 @72
+@3598 := @3587 -> @3597
+@3600 := @2991 @3595 @3598
+@3604 := @2990 (fun (__e_ro : @2989) => @2991 @3558 @3600)
+@3605 := fun (__e_ro : @2989) => @3559
+@3606 := @3544 @72
+@3607 := @3547 @72
+@3608 := And.left
+@3609 := And.right
+@3612 := @3608 @3606 @3607 @4
+@3615 := @3609 @3606 @3607 @4
+@3616 := @3310 @4
+@3618 := fun (__e_o : @2902) => @3616 @69
+@3619 := Eq.subst.{1}
+@3623 := @3562 @68 @70 @71 @73
+@3624 := @3576 @3623
+@3630 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entry_accepts @67 @68 @70 @71 @4
+@3635 := @3567 (@3568 @67 @68 @70 @71)
+@3640 := @3608 (@3531 @69) (@3534 @69) @72
+@3642 := fun (__e_o : @2902) => @3616 @73
+@3645 := @3619 @2902 @3642 @3459
+@3649 := fun (__e_h : @3623) => @3645 @3635 @3630 @3640
+@3655 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.entry_refuses @67 @68 @70 @71 @4
+@3659 := fun (__e_h : @3624) => @3645 @3575 @3655 @3640
+@3660 := And.intro
+@3663 := @3623 -> @3310 @3635 @69
+@3665 := @3624 -> @3596 @69
+@3667 := @2991 @3663 @3665
+@3671 := @3660 @3663 @3665 @3649 @3659
+@3675 := @3660 @3607 @3667 @3615 @3671
+@3676 := Exists.intro.{1}
+@3677 := @2991 @3535
+@3681 := @3562 @67 @68 @70 @71
+@3695 := fun (__e_ro : @2989) =>
+  @3677 (@2991 (@3681 -> @3310 (@3567 (@3568 @282 @67 @68 @70)) @72) (@3576 @3681 -> @3597))
+@3699 := @3676 @2989 @3695 @72 @3675
+@3701 := @2991 @3606 @3607
+@3703 := fun (__e_ro : @2989) => fun (__e_hand : @3559) => @3699
+@3709 := Exists.elim.{1} @2989 @3605 @3604 @3553 @3703
+@3710 := LexLeanPreservation.Rust.RepresentableL
+@3711 := @2171 @69
+@3712 := @2371 @72
+@3714 := @615 @2584 @614
+@3716 := @615 @3712 @3714
+@3720 := @3710 (@1618 (@615 @3711 @3716))
+@3721 := (__e_hrep : @3720) -> @3604
+@3722 := fun (__e_hrep : @3720) => @3709
+@3723 := (spare : @2451) -> @3721
+@3724 := fun (spare : @2451) => @3722
+@3725 := (picks : @2368) -> @3723
+@3726 := fun (picks : @2368) => @3724
+@3727 := (ledger : @2170) -> @3725
+@3728 := fun (ledger : @2170) => @3726
+@3729 := (g : @3) -> @3727
+@3730 := fun (g : @3) => @3728
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/RustStd.lean
new file mode 100644
index 000000000..0b6dfd385
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/RustStd.lean
@@ -0,0 +1,180 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[(.list .nat), (.list (.adt 0)), (.list (.pair .string .int)), (.option (.adt 0)), (.list (.pair .nat (.adt 0)))], [(.list (.pair .nat .int))], [(.result (.adt 0) .nat)]] },
+    { constructors := [[(.list (.pair .string .int)), .string]] }], functions := [
+    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))),
+      body := (.build .pair (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))) [(.call 1 [(.var 0)]), (.build .pair (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))) [(.var 1), (.build .pair (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))) [(.var 2), (.var 3)])])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.prim .length [(.var 1)])), (.arm (.adt 1) [6] (.prim .length [(.var 6)])), (.arm (.adt 2) [7] (.value .nat (.nat 0)))]) },
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.cond (.call 3 [(.var 1)]) (.cond (.call 4 [(.var 2)]) (.cond (.call 5 [(.var 3)]) (.cond (.call 7 [(.var 4)]) (.cond (.call 8 [(.var 5)]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))), (.arm (.adt 1) [6] (.cond (.call 11 [(.var 6)]) (.build .true .bool []) (.build .false .bool []))), (.arm (.adt 2) [7] (.cond (.call 12 [(.var 7)]) (.build .true .bool []) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0], types := [(.list (.adt 0))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 2 [(.var 1)]) (.call 4 [(.var 2)]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair .string .int))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.int], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.option (.adt 0))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 2 [(.var 1)]))]) },
+    { parameters := [0], types := [(.list (.pair .nat (.adt 0)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.var 1)]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.pair .nat (.adt 0))], result := .bool,
+      body := (.cond (.call 10 [(.first (.var 0))]) (.call 2 [(.second (.var 0))]) (.build .false .bool [])) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.list (.pair .nat .int))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.result (.adt 0) .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .ok [1] (.call 2 [(.var 1)])), (.arm .error [2] (.call 10 [(.var 2)]))]) },
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2] (.cond (.call 5 [(.var 1)]) (.build .true .bool []) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.option (.list .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 3 [(.var 1)]))]) },
+    { parameters := [0], types := [(.list (.list (.pair .nat .bool)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 16 [(.var 1)]) (.call 15 [(.var 2)]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair .nat .bool))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 17 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 16 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.bool], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))),
+      body := (.cond (.call 2 [(.var 0)]) (.cond (.call 13 [(.var 1)]) (.cond (.call 14 [(.var 2)]) (.cond (.call 15 [(.var 3)]) (.build .some (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3)])]) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [(.list .nat), (.list (.adt 0)), (.list (.pair .str .int)), (.rc (.option (.adt 0))), (.list (.pair .nat (.adt 0)))] }, { number := 1, fields := [(.list (.pair .nat .int))] }, { number := 2, fields := [(.rc (.result (.adt 0) .nat))] }]),
+    (.enum (.adt 1) [{ number := 0, fields := [(.list (.pair .str .int)), .str] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 2)), type := (.option (.list .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.list (.list (.pair .nat .bool))) }] (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))) (.mk [] (.pair (.call (.function 1) [(.move (.generated .binding 0))] false) (.pair (.move (.generated .binding 1)) (.pair (.move (.generated .binding 2)) (.move (.generated .binding 3))))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .nat (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), .wild, .wild, .wild, .wild]) (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 2))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false))), (.mk (.adt 0 2 [.wild]) (.mk [] (.lit (.nat 0))))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 4)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), (.bind (.generated .binding 2)), (.bind (.generated .binding 3)), (.bind (.generated .boxed 5)), (.bind (.generated .binding 5))]) (.mk [(.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 5)))] (.cond (.call (.function 3) [(.move (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 6))] false))), (.mk (.adt 0 2 [(.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 7)) none (.unbox (.generated .boxed 6)))] (.call (.function 12) [(.move (.generated .binding 7))] false)))]))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 0)) }] .bool (.mk [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 2) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 4) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .int)) }] .bool (.mk [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 6) [{ pattern := .wild, type := .int }] .bool (.mk [] (.lit (.bool true)))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.option (.adt 0)) }] .bool (.mk [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false)))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.adt 0))) }] .bool (.mk [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat (.adt 0)) }] .bool (.mk [] (.cond (.call (.function 10) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 23))))] false) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))] (.move (.generated .part 24))))] false)) (.mk [] (.lit (.bool false)))))),
+    (.function (.generated .function 10) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .int)) }] .bool (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false) (.mk [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.adt 0) .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 33)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 33)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 2))] false)))]))),
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 34)) [(.mk (.adt 1 0 [(.bind (.generated .binding 1)), .wild]) (.mk [] (.call (.function 5) [(.move (.generated .binding 1))] false)))]))),
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.option (.list .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 35)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 35)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 3) [(.move (.generated .binding 1))] false)))]))),
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.list (.pair .nat .bool))) }] .bool (.mk [(.mk (.bind (.generated .holder 36)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 16) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 15) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .bool)) }] .bool (.mk [(.mk (.bind (.generated .holder 37)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 37)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 17) [{ pattern := .wild, type := .bool }] .bool (.mk [] (.lit (.bool true)))),
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 2)), type := (.option (.list .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.list (.list (.pair .nat .bool))) }] (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) (.mk [] (.cond (.call (.function 2) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.move (.generated .binding 0))] false) (.pair (.move (.generated .binding 1)) (.pair (.move (.generated .binding 2)) (.move (.generated .binding 3))))), [(3, (.list (.list (.pair .nat .bool))), (some 3)), (2, (.option (.list .nat)), (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), .wild, .wild, .wild, .wild]) (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 2))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false))), (.mk (.adt 0 2 [.wild]) (.mk [] (.lit (.nat 0))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(5, (.list (.pair .nat (.adt 0))), none), (4, (.option (.adt 0)), none), (3, (.list (.pair .string .int)), none), (2, (.list (.adt 0)), none), (1, (.list .nat), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 2))] false)) (Corr.mCons (Γ' := [(6, (.list (.pair .nat .int)), (some 6)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 6)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false)) (Corr.mCons (Γ' := [(7, (.result (.adt 0) .nat), none), (0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.prim (ts := [(.list (.pair .nat .int))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 4)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), (.bind (.generated .binding 2)), (.bind (.generated .binding 3)), (.bind (.generated .boxed 5)), (.bind (.generated .binding 5))]) (.mk [(.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 5)))] (.cond (.call (.function 3) [(.move (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 6))] false))), (.mk (.adt 0 2 [(.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 7)) none (.unbox (.generated .boxed 6)))] (.call (.function 12) [(.move (.generated .binding 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(5, (.list (.pair .nat (.adt 0))), (some 5)), (4, (.option (.adt 0)), (some 4)), (3, (.list (.pair .string .int)), (some 3)), (2, (.list (.adt 0)), (some 2)), (1, (.list .nat), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := [(.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 5)))]) (lets := []) (tail := (.cond (.call (.function 3) [(.move (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (Corr.mCons (Γ' := [(6, (.list (.pair .nat .int)), (some 6)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.move (.generated .binding 6))] false)) (Corr.mCons (Γ' := [(7, (.result (.adt 0) .nat), (some 7)), (0, (.adt 0), (some 0))]) (j := 2) (loads := [(.mk (.bind (.generated .binding 7)) none (.unbox (.generated .boxed 6)))]) (lets := []) (tail := (.call (.function 12) [(.move (.generated .binding 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 12) [(.move (.generated .binding 7))] false)) (lk := []) (Corr.callOps (ts := [(.result (.adt 0) .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.move (.generated .binding 6))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 3) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 4) [(.move (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 5) [(.move (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.move (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [(.option (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 5))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.move (.generated .binding 5))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat (.adt 0)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (ce := (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 3) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 2) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 4) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.adt 0)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 0))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.adt 0)), (some 2)), (1, (.adt 0), (some 1)), (0, (.list (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 2) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 4) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 2) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 4) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .string .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false)) (lk := []) (Corr.callOps (ts := [.int]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.second (ta := .string) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .string .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))]) (ce := (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 16))) (Corr.first (ta := .string) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 17))) (Corr.first (ta := .string) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 5) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .string .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .int, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false)))]), [(0, (.option (.adt 0)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.option (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.option (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat (.adt 0))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat (.adt 0)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat (.adt 0))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat (.adt 0))), (some 2)), (1, (.pair .nat (.adt 0)), (some 1)), (0, (.list (.pair .nat (.adt 0))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat (.adt 0)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 10) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 23))))] false) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))] (.move (.generated .part 24))))] false)) (.mk [] (.lit (.bool false)))), [(0, (.pair .nat (.adt 0)), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 10) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 23))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 23))) (Corr.first (ta := .nat) (tb := (.adt 0)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 2) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))] (.move (.generated .part 24))))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .nat) (tb := (.adt 0)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false) (.mk [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat .int)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false) (.mk [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false)) (lk := []) (Corr.callOps (ts := [.int]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 26))) (Corr.second (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))]) (ce := (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 28))) (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 29))) (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 11) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 33)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 33)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 2))] false)))]), [(0, (.result (.adt 0) .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.adt 0) .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.result (.adt 0) .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 1))] false)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (0, (.result (.adt 0) .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 34)) [(.mk (.adt 1 0 [(.bind (.generated .binding 1)), .wild]) (.mk [] (.call (.function 5) [(.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .string, none), (1, (.list (.pair .string .int)), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 5) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 35)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 35)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 3) [(.move (.generated .binding 1))] false)))]), [(0, (.option (.list .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.option (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.option (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 36)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 16) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 15) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.list (.pair .nat .bool))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.list (.pair .nat .bool)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.list (.pair .nat .bool))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.list (.pair .nat .bool))), (some 2)), (1, (.list (.pair .nat .bool)), (some 1)), (0, (.list (.list (.pair .nat .bool))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 16) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 15) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 16) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 15) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.list (.pair .nat .bool)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 37)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 37)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat .bool)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false)) (lk := []) (Corr.callOps (ts := [.bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 38))) (Corr.second (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))]) (ce := (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 40))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 41))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 16) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .bool, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 2) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) []))), [(3, (.list (.list (.pair .nat .bool))), (some 3)), (2, (.option (.list .nat)), (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 2) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 13) [(.clone (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.option (.list .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list (.list (.pair .nat .bool)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.build (ts := [(.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | _ + 19 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1.lean
new file mode 100644
index 000000000..3b3784ecb
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1.lean
@@ -0,0 +1,114 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))),
+      body := (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))) [(.call 1 [(.var 0), (.var 1), (.var 2)]), (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))) [(.call 2 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))) [(.call 3 [(.var 0), (.var 1)]), (.build .pair (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))) [(.call 6 [(.var 0)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))) [(.call 7 [(.var 0)]), (.build .pair (.pair .nat (.list (.pair .string .nat))) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.list (.pair .string .nat)),
+      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.build .nil (.list (.pair .string .nat)) [])])), (.arm .cons [3, 4] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 3))]) [(.arm .lt [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 0)])), (.arm .eq [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 4)])), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 3), (.call 1 [(.var 4), (.var 1), (.var 2)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.list (.pair .string .nat)),
+      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .nil (.list (.pair .string .nat)) [])), (.arm .cons [2, 3] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := .bool,
+      body := (.«match» .bool (.call 5 [(.var 0), (.var 1)]) [(.arm .none [] (.build .false .bool [])), (.arm .some [2] (.build .true .bool []))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [1, 2] (.build .cons (.list .string) [(.first (.var 1)), (.call 6 [(.var 2)])]))]) },
+    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [1, 2] (.build .cons (.list .nat) [(.second (.var 1)), (.call 7 [(.var 2)])]))]) },
+    { parameters := [0], types := [(.list (.pair .string .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))),
+      body := (.cond (.call 8 [(.var 0)]) (.build .some (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [])) }] }
+
+def __fits_0 (m : (List (Prod String Nat))) (k : String) (v : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && Bool.true) && Bool.true) && (((((Bool.true && Bool.true) && Bool.true) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.mapSize (m) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_0 (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.string k), (_root_.LexLeanTarget.TargetSyntax.Value.nat v)] (_root_.LexLeanPreservation.Rel (__fits_0 m k v) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_mapInsert (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.insertEntry (fun _ _ => rfl) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.insertEntry, __h]) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.insertEntry, __h]) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.insertEntry, __h]) (p := __prog) (fi := 1) (tk := .string) (tw := .nat) rfl (m) (k) (v))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapRemove (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.removeEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.removeEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.removeEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.removeEntry, __h]) (p := __prog) (fi := 2) (tk := .string) (tw := .nat) rfl (m) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 3) (tk := .string) (tw := .nat) rfl (m) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapContains (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 4) (tk := .string) (tw := .nat) rfl rfl (m) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_mapKeys (ek := _root_.LexLeanTarget.TargetSyntax.Value.string) (ev := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.string) (fun _ => rfl) (p := __prog) (fi := 6) (tk := .string) (tw := .nat) rfl (m))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_mapValues (ek := _root_.LexLeanTarget.TargetSyntax.Value.string) (ev := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (p := __prog) (fi := 7) (tk := .string) (tw := .nat) rfl (m))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def denote (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 m k v) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.string k), (_root_.LexLeanTarget.TargetSyntax.Value.nat v)] (_root_.LexLeanPreservation.Rel (__fits_0 m k v) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 m k v)
+
+def __valid_9 : Nat -> Bool :=
+  fun _ => Bool.true
+
+def __inv_9 : Nat -> Prop :=
+  fun _ => _root_.True
+
+theorem __viff_9 : ∀ (__v : Nat), __valid_9 __v = Bool.true ↔ __inv_9 __v :=
+  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
+
+theorem __vrel_9 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_9 __v))) :=
+  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
+
+def __valid_8 : (List (Prod String Nat)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_9
+
+def __inv_8 : (List (Prod String Nat)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __inv_9
+
+theorem __viff_8 : ∀ (__v : (List (Prod String Nat))), __valid_8 __v = Bool.true ↔ __inv_8 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_9 __inv_9 __viff_9
+
+theorem __vrel_8 : ∀ (__v : (List (Prod String Nat))), _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_8 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
+
+def entryFits (m : (List (Prod String Nat))) (k : String) (v : Nat) : Bool :=
+  (if __valid_8 m then __fits_0 m k v else Bool.true)
+
+def entryValue (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_8 m then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryFits m k v) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryValue m k v)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (m : (List (Prod String Nat))) (k : String) (v : Nat) : Prop :=
+  (__inv_8 m ∧ _root_.True)
+
+theorem entry (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.RunConv __prog 10 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.string k), (_root_.LexLeanTarget.TargetSyntax.Value.nat v)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denoteEntry m k v) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 m k v else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_8 m) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 m)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_0 m k v)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryFits]))
+
+theorem entry_accepts (m : (List (Prod String Nat))) (k : String) (v : Nat) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.accepts m k v) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denoteEntry m k v = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denote m k v) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denote
+  simp only [_root_.if_true, (__viff_8 m).mpr __h.1]
+  cases __fits_0 m k v <;> rfl
+
+theorem entry_refuses (m : (List (Prod String Nat))) (k : String) (v : Nat) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.accepts m k v) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denoteEntry m k v = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryValue
+  cases __c0 : __valid_8 m
+  · simp
+  · exact _root_.absurd ⟨(__viff_8 m).mp __c0, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..9f15cd712
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/Compose/RustStd.lex.tex
@@ -0,0 +1,728 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.root : @1520 := @1521 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.flags
+@3 := String
+@4 := Nat
+@5 := Prod.{0, 0}
+@6 := @5 @3
+@7 := @6 @4
+@8 := List.{0}
+@9 := @8 @7
+@10 := #3
+@11 := LexLeanTarget.TargetSyntax.Value.string
+@12 := LexLeanTarget.TargetSyntax.Value.nat
+@13 := LexLeanPreservation.encPair
+@14 := @13 @3
+@15 := @14 @4
+@16 := @15 @11
+@17 := @16 @12
+@18 := LexLeanPreservation.encList
+@19 := @18 @7
+@20 := @19 @17
+@21 := @20 @10
+@22 := LexLeanTarget.TargetSyntax.Ty.string
+@23 := LexLeanTarget.TargetSyntax.Ty.nat
+@24 := LexLeanTarget.TargetSyntax.Ty.pair
+@25 := @24 @22
+@26 := @25 @23
+@27 := LexLeanTarget.TargetSyntax.Ty.list
+@28 := @27 @26
+@29 := #0
+@30 := LexLeanTarget.TargetSyntax.Program
+@31 := LexLeanPreservation.Rust.RCrate
+@32 := LexLeanPreservation.Rust.Flags
+@33 := LexLeanPreservation.Rust.WT
+@34 := @33 @10
+@35 := #2
+@36 := @34 @35
+@37 := #1
+@38 := @36 @37
+@39 := @11 @29
+@45 := {p : @30} -> {c : @31} -> {A : @32} -> (s : @3) -> @38 @39 @22
+@47 := LexLeanPreservation.Rust.wt_string @0
+@48 := @33 @0
+@50 := @48 @35 @37
+@55 := {c : @31} -> {A : @32} -> (s : @3) -> @50 @39 @22
+@56 := @47 @1
+@57 := @48 @1
+@58 := @57 @37
+@62 := {A : @32} -> (s : @3) -> @58 @39 @22
+@63 := @56 @2
+@64 := @57 @2
+@65 := @64 @39
+@66 := @65 @22
+@67 := (s : @3) -> @66
+@69 := fun (__x : @3) => @63 @29
+@70 := @12 @29
+@76 := {p : @30} -> {c : @31} -> {A : @32} -> (n : @4) -> @38 @70 @23
+@78 := LexLeanPreservation.Rust.wt_nat @0
+@83 := {c : @31} -> {A : @32} -> (n : @4) -> @50 @70 @23
+@84 := @78 @1
+@88 := {A : @32} -> (n : @4) -> @58 @70 @23
+@89 := @84 @2
+@90 := @64 @70
+@91 := @90 @23
+@92 := (n : @4) -> @91
+@94 := fun (__x : @4) => @89 @29
+@95 := Sort 1
+@96 := LexLeanTarget.TargetSyntax.Value
+@97 := (a._@._internal._hyg.#0 : @37) -> @96
+@98 := LexLeanTarget.TargetSyntax.Ty
+@99 := #5
+@100 := #9
+@101 := @33 @100
+@102 := #8
+@103 := @101 @102
+@104 := #7
+@105 := @103 @104
+@106 := #4
+@107 := @106 @29
+@110 := (x : @99) -> @105 @107 @35
+@111 := #10
+@117 := (x : @99) -> @33 @111 @100 @102 @107 @35
+@118 := @5 @104
+@119 := #6
+@120 := @118 @119
+@121 := #11
+@124 := @33 @121 @111 @100
+@129 := @13 @102 @104 @119 @99 @29
+@130 := @124 @129
+@132 := @24 @106 @10
+@145 := {p : @30} ->
+  {c : @31} ->
+  {A : @32} ->
+  {α : @95} ->
+  {β : @95} ->
+  {ea : @97} ->
+  {eb : @97} -> {s : @98} -> {t : @98} -> (ha : @110) -> (hb : @117) -> (x : @120) -> @130 @132
+@147 := LexLeanPreservation.Rust.wt_encPair @0
+@172 := {c : @31} ->
+  {A : @32} ->
+  {α : @95} ->
+  {β : @95} ->
+  {ea : @97} ->
+  {eb : @97} ->
+  {s : @98} ->
+  {t : @98} ->
+  (ha : (x : @99) -> @48 @102 @104 @107 @35) ->
+  (hb : (x : @99) -> @48 @100 @102 @107 @35) -> (x : @120) -> @48 @111 @100 @129 @132
+@173 := @147 @1
+@194 := {A : @32} ->
+  {α : @95} ->
+  {β : @95} ->
+  {ea : @97} ->
+  {eb : @97} ->
+  {s : @98} ->
+  {t : @98} ->
+  (ha : (x : @99) -> @57 @104 @107 @35) ->
+  (hb : (x : @99) -> @57 @102 @107 @35) -> (x : @120) -> @57 @100 @129 @132
+@195 := @173 @2
+@197 := @64 @107 @35
+@198 := (x : @99) -> @197
+@209 := {α : @95} ->
+  {β : @95} ->
+  {ea : @97} ->
+  {eb : @97} -> {s : @98} -> {t : @98} -> (ha : @198) -> (hb : @198) -> (x : @120) -> @64 @129 @132
+@210 := @195 @3
+@211 := (a._@._internal._hyg.#0 : @3) -> @96
+@212 := (x : @3) -> @197
+@227 := {β : @95} ->
+  {ea : @211} ->
+  {eb : @97} ->
+  {s : @98} ->
+  {t : @98} -> (ha : @212) -> (hb : @198) -> (x : @6 @119) -> @64 (@14 @104 @119 @99 @29) @132
+@228 := @210 @4
+@229 := (a._@._internal._hyg.#0 : @4) -> @96
+@230 := (x : @4) -> @197
+@242 := {ea : @211} ->
+  {eb : @229} ->
+  {s : @98} -> {t : @98} -> (ha : @212) -> (hb : @230) -> (x : @7) -> @64 (@15 @119 @99 @29) @132
+@243 := @228 @11
+@245 := (x : @3) -> @65 @35
+@255 := {eb : @229} ->
+  {s : @98} -> {t : @98} -> (ha : @245) -> (hb : @230) -> (x : @7) -> @64 (@16 @99 @29) @132
+@256 := @243 @12
+@258 := (x : @4) -> @90 @35
+@260 := @64 (@17 @29)
+@266 := {s : @98} -> {t : @98} -> (ha : @245) -> (hb : @258) -> (x : @7) -> @260 @132
+@267 := @256 @22
+@268 := (x : @3) -> @66
+@274 := {t : @98} -> (ha : @268) -> (hb : @258) -> (x : @7) -> @260 (@25 @10)
+@275 := @267 @23
+@276 := (x : @4) -> @91
+@278 := (x : @7) -> @260 @26
+@280 := (ha : @268) -> (hb : @276) -> @278
+@284 := fun (__x : @7) => @275 @69 @94 @29
+@285 := (a._@._internal._hyg.#0 : @29) -> @96
+@288 := @33 @119 @99 @106
+@289 := @35 @29
+@292 := (x : @35) -> @288 @289 @37
+@293 := @8 @10
+@296 := @33 @104 @119 @99
+@299 := @18 @106 @10 @29
+@300 := @296 @299
+@301 := @27 @35
+@310 := {p : @30} ->
+  {c : @31} ->
+  {A : @32} -> {α : @95} -> {e : @285} -> {t : @98} -> (h : @292) -> (xs : @293) -> @300 @301
+@312 := LexLeanPreservation.Rust.wt_encList @0
+@314 := @48 @99 @106
+@328 := {c : @31} ->
+  {A : @32} ->
+  {α : @95} ->
+  {e : @285} ->
+  {t : @98} -> (h : (x : @35) -> @314 @289 @37) -> (xs : @293) -> @48 @119 @99 @299 @301
+@329 := @312 @1
+@330 := @57 @106
+@342 := {A : @32} ->
+  {α : @95} ->
+  {e : @285} -> {t : @98} -> (h : (x : @35) -> @330 @289 @37) -> (xs : @293) -> @57 @99 @299 @301
+@343 := @329 @2
+@345 := @64 @289 @37
+@353 := {α : @95} ->
+  {e : @285} -> {t : @98} -> (h : (x : @35) -> @345) -> (xs : @293) -> @64 @299 @301
+@354 := @343 @7
+@364 := {e : (a._@._internal._hyg.#0 : @7) -> @96} ->
+  {t : @98} -> (h : (x : @7) -> @345) -> (xs : @9) -> @64 (@19 @10 @29) @301
+@365 := @354 @17
+@367 := (x : @7) -> @260 @37
+@369 := @64 (@20 @29)
+@373 := {t : @98} -> (h : @367) -> (xs : @9) -> @369 @301
+@374 := @365 @26
+@377 := (h : @278) -> (xs : @9) -> @369 @28
+@379 := @374 @284 @10
+@381 := @64 @21 @28
+@382 := @11 @35
+@383 := @63 @35
+@385 := @64 @382 @22
+@386 := @12 @37
+@387 := @89 @37
+@389 := @64 @386 @23
+@390 := List.nil.{0}
+@391 := List.cons.{0}
+@392 := @390 @96
+@393 := @391 @96
+@395 := @393 @386 @392
+@397 := @393 @382 @395
+@399 := @393 @21 @397
+@401 := @5 @4 @96
+@402 := 2
+@405 := Prod.mk.{0, 0} @4 @96
+@406 := @405 @402
+@407 := @406 @386
+@409 := @405 1
+@410 := @409 @382
+@412 := @405 0
+@413 := @412 @21
+@414 := @390 @401
+@415 := @391 @401
+@417 := @415 @413 @414
+@419 := @415 @410 @417
+@421 := @415 @407 @419
+@422 := Bool.false
+@423 := LexLeanTarget.TargetSyntax.Function
+@424 := LexLeanTarget.TargetSyntax.Program.functions
+@425 := @424 @0
+@426 := 10
+@427 := @390 @4
+@428 := @390 @98
+@429 := LexLeanTarget.TargetSyntax.Ty.unit
+@430 := LexLeanTarget.TargetSyntax.Value.unit
+@433 := LexLeanTarget.TargetSyntax.Expr.value @429 @430
+@438 := LexLeanTarget.TargetSyntax.Function.mk @427 @428 @429 @433
+@443 := List.getD.{0} @423 @425 @426 @438
+@447 := fun (__e_n : @4) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.root @29 @426
+@448 := LexLeanPreservation.Rust.WTL
+@456 := {p : @30} -> {c : @31} -> {A : @32} -> @448 @35 @37 @29 @392 @428
+@458 := LexLeanPreservation.Rust.wtl_nil @0
+@459 := @448 @0
+@465 := {c : @31} -> {A : @32} -> @459 @37 @29 @392 @428
+@466 := @458 @1
+@467 := @459 @1
+@471 := {A : @32} -> @467 @29 @392 @428
+@472 := @466 @2
+@473 := @467 @2
+@474 := @473 @392
+@475 := @474 @428
+@476 := @8 @96
+@477 := @8 @98
+@479 := @288 @10 @35
+@484 := @448 @104 @119 @99 @35 @37
+@487 := @448 @102 @104 @119
+@489 := @393 @99 @10
+@490 := @487 @489
+@491 := @391 @98
+@493 := @491 @106 @35
+@503 := {p : @30} ->
+  {c : @31} ->
+  {A : @32} ->
+  {v : @96} -> {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @479) -> (hs : @484) -> @490 @493
+@505 := LexLeanPreservation.Rust.wtl_cons @0
+@523 := {c : @31} ->
+  {A : @32} ->
+  {v : @96} ->
+  {t : @98} ->
+  {vs : @476} ->
+  {ts : @477} -> (h : @314 @10 @35) -> (hs : @459 @119 @99 @35 @37) -> @459 @104 @119 @489 @493
+@524 := @505 @1
+@539 := {A : @32} ->
+  {v : @96} ->
+  {t : @98} ->
+  {vs : @476} -> {ts : @477} -> (h : @330 @10 @35) -> (hs : @467 @99 @35 @37) -> @467 @119 @489 @493
+@540 := @524 @2
+@542 := @64 @10 @35
+@544 := @473 @35 @37
+@552 := {v : @96} ->
+  {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @542) -> (hs : @544) -> @473 @489 @493
+@553 := @540 @386
+@554 := @12 @106
+@556 := @64 @554 @35
+@557 := @12 @119
+@558 := @393 @557
+@566 := {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @556) -> (hs : @544) -> @473 (@558 @10) @493
+@567 := @553 @23
+@568 := @12 @10
+@570 := @64 @568 @23
+@571 := @12 @99
+@572 := @393 @571
+@574 := @473 (@572 @10)
+@575 := @491 @23
+@576 := @575 @35
+@581 := {vs : @476} -> {ts : @477} -> (h : @570) -> (hs : @544) -> @574 @576
+@582 := @567 @392
+@583 := @12 @35
+@585 := @64 @583 @23
+@586 := @474 @37
+@588 := @393 @554 @392
+@593 := {ts : @477} -> (h : @585) -> (hs : @586) -> @473 @588 @576
+@594 := @582 @428
+@596 := @393 @568 @392
+@597 := @473 @596
+@598 := @575 @428
+@601 := (h : @389) -> (hs : @475) -> @597 @598
+@602 := @594 @387
+@604 := @393 @583 @392
+@606 := @473 @604 @598
+@607 := (hs : @475) -> @606
+@608 := @602 @472
+@610 := @473 @395 @598
+@611 := @540 @382
+@612 := @11 @99
+@614 := @64 @612 @35
+@615 := @11 @104
+@616 := @393 @615
+@624 := {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @614) -> (hs : @544) -> @473 (@616 @10) @493
+@625 := @611 @22
+@626 := @11 @106
+@628 := @64 @626 @22
+@629 := @11 @119
+@630 := @393 @629
+@632 := @473 (@630 @10)
+@633 := @491 @22
+@634 := @633 @35
+@639 := {vs : @476} -> {ts : @477} -> (h : @628) -> (hs : @544) -> @632 @634
+@640 := @625 @395
+@641 := @11 @10
+@643 := @64 @641 @22
+@644 := @597 @37
+@646 := @393 @612 @588
+@651 := {ts : @477} -> (h : @643) -> (hs : @644) -> @473 @646 @634
+@652 := @640 @598
+@654 := @393 @626 @596
+@655 := @473 @654
+@656 := @633 @598
+@659 := (h : @385) -> (hs : @606) -> @655 @656
+@660 := @652 @383
+@662 := @393 @641 @604
+@664 := @473 @662 @656
+@665 := (hs : @610) -> @664
+@666 := @660 @608
+@668 := @473 @397 @656
+@669 := @540 @21
+@670 := @20 @119
+@672 := @64 @670 @35
+@673 := @20 @102
+@674 := @393 @673
+@682 := {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @672) -> (hs : @544) -> @473 (@674 @10) @493
+@683 := @669 @28
+@684 := @20 @99
+@686 := @64 @684 @28
+@687 := @20 @104
+@688 := @393 @687
+@690 := @473 (@688 @10)
+@691 := @491 @28
+@692 := @691 @35
+@697 := {vs : @476} -> {ts : @477} -> (h : @686) -> (hs : @544) -> @690 @692
+@698 := @683 @397
+@699 := @20 @106
+@701 := @64 @699 @28
+@702 := @655 @37
+@704 := @393 @670 @646
+@705 := @473 @704
+@709 := {ts : @477} -> (h : @701) -> (hs : @702) -> @705 @692
+@710 := @698 @656
+@712 := @393 @684 @654
+@713 := @473 @712
+@714 := @691 @656
+@717 := (h : @381) -> (hs : @664) -> @713 @714
+@718 := @710 @379
+@720 := @393 @699 @662
+@721 := @473 @720
+@723 := (hs : @668) -> @721 @714
+@724 := @718 @666
+@725 := @473 @399
+@726 := @725 @714
+@727 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denoteEntry
+@730 := @727 @10 @35 @37
+@731 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryFits
+@734 := @731 @10 @35 @37
+@738 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entryValue @10 @35 @37
+@742 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entry @10 @35 @37
+@743 := Bool
+@744 := Ne.{1}
+@745 := LexLeanPreservation.Obs
+@746 := @744 @745
+@747 := LexLeanPreservation.Rel
+@750 := @746 (@747 @37 @29)
+@751 := LexLeanPreservation.Obs.stuck
+@754 := (f : @743) -> (v : @96) -> @750 @751
+@756 := LexLeanPreservation.Rust.rel_ne_stuck @734
+@764 := (v : @96) -> @746 (@747 (@731 @106 @10 @35) @29) @751
+@765 := @756 @738
+@769 := @746 (@747 @734 @738) @751
+@770 := @8 @401
+@771 := LexLeanPreservation.Rust.FunSem
+@777 := (n : @4) -> @771 @100 @102 @104 @29 @119
+@778 := Eq.{1}
+@779 := Option.{0}
+@780 := @779 @423
+@781 := @778 @780
+@788 := LexLeanRuntime.index (@8 @423) @423 (LexLeanRuntime.instIndexableList @423)
+@792 := @781 (@788 (@424 @100) @119)
+@793 := Option.some.{0}
+@794 := @793 @423
+@795 := @794 @99
+@796 := @792 @795
+@800 := @448 @111 @100 @102 @99
+@801 := LexLeanTarget.TargetSyntax.Function.types
+@802 := @801 @119
+@803 := @800 @802
+@804 := @779 @770
+@805 := @778 @804
+@806 := LexLeanTarget.TargetSemantics.bindAll
+@807 := LexLeanTarget.TargetSyntax.Function.parameters
+@812 := @805 (@806 (@807 @104) @119 @414)
+@813 := @793 @770
+@814 := @813 @99
+@815 := @812 @814
+@816 := @779 @743
+@817 := @778 @816
+@818 := LexLeanPreservation.Rust.fnFallible
+@821 := @817 (@818 @121 @100)
+@822 := @793 @743
+@823 := @822 @99
+@824 := @821 @823
+@825 := LexLeanPreservation.RunConv
+@826 := #13
+@830 := @825 @826 @111 @102 @99
+@832 := @746 @119 @751
+@833 := Exists.{1}
+@834 := LexLeanPreservation.Rust.ROut
+@835 := @833 @834
+@836 := And
+@837 := LexLeanPreservation.Rust.RealizesFn
+@841 := @836 (@837 @100 @102 @29)
+@842 := LexLeanPreservation.Rust.RCI
+@844 := @842 #15
+@845 := LexLeanPreservation.Rust.fnIdent
+@846 := @845 @826
+@853 := (hne : @832) -> @835 (fun (ro : @834) => @841 (@844 @846 @121 @29))
+@868 := {p : @30} ->
+  {c : @31} ->
+  {A : @32} ->
+  {f : @4} ->
+  {fn : @423} ->
+  {args : @476} ->
+  {env : @770} ->
+  {F : @743} ->
+  {o : @745} ->
+  (hB : @777) ->
+  (hfn : @796) -> (hwt : @803) -> (hbind : @815) -> (hF : @824) -> (hA : @830) -> @853
+@870 := LexLeanPreservation.Rust.compose @0
+@871 := @771 @0
+@876 := (n : @4) -> @871 @102 @104 @29 @119
+@877 := @788 @425
+@880 := @781 (@877 @119) @795
+@884 := @459 @100 @102 @99 @802
+@885 := @825 @0
+@888 := @885 @111 @102 @99
+@902 := {c : @31} ->
+  {A : @32} ->
+  {f : @4} ->
+  {fn : @423} ->
+  {args : @476} ->
+  {env : @770} ->
+  {F : @743} ->
+  {o : @745} ->
+  (hB : @876) ->
+  (hfn : @880) -> (hwt : @884) -> (hbind : @815) -> (hF : @824) -> (hA : @888) -> @853
+@903 := @870 @1
+@904 := @871 @1
+@908 := (n : @4) -> @904 @104 @29 @119
+@911 := @467 @102 @99 @802
+@912 := @818 @1
+@915 := @817 (@912 @100) @823
+@916 := @842 @1
+@926 := (hbind : @815) ->
+  (hF : @915) -> (hA : @888) -> (hne : @832) -> @835 (fun (ro : @834) => @841 (@916 @846 @121 @29))
+@936 := {A : @32} ->
+  {f : @4} ->
+  {fn : @423} ->
+  {args : @476} ->
+  {env : @770} -> {F : @743} -> {o : @745} -> (hB : @908) -> (hfn : @880) -> (hwt : @911) -> @926
+@937 := @903 @2
+@939 := @904 @2 @29
+@941 := (n : @4) -> @939 @119
+@942 := @473 @99
+@943 := @942 @802
+@952 := {f : @4} ->
+  {fn : @423} ->
+  {args : @476} ->
+  {env : @770} -> {F : @743} -> {o : @745} -> (hB : @941) -> (hfn : @880) -> (hwt : @943) -> @926
+@953 := @937 @426
+@955 := (n : @4) -> @939 @426
+@956 := @877 @426
+@957 := @781 @956
+@958 := @957 @795
+@959 := @912 @426
+@960 := @817 @959
+@961 := @960 @823
+@962 := @885 @426
+@964 := @962 @102 @99
+@966 := @916 (@845 @426)
+@974 := (hF : @961) -> (hA : @964) -> (hne : @832) -> @835 (fun (ro : @834) => @841 (@966 @121 @29))
+@983 := {fn : @423} ->
+  {args : @476} ->
+  {env : @770} ->
+  {F : @743} -> {o : @745} -> (hB : @955) -> (hfn : @958) -> (hwt : @943) -> (hbind : @815) -> @974
+@984 := @953 @443
+@986 := @957 (@794 @443)
+@987 := @801 @443
+@988 := @942 @987
+@990 := @806 (@807 @443)
+@1002 := {args : @476} ->
+  {env : @770} ->
+  {F : @743} ->
+  {o : @745} ->
+  (hB : @955) -> (hfn : @986) -> (hwt : @988) -> (hbind : @805 (@990 @119 @414) @814) -> @974
+@1003 := @984 @399
+@1006 := @674 (@616 (@558 @392))
+@1008 := @473 @1006 @987
+@1017 := @393 (@20 @100) (@393 (@11 @102) (@393 (@12 @104) @392))
+@1021 := @805 (@990 @1017 @414) @814
+@1030 := @393 (@20 @121) (@393 (@11 @111) (@393 (@12 @100) @392))
+@1032 := @962 @1030 @99
+@1035 := @393 (@20 #14)
+@1037 := @393 (@11 @826)
+@1038 := #12
+@1058 := {env : @770} ->
+  {F : @743} ->
+  {o : @745} ->
+  (hB : @955) ->
+  (hfn : @986) ->
+  (hwt : @1008) ->
+  (hbind : @1021) ->
+  (hF : @961) ->
+  (hA : @1032) ->
+  (hne : @832) -> @835 (fun (ro : @834) => @841 (@966 (@1035 (@1037 (@393 (@12 @1038) @392))) @29))
+@1059 := @1003 @421
+@1062 := @688 (@630 (@572 @392))
+@1064 := @473 @1062 @987
+@1078 := @805 (@990 @1006 @414) (@813 (@415 (@406 @557) (@415 (@409 @615) (@415 (@412 @673) @414))))
+@1087 := @393 (@20 @111) (@393 (@11 @100) (@393 (@12 @102) @392))
+@1112 := {F : @743} ->
+  {o : @745} ->
+  (hB : @955) ->
+  (hfn : @986) ->
+  (hwt : @1064) ->
+  (hbind : @1078) ->
+  (hF : @961) ->
+  (hA : @962 @1087 @99) ->
+  (hne : @832) ->
+  @835
+    (fun (ro : @834) => @841 (@966 (@393 (@20 @826) (@393 (@11 @1038) (@393 (@12 @121) @392))) @29))
+@1113 := @1059 @422
+@1114 := @705 @987
+@1128 := @805 (@990 @1062 @414) (@813 (@415 (@406 @571) (@415 (@409 @629) (@415 (@412 @687) @414))))
+@1130 := @960 (@822 @422)
+@1132 := @962 @1017 @99
+@1133 := @837 @422
+@1158 := {o : @745} ->
+  (hB : @955) ->
+  (hfn : @986) ->
+  (hwt : @1114) ->
+  (hbind : @1128) ->
+  (hF : @1130) ->
+  (hA : @1132) ->
+  (hne : @832) ->
+  @835
+    (fun (ro : @834) =>
+    @836 (@1133 @102 @29) (@966 (@393 (@20 @1038) (@393 (@11 @121) (@393 (@12 @111) @392))) @29))
+@1159 := @1113 @730
+@1160 := @713 @987
+@1174 := @805 (@990 @704 @414) (@813 (@415 (@406 @554) (@415 (@409 @612) (@415 (@412 @670) @414))))
+@1175 := @962 @1006
+@1178 := @727 @102 @104 @119
+@1179 := @1175 @1178
+@1182 := @727 @100 @102 @104
+@1202 := (hB : @955) ->
+  (hfn : @986) ->
+  (hwt : @1160) ->
+  (hbind : @1174) ->
+  (hF : @1130) ->
+  (hA : @1179) ->
+  (hne : @746 @1182 @751) ->
+  @835 (fun (ro : @834) => @836 (@1133 (@727 @121 @111 @100) @29) (@966 @1030 @29))
+@1203 := @1159 @447
+@1204 := @721 @987
+@1218 := @805 (@990 @712 @414) (@813 (@415 (@406 @568) (@415 (@409 @626) (@415 (@412 @684) @414))))
+@1219 := @962 @1062
+@1222 := @727 @104 @119 @99
+@1242 := (hfn : @986) ->
+  (hwt : @1204) ->
+  (hbind : @1218) ->
+  (hF : @1130) ->
+  (hA : @1219 @1222) ->
+  (hne : @746 @1178 @751) ->
+  @835 (fun (ro : @834) => @836 (@1133 (@727 @111 @100 @102) @29) (@966 @1087 @29))
+@1243 := Eq.refl.{1}
+@1246 := @1203 (@1243 @780 @956)
+@1247 := @725 @987
+@1261 := @805 (@990 @720 @414) (@813 (@415 (@406 @583) (@415 (@409 @641) (@415 (@412 @699) @414))))
+@1262 := @962 @704
+@1265 := @727 @119 @99 @106
+@1281 := (hwt : @1247) ->
+  (hbind : @1261) ->
+  (hF : @1130) ->
+  (hA : @1262 @1265) ->
+  (hne : @746 @1222 @751) -> @835 (fun (ro : @834) => @836 (@1133 @1182 @29) (@966 @1017 @29))
+@1282 := @1246 @724
+@1284 := @990 @399 @414
+@1287 := @805 @1284 (@813 @421)
+@1288 := @962 @712
+@1291 := @727 @99 @106 @10
+@1306 := (hbind : @1287) ->
+  (hF : @1130) ->
+  (hA : @1288 @1291) ->
+  (hne : @746 @1265 @751) -> @835 (fun (ro : @834) => @836 (@1133 @1178 @29) (@966 @1006 @29))
+@1309 := @1282 (@1243 @804 @1284)
+@1310 := @962 @720
+@1313 := @727 @106 @10 @35
+@1327 := (hF : @1130) ->
+  (hA : @1310 @1313) ->
+  (hne : @746 @1291 @751) -> @835 (fun (ro : @834) => @836 (@1133 @1222 @29) (@966 @1062 @29))
+@1330 := @1309 (@1243 @816 @959)
+@1332 := @962 @399 @730
+@1334 := @746 @1313 @751
+@1335 := @1133 @1265
+@1337 := @836 (@1335 @29)
+@1338 := @966 @704
+@1339 := @1338 @29
+@1344 := (hA : @1332) -> (hne : @1334) -> @835 (fun (ro : @834) => @1337 @1339)
+@1345 := @1330 @742
+@1347 := @746 @730 @751
+@1348 := @1133 @1291
+@1350 := @836 (@1348 @29)
+@1351 := @966 @712
+@1356 := (hne : @1347) -> @835 (fun (ro : @834) => @1350 (@1351 @29))
+@1357 := @1345 @765
+@1360 := @836 (@1133 @1313 @29)
+@1362 := @966 @720 @29
+@1363 := @1360 @1362
+@1365 := @835 (fun (ro : @834) => @1363)
+@1366 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.accepts
+@1369 := @1366 @10 @35 @37
+@1370 := LexLeanPreservation.someObs
+@1371 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.denote
+@1375 := @1370 (@1371 @10 @35 @37)
+@1378 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
+@1379 := Not
+@1380 := @1379 @1369
+@1383 := @1366 @106 @10 @35
+@1387 := @1370 (@1371 @106 @10 @35)
+@1388 := @1379 @1383
+@1395 := @1383 -> @1133 (@1370 (@1371 @99 @106 @10)) @37
+@1396 := @1133 @1378
+@1397 := @1396 @37
+@1398 := @1388 -> @1397
+@1400 := @836 @1395 @1398
+@1404 := @835 (fun (__e_ro : @834) => @836 @1362 @1400)
+@1405 := fun (__e_ro : @834) => @1363
+@1406 := @1348 @37
+@1407 := @1351 @37
+@1408 := And.left
+@1409 := And.right
+@1412 := @1408 @1406 @1407 @29
+@1415 := @1409 @1406 @1407 @29
+@1416 := @1133 @29
+@1418 := fun (__e_o : @745) => @1416 @35
+@1419 := Eq.subst.{1}
+@1422 := @1366 @99 @106 @10
+@1423 := @1379 @1422
+@1428 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entry_accepts @119 @99 @106 @29
+@1432 := @1370 (@1371 @119 @99 @106)
+@1437 := @1408 (@1335 @35) (@1338 @35) @37
+@1439 := fun (__e_o : @745) => @1416 @10
+@1442 := @1419 @745 @1439 @1265
+@1446 := fun (__e_h : @1422) => @1442 @1432 @1428 @1437
+@1451 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.entry_refuses @119 @99 @106 @29
+@1455 := fun (__e_h : @1423) => @1442 @1378 @1451 @1437
+@1456 := And.intro
+@1459 := @1422 -> @1133 @1432 @35
+@1461 := @1423 -> @1396 @35
+@1463 := @836 @1459 @1461
+@1467 := @1456 @1459 @1461 @1446 @1455
+@1471 := @1456 @1407 @1463 @1415 @1467
+@1472 := Exists.intro.{1}
+@1473 := @836 @1339
+@1476 := @1366 @119 @99 @106
+@1489 := fun (__e_ro : @834) =>
+  @1473 (@836 (@1476 -> @1133 (@1370 (@1371 @104 @119 @99)) @37) (@1379 @1476 -> @1397))
+@1493 := @1472 @834 @1489 @37 @1471
+@1495 := @836 @1406 @1407
+@1497 := fun (__e_ro : @834) => fun (__e_hand : @1363) => @1493
+@1503 := Exists.elim.{1} @834 @1405 @1404 @1357 @1497
+@1504 := LexLeanPreservation.Rust.RepresentableL
+@1505 := @20 @35
+@1506 := @11 @37
+@1508 := @393 @70 @392
+@1510 := @393 @1506 @1508
+@1513 := @1504 (@393 @1505 @1510)
+@1514 := (__e_hrep : @1513) -> @1404
+@1515 := fun (__e_hrep : @1513) => @1503
+@1516 := (v : @4) -> @1514
+@1517 := fun (v : @4) => @1515
+@1518 := (k : @3) -> @1516
+@1519 := fun (k : @3) => @1517
+@1520 := (m : @9) -> @1518
+@1521 := fun (m : @9) => @1519
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/RustStd.lean
new file mode 100644
index 000000000..e290a0f1c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/RustStd.lean
@@ -0,0 +1,113 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))),
+      body := (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))) [(.call 1 [(.var 0), (.var 1), (.var 2)]), (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))) [(.call 2 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))) [(.call 3 [(.var 0), (.var 1)]), (.build .pair (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))) [(.call 6 [(.var 0)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))) [(.call 7 [(.var 0)]), (.build .pair (.pair .nat (.list (.pair .string .nat))) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.list (.pair .string .nat)),
+      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.build .nil (.list (.pair .string .nat)) [])])), (.arm .cons [3, 4] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 3))]) [(.arm .lt [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 0)])), (.arm .eq [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 4)])), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 3), (.call 1 [(.var 4), (.var 1), (.var 2)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.list (.pair .string .nat)),
+      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .nil (.list (.pair .string .nat)) [])), (.arm .cons [2, 3] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := .bool,
+      body := (.«match» .bool (.call 5 [(.var 0), (.var 1)]) [(.arm .none [] (.build .false .bool [])), (.arm .some [2] (.build .true .bool []))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [1, 2] (.build .cons (.list .string) [(.first (.var 1)), (.call 6 [(.var 2)])]))]) },
+    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [1, 2] (.build .cons (.list .nat) [(.second (.var 1)), (.call 7 [(.var 2)])]))]) },
+    { parameters := [0], types := [(.list (.pair .string .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))),
+      body := (.cond (.call 8 [(.var 0)]) (.build .some (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat))))))))) (.mk [] (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0))] false) (.pair (.call (.function 7) [(.clone (.generated .binding 0))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.list (.pair .str .nat)) (.mk [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.construct (.nil (.pair .str .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))]))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])))])))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list (.pair .str .nat)) (.mk [(.mk (.bind (.generated .holder 7)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.nil (.pair .str .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] .bool (.mk [(.mk (.bind (.generated .holder 18)) none (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 26)))), (.call (.function 6) [(.move (.generated .binding 2))] false)])))]))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))] (.move (.generated .part 28)))), (.call (.function 7) [(.move (.generated .binding 2))] false)])))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false) (.mk [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 9) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) (.mk [] (.cond (.call (.function 8) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0))] false) (.pair (.call (.function 7) [(.clone (.generated .binding 0))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))), [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list (.pair .string .nat))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.construct (.nil (.pair .str .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))]))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])))])))]), [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.construct (.nil (.pair .str .nat)) [])])) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))]))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))])) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.nil (.pair .str .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil (.pair .str .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))]) (tail := (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 13))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 17))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 18)) none (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .nat, none), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 20))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 26)))), (.call (.function 6) [(.move (.generated .binding 2))] false)])))]), [(0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 26)))), (.call (.function 6) [(.move (.generated .binding 2))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 26))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))] (.move (.generated .part 28)))), (.call (.function 7) [(.move (.generated .binding 2))] false)])))]), [(0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))] (.move (.generated .part 28)))), (.call (.function 7) [(.move (.generated .binding 2))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 28))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false) (.mk [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false) (.mk [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 30))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))]) (ce := (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 32))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 33))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 8) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) []))), [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 8) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (lb := []) (tb := (.construct (.none (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) [])) (Corr.build (ts := [(.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | _ + 11 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10.lean
index f50b9f39f..ee038aac0 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : Nat) (b : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Nat) (b : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat a), (_root_.LexLeanTarget.TargetSyntax.Value.nat b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Main.natOps a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..e5d716729
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustCore.lex.tex
@@ -0,0 +1,462 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.root : @914 := @915 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@65 := Prod.{0, 0} @3 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.__fits_0
+@326 := @324 @4 @15
+@330 := @5 (Coverage.Main.natOps @4 @15)
+@333 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.root @4 @15
+@334 := Bool
+@335 := Ne.{1}
+@336 := LexLeanPreservation.Obs
+@337 := @335 @336
+@338 := LexLeanPreservation.Rel
+@341 := @337 (@338 @15 @17)
+@342 := LexLeanPreservation.Obs.stuck
+@345 := (f : @334) -> (v : @54) -> @341 @342
+@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
+@355 := @347 @330
+@359 := @337 (@338 @326 @330) @342
+@360 := @135 @65
+@361 := LexLeanPreservation.Rust.FunSem
+@362 := #9
+@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
+@369 := Eq.{1}
+@370 := Option.{0}
+@371 := @370 @82
+@372 := @369 @371
+@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@383 := @372 (@379 (@83 @362) @138)
+@384 := Option.some.{0}
+@385 := @384 @82
+@386 := @385 @140
+@387 := @383 @386
+@388 := #10
+@392 := @107 @388 @362 @152 @140
+@393 := LexLeanTarget.TargetSyntax.Function.types
+@394 := @393 @138
+@395 := @392 @394
+@396 := @370 @360
+@397 := @369 @396
+@398 := LexLeanTarget.TargetSemantics.bindAll
+@399 := LexLeanTarget.TargetSyntax.Function.parameters
+@404 := @397 (@398 (@399 @146) @138 @75)
+@405 := @384 @360
+@406 := @405 @140
+@407 := @404 @406
+@408 := @370 @334
+@409 := @369 @408
+@410 := LexLeanPreservation.Rust.fnFallible
+@411 := #11
+@414 := @409 (@410 @411 @362)
+@415 := @384 @334
+@416 := @415 @140
+@417 := @414 @416
+@418 := LexLeanPreservation.RunConv
+@419 := #13
+@423 := @418 @419 @388 @152 @140
+@425 := @337 @138 @342
+@426 := Exists.{1}
+@427 := LexLeanPreservation.Rust.ROut
+@428 := @426 @427
+@429 := And
+@430 := LexLeanPreservation.Rust.RealizesFn
+@434 := @429 (@430 @362 @152 @17)
+@435 := LexLeanPreservation.Rust.RCI
+@437 := @435 #15
+@438 := LexLeanPreservation.Rust.fnIdent
+@439 := @438 @419
+@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
+@461 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @368) ->
+  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
+@463 := LexLeanPreservation.Rust.compose @0
+@464 := @361 @0
+@469 := (n : @3) -> @464 @152 @146 @17 @138
+@470 := @379 @84
+@473 := @372 (@470 @138) @386
+@477 := @118 @362 @152 @140 @394
+@478 := @418 @0
+@481 := @478 @388 @152 @140
+@495 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @469) ->
+  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
+@496 := @463 @1
+@497 := @464 @1
+@501 := (n : @3) -> @497 @146 @17 @138
+@504 := @126 @152 @140 @394
+@505 := @410 @1
+@508 := @409 (@505 @362) @416
+@509 := @435 @1
+@519 := (hbind : @407) ->
+  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
+@529 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
+@530 := @496 @2
+@532 := @497 @2 @17
+@534 := (n : @3) -> @532 @138
+@535 := @132 @140
+@536 := @535 @394
+@545 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
+@546 := @530 @72
+@548 := (n : @3) -> @532 @72
+@549 := @470 @72
+@550 := @372 @549
+@551 := @550 @386
+@552 := @505 @72
+@553 := @409 @552
+@554 := @553 @416
+@555 := @478 @72
+@557 := @555 @152 @140
+@559 := @509 (@438 @72)
+@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
+@576 := {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
+@577 := @546 @102
+@579 := @550 (@385 @102)
+@580 := @393 @102
+@581 := @535 @580
+@583 := @398 (@399 @102)
+@595 := {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
+@596 := @577 @62
+@598 := @282 (@229 @57)
+@600 := @132 @598 @580
+@602 := @58 (@5 @152)
+@604 := @602 (@282 @57)
+@608 := @397 (@583 @604 @75) @406
+@610 := @58 (@5 @388)
+@612 := @58 (@5 @362)
+@614 := @610 (@612 @57)
+@616 := @555 @614 @140
+@618 := @58 (@5 @419)
+@621 := @58 (@5 #12)
+@638 := {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @600) ->
+  (hbind : @608) ->
+  (hF : @554) ->
+  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
+@639 := @596 @80
+@641 := @229 (@243 @57)
+@643 := @132 @641 @580
+@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@656 := @612 (@602 @57)
+@658 := @555 @656 @140
+@660 := @58 (@5 @411)
+@676 := {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @643) ->
+  (hbind : @654) ->
+  (hF : @554) ->
+  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
+@677 := @639 @81
+@678 := @301 @580
+@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@691 := @553 (@415 @81)
+@693 := @555 @604 @140
+@694 := @430 @81
+@712 := {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @678) ->
+  (hbind : @689) ->
+  (hF : @691) ->
+  (hA : @693) ->
+  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
+@713 := @677 @323
+@714 := @308 @580
+@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@726 := @555 @598
+@728 := @321 @146 @138
+@729 := @726 @728
+@731 := @321 @152 @146
+@750 := (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @714) ->
+  (hbind : @725) ->
+  (hF : @691) ->
+  (hA : @729) ->
+  (hne : @337 @731 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
+@751 := @713 @106
+@752 := @315 @580
+@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@764 := @555 @641
+@766 := @321 @138 @140
+@785 := (hfn : @579) ->
+  (hwt : @752) ->
+  (hbind : @763) ->
+  (hF : @691) ->
+  (hA : @764 @766) ->
+  (hne : @337 @728 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
+@786 := Eq.refl.{1}
+@789 := @751 (@786 @371 @549)
+@790 := @319 @580
+@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@802 := @555 @300
+@804 := @321 @140 @142
+@820 := (hwt : @790) ->
+  (hbind : @801) ->
+  (hF : @691) ->
+  (hA : @802 @804) ->
+  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
+@821 := @789 @318
+@823 := @583 @62 @75
+@826 := @397 @823 (@405 @80)
+@827 := @555 @307
+@829 := @321 @142 @12
+@844 := (hbind : @826) ->
+  (hF : @691) ->
+  (hA : @827 @829) ->
+  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
+@847 := @821 (@786 @396 @823)
+@848 := @555 @314
+@850 := @321 @12 @4
+@864 := (hF : @691) ->
+  (hA : @848 @850) ->
+  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
+@867 := @847 (@786 @408 @552)
+@881 := (hA : @555 @62 @323) ->
+  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
+@882 := @867 @333
+@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
+@894 := @882 @355
+@900 := @429 (@694 @850 @17) (@559 @314 @17)
+@902 := @428 (fun (ro : @427) => @900)
+@904 := @428 (fun (__e_ro : @427) => @900)
+@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@910 := (__e_hrep : @909) -> @904
+@911 := fun (__e_hrep : @909) => @894
+@912 := (b : @3) -> @910
+@913 := fun (b : @3) => @911
+@914 := (a : @3) -> @912
+@915 := fun (a : @3) => @913
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..a0fb990b0
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustStd.lex.tex
@@ -0,0 +1,462 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.root : @914 := @915 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@65 := Prod.{0, 0} @3 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.__fits_0
+@326 := @324 @4 @15
+@330 := @5 (Coverage.Main.natOps @4 @15)
+@333 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.root @4 @15
+@334 := Bool
+@335 := Ne.{1}
+@336 := LexLeanPreservation.Obs
+@337 := @335 @336
+@338 := LexLeanPreservation.Rel
+@341 := @337 (@338 @15 @17)
+@342 := LexLeanPreservation.Obs.stuck
+@345 := (f : @334) -> (v : @54) -> @341 @342
+@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
+@355 := @347 @330
+@359 := @337 (@338 @326 @330) @342
+@360 := @135 @65
+@361 := LexLeanPreservation.Rust.FunSem
+@362 := #9
+@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
+@369 := Eq.{1}
+@370 := Option.{0}
+@371 := @370 @82
+@372 := @369 @371
+@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@383 := @372 (@379 (@83 @362) @138)
+@384 := Option.some.{0}
+@385 := @384 @82
+@386 := @385 @140
+@387 := @383 @386
+@388 := #10
+@392 := @107 @388 @362 @152 @140
+@393 := LexLeanTarget.TargetSyntax.Function.types
+@394 := @393 @138
+@395 := @392 @394
+@396 := @370 @360
+@397 := @369 @396
+@398 := LexLeanTarget.TargetSemantics.bindAll
+@399 := LexLeanTarget.TargetSyntax.Function.parameters
+@404 := @397 (@398 (@399 @146) @138 @75)
+@405 := @384 @360
+@406 := @405 @140
+@407 := @404 @406
+@408 := @370 @334
+@409 := @369 @408
+@410 := LexLeanPreservation.Rust.fnFallible
+@411 := #11
+@414 := @409 (@410 @411 @362)
+@415 := @384 @334
+@416 := @415 @140
+@417 := @414 @416
+@418 := LexLeanPreservation.RunConv
+@419 := #13
+@423 := @418 @419 @388 @152 @140
+@425 := @337 @138 @342
+@426 := Exists.{1}
+@427 := LexLeanPreservation.Rust.ROut
+@428 := @426 @427
+@429 := And
+@430 := LexLeanPreservation.Rust.RealizesFn
+@434 := @429 (@430 @362 @152 @17)
+@435 := LexLeanPreservation.Rust.RCI
+@437 := @435 #15
+@438 := LexLeanPreservation.Rust.fnIdent
+@439 := @438 @419
+@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
+@461 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @368) ->
+  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
+@463 := LexLeanPreservation.Rust.compose @0
+@464 := @361 @0
+@469 := (n : @3) -> @464 @152 @146 @17 @138
+@470 := @379 @84
+@473 := @372 (@470 @138) @386
+@477 := @118 @362 @152 @140 @394
+@478 := @418 @0
+@481 := @478 @388 @152 @140
+@495 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @469) ->
+  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
+@496 := @463 @1
+@497 := @464 @1
+@501 := (n : @3) -> @497 @146 @17 @138
+@504 := @126 @152 @140 @394
+@505 := @410 @1
+@508 := @409 (@505 @362) @416
+@509 := @435 @1
+@519 := (hbind : @407) ->
+  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
+@529 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
+@530 := @496 @2
+@532 := @497 @2 @17
+@534 := (n : @3) -> @532 @138
+@535 := @132 @140
+@536 := @535 @394
+@545 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
+@546 := @530 @72
+@548 := (n : @3) -> @532 @72
+@549 := @470 @72
+@550 := @372 @549
+@551 := @550 @386
+@552 := @505 @72
+@553 := @409 @552
+@554 := @553 @416
+@555 := @478 @72
+@557 := @555 @152 @140
+@559 := @509 (@438 @72)
+@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
+@576 := {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
+@577 := @546 @102
+@579 := @550 (@385 @102)
+@580 := @393 @102
+@581 := @535 @580
+@583 := @398 (@399 @102)
+@595 := {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
+@596 := @577 @62
+@598 := @282 (@229 @57)
+@600 := @132 @598 @580
+@602 := @58 (@5 @152)
+@604 := @602 (@282 @57)
+@608 := @397 (@583 @604 @75) @406
+@610 := @58 (@5 @388)
+@612 := @58 (@5 @362)
+@614 := @610 (@612 @57)
+@616 := @555 @614 @140
+@618 := @58 (@5 @419)
+@621 := @58 (@5 #12)
+@638 := {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @600) ->
+  (hbind : @608) ->
+  (hF : @554) ->
+  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
+@639 := @596 @80
+@641 := @229 (@243 @57)
+@643 := @132 @641 @580
+@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@656 := @612 (@602 @57)
+@658 := @555 @656 @140
+@660 := @58 (@5 @411)
+@676 := {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @643) ->
+  (hbind : @654) ->
+  (hF : @554) ->
+  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
+@677 := @639 @81
+@678 := @301 @580
+@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@691 := @553 (@415 @81)
+@693 := @555 @604 @140
+@694 := @430 @81
+@712 := {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @678) ->
+  (hbind : @689) ->
+  (hF : @691) ->
+  (hA : @693) ->
+  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
+@713 := @677 @323
+@714 := @308 @580
+@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@726 := @555 @598
+@728 := @321 @146 @138
+@729 := @726 @728
+@731 := @321 @152 @146
+@750 := (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @714) ->
+  (hbind : @725) ->
+  (hF : @691) ->
+  (hA : @729) ->
+  (hne : @337 @731 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
+@751 := @713 @106
+@752 := @315 @580
+@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@764 := @555 @641
+@766 := @321 @138 @140
+@785 := (hfn : @579) ->
+  (hwt : @752) ->
+  (hbind : @763) ->
+  (hF : @691) ->
+  (hA : @764 @766) ->
+  (hne : @337 @728 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
+@786 := Eq.refl.{1}
+@789 := @751 (@786 @371 @549)
+@790 := @319 @580
+@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@802 := @555 @300
+@804 := @321 @140 @142
+@820 := (hwt : @790) ->
+  (hbind : @801) ->
+  (hF : @691) ->
+  (hA : @802 @804) ->
+  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
+@821 := @789 @318
+@823 := @583 @62 @75
+@826 := @397 @823 (@405 @80)
+@827 := @555 @307
+@829 := @321 @142 @12
+@844 := (hbind : @826) ->
+  (hF : @691) ->
+  (hA : @827 @829) ->
+  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
+@847 := @821 (@786 @396 @823)
+@848 := @555 @314
+@850 := @321 @12 @4
+@864 := (hF : @691) ->
+  (hA : @848 @850) ->
+  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
+@867 := @847 (@786 @408 @552)
+@881 := (hA : @555 @62 @323) ->
+  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
+@882 := @867 @333
+@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
+@894 := @882 @355
+@900 := @429 (@694 @850 @17) (@559 @314 @17)
+@902 := @428 (fun (ro : @427) => @900)
+@904 := @428 (fun (__e_ro : @427) => @900)
+@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@910 := (__e_hrep : @909) -> @904
+@911 := fun (__e_hrep : @909) => @894
+@912 := (b : @3) -> @910
+@913 := fun (b : @3) => @911
+@914 := (a : @3) -> @912
+@915 := fun (a : @3) => @913
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustCore.lean
new file mode 100644
index 000000000..d7b1a69bd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.«let» 2 .nat (.prim .natQuot [(.var 0), (.var 1), (.value .nat (.nat 7))]) (.«let» 3 .nat (.prim .natRem [(.var 0), (.var 1), (.value .nat (.nat 0))]) (.cond (.cond (.prim .natEq [(.var 2), (.value .nat (.nat 0))]) (.cond (.prim .natLe [(.var 3), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.prim .natLt [(.var 0), (.var 1)])])) (.build .false .bool [])) (.prim .natAdd [(.prim .natSub [(.var 0), (.var 1)]), (.var 3)]) (.prim .natMul [(.var 2), (.var 3)])))) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))]) (tail := (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))]) (ta := (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (lb := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))]) (tb := (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustStd.lean
new file mode 100644
index 000000000..d07b2f2b1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.«let» 2 .nat (.prim .natQuot [(.var 0), (.var 1), (.value .nat (.nat 7))]) (.«let» 3 .nat (.prim .natRem [(.var 0), (.var 1), (.value .nat (.nat 0))]) (.cond (.cond (.prim .natEq [(.var 2), (.value .nat (.nat 0))]) (.cond (.prim .natLe [(.var 3), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.prim .natLt [(.var 0), (.var 1)])])) (.build .false .bool [])) (.prim .natAdd [(.prim .natSub [(.var 0), (.var 1)]), (.var 3)]) (.prim .natMul [(.var 2), (.var 3)])))) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))]) (tail := (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))]) (ta := (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (lb := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))]) (tb := (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11.lean
similarity index 97%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11.lean
index 49d78abbc..5d6726059 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : Int) (b : Int) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Int) (b : Int) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.int a), (_root_.LexLeanTarget.TargetSyntax.Value.int b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) (_root_.LexLeanTarget.TargetSyntax.Value.int (Coverage.Main.intOps a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..1fed27286
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustCore.lex.tex
@@ -0,0 +1,463 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.root : @915 := @916 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.flags
+@3 := Int
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.int
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.int
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_int @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Nat
+@66 := Prod.{0, 0} @63 @54
+@67 := 1
+@70 := Prod.mk.{0, 0} @63 @54
+@71 := @70 @67
+@72 := @71 @50
+@73 := 0
+@74 := @70 @73
+@75 := @74 @6
+@76 := @55 @66
+@77 := @56 @66
+@79 := @77 @75 @76
+@81 := @77 @72 @79
+@82 := Bool.true
+@83 := LexLeanTarget.TargetSyntax.Function
+@84 := LexLeanTarget.TargetSyntax.Program.functions
+@85 := @84 @0
+@86 := LexLeanTarget.TargetSyntax.Ty
+@87 := @55 @63
+@88 := @55 @86
+@89 := LexLeanTarget.TargetSyntax.Ty.unit
+@90 := LexLeanTarget.TargetSyntax.Value.unit
+@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
+@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
+@103 := List.getD.{0} @83 @85 @73 @98
+@107 := fun (__e_n : @63) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.root @17 @73
+@108 := LexLeanPreservation.Rust.WTL
+@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
+@118 := LexLeanPreservation.Rust.wtl_nil @0
+@119 := @108 @0
+@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
+@126 := @118 @1
+@127 := @119 @1
+@131 := {A : @10} -> @127 @17 @57 @88
+@132 := @126 @2
+@133 := @127 @2
+@134 := @133 @57
+@135 := @134 @88
+@136 := List.{0}
+@137 := @136 @54
+@138 := @136 @86
+@139 := #6
+@140 := @11 @139
+@141 := #5
+@142 := @140 @141
+@143 := #4
+@146 := @142 @143 @12 @4
+@147 := #7
+@152 := @108 @147 @139 @141 @4 @15
+@153 := #8
+@156 := @108 @153 @147 @139
+@158 := @58 @141 @12
+@159 := @156 @158
+@160 := @56 @86
+@162 := @160 @143 @4
+@172 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
+@174 := LexLeanPreservation.Rust.wtl_cons @0
+@194 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} ->
+  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
+@195 := @174 @1
+@211 := {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
+@212 := @195 @2
+@214 := @43 @12 @4
+@216 := @133 @4 @15
+@224 := {v : @54} ->
+  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
+@225 := @212 @50
+@226 := @5 @143
+@227 := @43 @226
+@228 := @227 @4
+@229 := @5 @139
+@230 := @58 @229
+@232 := @133 (@230 @12)
+@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
+@239 := @225 @7
+@240 := @5 @12
+@242 := @43 @240 @7
+@243 := @5 @141
+@244 := @58 @243
+@246 := @133 (@244 @12)
+@247 := @160 @7
+@248 := @247 @4
+@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
+@254 := @239 @57
+@255 := @134 @15
+@256 := @58 @226
+@257 := @256 @57
+@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
+@263 := @254 @88
+@264 := @58 @240
+@265 := @264 @57
+@266 := @133 @265
+@267 := @247 @88
+@270 := (h : @53) -> (hs : @135) -> @266 @267
+@271 := @263 @51
+@272 := @61 @57
+@274 := @133 @272 @267
+@275 := (hs : @135) -> @274
+@276 := @271 @132
+@278 := @133 @60 @267
+@279 := @212 @6
+@281 := @43 @243 @4
+@282 := @5 @147
+@283 := @58 @282
+@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
+@292 := @279 @7
+@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
+@299 := @292 @60
+@300 := @266 @15
+@301 := @244 @257
+@302 := @133 @301
+@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
+@307 := @299 @267
+@308 := @256 @265
+@309 := @133 @308
+@310 := @247 @267
+@313 := (h : @49) -> (hs : @274) -> @309 @310
+@314 := @307 @47
+@315 := @264 @272
+@316 := @133 @315
+@318 := (hs : @278) -> @316 @310
+@319 := @314 @276
+@320 := @133 @62
+@321 := @320 @310
+@322 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.denote
+@324 := @322 @4 @15
+@325 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.__fits_0
+@327 := @325 @4 @15
+@331 := @5 (Coverage.Main.intOps @4 @15)
+@334 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.root @4 @15
+@335 := Bool
+@336 := Ne.{1}
+@337 := LexLeanPreservation.Obs
+@338 := @336 @337
+@339 := LexLeanPreservation.Rel
+@342 := @338 (@339 @15 @17)
+@343 := LexLeanPreservation.Obs.stuck
+@346 := (f : @335) -> (v : @54) -> @342 @343
+@348 := LexLeanPreservation.Rust.rel_ne_stuck @327
+@355 := (v : @54) -> @338 (@339 (@325 @12 @4) @17) @343
+@356 := @348 @331
+@360 := @338 (@339 @327 @331) @343
+@361 := @136 @66
+@362 := LexLeanPreservation.Rust.FunSem
+@363 := #9
+@369 := (n : @63) -> @362 @363 @153 @147 @17 @139
+@370 := Eq.{1}
+@371 := Option.{0}
+@372 := @371 @83
+@373 := @370 @372
+@380 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
+@384 := @373 (@380 (@84 @363) @139)
+@385 := Option.some.{0}
+@386 := @385 @83
+@387 := @386 @141
+@388 := @384 @387
+@389 := #10
+@393 := @108 @389 @363 @153 @141
+@394 := LexLeanTarget.TargetSyntax.Function.types
+@395 := @394 @139
+@396 := @393 @395
+@397 := @371 @361
+@398 := @370 @397
+@399 := LexLeanTarget.TargetSemantics.bindAll
+@400 := LexLeanTarget.TargetSyntax.Function.parameters
+@405 := @398 (@399 (@400 @147) @139 @76)
+@406 := @385 @361
+@407 := @406 @141
+@408 := @405 @407
+@409 := @371 @335
+@410 := @370 @409
+@411 := LexLeanPreservation.Rust.fnFallible
+@412 := #11
+@415 := @410 (@411 @412 @363)
+@416 := @385 @335
+@417 := @416 @141
+@418 := @415 @417
+@419 := LexLeanPreservation.RunConv
+@420 := #13
+@424 := @419 @420 @389 @153 @141
+@426 := @338 @139 @343
+@427 := Exists.{1}
+@428 := LexLeanPreservation.Rust.ROut
+@429 := @427 @428
+@430 := And
+@431 := LexLeanPreservation.Rust.RealizesFn
+@435 := @430 (@431 @363 @153 @17)
+@436 := LexLeanPreservation.Rust.RCI
+@438 := @436 #15
+@439 := LexLeanPreservation.Rust.fnIdent
+@440 := @439 @420
+@447 := (hne : @426) -> @429 (fun (ro : @428) => @435 (@438 @440 @412 @17))
+@462 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @369) ->
+  (hfn : @388) -> (hwt : @396) -> (hbind : @408) -> (hF : @418) -> (hA : @424) -> @447
+@464 := LexLeanPreservation.Rust.compose @0
+@465 := @362 @0
+@470 := (n : @63) -> @465 @153 @147 @17 @139
+@471 := @380 @85
+@474 := @373 (@471 @139) @387
+@478 := @119 @363 @153 @141 @395
+@479 := @419 @0
+@482 := @479 @389 @153 @141
+@496 := {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @470) ->
+  (hfn : @474) -> (hwt : @478) -> (hbind : @408) -> (hF : @418) -> (hA : @482) -> @447
+@497 := @464 @1
+@498 := @465 @1
+@502 := (n : @63) -> @498 @147 @17 @139
+@505 := @127 @153 @141 @395
+@506 := @411 @1
+@509 := @410 (@506 @363) @417
+@510 := @436 @1
+@520 := (hbind : @408) ->
+  (hF : @509) -> (hA : @482) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@510 @440 @412 @17))
+@530 := {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @502) -> (hfn : @474) -> (hwt : @505) -> @520
+@531 := @497 @2
+@533 := @498 @2 @17
+@535 := (n : @63) -> @533 @139
+@536 := @133 @141
+@537 := @536 @395
+@546 := {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @535) -> (hfn : @474) -> (hwt : @537) -> @520
+@547 := @531 @73
+@549 := (n : @63) -> @533 @73
+@550 := @471 @73
+@551 := @373 @550
+@552 := @551 @387
+@553 := @506 @73
+@554 := @410 @553
+@555 := @554 @417
+@556 := @479 @73
+@558 := @556 @153 @141
+@560 := @510 (@439 @73)
+@568 := (hF : @555) -> (hA : @558) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 @412 @17))
+@577 := {fn : @83} ->
+  {args : @137} ->
+  {env : @361} ->
+  {F : @335} -> {o : @337} -> (hB : @549) -> (hfn : @552) -> (hwt : @537) -> (hbind : @408) -> @568
+@578 := @547 @103
+@580 := @551 (@386 @103)
+@581 := @394 @103
+@582 := @536 @581
+@584 := @399 (@400 @103)
+@596 := {args : @137} ->
+  {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @549) -> (hfn : @580) -> (hwt : @582) -> (hbind : @398 (@584 @139 @76) @407) -> @568
+@597 := @578 @62
+@599 := @283 (@230 @57)
+@601 := @133 @599 @581
+@603 := @58 (@5 @153)
+@605 := @603 (@283 @57)
+@609 := @398 (@584 @605 @76) @407
+@611 := @58 (@5 @389)
+@613 := @58 (@5 @363)
+@615 := @611 (@613 @57)
+@617 := @556 @615 @141
+@619 := @58 (@5 @420)
+@622 := @58 (@5 #12)
+@639 := {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @601) ->
+  (hbind : @609) ->
+  (hF : @555) ->
+  (hA : @617) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@619 (@622 @57)) @17))
+@640 := @597 @81
+@642 := @230 (@244 @57)
+@644 := @133 @642 @581
+@655 := @398 (@584 @599 @76) (@406 (@77 (@71 @229) (@77 (@74 @282) @76)))
+@657 := @613 (@603 @57)
+@659 := @556 @657 @141
+@661 := @58 (@5 @412)
+@677 := {F : @335} ->
+  {o : @337} ->
+  (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @644) ->
+  (hbind : @655) ->
+  (hF : @555) ->
+  (hA : @659) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@622 (@661 @57)) @17))
+@678 := @640 @82
+@679 := @302 @581
+@690 := @398 (@584 @642 @76) (@406 (@77 (@71 @243) (@77 (@74 @229) @76)))
+@692 := @554 (@416 @82)
+@694 := @556 @605 @141
+@695 := @431 @82
+@713 := {o : @337} ->
+  (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @679) ->
+  (hbind : @690) ->
+  (hF : @692) ->
+  (hA : @694) ->
+  (hne : @426) -> @429 (fun (ro : @428) => @430 (@695 @153 @17) (@560 (@661 (@611 @57)) @17))
+@714 := @678 @324
+@715 := @309 @581
+@726 := @398 (@584 @301 @76) (@406 (@77 (@71 @226) (@77 (@74 @243) @76)))
+@727 := @556 @599
+@729 := @322 @147 @139
+@730 := @727 @729
+@732 := @322 @153 @147
+@751 := (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @715) ->
+  (hbind : @726) ->
+  (hF : @692) ->
+  (hA : @730) ->
+  (hne : @338 @732 @343) ->
+  @429 (fun (ro : @428) => @430 (@695 (@322 @389 @363) @17) (@560 @615 @17))
+@752 := @714 @107
+@753 := @316 @581
+@764 := @398 (@584 @308 @76) (@406 (@77 (@71 @240) (@77 (@74 @226) @76)))
+@765 := @556 @642
+@767 := @322 @139 @141
+@786 := (hfn : @580) ->
+  (hwt : @753) ->
+  (hbind : @764) ->
+  (hF : @692) ->
+  (hA : @765 @767) ->
+  (hne : @338 @729 @343) ->
+  @429 (fun (ro : @428) => @430 (@695 (@322 @363 @153) @17) (@560 @657 @17))
+@787 := Eq.refl.{1}
+@790 := @752 (@787 @372 @550)
+@791 := @320 @581
+@802 := @398 (@584 @315 @76) (@406 (@77 (@71 @6) (@77 (@74 @240) @76)))
+@803 := @556 @301
+@805 := @322 @141 @143
+@821 := (hwt : @791) ->
+  (hbind : @802) ->
+  (hF : @692) ->
+  (hA : @803 @805) ->
+  (hne : @338 @767 @343) -> @429 (fun (ro : @428) => @430 (@695 @732 @17) (@560 @605 @17))
+@822 := @790 @319
+@824 := @584 @62 @76
+@827 := @398 @824 (@406 @81)
+@828 := @556 @308
+@830 := @322 @143 @12
+@845 := (hbind : @827) ->
+  (hF : @692) ->
+  (hA : @828 @830) ->
+  (hne : @338 @805 @343) -> @429 (fun (ro : @428) => @430 (@695 @729 @17) (@560 @599 @17))
+@848 := @822 (@787 @397 @824)
+@849 := @556 @315
+@851 := @322 @12 @4
+@865 := (hF : @692) ->
+  (hA : @849 @851) ->
+  (hne : @338 @830 @343) -> @429 (fun (ro : @428) => @430 (@695 @767 @17) (@560 @642 @17))
+@868 := @848 (@787 @409 @553)
+@882 := (hA : @556 @62 @324) ->
+  (hne : @338 @851 @343) -> @429 (fun (ro : @428) => @430 (@695 @805 @17) (@560 @301 @17))
+@883 := @868 @334
+@894 := (hne : @338 @324 @343) -> @429 (fun (ro : @428) => @430 (@695 @830 @17) (@560 @308 @17))
+@895 := @883 @356
+@901 := @430 (@695 @851 @17) (@560 @315 @17)
+@903 := @429 (fun (ro : @428) => @901)
+@905 := @429 (fun (__e_ro : @428) => @901)
+@910 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@911 := (__e_hrep : @910) -> @905
+@912 := fun (__e_hrep : @910) => @895
+@913 := (b : @3) -> @911
+@914 := fun (b : @3) => @912
+@915 := (a : @3) -> @913
+@916 := fun (a : @3) => @914
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..8081eb178
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustStd.lex.tex
@@ -0,0 +1,463 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.root : @915 := @916 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.flags
+@3 := Int
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.int
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.int
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_int @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Nat
+@66 := Prod.{0, 0} @63 @54
+@67 := 1
+@70 := Prod.mk.{0, 0} @63 @54
+@71 := @70 @67
+@72 := @71 @50
+@73 := 0
+@74 := @70 @73
+@75 := @74 @6
+@76 := @55 @66
+@77 := @56 @66
+@79 := @77 @75 @76
+@81 := @77 @72 @79
+@82 := Bool.true
+@83 := LexLeanTarget.TargetSyntax.Function
+@84 := LexLeanTarget.TargetSyntax.Program.functions
+@85 := @84 @0
+@86 := LexLeanTarget.TargetSyntax.Ty
+@87 := @55 @63
+@88 := @55 @86
+@89 := LexLeanTarget.TargetSyntax.Ty.unit
+@90 := LexLeanTarget.TargetSyntax.Value.unit
+@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
+@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
+@103 := List.getD.{0} @83 @85 @73 @98
+@107 := fun (__e_n : @63) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.root @17 @73
+@108 := LexLeanPreservation.Rust.WTL
+@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
+@118 := LexLeanPreservation.Rust.wtl_nil @0
+@119 := @108 @0
+@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
+@126 := @118 @1
+@127 := @119 @1
+@131 := {A : @10} -> @127 @17 @57 @88
+@132 := @126 @2
+@133 := @127 @2
+@134 := @133 @57
+@135 := @134 @88
+@136 := List.{0}
+@137 := @136 @54
+@138 := @136 @86
+@139 := #6
+@140 := @11 @139
+@141 := #5
+@142 := @140 @141
+@143 := #4
+@146 := @142 @143 @12 @4
+@147 := #7
+@152 := @108 @147 @139 @141 @4 @15
+@153 := #8
+@156 := @108 @153 @147 @139
+@158 := @58 @141 @12
+@159 := @156 @158
+@160 := @56 @86
+@162 := @160 @143 @4
+@172 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
+@174 := LexLeanPreservation.Rust.wtl_cons @0
+@194 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} ->
+  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
+@195 := @174 @1
+@211 := {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
+@212 := @195 @2
+@214 := @43 @12 @4
+@216 := @133 @4 @15
+@224 := {v : @54} ->
+  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
+@225 := @212 @50
+@226 := @5 @143
+@227 := @43 @226
+@228 := @227 @4
+@229 := @5 @139
+@230 := @58 @229
+@232 := @133 (@230 @12)
+@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
+@239 := @225 @7
+@240 := @5 @12
+@242 := @43 @240 @7
+@243 := @5 @141
+@244 := @58 @243
+@246 := @133 (@244 @12)
+@247 := @160 @7
+@248 := @247 @4
+@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
+@254 := @239 @57
+@255 := @134 @15
+@256 := @58 @226
+@257 := @256 @57
+@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
+@263 := @254 @88
+@264 := @58 @240
+@265 := @264 @57
+@266 := @133 @265
+@267 := @247 @88
+@270 := (h : @53) -> (hs : @135) -> @266 @267
+@271 := @263 @51
+@272 := @61 @57
+@274 := @133 @272 @267
+@275 := (hs : @135) -> @274
+@276 := @271 @132
+@278 := @133 @60 @267
+@279 := @212 @6
+@281 := @43 @243 @4
+@282 := @5 @147
+@283 := @58 @282
+@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
+@292 := @279 @7
+@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
+@299 := @292 @60
+@300 := @266 @15
+@301 := @244 @257
+@302 := @133 @301
+@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
+@307 := @299 @267
+@308 := @256 @265
+@309 := @133 @308
+@310 := @247 @267
+@313 := (h : @49) -> (hs : @274) -> @309 @310
+@314 := @307 @47
+@315 := @264 @272
+@316 := @133 @315
+@318 := (hs : @278) -> @316 @310
+@319 := @314 @276
+@320 := @133 @62
+@321 := @320 @310
+@322 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.denote
+@324 := @322 @4 @15
+@325 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.__fits_0
+@327 := @325 @4 @15
+@331 := @5 (Coverage.Main.intOps @4 @15)
+@334 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.root @4 @15
+@335 := Bool
+@336 := Ne.{1}
+@337 := LexLeanPreservation.Obs
+@338 := @336 @337
+@339 := LexLeanPreservation.Rel
+@342 := @338 (@339 @15 @17)
+@343 := LexLeanPreservation.Obs.stuck
+@346 := (f : @335) -> (v : @54) -> @342 @343
+@348 := LexLeanPreservation.Rust.rel_ne_stuck @327
+@355 := (v : @54) -> @338 (@339 (@325 @12 @4) @17) @343
+@356 := @348 @331
+@360 := @338 (@339 @327 @331) @343
+@361 := @136 @66
+@362 := LexLeanPreservation.Rust.FunSem
+@363 := #9
+@369 := (n : @63) -> @362 @363 @153 @147 @17 @139
+@370 := Eq.{1}
+@371 := Option.{0}
+@372 := @371 @83
+@373 := @370 @372
+@380 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
+@384 := @373 (@380 (@84 @363) @139)
+@385 := Option.some.{0}
+@386 := @385 @83
+@387 := @386 @141
+@388 := @384 @387
+@389 := #10
+@393 := @108 @389 @363 @153 @141
+@394 := LexLeanTarget.TargetSyntax.Function.types
+@395 := @394 @139
+@396 := @393 @395
+@397 := @371 @361
+@398 := @370 @397
+@399 := LexLeanTarget.TargetSemantics.bindAll
+@400 := LexLeanTarget.TargetSyntax.Function.parameters
+@405 := @398 (@399 (@400 @147) @139 @76)
+@406 := @385 @361
+@407 := @406 @141
+@408 := @405 @407
+@409 := @371 @335
+@410 := @370 @409
+@411 := LexLeanPreservation.Rust.fnFallible
+@412 := #11
+@415 := @410 (@411 @412 @363)
+@416 := @385 @335
+@417 := @416 @141
+@418 := @415 @417
+@419 := LexLeanPreservation.RunConv
+@420 := #13
+@424 := @419 @420 @389 @153 @141
+@426 := @338 @139 @343
+@427 := Exists.{1}
+@428 := LexLeanPreservation.Rust.ROut
+@429 := @427 @428
+@430 := And
+@431 := LexLeanPreservation.Rust.RealizesFn
+@435 := @430 (@431 @363 @153 @17)
+@436 := LexLeanPreservation.Rust.RCI
+@438 := @436 #15
+@439 := LexLeanPreservation.Rust.fnIdent
+@440 := @439 @420
+@447 := (hne : @426) -> @429 (fun (ro : @428) => @435 (@438 @440 @412 @17))
+@462 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @369) ->
+  (hfn : @388) -> (hwt : @396) -> (hbind : @408) -> (hF : @418) -> (hA : @424) -> @447
+@464 := LexLeanPreservation.Rust.compose @0
+@465 := @362 @0
+@470 := (n : @63) -> @465 @153 @147 @17 @139
+@471 := @380 @85
+@474 := @373 (@471 @139) @387
+@478 := @119 @363 @153 @141 @395
+@479 := @419 @0
+@482 := @479 @389 @153 @141
+@496 := {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @470) ->
+  (hfn : @474) -> (hwt : @478) -> (hbind : @408) -> (hF : @418) -> (hA : @482) -> @447
+@497 := @464 @1
+@498 := @465 @1
+@502 := (n : @63) -> @498 @147 @17 @139
+@505 := @127 @153 @141 @395
+@506 := @411 @1
+@509 := @410 (@506 @363) @417
+@510 := @436 @1
+@520 := (hbind : @408) ->
+  (hF : @509) -> (hA : @482) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@510 @440 @412 @17))
+@530 := {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @502) -> (hfn : @474) -> (hwt : @505) -> @520
+@531 := @497 @2
+@533 := @498 @2 @17
+@535 := (n : @63) -> @533 @139
+@536 := @133 @141
+@537 := @536 @395
+@546 := {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @535) -> (hfn : @474) -> (hwt : @537) -> @520
+@547 := @531 @73
+@549 := (n : @63) -> @533 @73
+@550 := @471 @73
+@551 := @373 @550
+@552 := @551 @387
+@553 := @506 @73
+@554 := @410 @553
+@555 := @554 @417
+@556 := @479 @73
+@558 := @556 @153 @141
+@560 := @510 (@439 @73)
+@568 := (hF : @555) -> (hA : @558) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 @412 @17))
+@577 := {fn : @83} ->
+  {args : @137} ->
+  {env : @361} ->
+  {F : @335} -> {o : @337} -> (hB : @549) -> (hfn : @552) -> (hwt : @537) -> (hbind : @408) -> @568
+@578 := @547 @103
+@580 := @551 (@386 @103)
+@581 := @394 @103
+@582 := @536 @581
+@584 := @399 (@400 @103)
+@596 := {args : @137} ->
+  {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @549) -> (hfn : @580) -> (hwt : @582) -> (hbind : @398 (@584 @139 @76) @407) -> @568
+@597 := @578 @62
+@599 := @283 (@230 @57)
+@601 := @133 @599 @581
+@603 := @58 (@5 @153)
+@605 := @603 (@283 @57)
+@609 := @398 (@584 @605 @76) @407
+@611 := @58 (@5 @389)
+@613 := @58 (@5 @363)
+@615 := @611 (@613 @57)
+@617 := @556 @615 @141
+@619 := @58 (@5 @420)
+@622 := @58 (@5 #12)
+@639 := {env : @361} ->
+  {F : @335} ->
+  {o : @337} ->
+  (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @601) ->
+  (hbind : @609) ->
+  (hF : @555) ->
+  (hA : @617) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@619 (@622 @57)) @17))
+@640 := @597 @81
+@642 := @230 (@244 @57)
+@644 := @133 @642 @581
+@655 := @398 (@584 @599 @76) (@406 (@77 (@71 @229) (@77 (@74 @282) @76)))
+@657 := @613 (@603 @57)
+@659 := @556 @657 @141
+@661 := @58 (@5 @412)
+@677 := {F : @335} ->
+  {o : @337} ->
+  (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @644) ->
+  (hbind : @655) ->
+  (hF : @555) ->
+  (hA : @659) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@622 (@661 @57)) @17))
+@678 := @640 @82
+@679 := @302 @581
+@690 := @398 (@584 @642 @76) (@406 (@77 (@71 @243) (@77 (@74 @229) @76)))
+@692 := @554 (@416 @82)
+@694 := @556 @605 @141
+@695 := @431 @82
+@713 := {o : @337} ->
+  (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @679) ->
+  (hbind : @690) ->
+  (hF : @692) ->
+  (hA : @694) ->
+  (hne : @426) -> @429 (fun (ro : @428) => @430 (@695 @153 @17) (@560 (@661 (@611 @57)) @17))
+@714 := @678 @324
+@715 := @309 @581
+@726 := @398 (@584 @301 @76) (@406 (@77 (@71 @226) (@77 (@74 @243) @76)))
+@727 := @556 @599
+@729 := @322 @147 @139
+@730 := @727 @729
+@732 := @322 @153 @147
+@751 := (hB : @549) ->
+  (hfn : @580) ->
+  (hwt : @715) ->
+  (hbind : @726) ->
+  (hF : @692) ->
+  (hA : @730) ->
+  (hne : @338 @732 @343) ->
+  @429 (fun (ro : @428) => @430 (@695 (@322 @389 @363) @17) (@560 @615 @17))
+@752 := @714 @107
+@753 := @316 @581
+@764 := @398 (@584 @308 @76) (@406 (@77 (@71 @240) (@77 (@74 @226) @76)))
+@765 := @556 @642
+@767 := @322 @139 @141
+@786 := (hfn : @580) ->
+  (hwt : @753) ->
+  (hbind : @764) ->
+  (hF : @692) ->
+  (hA : @765 @767) ->
+  (hne : @338 @729 @343) ->
+  @429 (fun (ro : @428) => @430 (@695 (@322 @363 @153) @17) (@560 @657 @17))
+@787 := Eq.refl.{1}
+@790 := @752 (@787 @372 @550)
+@791 := @320 @581
+@802 := @398 (@584 @315 @76) (@406 (@77 (@71 @6) (@77 (@74 @240) @76)))
+@803 := @556 @301
+@805 := @322 @141 @143
+@821 := (hwt : @791) ->
+  (hbind : @802) ->
+  (hF : @692) ->
+  (hA : @803 @805) ->
+  (hne : @338 @767 @343) -> @429 (fun (ro : @428) => @430 (@695 @732 @17) (@560 @605 @17))
+@822 := @790 @319
+@824 := @584 @62 @76
+@827 := @398 @824 (@406 @81)
+@828 := @556 @308
+@830 := @322 @143 @12
+@845 := (hbind : @827) ->
+  (hF : @692) ->
+  (hA : @828 @830) ->
+  (hne : @338 @805 @343) -> @429 (fun (ro : @428) => @430 (@695 @729 @17) (@560 @599 @17))
+@848 := @822 (@787 @397 @824)
+@849 := @556 @315
+@851 := @322 @12 @4
+@865 := (hF : @692) ->
+  (hA : @849 @851) ->
+  (hne : @338 @830 @343) -> @429 (fun (ro : @428) => @430 (@695 @767 @17) (@560 @642 @17))
+@868 := @848 (@787 @409 @553)
+@882 := (hA : @556 @62 @324) ->
+  (hne : @338 @851 @343) -> @429 (fun (ro : @428) => @430 (@695 @805 @17) (@560 @301 @17))
+@883 := @868 @334
+@894 := (hne : @338 @324 @343) -> @429 (fun (ro : @428) => @430 (@695 @830 @17) (@560 @308 @17))
+@895 := @883 @356
+@901 := @430 (@695 @851 @17) (@560 @315 @17)
+@903 := @429 (fun (ro : @428) => @901)
+@905 := @429 (fun (__e_ro : @428) => @901)
+@910 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@911 := (__e_hrep : @910) -> @905
+@912 := fun (__e_hrep : @910) => @895
+@913 := (b : @3) -> @911
+@914 := fun (b : @3) => @912
+@915 := (a : @3) -> @913
+@916 := fun (a : @3) => @914
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustCore.lean
new file mode 100644
index 000000000..5f6871455
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.int, .int], result := .int,
+      body := (.prim .intSub [(.prim .intMul [(.var 0), (.value .int (.int (-3)))]), (.prim .intNeg [(.prim .intRem [(.prim .intQuot [(.var 0), (.var 1), (.value .int (.int 1))]), (.var 1), (.value .int (.int 0))])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible .int) (.mk [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))], (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false), [(1, .int, (some 1)), (0, .int, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustStd.lean
new file mode 100644
index 000000000..2d46e6d7d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.int, .int], result := .int,
+      body := (.prim .intSub [(.prim .intMul [(.var 0), (.value .int (.int (-3)))]), (.prim .intNeg [(.prim .intRem [(.prim .intQuot [(.var 0), (.var 1), (.value .int (.int 1))]), (.var 1), (.value .int (.int 0))])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible .int) (.mk [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))], (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false), [(1, .int, (some 1)), (0, .int, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12.lean
index 1f443097b..e300cfce6 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [{ constructors := [[.nat], [.nat, .nat], []] }], functions := [
@@ -51,4 +51,4 @@ def denote (w : Nat) (h : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (w : Nat) (h : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (_root_.LexLeanTarget.TargetSyntax.Value.nat h)] (_root_.LexLeanPreservation.Rel (__fits_0 w h) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Main.shapes w h))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 w h)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..00fa03ad4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustCore.lex.tex
@@ -0,0 +1,578 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.__wt_0 : @16 := @482 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.root : @1157 := @1158 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.flags
+@3 := Coverage.Types.Shape
+@4 := #0
+@6 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.__enc_0 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value.nat
+@19 := @18 @4
+@20 := LexLeanTarget.TargetSyntax.Ty.nat
+@21 := LexLeanTarget.TargetSyntax.Program
+@22 := LexLeanPreservation.Rust.RCrate
+@23 := LexLeanPreservation.Rust.Flags
+@24 := Nat
+@25 := #3
+@26 := @7 @25
+@27 := #2
+@28 := @26 @27
+@29 := #1
+@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
+@38 := LexLeanPreservation.Rust.wt_nat @0
+@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
+@46 := @38 @1
+@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
+@52 := @46 @2
+@54 := @13 @19 @20
+@55 := (n : @24) -> @54
+@56 := @52 @4
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := LexLeanTarget.TargetSyntax.Ty
+@59 := List.nil.{0}
+@60 := List.cons.{0}
+@61 := @59 @57
+@62 := @60 @57
+@64 := @62 @19 @61
+@65 := @59 @58
+@66 := @60 @58
+@67 := @66 @20
+@68 := @67 @65
+@69 := LexLeanPreservation.Rust.WTL
+@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
+@79 := LexLeanPreservation.Rust.wtl_nil @0
+@80 := @69 @0
+@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
+@87 := @79 @1
+@88 := @80 @1
+@92 := {A : @23} -> @88 @4 @61 @65
+@93 := @87 @2
+@94 := @88 @2
+@95 := @94 @61
+@96 := @95 @65
+@97 := List.{0}
+@98 := @97 @57
+@99 := @97 @58
+@100 := #6
+@101 := @7 @100
+@102 := #5
+@103 := @101 @102
+@104 := #4
+@107 := @103 @104 @25 @27
+@108 := #7
+@113 := @69 @108 @100 @102 @27 @29
+@114 := #8
+@117 := @69 @114 @108 @100
+@119 := @62 @102 @25
+@120 := @117 @119
+@122 := @66 @104 @27
+@132 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
+@134 := LexLeanPreservation.Rust.wtl_cons @0
+@138 := @11 @102 @104 @25 @27
+@142 := @80 @100 @102 @27 @29
+@154 := {c : @22} ->
+  {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
+@155 := @134 @1
+@158 := @12 @104 @25 @27
+@161 := @88 @102 @27 @29
+@171 := {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
+@172 := @155 @2
+@174 := @13 @25 @27
+@176 := @94 @27 @29
+@184 := {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
+@185 := @172 @19
+@186 := @18 @25
+@187 := @13 @186
+@188 := @187 @27
+@189 := @18 @102
+@190 := @62 @189
+@192 := @94 (@190 @25)
+@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
+@199 := @185 @20
+@200 := @18 @27
+@202 := @13 @200 @20
+@203 := @18 @104
+@204 := @62 @203
+@206 := @94 (@204 @25)
+@207 := @67 @27
+@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
+@213 := @199 @61
+@214 := @18 @29
+@216 := @13 @214 @20
+@217 := @95 @29
+@218 := @62 @186
+@219 := @218 @61
+@220 := @94 @219
+@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
+@225 := @213 @65
+@226 := @62 @200
+@227 := @226 @61
+@228 := @94 @227
+@229 := @228 @68
+@231 := (h : @54) -> (hs : @96) -> @229
+@232 := @225 @56
+@233 := @62 @214
+@234 := @233 @61
+@236 := @94 @234 @68
+@237 := (hs : @96) -> @236
+@238 := @232 @93
+@240 := @94 @64 @68
+@241 := Eq.{1}
+@242 := Option.{0}
+@243 := @242 @99
+@244 := @241 @243
+@245 := LexLeanPreservation.Rust.adtFields
+@249 := @244 (@245 @100 @25 @27)
+@250 := Option.some.{0}
+@251 := @250 @99
+@252 := @251 @4
+@253 := @249 @252
+@256 := @7 @114 @108 @100
+@257 := LexLeanTarget.TargetSyntax.Value.adt
+@259 := @257 @104 @25
+@260 := @256 @259
+@261 := @8 @102
+@271 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
+@273 := LexLeanPreservation.Rust.wt_adt @0
+@274 := @245 @0
+@278 := @244 (@274 @25 @27) @252
+@290 := {c : @22} ->
+  {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
+@291 := @273 @1
+@301 := {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
+@302 := @291 @2
+@303 := @13 @259
+@310 := {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
+@311 := @302 @9
+@312 := @274 @9
+@321 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
+@322 := @311 @9
+@323 := @312 @9
+@324 := @244 @323
+@325 := @324 @252
+@326 := @257 @9
+@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
+@334 := @322 @64
+@335 := @228 @29
+@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
+@342 := @334 @68
+@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
+@350 := Eq.refl.{1}
+@351 := @350 @243
+@353 := @342 (@351 @323)
+@357 := (hf : @240) -> @13 (@326 @234) @10
+@358 := @353 @238
+@361 := @13 (@326 @64) @10
+@362 := fun (__x0 : @24) => @358
+@363 := @52 @29
+@364 := @233 @64
+@365 := @67 @68
+@366 := @172 @214
+@367 := @13 @203
+@368 := @367 @27
+@369 := @18 @100
+@370 := @62 @369
+@372 := @94 (@370 @25)
+@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
+@379 := @366 @20
+@380 := @187 @20
+@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
+@386 := @379 @64
+@387 := @204 @219
+@388 := @94 @387
+@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
+@393 := @386 @68
+@394 := @218 @227
+@395 := @94 @394
+@398 := (h : @216) -> (hs : @236) -> @395 @365
+@399 := @393 @363
+@400 := @226 @234
+@401 := @94 @400
+@402 := @401 @365
+@403 := (hs : @240) -> @402
+@404 := @399 @238
+@406 := @94 @364 @365
+@407 := 1
+@408 := @311 @407
+@409 := @312 @407
+@410 := @244 @409
+@411 := @410 @252
+@412 := @257 @407
+@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
+@420 := @408 @364
+@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
+@428 := @420 @365
+@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
+@437 := @428 (@351 @409)
+@441 := (hf : @406) -> @13 (@412 @400) @10
+@442 := @437 @404
+@445 := @13 (@412 @364) @10
+@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
+@448 := 2
+@449 := @311 @448
+@450 := @312 @448
+@451 := @244 @450
+@452 := @451 @252
+@453 := @257 @448
+@460 := {fs : @98} -> {tys : @99} -> (h : @452) -> (hf : @176) -> @13 (@453 @25) @10
+@461 := @449 @61
+@464 := @13 (@453 @61) @10
+@467 := {tys : @99} -> (h : @452) -> (hf : @217) -> @464
+@468 := @461 @65
+@472 := (h : @451 (@251 @65)) -> (hf : @96) -> @464
+@475 := @468 (@351 @450) @93
+@482 := fun (__v : @3) => Coverage.Types.Shape.casesOn.{0} @17 @4 @362 @447 @475
+@483 := @52 @27
+@486 := Prod.{0, 0} @24 @57
+@489 := Prod.mk.{0, 0} @24 @57
+@490 := @489 @407
+@491 := @490 @214
+@492 := @489 @9
+@493 := @492 @200
+@494 := @59 @486
+@495 := @60 @486
+@497 := @495 @493 @494
+@499 := @495 @491 @497
+@500 := Bool.true
+@501 := LexLeanTarget.TargetSyntax.Function
+@502 := LexLeanTarget.TargetSyntax.Program.functions
+@503 := @502 @0
+@504 := @59 @24
+@505 := LexLeanTarget.TargetSyntax.Ty.unit
+@506 := LexLeanTarget.TargetSyntax.Value.unit
+@509 := LexLeanTarget.TargetSyntax.Expr.value @505 @506
+@514 := LexLeanTarget.TargetSyntax.Function.mk @504 @65 @505 @509
+@519 := List.getD.{0} @501 @503 @9 @514
+@523 := fun (__e_n : @24) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.root @4 @9
+@524 := @379 @61
+@525 := @204 @61
+@530 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @525 @207
+@531 := @524 @65
+@534 := (h : @216) -> (hs : @96) -> @220 @68
+@536 := @531 @363 @93
+@537 := @172 @200
+@539 := @13 @189 @27
+@540 := @18 @108
+@541 := @62 @540
+@549 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @539) -> (hs : @176) -> @94 (@541 @25) @122
+@550 := @537 @20
+@556 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
+@557 := @550 @234
+@558 := @220 @29
+@559 := @190 @525
+@560 := @94 @559
+@564 := {ts : @99} -> (h : @380) -> (hs : @558) -> @560 @207
+@565 := @557 @68
+@568 := (h : @202) -> (hs : @229) -> @388 @365
+@570 := @565 @483 @536
+@571 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.denote
+@573 := @571 @27 @29
+@574 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.__fits_0
+@576 := @574 @27 @29
+@580 := @18 (Coverage.Main.shapes @27 @29)
+@583 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.root @27 @29
+@584 := Bool
+@585 := Ne.{1}
+@586 := LexLeanPreservation.Obs
+@587 := @585 @586
+@588 := LexLeanPreservation.Rel
+@591 := @587 (@588 @29 @4)
+@592 := LexLeanPreservation.Obs.stuck
+@595 := (f : @584) -> (v : @57) -> @591 @592
+@597 := LexLeanPreservation.Rust.rel_ne_stuck @576
+@604 := (v : @57) -> @587 (@588 (@574 @25 @27) @4) @592
+@605 := @597 @580
+@609 := @587 (@588 @576 @580) @592
+@610 := @97 @486
+@611 := LexLeanPreservation.Rust.FunSem
+@612 := #9
+@618 := (n : @24) -> @611 @612 @114 @108 @4 @100
+@619 := @242 @501
+@620 := @241 @619
+@627 := LexLeanRuntime.index (@97 @501) @501 (LexLeanRuntime.instIndexableList @501)
+@631 := @620 (@627 (@502 @612) @100)
+@632 := @250 @501
+@633 := @632 @102
+@634 := @631 @633
+@635 := #10
+@639 := @69 @635 @612 @114 @102
+@640 := LexLeanTarget.TargetSyntax.Function.types
+@641 := @640 @100
+@642 := @639 @641
+@643 := @242 @610
+@644 := @241 @643
+@645 := LexLeanTarget.TargetSemantics.bindAll
+@646 := LexLeanTarget.TargetSyntax.Function.parameters
+@651 := @644 (@645 (@646 @108) @100 @494)
+@652 := @250 @610
+@653 := @652 @102
+@654 := @651 @653
+@655 := @242 @584
+@656 := @241 @655
+@657 := LexLeanPreservation.Rust.fnFallible
+@658 := #11
+@661 := @656 (@657 @658 @612)
+@662 := @250 @584
+@663 := @662 @102
+@664 := @661 @663
+@665 := LexLeanPreservation.RunConv
+@666 := #13
+@670 := @665 @666 @635 @114 @102
+@672 := @587 @100 @592
+@673 := Exists.{1}
+@674 := LexLeanPreservation.Rust.ROut
+@675 := @673 @674
+@676 := And
+@677 := LexLeanPreservation.Rust.RealizesFn
+@681 := @676 (@677 @612 @114 @4)
+@682 := LexLeanPreservation.Rust.RCI
+@684 := @682 #15
+@685 := LexLeanPreservation.Rust.fnIdent
+@686 := @685 @666
+@693 := (hne : @672) -> @675 (fun (ro : @674) => @681 (@684 @686 @658 @4))
+@708 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @618) ->
+  (hfn : @634) -> (hwt : @642) -> (hbind : @654) -> (hF : @664) -> (hA : @670) -> @693
+@710 := LexLeanPreservation.Rust.compose @0
+@711 := @611 @0
+@716 := (n : @24) -> @711 @114 @108 @4 @100
+@717 := @627 @503
+@720 := @620 (@717 @100) @633
+@724 := @80 @612 @114 @102 @641
+@725 := @665 @0
+@728 := @725 @635 @114 @102
+@742 := {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @716) ->
+  (hfn : @720) -> (hwt : @724) -> (hbind : @654) -> (hF : @664) -> (hA : @728) -> @693
+@743 := @710 @1
+@744 := @711 @1
+@748 := (n : @24) -> @744 @108 @4 @100
+@751 := @88 @114 @102 @641
+@752 := @657 @1
+@755 := @656 (@752 @612) @663
+@756 := @682 @1
+@766 := (hbind : @654) ->
+  (hF : @755) -> (hA : @728) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@756 @686 @658 @4))
+@776 := {A : @23} ->
+  {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @748) -> (hfn : @720) -> (hwt : @751) -> @766
+@777 := @743 @2
+@779 := @744 @2 @4
+@781 := (n : @24) -> @779 @100
+@782 := @94 @102
+@783 := @782 @641
+@792 := {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @781) -> (hfn : @720) -> (hwt : @783) -> @766
+@793 := @777 @9
+@795 := (n : @24) -> @779 @9
+@796 := @717 @9
+@797 := @620 @796
+@798 := @797 @633
+@799 := @752 @9
+@800 := @656 @799
+@801 := @800 @663
+@802 := @725 @9
+@804 := @802 @114 @102
+@806 := @756 (@685 @9)
+@814 := (hF : @801) -> (hA : @804) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 @658 @4))
+@823 := {fn : @501} ->
+  {args : @98} ->
+  {env : @610} ->
+  {F : @584} -> {o : @586} -> (hB : @795) -> (hfn : @798) -> (hwt : @783) -> (hbind : @654) -> @814
+@824 := @793 @519
+@826 := @797 (@632 @519)
+@827 := @640 @519
+@828 := @782 @827
+@830 := @645 (@646 @519)
+@842 := {args : @98} ->
+  {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @795) -> (hfn : @826) -> (hwt : @828) -> (hbind : @644 (@830 @100 @494) @653) -> @814
+@843 := @824 @400
+@845 := @541 (@370 @61)
+@847 := @94 @845 @827
+@849 := @62 (@18 @114)
+@851 := @849 (@541 @61)
+@855 := @644 (@830 @851 @494) @653
+@857 := @62 (@18 @635)
+@859 := @62 (@18 @612)
+@861 := @857 (@859 @61)
+@863 := @802 @861 @102
+@865 := @62 (@18 @666)
+@868 := @62 (@18 #12)
+@885 := {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @847) ->
+  (hbind : @855) ->
+  (hF : @801) ->
+  (hA : @863) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@865 (@868 @61)) @4))
+@886 := @843 @499
+@888 := @370 (@190 @61)
+@890 := @94 @888 @827
+@901 := @644 (@830 @845 @494) (@652 (@495 (@490 @369) (@495 (@492 @540) @494)))
+@903 := @859 (@849 @61)
+@905 := @802 @903 @102
+@907 := @62 (@18 @658)
+@923 := {F : @584} ->
+  {o : @586} ->
+  (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @890) ->
+  (hbind : @901) ->
+  (hF : @801) ->
+  (hA : @905) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@868 (@907 @61)) @4))
+@924 := @886 @500
+@925 := @560 @827
+@936 := @644 (@830 @888 @494) (@652 (@495 (@490 @189) (@495 (@492 @369) @494)))
+@938 := @800 (@662 @500)
+@940 := @802 @851 @102
+@941 := @677 @500
+@959 := {o : @586} ->
+  (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @925) ->
+  (hbind : @936) ->
+  (hF : @938) ->
+  (hA : @940) ->
+  (hne : @672) -> @675 (fun (ro : @674) => @676 (@941 @114 @4) (@806 (@907 (@857 @61)) @4))
+@960 := @924 @573
+@961 := @388 @827
+@972 := @644 (@830 @559 @494) (@652 (@495 (@490 @203) (@495 (@492 @189) @494)))
+@973 := @802 @845
+@975 := @571 @108 @100
+@976 := @973 @975
+@978 := @571 @114 @108
+@997 := (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @961) ->
+  (hbind : @972) ->
+  (hF : @938) ->
+  (hA : @976) ->
+  (hne : @587 @978 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @635 @612) @4) (@806 @861 @4))
+@998 := @960 @523
+@999 := @395 @827
+@1010 := @644 (@830 @387 @494) (@652 (@495 (@490 @186) (@495 (@492 @203) @494)))
+@1011 := @802 @888
+@1013 := @571 @100 @102
+@1032 := (hfn : @826) ->
+  (hwt : @999) ->
+  (hbind : @1010) ->
+  (hF : @938) ->
+  (hA : @1011 @1013) ->
+  (hne : @587 @975 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @612 @114) @4) (@806 @903 @4))
+@1035 := @998 (@350 @619 @796)
+@1036 := @401 @827
+@1047 := @644 (@830 @394 @494) (@652 (@495 (@490 @200) (@495 (@492 @186) @494)))
+@1048 := @802 @559
+@1050 := @571 @102 @104
+@1066 := (hwt : @1036) ->
+  (hbind : @1047) ->
+  (hF : @938) ->
+  (hA : @1048 @1050) ->
+  (hne : @587 @1013 @592) -> @675 (fun (ro : @674) => @676 (@941 @978 @4) (@806 @851 @4))
+@1067 := @1035 @570
+@1069 := @830 @400 @494
+@1072 := @644 @1069 (@652 @499)
+@1073 := @802 @387
+@1075 := @571 @104 @25
+@1090 := (hbind : @1072) ->
+  (hF : @938) ->
+  (hA : @1073 @1075) ->
+  (hne : @587 @1050 @592) -> @675 (fun (ro : @674) => @676 (@941 @975 @4) (@806 @845 @4))
+@1093 := @1067 (@350 @643 @1069)
+@1094 := @802 @394
+@1096 := @571 @25 @27
+@1110 := (hF : @938) ->
+  (hA : @1094 @1096) ->
+  (hne : @587 @1075 @592) -> @675 (fun (ro : @674) => @676 (@941 @1013 @4) (@806 @888 @4))
+@1113 := @1093 (@350 @655 @799)
+@1127 := (hA : @802 @400 @573) ->
+  (hne : @587 @1096 @592) -> @675 (fun (ro : @674) => @676 (@941 @1050 @4) (@806 @559 @4))
+@1128 := @1113 @583
+@1139 := (hne : @587 @573 @592) -> @675 (fun (ro : @674) => @676 (@941 @1075 @4) (@806 @387 @4))
+@1140 := @1128 @605
+@1146 := @676 (@941 @1096 @4) (@806 @394 @4)
+@1148 := @675 (fun (ro : @674) => @1146)
+@1150 := @675 (fun (__e_ro : @674) => @1146)
+@1152 := LexLeanPreservation.Rust.RepresentableL @364
+@1153 := (__e_hrep : @1152) -> @1150
+@1154 := fun (__e_hrep : @1152) => @1140
+@1155 := (h : @24) -> @1153
+@1156 := fun (h : @24) => @1154
+@1157 := (w : @24) -> @1155
+@1158 := fun (w : @24) => @1156
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..3ca88eb5a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustStd.lex.tex
@@ -0,0 +1,578 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.__wt_0 : @16 := @482 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.root : @1157 := @1158 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.flags
+@3 := Coverage.Types.Shape
+@4 := #0
+@6 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.__enc_0 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value.nat
+@19 := @18 @4
+@20 := LexLeanTarget.TargetSyntax.Ty.nat
+@21 := LexLeanTarget.TargetSyntax.Program
+@22 := LexLeanPreservation.Rust.RCrate
+@23 := LexLeanPreservation.Rust.Flags
+@24 := Nat
+@25 := #3
+@26 := @7 @25
+@27 := #2
+@28 := @26 @27
+@29 := #1
+@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
+@38 := LexLeanPreservation.Rust.wt_nat @0
+@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
+@46 := @38 @1
+@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
+@52 := @46 @2
+@54 := @13 @19 @20
+@55 := (n : @24) -> @54
+@56 := @52 @4
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := LexLeanTarget.TargetSyntax.Ty
+@59 := List.nil.{0}
+@60 := List.cons.{0}
+@61 := @59 @57
+@62 := @60 @57
+@64 := @62 @19 @61
+@65 := @59 @58
+@66 := @60 @58
+@67 := @66 @20
+@68 := @67 @65
+@69 := LexLeanPreservation.Rust.WTL
+@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
+@79 := LexLeanPreservation.Rust.wtl_nil @0
+@80 := @69 @0
+@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
+@87 := @79 @1
+@88 := @80 @1
+@92 := {A : @23} -> @88 @4 @61 @65
+@93 := @87 @2
+@94 := @88 @2
+@95 := @94 @61
+@96 := @95 @65
+@97 := List.{0}
+@98 := @97 @57
+@99 := @97 @58
+@100 := #6
+@101 := @7 @100
+@102 := #5
+@103 := @101 @102
+@104 := #4
+@107 := @103 @104 @25 @27
+@108 := #7
+@113 := @69 @108 @100 @102 @27 @29
+@114 := #8
+@117 := @69 @114 @108 @100
+@119 := @62 @102 @25
+@120 := @117 @119
+@122 := @66 @104 @27
+@132 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
+@134 := LexLeanPreservation.Rust.wtl_cons @0
+@138 := @11 @102 @104 @25 @27
+@142 := @80 @100 @102 @27 @29
+@154 := {c : @22} ->
+  {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
+@155 := @134 @1
+@158 := @12 @104 @25 @27
+@161 := @88 @102 @27 @29
+@171 := {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
+@172 := @155 @2
+@174 := @13 @25 @27
+@176 := @94 @27 @29
+@184 := {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
+@185 := @172 @19
+@186 := @18 @25
+@187 := @13 @186
+@188 := @187 @27
+@189 := @18 @102
+@190 := @62 @189
+@192 := @94 (@190 @25)
+@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
+@199 := @185 @20
+@200 := @18 @27
+@202 := @13 @200 @20
+@203 := @18 @104
+@204 := @62 @203
+@206 := @94 (@204 @25)
+@207 := @67 @27
+@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
+@213 := @199 @61
+@214 := @18 @29
+@216 := @13 @214 @20
+@217 := @95 @29
+@218 := @62 @186
+@219 := @218 @61
+@220 := @94 @219
+@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
+@225 := @213 @65
+@226 := @62 @200
+@227 := @226 @61
+@228 := @94 @227
+@229 := @228 @68
+@231 := (h : @54) -> (hs : @96) -> @229
+@232 := @225 @56
+@233 := @62 @214
+@234 := @233 @61
+@236 := @94 @234 @68
+@237 := (hs : @96) -> @236
+@238 := @232 @93
+@240 := @94 @64 @68
+@241 := Eq.{1}
+@242 := Option.{0}
+@243 := @242 @99
+@244 := @241 @243
+@245 := LexLeanPreservation.Rust.adtFields
+@249 := @244 (@245 @100 @25 @27)
+@250 := Option.some.{0}
+@251 := @250 @99
+@252 := @251 @4
+@253 := @249 @252
+@256 := @7 @114 @108 @100
+@257 := LexLeanTarget.TargetSyntax.Value.adt
+@259 := @257 @104 @25
+@260 := @256 @259
+@261 := @8 @102
+@271 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
+@273 := LexLeanPreservation.Rust.wt_adt @0
+@274 := @245 @0
+@278 := @244 (@274 @25 @27) @252
+@290 := {c : @22} ->
+  {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
+@291 := @273 @1
+@301 := {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
+@302 := @291 @2
+@303 := @13 @259
+@310 := {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
+@311 := @302 @9
+@312 := @274 @9
+@321 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
+@322 := @311 @9
+@323 := @312 @9
+@324 := @244 @323
+@325 := @324 @252
+@326 := @257 @9
+@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
+@334 := @322 @64
+@335 := @228 @29
+@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
+@342 := @334 @68
+@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
+@350 := Eq.refl.{1}
+@351 := @350 @243
+@353 := @342 (@351 @323)
+@357 := (hf : @240) -> @13 (@326 @234) @10
+@358 := @353 @238
+@361 := @13 (@326 @64) @10
+@362 := fun (__x0 : @24) => @358
+@363 := @52 @29
+@364 := @233 @64
+@365 := @67 @68
+@366 := @172 @214
+@367 := @13 @203
+@368 := @367 @27
+@369 := @18 @100
+@370 := @62 @369
+@372 := @94 (@370 @25)
+@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
+@379 := @366 @20
+@380 := @187 @20
+@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
+@386 := @379 @64
+@387 := @204 @219
+@388 := @94 @387
+@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
+@393 := @386 @68
+@394 := @218 @227
+@395 := @94 @394
+@398 := (h : @216) -> (hs : @236) -> @395 @365
+@399 := @393 @363
+@400 := @226 @234
+@401 := @94 @400
+@402 := @401 @365
+@403 := (hs : @240) -> @402
+@404 := @399 @238
+@406 := @94 @364 @365
+@407 := 1
+@408 := @311 @407
+@409 := @312 @407
+@410 := @244 @409
+@411 := @410 @252
+@412 := @257 @407
+@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
+@420 := @408 @364
+@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
+@428 := @420 @365
+@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
+@437 := @428 (@351 @409)
+@441 := (hf : @406) -> @13 (@412 @400) @10
+@442 := @437 @404
+@445 := @13 (@412 @364) @10
+@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
+@448 := 2
+@449 := @311 @448
+@450 := @312 @448
+@451 := @244 @450
+@452 := @451 @252
+@453 := @257 @448
+@460 := {fs : @98} -> {tys : @99} -> (h : @452) -> (hf : @176) -> @13 (@453 @25) @10
+@461 := @449 @61
+@464 := @13 (@453 @61) @10
+@467 := {tys : @99} -> (h : @452) -> (hf : @217) -> @464
+@468 := @461 @65
+@472 := (h : @451 (@251 @65)) -> (hf : @96) -> @464
+@475 := @468 (@351 @450) @93
+@482 := fun (__v : @3) => Coverage.Types.Shape.casesOn.{0} @17 @4 @362 @447 @475
+@483 := @52 @27
+@486 := Prod.{0, 0} @24 @57
+@489 := Prod.mk.{0, 0} @24 @57
+@490 := @489 @407
+@491 := @490 @214
+@492 := @489 @9
+@493 := @492 @200
+@494 := @59 @486
+@495 := @60 @486
+@497 := @495 @493 @494
+@499 := @495 @491 @497
+@500 := Bool.true
+@501 := LexLeanTarget.TargetSyntax.Function
+@502 := LexLeanTarget.TargetSyntax.Program.functions
+@503 := @502 @0
+@504 := @59 @24
+@505 := LexLeanTarget.TargetSyntax.Ty.unit
+@506 := LexLeanTarget.TargetSyntax.Value.unit
+@509 := LexLeanTarget.TargetSyntax.Expr.value @505 @506
+@514 := LexLeanTarget.TargetSyntax.Function.mk @504 @65 @505 @509
+@519 := List.getD.{0} @501 @503 @9 @514
+@523 := fun (__e_n : @24) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.root @4 @9
+@524 := @379 @61
+@525 := @204 @61
+@530 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @525 @207
+@531 := @524 @65
+@534 := (h : @216) -> (hs : @96) -> @220 @68
+@536 := @531 @363 @93
+@537 := @172 @200
+@539 := @13 @189 @27
+@540 := @18 @108
+@541 := @62 @540
+@549 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @539) -> (hs : @176) -> @94 (@541 @25) @122
+@550 := @537 @20
+@556 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
+@557 := @550 @234
+@558 := @220 @29
+@559 := @190 @525
+@560 := @94 @559
+@564 := {ts : @99} -> (h : @380) -> (hs : @558) -> @560 @207
+@565 := @557 @68
+@568 := (h : @202) -> (hs : @229) -> @388 @365
+@570 := @565 @483 @536
+@571 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.denote
+@573 := @571 @27 @29
+@574 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.__fits_0
+@576 := @574 @27 @29
+@580 := @18 (Coverage.Main.shapes @27 @29)
+@583 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.root @27 @29
+@584 := Bool
+@585 := Ne.{1}
+@586 := LexLeanPreservation.Obs
+@587 := @585 @586
+@588 := LexLeanPreservation.Rel
+@591 := @587 (@588 @29 @4)
+@592 := LexLeanPreservation.Obs.stuck
+@595 := (f : @584) -> (v : @57) -> @591 @592
+@597 := LexLeanPreservation.Rust.rel_ne_stuck @576
+@604 := (v : @57) -> @587 (@588 (@574 @25 @27) @4) @592
+@605 := @597 @580
+@609 := @587 (@588 @576 @580) @592
+@610 := @97 @486
+@611 := LexLeanPreservation.Rust.FunSem
+@612 := #9
+@618 := (n : @24) -> @611 @612 @114 @108 @4 @100
+@619 := @242 @501
+@620 := @241 @619
+@627 := LexLeanRuntime.index (@97 @501) @501 (LexLeanRuntime.instIndexableList @501)
+@631 := @620 (@627 (@502 @612) @100)
+@632 := @250 @501
+@633 := @632 @102
+@634 := @631 @633
+@635 := #10
+@639 := @69 @635 @612 @114 @102
+@640 := LexLeanTarget.TargetSyntax.Function.types
+@641 := @640 @100
+@642 := @639 @641
+@643 := @242 @610
+@644 := @241 @643
+@645 := LexLeanTarget.TargetSemantics.bindAll
+@646 := LexLeanTarget.TargetSyntax.Function.parameters
+@651 := @644 (@645 (@646 @108) @100 @494)
+@652 := @250 @610
+@653 := @652 @102
+@654 := @651 @653
+@655 := @242 @584
+@656 := @241 @655
+@657 := LexLeanPreservation.Rust.fnFallible
+@658 := #11
+@661 := @656 (@657 @658 @612)
+@662 := @250 @584
+@663 := @662 @102
+@664 := @661 @663
+@665 := LexLeanPreservation.RunConv
+@666 := #13
+@670 := @665 @666 @635 @114 @102
+@672 := @587 @100 @592
+@673 := Exists.{1}
+@674 := LexLeanPreservation.Rust.ROut
+@675 := @673 @674
+@676 := And
+@677 := LexLeanPreservation.Rust.RealizesFn
+@681 := @676 (@677 @612 @114 @4)
+@682 := LexLeanPreservation.Rust.RCI
+@684 := @682 #15
+@685 := LexLeanPreservation.Rust.fnIdent
+@686 := @685 @666
+@693 := (hne : @672) -> @675 (fun (ro : @674) => @681 (@684 @686 @658 @4))
+@708 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @618) ->
+  (hfn : @634) -> (hwt : @642) -> (hbind : @654) -> (hF : @664) -> (hA : @670) -> @693
+@710 := LexLeanPreservation.Rust.compose @0
+@711 := @611 @0
+@716 := (n : @24) -> @711 @114 @108 @4 @100
+@717 := @627 @503
+@720 := @620 (@717 @100) @633
+@724 := @80 @612 @114 @102 @641
+@725 := @665 @0
+@728 := @725 @635 @114 @102
+@742 := {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @716) ->
+  (hfn : @720) -> (hwt : @724) -> (hbind : @654) -> (hF : @664) -> (hA : @728) -> @693
+@743 := @710 @1
+@744 := @711 @1
+@748 := (n : @24) -> @744 @108 @4 @100
+@751 := @88 @114 @102 @641
+@752 := @657 @1
+@755 := @656 (@752 @612) @663
+@756 := @682 @1
+@766 := (hbind : @654) ->
+  (hF : @755) -> (hA : @728) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@756 @686 @658 @4))
+@776 := {A : @23} ->
+  {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @748) -> (hfn : @720) -> (hwt : @751) -> @766
+@777 := @743 @2
+@779 := @744 @2 @4
+@781 := (n : @24) -> @779 @100
+@782 := @94 @102
+@783 := @782 @641
+@792 := {f : @24} ->
+  {fn : @501} ->
+  {args : @98} ->
+  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @781) -> (hfn : @720) -> (hwt : @783) -> @766
+@793 := @777 @9
+@795 := (n : @24) -> @779 @9
+@796 := @717 @9
+@797 := @620 @796
+@798 := @797 @633
+@799 := @752 @9
+@800 := @656 @799
+@801 := @800 @663
+@802 := @725 @9
+@804 := @802 @114 @102
+@806 := @756 (@685 @9)
+@814 := (hF : @801) -> (hA : @804) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 @658 @4))
+@823 := {fn : @501} ->
+  {args : @98} ->
+  {env : @610} ->
+  {F : @584} -> {o : @586} -> (hB : @795) -> (hfn : @798) -> (hwt : @783) -> (hbind : @654) -> @814
+@824 := @793 @519
+@826 := @797 (@632 @519)
+@827 := @640 @519
+@828 := @782 @827
+@830 := @645 (@646 @519)
+@842 := {args : @98} ->
+  {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @795) -> (hfn : @826) -> (hwt : @828) -> (hbind : @644 (@830 @100 @494) @653) -> @814
+@843 := @824 @400
+@845 := @541 (@370 @61)
+@847 := @94 @845 @827
+@849 := @62 (@18 @114)
+@851 := @849 (@541 @61)
+@855 := @644 (@830 @851 @494) @653
+@857 := @62 (@18 @635)
+@859 := @62 (@18 @612)
+@861 := @857 (@859 @61)
+@863 := @802 @861 @102
+@865 := @62 (@18 @666)
+@868 := @62 (@18 #12)
+@885 := {env : @610} ->
+  {F : @584} ->
+  {o : @586} ->
+  (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @847) ->
+  (hbind : @855) ->
+  (hF : @801) ->
+  (hA : @863) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@865 (@868 @61)) @4))
+@886 := @843 @499
+@888 := @370 (@190 @61)
+@890 := @94 @888 @827
+@901 := @644 (@830 @845 @494) (@652 (@495 (@490 @369) (@495 (@492 @540) @494)))
+@903 := @859 (@849 @61)
+@905 := @802 @903 @102
+@907 := @62 (@18 @658)
+@923 := {F : @584} ->
+  {o : @586} ->
+  (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @890) ->
+  (hbind : @901) ->
+  (hF : @801) ->
+  (hA : @905) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@868 (@907 @61)) @4))
+@924 := @886 @500
+@925 := @560 @827
+@936 := @644 (@830 @888 @494) (@652 (@495 (@490 @189) (@495 (@492 @369) @494)))
+@938 := @800 (@662 @500)
+@940 := @802 @851 @102
+@941 := @677 @500
+@959 := {o : @586} ->
+  (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @925) ->
+  (hbind : @936) ->
+  (hF : @938) ->
+  (hA : @940) ->
+  (hne : @672) -> @675 (fun (ro : @674) => @676 (@941 @114 @4) (@806 (@907 (@857 @61)) @4))
+@960 := @924 @573
+@961 := @388 @827
+@972 := @644 (@830 @559 @494) (@652 (@495 (@490 @203) (@495 (@492 @189) @494)))
+@973 := @802 @845
+@975 := @571 @108 @100
+@976 := @973 @975
+@978 := @571 @114 @108
+@997 := (hB : @795) ->
+  (hfn : @826) ->
+  (hwt : @961) ->
+  (hbind : @972) ->
+  (hF : @938) ->
+  (hA : @976) ->
+  (hne : @587 @978 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @635 @612) @4) (@806 @861 @4))
+@998 := @960 @523
+@999 := @395 @827
+@1010 := @644 (@830 @387 @494) (@652 (@495 (@490 @186) (@495 (@492 @203) @494)))
+@1011 := @802 @888
+@1013 := @571 @100 @102
+@1032 := (hfn : @826) ->
+  (hwt : @999) ->
+  (hbind : @1010) ->
+  (hF : @938) ->
+  (hA : @1011 @1013) ->
+  (hne : @587 @975 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @612 @114) @4) (@806 @903 @4))
+@1035 := @998 (@350 @619 @796)
+@1036 := @401 @827
+@1047 := @644 (@830 @394 @494) (@652 (@495 (@490 @200) (@495 (@492 @186) @494)))
+@1048 := @802 @559
+@1050 := @571 @102 @104
+@1066 := (hwt : @1036) ->
+  (hbind : @1047) ->
+  (hF : @938) ->
+  (hA : @1048 @1050) ->
+  (hne : @587 @1013 @592) -> @675 (fun (ro : @674) => @676 (@941 @978 @4) (@806 @851 @4))
+@1067 := @1035 @570
+@1069 := @830 @400 @494
+@1072 := @644 @1069 (@652 @499)
+@1073 := @802 @387
+@1075 := @571 @104 @25
+@1090 := (hbind : @1072) ->
+  (hF : @938) ->
+  (hA : @1073 @1075) ->
+  (hne : @587 @1050 @592) -> @675 (fun (ro : @674) => @676 (@941 @975 @4) (@806 @845 @4))
+@1093 := @1067 (@350 @643 @1069)
+@1094 := @802 @394
+@1096 := @571 @25 @27
+@1110 := (hF : @938) ->
+  (hA : @1094 @1096) ->
+  (hne : @587 @1075 @592) -> @675 (fun (ro : @674) => @676 (@941 @1013 @4) (@806 @888 @4))
+@1113 := @1093 (@350 @655 @799)
+@1127 := (hA : @802 @400 @573) ->
+  (hne : @587 @1096 @592) -> @675 (fun (ro : @674) => @676 (@941 @1050 @4) (@806 @559 @4))
+@1128 := @1113 @583
+@1139 := (hne : @587 @573 @592) -> @675 (fun (ro : @674) => @676 (@941 @1075 @4) (@806 @387 @4))
+@1140 := @1128 @605
+@1146 := @676 (@941 @1096 @4) (@806 @394 @4)
+@1148 := @675 (fun (ro : @674) => @1146)
+@1150 := @675 (fun (__e_ro : @674) => @1146)
+@1152 := LexLeanPreservation.Rust.RepresentableL @364
+@1153 := (__e_hrep : @1152) -> @1150
+@1154 := fun (__e_hrep : @1152) => @1140
+@1155 := (h : @24) -> @1153
+@1156 := fun (h : @24) => @1154
+@1157 := (w : @24) -> @1155
+@1158 := fun (w : @24) => @1156
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustCore.lean
new file mode 100644
index 000000000..10239e821
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustCore.lean
@@ -0,0 +1,42 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat], [.nat, .nat], []] }], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]), (.prim .natAdd [(.call 1 [(.build (.adt 0) (.adt 0) [(.var 0)])]), (.call 1 [(.build (.adt 2) (.adt 0) [])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)])), (.arm (.adt 2) [] (.value .nat (.nat 0)))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }, { number := 2, fields := [] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustStd.lean
new file mode 100644
index 000000000..6a9cb0442
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustStd.lean
@@ -0,0 +1,42 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat], [.nat, .nat], []] }], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]), (.prim .natAdd [(.call 1 [(.build (.adt 0) (.adt 0) [(.var 0)])]), (.call 1 [(.build (.adt 2) (.adt 0) [])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)])), (.arm (.adt 2) [] (.value .nat (.nat 0)))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }, { number := 2, fields := [] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13.lean
index b404a5dbf..73e41df85 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [{ constructors := [[], [(.adt 0), .nat, (.adt 0)]] }], functions := [
@@ -52,4 +52,4 @@ def denote (n : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (n : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n)] (_root_.LexLeanPreservation.Rel (__fits_0 n) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Main.treeTotal n))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 n)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..8bdaa53bb
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/Compose/RustStd.lex.tex
@@ -0,0 +1,585 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.__wt_0 : @520 := @519 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.root : @1152 := @1153 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.flags
+@3 := Coverage.Types.Tree
+@4 := #0
+@5 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := fun (__v : @3) => @15
+@17 := LexLeanTarget.TargetSyntax.Value
+@18 := LexLeanTarget.TargetSyntax.Ty
+@19 := List.nil.{0}
+@20 := List.cons.{0}
+@21 := @19 @17
+@22 := @19 @18
+@23 := LexLeanTarget.TargetSyntax.Program
+@24 := LexLeanPreservation.Rust.RCrate
+@25 := LexLeanPreservation.Rust.Flags
+@26 := LexLeanPreservation.Rust.WTL
+@27 := #2
+@28 := @26 @27
+@29 := #1
+@36 := {p : @23} -> {c : @24} -> {A : @25} -> @28 @29 @4 @21 @22
+@38 := LexLeanPreservation.Rust.wtl_nil @0
+@39 := @26 @0
+@45 := {c : @24} -> {A : @25} -> @39 @29 @4 @21 @22
+@46 := @38 @1
+@47 := @39 @1
+@51 := {A : @25} -> @47 @4 @21 @22
+@52 := @46 @2
+@53 := @47 @2
+@54 := @53 @21
+@55 := @54 @22
+@56 := Nat
+@57 := List.{0}
+@58 := @57 @17
+@59 := @57 @18
+@60 := Eq.{1}
+@61 := Option.{0}
+@62 := @61 @59
+@63 := @60 @62
+@64 := LexLeanPreservation.Rust.adtFields
+@65 := #6
+@66 := @64 @65
+@67 := #3
+@70 := @63 (@66 @67 @27)
+@71 := Option.some.{0}
+@72 := @71 @59
+@73 := @72 @4
+@74 := @70 @73
+@75 := #7
+@77 := @26 @75 @65
+@78 := #5
+@81 := @77 @78 @27 @29
+@82 := #8
+@85 := @7 @82 @75 @65
+@86 := LexLeanTarget.TargetSyntax.Value.adt
+@87 := #4
+@89 := @86 @87 @67
+@90 := @85 @89
+@91 := @8 @78
+@101 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {i : @56} -> {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @74) -> (hf : @81) -> @90 @91
+@103 := LexLeanPreservation.Rust.wt_adt @0
+@104 := @64 @0
+@108 := @63 (@104 @67 @27) @73
+@112 := @39 @65 @78 @27 @29
+@124 := {c : @24} ->
+  {A : @25} ->
+  {i : @56} ->
+  {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @108) -> (hf : @112) -> @11 @75 @65 @89 @91
+@125 := @103 @1
+@128 := @47 @78 @27 @29
+@138 := {A : @25} ->
+  {i : @56} ->
+  {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @108) -> (hf : @128) -> @12 @65 @89 @91
+@139 := @125 @2
+@141 := @53 @27 @29
+@142 := @13 @89
+@149 := {i : @56} -> {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @108) -> (hf : @141) -> @142 @91
+@150 := @139 @9
+@151 := @104 @9
+@160 := {k : @56} ->
+  {fs : @58} -> {tys : @59} -> (h : @63 (@151 @27) @73) -> (hf : @141) -> @142 @10
+@161 := @150 @9
+@162 := @151 @9
+@163 := @63 @162
+@164 := @163 @73
+@165 := @86 @9
+@172 := {fs : @58} -> {tys : @59} -> (h : @164) -> (hf : @141) -> @13 (@165 @67) @10
+@173 := @161 @21
+@174 := @54 @29
+@177 := @13 (@165 @21) @10
+@180 := {tys : @59} -> (h : @164) -> (hf : @174) -> @177
+@181 := @173 @22
+@185 := (h : @163 (@72 @22)) -> (hf : @55) -> @177
+@186 := Eq.refl.{1}
+@187 := @186 @62
+@190 := @181 (@187 @162) @52
+@191 := @5 @87
+@192 := LexLeanTarget.TargetSyntax.Value.nat
+@193 := @192 @67
+@194 := LexLeanTarget.TargetSyntax.Ty.nat
+@197 := @7 @67 @27 @29
+@198 := @192 @4
+@204 := {p : @23} -> {c : @24} -> {A : @25} -> (n : @56) -> @197 @198 @194
+@206 := LexLeanPreservation.Rust.wt_nat @0
+@213 := {c : @24} -> {A : @25} -> (n : @56) -> @11 @27 @29 @198 @194
+@214 := @206 @1
+@219 := {A : @25} -> (n : @56) -> @12 @29 @198 @194
+@220 := @214 @2
+@223 := (n : @56) -> @13 @198 @194
+@224 := @220 @67
+@226 := @13 @193 @194
+@227 := @5 @27
+@228 := @20 @17
+@230 := @228 @227 @21
+@231 := @228 @193
+@232 := @231 @230
+@233 := @228 @191
+@234 := @233 @232
+@235 := @20 @18
+@236 := @235 @10
+@237 := @236 @22
+@238 := @235 @194
+@239 := @238 @237
+@240 := @236 @239
+@245 := @7 @65 @78 @87 @67 @27
+@248 := @26 @82 @75 @65
+@250 := @228 @78 @67
+@251 := @248 @250
+@253 := @235 @87 @27
+@263 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {v : @17} -> {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @245) -> (hs : @81) -> @251 @253
+@265 := LexLeanPreservation.Rust.wtl_cons @0
+@281 := {c : @24} ->
+  {A : @25} ->
+  {v : @17} ->
+  {t : @18} ->
+  {vs : @58} -> {ts : @59} -> (h : @11 @78 @87 @67 @27) -> (hs : @112) -> @39 @75 @65 @250 @253
+@282 := @265 @1
+@295 := {A : @25} ->
+  {v : @17} ->
+  {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @12 @87 @67 @27) -> (hs : @128) -> @47 @65 @250 @253
+@296 := @282 @2
+@306 := {v : @17} ->
+  {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @13 @67 @27) -> (hs : @141) -> @53 @250 @253
+@307 := @296 @227
+@308 := @5 @78
+@309 := @13 @308
+@310 := @309 @27
+@311 := @5 @75
+@312 := @228 @311
+@320 := {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @310) -> (hs : @141) -> @53 (@312 @67) @253
+@321 := @307 @10
+@323 := @13 @191 @10
+@324 := @5 @65
+@325 := @228 @324
+@327 := @53 (@325 @67)
+@328 := @236 @27
+@333 := {vs : @58} -> {ts : @59} -> (h : @323) -> (hs : @141) -> @327 @328
+@334 := @321 @21
+@335 := @5 @67
+@337 := @13 @335 @10
+@338 := @228 @308
+@339 := @338 @21
+@344 := {ts : @59} -> (h : @337) -> (hs : @174) -> @53 @339 @328
+@345 := @334 @22
+@347 := @13 @227 @10
+@348 := @233 @21
+@349 := @53 @348
+@352 := (h : @347) -> (hs : @55) -> @349 @237
+@353 := @345 @4
+@355 := @228 @335 @21
+@357 := @53 @355 @237
+@358 := (hs : @55) -> @357
+@359 := @353 @52
+@361 := @53 @230 @237
+@362 := @296 @193
+@363 := @192 @65
+@365 := @13 @363 @27
+@367 := @228 (@192 @82)
+@375 := {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @365) -> (hs : @141) -> @53 (@367 @67) @253
+@376 := @362 @194
+@377 := @192 @78
+@379 := @13 @377 @194
+@381 := @228 (@192 @75)
+@383 := @53 (@381 @67)
+@384 := @238 @27
+@389 := {vs : @58} -> {ts : @59} -> (h : @379) -> (hs : @141) -> @383 @384
+@390 := @376 @230
+@391 := @192 @87
+@392 := @13 @391
+@393 := @392 @194
+@394 := @349 @29
+@395 := @228 @363
+@396 := @395 @339
+@401 := {ts : @59} -> (h : @393) -> (hs : @394) -> @53 @396 @384
+@402 := @390 @237
+@403 := @228 @377
+@404 := @403 @348
+@405 := @53 @404
+@408 := (h : @226) -> (hs : @357) -> @405 @239
+@409 := @402 @224
+@410 := @228 @391
+@411 := @410 @355
+@413 := @53 @411 @239
+@414 := (hs : @361) -> @413
+@415 := @409 @359
+@417 := @53 @232 @239
+@418 := @296 @191
+@420 := @13 @311 @27
+@421 := #9
+@431 := {t : @18} ->
+  {vs : @58} -> {ts : @59} -> (h : @420) -> (hs : @141) -> @53 (@228 (@5 @421) @67) @253
+@432 := @418 @10
+@443 := {vs : @58} ->
+  {ts : @59} -> (h : @13 @324 @10) -> (hs : @141) -> @53 (@228 (@5 @82) @67) @328
+@444 := @432 @232
+@445 := @309 @10
+@446 := @405 @29
+@447 := @312 @396
+@452 := {ts : @59} -> (h : @445) -> (hs : @446) -> @53 @447 @328
+@453 := @444 @239
+@454 := @325 @404
+@455 := @53 @454
+@458 := (h : @323) -> (hs : @413) -> @455 @240
+@459 := @453 @29
+@460 := @338 @411
+@462 := @53 @460 @240
+@463 := (hs : @417) -> @462
+@464 := @459 @415
+@466 := @53 @234 @240
+@467 := 1
+@468 := @150 @467
+@469 := @151 @467
+@470 := @63 @469
+@471 := @470 @73
+@472 := @86 @467
+@479 := {fs : @58} -> {tys : @59} -> (h : @471) -> (hf : @141) -> @13 (@472 @67) @10
+@480 := @468 @234
+@487 := {tys : @59} -> (h : @471) -> (hf : @455 @29) -> @13 (@472 @447) @10
+@488 := @480 @240
+@495 := (h : @470 (@72 @240)) -> (hf : @462) -> @13 (@472 @454) @10
+@497 := @488 (@187 @469)
+@501 := (hf : @466) -> @13 (@472 @460) @10
+@502 := @497 @464
+@505 := @13 (@472 @234) @10
+@513 := fun (__x0 : @3) =>
+  fun (__x1 : @56) =>
+  fun (__x2 : @3) => fun (__ih0 : @347) => fun (__ih1 : @13 (@5 @29) @10) => @502
+@519 := fun (__v : @3) => Coverage.Types.Tree.rec.{0} @16 @190 @513 @4
+@520 := (__v : @3) -> @15
+@521 := @192 @29
+@522 := @220 @29
+@524 := @13 @521 @194
+@526 := @228 @521 @21
+@529 := Prod.{0, 0} @56 @17
+@533 := Prod.mk.{0, 0} @56 @17 @9
+@534 := @533 @521
+@535 := @19 @529
+@536 := @20 @529
+@538 := @536 @534 @535
+@539 := Bool.true
+@540 := LexLeanTarget.TargetSyntax.Function
+@541 := LexLeanTarget.TargetSyntax.Program.functions
+@542 := @541 @0
+@543 := @19 @56
+@544 := LexLeanTarget.TargetSyntax.Ty.unit
+@545 := LexLeanTarget.TargetSyntax.Value.unit
+@548 := LexLeanTarget.TargetSyntax.Expr.value @544 @545
+@553 := LexLeanTarget.TargetSyntax.Function.mk @543 @22 @544 @548
+@558 := List.getD.{0} @540 @542 @9 @553
+@562 := fun (__e_n : @56) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.root @4 @9
+@563 := @296 @521
+@572 := {t : @18} ->
+  {vs : @58} -> {ts : @59} -> (h : @392 @27) -> (hs : @141) -> @53 (@395 @67) @253
+@573 := @563 @194
+@580 := {vs : @58} -> {ts : @59} -> (h : @226) -> (hs : @141) -> @53 (@403 @67) @384
+@581 := @573 @21
+@582 := @192 @27
+@584 := @13 @582 @194
+@585 := @410 @21
+@586 := @53 @585
+@590 := {ts : @59} -> (h : @584) -> (hs : @174) -> @586 @384
+@591 := @581 @22
+@592 := @231 @21
+@593 := @53 @592
+@594 := @238 @22
+@597 := (h : @524) -> (hs : @55) -> @593 @594
+@598 := @591 @522
+@600 := @228 @582 @21
+@601 := @53 @600
+@603 := (hs : @55) -> @601 @594
+@604 := @598 @52
+@605 := @53 @526
+@606 := @605 @594
+@607 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.denote
+@608 := @607 @29
+@609 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.__fits_0
+@610 := @609 @29
+@613 := @192 (Coverage.Main.treeTotal @29)
+@615 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.root @29
+@616 := Bool
+@617 := Ne.{1}
+@618 := LexLeanPreservation.Obs
+@619 := @617 @618
+@620 := LexLeanPreservation.Rel
+@623 := @619 (@620 @29 @4)
+@624 := LexLeanPreservation.Obs.stuck
+@627 := (f : @616) -> (v : @17) -> @623 @624
+@629 := LexLeanPreservation.Rust.rel_ne_stuck @610
+@635 := (v : @17) -> @619 (@620 (@609 @27) @4) @624
+@636 := @629 @613
+@640 := @619 (@620 @610 @613) @624
+@641 := @57 @529
+@642 := LexLeanPreservation.Rust.FunSem
+@648 := (n : @56) -> @642 @421 @82 @75 @4 @65
+@649 := @61 @540
+@650 := @60 @649
+@657 := LexLeanRuntime.index (@57 @540) @540 (LexLeanRuntime.instIndexableList @540)
+@661 := @650 (@657 (@541 @421) @65)
+@662 := @71 @540
+@663 := @662 @78
+@664 := @661 @663
+@665 := #10
+@669 := @26 @665 @421 @82 @78
+@670 := LexLeanTarget.TargetSyntax.Function.types
+@671 := @670 @65
+@672 := @669 @671
+@673 := @61 @641
+@674 := @60 @673
+@675 := LexLeanTarget.TargetSemantics.bindAll
+@676 := LexLeanTarget.TargetSyntax.Function.parameters
+@681 := @674 (@675 (@676 @75) @65 @535)
+@682 := @71 @641
+@683 := @682 @78
+@684 := @681 @683
+@685 := @61 @616
+@686 := @60 @685
+@687 := LexLeanPreservation.Rust.fnFallible
+@688 := #11
+@691 := @686 (@687 @688 @421)
+@692 := @71 @616
+@693 := @692 @78
+@694 := @691 @693
+@695 := LexLeanPreservation.RunConv
+@696 := #13
+@700 := @695 @696 @665 @82 @78
+@702 := @619 @65 @624
+@703 := Exists.{1}
+@704 := LexLeanPreservation.Rust.ROut
+@705 := @703 @704
+@706 := And
+@707 := LexLeanPreservation.Rust.RealizesFn
+@711 := @706 (@707 @421 @82 @4)
+@712 := LexLeanPreservation.Rust.RCI
+@714 := @712 #15
+@715 := LexLeanPreservation.Rust.fnIdent
+@716 := @715 @696
+@723 := (hne : @702) -> @705 (fun (ro : @704) => @711 (@714 @716 @688 @4))
+@738 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {f : @56} ->
+  {fn : @540} ->
+  {args : @58} ->
+  {env : @641} ->
+  {F : @616} ->
+  {o : @618} ->
+  (hB : @648) ->
+  (hfn : @664) -> (hwt : @672) -> (hbind : @684) -> (hF : @694) -> (hA : @700) -> @723
+@740 := LexLeanPreservation.Rust.compose @0
+@741 := @642 @0
+@746 := (n : @56) -> @741 @82 @75 @4 @65
+@747 := @657 @542
+@750 := @650 (@747 @65) @663
+@754 := @39 @421 @82 @78 @671
+@755 := @695 @0
+@758 := @755 @665 @82 @78
+@772 := {c : @24} ->
+  {A : @25} ->
+  {f : @56} ->
+  {fn : @540} ->
+  {args : @58} ->
+  {env : @641} ->
+  {F : @616} ->
+  {o : @618} ->
+  (hB : @746) ->
+  (hfn : @750) -> (hwt : @754) -> (hbind : @684) -> (hF : @694) -> (hA : @758) -> @723
+@773 := @740 @1
+@774 := @741 @1
+@778 := (n : @56) -> @774 @75 @4 @65
+@781 := @47 @82 @78 @671
+@782 := @687 @1
+@785 := @686 (@782 @421) @693
+@786 := @712 @1
+@796 := (hbind : @684) ->
+  (hF : @785) -> (hA : @758) -> (hne : @702) -> @705 (fun (ro : @704) => @711 (@786 @716 @688 @4))
+@806 := {A : @25} ->
+  {f : @56} ->
+  {fn : @540} ->
+  {args : @58} ->
+  {env : @641} -> {F : @616} -> {o : @618} -> (hB : @778) -> (hfn : @750) -> (hwt : @781) -> @796
+@807 := @773 @2
+@809 := @774 @2 @4
+@811 := (n : @56) -> @809 @65
+@812 := @53 @78
+@813 := @812 @671
+@822 := {f : @56} ->
+  {fn : @540} ->
+  {args : @58} ->
+  {env : @641} -> {F : @616} -> {o : @618} -> (hB : @811) -> (hfn : @750) -> (hwt : @813) -> @796
+@823 := @807 @9
+@825 := (n : @56) -> @809 @9
+@826 := @747 @9
+@827 := @650 @826
+@828 := @827 @663
+@829 := @782 @9
+@830 := @686 @829
+@831 := @830 @693
+@832 := @755 @9
+@834 := @832 @82 @78
+@836 := @786 (@715 @9)
+@844 := (hF : @831) -> (hA : @834) -> (hne : @702) -> @705 (fun (ro : @704) => @711 (@836 @688 @4))
+@853 := {fn : @540} ->
+  {args : @58} ->
+  {env : @641} ->
+  {F : @616} -> {o : @618} -> (hB : @825) -> (hfn : @828) -> (hwt : @813) -> (hbind : @684) -> @844
+@854 := @823 @558
+@856 := @827 (@662 @558)
+@857 := @670 @558
+@858 := @812 @857
+@860 := @675 (@676 @558)
+@872 := {args : @58} ->
+  {env : @641} ->
+  {F : @616} ->
+  {o : @618} ->
+  (hB : @825) -> (hfn : @856) -> (hwt : @858) -> (hbind : @674 (@860 @65 @535) @683) -> @844
+@873 := @854 @526
+@874 := @395 @21
+@876 := @53 @874 @857
+@877 := @381 @21
+@881 := @674 (@860 @877 @535) @683
+@884 := @228 (@192 @421) @21
+@905 := {env : @641} ->
+  {F : @616} ->
+  {o : @618} ->
+  (hB : @825) ->
+  (hfn : @856) ->
+  (hwt : @876) ->
+  (hbind : @881) ->
+  (hF : @831) ->
+  (hA : @832 @884 @78) ->
+  (hne : @702) -> @705 (fun (ro : @704) => @711 (@836 (@228 (@192 #12) @21) @4))
+@906 := @873 @538
+@907 := @403 @21
+@909 := @53 @907 @857
+@917 := @674 (@860 @874 @535) (@682 (@536 (@533 @363) @535))
+@918 := @367 @21
+@937 := {F : @616} ->
+  {o : @618} ->
+  (hB : @825) ->
+  (hfn : @856) ->
+  (hwt : @909) ->
+  (hbind : @917) ->
+  (hF : @831) ->
+  (hA : @832 @918 @78) ->
+  (hne : @702) -> @705 (fun (ro : @704) => @711 (@836 (@228 (@192 @688) @21) @4))
+@938 := @906 @539
+@939 := @586 @857
+@947 := @674 (@860 @907 @535) (@682 (@536 (@533 @377) @535))
+@949 := @830 (@692 @539)
+@951 := @832 @877 @78
+@952 := @707 @539
+@971 := {o : @618} ->
+  (hB : @825) ->
+  (hfn : @856) ->
+  (hwt : @939) ->
+  (hbind : @947) ->
+  (hF : @949) ->
+  (hA : @951) ->
+  (hne : @702) -> @705 (fun (ro : @704) => @706 (@952 @82 @4) (@836 (@228 (@192 @665) @21) @4))
+@972 := @938 @608
+@973 := @593 @857
+@981 := @674 (@860 @585 @535) (@682 (@536 (@533 @391) @535))
+@982 := @832 @874
+@983 := @607 @65
+@984 := @982 @983
+@985 := @607 @75
+@1003 := (hB : @825) ->
+  (hfn : @856) ->
+  (hwt : @973) ->
+  (hbind : @981) ->
+  (hF : @949) ->
+  (hA : @984) ->
+  (hne : @619 @985 @624) -> @705 (fun (ro : @704) => @706 (@952 (@607 @421) @4) (@836 @884 @4))
+@1004 := @972 @562
+@1005 := @601 @857
+@1013 := @674 (@860 @592 @535) (@682 (@536 (@533 @193) @535))
+@1014 := @832 @907
+@1015 := @607 @78
+@1033 := (hfn : @856) ->
+  (hwt : @1005) ->
+  (hbind : @1013) ->
+  (hF : @949) ->
+  (hA : @1014 @1015) ->
+  (hne : @619 @983 @624) -> @705 (fun (ro : @704) => @706 (@952 (@607 @82) @4) (@836 @918 @4))
+@1036 := @1004 (@186 @649 @826)
+@1037 := @605 @857
+@1045 := @674 (@860 @600 @535) (@682 (@536 (@533 @582) @535))
+@1046 := @832 @585
+@1047 := @607 @87
+@1063 := (hwt : @1037) ->
+  (hbind : @1045) ->
+  (hF : @949) ->
+  (hA : @1046 @1047) ->
+  (hne : @619 @1015 @624) -> @705 (fun (ro : @704) => @706 (@952 @985 @4) (@836 @877 @4))
+@1064 := @1036 @604
+@1066 := @860 @526 @535
+@1069 := @674 @1066 (@682 @538)
+@1070 := @832 @592
+@1071 := @607 @67
+@1086 := (hbind : @1069) ->
+  (hF : @949) ->
+  (hA : @1070 @1071) ->
+  (hne : @619 @1047 @624) -> @705 (fun (ro : @704) => @706 (@952 @983 @4) (@836 @874 @4))
+@1089 := @1064 (@186 @673 @1066)
+@1090 := @832 @600
+@1091 := @607 @27
+@1105 := (hF : @949) ->
+  (hA : @1090 @1091) ->
+  (hne : @619 @1071 @624) -> @705 (fun (ro : @704) => @706 (@952 @1015 @4) (@836 @907 @4))
+@1108 := @1089 (@186 @685 @829)
+@1122 := (hA : @832 @526 @608) ->
+  (hne : @619 @1091 @624) -> @705 (fun (ro : @704) => @706 (@952 @1047 @4) (@836 @585 @4))
+@1123 := @1108 @615
+@1134 := (hne : @619 @608 @624) -> @705 (fun (ro : @704) => @706 (@952 @1071 @4) (@836 @592 @4))
+@1135 := @1123 @636
+@1141 := @706 (@952 @1091 @4) (@836 @600 @4)
+@1143 := @705 (fun (ro : @704) => @1141)
+@1145 := @705 (fun (__e_ro : @704) => @1141)
+@1149 := LexLeanPreservation.Rust.RepresentableL (@228 @198 @21)
+@1150 := (__e_hrep : @1149) -> @1145
+@1151 := fun (__e_hrep : @1149) => @1135
+@1152 := (n : @56) -> @1150
+@1153 := fun (n : @56) => @1151
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/RustStd.lean
new file mode 100644
index 000000000..3d8d010aa
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/RustStd.lean
@@ -0,0 +1,42 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [(.adt 0), .nat, (.adt 0)]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.build (.adt 0) (.adt 0) []), (.var 0), (.build (.adt 1) (.adt 0) [(.build (.adt 0) (.adt 0) []), (.value .nat (.nat 5)), (.build (.adt 0) (.adt 0) [])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [] (.value .nat (.nat 0))), (.arm (.adt 1) [1, 2, 3] (.prim .natAdd [(.prim .natAdd [(.call 1 [(.var 1)]), (.var 2)]), (.call 1 [(.var 3)])]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [(.rc (.adt 0)), .nat, (.rc (.adt 0))] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.copy (.generated .binding 0)), (.box (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.lit (.nat 5)), (.box (.construct (.adt 0 0) []))]))])] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 6)), (.bind (.generated .binding 2)), (.bind (.generated .boxed 7))]) (.mk [(.mk (.bind (.generated .binding 1)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 7))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.copy (.generated .binding 0)), (.box (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.lit (.nat 5)), (.box (.construct (.adt 0 0) []))]))])] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), .nat, (.adt 0)]) (mask := [true, false, true]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), .nat, (.adt 0)]) (mask := [true, false, true]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))))) rfl)) (Corr.lNil))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 6)), (.bind (.generated .binding 2)), (.bind (.generated .boxed 7))]) (.mk [(.mk (.bind (.generated .binding 1)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 7))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 1)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 7)))]) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 3))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14.lean
index 31d9bfecc..7b82fdcd5 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [{ constructors := [[.nat, .nat]] },
@@ -65,4 +65,4 @@ def denote (a : Nat) (b : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Nat) (b : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat a), (_root_.LexLeanTarget.TargetSyntax.Value.nat b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Coverage.Main.records a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..5f23cc486
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustCore.lex.tex
@@ -0,0 +1,776 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_0 : @16 := @440 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_1 : @449 := @632 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_2 : @640 := @821 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.root : @1560 := @1561 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.flags
+@3 := Coverage.Types.Point
+@4 := #0
+@6 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__enc_0 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Coverage.Types.Point.x
+@18 := @17 @4
+@19 := Coverage.Types.Point.y
+@20 := @19 @4
+@21 := LexLeanTarget.TargetSyntax.Value.nat
+@22 := @21 @18
+@23 := LexLeanTarget.TargetSyntax.Ty.nat
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := Nat
+@28 := #3
+@29 := @7 @28
+@30 := #2
+@31 := @29 @30
+@32 := #1
+@33 := @31 @32
+@34 := @21 @4
+@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
+@42 := LexLeanPreservation.Rust.wt_nat @0
+@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
+@50 := @42 @1
+@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
+@56 := @50 @2
+@59 := (n : @27) -> @13 @34 @23
+@60 := @56 @18
+@62 := @13 @22 @23
+@63 := @21 @20
+@64 := @56 @20
+@66 := @13 @63 @23
+@67 := LexLeanTarget.TargetSyntax.Value
+@68 := LexLeanTarget.TargetSyntax.Ty
+@69 := List.nil.{0}
+@70 := List.cons.{0}
+@71 := @69 @67
+@72 := @70 @67
+@74 := @72 @63 @71
+@76 := @72 @22 @74
+@77 := @69 @68
+@78 := @70 @68
+@79 := @78 @23
+@80 := @79 @77
+@81 := @79 @80
+@82 := LexLeanPreservation.Rust.WTL
+@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
+@92 := LexLeanPreservation.Rust.wtl_nil @0
+@93 := @82 @0
+@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
+@100 := @92 @1
+@101 := @93 @1
+@105 := {A : @26} -> @101 @4 @71 @77
+@106 := @100 @2
+@107 := @101 @2
+@108 := @107 @71
+@109 := @108 @77
+@110 := List.{0}
+@111 := @110 @67
+@112 := @110 @68
+@113 := #6
+@114 := @7 @113
+@115 := #5
+@116 := @114 @115
+@117 := #4
+@120 := @116 @117 @28 @30
+@121 := #7
+@126 := @82 @121 @113 @115 @30 @32
+@127 := #8
+@130 := @82 @127 @121 @113
+@132 := @72 @115 @28
+@133 := @130 @132
+@135 := @78 @117 @30
+@145 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
+@147 := LexLeanPreservation.Rust.wtl_cons @0
+@151 := @11 @115 @117 @28 @30
+@155 := @93 @113 @115 @30 @32
+@167 := {c : @25} ->
+  {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
+@168 := @147 @1
+@171 := @12 @117 @28 @30
+@174 := @101 @115 @30 @32
+@184 := {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
+@185 := @168 @2
+@187 := @13 @28 @30
+@189 := @107 @30 @32
+@197 := {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
+@198 := @185 @63
+@200 := @21 (@19 @28)
+@213 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
+@214 := @198 @23
+@216 := @21 (@19 @30)
+@218 := @13 @216 @23
+@223 := @107 (@72 (@21 (@19 @117)) @28)
+@224 := @79 @30
+@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
+@230 := @214 @71
+@232 := @21 (@19 @32)
+@234 := @13 @232 @23
+@235 := @108 @32
+@237 := @72 @200 @71
+@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
+@243 := @230 @77
+@245 := @72 @216 @71
+@246 := @107 @245
+@249 := (h : @66) -> (hs : @109) -> @246 @80
+@250 := @243 @64
+@252 := @72 @232 @71
+@254 := @107 @252 @80
+@255 := (hs : @109) -> @254
+@256 := @250 @106
+@258 := @107 @74 @80
+@259 := @185 @22
+@261 := @21 (@17 @28)
+@274 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
+@275 := @259 @23
+@277 := @21 (@17 @30)
+@289 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
+@290 := @275 @74
+@292 := @21 (@17 @32)
+@294 := @13 @292 @23
+@295 := @246 @32
+@297 := @72 @261 @237
+@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
+@303 := @290 @80
+@305 := @72 @277 @245
+@306 := @107 @305
+@309 := (h : @62) -> (hs : @254) -> @306 @81
+@310 := @303 @60
+@312 := @72 @292 @252
+@314 := @107 @312 @81
+@315 := (hs : @258) -> @314
+@316 := @310 @256
+@318 := @107 @76 @81
+@319 := Eq.{1}
+@320 := Option.{0}
+@321 := @320 @112
+@322 := @319 @321
+@323 := LexLeanPreservation.Rust.adtFields
+@327 := @322 (@323 @113 @28 @30)
+@328 := Option.some.{0}
+@329 := @328 @112
+@330 := @329 @4
+@331 := @327 @330
+@334 := @7 @127 @121 @113
+@335 := LexLeanTarget.TargetSyntax.Value.adt
+@337 := @335 @117 @28
+@338 := @334 @337
+@339 := @8 @115
+@349 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
+@351 := LexLeanPreservation.Rust.wt_adt @0
+@352 := @323 @0
+@356 := @322 (@352 @28 @30) @330
+@368 := {c : @25} ->
+  {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
+@369 := @351 @1
+@379 := {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
+@380 := @369 @2
+@381 := @13 @337
+@388 := {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
+@389 := @380 @9
+@390 := @352 @9
+@399 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
+@400 := @389 @9
+@401 := @390 @9
+@402 := @322 @401
+@403 := @402 @330
+@404 := @335 @9
+@406 := @13 (@404 @28)
+@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @406 @10
+@412 := @400 @76
+@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
+@420 := @412 @81
+@421 := @329 @81
+@427 := (h : @402 @421) -> (hf : @314) -> @13 (@404 @305) @10
+@428 := Eq.refl.{1}
+@429 := @428 @321
+@431 := @420 (@429 @401)
+@435 := (hf : @318) -> @13 (@404 @312) @10
+@436 := @431 @316
+@439 := @13 (@404 @76) @10
+@440 := fun (__s : @3) => @436
+@442 := Coverage.Types.Box @27
+@444 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__enc_1 @4
+@445 := 1
+@446 := @8 @445
+@449 := (__s : @442) -> @13 @444 @446
+@451 := Coverage.Types.Box.content @27
+@452 := @451 @4
+@454 := Coverage.Types.Box.count @27
+@455 := @454 @4
+@456 := @21 @452
+@457 := @56 @452
+@459 := @13 @456 @23
+@460 := @21 @455
+@461 := @56 @455
+@463 := @13 @460 @23
+@465 := @72 @460 @71
+@467 := @72 @456 @465
+@468 := @185 @460
+@470 := @21 (@454 @28)
+@483 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @470 @30) -> (hs : @189) -> @107 (@72 (@21 (@454 @115)) @28) @135
+@484 := @468 @23
+@486 := @21 (@454 @30)
+@498 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @486 @23) -> (hs : @189) -> @107 (@72 (@21 (@454 @117)) @28) @224
+@499 := @484 @71
+@501 := @21 (@454 @32)
+@503 := @13 @501 @23
+@505 := @72 @470 @71
+@510 := {ts : @112} -> (h : @503) -> (hs : @235) -> @107 @505 @224
+@511 := @499 @77
+@513 := @72 @486 @71
+@514 := @107 @513
+@517 := (h : @463) -> (hs : @109) -> @514 @80
+@518 := @511 @461
+@520 := @72 @501 @71
+@522 := @107 @520 @80
+@523 := (hs : @109) -> @522
+@524 := @518 @106
+@526 := @107 @465 @80
+@527 := @185 @456
+@529 := @21 (@451 @28)
+@542 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @529 @30) -> (hs : @189) -> @107 (@72 (@21 (@451 @115)) @28) @135
+@543 := @527 @23
+@545 := @21 (@451 @30)
+@557 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @545 @23) -> (hs : @189) -> @107 (@72 (@21 (@451 @117)) @28) @224
+@558 := @543 @465
+@560 := @21 (@451 @32)
+@562 := @13 @560 @23
+@563 := @514 @32
+@565 := @72 @529 @505
+@570 := {ts : @112} -> (h : @562) -> (hs : @563) -> @107 @565 @224
+@571 := @558 @80
+@573 := @72 @545 @513
+@574 := @107 @573
+@577 := (h : @459) -> (hs : @522) -> @574 @81
+@578 := @571 @457
+@580 := @72 @560 @520
+@582 := @107 @580 @81
+@583 := (hs : @526) -> @582
+@584 := @578 @524
+@586 := @107 @467 @81
+@587 := @380 @445
+@588 := @352 @445
+@597 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@588 @30) @330) -> (hf : @189) -> @381 @446
+@598 := @587 @9
+@599 := @588 @9
+@600 := @322 @599
+@601 := @600 @330
+@606 := {fs : @111} -> {tys : @112} -> (h : @601) -> (hf : @189) -> @406 @446
+@607 := @598 @467
+@614 := {tys : @112} -> (h : @601) -> (hf : @574 @32) -> @13 (@404 @565) @446
+@615 := @607 @81
+@621 := (h : @600 @421) -> (hf : @582) -> @13 (@404 @573) @446
+@623 := @615 (@429 @599)
+@627 := (hf : @586) -> @13 (@404 @580) @446
+@628 := @623 @584
+@631 := @13 (@404 @467) @446
+@632 := fun (__s : @442) => @628
+@633 := Coverage.Types.Weights
+@635 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__enc_2 @4
+@636 := 2
+@637 := @8 @636
+@640 := (__s : @633) -> @13 @635 @637
+@641 := Coverage.Types.Weights.base
+@642 := @641 @4
+@643 := Coverage.Types.Weights.scale
+@644 := @643 @4
+@645 := @21 @642
+@646 := @56 @642
+@648 := @13 @645 @23
+@649 := @21 @644
+@650 := @56 @644
+@652 := @13 @649 @23
+@654 := @72 @649 @71
+@656 := @72 @645 @654
+@657 := @185 @649
+@659 := @21 (@643 @28)
+@672 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @659 @30) -> (hs : @189) -> @107 (@72 (@21 (@643 @115)) @28) @135
+@673 := @657 @23
+@675 := @21 (@643 @30)
+@687 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @675 @23) -> (hs : @189) -> @107 (@72 (@21 (@643 @117)) @28) @224
+@688 := @673 @71
+@690 := @21 (@643 @32)
+@692 := @13 @690 @23
+@694 := @72 @659 @71
+@699 := {ts : @112} -> (h : @692) -> (hs : @235) -> @107 @694 @224
+@700 := @688 @77
+@702 := @72 @675 @71
+@703 := @107 @702
+@706 := (h : @652) -> (hs : @109) -> @703 @80
+@707 := @700 @650
+@709 := @72 @690 @71
+@711 := @107 @709 @80
+@712 := (hs : @109) -> @711
+@713 := @707 @106
+@715 := @107 @654 @80
+@716 := @185 @645
+@718 := @21 (@641 @28)
+@731 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @718 @30) -> (hs : @189) -> @107 (@72 (@21 (@641 @115)) @28) @135
+@732 := @716 @23
+@734 := @21 (@641 @30)
+@746 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @734 @23) -> (hs : @189) -> @107 (@72 (@21 (@641 @117)) @28) @224
+@747 := @732 @654
+@749 := @21 (@641 @32)
+@751 := @13 @749 @23
+@752 := @703 @32
+@754 := @72 @718 @694
+@759 := {ts : @112} -> (h : @751) -> (hs : @752) -> @107 @754 @224
+@760 := @747 @80
+@762 := @72 @734 @702
+@763 := @107 @762
+@766 := (h : @648) -> (hs : @711) -> @763 @81
+@767 := @760 @646
+@769 := @72 @749 @709
+@771 := @107 @769 @81
+@772 := (hs : @715) -> @771
+@773 := @767 @713
+@775 := @107 @656 @81
+@776 := @380 @636
+@777 := @352 @636
+@786 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@777 @30) @330) -> (hf : @189) -> @381 @637
+@787 := @776 @9
+@788 := @777 @9
+@789 := @322 @788
+@790 := @789 @330
+@795 := {fs : @111} -> {tys : @112} -> (h : @790) -> (hf : @189) -> @406 @637
+@796 := @787 @656
+@803 := {tys : @112} -> (h : @790) -> (hf : @763 @32) -> @13 (@404 @754) @637
+@804 := @796 @81
+@810 := (h : @789 @421) -> (hf : @771) -> @13 (@404 @762) @637
+@812 := @804 (@429 @788)
+@816 := (hf : @775) -> @13 (@404 @769) @637
+@817 := @812 @773
+@820 := @13 (@404 @656) @637
+@821 := fun (__s : @633) => @817
+@822 := @21 @30
+@823 := @56 @30
+@825 := @13 @822 @23
+@826 := @21 @32
+@827 := @56 @32
+@829 := @13 @826 @23
+@830 := @72 @826
+@831 := @830 @71
+@832 := @72 @822
+@833 := @832 @831
+@836 := Prod.{0, 0} @27 @67
+@839 := Prod.mk.{0, 0} @27 @67
+@840 := @839 @445
+@841 := @840 @826
+@842 := @839 @9
+@843 := @842 @822
+@844 := @69 @836
+@845 := @70 @836
+@847 := @845 @843 @844
+@849 := @845 @841 @847
+@850 := Bool.true
+@851 := LexLeanTarget.TargetSyntax.Function
+@852 := LexLeanTarget.TargetSyntax.Program.functions
+@853 := @852 @0
+@854 := @69 @27
+@855 := LexLeanTarget.TargetSyntax.Ty.unit
+@856 := LexLeanTarget.TargetSyntax.Value.unit
+@859 := LexLeanTarget.TargetSyntax.Expr.value @855 @856
+@864 := LexLeanTarget.TargetSyntax.Function.mk @854 @77 @855 @859
+@869 := List.getD.{0} @851 @853 @9 @864
+@873 := fun (__e_n : @27) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.root @4 @9
+@874 := @185 @826
+@875 := @21 @117
+@876 := @13 @875
+@877 := @876 @30
+@878 := @21 @113
+@879 := @72 @878
+@881 := @107 (@879 @28)
+@887 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @877) -> (hs : @189) -> @881 @135
+@888 := @874 @23
+@889 := @21 @28
+@891 := @13 @889 @23
+@892 := @21 @115
+@893 := @72 @892
+@900 := {vs : @111} -> {ts : @112} -> (h : @891) -> (hs : @189) -> @107 (@893 @28) @224
+@901 := @888 @71
+@902 := @72 @875
+@903 := @902 @71
+@908 := {ts : @112} -> (h : @825) -> (hs : @235) -> @107 @903 @224
+@909 := @901 @77
+@910 := @72 @889
+@911 := @910 @71
+@912 := @107 @911
+@915 := (h : @829) -> (hs : @109) -> @912 @80
+@916 := @909 @827
+@917 := @832 @71
+@919 := @107 @917 @80
+@920 := (hs : @109) -> @919
+@921 := @916 @106
+@923 := @107 @831 @80
+@924 := @185 @822
+@926 := @13 @892 @30
+@927 := @21 @121
+@928 := @72 @927
+@936 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @926) -> (hs : @189) -> @107 (@928 @28) @135
+@937 := @924 @23
+@943 := {vs : @111} -> {ts : @112} -> (h : @876 @23) -> (hs : @189) -> @881 @224
+@944 := @937 @831
+@945 := @912 @32
+@946 := @893 @903
+@947 := @107 @946
+@951 := {ts : @112} -> (h : @891) -> (hs : @945) -> @947 @224
+@952 := @944 @80
+@953 := @902 @911
+@954 := @107 @953
+@957 := (h : @825) -> (hs : @919) -> @954 @81
+@958 := @952 @823
+@959 := @910 @917
+@960 := @107 @959
+@962 := (hs : @923) -> @960 @81
+@963 := @958 @921
+@964 := @107 @833
+@965 := @964 @81
+@966 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.denote
+@968 := @966 @30 @32
+@969 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__fits_0
+@971 := @969 @30 @32
+@974 := Coverage.Main.records @30 @32
+@980 := LexLeanPreservation.encPair @27 @27 @21 @21 @974
+@983 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.root @30 @32
+@984 := Bool
+@985 := Ne.{1}
+@986 := LexLeanPreservation.Obs
+@987 := @985 @986
+@988 := LexLeanPreservation.Rel
+@991 := @987 (@988 @32 @4)
+@992 := LexLeanPreservation.Obs.stuck
+@995 := (f : @984) -> (v : @67) -> @991 @992
+@997 := LexLeanPreservation.Rust.rel_ne_stuck @971
+@1004 := (v : @67) -> @987 (@988 (@969 @28 @30) @4) @992
+@1005 := @997 @980
+@1009 := @987 (@988 @971 @980) @992
+@1010 := @110 @836
+@1011 := LexLeanPreservation.Rust.FunSem
+@1012 := #9
+@1018 := (n : @27) -> @1011 @1012 @127 @121 @4 @113
+@1019 := @320 @851
+@1020 := @319 @1019
+@1027 := LexLeanRuntime.index (@110 @851) @851 (LexLeanRuntime.instIndexableList @851)
+@1031 := @1020 (@1027 (@852 @1012) @113)
+@1032 := @328 @851
+@1033 := @1032 @115
+@1034 := @1031 @1033
+@1035 := #10
+@1039 := @82 @1035 @1012 @127 @115
+@1040 := LexLeanTarget.TargetSyntax.Function.types
+@1041 := @1040 @113
+@1042 := @1039 @1041
+@1043 := @320 @1010
+@1044 := @319 @1043
+@1045 := LexLeanTarget.TargetSemantics.bindAll
+@1046 := LexLeanTarget.TargetSyntax.Function.parameters
+@1051 := @1044 (@1045 (@1046 @121) @113 @844)
+@1052 := @328 @1010
+@1053 := @1052 @115
+@1054 := @1051 @1053
+@1055 := @320 @984
+@1056 := @319 @1055
+@1057 := LexLeanPreservation.Rust.fnFallible
+@1058 := #11
+@1061 := @1056 (@1057 @1058 @1012)
+@1062 := @328 @984
+@1063 := @1062 @115
+@1064 := @1061 @1063
+@1065 := LexLeanPreservation.RunConv
+@1066 := #13
+@1070 := @1065 @1066 @1035 @127 @115
+@1072 := @987 @113 @992
+@1073 := Exists.{1}
+@1074 := LexLeanPreservation.Rust.ROut
+@1075 := @1073 @1074
+@1076 := And
+@1077 := LexLeanPreservation.Rust.RealizesFn
+@1081 := @1076 (@1077 @1012 @127 @4)
+@1082 := LexLeanPreservation.Rust.RCI
+@1084 := @1082 #15
+@1085 := LexLeanPreservation.Rust.fnIdent
+@1086 := @1085 @1066
+@1093 := (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1084 @1086 @1058 @4))
+@1108 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1018) ->
+  (hfn : @1034) -> (hwt : @1042) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1070) -> @1093
+@1110 := LexLeanPreservation.Rust.compose @0
+@1111 := @1011 @0
+@1116 := (n : @27) -> @1111 @127 @121 @4 @113
+@1117 := @1027 @853
+@1120 := @1020 (@1117 @113) @1033
+@1124 := @93 @1012 @127 @115 @1041
+@1125 := @1065 @0
+@1128 := @1125 @1035 @127 @115
+@1142 := {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1116) ->
+  (hfn : @1120) -> (hwt : @1124) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1128) -> @1093
+@1143 := @1110 @1
+@1144 := @1111 @1
+@1148 := (n : @27) -> @1144 @121 @4 @113
+@1151 := @101 @127 @115 @1041
+@1152 := @1057 @1
+@1155 := @1056 (@1152 @1012) @1063
+@1156 := @1082 @1
+@1166 := (hbind : @1054) ->
+  (hF : @1155) ->
+  (hA : @1128) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1156 @1086 @1058 @4))
+@1176 := {A : @26} ->
+  {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} -> {o : @986} -> (hB : @1148) -> (hfn : @1120) -> (hwt : @1151) -> @1166
+@1177 := @1143 @2
+@1179 := @1144 @2 @4
+@1181 := (n : @27) -> @1179 @113
+@1182 := @107 @115
+@1183 := @1182 @1041
+@1192 := {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} -> {o : @986} -> (hB : @1181) -> (hfn : @1120) -> (hwt : @1183) -> @1166
+@1193 := @1177 @9
+@1195 := (n : @27) -> @1179 @9
+@1196 := @1117 @9
+@1197 := @1020 @1196
+@1198 := @1197 @1033
+@1199 := @1152 @9
+@1200 := @1056 @1199
+@1201 := @1200 @1063
+@1202 := @1125 @9
+@1204 := @1202 @127 @115
+@1206 := @1156 (@1085 @9)
+@1214 := (hF : @1201) ->
+  (hA : @1204) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 @1058 @4))
+@1223 := {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} -> (hB : @1195) -> (hfn : @1198) -> (hwt : @1183) -> (hbind : @1054) -> @1214
+@1224 := @1193 @869
+@1226 := @1197 (@1032 @869)
+@1227 := @1040 @869
+@1228 := @1182 @1227
+@1230 := @1045 (@1046 @869)
+@1242 := {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1195) -> (hfn : @1226) -> (hwt : @1228) -> (hbind : @1044 (@1230 @113 @844) @1053) -> @1214
+@1243 := @1224 @833
+@1245 := @928 (@879 @71)
+@1247 := @107 @1245 @1227
+@1249 := @72 (@21 @127)
+@1251 := @1249 (@928 @71)
+@1255 := @1044 (@1230 @1251 @844) @1053
+@1257 := @72 (@21 @1035)
+@1259 := @72 (@21 @1012)
+@1261 := @1257 (@1259 @71)
+@1263 := @1202 @1261 @115
+@1265 := @72 (@21 @1066)
+@1268 := @72 (@21 #12)
+@1285 := {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1247) ->
+  (hbind : @1255) ->
+  (hF : @1201) ->
+  (hA : @1263) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1265 (@1268 @71)) @4))
+@1286 := @1243 @849
+@1288 := @879 (@893 @71)
+@1290 := @107 @1288 @1227
+@1301 := @1044 (@1230 @1245 @844) (@1052 (@845 (@840 @878) (@845 (@842 @927) @844)))
+@1303 := @1259 (@1249 @71)
+@1305 := @1202 @1303 @115
+@1307 := @72 (@21 @1058)
+@1323 := {F : @984} ->
+  {o : @986} ->
+  (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1290) ->
+  (hbind : @1301) ->
+  (hF : @1201) ->
+  (hA : @1305) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1268 (@1307 @71)) @4))
+@1324 := @1286 @850
+@1325 := @947 @1227
+@1336 := @1044 (@1230 @1288 @844) (@1052 (@845 (@840 @892) (@845 (@842 @878) @844)))
+@1338 := @1200 (@1062 @850)
+@1340 := @1202 @1251 @115
+@1341 := @1077 @850
+@1359 := {o : @986} ->
+  (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1325) ->
+  (hbind : @1336) ->
+  (hF : @1338) ->
+  (hA : @1340) ->
+  (hne : @1072) -> @1075 (fun (ro : @1074) => @1076 (@1341 @127 @4) (@1206 (@1307 (@1257 @71)) @4))
+@1360 := @1324 @968
+@1361 := @954 @1227
+@1372 := @1044 (@1230 @946 @844) (@1052 (@845 (@840 @875) (@845 (@842 @892) @844)))
+@1373 := @1202 @1245
+@1375 := @966 @121 @113
+@1376 := @1373 @1375
+@1378 := @966 @127 @121
+@1397 := (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1361) ->
+  (hbind : @1372) ->
+  (hF : @1338) ->
+  (hA : @1376) ->
+  (hne : @987 @1378 @992) ->
+  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1035 @1012) @4) (@1206 @1261 @4))
+@1398 := @1360 @873
+@1399 := @960 @1227
+@1410 := @1044 (@1230 @953 @844) (@1052 (@845 (@840 @889) (@845 (@842 @875) @844)))
+@1411 := @1202 @1288
+@1413 := @966 @113 @115
+@1432 := (hfn : @1226) ->
+  (hwt : @1399) ->
+  (hbind : @1410) ->
+  (hF : @1338) ->
+  (hA : @1411 @1413) ->
+  (hne : @987 @1375 @992) ->
+  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1012 @127) @4) (@1206 @1303 @4))
+@1435 := @1398 (@428 @1019 @1196)
+@1436 := @964 @1227
+@1447 := @1044 (@1230 @959 @844) (@1052 (@845 (@840 @822) (@845 (@842 @889) @844)))
+@1448 := @1202 @946
+@1450 := @966 @115 @117
+@1466 := (hwt : @1436) ->
+  (hbind : @1447) ->
+  (hF : @1338) ->
+  (hA : @1448 @1450) ->
+  (hne : @987 @1413 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1378 @4) (@1206 @1251 @4))
+@1467 := @1435 @963
+@1469 := @1230 @833 @844
+@1472 := @1044 @1469 (@1052 @849)
+@1473 := @1202 @953
+@1475 := @966 @117 @28
+@1490 := (hbind : @1472) ->
+  (hF : @1338) ->
+  (hA : @1473 @1475) ->
+  (hne : @987 @1450 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1375 @4) (@1206 @1245 @4))
+@1493 := @1467 (@428 @1043 @1469)
+@1494 := @1202 @959
+@1496 := @966 @28 @30
+@1510 := (hF : @1338) ->
+  (hA : @1494 @1496) ->
+  (hne : @987 @1475 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1413 @4) (@1206 @1288 @4))
+@1513 := @1493 (@428 @1055 @1199)
+@1527 := (hA : @1202 @833 @968) ->
+  (hne : @987 @1496 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1450 @4) (@1206 @946 @4))
+@1528 := @1513 @983
+@1539 := (hne : @987 @968 @992) ->
+  @1075 (fun (ro : @1074) => @1076 (@1341 @1475 @4) (@1206 @953 @4))
+@1540 := @1528 @1005
+@1546 := @1076 (@1341 @1496 @4) (@1206 @959 @4)
+@1548 := @1075 (fun (ro : @1074) => @1546)
+@1550 := @1075 (fun (__e_ro : @1074) => @1546)
+@1555 := LexLeanPreservation.Rust.RepresentableL (@830 (@72 @34 @71))
+@1556 := (__e_hrep : @1555) -> @1550
+@1557 := fun (__e_hrep : @1555) => @1540
+@1558 := (b : @27) -> @1556
+@1559 := fun (b : @27) => @1557
+@1560 := (a : @27) -> @1558
+@1561 := fun (a : @27) => @1559
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..38422ac78
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustStd.lex.tex
@@ -0,0 +1,776 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_0 : @16 := @440 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_1 : @449 := @632 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_2 : @640 := @821 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.root : @1560 := @1561 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.flags
+@3 := Coverage.Types.Point
+@4 := #0
+@6 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__enc_0 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Coverage.Types.Point.x
+@18 := @17 @4
+@19 := Coverage.Types.Point.y
+@20 := @19 @4
+@21 := LexLeanTarget.TargetSyntax.Value.nat
+@22 := @21 @18
+@23 := LexLeanTarget.TargetSyntax.Ty.nat
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := Nat
+@28 := #3
+@29 := @7 @28
+@30 := #2
+@31 := @29 @30
+@32 := #1
+@33 := @31 @32
+@34 := @21 @4
+@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
+@42 := LexLeanPreservation.Rust.wt_nat @0
+@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
+@50 := @42 @1
+@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
+@56 := @50 @2
+@59 := (n : @27) -> @13 @34 @23
+@60 := @56 @18
+@62 := @13 @22 @23
+@63 := @21 @20
+@64 := @56 @20
+@66 := @13 @63 @23
+@67 := LexLeanTarget.TargetSyntax.Value
+@68 := LexLeanTarget.TargetSyntax.Ty
+@69 := List.nil.{0}
+@70 := List.cons.{0}
+@71 := @69 @67
+@72 := @70 @67
+@74 := @72 @63 @71
+@76 := @72 @22 @74
+@77 := @69 @68
+@78 := @70 @68
+@79 := @78 @23
+@80 := @79 @77
+@81 := @79 @80
+@82 := LexLeanPreservation.Rust.WTL
+@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
+@92 := LexLeanPreservation.Rust.wtl_nil @0
+@93 := @82 @0
+@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
+@100 := @92 @1
+@101 := @93 @1
+@105 := {A : @26} -> @101 @4 @71 @77
+@106 := @100 @2
+@107 := @101 @2
+@108 := @107 @71
+@109 := @108 @77
+@110 := List.{0}
+@111 := @110 @67
+@112 := @110 @68
+@113 := #6
+@114 := @7 @113
+@115 := #5
+@116 := @114 @115
+@117 := #4
+@120 := @116 @117 @28 @30
+@121 := #7
+@126 := @82 @121 @113 @115 @30 @32
+@127 := #8
+@130 := @82 @127 @121 @113
+@132 := @72 @115 @28
+@133 := @130 @132
+@135 := @78 @117 @30
+@145 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
+@147 := LexLeanPreservation.Rust.wtl_cons @0
+@151 := @11 @115 @117 @28 @30
+@155 := @93 @113 @115 @30 @32
+@167 := {c : @25} ->
+  {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
+@168 := @147 @1
+@171 := @12 @117 @28 @30
+@174 := @101 @115 @30 @32
+@184 := {A : @26} ->
+  {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
+@185 := @168 @2
+@187 := @13 @28 @30
+@189 := @107 @30 @32
+@197 := {v : @67} ->
+  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
+@198 := @185 @63
+@200 := @21 (@19 @28)
+@213 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
+@214 := @198 @23
+@216 := @21 (@19 @30)
+@218 := @13 @216 @23
+@223 := @107 (@72 (@21 (@19 @117)) @28)
+@224 := @79 @30
+@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
+@230 := @214 @71
+@232 := @21 (@19 @32)
+@234 := @13 @232 @23
+@235 := @108 @32
+@237 := @72 @200 @71
+@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
+@243 := @230 @77
+@245 := @72 @216 @71
+@246 := @107 @245
+@249 := (h : @66) -> (hs : @109) -> @246 @80
+@250 := @243 @64
+@252 := @72 @232 @71
+@254 := @107 @252 @80
+@255 := (hs : @109) -> @254
+@256 := @250 @106
+@258 := @107 @74 @80
+@259 := @185 @22
+@261 := @21 (@17 @28)
+@274 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
+@275 := @259 @23
+@277 := @21 (@17 @30)
+@289 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
+@290 := @275 @74
+@292 := @21 (@17 @32)
+@294 := @13 @292 @23
+@295 := @246 @32
+@297 := @72 @261 @237
+@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
+@303 := @290 @80
+@305 := @72 @277 @245
+@306 := @107 @305
+@309 := (h : @62) -> (hs : @254) -> @306 @81
+@310 := @303 @60
+@312 := @72 @292 @252
+@314 := @107 @312 @81
+@315 := (hs : @258) -> @314
+@316 := @310 @256
+@318 := @107 @76 @81
+@319 := Eq.{1}
+@320 := Option.{0}
+@321 := @320 @112
+@322 := @319 @321
+@323 := LexLeanPreservation.Rust.adtFields
+@327 := @322 (@323 @113 @28 @30)
+@328 := Option.some.{0}
+@329 := @328 @112
+@330 := @329 @4
+@331 := @327 @330
+@334 := @7 @127 @121 @113
+@335 := LexLeanTarget.TargetSyntax.Value.adt
+@337 := @335 @117 @28
+@338 := @334 @337
+@339 := @8 @115
+@349 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
+@351 := LexLeanPreservation.Rust.wt_adt @0
+@352 := @323 @0
+@356 := @322 (@352 @28 @30) @330
+@368 := {c : @25} ->
+  {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
+@369 := @351 @1
+@379 := {A : @26} ->
+  {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
+@380 := @369 @2
+@381 := @13 @337
+@388 := {i : @27} ->
+  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
+@389 := @380 @9
+@390 := @352 @9
+@399 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
+@400 := @389 @9
+@401 := @390 @9
+@402 := @322 @401
+@403 := @402 @330
+@404 := @335 @9
+@406 := @13 (@404 @28)
+@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @406 @10
+@412 := @400 @76
+@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
+@420 := @412 @81
+@421 := @329 @81
+@427 := (h : @402 @421) -> (hf : @314) -> @13 (@404 @305) @10
+@428 := Eq.refl.{1}
+@429 := @428 @321
+@431 := @420 (@429 @401)
+@435 := (hf : @318) -> @13 (@404 @312) @10
+@436 := @431 @316
+@439 := @13 (@404 @76) @10
+@440 := fun (__s : @3) => @436
+@442 := Coverage.Types.Box @27
+@444 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__enc_1 @4
+@445 := 1
+@446 := @8 @445
+@449 := (__s : @442) -> @13 @444 @446
+@451 := Coverage.Types.Box.content @27
+@452 := @451 @4
+@454 := Coverage.Types.Box.count @27
+@455 := @454 @4
+@456 := @21 @452
+@457 := @56 @452
+@459 := @13 @456 @23
+@460 := @21 @455
+@461 := @56 @455
+@463 := @13 @460 @23
+@465 := @72 @460 @71
+@467 := @72 @456 @465
+@468 := @185 @460
+@470 := @21 (@454 @28)
+@483 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @470 @30) -> (hs : @189) -> @107 (@72 (@21 (@454 @115)) @28) @135
+@484 := @468 @23
+@486 := @21 (@454 @30)
+@498 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @486 @23) -> (hs : @189) -> @107 (@72 (@21 (@454 @117)) @28) @224
+@499 := @484 @71
+@501 := @21 (@454 @32)
+@503 := @13 @501 @23
+@505 := @72 @470 @71
+@510 := {ts : @112} -> (h : @503) -> (hs : @235) -> @107 @505 @224
+@511 := @499 @77
+@513 := @72 @486 @71
+@514 := @107 @513
+@517 := (h : @463) -> (hs : @109) -> @514 @80
+@518 := @511 @461
+@520 := @72 @501 @71
+@522 := @107 @520 @80
+@523 := (hs : @109) -> @522
+@524 := @518 @106
+@526 := @107 @465 @80
+@527 := @185 @456
+@529 := @21 (@451 @28)
+@542 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @529 @30) -> (hs : @189) -> @107 (@72 (@21 (@451 @115)) @28) @135
+@543 := @527 @23
+@545 := @21 (@451 @30)
+@557 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @545 @23) -> (hs : @189) -> @107 (@72 (@21 (@451 @117)) @28) @224
+@558 := @543 @465
+@560 := @21 (@451 @32)
+@562 := @13 @560 @23
+@563 := @514 @32
+@565 := @72 @529 @505
+@570 := {ts : @112} -> (h : @562) -> (hs : @563) -> @107 @565 @224
+@571 := @558 @80
+@573 := @72 @545 @513
+@574 := @107 @573
+@577 := (h : @459) -> (hs : @522) -> @574 @81
+@578 := @571 @457
+@580 := @72 @560 @520
+@582 := @107 @580 @81
+@583 := (hs : @526) -> @582
+@584 := @578 @524
+@586 := @107 @467 @81
+@587 := @380 @445
+@588 := @352 @445
+@597 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@588 @30) @330) -> (hf : @189) -> @381 @446
+@598 := @587 @9
+@599 := @588 @9
+@600 := @322 @599
+@601 := @600 @330
+@606 := {fs : @111} -> {tys : @112} -> (h : @601) -> (hf : @189) -> @406 @446
+@607 := @598 @467
+@614 := {tys : @112} -> (h : @601) -> (hf : @574 @32) -> @13 (@404 @565) @446
+@615 := @607 @81
+@621 := (h : @600 @421) -> (hf : @582) -> @13 (@404 @573) @446
+@623 := @615 (@429 @599)
+@627 := (hf : @586) -> @13 (@404 @580) @446
+@628 := @623 @584
+@631 := @13 (@404 @467) @446
+@632 := fun (__s : @442) => @628
+@633 := Coverage.Types.Weights
+@635 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__enc_2 @4
+@636 := 2
+@637 := @8 @636
+@640 := (__s : @633) -> @13 @635 @637
+@641 := Coverage.Types.Weights.base
+@642 := @641 @4
+@643 := Coverage.Types.Weights.scale
+@644 := @643 @4
+@645 := @21 @642
+@646 := @56 @642
+@648 := @13 @645 @23
+@649 := @21 @644
+@650 := @56 @644
+@652 := @13 @649 @23
+@654 := @72 @649 @71
+@656 := @72 @645 @654
+@657 := @185 @649
+@659 := @21 (@643 @28)
+@672 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @659 @30) -> (hs : @189) -> @107 (@72 (@21 (@643 @115)) @28) @135
+@673 := @657 @23
+@675 := @21 (@643 @30)
+@687 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @675 @23) -> (hs : @189) -> @107 (@72 (@21 (@643 @117)) @28) @224
+@688 := @673 @71
+@690 := @21 (@643 @32)
+@692 := @13 @690 @23
+@694 := @72 @659 @71
+@699 := {ts : @112} -> (h : @692) -> (hs : @235) -> @107 @694 @224
+@700 := @688 @77
+@702 := @72 @675 @71
+@703 := @107 @702
+@706 := (h : @652) -> (hs : @109) -> @703 @80
+@707 := @700 @650
+@709 := @72 @690 @71
+@711 := @107 @709 @80
+@712 := (hs : @109) -> @711
+@713 := @707 @106
+@715 := @107 @654 @80
+@716 := @185 @645
+@718 := @21 (@641 @28)
+@731 := {t : @68} ->
+  {vs : @111} ->
+  {ts : @112} -> (h : @13 @718 @30) -> (hs : @189) -> @107 (@72 (@21 (@641 @115)) @28) @135
+@732 := @716 @23
+@734 := @21 (@641 @30)
+@746 := {vs : @111} ->
+  {ts : @112} -> (h : @13 @734 @23) -> (hs : @189) -> @107 (@72 (@21 (@641 @117)) @28) @224
+@747 := @732 @654
+@749 := @21 (@641 @32)
+@751 := @13 @749 @23
+@752 := @703 @32
+@754 := @72 @718 @694
+@759 := {ts : @112} -> (h : @751) -> (hs : @752) -> @107 @754 @224
+@760 := @747 @80
+@762 := @72 @734 @702
+@763 := @107 @762
+@766 := (h : @648) -> (hs : @711) -> @763 @81
+@767 := @760 @646
+@769 := @72 @749 @709
+@771 := @107 @769 @81
+@772 := (hs : @715) -> @771
+@773 := @767 @713
+@775 := @107 @656 @81
+@776 := @380 @636
+@777 := @352 @636
+@786 := {k : @27} ->
+  {fs : @111} -> {tys : @112} -> (h : @322 (@777 @30) @330) -> (hf : @189) -> @381 @637
+@787 := @776 @9
+@788 := @777 @9
+@789 := @322 @788
+@790 := @789 @330
+@795 := {fs : @111} -> {tys : @112} -> (h : @790) -> (hf : @189) -> @406 @637
+@796 := @787 @656
+@803 := {tys : @112} -> (h : @790) -> (hf : @763 @32) -> @13 (@404 @754) @637
+@804 := @796 @81
+@810 := (h : @789 @421) -> (hf : @771) -> @13 (@404 @762) @637
+@812 := @804 (@429 @788)
+@816 := (hf : @775) -> @13 (@404 @769) @637
+@817 := @812 @773
+@820 := @13 (@404 @656) @637
+@821 := fun (__s : @633) => @817
+@822 := @21 @30
+@823 := @56 @30
+@825 := @13 @822 @23
+@826 := @21 @32
+@827 := @56 @32
+@829 := @13 @826 @23
+@830 := @72 @826
+@831 := @830 @71
+@832 := @72 @822
+@833 := @832 @831
+@836 := Prod.{0, 0} @27 @67
+@839 := Prod.mk.{0, 0} @27 @67
+@840 := @839 @445
+@841 := @840 @826
+@842 := @839 @9
+@843 := @842 @822
+@844 := @69 @836
+@845 := @70 @836
+@847 := @845 @843 @844
+@849 := @845 @841 @847
+@850 := Bool.true
+@851 := LexLeanTarget.TargetSyntax.Function
+@852 := LexLeanTarget.TargetSyntax.Program.functions
+@853 := @852 @0
+@854 := @69 @27
+@855 := LexLeanTarget.TargetSyntax.Ty.unit
+@856 := LexLeanTarget.TargetSyntax.Value.unit
+@859 := LexLeanTarget.TargetSyntax.Expr.value @855 @856
+@864 := LexLeanTarget.TargetSyntax.Function.mk @854 @77 @855 @859
+@869 := List.getD.{0} @851 @853 @9 @864
+@873 := fun (__e_n : @27) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.root @4 @9
+@874 := @185 @826
+@875 := @21 @117
+@876 := @13 @875
+@877 := @876 @30
+@878 := @21 @113
+@879 := @72 @878
+@881 := @107 (@879 @28)
+@887 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @877) -> (hs : @189) -> @881 @135
+@888 := @874 @23
+@889 := @21 @28
+@891 := @13 @889 @23
+@892 := @21 @115
+@893 := @72 @892
+@900 := {vs : @111} -> {ts : @112} -> (h : @891) -> (hs : @189) -> @107 (@893 @28) @224
+@901 := @888 @71
+@902 := @72 @875
+@903 := @902 @71
+@908 := {ts : @112} -> (h : @825) -> (hs : @235) -> @107 @903 @224
+@909 := @901 @77
+@910 := @72 @889
+@911 := @910 @71
+@912 := @107 @911
+@915 := (h : @829) -> (hs : @109) -> @912 @80
+@916 := @909 @827
+@917 := @832 @71
+@919 := @107 @917 @80
+@920 := (hs : @109) -> @919
+@921 := @916 @106
+@923 := @107 @831 @80
+@924 := @185 @822
+@926 := @13 @892 @30
+@927 := @21 @121
+@928 := @72 @927
+@936 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @926) -> (hs : @189) -> @107 (@928 @28) @135
+@937 := @924 @23
+@943 := {vs : @111} -> {ts : @112} -> (h : @876 @23) -> (hs : @189) -> @881 @224
+@944 := @937 @831
+@945 := @912 @32
+@946 := @893 @903
+@947 := @107 @946
+@951 := {ts : @112} -> (h : @891) -> (hs : @945) -> @947 @224
+@952 := @944 @80
+@953 := @902 @911
+@954 := @107 @953
+@957 := (h : @825) -> (hs : @919) -> @954 @81
+@958 := @952 @823
+@959 := @910 @917
+@960 := @107 @959
+@962 := (hs : @923) -> @960 @81
+@963 := @958 @921
+@964 := @107 @833
+@965 := @964 @81
+@966 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.denote
+@968 := @966 @30 @32
+@969 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.__fits_0
+@971 := @969 @30 @32
+@974 := Coverage.Main.records @30 @32
+@980 := LexLeanPreservation.encPair @27 @27 @21 @21 @974
+@983 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.root @30 @32
+@984 := Bool
+@985 := Ne.{1}
+@986 := LexLeanPreservation.Obs
+@987 := @985 @986
+@988 := LexLeanPreservation.Rel
+@991 := @987 (@988 @32 @4)
+@992 := LexLeanPreservation.Obs.stuck
+@995 := (f : @984) -> (v : @67) -> @991 @992
+@997 := LexLeanPreservation.Rust.rel_ne_stuck @971
+@1004 := (v : @67) -> @987 (@988 (@969 @28 @30) @4) @992
+@1005 := @997 @980
+@1009 := @987 (@988 @971 @980) @992
+@1010 := @110 @836
+@1011 := LexLeanPreservation.Rust.FunSem
+@1012 := #9
+@1018 := (n : @27) -> @1011 @1012 @127 @121 @4 @113
+@1019 := @320 @851
+@1020 := @319 @1019
+@1027 := LexLeanRuntime.index (@110 @851) @851 (LexLeanRuntime.instIndexableList @851)
+@1031 := @1020 (@1027 (@852 @1012) @113)
+@1032 := @328 @851
+@1033 := @1032 @115
+@1034 := @1031 @1033
+@1035 := #10
+@1039 := @82 @1035 @1012 @127 @115
+@1040 := LexLeanTarget.TargetSyntax.Function.types
+@1041 := @1040 @113
+@1042 := @1039 @1041
+@1043 := @320 @1010
+@1044 := @319 @1043
+@1045 := LexLeanTarget.TargetSemantics.bindAll
+@1046 := LexLeanTarget.TargetSyntax.Function.parameters
+@1051 := @1044 (@1045 (@1046 @121) @113 @844)
+@1052 := @328 @1010
+@1053 := @1052 @115
+@1054 := @1051 @1053
+@1055 := @320 @984
+@1056 := @319 @1055
+@1057 := LexLeanPreservation.Rust.fnFallible
+@1058 := #11
+@1061 := @1056 (@1057 @1058 @1012)
+@1062 := @328 @984
+@1063 := @1062 @115
+@1064 := @1061 @1063
+@1065 := LexLeanPreservation.RunConv
+@1066 := #13
+@1070 := @1065 @1066 @1035 @127 @115
+@1072 := @987 @113 @992
+@1073 := Exists.{1}
+@1074 := LexLeanPreservation.Rust.ROut
+@1075 := @1073 @1074
+@1076 := And
+@1077 := LexLeanPreservation.Rust.RealizesFn
+@1081 := @1076 (@1077 @1012 @127 @4)
+@1082 := LexLeanPreservation.Rust.RCI
+@1084 := @1082 #15
+@1085 := LexLeanPreservation.Rust.fnIdent
+@1086 := @1085 @1066
+@1093 := (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1084 @1086 @1058 @4))
+@1108 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1018) ->
+  (hfn : @1034) -> (hwt : @1042) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1070) -> @1093
+@1110 := LexLeanPreservation.Rust.compose @0
+@1111 := @1011 @0
+@1116 := (n : @27) -> @1111 @127 @121 @4 @113
+@1117 := @1027 @853
+@1120 := @1020 (@1117 @113) @1033
+@1124 := @93 @1012 @127 @115 @1041
+@1125 := @1065 @0
+@1128 := @1125 @1035 @127 @115
+@1142 := {c : @25} ->
+  {A : @26} ->
+  {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1116) ->
+  (hfn : @1120) -> (hwt : @1124) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1128) -> @1093
+@1143 := @1110 @1
+@1144 := @1111 @1
+@1148 := (n : @27) -> @1144 @121 @4 @113
+@1151 := @101 @127 @115 @1041
+@1152 := @1057 @1
+@1155 := @1056 (@1152 @1012) @1063
+@1156 := @1082 @1
+@1166 := (hbind : @1054) ->
+  (hF : @1155) ->
+  (hA : @1128) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1156 @1086 @1058 @4))
+@1176 := {A : @26} ->
+  {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} -> {o : @986} -> (hB : @1148) -> (hfn : @1120) -> (hwt : @1151) -> @1166
+@1177 := @1143 @2
+@1179 := @1144 @2 @4
+@1181 := (n : @27) -> @1179 @113
+@1182 := @107 @115
+@1183 := @1182 @1041
+@1192 := {f : @27} ->
+  {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} -> {o : @986} -> (hB : @1181) -> (hfn : @1120) -> (hwt : @1183) -> @1166
+@1193 := @1177 @9
+@1195 := (n : @27) -> @1179 @9
+@1196 := @1117 @9
+@1197 := @1020 @1196
+@1198 := @1197 @1033
+@1199 := @1152 @9
+@1200 := @1056 @1199
+@1201 := @1200 @1063
+@1202 := @1125 @9
+@1204 := @1202 @127 @115
+@1206 := @1156 (@1085 @9)
+@1214 := (hF : @1201) ->
+  (hA : @1204) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 @1058 @4))
+@1223 := {fn : @851} ->
+  {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} -> (hB : @1195) -> (hfn : @1198) -> (hwt : @1183) -> (hbind : @1054) -> @1214
+@1224 := @1193 @869
+@1226 := @1197 (@1032 @869)
+@1227 := @1040 @869
+@1228 := @1182 @1227
+@1230 := @1045 (@1046 @869)
+@1242 := {args : @111} ->
+  {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1195) -> (hfn : @1226) -> (hwt : @1228) -> (hbind : @1044 (@1230 @113 @844) @1053) -> @1214
+@1243 := @1224 @833
+@1245 := @928 (@879 @71)
+@1247 := @107 @1245 @1227
+@1249 := @72 (@21 @127)
+@1251 := @1249 (@928 @71)
+@1255 := @1044 (@1230 @1251 @844) @1053
+@1257 := @72 (@21 @1035)
+@1259 := @72 (@21 @1012)
+@1261 := @1257 (@1259 @71)
+@1263 := @1202 @1261 @115
+@1265 := @72 (@21 @1066)
+@1268 := @72 (@21 #12)
+@1285 := {env : @1010} ->
+  {F : @984} ->
+  {o : @986} ->
+  (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1247) ->
+  (hbind : @1255) ->
+  (hF : @1201) ->
+  (hA : @1263) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1265 (@1268 @71)) @4))
+@1286 := @1243 @849
+@1288 := @879 (@893 @71)
+@1290 := @107 @1288 @1227
+@1301 := @1044 (@1230 @1245 @844) (@1052 (@845 (@840 @878) (@845 (@842 @927) @844)))
+@1303 := @1259 (@1249 @71)
+@1305 := @1202 @1303 @115
+@1307 := @72 (@21 @1058)
+@1323 := {F : @984} ->
+  {o : @986} ->
+  (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1290) ->
+  (hbind : @1301) ->
+  (hF : @1201) ->
+  (hA : @1305) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1268 (@1307 @71)) @4))
+@1324 := @1286 @850
+@1325 := @947 @1227
+@1336 := @1044 (@1230 @1288 @844) (@1052 (@845 (@840 @892) (@845 (@842 @878) @844)))
+@1338 := @1200 (@1062 @850)
+@1340 := @1202 @1251 @115
+@1341 := @1077 @850
+@1359 := {o : @986} ->
+  (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1325) ->
+  (hbind : @1336) ->
+  (hF : @1338) ->
+  (hA : @1340) ->
+  (hne : @1072) -> @1075 (fun (ro : @1074) => @1076 (@1341 @127 @4) (@1206 (@1307 (@1257 @71)) @4))
+@1360 := @1324 @968
+@1361 := @954 @1227
+@1372 := @1044 (@1230 @946 @844) (@1052 (@845 (@840 @875) (@845 (@842 @892) @844)))
+@1373 := @1202 @1245
+@1375 := @966 @121 @113
+@1376 := @1373 @1375
+@1378 := @966 @127 @121
+@1397 := (hB : @1195) ->
+  (hfn : @1226) ->
+  (hwt : @1361) ->
+  (hbind : @1372) ->
+  (hF : @1338) ->
+  (hA : @1376) ->
+  (hne : @987 @1378 @992) ->
+  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1035 @1012) @4) (@1206 @1261 @4))
+@1398 := @1360 @873
+@1399 := @960 @1227
+@1410 := @1044 (@1230 @953 @844) (@1052 (@845 (@840 @889) (@845 (@842 @875) @844)))
+@1411 := @1202 @1288
+@1413 := @966 @113 @115
+@1432 := (hfn : @1226) ->
+  (hwt : @1399) ->
+  (hbind : @1410) ->
+  (hF : @1338) ->
+  (hA : @1411 @1413) ->
+  (hne : @987 @1375 @992) ->
+  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1012 @127) @4) (@1206 @1303 @4))
+@1435 := @1398 (@428 @1019 @1196)
+@1436 := @964 @1227
+@1447 := @1044 (@1230 @959 @844) (@1052 (@845 (@840 @822) (@845 (@842 @889) @844)))
+@1448 := @1202 @946
+@1450 := @966 @115 @117
+@1466 := (hwt : @1436) ->
+  (hbind : @1447) ->
+  (hF : @1338) ->
+  (hA : @1448 @1450) ->
+  (hne : @987 @1413 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1378 @4) (@1206 @1251 @4))
+@1467 := @1435 @963
+@1469 := @1230 @833 @844
+@1472 := @1044 @1469 (@1052 @849)
+@1473 := @1202 @953
+@1475 := @966 @117 @28
+@1490 := (hbind : @1472) ->
+  (hF : @1338) ->
+  (hA : @1473 @1475) ->
+  (hne : @987 @1450 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1375 @4) (@1206 @1245 @4))
+@1493 := @1467 (@428 @1043 @1469)
+@1494 := @1202 @959
+@1496 := @966 @28 @30
+@1510 := (hF : @1338) ->
+  (hA : @1494 @1496) ->
+  (hne : @987 @1475 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1413 @4) (@1206 @1288 @4))
+@1513 := @1493 (@428 @1055 @1199)
+@1527 := (hA : @1202 @833 @968) ->
+  (hne : @987 @1496 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1450 @4) (@1206 @946 @4))
+@1528 := @1513 @983
+@1539 := (hne : @987 @968 @992) ->
+  @1075 (fun (ro : @1074) => @1076 (@1341 @1475 @4) (@1206 @953 @4))
+@1540 := @1528 @1005
+@1546 := @1076 (@1341 @1496 @4) (@1206 @959 @4)
+@1548 := @1075 (fun (ro : @1074) => @1546)
+@1550 := @1075 (fun (__e_ro : @1074) => @1546)
+@1555 := LexLeanPreservation.Rust.RepresentableL (@830 (@72 @34 @71))
+@1556 := (__e_hrep : @1555) -> @1550
+@1557 := fun (__e_hrep : @1555) => @1540
+@1558 := (b : @27) -> @1556
+@1559 := fun (b : @27) => @1557
+@1560 := (a : @27) -> @1558
+@1561 := fun (a : @27) => @1559
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustCore.lean
new file mode 100644
index 000000000..a3e97b839
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustCore.lean
@@ -0,0 +1,54 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat]] },
+    { constructors := [[.nat, .nat]] },
+    { constructors := [[.nat, .nat]] }], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.«let» 2 (.adt 0) (.build (.adt 0) (.adt 0) [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.field (.var 2) 0), (.field (.call 1 []) 1)]), (.call 2 [(.build (.adt 0) (.adt 1) [(.field (.var 2) 1), (.value .nat (.nat 1))])])])) },
+    { parameters := [], types := [], result := (.adt 2),
+      body := (.build (.adt 0) (.adt 2) [(.value .nat (.nat 2)), (.value .nat (.nat 3))]) },
+    { parameters := [0], types := [(.adt 1)], result := .nat,
+      body := (.field (.var 0) 0) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
+    (.enum (.adt 1) [{ number := 0, fields := [.nat, .nat] }]),
+    (.enum (.adt 2) [{ number := 0, fields := [.nat, .nat] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))))),
+    (.function (.generated .function 1) [] (.adt 2) (.mk [] (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 1))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))]) (tail := (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))])) (Corr.fieldHeld (ts := [.nat, .nat]) (rd := (.move (.generated .part 2))) (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]), [], rfl, rfl,
+    (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 7))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustStd.lean
new file mode 100644
index 000000000..f603fe9e7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustStd.lean
@@ -0,0 +1,54 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat]] },
+    { constructors := [[.nat, .nat]] },
+    { constructors := [[.nat, .nat]] }], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
+      body := (.«let» 2 (.adt 0) (.build (.adt 0) (.adt 0) [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.field (.var 2) 0), (.field (.call 1 []) 1)]), (.call 2 [(.build (.adt 0) (.adt 1) [(.field (.var 2) 1), (.value .nat (.nat 1))])])])) },
+    { parameters := [], types := [], result := (.adt 2),
+      body := (.build (.adt 0) (.adt 2) [(.value .nat (.nat 2)), (.value .nat (.nat 3))]) },
+    { parameters := [0], types := [(.adt 1)], result := .nat,
+      body := (.field (.var 0) 0) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
+    (.enum (.adt 1) [{ number := 0, fields := [.nat, .nat] }]),
+    (.enum (.adt 2) [{ number := 0, fields := [.nat, .nat] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))))),
+    (.function (.generated .function 1) [] (.adt 2) (.mk [] (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 1))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))]) (tail := (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))])) (Corr.fieldHeld (ts := [.nat, .nat]) (rd := (.move (.generated .part 2))) (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]), [], rfl, rfl,
+    (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 7))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15.lean
similarity index 97%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15.lean
index 235741f88..4facf77cb 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (v : (Option Nat)) (r : (Except Bool Nat)) : _root_.LexLeanPreservati
 theorem root (v : (Option Nat)) (r : (Except Bool Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) v), ((_root_.LexLeanPreservation.encExcept _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) r)] (_root_.LexLeanPreservation.Rel (__fits_0 v r) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Main.options v r))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 v r)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..46c035430
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustCore.lex.tex
@@ -0,0 +1,615 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.root : @1260 := @1261 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.flags
+@3 := Nat
+@4 := Option.{0}
+@5 := @4 @3
+@6 := #2
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encOption
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.option
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := #3
+@22 := @19 @20 @6
+@23 := #1
+@24 := @22 @23
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@36 := @34 @6 @23
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@44 := @43 @23
+@48 := {A : @18} -> (n : @3) -> @44 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @6 @15
+@69 := (x : @6) -> @65 @66 @23
+@70 := @4 @20
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @20 @15
+@78 := @74 @77
+@79 := @13 @6
+@88 := {p : @16} ->
+  {c : @17} -> {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (o : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encOption @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (o : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (o : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @23
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (o : @70) -> @50 @77 @79
+@132 := @121 @3
+@133 := (a._@._internal._hyg.#0 : @3) -> @57
+@142 := {e : @133} -> {t : @59} -> (h : (x : @3) -> @123) -> (o : @5) -> @50 (@9 @20 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @23
+@147 := @50 (@10 @15)
+@151 := {t : @59} -> (h : @145) -> (o : @5) -> @147 @79
+@152 := @143 @12
+@153 := (x : @3) -> @52
+@156 := (h : @153) -> (o : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := Bool
+@162 := Except.{0, 0}
+@163 := @162 @161
+@164 := @163 @3
+@165 := LexLeanTarget.TargetSyntax.Value.bool
+@166 := LexLeanPreservation.encExcept
+@167 := @166 @161
+@168 := @167 @3
+@169 := @168 @165
+@170 := @169 @7
+@171 := @170 @23
+@172 := LexLeanTarget.TargetSyntax.Ty.bool
+@173 := LexLeanTarget.TargetSyntax.Ty.result
+@174 := @173 @12
+@175 := @174 @172
+@176 := @165 @15
+@182 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @161) -> @24 @176 @172
+@184 := LexLeanPreservation.Rust.wt_bool @0
+@189 := {c : @17} -> {A : @18} -> (b : @161) -> @36 @176 @172
+@190 := @184 @1
+@194 := {A : @18} -> (b : @161) -> @44 @176 @172
+@195 := @190 @2
+@196 := @50 @176
+@197 := @196 @172
+@198 := (b : @161) -> @197
+@200 := fun (__x : @161) => @195 @15
+@201 := (a._@._internal._hyg.#0 : @23) -> @57
+@202 := #9
+@203 := @19 @202
+@204 := #8
+@206 := @203 @204 @71
+@207 := @64 @15
+@210 := (x : @62) -> @206 @207 @23
+@211 := #10
+@217 := (x : @62) -> @19 @211 @202 @204 @207 @20
+@219 := @162 @71 @60
+@220 := #11
+@223 := @19 @220 @211 @202
+@228 := @166 @204 @71 @60 @62 @15
+@229 := @223 @228
+@231 := @173 @64 @20
+@244 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @210) -> (ha : @217) -> (x : @219) -> @229 @231
+@246 := LexLeanPreservation.Rust.wt_encExcept @0
+@271 := {c : @17} ->
+  {A : @18} ->
+  {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} ->
+  {s : @59} ->
+  {t : @59} ->
+  (he : (x : @62) -> @34 @204 @71 @207 @23) ->
+  (ha : (x : @62) -> @34 @202 @204 @207 @20) -> (x : @219) -> @34 @211 @202 @228 @231
+@272 := @246 @1
+@293 := {A : @18} ->
+  {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} ->
+  {s : @59} ->
+  {t : @59} ->
+  (he : (x : @62) -> @43 @71 @207 @23) ->
+  (ha : (x : @62) -> @43 @204 @207 @20) -> (x : @219) -> @43 @202 @228 @231
+@294 := @272 @2
+@295 := @50 @207
+@296 := @295 @23
+@297 := (x : @62) -> @296
+@298 := @295 @20
+@299 := (x : @62) -> @298
+@310 := {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @297) -> (ha : @299) -> (x : @219) -> @50 @228 @231
+@311 := @294 @161
+@312 := (a._@._internal._hyg.#0 : @161) -> @57
+@313 := (x : @161) -> @296
+@328 := {α : @56} ->
+  {ee : @312} ->
+  {ea : @201} ->
+  {s : @59} ->
+  {t : @59} -> (he : @313) -> (ha : @299) -> (x : @163 @60) -> @50 (@167 @71 @60 @62 @15) @231
+@329 := @311 @3
+@330 := (x : @3) -> @298
+@342 := {ee : @312} ->
+  {ea : @133} ->
+  {s : @59} -> {t : @59} -> (he : @313) -> (ha : @330) -> (x : @164) -> @50 (@168 @60 @62 @15) @231
+@343 := @329 @165
+@345 := (x : @161) -> @196 @23
+@355 := {ea : @133} ->
+  {s : @59} -> {t : @59} -> (he : @345) -> (ha : @330) -> (x : @164) -> @50 (@169 @62 @15) @231
+@356 := @343 @7
+@358 := (x : @3) -> @51 @20
+@359 := @170 @15
+@360 := @50 @359
+@366 := {s : @59} -> {t : @59} -> (he : @345) -> (ha : @358) -> (x : @164) -> @360 @231
+@367 := @356 @12
+@373 := {t : @59} -> (he : @345) -> (ha : @153) -> (x : @164) -> @360 (@174 @20)
+@374 := @367 @172
+@379 := (he : (x : @161) -> @197) -> (ha : @153) -> (x : @164) -> @360 @175
+@382 := @374 @200 @55 @23
+@384 := @50 @171 @175
+@385 := List.nil.{0}
+@386 := List.cons.{0}
+@387 := @385 @57
+@388 := @386 @57
+@390 := @388 @171 @387
+@392 := @388 @11 @390
+@395 := Prod.{0, 0} @3 @57
+@396 := 1
+@399 := Prod.mk.{0, 0} @3 @57
+@400 := @399 @396
+@401 := @400 @171
+@402 := 0
+@403 := @399 @402
+@404 := @403 @11
+@405 := @385 @395
+@406 := @386 @395
+@408 := @406 @404 @405
+@410 := @406 @401 @408
+@411 := Bool.true
+@412 := LexLeanTarget.TargetSyntax.Function
+@413 := LexLeanTarget.TargetSyntax.Program.functions
+@414 := @413 @0
+@415 := @385 @3
+@416 := @385 @59
+@417 := LexLeanTarget.TargetSyntax.Ty.unit
+@418 := LexLeanTarget.TargetSyntax.Value.unit
+@421 := LexLeanTarget.TargetSyntax.Expr.value @417 @418
+@426 := LexLeanTarget.TargetSyntax.Function.mk @415 @416 @417 @421
+@431 := List.getD.{0} @412 @414 @402 @426
+@435 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.root @15 @402
+@436 := LexLeanPreservation.Rust.WTL
+@444 := {p : @16} -> {c : @17} -> {A : @18} -> @436 @6 @23 @15 @387 @416
+@446 := LexLeanPreservation.Rust.wtl_nil @0
+@447 := @436 @0
+@453 := {c : @17} -> {A : @18} -> @447 @23 @15 @387 @416
+@454 := @446 @1
+@455 := @447 @1
+@459 := {A : @18} -> @455 @15 @387 @416
+@460 := @454 @2
+@461 := @455 @2
+@462 := @461 @387
+@463 := @462 @416
+@464 := List.{0}
+@465 := @464 @57
+@466 := @464 @59
+@468 := @65 @20 @6
+@473 := @436 @71 @60 @62 @6 @23
+@476 := @436 @204 @71 @60
+@478 := @388 @62 @20
+@479 := @476 @478
+@480 := @386 @59
+@482 := @480 @64 @6
+@492 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @468) -> (hs : @473) -> @479 @482
+@494 := LexLeanPreservation.Rust.wtl_cons @0
+@512 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @465} ->
+  {ts : @466} -> (h : @92 @20 @6) -> (hs : @447 @60 @62 @6 @23) -> @447 @71 @60 @478 @482
+@513 := @494 @1
+@528 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @465} -> {ts : @466} -> (h : @108 @20 @6) -> (hs : @455 @62 @6 @23) -> @455 @60 @478 @482
+@529 := @513 @2
+@531 := @50 @20 @6
+@533 := @461 @6 @23
+@541 := {v : @57} ->
+  {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @531) -> (hs : @533) -> @461 @478 @482
+@542 := @529 @171
+@543 := @170 @64
+@545 := @50 @543 @6
+@546 := @170 @60
+@547 := @388 @546
+@555 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @545) -> (hs : @533) -> @461 (@547 @20) @482
+@556 := @542 @175
+@557 := @170 @20
+@559 := @50 @557 @175
+@560 := @170 @62
+@561 := @388 @560
+@563 := @461 (@561 @20)
+@564 := @480 @175
+@565 := @564 @6
+@570 := {vs : @465} -> {ts : @466} -> (h : @559) -> (hs : @533) -> @563 @565
+@571 := @556 @387
+@572 := @170 @6
+@574 := @50 @572 @175
+@575 := @462 @23
+@577 := @388 @543 @387
+@582 := {ts : @466} -> (h : @574) -> (hs : @575) -> @461 @577 @565
+@583 := @571 @416
+@585 := @388 @557 @387
+@586 := @461 @585
+@587 := @564 @416
+@590 := (h : @384) -> (hs : @463) -> @586 @587
+@591 := @583 @382
+@593 := @388 @572 @387
+@595 := @461 @593 @587
+@596 := (hs : @463) -> @595
+@597 := @591 @460
+@599 := @461 @390 @587
+@600 := @529 @11
+@601 := @10 @62
+@603 := @50 @601 @6
+@604 := @10 @71
+@605 := @388 @604
+@613 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @603) -> (hs : @533) -> @461 (@605 @20) @482
+@614 := @600 @14
+@615 := @10 @64
+@617 := @50 @615 @14
+@618 := @10 @60
+@619 := @388 @618
+@621 := @461 (@619 @20)
+@622 := @480 @14
+@623 := @622 @6
+@628 := {vs : @465} -> {ts : @466} -> (h : @617) -> (hs : @533) -> @621 @623
+@629 := @614 @390
+@630 := @10 @20
+@632 := @50 @630 @14
+@633 := @586 @23
+@635 := @388 @601 @577
+@636 := @461 @635
+@640 := {ts : @466} -> (h : @632) -> (hs : @633) -> @636 @623
+@641 := @629 @587
+@643 := @388 @615 @585
+@644 := @461 @643
+@645 := @622 @587
+@648 := (h : @160) -> (hs : @595) -> @644 @645
+@649 := @641 @158
+@651 := @388 @630 @593
+@652 := @461 @651
+@654 := (hs : @599) -> @652 @645
+@655 := @649 @597
+@656 := @461 @392
+@657 := @656 @645
+@658 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.denote
+@660 := @658 @6 @23
+@661 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.__fits_0
+@663 := @661 @6 @23
+@667 := @7 (Coverage.Main.options @6 @23)
+@670 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.root @6 @23
+@671 := Ne.{1}
+@672 := LexLeanPreservation.Obs
+@673 := @671 @672
+@674 := LexLeanPreservation.Rel
+@677 := @673 (@674 @23 @15)
+@678 := LexLeanPreservation.Obs.stuck
+@681 := (f : @161) -> (v : @57) -> @677 @678
+@683 := LexLeanPreservation.Rust.rel_ne_stuck @663
+@690 := (v : @57) -> @673 (@674 (@661 @20 @6) @15) @678
+@691 := @683 @667
+@695 := @673 (@674 @663 @667) @678
+@696 := @464 @395
+@697 := LexLeanPreservation.Rust.FunSem
+@703 := (n : @3) -> @697 @202 @204 @71 @15 @60
+@704 := Eq.{1}
+@705 := @4 @412
+@706 := @704 @705
+@713 := LexLeanRuntime.index (@464 @412) @412 (LexLeanRuntime.instIndexableList @412)
+@717 := @706 (@713 (@413 @202) @60)
+@718 := Option.some.{0}
+@719 := @718 @412
+@720 := @719 @62
+@721 := @717 @720
+@725 := @436 @211 @202 @204 @62
+@726 := LexLeanTarget.TargetSyntax.Function.types
+@727 := @726 @60
+@728 := @725 @727
+@729 := @4 @696
+@730 := @704 @729
+@731 := LexLeanTarget.TargetSemantics.bindAll
+@732 := LexLeanTarget.TargetSyntax.Function.parameters
+@737 := @730 (@731 (@732 @71) @60 @405)
+@738 := @718 @696
+@739 := @738 @62
+@740 := @737 @739
+@741 := @4 @161
+@742 := @704 @741
+@743 := LexLeanPreservation.Rust.fnFallible
+@746 := @742 (@743 @220 @202)
+@747 := @718 @161
+@748 := @747 @62
+@749 := @746 @748
+@750 := LexLeanPreservation.RunConv
+@751 := #13
+@755 := @750 @751 @211 @204 @62
+@757 := @673 @60 @678
+@758 := Exists.{1}
+@759 := LexLeanPreservation.Rust.ROut
+@760 := @758 @759
+@761 := And
+@762 := LexLeanPreservation.Rust.RealizesFn
+@766 := @761 (@762 @202 @204 @15)
+@767 := LexLeanPreservation.Rust.RCI
+@769 := @767 #15
+@770 := LexLeanPreservation.Rust.fnIdent
+@771 := @770 @751
+@778 := (hne : @757) -> @760 (fun (ro : @759) => @766 (@769 @771 @220 @15))
+@793 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @703) ->
+  (hfn : @721) -> (hwt : @728) -> (hbind : @740) -> (hF : @749) -> (hA : @755) -> @778
+@795 := LexLeanPreservation.Rust.compose @0
+@796 := @697 @0
+@801 := (n : @3) -> @796 @204 @71 @15 @60
+@802 := @713 @414
+@805 := @706 (@802 @60) @720
+@809 := @447 @202 @204 @62 @727
+@810 := @750 @0
+@813 := @810 @211 @204 @62
+@827 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @801) ->
+  (hfn : @805) -> (hwt : @809) -> (hbind : @740) -> (hF : @749) -> (hA : @813) -> @778
+@828 := @795 @1
+@829 := @796 @1
+@833 := (n : @3) -> @829 @71 @15 @60
+@836 := @455 @204 @62 @727
+@837 := @743 @1
+@840 := @742 (@837 @202) @748
+@841 := @767 @1
+@851 := (hbind : @740) ->
+  (hF : @840) -> (hA : @813) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@841 @771 @220 @15))
+@861 := {A : @18} ->
+  {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @833) -> (hfn : @805) -> (hwt : @836) -> @851
+@862 := @828 @2
+@864 := @829 @2 @15
+@866 := (n : @3) -> @864 @60
+@867 := @461 @62
+@868 := @867 @727
+@877 := {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @866) -> (hfn : @805) -> (hwt : @868) -> @851
+@878 := @862 @402
+@880 := (n : @3) -> @864 @402
+@881 := @802 @402
+@882 := @706 @881
+@883 := @882 @720
+@884 := @837 @402
+@885 := @742 @884
+@886 := @885 @748
+@887 := @810 @402
+@889 := @887 @204 @62
+@891 := @841 (@770 @402)
+@899 := (hF : @886) -> (hA : @889) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 @220 @15))
+@908 := {fn : @412} ->
+  {args : @465} ->
+  {env : @696} ->
+  {F : @161} -> {o : @672} -> (hB : @880) -> (hfn : @883) -> (hwt : @868) -> (hbind : @740) -> @899
+@909 := @878 @431
+@911 := @882 (@719 @431)
+@912 := @726 @431
+@913 := @867 @912
+@915 := @731 (@732 @431)
+@927 := {args : @465} ->
+  {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @880) -> (hfn : @911) -> (hwt : @913) -> (hbind : @730 (@915 @60 @405) @739) -> @899
+@928 := @909 @392
+@930 := @605 (@547 @387)
+@932 := @461 @930 @912
+@938 := @388 (@10 @204) (@388 (@170 @71) @387)
+@942 := @730 (@915 @938 @405) @739
+@948 := @388 (@10 @211) (@388 (@170 @202) @387)
+@950 := @887 @948 @62
+@952 := @388 (@10 @751)
+@953 := #12
+@972 := {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @932) ->
+  (hbind : @942) ->
+  (hF : @886) ->
+  (hA : @950) ->
+  (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 (@952 (@388 (@170 @953) @387)) @15))
+@973 := @928 @410
+@975 := @619 (@561 @387)
+@977 := @461 @975 @912
+@988 := @730 (@915 @930 @405) (@738 (@406 (@400 @546) (@406 (@403 @604) @405)))
+@994 := @388 (@10 @202) (@388 (@170 @204) @387)
+@1016 := {F : @161} ->
+  {o : @672} ->
+  (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @977) ->
+  (hbind : @988) ->
+  (hF : @886) ->
+  (hA : @887 @994 @62) ->
+  (hne : @757) ->
+  @760 (fun (ro : @759) => @766 (@891 (@388 (@10 @953) (@388 (@170 @220) @387)) @15))
+@1017 := @973 @411
+@1018 := @636 @912
+@1029 := @730 (@915 @975 @405) (@738 (@406 (@400 @560) (@406 (@403 @618) @405)))
+@1031 := @885 (@747 @411)
+@1033 := @887 @938 @62
+@1034 := @762 @411
+@1056 := {o : @672} ->
+  (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @1018) ->
+  (hbind : @1029) ->
+  (hF : @1031) ->
+  (hA : @1033) ->
+  (hne : @757) ->
+  @760
+    (fun (ro : @759) => @761 (@1034 @204 @15) (@891 (@388 (@10 @220) (@388 (@170 @211) @387)) @15))
+@1057 := @1017 @660
+@1058 := @644 @912
+@1069 := @730 (@915 @635 @405) (@738 (@406 (@400 @543) (@406 (@403 @601) @405)))
+@1070 := @887 @930
+@1072 := @658 @71 @60
+@1073 := @1070 @1072
+@1075 := @658 @204 @71
+@1094 := (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @1058) ->
+  (hbind : @1069) ->
+  (hF : @1031) ->
+  (hA : @1073) ->
+  (hne : @673 @1075 @678) ->
+  @760 (fun (ro : @759) => @761 (@1034 (@658 @211 @202) @15) (@891 @948 @15))
+@1095 := @1057 @435
+@1096 := @652 @912
+@1107 := @730 (@915 @643 @405) (@738 (@406 (@400 @557) (@406 (@403 @615) @405)))
+@1108 := @887 @975
+@1110 := @658 @60 @62
+@1129 := (hfn : @911) ->
+  (hwt : @1096) ->
+  (hbind : @1107) ->
+  (hF : @1031) ->
+  (hA : @1108 @1110) ->
+  (hne : @673 @1072 @678) ->
+  @760 (fun (ro : @759) => @761 (@1034 (@658 @202 @204) @15) (@891 @994 @15))
+@1130 := Eq.refl.{1}
+@1133 := @1095 (@1130 @705 @881)
+@1134 := @656 @912
+@1145 := @730 (@915 @651 @405) (@738 (@406 (@400 @572) (@406 (@403 @630) @405)))
+@1146 := @887 @635
+@1148 := @658 @62 @64
+@1164 := (hwt : @1134) ->
+  (hbind : @1145) ->
+  (hF : @1031) ->
+  (hA : @1146 @1148) ->
+  (hne : @673 @1110 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1075 @15) (@891 @938 @15))
+@1165 := @1133 @655
+@1167 := @915 @392 @405
+@1170 := @730 @1167 (@738 @410)
+@1171 := @887 @643
+@1173 := @658 @64 @20
+@1188 := (hbind : @1170) ->
+  (hF : @1031) ->
+  (hA : @1171 @1173) ->
+  (hne : @673 @1148 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1072 @15) (@891 @930 @15))
+@1191 := @1165 (@1130 @729 @1167)
+@1192 := @887 @651
+@1194 := @658 @20 @6
+@1208 := (hF : @1031) ->
+  (hA : @1192 @1194) ->
+  (hne : @673 @1173 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1110 @15) (@891 @975 @15))
+@1211 := @1191 (@1130 @741 @884)
+@1225 := (hA : @887 @392 @660) ->
+  (hne : @673 @1194 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1148 @15) (@891 @635 @15))
+@1226 := @1211 @670
+@1237 := (hne : @673 @660 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1173 @15) (@891 @643 @15))
+@1238 := @1226 @691
+@1244 := @761 (@1034 @1194 @15) (@891 @651 @15)
+@1246 := @760 (fun (ro : @759) => @1244)
+@1248 := @760 (fun (__e_ro : @759) => @1244)
+@1249 := LexLeanPreservation.Rust.RepresentableL
+@1250 := @10 @23
+@1252 := @388 @359 @387
+@1255 := @1249 (@388 @1250 @1252)
+@1256 := (__e_hrep : @1255) -> @1248
+@1257 := fun (__e_hrep : @1255) => @1238
+@1258 := (r : @164) -> @1256
+@1259 := fun (r : @164) => @1257
+@1260 := (v : @5) -> @1258
+@1261 := fun (v : @5) => @1259
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..16f588a91
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustStd.lex.tex
@@ -0,0 +1,615 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.root : @1260 := @1261 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.flags
+@3 := Nat
+@4 := Option.{0}
+@5 := @4 @3
+@6 := #2
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encOption
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.option
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := #3
+@22 := @19 @20 @6
+@23 := #1
+@24 := @22 @23
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@36 := @34 @6 @23
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@44 := @43 @23
+@48 := {A : @18} -> (n : @3) -> @44 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @6 @15
+@69 := (x : @6) -> @65 @66 @23
+@70 := @4 @20
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @20 @15
+@78 := @74 @77
+@79 := @13 @6
+@88 := {p : @16} ->
+  {c : @17} -> {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (o : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encOption @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (o : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (o : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @23
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (o : @70) -> @50 @77 @79
+@132 := @121 @3
+@133 := (a._@._internal._hyg.#0 : @3) -> @57
+@142 := {e : @133} -> {t : @59} -> (h : (x : @3) -> @123) -> (o : @5) -> @50 (@9 @20 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @23
+@147 := @50 (@10 @15)
+@151 := {t : @59} -> (h : @145) -> (o : @5) -> @147 @79
+@152 := @143 @12
+@153 := (x : @3) -> @52
+@156 := (h : @153) -> (o : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := Bool
+@162 := Except.{0, 0}
+@163 := @162 @161
+@164 := @163 @3
+@165 := LexLeanTarget.TargetSyntax.Value.bool
+@166 := LexLeanPreservation.encExcept
+@167 := @166 @161
+@168 := @167 @3
+@169 := @168 @165
+@170 := @169 @7
+@171 := @170 @23
+@172 := LexLeanTarget.TargetSyntax.Ty.bool
+@173 := LexLeanTarget.TargetSyntax.Ty.result
+@174 := @173 @12
+@175 := @174 @172
+@176 := @165 @15
+@182 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @161) -> @24 @176 @172
+@184 := LexLeanPreservation.Rust.wt_bool @0
+@189 := {c : @17} -> {A : @18} -> (b : @161) -> @36 @176 @172
+@190 := @184 @1
+@194 := {A : @18} -> (b : @161) -> @44 @176 @172
+@195 := @190 @2
+@196 := @50 @176
+@197 := @196 @172
+@198 := (b : @161) -> @197
+@200 := fun (__x : @161) => @195 @15
+@201 := (a._@._internal._hyg.#0 : @23) -> @57
+@202 := #9
+@203 := @19 @202
+@204 := #8
+@206 := @203 @204 @71
+@207 := @64 @15
+@210 := (x : @62) -> @206 @207 @23
+@211 := #10
+@217 := (x : @62) -> @19 @211 @202 @204 @207 @20
+@219 := @162 @71 @60
+@220 := #11
+@223 := @19 @220 @211 @202
+@228 := @166 @204 @71 @60 @62 @15
+@229 := @223 @228
+@231 := @173 @64 @20
+@244 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @210) -> (ha : @217) -> (x : @219) -> @229 @231
+@246 := LexLeanPreservation.Rust.wt_encExcept @0
+@271 := {c : @17} ->
+  {A : @18} ->
+  {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} ->
+  {s : @59} ->
+  {t : @59} ->
+  (he : (x : @62) -> @34 @204 @71 @207 @23) ->
+  (ha : (x : @62) -> @34 @202 @204 @207 @20) -> (x : @219) -> @34 @211 @202 @228 @231
+@272 := @246 @1
+@293 := {A : @18} ->
+  {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} ->
+  {s : @59} ->
+  {t : @59} ->
+  (he : (x : @62) -> @43 @71 @207 @23) ->
+  (ha : (x : @62) -> @43 @204 @207 @20) -> (x : @219) -> @43 @202 @228 @231
+@294 := @272 @2
+@295 := @50 @207
+@296 := @295 @23
+@297 := (x : @62) -> @296
+@298 := @295 @20
+@299 := (x : @62) -> @298
+@310 := {ε : @56} ->
+  {α : @56} ->
+  {ee : @201} ->
+  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @297) -> (ha : @299) -> (x : @219) -> @50 @228 @231
+@311 := @294 @161
+@312 := (a._@._internal._hyg.#0 : @161) -> @57
+@313 := (x : @161) -> @296
+@328 := {α : @56} ->
+  {ee : @312} ->
+  {ea : @201} ->
+  {s : @59} ->
+  {t : @59} -> (he : @313) -> (ha : @299) -> (x : @163 @60) -> @50 (@167 @71 @60 @62 @15) @231
+@329 := @311 @3
+@330 := (x : @3) -> @298
+@342 := {ee : @312} ->
+  {ea : @133} ->
+  {s : @59} -> {t : @59} -> (he : @313) -> (ha : @330) -> (x : @164) -> @50 (@168 @60 @62 @15) @231
+@343 := @329 @165
+@345 := (x : @161) -> @196 @23
+@355 := {ea : @133} ->
+  {s : @59} -> {t : @59} -> (he : @345) -> (ha : @330) -> (x : @164) -> @50 (@169 @62 @15) @231
+@356 := @343 @7
+@358 := (x : @3) -> @51 @20
+@359 := @170 @15
+@360 := @50 @359
+@366 := {s : @59} -> {t : @59} -> (he : @345) -> (ha : @358) -> (x : @164) -> @360 @231
+@367 := @356 @12
+@373 := {t : @59} -> (he : @345) -> (ha : @153) -> (x : @164) -> @360 (@174 @20)
+@374 := @367 @172
+@379 := (he : (x : @161) -> @197) -> (ha : @153) -> (x : @164) -> @360 @175
+@382 := @374 @200 @55 @23
+@384 := @50 @171 @175
+@385 := List.nil.{0}
+@386 := List.cons.{0}
+@387 := @385 @57
+@388 := @386 @57
+@390 := @388 @171 @387
+@392 := @388 @11 @390
+@395 := Prod.{0, 0} @3 @57
+@396 := 1
+@399 := Prod.mk.{0, 0} @3 @57
+@400 := @399 @396
+@401 := @400 @171
+@402 := 0
+@403 := @399 @402
+@404 := @403 @11
+@405 := @385 @395
+@406 := @386 @395
+@408 := @406 @404 @405
+@410 := @406 @401 @408
+@411 := Bool.true
+@412 := LexLeanTarget.TargetSyntax.Function
+@413 := LexLeanTarget.TargetSyntax.Program.functions
+@414 := @413 @0
+@415 := @385 @3
+@416 := @385 @59
+@417 := LexLeanTarget.TargetSyntax.Ty.unit
+@418 := LexLeanTarget.TargetSyntax.Value.unit
+@421 := LexLeanTarget.TargetSyntax.Expr.value @417 @418
+@426 := LexLeanTarget.TargetSyntax.Function.mk @415 @416 @417 @421
+@431 := List.getD.{0} @412 @414 @402 @426
+@435 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.root @15 @402
+@436 := LexLeanPreservation.Rust.WTL
+@444 := {p : @16} -> {c : @17} -> {A : @18} -> @436 @6 @23 @15 @387 @416
+@446 := LexLeanPreservation.Rust.wtl_nil @0
+@447 := @436 @0
+@453 := {c : @17} -> {A : @18} -> @447 @23 @15 @387 @416
+@454 := @446 @1
+@455 := @447 @1
+@459 := {A : @18} -> @455 @15 @387 @416
+@460 := @454 @2
+@461 := @455 @2
+@462 := @461 @387
+@463 := @462 @416
+@464 := List.{0}
+@465 := @464 @57
+@466 := @464 @59
+@468 := @65 @20 @6
+@473 := @436 @71 @60 @62 @6 @23
+@476 := @436 @204 @71 @60
+@478 := @388 @62 @20
+@479 := @476 @478
+@480 := @386 @59
+@482 := @480 @64 @6
+@492 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @468) -> (hs : @473) -> @479 @482
+@494 := LexLeanPreservation.Rust.wtl_cons @0
+@512 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @465} ->
+  {ts : @466} -> (h : @92 @20 @6) -> (hs : @447 @60 @62 @6 @23) -> @447 @71 @60 @478 @482
+@513 := @494 @1
+@528 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @465} -> {ts : @466} -> (h : @108 @20 @6) -> (hs : @455 @62 @6 @23) -> @455 @60 @478 @482
+@529 := @513 @2
+@531 := @50 @20 @6
+@533 := @461 @6 @23
+@541 := {v : @57} ->
+  {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @531) -> (hs : @533) -> @461 @478 @482
+@542 := @529 @171
+@543 := @170 @64
+@545 := @50 @543 @6
+@546 := @170 @60
+@547 := @388 @546
+@555 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @545) -> (hs : @533) -> @461 (@547 @20) @482
+@556 := @542 @175
+@557 := @170 @20
+@559 := @50 @557 @175
+@560 := @170 @62
+@561 := @388 @560
+@563 := @461 (@561 @20)
+@564 := @480 @175
+@565 := @564 @6
+@570 := {vs : @465} -> {ts : @466} -> (h : @559) -> (hs : @533) -> @563 @565
+@571 := @556 @387
+@572 := @170 @6
+@574 := @50 @572 @175
+@575 := @462 @23
+@577 := @388 @543 @387
+@582 := {ts : @466} -> (h : @574) -> (hs : @575) -> @461 @577 @565
+@583 := @571 @416
+@585 := @388 @557 @387
+@586 := @461 @585
+@587 := @564 @416
+@590 := (h : @384) -> (hs : @463) -> @586 @587
+@591 := @583 @382
+@593 := @388 @572 @387
+@595 := @461 @593 @587
+@596 := (hs : @463) -> @595
+@597 := @591 @460
+@599 := @461 @390 @587
+@600 := @529 @11
+@601 := @10 @62
+@603 := @50 @601 @6
+@604 := @10 @71
+@605 := @388 @604
+@613 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @603) -> (hs : @533) -> @461 (@605 @20) @482
+@614 := @600 @14
+@615 := @10 @64
+@617 := @50 @615 @14
+@618 := @10 @60
+@619 := @388 @618
+@621 := @461 (@619 @20)
+@622 := @480 @14
+@623 := @622 @6
+@628 := {vs : @465} -> {ts : @466} -> (h : @617) -> (hs : @533) -> @621 @623
+@629 := @614 @390
+@630 := @10 @20
+@632 := @50 @630 @14
+@633 := @586 @23
+@635 := @388 @601 @577
+@636 := @461 @635
+@640 := {ts : @466} -> (h : @632) -> (hs : @633) -> @636 @623
+@641 := @629 @587
+@643 := @388 @615 @585
+@644 := @461 @643
+@645 := @622 @587
+@648 := (h : @160) -> (hs : @595) -> @644 @645
+@649 := @641 @158
+@651 := @388 @630 @593
+@652 := @461 @651
+@654 := (hs : @599) -> @652 @645
+@655 := @649 @597
+@656 := @461 @392
+@657 := @656 @645
+@658 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.denote
+@660 := @658 @6 @23
+@661 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.__fits_0
+@663 := @661 @6 @23
+@667 := @7 (Coverage.Main.options @6 @23)
+@670 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.root @6 @23
+@671 := Ne.{1}
+@672 := LexLeanPreservation.Obs
+@673 := @671 @672
+@674 := LexLeanPreservation.Rel
+@677 := @673 (@674 @23 @15)
+@678 := LexLeanPreservation.Obs.stuck
+@681 := (f : @161) -> (v : @57) -> @677 @678
+@683 := LexLeanPreservation.Rust.rel_ne_stuck @663
+@690 := (v : @57) -> @673 (@674 (@661 @20 @6) @15) @678
+@691 := @683 @667
+@695 := @673 (@674 @663 @667) @678
+@696 := @464 @395
+@697 := LexLeanPreservation.Rust.FunSem
+@703 := (n : @3) -> @697 @202 @204 @71 @15 @60
+@704 := Eq.{1}
+@705 := @4 @412
+@706 := @704 @705
+@713 := LexLeanRuntime.index (@464 @412) @412 (LexLeanRuntime.instIndexableList @412)
+@717 := @706 (@713 (@413 @202) @60)
+@718 := Option.some.{0}
+@719 := @718 @412
+@720 := @719 @62
+@721 := @717 @720
+@725 := @436 @211 @202 @204 @62
+@726 := LexLeanTarget.TargetSyntax.Function.types
+@727 := @726 @60
+@728 := @725 @727
+@729 := @4 @696
+@730 := @704 @729
+@731 := LexLeanTarget.TargetSemantics.bindAll
+@732 := LexLeanTarget.TargetSyntax.Function.parameters
+@737 := @730 (@731 (@732 @71) @60 @405)
+@738 := @718 @696
+@739 := @738 @62
+@740 := @737 @739
+@741 := @4 @161
+@742 := @704 @741
+@743 := LexLeanPreservation.Rust.fnFallible
+@746 := @742 (@743 @220 @202)
+@747 := @718 @161
+@748 := @747 @62
+@749 := @746 @748
+@750 := LexLeanPreservation.RunConv
+@751 := #13
+@755 := @750 @751 @211 @204 @62
+@757 := @673 @60 @678
+@758 := Exists.{1}
+@759 := LexLeanPreservation.Rust.ROut
+@760 := @758 @759
+@761 := And
+@762 := LexLeanPreservation.Rust.RealizesFn
+@766 := @761 (@762 @202 @204 @15)
+@767 := LexLeanPreservation.Rust.RCI
+@769 := @767 #15
+@770 := LexLeanPreservation.Rust.fnIdent
+@771 := @770 @751
+@778 := (hne : @757) -> @760 (fun (ro : @759) => @766 (@769 @771 @220 @15))
+@793 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @703) ->
+  (hfn : @721) -> (hwt : @728) -> (hbind : @740) -> (hF : @749) -> (hA : @755) -> @778
+@795 := LexLeanPreservation.Rust.compose @0
+@796 := @697 @0
+@801 := (n : @3) -> @796 @204 @71 @15 @60
+@802 := @713 @414
+@805 := @706 (@802 @60) @720
+@809 := @447 @202 @204 @62 @727
+@810 := @750 @0
+@813 := @810 @211 @204 @62
+@827 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @801) ->
+  (hfn : @805) -> (hwt : @809) -> (hbind : @740) -> (hF : @749) -> (hA : @813) -> @778
+@828 := @795 @1
+@829 := @796 @1
+@833 := (n : @3) -> @829 @71 @15 @60
+@836 := @455 @204 @62 @727
+@837 := @743 @1
+@840 := @742 (@837 @202) @748
+@841 := @767 @1
+@851 := (hbind : @740) ->
+  (hF : @840) -> (hA : @813) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@841 @771 @220 @15))
+@861 := {A : @18} ->
+  {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @833) -> (hfn : @805) -> (hwt : @836) -> @851
+@862 := @828 @2
+@864 := @829 @2 @15
+@866 := (n : @3) -> @864 @60
+@867 := @461 @62
+@868 := @867 @727
+@877 := {f : @3} ->
+  {fn : @412} ->
+  {args : @465} ->
+  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @866) -> (hfn : @805) -> (hwt : @868) -> @851
+@878 := @862 @402
+@880 := (n : @3) -> @864 @402
+@881 := @802 @402
+@882 := @706 @881
+@883 := @882 @720
+@884 := @837 @402
+@885 := @742 @884
+@886 := @885 @748
+@887 := @810 @402
+@889 := @887 @204 @62
+@891 := @841 (@770 @402)
+@899 := (hF : @886) -> (hA : @889) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 @220 @15))
+@908 := {fn : @412} ->
+  {args : @465} ->
+  {env : @696} ->
+  {F : @161} -> {o : @672} -> (hB : @880) -> (hfn : @883) -> (hwt : @868) -> (hbind : @740) -> @899
+@909 := @878 @431
+@911 := @882 (@719 @431)
+@912 := @726 @431
+@913 := @867 @912
+@915 := @731 (@732 @431)
+@927 := {args : @465} ->
+  {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @880) -> (hfn : @911) -> (hwt : @913) -> (hbind : @730 (@915 @60 @405) @739) -> @899
+@928 := @909 @392
+@930 := @605 (@547 @387)
+@932 := @461 @930 @912
+@938 := @388 (@10 @204) (@388 (@170 @71) @387)
+@942 := @730 (@915 @938 @405) @739
+@948 := @388 (@10 @211) (@388 (@170 @202) @387)
+@950 := @887 @948 @62
+@952 := @388 (@10 @751)
+@953 := #12
+@972 := {env : @696} ->
+  {F : @161} ->
+  {o : @672} ->
+  (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @932) ->
+  (hbind : @942) ->
+  (hF : @886) ->
+  (hA : @950) ->
+  (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 (@952 (@388 (@170 @953) @387)) @15))
+@973 := @928 @410
+@975 := @619 (@561 @387)
+@977 := @461 @975 @912
+@988 := @730 (@915 @930 @405) (@738 (@406 (@400 @546) (@406 (@403 @604) @405)))
+@994 := @388 (@10 @202) (@388 (@170 @204) @387)
+@1016 := {F : @161} ->
+  {o : @672} ->
+  (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @977) ->
+  (hbind : @988) ->
+  (hF : @886) ->
+  (hA : @887 @994 @62) ->
+  (hne : @757) ->
+  @760 (fun (ro : @759) => @766 (@891 (@388 (@10 @953) (@388 (@170 @220) @387)) @15))
+@1017 := @973 @411
+@1018 := @636 @912
+@1029 := @730 (@915 @975 @405) (@738 (@406 (@400 @560) (@406 (@403 @618) @405)))
+@1031 := @885 (@747 @411)
+@1033 := @887 @938 @62
+@1034 := @762 @411
+@1056 := {o : @672} ->
+  (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @1018) ->
+  (hbind : @1029) ->
+  (hF : @1031) ->
+  (hA : @1033) ->
+  (hne : @757) ->
+  @760
+    (fun (ro : @759) => @761 (@1034 @204 @15) (@891 (@388 (@10 @220) (@388 (@170 @211) @387)) @15))
+@1057 := @1017 @660
+@1058 := @644 @912
+@1069 := @730 (@915 @635 @405) (@738 (@406 (@400 @543) (@406 (@403 @601) @405)))
+@1070 := @887 @930
+@1072 := @658 @71 @60
+@1073 := @1070 @1072
+@1075 := @658 @204 @71
+@1094 := (hB : @880) ->
+  (hfn : @911) ->
+  (hwt : @1058) ->
+  (hbind : @1069) ->
+  (hF : @1031) ->
+  (hA : @1073) ->
+  (hne : @673 @1075 @678) ->
+  @760 (fun (ro : @759) => @761 (@1034 (@658 @211 @202) @15) (@891 @948 @15))
+@1095 := @1057 @435
+@1096 := @652 @912
+@1107 := @730 (@915 @643 @405) (@738 (@406 (@400 @557) (@406 (@403 @615) @405)))
+@1108 := @887 @975
+@1110 := @658 @60 @62
+@1129 := (hfn : @911) ->
+  (hwt : @1096) ->
+  (hbind : @1107) ->
+  (hF : @1031) ->
+  (hA : @1108 @1110) ->
+  (hne : @673 @1072 @678) ->
+  @760 (fun (ro : @759) => @761 (@1034 (@658 @202 @204) @15) (@891 @994 @15))
+@1130 := Eq.refl.{1}
+@1133 := @1095 (@1130 @705 @881)
+@1134 := @656 @912
+@1145 := @730 (@915 @651 @405) (@738 (@406 (@400 @572) (@406 (@403 @630) @405)))
+@1146 := @887 @635
+@1148 := @658 @62 @64
+@1164 := (hwt : @1134) ->
+  (hbind : @1145) ->
+  (hF : @1031) ->
+  (hA : @1146 @1148) ->
+  (hne : @673 @1110 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1075 @15) (@891 @938 @15))
+@1165 := @1133 @655
+@1167 := @915 @392 @405
+@1170 := @730 @1167 (@738 @410)
+@1171 := @887 @643
+@1173 := @658 @64 @20
+@1188 := (hbind : @1170) ->
+  (hF : @1031) ->
+  (hA : @1171 @1173) ->
+  (hne : @673 @1148 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1072 @15) (@891 @930 @15))
+@1191 := @1165 (@1130 @729 @1167)
+@1192 := @887 @651
+@1194 := @658 @20 @6
+@1208 := (hF : @1031) ->
+  (hA : @1192 @1194) ->
+  (hne : @673 @1173 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1110 @15) (@891 @975 @15))
+@1211 := @1191 (@1130 @741 @884)
+@1225 := (hA : @887 @392 @660) ->
+  (hne : @673 @1194 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1148 @15) (@891 @635 @15))
+@1226 := @1211 @670
+@1237 := (hne : @673 @660 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1173 @15) (@891 @643 @15))
+@1238 := @1226 @691
+@1244 := @761 (@1034 @1194 @15) (@891 @651 @15)
+@1246 := @760 (fun (ro : @759) => @1244)
+@1248 := @760 (fun (__e_ro : @759) => @1244)
+@1249 := LexLeanPreservation.Rust.RepresentableL
+@1250 := @10 @23
+@1252 := @388 @359 @387
+@1255 := @1249 (@388 @1250 @1252)
+@1256 := (__e_hrep : @1255) -> @1248
+@1257 := fun (__e_hrep : @1255) => @1238
+@1258 := (r : @164) -> @1256
+@1259 := fun (r : @164) => @1257
+@1260 := (v : @5) -> @1258
+@1261 := fun (v : @5) => @1259
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustCore.lean
new file mode 100644
index 000000000..334776d48
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.option .nat), (.result .nat .bool)], result := .nat,
+      body := (.prim .natAdd [(.«match» .nat (.var 0) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [2] (.var 2))]), (.«match» .nat (.var 1) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.cond (.var 4) (.value .nat (.nat 1)) (.value .nat (.nat 2))))])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.option .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.result .nat .bool) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))]) (tail := (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.copy (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))]) (tail := (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))])) (Corr.matchArms (st := (.result .nat .bool)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.copy (.generated .binding 3))) (Corr.mCons (Γ' := [(4, .bool, (some 4)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.copy (.generated .binding 4))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustStd.lean
new file mode 100644
index 000000000..f0d5d1ca1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.option .nat), (.result .nat .bool)], result := .nat,
+      body := (.prim .natAdd [(.«match» .nat (.var 0) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [2] (.var 2))]), (.«match» .nat (.var 1) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.cond (.var 4) (.value .nat (.nat 1)) (.value .nat (.nat 2))))])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.option .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.result .nat .bool) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))]) (tail := (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.copy (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))]) (tail := (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))])) (Corr.matchArms (st := (.result .nat .bool)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.copy (.generated .binding 3))) (Corr.mCons (Γ' := [(4, .bool, (some 4)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.copy (.generated .binding 4))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16.lean
similarity index 97%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16.lean
index fe8049d58..968b17c7f 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (n : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (n : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n)] (_root_.LexLeanPreservation.Rel (__fits_0 n) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encExcept _root_.LexLeanPreservation.encUnit _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Coverage.Main.builders n))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 n)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..ed24427ac
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustCore.lex.tex
@@ -0,0 +1,424 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.root : @844 := @845 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.true
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.__fits_0
+@274 := @273 @4
+@276 := Coverage.Main.builders @4
+@277 := Option.{0}
+@278 := @277 @3
+@279 := Unit
+@282 := Except.{0, 0} @279 @3
+@285 := LexLeanPreservation.encOption @3 @5
+@286 := LexLeanPreservation.encUnit
+@291 := LexLeanPreservation.encExcept @279 @3 @286 @5
+@297 := LexLeanPreservation.encPair @278 @282 @285 @291 @276
+@299 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.root @4
+@300 := Bool
+@301 := Ne.{1}
+@302 := LexLeanPreservation.Obs
+@303 := @301 @302
+@304 := LexLeanPreservation.Rel
+@307 := @303 (@304 @4 @17)
+@308 := LexLeanPreservation.Obs.stuck
+@311 := (f : @300) -> (v : @50) -> @307 @308
+@313 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@319 := (v : @50) -> @303 (@304 (@273 @14) @17) @308
+@320 := @313 @297
+@324 := @303 (@304 @274 @297) @308
+@325 := @124 @59
+@326 := LexLeanPreservation.Rust.FunSem
+@327 := #9
+@333 := (n : @3) -> @326 @327 @141 @135 @17 @127
+@334 := Eq.{1}
+@335 := @277 @71
+@336 := @334 @335
+@343 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@347 := @336 (@343 (@72 @327) @127)
+@348 := Option.some.{0}
+@349 := @348 @71
+@350 := @349 @129
+@351 := @347 @350
+@352 := #10
+@356 := @96 @352 @327 @141 @129
+@357 := LexLeanTarget.TargetSyntax.Function.types
+@358 := @357 @127
+@359 := @356 @358
+@360 := @277 @325
+@361 := @334 @360
+@362 := LexLeanTarget.TargetSemantics.bindAll
+@363 := LexLeanTarget.TargetSyntax.Function.parameters
+@368 := @361 (@362 (@363 @135) @127 @66)
+@369 := @348 @325
+@370 := @369 @129
+@371 := @368 @370
+@372 := @277 @300
+@373 := @334 @372
+@374 := LexLeanPreservation.Rust.fnFallible
+@375 := #11
+@378 := @373 (@374 @375 @327)
+@379 := @348 @300
+@380 := @379 @129
+@381 := @378 @380
+@382 := LexLeanPreservation.RunConv
+@383 := #13
+@387 := @382 @383 @352 @141 @129
+@389 := @303 @127 @308
+@390 := Exists.{1}
+@391 := LexLeanPreservation.Rust.ROut
+@392 := @390 @391
+@393 := And
+@394 := LexLeanPreservation.Rust.RealizesFn
+@398 := @393 (@394 @327 @141 @17)
+@399 := LexLeanPreservation.Rust.RCI
+@401 := @399 #15
+@402 := LexLeanPreservation.Rust.fnIdent
+@403 := @402 @383
+@410 := (hne : @389) -> @392 (fun (ro : @391) => @398 (@401 @403 @375 @17))
+@425 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @333) ->
+  (hfn : @351) -> (hwt : @359) -> (hbind : @371) -> (hF : @381) -> (hA : @387) -> @410
+@427 := LexLeanPreservation.Rust.compose @0
+@428 := @326 @0
+@433 := (n : @3) -> @428 @141 @135 @17 @127
+@434 := @343 @73
+@437 := @336 (@434 @127) @350
+@441 := @107 @327 @141 @129 @358
+@442 := @382 @0
+@445 := @442 @352 @141 @129
+@459 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @433) ->
+  (hfn : @437) -> (hwt : @441) -> (hbind : @371) -> (hF : @381) -> (hA : @445) -> @410
+@460 := @427 @1
+@461 := @428 @1
+@465 := (n : @3) -> @461 @135 @17 @127
+@468 := @115 @141 @129 @358
+@469 := @374 @1
+@472 := @373 (@469 @327) @380
+@473 := @399 @1
+@483 := (hbind : @371) ->
+  (hF : @472) -> (hA : @445) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@473 @403 @375 @17))
+@493 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @465) -> (hfn : @437) -> (hwt : @468) -> @483
+@494 := @460 @2
+@496 := @461 @2 @17
+@498 := (n : @3) -> @496 @127
+@499 := @121 @129
+@500 := @499 @358
+@509 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @498) -> (hfn : @437) -> (hwt : @500) -> @483
+@510 := @494 @60
+@512 := (n : @3) -> @496 @60
+@513 := @434 @60
+@514 := @336 @513
+@515 := @514 @350
+@516 := @469 @60
+@517 := @373 @516
+@518 := @517 @380
+@519 := @442 @60
+@521 := @519 @141 @129
+@523 := @473 (@402 @60)
+@531 := (hF : @518) -> (hA : @521) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 @375 @17))
+@540 := {fn : @71} ->
+  {args : @125} ->
+  {env : @325} ->
+  {F : @300} -> {o : @302} -> (hB : @512) -> (hfn : @515) -> (hwt : @500) -> (hbind : @371) -> @531
+@541 := @510 @91
+@543 := @514 (@349 @91)
+@544 := @357 @91
+@545 := @499 @544
+@547 := @362 (@363 @91)
+@559 := {args : @125} ->
+  {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @512) -> (hfn : @543) -> (hwt : @545) -> (hbind : @361 (@547 @127 @66) @370) -> @531
+@560 := @541 @56
+@561 := @218 @53
+@563 := @121 @561 @544
+@566 := @54 (@5 @135) @53
+@570 := @361 (@547 @566 @66) @370
+@573 := @54 (@5 @327) @53
+@594 := {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @563) ->
+  (hbind : @570) ->
+  (hF : @518) ->
+  (hA : @519 @573 @129) ->
+  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 #12) @53) @17))
+@595 := @560 @69
+@596 := @232 @53
+@598 := @121 @596 @544
+@606 := @361 (@547 @561 @66) (@369 (@67 (@64 @217) @66))
+@609 := @54 (@5 @141) @53
+@628 := {F : @300} ->
+  {o : @302} ->
+  (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @598) ->
+  (hbind : @606) ->
+  (hF : @518) ->
+  (hA : @519 @609 @129) ->
+  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 @375) @53) @17))
+@629 := @595 @70
+@630 := @249 @544
+@638 := @361 (@547 @596 @66) (@369 (@67 (@64 @231) @66))
+@640 := @517 (@379 @70)
+@642 := @519 @566 @129
+@643 := @394 @70
+@662 := {o : @302} ->
+  (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @630) ->
+  (hbind : @638) ->
+  (hF : @640) ->
+  (hA : @642) ->
+  (hne : @389) -> @392 (fun (ro : @391) => @393 (@643 @141 @17) (@523 (@54 (@5 @352) @53) @17))
+@663 := @629 @272
+@664 := @257 @544
+@672 := @361 (@547 @248 @66) (@369 (@67 (@64 @214) @66))
+@673 := @519 @561
+@674 := @271 @127
+@675 := @673 @674
+@676 := @271 @135
+@694 := (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @664) ->
+  (hbind : @672) ->
+  (hF : @640) ->
+  (hA : @675) ->
+  (hne : @303 @676 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @327) @17) (@523 @573 @17))
+@695 := @663 @95
+@696 := @265 @544
+@704 := @361 (@547 @256 @66) (@369 (@67 (@64 @228) @66))
+@705 := @519 @596
+@706 := @271 @129
+@724 := (hfn : @543) ->
+  (hwt : @696) ->
+  (hbind : @704) ->
+  (hF : @640) ->
+  (hA : @705 @706) ->
+  (hne : @303 @674 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @141) @17) (@523 @609 @17))
+@725 := Eq.refl.{1}
+@728 := @695 (@725 @335 @513)
+@729 := @269 @544
+@737 := @361 (@547 @264 @66) (@369 (@67 (@64 @243) @66))
+@738 := @519 @248
+@739 := @271 @131
+@755 := (hwt : @729) ->
+  (hbind : @737) ->
+  (hF : @640) ->
+  (hA : @738 @739) ->
+  (hne : @303 @706 @308) -> @392 (fun (ro : @391) => @393 (@643 @676 @17) (@523 @566 @17))
+@756 := @728 @268
+@758 := @547 @56 @66
+@761 := @361 @758 (@369 @69)
+@762 := @519 @256
+@763 := @271 @12
+@778 := (hbind : @761) ->
+  (hF : @640) ->
+  (hA : @762 @763) ->
+  (hne : @303 @739 @308) -> @392 (fun (ro : @391) => @393 (@643 @674 @17) (@523 @561 @17))
+@781 := @756 (@725 @360 @758)
+@782 := @519 @264
+@783 := @271 @14
+@797 := (hF : @640) ->
+  (hA : @782 @783) ->
+  (hne : @303 @763 @308) -> @392 (fun (ro : @391) => @393 (@643 @706 @17) (@523 @596 @17))
+@800 := @781 (@725 @372 @516)
+@814 := (hA : @519 @56 @272) ->
+  (hne : @303 @783 @308) -> @392 (fun (ro : @391) => @393 (@643 @739 @17) (@523 @248 @17))
+@815 := @800 @299
+@826 := (hne : @303 @272 @308) -> @392 (fun (ro : @391) => @393 (@643 @763 @17) (@523 @256 @17))
+@827 := @815 @320
+@833 := @393 (@643 @783 @17) (@523 @264 @17)
+@835 := @392 (fun (ro : @391) => @833)
+@837 := @392 (fun (__e_ro : @391) => @833)
+@841 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@842 := (__e_hrep : @841) -> @837
+@843 := fun (__e_hrep : @841) => @827
+@844 := (n : @3) -> @842
+@845 := fun (n : @3) => @843
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..9f19a2b6e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustStd.lex.tex
@@ -0,0 +1,424 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.root : @844 := @845 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.true
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.__fits_0
+@274 := @273 @4
+@276 := Coverage.Main.builders @4
+@277 := Option.{0}
+@278 := @277 @3
+@279 := Unit
+@282 := Except.{0, 0} @279 @3
+@285 := LexLeanPreservation.encOption @3 @5
+@286 := LexLeanPreservation.encUnit
+@291 := LexLeanPreservation.encExcept @279 @3 @286 @5
+@297 := LexLeanPreservation.encPair @278 @282 @285 @291 @276
+@299 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.root @4
+@300 := Bool
+@301 := Ne.{1}
+@302 := LexLeanPreservation.Obs
+@303 := @301 @302
+@304 := LexLeanPreservation.Rel
+@307 := @303 (@304 @4 @17)
+@308 := LexLeanPreservation.Obs.stuck
+@311 := (f : @300) -> (v : @50) -> @307 @308
+@313 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@319 := (v : @50) -> @303 (@304 (@273 @14) @17) @308
+@320 := @313 @297
+@324 := @303 (@304 @274 @297) @308
+@325 := @124 @59
+@326 := LexLeanPreservation.Rust.FunSem
+@327 := #9
+@333 := (n : @3) -> @326 @327 @141 @135 @17 @127
+@334 := Eq.{1}
+@335 := @277 @71
+@336 := @334 @335
+@343 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@347 := @336 (@343 (@72 @327) @127)
+@348 := Option.some.{0}
+@349 := @348 @71
+@350 := @349 @129
+@351 := @347 @350
+@352 := #10
+@356 := @96 @352 @327 @141 @129
+@357 := LexLeanTarget.TargetSyntax.Function.types
+@358 := @357 @127
+@359 := @356 @358
+@360 := @277 @325
+@361 := @334 @360
+@362 := LexLeanTarget.TargetSemantics.bindAll
+@363 := LexLeanTarget.TargetSyntax.Function.parameters
+@368 := @361 (@362 (@363 @135) @127 @66)
+@369 := @348 @325
+@370 := @369 @129
+@371 := @368 @370
+@372 := @277 @300
+@373 := @334 @372
+@374 := LexLeanPreservation.Rust.fnFallible
+@375 := #11
+@378 := @373 (@374 @375 @327)
+@379 := @348 @300
+@380 := @379 @129
+@381 := @378 @380
+@382 := LexLeanPreservation.RunConv
+@383 := #13
+@387 := @382 @383 @352 @141 @129
+@389 := @303 @127 @308
+@390 := Exists.{1}
+@391 := LexLeanPreservation.Rust.ROut
+@392 := @390 @391
+@393 := And
+@394 := LexLeanPreservation.Rust.RealizesFn
+@398 := @393 (@394 @327 @141 @17)
+@399 := LexLeanPreservation.Rust.RCI
+@401 := @399 #15
+@402 := LexLeanPreservation.Rust.fnIdent
+@403 := @402 @383
+@410 := (hne : @389) -> @392 (fun (ro : @391) => @398 (@401 @403 @375 @17))
+@425 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @333) ->
+  (hfn : @351) -> (hwt : @359) -> (hbind : @371) -> (hF : @381) -> (hA : @387) -> @410
+@427 := LexLeanPreservation.Rust.compose @0
+@428 := @326 @0
+@433 := (n : @3) -> @428 @141 @135 @17 @127
+@434 := @343 @73
+@437 := @336 (@434 @127) @350
+@441 := @107 @327 @141 @129 @358
+@442 := @382 @0
+@445 := @442 @352 @141 @129
+@459 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @433) ->
+  (hfn : @437) -> (hwt : @441) -> (hbind : @371) -> (hF : @381) -> (hA : @445) -> @410
+@460 := @427 @1
+@461 := @428 @1
+@465 := (n : @3) -> @461 @135 @17 @127
+@468 := @115 @141 @129 @358
+@469 := @374 @1
+@472 := @373 (@469 @327) @380
+@473 := @399 @1
+@483 := (hbind : @371) ->
+  (hF : @472) -> (hA : @445) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@473 @403 @375 @17))
+@493 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @465) -> (hfn : @437) -> (hwt : @468) -> @483
+@494 := @460 @2
+@496 := @461 @2 @17
+@498 := (n : @3) -> @496 @127
+@499 := @121 @129
+@500 := @499 @358
+@509 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @498) -> (hfn : @437) -> (hwt : @500) -> @483
+@510 := @494 @60
+@512 := (n : @3) -> @496 @60
+@513 := @434 @60
+@514 := @336 @513
+@515 := @514 @350
+@516 := @469 @60
+@517 := @373 @516
+@518 := @517 @380
+@519 := @442 @60
+@521 := @519 @141 @129
+@523 := @473 (@402 @60)
+@531 := (hF : @518) -> (hA : @521) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 @375 @17))
+@540 := {fn : @71} ->
+  {args : @125} ->
+  {env : @325} ->
+  {F : @300} -> {o : @302} -> (hB : @512) -> (hfn : @515) -> (hwt : @500) -> (hbind : @371) -> @531
+@541 := @510 @91
+@543 := @514 (@349 @91)
+@544 := @357 @91
+@545 := @499 @544
+@547 := @362 (@363 @91)
+@559 := {args : @125} ->
+  {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @512) -> (hfn : @543) -> (hwt : @545) -> (hbind : @361 (@547 @127 @66) @370) -> @531
+@560 := @541 @56
+@561 := @218 @53
+@563 := @121 @561 @544
+@566 := @54 (@5 @135) @53
+@570 := @361 (@547 @566 @66) @370
+@573 := @54 (@5 @327) @53
+@594 := {env : @325} ->
+  {F : @300} ->
+  {o : @302} ->
+  (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @563) ->
+  (hbind : @570) ->
+  (hF : @518) ->
+  (hA : @519 @573 @129) ->
+  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 #12) @53) @17))
+@595 := @560 @69
+@596 := @232 @53
+@598 := @121 @596 @544
+@606 := @361 (@547 @561 @66) (@369 (@67 (@64 @217) @66))
+@609 := @54 (@5 @141) @53
+@628 := {F : @300} ->
+  {o : @302} ->
+  (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @598) ->
+  (hbind : @606) ->
+  (hF : @518) ->
+  (hA : @519 @609 @129) ->
+  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 @375) @53) @17))
+@629 := @595 @70
+@630 := @249 @544
+@638 := @361 (@547 @596 @66) (@369 (@67 (@64 @231) @66))
+@640 := @517 (@379 @70)
+@642 := @519 @566 @129
+@643 := @394 @70
+@662 := {o : @302} ->
+  (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @630) ->
+  (hbind : @638) ->
+  (hF : @640) ->
+  (hA : @642) ->
+  (hne : @389) -> @392 (fun (ro : @391) => @393 (@643 @141 @17) (@523 (@54 (@5 @352) @53) @17))
+@663 := @629 @272
+@664 := @257 @544
+@672 := @361 (@547 @248 @66) (@369 (@67 (@64 @214) @66))
+@673 := @519 @561
+@674 := @271 @127
+@675 := @673 @674
+@676 := @271 @135
+@694 := (hB : @512) ->
+  (hfn : @543) ->
+  (hwt : @664) ->
+  (hbind : @672) ->
+  (hF : @640) ->
+  (hA : @675) ->
+  (hne : @303 @676 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @327) @17) (@523 @573 @17))
+@695 := @663 @95
+@696 := @265 @544
+@704 := @361 (@547 @256 @66) (@369 (@67 (@64 @228) @66))
+@705 := @519 @596
+@706 := @271 @129
+@724 := (hfn : @543) ->
+  (hwt : @696) ->
+  (hbind : @704) ->
+  (hF : @640) ->
+  (hA : @705 @706) ->
+  (hne : @303 @674 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @141) @17) (@523 @609 @17))
+@725 := Eq.refl.{1}
+@728 := @695 (@725 @335 @513)
+@729 := @269 @544
+@737 := @361 (@547 @264 @66) (@369 (@67 (@64 @243) @66))
+@738 := @519 @248
+@739 := @271 @131
+@755 := (hwt : @729) ->
+  (hbind : @737) ->
+  (hF : @640) ->
+  (hA : @738 @739) ->
+  (hne : @303 @706 @308) -> @392 (fun (ro : @391) => @393 (@643 @676 @17) (@523 @566 @17))
+@756 := @728 @268
+@758 := @547 @56 @66
+@761 := @361 @758 (@369 @69)
+@762 := @519 @256
+@763 := @271 @12
+@778 := (hbind : @761) ->
+  (hF : @640) ->
+  (hA : @762 @763) ->
+  (hne : @303 @739 @308) -> @392 (fun (ro : @391) => @393 (@643 @674 @17) (@523 @561 @17))
+@781 := @756 (@725 @360 @758)
+@782 := @519 @264
+@783 := @271 @14
+@797 := (hF : @640) ->
+  (hA : @782 @783) ->
+  (hne : @303 @763 @308) -> @392 (fun (ro : @391) => @393 (@643 @706 @17) (@523 @596 @17))
+@800 := @781 (@725 @372 @516)
+@814 := (hA : @519 @56 @272) ->
+  (hne : @303 @783 @308) -> @392 (fun (ro : @391) => @393 (@643 @739 @17) (@523 @248 @17))
+@815 := @800 @299
+@826 := (hne : @303 @272 @308) -> @392 (fun (ro : @391) => @393 (@643 @763 @17) (@523 @256 @17))
+@827 := @815 @320
+@833 := @393 (@643 @783 @17) (@523 @264 @17)
+@835 := @392 (fun (ro : @391) => @833)
+@837 := @392 (fun (__e_ro : @391) => @833)
+@841 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@842 := (__e_hrep : @841) -> @837
+@843 := fun (__e_hrep : @841) => @827
+@844 := (n : @3) -> @842
+@845 := fun (n : @3) => @843
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustCore.lean
new file mode 100644
index 000000000..d70cb991a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := (.pair (.option .nat) (.result .nat .unit)),
+      body := (.build .pair (.pair (.option .nat) (.result .nat .unit)) [(.build .some (.option .nat) [(.build .succ .nat [(.var 0)])]), (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 3))]) (.build .ok (.result .nat .unit) [(.build .zero .nat [])]) (.build .error (.result .nat .unit) [(.build .unit .unit [])]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.option .nat) (.result .nat .unit))) (.mk [] (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)]))))))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildSucc (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (lb := []) (tb := (.construct (.err .nat .unit) [(.lit .unit)])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl) (Corr.build (ts := [.unit]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl)))) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustStd.lean
new file mode 100644
index 000000000..47a3fd589
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := (.pair (.option .nat) (.result .nat .unit)),
+      body := (.build .pair (.pair (.option .nat) (.result .nat .unit)) [(.build .some (.option .nat) [(.build .succ .nat [(.var 0)])]), (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 3))]) (.build .ok (.result .nat .unit) [(.build .zero .nat [])]) (.build .error (.result .nat .unit) [(.build .unit .unit [])]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.option .nat) (.result .nat .unit))) (.mk [] (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)]))))))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildSucc (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (lb := []) (tb := (.construct (.err .nat .unit) [(.lit .unit)])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl) (Corr.build (ts := [.unit]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl)))) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17.lean
similarity index 95%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17.lean
index 2c7dd7943..798144115 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (p : (Prod Nat Bool)) : _root_.LexLeanPreservation.Obs :=
 theorem root (p : (Prod Nat Bool)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) p)] (_root_.LexLeanPreservation.Rel (__fits_0 p) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (Coverage.Main.pairs p))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 p)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..b3d6023f7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustCore.lex.tex
@@ -0,0 +1,521 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.root : @1045 := @1046 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.flags
+@3 := Nat
+@4 := Bool
+@5 := Prod.{0, 0}
+@6 := @5 @3
+@7 := @6 @4
+@8 := #1
+@9 := LexLeanTarget.TargetSyntax.Value.nat
+@10 := LexLeanTarget.TargetSyntax.Value.bool
+@11 := LexLeanPreservation.encPair
+@12 := @11 @3
+@13 := @12 @4
+@14 := @13 @9
+@15 := @14 @10
+@16 := @15 @8
+@17 := LexLeanTarget.TargetSyntax.Ty.nat
+@18 := LexLeanTarget.TargetSyntax.Ty.bool
+@19 := LexLeanTarget.TargetSyntax.Ty.pair
+@20 := @19 @17
+@21 := @20 @18
+@22 := #0
+@23 := LexLeanTarget.TargetSyntax.Program
+@24 := LexLeanPreservation.Rust.RCrate
+@25 := LexLeanPreservation.Rust.Flags
+@26 := LexLeanPreservation.Rust.WT
+@27 := #3
+@28 := @26 @27
+@29 := #2
+@31 := @28 @29 @8
+@32 := @9 @22
+@38 := {p : @23} -> {c : @24} -> {A : @25} -> (n : @3) -> @31 @32 @17
+@40 := LexLeanPreservation.Rust.wt_nat @0
+@41 := @26 @0
+@43 := @41 @29 @8
+@48 := {c : @24} -> {A : @25} -> (n : @3) -> @43 @32 @17
+@49 := @40 @1
+@50 := @41 @1
+@51 := @50 @8
+@55 := {A : @25} -> (n : @3) -> @51 @32 @17
+@56 := @49 @2
+@57 := @50 @2
+@58 := @57 @32
+@59 := @58 @17
+@60 := (n : @3) -> @59
+@62 := fun (__x : @3) => @56 @22
+@63 := @10 @22
+@69 := {p : @23} -> {c : @24} -> {A : @25} -> (b : @4) -> @31 @63 @18
+@71 := LexLeanPreservation.Rust.wt_bool @0
+@76 := {c : @24} -> {A : @25} -> (b : @4) -> @43 @63 @18
+@77 := @71 @1
+@81 := {A : @25} -> (b : @4) -> @51 @63 @18
+@82 := @77 @2
+@83 := @57 @63
+@84 := @83 @18
+@85 := (b : @4) -> @84
+@87 := fun (__x : @4) => @82 @22
+@88 := Sort 1
+@89 := LexLeanTarget.TargetSyntax.Value
+@90 := (a._@._internal._hyg.#0 : @8) -> @89
+@91 := LexLeanTarget.TargetSyntax.Ty
+@92 := #5
+@93 := #9
+@94 := @26 @93
+@95 := #8
+@96 := @94 @95
+@97 := #7
+@98 := @96 @97
+@99 := #4
+@100 := @99 @22
+@103 := (x : @92) -> @98 @100 @29
+@104 := #10
+@110 := (x : @92) -> @26 @104 @93 @95 @100 @29
+@111 := @5 @97
+@112 := #6
+@113 := @111 @112
+@114 := #11
+@117 := @26 @114 @104 @93
+@122 := @11 @95 @97 @112 @92 @22
+@123 := @117 @122
+@125 := @19 @99 @27
+@138 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @103) -> (hb : @110) -> (x : @113) -> @123 @125
+@140 := LexLeanPreservation.Rust.wt_encPair @0
+@165 := {c : @24} ->
+  {A : @25} ->
+  {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} ->
+  {s : @91} ->
+  {t : @91} ->
+  (ha : (x : @92) -> @41 @95 @97 @100 @29) ->
+  (hb : (x : @92) -> @41 @93 @95 @100 @29) -> (x : @113) -> @41 @104 @93 @122 @125
+@166 := @140 @1
+@187 := {A : @25} ->
+  {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} ->
+  {s : @91} ->
+  {t : @91} ->
+  (ha : (x : @92) -> @50 @97 @100 @29) ->
+  (hb : (x : @92) -> @50 @95 @100 @29) -> (x : @113) -> @50 @93 @122 @125
+@188 := @166 @2
+@190 := @57 @100 @29
+@191 := (x : @92) -> @190
+@202 := {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @191) -> (hb : @191) -> (x : @113) -> @57 @122 @125
+@203 := @188 @3
+@204 := (a._@._internal._hyg.#0 : @3) -> @89
+@205 := (x : @3) -> @190
+@220 := {β : @88} ->
+  {ea : @204} ->
+  {eb : @90} ->
+  {s : @91} ->
+  {t : @91} -> (ha : @205) -> (hb : @191) -> (x : @6 @112) -> @57 (@12 @97 @112 @92 @22) @125
+@221 := @203 @4
+@222 := (a._@._internal._hyg.#0 : @4) -> @89
+@223 := (x : @4) -> @190
+@235 := {ea : @204} ->
+  {eb : @222} ->
+  {s : @91} -> {t : @91} -> (ha : @205) -> (hb : @223) -> (x : @7) -> @57 (@13 @112 @92 @22) @125
+@236 := @221 @9
+@238 := (x : @3) -> @58 @29
+@248 := {eb : @222} ->
+  {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @223) -> (x : @7) -> @57 (@14 @92 @22) @125
+@249 := @236 @10
+@251 := (x : @4) -> @83 @29
+@252 := @15 @22
+@253 := @57 @252
+@259 := {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @251) -> (x : @7) -> @253 @125
+@260 := @249 @17
+@261 := (x : @3) -> @59
+@267 := {t : @91} -> (ha : @261) -> (hb : @251) -> (x : @7) -> @253 (@20 @27)
+@268 := @260 @18
+@273 := (ha : @261) -> (hb : (x : @4) -> @84) -> (x : @7) -> @253 @21
+@276 := @268 @62 @87 @8
+@278 := @57 @16 @21
+@279 := List.nil.{0}
+@280 := List.cons.{0}
+@281 := @279 @89
+@282 := @280 @89
+@284 := @282 @16 @281
+@285 := @6 @89
+@286 := 0
+@290 := Prod.mk.{0, 0} @3 @89 @286
+@291 := @290 @16
+@292 := @279 @285
+@293 := @280 @285
+@295 := @293 @291 @292
+@296 := Bool.false
+@297 := LexLeanTarget.TargetSyntax.Function
+@298 := LexLeanTarget.TargetSyntax.Program.functions
+@299 := @298 @0
+@300 := @279 @3
+@301 := @279 @91
+@302 := LexLeanTarget.TargetSyntax.Ty.unit
+@303 := LexLeanTarget.TargetSyntax.Value.unit
+@306 := LexLeanTarget.TargetSyntax.Expr.value @302 @303
+@311 := LexLeanTarget.TargetSyntax.Function.mk @300 @301 @302 @306
+@316 := List.getD.{0} @297 @299 @286 @311
+@320 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.root @22 @286
+@321 := LexLeanPreservation.Rust.WTL
+@329 := {p : @23} -> {c : @24} -> {A : @25} -> @321 @29 @8 @22 @281 @301
+@331 := LexLeanPreservation.Rust.wtl_nil @0
+@332 := @321 @0
+@338 := {c : @24} -> {A : @25} -> @332 @8 @22 @281 @301
+@339 := @331 @1
+@340 := @332 @1
+@344 := {A : @25} -> @340 @22 @281 @301
+@345 := @339 @2
+@346 := @340 @2
+@347 := @346 @281
+@348 := @347 @301
+@349 := List.{0}
+@350 := @349 @89
+@351 := @349 @91
+@356 := @26 @112 @92 @99 @27 @29
+@361 := @321 @97 @112 @92 @29 @8
+@364 := @321 @95 @97 @112
+@366 := @282 @92 @27
+@367 := @364 @366
+@368 := @280 @91
+@370 := @368 @99 @29
+@380 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {v : @89} -> {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @356) -> (hs : @361) -> @367 @370
+@382 := LexLeanPreservation.Rust.wtl_cons @0
+@402 := {c : @24} ->
+  {A : @25} ->
+  {v : @89} ->
+  {t : @91} ->
+  {vs : @350} ->
+  {ts : @351} -> (h : @41 @92 @99 @27 @29) -> (hs : @332 @112 @92 @29 @8) -> @332 @97 @112 @366 @370
+@403 := @382 @1
+@419 := {A : @25} ->
+  {v : @89} ->
+  {t : @91} ->
+  {vs : @350} ->
+  {ts : @351} -> (h : @50 @99 @27 @29) -> (hs : @340 @92 @29 @8) -> @340 @112 @366 @370
+@420 := @403 @2
+@422 := @57 @27 @29
+@424 := @346 @29 @8
+@432 := {v : @89} ->
+  {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @422) -> (hs : @424) -> @346 @366 @370
+@433 := @420 @16
+@434 := @15 @99
+@436 := @57 @434 @29
+@437 := @15 @112
+@438 := @282 @437
+@446 := {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @436) -> (hs : @424) -> @346 (@438 @27) @370
+@447 := @433 @21
+@448 := @15 @27
+@450 := @57 @448 @21
+@451 := @15 @92
+@452 := @282 @451
+@454 := @346 (@452 @27)
+@455 := @368 @21
+@456 := @455 @29
+@461 := {vs : @350} -> {ts : @351} -> (h : @450) -> (hs : @424) -> @454 @456
+@462 := @447 @281
+@463 := @15 @29
+@465 := @57 @463 @21
+@466 := @347 @8
+@468 := @282 @434 @281
+@469 := @346 @468
+@473 := {ts : @351} -> (h : @465) -> (hs : @466) -> @469 @456
+@474 := @462 @301
+@476 := @282 @448 @281
+@477 := @346 @476
+@478 := @455 @301
+@481 := (h : @278) -> (hs : @348) -> @477 @478
+@482 := @474 @276
+@484 := @282 @463 @281
+@485 := @346 @484
+@487 := (hs : @348) -> @485 @478
+@488 := @482 @345
+@489 := @346 @284
+@490 := @489 @478
+@491 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.denote
+@492 := @491 @8
+@493 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.__fits_0
+@494 := @493 @8
+@496 := Coverage.Main.pairs @8
+@501 := @11 @4 @3 @10 @9 @496
+@503 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.root @8
+@504 := Ne.{1}
+@505 := LexLeanPreservation.Obs
+@506 := @504 @505
+@507 := LexLeanPreservation.Rel
+@510 := @506 (@507 @8 @22)
+@511 := LexLeanPreservation.Obs.stuck
+@514 := (f : @4) -> (v : @89) -> @510 @511
+@516 := LexLeanPreservation.Rust.rel_ne_stuck @494
+@522 := (v : @89) -> @506 (@507 (@493 @29) @22) @511
+@523 := @516 @501
+@527 := @506 (@507 @494 @501) @511
+@528 := @349 @285
+@529 := LexLeanPreservation.Rust.FunSem
+@535 := (n : @3) -> @529 @93 @95 @97 @22 @112
+@536 := Eq.{1}
+@537 := Option.{0}
+@538 := @537 @297
+@539 := @536 @538
+@546 := LexLeanRuntime.index (@349 @297) @297 (LexLeanRuntime.instIndexableList @297)
+@550 := @539 (@546 (@298 @93) @112)
+@551 := Option.some.{0}
+@552 := @551 @297
+@553 := @552 @92
+@554 := @550 @553
+@558 := @321 @104 @93 @95 @92
+@559 := LexLeanTarget.TargetSyntax.Function.types
+@560 := @559 @112
+@561 := @558 @560
+@562 := @537 @528
+@563 := @536 @562
+@564 := LexLeanTarget.TargetSemantics.bindAll
+@565 := LexLeanTarget.TargetSyntax.Function.parameters
+@570 := @563 (@564 (@565 @97) @112 @292)
+@571 := @551 @528
+@572 := @571 @92
+@573 := @570 @572
+@574 := @537 @4
+@575 := @536 @574
+@576 := LexLeanPreservation.Rust.fnFallible
+@579 := @575 (@576 @114 @93)
+@580 := @551 @4
+@581 := @580 @92
+@582 := @579 @581
+@583 := LexLeanPreservation.RunConv
+@584 := #13
+@588 := @583 @584 @104 @95 @92
+@590 := @506 @112 @511
+@591 := Exists.{1}
+@592 := LexLeanPreservation.Rust.ROut
+@593 := @591 @592
+@594 := And
+@595 := LexLeanPreservation.Rust.RealizesFn
+@599 := @594 (@595 @93 @95 @22)
+@600 := LexLeanPreservation.Rust.RCI
+@602 := @600 #15
+@603 := LexLeanPreservation.Rust.fnIdent
+@604 := @603 @584
+@611 := (hne : @590) -> @593 (fun (ro : @592) => @599 (@602 @604 @114 @22))
+@626 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @535) ->
+  (hfn : @554) -> (hwt : @561) -> (hbind : @573) -> (hF : @582) -> (hA : @588) -> @611
+@628 := LexLeanPreservation.Rust.compose @0
+@629 := @529 @0
+@634 := (n : @3) -> @629 @95 @97 @22 @112
+@635 := @546 @299
+@638 := @539 (@635 @112) @553
+@642 := @332 @93 @95 @92 @560
+@643 := @583 @0
+@646 := @643 @104 @95 @92
+@660 := {c : @24} ->
+  {A : @25} ->
+  {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @634) ->
+  (hfn : @638) -> (hwt : @642) -> (hbind : @573) -> (hF : @582) -> (hA : @646) -> @611
+@661 := @628 @1
+@662 := @629 @1
+@666 := (n : @3) -> @662 @97 @22 @112
+@669 := @340 @95 @92 @560
+@670 := @576 @1
+@673 := @575 (@670 @93) @581
+@674 := @600 @1
+@684 := (hbind : @573) ->
+  (hF : @673) -> (hA : @646) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@674 @604 @114 @22))
+@694 := {A : @25} ->
+  {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @666) -> (hfn : @638) -> (hwt : @669) -> @684
+@695 := @661 @2
+@697 := @662 @2 @22
+@699 := (n : @3) -> @697 @112
+@700 := @346 @92
+@701 := @700 @560
+@710 := {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @699) -> (hfn : @638) -> (hwt : @701) -> @684
+@711 := @695 @286
+@713 := (n : @3) -> @697 @286
+@714 := @635 @286
+@715 := @539 @714
+@716 := @715 @553
+@717 := @670 @286
+@718 := @575 @717
+@719 := @718 @581
+@720 := @643 @286
+@722 := @720 @95 @92
+@724 := @674 (@603 @286)
+@732 := (hF : @719) -> (hA : @722) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 @114 @22))
+@741 := {fn : @297} ->
+  {args : @350} ->
+  {env : @528} ->
+  {F : @4} -> {o : @505} -> (hB : @713) -> (hfn : @716) -> (hwt : @701) -> (hbind : @573) -> @732
+@742 := @711 @316
+@744 := @715 (@552 @316)
+@745 := @559 @316
+@746 := @700 @745
+@748 := @564 (@565 @316)
+@760 := {args : @350} ->
+  {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @713) -> (hfn : @744) -> (hwt : @746) -> (hbind : @563 (@748 @112 @292) @572) -> @732
+@761 := @742 @284
+@762 := @438 @281
+@764 := @346 @762 @745
+@767 := @282 (@15 @97) @281
+@771 := @563 (@748 @767 @292) @572
+@774 := @282 (@15 @93) @281
+@795 := {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @764) ->
+  (hbind : @771) ->
+  (hF : @719) ->
+  (hA : @720 @774 @92) ->
+  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 #12) @281) @22))
+@796 := @761 @295
+@797 := @452 @281
+@799 := @346 @797 @745
+@807 := @563 (@748 @762 @292) (@571 (@293 (@290 @437) @292))
+@810 := @282 (@15 @95) @281
+@829 := {F : @4} ->
+  {o : @505} ->
+  (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @799) ->
+  (hbind : @807) ->
+  (hF : @719) ->
+  (hA : @720 @810 @92) ->
+  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 @114) @281) @22))
+@830 := @796 @296
+@831 := @469 @745
+@839 := @563 (@748 @797 @292) (@571 (@293 (@290 @451) @292))
+@841 := @718 (@580 @296)
+@843 := @720 @767 @92
+@844 := @595 @296
+@863 := {o : @505} ->
+  (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @831) ->
+  (hbind : @839) ->
+  (hF : @841) ->
+  (hA : @843) ->
+  (hne : @590) -> @593 (fun (ro : @592) => @594 (@844 @95 @22) (@724 (@282 (@15 @104) @281) @22))
+@864 := @830 @492
+@865 := @477 @745
+@873 := @563 (@748 @468 @292) (@571 (@293 (@290 @434) @292))
+@874 := @720 @762
+@875 := @491 @112
+@876 := @874 @875
+@877 := @491 @97
+@895 := (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @865) ->
+  (hbind : @873) ->
+  (hF : @841) ->
+  (hA : @876) ->
+  (hne : @506 @877 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @93) @22) (@724 @774 @22))
+@896 := @864 @320
+@897 := @485 @745
+@905 := @563 (@748 @476 @292) (@571 (@293 (@290 @448) @292))
+@906 := @720 @797
+@907 := @491 @92
+@925 := (hfn : @744) ->
+  (hwt : @897) ->
+  (hbind : @905) ->
+  (hF : @841) ->
+  (hA : @906 @907) ->
+  (hne : @506 @875 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @95) @22) (@724 @810 @22))
+@926 := Eq.refl.{1}
+@929 := @896 (@926 @538 @714)
+@930 := @489 @745
+@938 := @563 (@748 @484 @292) (@571 (@293 (@290 @463) @292))
+@939 := @720 @468
+@940 := @491 @99
+@956 := (hwt : @930) ->
+  (hbind : @938) ->
+  (hF : @841) ->
+  (hA : @939 @940) ->
+  (hne : @506 @907 @511) -> @593 (fun (ro : @592) => @594 (@844 @877 @22) (@724 @767 @22))
+@957 := @929 @488
+@959 := @748 @284 @292
+@962 := @563 @959 (@571 @295)
+@963 := @720 @476
+@964 := @491 @27
+@979 := (hbind : @962) ->
+  (hF : @841) ->
+  (hA : @963 @964) ->
+  (hne : @506 @940 @511) -> @593 (fun (ro : @592) => @594 (@844 @875 @22) (@724 @762 @22))
+@982 := @957 (@926 @562 @959)
+@983 := @720 @484
+@984 := @491 @29
+@998 := (hF : @841) ->
+  (hA : @983 @984) ->
+  (hne : @506 @964 @511) -> @593 (fun (ro : @592) => @594 (@844 @907 @22) (@724 @797 @22))
+@1001 := @982 (@926 @574 @717)
+@1015 := (hA : @720 @284 @492) ->
+  (hne : @506 @984 @511) -> @593 (fun (ro : @592) => @594 (@844 @940 @22) (@724 @468 @22))
+@1016 := @1001 @503
+@1027 := (hne : @506 @492 @511) -> @593 (fun (ro : @592) => @594 (@844 @964 @22) (@724 @476 @22))
+@1028 := @1016 @523
+@1034 := @594 (@844 @984 @22) (@724 @484 @22)
+@1036 := @593 (fun (ro : @592) => @1034)
+@1038 := @593 (fun (__e_ro : @592) => @1034)
+@1042 := LexLeanPreservation.Rust.RepresentableL (@282 @252 @281)
+@1043 := (__e_hrep : @1042) -> @1038
+@1044 := fun (__e_hrep : @1042) => @1028
+@1045 := (p : @7) -> @1043
+@1046 := fun (p : @7) => @1044
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..589dd2f18
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustStd.lex.tex
@@ -0,0 +1,521 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.root : @1045 := @1046 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.flags
+@3 := Nat
+@4 := Bool
+@5 := Prod.{0, 0}
+@6 := @5 @3
+@7 := @6 @4
+@8 := #1
+@9 := LexLeanTarget.TargetSyntax.Value.nat
+@10 := LexLeanTarget.TargetSyntax.Value.bool
+@11 := LexLeanPreservation.encPair
+@12 := @11 @3
+@13 := @12 @4
+@14 := @13 @9
+@15 := @14 @10
+@16 := @15 @8
+@17 := LexLeanTarget.TargetSyntax.Ty.nat
+@18 := LexLeanTarget.TargetSyntax.Ty.bool
+@19 := LexLeanTarget.TargetSyntax.Ty.pair
+@20 := @19 @17
+@21 := @20 @18
+@22 := #0
+@23 := LexLeanTarget.TargetSyntax.Program
+@24 := LexLeanPreservation.Rust.RCrate
+@25 := LexLeanPreservation.Rust.Flags
+@26 := LexLeanPreservation.Rust.WT
+@27 := #3
+@28 := @26 @27
+@29 := #2
+@31 := @28 @29 @8
+@32 := @9 @22
+@38 := {p : @23} -> {c : @24} -> {A : @25} -> (n : @3) -> @31 @32 @17
+@40 := LexLeanPreservation.Rust.wt_nat @0
+@41 := @26 @0
+@43 := @41 @29 @8
+@48 := {c : @24} -> {A : @25} -> (n : @3) -> @43 @32 @17
+@49 := @40 @1
+@50 := @41 @1
+@51 := @50 @8
+@55 := {A : @25} -> (n : @3) -> @51 @32 @17
+@56 := @49 @2
+@57 := @50 @2
+@58 := @57 @32
+@59 := @58 @17
+@60 := (n : @3) -> @59
+@62 := fun (__x : @3) => @56 @22
+@63 := @10 @22
+@69 := {p : @23} -> {c : @24} -> {A : @25} -> (b : @4) -> @31 @63 @18
+@71 := LexLeanPreservation.Rust.wt_bool @0
+@76 := {c : @24} -> {A : @25} -> (b : @4) -> @43 @63 @18
+@77 := @71 @1
+@81 := {A : @25} -> (b : @4) -> @51 @63 @18
+@82 := @77 @2
+@83 := @57 @63
+@84 := @83 @18
+@85 := (b : @4) -> @84
+@87 := fun (__x : @4) => @82 @22
+@88 := Sort 1
+@89 := LexLeanTarget.TargetSyntax.Value
+@90 := (a._@._internal._hyg.#0 : @8) -> @89
+@91 := LexLeanTarget.TargetSyntax.Ty
+@92 := #5
+@93 := #9
+@94 := @26 @93
+@95 := #8
+@96 := @94 @95
+@97 := #7
+@98 := @96 @97
+@99 := #4
+@100 := @99 @22
+@103 := (x : @92) -> @98 @100 @29
+@104 := #10
+@110 := (x : @92) -> @26 @104 @93 @95 @100 @29
+@111 := @5 @97
+@112 := #6
+@113 := @111 @112
+@114 := #11
+@117 := @26 @114 @104 @93
+@122 := @11 @95 @97 @112 @92 @22
+@123 := @117 @122
+@125 := @19 @99 @27
+@138 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @103) -> (hb : @110) -> (x : @113) -> @123 @125
+@140 := LexLeanPreservation.Rust.wt_encPair @0
+@165 := {c : @24} ->
+  {A : @25} ->
+  {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} ->
+  {s : @91} ->
+  {t : @91} ->
+  (ha : (x : @92) -> @41 @95 @97 @100 @29) ->
+  (hb : (x : @92) -> @41 @93 @95 @100 @29) -> (x : @113) -> @41 @104 @93 @122 @125
+@166 := @140 @1
+@187 := {A : @25} ->
+  {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} ->
+  {s : @91} ->
+  {t : @91} ->
+  (ha : (x : @92) -> @50 @97 @100 @29) ->
+  (hb : (x : @92) -> @50 @95 @100 @29) -> (x : @113) -> @50 @93 @122 @125
+@188 := @166 @2
+@190 := @57 @100 @29
+@191 := (x : @92) -> @190
+@202 := {α : @88} ->
+  {β : @88} ->
+  {ea : @90} ->
+  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @191) -> (hb : @191) -> (x : @113) -> @57 @122 @125
+@203 := @188 @3
+@204 := (a._@._internal._hyg.#0 : @3) -> @89
+@205 := (x : @3) -> @190
+@220 := {β : @88} ->
+  {ea : @204} ->
+  {eb : @90} ->
+  {s : @91} ->
+  {t : @91} -> (ha : @205) -> (hb : @191) -> (x : @6 @112) -> @57 (@12 @97 @112 @92 @22) @125
+@221 := @203 @4
+@222 := (a._@._internal._hyg.#0 : @4) -> @89
+@223 := (x : @4) -> @190
+@235 := {ea : @204} ->
+  {eb : @222} ->
+  {s : @91} -> {t : @91} -> (ha : @205) -> (hb : @223) -> (x : @7) -> @57 (@13 @112 @92 @22) @125
+@236 := @221 @9
+@238 := (x : @3) -> @58 @29
+@248 := {eb : @222} ->
+  {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @223) -> (x : @7) -> @57 (@14 @92 @22) @125
+@249 := @236 @10
+@251 := (x : @4) -> @83 @29
+@252 := @15 @22
+@253 := @57 @252
+@259 := {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @251) -> (x : @7) -> @253 @125
+@260 := @249 @17
+@261 := (x : @3) -> @59
+@267 := {t : @91} -> (ha : @261) -> (hb : @251) -> (x : @7) -> @253 (@20 @27)
+@268 := @260 @18
+@273 := (ha : @261) -> (hb : (x : @4) -> @84) -> (x : @7) -> @253 @21
+@276 := @268 @62 @87 @8
+@278 := @57 @16 @21
+@279 := List.nil.{0}
+@280 := List.cons.{0}
+@281 := @279 @89
+@282 := @280 @89
+@284 := @282 @16 @281
+@285 := @6 @89
+@286 := 0
+@290 := Prod.mk.{0, 0} @3 @89 @286
+@291 := @290 @16
+@292 := @279 @285
+@293 := @280 @285
+@295 := @293 @291 @292
+@296 := Bool.false
+@297 := LexLeanTarget.TargetSyntax.Function
+@298 := LexLeanTarget.TargetSyntax.Program.functions
+@299 := @298 @0
+@300 := @279 @3
+@301 := @279 @91
+@302 := LexLeanTarget.TargetSyntax.Ty.unit
+@303 := LexLeanTarget.TargetSyntax.Value.unit
+@306 := LexLeanTarget.TargetSyntax.Expr.value @302 @303
+@311 := LexLeanTarget.TargetSyntax.Function.mk @300 @301 @302 @306
+@316 := List.getD.{0} @297 @299 @286 @311
+@320 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.root @22 @286
+@321 := LexLeanPreservation.Rust.WTL
+@329 := {p : @23} -> {c : @24} -> {A : @25} -> @321 @29 @8 @22 @281 @301
+@331 := LexLeanPreservation.Rust.wtl_nil @0
+@332 := @321 @0
+@338 := {c : @24} -> {A : @25} -> @332 @8 @22 @281 @301
+@339 := @331 @1
+@340 := @332 @1
+@344 := {A : @25} -> @340 @22 @281 @301
+@345 := @339 @2
+@346 := @340 @2
+@347 := @346 @281
+@348 := @347 @301
+@349 := List.{0}
+@350 := @349 @89
+@351 := @349 @91
+@356 := @26 @112 @92 @99 @27 @29
+@361 := @321 @97 @112 @92 @29 @8
+@364 := @321 @95 @97 @112
+@366 := @282 @92 @27
+@367 := @364 @366
+@368 := @280 @91
+@370 := @368 @99 @29
+@380 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {v : @89} -> {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @356) -> (hs : @361) -> @367 @370
+@382 := LexLeanPreservation.Rust.wtl_cons @0
+@402 := {c : @24} ->
+  {A : @25} ->
+  {v : @89} ->
+  {t : @91} ->
+  {vs : @350} ->
+  {ts : @351} -> (h : @41 @92 @99 @27 @29) -> (hs : @332 @112 @92 @29 @8) -> @332 @97 @112 @366 @370
+@403 := @382 @1
+@419 := {A : @25} ->
+  {v : @89} ->
+  {t : @91} ->
+  {vs : @350} ->
+  {ts : @351} -> (h : @50 @99 @27 @29) -> (hs : @340 @92 @29 @8) -> @340 @112 @366 @370
+@420 := @403 @2
+@422 := @57 @27 @29
+@424 := @346 @29 @8
+@432 := {v : @89} ->
+  {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @422) -> (hs : @424) -> @346 @366 @370
+@433 := @420 @16
+@434 := @15 @99
+@436 := @57 @434 @29
+@437 := @15 @112
+@438 := @282 @437
+@446 := {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @436) -> (hs : @424) -> @346 (@438 @27) @370
+@447 := @433 @21
+@448 := @15 @27
+@450 := @57 @448 @21
+@451 := @15 @92
+@452 := @282 @451
+@454 := @346 (@452 @27)
+@455 := @368 @21
+@456 := @455 @29
+@461 := {vs : @350} -> {ts : @351} -> (h : @450) -> (hs : @424) -> @454 @456
+@462 := @447 @281
+@463 := @15 @29
+@465 := @57 @463 @21
+@466 := @347 @8
+@468 := @282 @434 @281
+@469 := @346 @468
+@473 := {ts : @351} -> (h : @465) -> (hs : @466) -> @469 @456
+@474 := @462 @301
+@476 := @282 @448 @281
+@477 := @346 @476
+@478 := @455 @301
+@481 := (h : @278) -> (hs : @348) -> @477 @478
+@482 := @474 @276
+@484 := @282 @463 @281
+@485 := @346 @484
+@487 := (hs : @348) -> @485 @478
+@488 := @482 @345
+@489 := @346 @284
+@490 := @489 @478
+@491 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.denote
+@492 := @491 @8
+@493 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.__fits_0
+@494 := @493 @8
+@496 := Coverage.Main.pairs @8
+@501 := @11 @4 @3 @10 @9 @496
+@503 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.root @8
+@504 := Ne.{1}
+@505 := LexLeanPreservation.Obs
+@506 := @504 @505
+@507 := LexLeanPreservation.Rel
+@510 := @506 (@507 @8 @22)
+@511 := LexLeanPreservation.Obs.stuck
+@514 := (f : @4) -> (v : @89) -> @510 @511
+@516 := LexLeanPreservation.Rust.rel_ne_stuck @494
+@522 := (v : @89) -> @506 (@507 (@493 @29) @22) @511
+@523 := @516 @501
+@527 := @506 (@507 @494 @501) @511
+@528 := @349 @285
+@529 := LexLeanPreservation.Rust.FunSem
+@535 := (n : @3) -> @529 @93 @95 @97 @22 @112
+@536 := Eq.{1}
+@537 := Option.{0}
+@538 := @537 @297
+@539 := @536 @538
+@546 := LexLeanRuntime.index (@349 @297) @297 (LexLeanRuntime.instIndexableList @297)
+@550 := @539 (@546 (@298 @93) @112)
+@551 := Option.some.{0}
+@552 := @551 @297
+@553 := @552 @92
+@554 := @550 @553
+@558 := @321 @104 @93 @95 @92
+@559 := LexLeanTarget.TargetSyntax.Function.types
+@560 := @559 @112
+@561 := @558 @560
+@562 := @537 @528
+@563 := @536 @562
+@564 := LexLeanTarget.TargetSemantics.bindAll
+@565 := LexLeanTarget.TargetSyntax.Function.parameters
+@570 := @563 (@564 (@565 @97) @112 @292)
+@571 := @551 @528
+@572 := @571 @92
+@573 := @570 @572
+@574 := @537 @4
+@575 := @536 @574
+@576 := LexLeanPreservation.Rust.fnFallible
+@579 := @575 (@576 @114 @93)
+@580 := @551 @4
+@581 := @580 @92
+@582 := @579 @581
+@583 := LexLeanPreservation.RunConv
+@584 := #13
+@588 := @583 @584 @104 @95 @92
+@590 := @506 @112 @511
+@591 := Exists.{1}
+@592 := LexLeanPreservation.Rust.ROut
+@593 := @591 @592
+@594 := And
+@595 := LexLeanPreservation.Rust.RealizesFn
+@599 := @594 (@595 @93 @95 @22)
+@600 := LexLeanPreservation.Rust.RCI
+@602 := @600 #15
+@603 := LexLeanPreservation.Rust.fnIdent
+@604 := @603 @584
+@611 := (hne : @590) -> @593 (fun (ro : @592) => @599 (@602 @604 @114 @22))
+@626 := {p : @23} ->
+  {c : @24} ->
+  {A : @25} ->
+  {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @535) ->
+  (hfn : @554) -> (hwt : @561) -> (hbind : @573) -> (hF : @582) -> (hA : @588) -> @611
+@628 := LexLeanPreservation.Rust.compose @0
+@629 := @529 @0
+@634 := (n : @3) -> @629 @95 @97 @22 @112
+@635 := @546 @299
+@638 := @539 (@635 @112) @553
+@642 := @332 @93 @95 @92 @560
+@643 := @583 @0
+@646 := @643 @104 @95 @92
+@660 := {c : @24} ->
+  {A : @25} ->
+  {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @634) ->
+  (hfn : @638) -> (hwt : @642) -> (hbind : @573) -> (hF : @582) -> (hA : @646) -> @611
+@661 := @628 @1
+@662 := @629 @1
+@666 := (n : @3) -> @662 @97 @22 @112
+@669 := @340 @95 @92 @560
+@670 := @576 @1
+@673 := @575 (@670 @93) @581
+@674 := @600 @1
+@684 := (hbind : @573) ->
+  (hF : @673) -> (hA : @646) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@674 @604 @114 @22))
+@694 := {A : @25} ->
+  {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @666) -> (hfn : @638) -> (hwt : @669) -> @684
+@695 := @661 @2
+@697 := @662 @2 @22
+@699 := (n : @3) -> @697 @112
+@700 := @346 @92
+@701 := @700 @560
+@710 := {f : @3} ->
+  {fn : @297} ->
+  {args : @350} ->
+  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @699) -> (hfn : @638) -> (hwt : @701) -> @684
+@711 := @695 @286
+@713 := (n : @3) -> @697 @286
+@714 := @635 @286
+@715 := @539 @714
+@716 := @715 @553
+@717 := @670 @286
+@718 := @575 @717
+@719 := @718 @581
+@720 := @643 @286
+@722 := @720 @95 @92
+@724 := @674 (@603 @286)
+@732 := (hF : @719) -> (hA : @722) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 @114 @22))
+@741 := {fn : @297} ->
+  {args : @350} ->
+  {env : @528} ->
+  {F : @4} -> {o : @505} -> (hB : @713) -> (hfn : @716) -> (hwt : @701) -> (hbind : @573) -> @732
+@742 := @711 @316
+@744 := @715 (@552 @316)
+@745 := @559 @316
+@746 := @700 @745
+@748 := @564 (@565 @316)
+@760 := {args : @350} ->
+  {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @713) -> (hfn : @744) -> (hwt : @746) -> (hbind : @563 (@748 @112 @292) @572) -> @732
+@761 := @742 @284
+@762 := @438 @281
+@764 := @346 @762 @745
+@767 := @282 (@15 @97) @281
+@771 := @563 (@748 @767 @292) @572
+@774 := @282 (@15 @93) @281
+@795 := {env : @528} ->
+  {F : @4} ->
+  {o : @505} ->
+  (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @764) ->
+  (hbind : @771) ->
+  (hF : @719) ->
+  (hA : @720 @774 @92) ->
+  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 #12) @281) @22))
+@796 := @761 @295
+@797 := @452 @281
+@799 := @346 @797 @745
+@807 := @563 (@748 @762 @292) (@571 (@293 (@290 @437) @292))
+@810 := @282 (@15 @95) @281
+@829 := {F : @4} ->
+  {o : @505} ->
+  (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @799) ->
+  (hbind : @807) ->
+  (hF : @719) ->
+  (hA : @720 @810 @92) ->
+  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 @114) @281) @22))
+@830 := @796 @296
+@831 := @469 @745
+@839 := @563 (@748 @797 @292) (@571 (@293 (@290 @451) @292))
+@841 := @718 (@580 @296)
+@843 := @720 @767 @92
+@844 := @595 @296
+@863 := {o : @505} ->
+  (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @831) ->
+  (hbind : @839) ->
+  (hF : @841) ->
+  (hA : @843) ->
+  (hne : @590) -> @593 (fun (ro : @592) => @594 (@844 @95 @22) (@724 (@282 (@15 @104) @281) @22))
+@864 := @830 @492
+@865 := @477 @745
+@873 := @563 (@748 @468 @292) (@571 (@293 (@290 @434) @292))
+@874 := @720 @762
+@875 := @491 @112
+@876 := @874 @875
+@877 := @491 @97
+@895 := (hB : @713) ->
+  (hfn : @744) ->
+  (hwt : @865) ->
+  (hbind : @873) ->
+  (hF : @841) ->
+  (hA : @876) ->
+  (hne : @506 @877 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @93) @22) (@724 @774 @22))
+@896 := @864 @320
+@897 := @485 @745
+@905 := @563 (@748 @476 @292) (@571 (@293 (@290 @448) @292))
+@906 := @720 @797
+@907 := @491 @92
+@925 := (hfn : @744) ->
+  (hwt : @897) ->
+  (hbind : @905) ->
+  (hF : @841) ->
+  (hA : @906 @907) ->
+  (hne : @506 @875 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @95) @22) (@724 @810 @22))
+@926 := Eq.refl.{1}
+@929 := @896 (@926 @538 @714)
+@930 := @489 @745
+@938 := @563 (@748 @484 @292) (@571 (@293 (@290 @463) @292))
+@939 := @720 @468
+@940 := @491 @99
+@956 := (hwt : @930) ->
+  (hbind : @938) ->
+  (hF : @841) ->
+  (hA : @939 @940) ->
+  (hne : @506 @907 @511) -> @593 (fun (ro : @592) => @594 (@844 @877 @22) (@724 @767 @22))
+@957 := @929 @488
+@959 := @748 @284 @292
+@962 := @563 @959 (@571 @295)
+@963 := @720 @476
+@964 := @491 @27
+@979 := (hbind : @962) ->
+  (hF : @841) ->
+  (hA : @963 @964) ->
+  (hne : @506 @940 @511) -> @593 (fun (ro : @592) => @594 (@844 @875 @22) (@724 @762 @22))
+@982 := @957 (@926 @562 @959)
+@983 := @720 @484
+@984 := @491 @29
+@998 := (hF : @841) ->
+  (hA : @983 @984) ->
+  (hne : @506 @964 @511) -> @593 (fun (ro : @592) => @594 (@844 @907 @22) (@724 @797 @22))
+@1001 := @982 (@926 @574 @717)
+@1015 := (hA : @720 @284 @492) ->
+  (hne : @506 @984 @511) -> @593 (fun (ro : @592) => @594 (@844 @940 @22) (@724 @468 @22))
+@1016 := @1001 @503
+@1027 := (hne : @506 @492 @511) -> @593 (fun (ro : @592) => @594 (@844 @964 @22) (@724 @476 @22))
+@1028 := @1016 @523
+@1034 := @594 (@844 @984 @22) (@724 @484 @22)
+@1036 := @593 (fun (ro : @592) => @1034)
+@1038 := @593 (fun (__e_ro : @592) => @1034)
+@1042 := LexLeanPreservation.Rust.RepresentableL (@282 @252 @281)
+@1043 := (__e_hrep : @1042) -> @1038
+@1044 := fun (__e_hrep : @1042) => @1028
+@1045 := (p : @7) -> @1043
+@1046 := fun (p : @7) => @1044
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustCore.lean
new file mode 100644
index 000000000..404c046dd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.pair .nat .bool)], result := (.pair .bool .nat),
+      body := (.build .pair (.pair .bool .nat) [(.second (.var 0)), (.first (.var 0))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .bool) }] (.pair .bool .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2))))), [(0, (.pair .nat .bool), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 1))) (Corr.second (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustStd.lean
new file mode 100644
index 000000000..81999609a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.pair .nat .bool)], result := (.pair .bool .nat),
+      body := (.build .pair (.pair .bool .nat) [(.second (.var 0)), (.first (.var 0))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .bool) }] (.pair .bool .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2))))), [(0, (.pair .nat .bool), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 1))) (Corr.second (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18.lean
index eb0fb0b3e..511ac9606 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -70,4 +70,4 @@ def denote (base : Nat) (offset : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (base : Nat) (offset : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat base), (_root_.LexLeanTarget.TargetSyntax.Value.nat offset)] (_root_.LexLeanPreservation.Rel (__fits_0 base offset) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Main.higher base offset))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 base offset)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..282990829
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustCore.lex.tex
@@ -0,0 +1,462 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.root : @914 := @915 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@65 := Prod.{0, 0} @3 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.__fits_0
+@326 := @324 @4 @15
+@330 := @5 (Coverage.Main.higher @4 @15)
+@333 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.root @4 @15
+@334 := Bool
+@335 := Ne.{1}
+@336 := LexLeanPreservation.Obs
+@337 := @335 @336
+@338 := LexLeanPreservation.Rel
+@341 := @337 (@338 @15 @17)
+@342 := LexLeanPreservation.Obs.stuck
+@345 := (f : @334) -> (v : @54) -> @341 @342
+@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
+@355 := @347 @330
+@359 := @337 (@338 @326 @330) @342
+@360 := @135 @65
+@361 := LexLeanPreservation.Rust.FunSem
+@362 := #9
+@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
+@369 := Eq.{1}
+@370 := Option.{0}
+@371 := @370 @82
+@372 := @369 @371
+@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@383 := @372 (@379 (@83 @362) @138)
+@384 := Option.some.{0}
+@385 := @384 @82
+@386 := @385 @140
+@387 := @383 @386
+@388 := #10
+@392 := @107 @388 @362 @152 @140
+@393 := LexLeanTarget.TargetSyntax.Function.types
+@394 := @393 @138
+@395 := @392 @394
+@396 := @370 @360
+@397 := @369 @396
+@398 := LexLeanTarget.TargetSemantics.bindAll
+@399 := LexLeanTarget.TargetSyntax.Function.parameters
+@404 := @397 (@398 (@399 @146) @138 @75)
+@405 := @384 @360
+@406 := @405 @140
+@407 := @404 @406
+@408 := @370 @334
+@409 := @369 @408
+@410 := LexLeanPreservation.Rust.fnFallible
+@411 := #11
+@414 := @409 (@410 @411 @362)
+@415 := @384 @334
+@416 := @415 @140
+@417 := @414 @416
+@418 := LexLeanPreservation.RunConv
+@419 := #13
+@423 := @418 @419 @388 @152 @140
+@425 := @337 @138 @342
+@426 := Exists.{1}
+@427 := LexLeanPreservation.Rust.ROut
+@428 := @426 @427
+@429 := And
+@430 := LexLeanPreservation.Rust.RealizesFn
+@434 := @429 (@430 @362 @152 @17)
+@435 := LexLeanPreservation.Rust.RCI
+@437 := @435 #15
+@438 := LexLeanPreservation.Rust.fnIdent
+@439 := @438 @419
+@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
+@461 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @368) ->
+  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
+@463 := LexLeanPreservation.Rust.compose @0
+@464 := @361 @0
+@469 := (n : @3) -> @464 @152 @146 @17 @138
+@470 := @379 @84
+@473 := @372 (@470 @138) @386
+@477 := @118 @362 @152 @140 @394
+@478 := @418 @0
+@481 := @478 @388 @152 @140
+@495 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @469) ->
+  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
+@496 := @463 @1
+@497 := @464 @1
+@501 := (n : @3) -> @497 @146 @17 @138
+@504 := @126 @152 @140 @394
+@505 := @410 @1
+@508 := @409 (@505 @362) @416
+@509 := @435 @1
+@519 := (hbind : @407) ->
+  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
+@529 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
+@530 := @496 @2
+@532 := @497 @2 @17
+@534 := (n : @3) -> @532 @138
+@535 := @132 @140
+@536 := @535 @394
+@545 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
+@546 := @530 @72
+@548 := (n : @3) -> @532 @72
+@549 := @470 @72
+@550 := @372 @549
+@551 := @550 @386
+@552 := @505 @72
+@553 := @409 @552
+@554 := @553 @416
+@555 := @478 @72
+@557 := @555 @152 @140
+@559 := @509 (@438 @72)
+@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
+@576 := {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
+@577 := @546 @102
+@579 := @550 (@385 @102)
+@580 := @393 @102
+@581 := @535 @580
+@583 := @398 (@399 @102)
+@595 := {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
+@596 := @577 @62
+@598 := @282 (@229 @57)
+@600 := @132 @598 @580
+@602 := @58 (@5 @152)
+@604 := @602 (@282 @57)
+@608 := @397 (@583 @604 @75) @406
+@610 := @58 (@5 @388)
+@612 := @58 (@5 @362)
+@614 := @610 (@612 @57)
+@616 := @555 @614 @140
+@618 := @58 (@5 @419)
+@621 := @58 (@5 #12)
+@638 := {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @600) ->
+  (hbind : @608) ->
+  (hF : @554) ->
+  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
+@639 := @596 @80
+@641 := @229 (@243 @57)
+@643 := @132 @641 @580
+@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@656 := @612 (@602 @57)
+@658 := @555 @656 @140
+@660 := @58 (@5 @411)
+@676 := {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @643) ->
+  (hbind : @654) ->
+  (hF : @554) ->
+  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
+@677 := @639 @81
+@678 := @301 @580
+@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@691 := @553 (@415 @81)
+@693 := @555 @604 @140
+@694 := @430 @81
+@712 := {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @678) ->
+  (hbind : @689) ->
+  (hF : @691) ->
+  (hA : @693) ->
+  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
+@713 := @677 @323
+@714 := @308 @580
+@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@726 := @555 @598
+@728 := @321 @146 @138
+@729 := @726 @728
+@731 := @321 @152 @146
+@750 := (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @714) ->
+  (hbind : @725) ->
+  (hF : @691) ->
+  (hA : @729) ->
+  (hne : @337 @731 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
+@751 := @713 @106
+@752 := @315 @580
+@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@764 := @555 @641
+@766 := @321 @138 @140
+@785 := (hfn : @579) ->
+  (hwt : @752) ->
+  (hbind : @763) ->
+  (hF : @691) ->
+  (hA : @764 @766) ->
+  (hne : @337 @728 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
+@786 := Eq.refl.{1}
+@789 := @751 (@786 @371 @549)
+@790 := @319 @580
+@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@802 := @555 @300
+@804 := @321 @140 @142
+@820 := (hwt : @790) ->
+  (hbind : @801) ->
+  (hF : @691) ->
+  (hA : @802 @804) ->
+  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
+@821 := @789 @318
+@823 := @583 @62 @75
+@826 := @397 @823 (@405 @80)
+@827 := @555 @307
+@829 := @321 @142 @12
+@844 := (hbind : @826) ->
+  (hF : @691) ->
+  (hA : @827 @829) ->
+  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
+@847 := @821 (@786 @396 @823)
+@848 := @555 @314
+@850 := @321 @12 @4
+@864 := (hF : @691) ->
+  (hA : @848 @850) ->
+  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
+@867 := @847 (@786 @408 @552)
+@881 := (hA : @555 @62 @323) ->
+  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
+@882 := @867 @333
+@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
+@894 := @882 @355
+@900 := @429 (@694 @850 @17) (@559 @314 @17)
+@902 := @428 (fun (ro : @427) => @900)
+@904 := @428 (fun (__e_ro : @427) => @900)
+@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@910 := (__e_hrep : @909) -> @904
+@911 := fun (__e_hrep : @909) => @894
+@912 := (offset : @3) -> @910
+@913 := fun (offset : @3) => @911
+@914 := (base : @3) -> @912
+@915 := fun (base : @3) => @913
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..563de15db
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustStd.lex.tex
@@ -0,0 +1,462 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.root : @914 := @915 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@65 := Prod.{0, 0} @3 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.__fits_0
+@326 := @324 @4 @15
+@330 := @5 (Coverage.Main.higher @4 @15)
+@333 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.root @4 @15
+@334 := Bool
+@335 := Ne.{1}
+@336 := LexLeanPreservation.Obs
+@337 := @335 @336
+@338 := LexLeanPreservation.Rel
+@341 := @337 (@338 @15 @17)
+@342 := LexLeanPreservation.Obs.stuck
+@345 := (f : @334) -> (v : @54) -> @341 @342
+@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
+@355 := @347 @330
+@359 := @337 (@338 @326 @330) @342
+@360 := @135 @65
+@361 := LexLeanPreservation.Rust.FunSem
+@362 := #9
+@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
+@369 := Eq.{1}
+@370 := Option.{0}
+@371 := @370 @82
+@372 := @369 @371
+@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@383 := @372 (@379 (@83 @362) @138)
+@384 := Option.some.{0}
+@385 := @384 @82
+@386 := @385 @140
+@387 := @383 @386
+@388 := #10
+@392 := @107 @388 @362 @152 @140
+@393 := LexLeanTarget.TargetSyntax.Function.types
+@394 := @393 @138
+@395 := @392 @394
+@396 := @370 @360
+@397 := @369 @396
+@398 := LexLeanTarget.TargetSemantics.bindAll
+@399 := LexLeanTarget.TargetSyntax.Function.parameters
+@404 := @397 (@398 (@399 @146) @138 @75)
+@405 := @384 @360
+@406 := @405 @140
+@407 := @404 @406
+@408 := @370 @334
+@409 := @369 @408
+@410 := LexLeanPreservation.Rust.fnFallible
+@411 := #11
+@414 := @409 (@410 @411 @362)
+@415 := @384 @334
+@416 := @415 @140
+@417 := @414 @416
+@418 := LexLeanPreservation.RunConv
+@419 := #13
+@423 := @418 @419 @388 @152 @140
+@425 := @337 @138 @342
+@426 := Exists.{1}
+@427 := LexLeanPreservation.Rust.ROut
+@428 := @426 @427
+@429 := And
+@430 := LexLeanPreservation.Rust.RealizesFn
+@434 := @429 (@430 @362 @152 @17)
+@435 := LexLeanPreservation.Rust.RCI
+@437 := @435 #15
+@438 := LexLeanPreservation.Rust.fnIdent
+@439 := @438 @419
+@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
+@461 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @368) ->
+  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
+@463 := LexLeanPreservation.Rust.compose @0
+@464 := @361 @0
+@469 := (n : @3) -> @464 @152 @146 @17 @138
+@470 := @379 @84
+@473 := @372 (@470 @138) @386
+@477 := @118 @362 @152 @140 @394
+@478 := @418 @0
+@481 := @478 @388 @152 @140
+@495 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @469) ->
+  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
+@496 := @463 @1
+@497 := @464 @1
+@501 := (n : @3) -> @497 @146 @17 @138
+@504 := @126 @152 @140 @394
+@505 := @410 @1
+@508 := @409 (@505 @362) @416
+@509 := @435 @1
+@519 := (hbind : @407) ->
+  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
+@529 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
+@530 := @496 @2
+@532 := @497 @2 @17
+@534 := (n : @3) -> @532 @138
+@535 := @132 @140
+@536 := @535 @394
+@545 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
+@546 := @530 @72
+@548 := (n : @3) -> @532 @72
+@549 := @470 @72
+@550 := @372 @549
+@551 := @550 @386
+@552 := @505 @72
+@553 := @409 @552
+@554 := @553 @416
+@555 := @478 @72
+@557 := @555 @152 @140
+@559 := @509 (@438 @72)
+@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
+@576 := {fn : @82} ->
+  {args : @136} ->
+  {env : @360} ->
+  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
+@577 := @546 @102
+@579 := @550 (@385 @102)
+@580 := @393 @102
+@581 := @535 @580
+@583 := @398 (@399 @102)
+@595 := {args : @136} ->
+  {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
+@596 := @577 @62
+@598 := @282 (@229 @57)
+@600 := @132 @598 @580
+@602 := @58 (@5 @152)
+@604 := @602 (@282 @57)
+@608 := @397 (@583 @604 @75) @406
+@610 := @58 (@5 @388)
+@612 := @58 (@5 @362)
+@614 := @610 (@612 @57)
+@616 := @555 @614 @140
+@618 := @58 (@5 @419)
+@621 := @58 (@5 #12)
+@638 := {env : @360} ->
+  {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @600) ->
+  (hbind : @608) ->
+  (hF : @554) ->
+  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
+@639 := @596 @80
+@641 := @229 (@243 @57)
+@643 := @132 @641 @580
+@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@656 := @612 (@602 @57)
+@658 := @555 @656 @140
+@660 := @58 (@5 @411)
+@676 := {F : @334} ->
+  {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @643) ->
+  (hbind : @654) ->
+  (hF : @554) ->
+  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
+@677 := @639 @81
+@678 := @301 @580
+@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@691 := @553 (@415 @81)
+@693 := @555 @604 @140
+@694 := @430 @81
+@712 := {o : @336} ->
+  (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @678) ->
+  (hbind : @689) ->
+  (hF : @691) ->
+  (hA : @693) ->
+  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
+@713 := @677 @323
+@714 := @308 @580
+@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@726 := @555 @598
+@728 := @321 @146 @138
+@729 := @726 @728
+@731 := @321 @152 @146
+@750 := (hB : @548) ->
+  (hfn : @579) ->
+  (hwt : @714) ->
+  (hbind : @725) ->
+  (hF : @691) ->
+  (hA : @729) ->
+  (hne : @337 @731 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
+@751 := @713 @106
+@752 := @315 @580
+@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@764 := @555 @641
+@766 := @321 @138 @140
+@785 := (hfn : @579) ->
+  (hwt : @752) ->
+  (hbind : @763) ->
+  (hF : @691) ->
+  (hA : @764 @766) ->
+  (hne : @337 @728 @342) ->
+  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
+@786 := Eq.refl.{1}
+@789 := @751 (@786 @371 @549)
+@790 := @319 @580
+@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@802 := @555 @300
+@804 := @321 @140 @142
+@820 := (hwt : @790) ->
+  (hbind : @801) ->
+  (hF : @691) ->
+  (hA : @802 @804) ->
+  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
+@821 := @789 @318
+@823 := @583 @62 @75
+@826 := @397 @823 (@405 @80)
+@827 := @555 @307
+@829 := @321 @142 @12
+@844 := (hbind : @826) ->
+  (hF : @691) ->
+  (hA : @827 @829) ->
+  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
+@847 := @821 (@786 @396 @823)
+@848 := @555 @314
+@850 := @321 @12 @4
+@864 := (hF : @691) ->
+  (hA : @848 @850) ->
+  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
+@867 := @847 (@786 @408 @552)
+@881 := (hA : @555 @62 @323) ->
+  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
+@882 := @867 @333
+@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
+@894 := @882 @355
+@900 := @429 (@694 @850 @17) (@559 @314 @17)
+@902 := @428 (fun (ro : @427) => @900)
+@904 := @428 (fun (__e_ro : @427) => @900)
+@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@910 := (__e_hrep : @909) -> @904
+@911 := fun (__e_hrep : @909) => @894
+@912 := (offset : @3) -> @910
+@913 := fun (offset : @3) => @911
+@914 := (base : @3) -> @912
+@915 := fun (base : @3) => @913
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustCore.lean
new file mode 100644
index 000000000..fafff49bc
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustCore.lean
@@ -0,0 +1,67 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) (.prim .natAdd [(.call 1 [(.closure 2 [(.var 2), (.var 1)]), (.var 0)]), (.prim .natAdd [(.apply (.closure 3 [(.var 2)]) [(.var 0)]), (.call 1 [(.closure 4 []), (.var 1)])])])) },
+    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
+      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
+    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.prim .natMul [(.var 2), (.var 0)]), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.prim .natSub [(.var 1), (.var 0)]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [.nat, .nat] }, { number := 3, fields := [.nat] }, { number := 4, fields := [] }]),
+    (.apply 0 [.nat] .nat true [{ function := 2, captures := [.copy, .copy], functionFallible := true }, { function := 3, captures := [.copy], functionFallible := false }, { function := 4, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], .nat), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .nat]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))]) (tail := (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
+    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))], (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | _ + 5 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustStd.lean
new file mode 100644
index 000000000..838afc3ef
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustStd.lean
@@ -0,0 +1,67 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) (.prim .natAdd [(.call 1 [(.closure 2 [(.var 2), (.var 1)]), (.var 0)]), (.prim .natAdd [(.apply (.closure 3 [(.var 2)]) [(.var 0)]), (.call 1 [(.closure 4 []), (.var 1)])])])) },
+    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
+      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
+    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.prim .natMul [(.var 2), (.var 0)]), (.var 1)]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.prim .natSub [(.var 1), (.var 0)]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [.nat, .nat] }, { number := 3, fields := [.nat] }, { number := 4, fields := [] }]),
+    (.apply 0 [.nat] .nat true [{ function := 2, captures := [.copy, .copy], functionFallible := true }, { function := 3, captures := [.copy], functionFallible := false }, { function := 4, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], .nat), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .nat]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))]) (tail := (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
+    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))], (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | _ + 5 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19.lean
index c7a392bbc..d6a1fa9da 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -78,4 +78,4 @@ def denote (values : (List Nat)) : _root_.LexLeanPreservation.Obs :=
 theorem root (values : (List Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bool) (Coverage.Main.mapped values))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 values)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..1e8ad431b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/Compose/RustStd.lex.tex
@@ -0,0 +1,463 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.root : @926 := @927 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.flags
+@3 := Nat
+@4 := List.{0}
+@5 := @4 @3
+@6 := #1
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encList
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.list
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := #3
+@21 := @19 @20
+@22 := #2
+@24 := @21 @22 @6
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @22 @6 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@48 := {A : @18} -> (n : @3) -> @43 @6 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @22 @15
+@69 := (x : @22) -> @65 @66 @6
+@70 := @4 @20
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @20 @15
+@78 := @74 @77
+@79 := @13 @22
+@88 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encList @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @22) -> @92 @66 @6) -> (xs : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @22) -> @108 @66 @6) -> (xs : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @6
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @22) -> @123) -> (xs : @70) -> @50 @77 @79
+@132 := @121 @3
+@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
+  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @6
+@146 := @10 @15
+@147 := @50 @146
+@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
+@152 := @143 @12
+@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := List.nil.{0}
+@162 := List.cons.{0}
+@163 := @161 @57
+@164 := @162 @57
+@166 := @164 @11 @163
+@169 := Prod.{0, 0} @3 @57
+@170 := 0
+@174 := Prod.mk.{0, 0} @3 @57 @170
+@175 := @174 @11
+@176 := @161 @169
+@177 := @162 @169
+@179 := @177 @175 @176
+@180 := Bool.false
+@181 := LexLeanTarget.TargetSyntax.Function
+@182 := LexLeanTarget.TargetSyntax.Program.functions
+@183 := @182 @0
+@184 := @161 @3
+@185 := @161 @59
+@186 := LexLeanTarget.TargetSyntax.Ty.unit
+@187 := LexLeanTarget.TargetSyntax.Value.unit
+@190 := LexLeanTarget.TargetSyntax.Expr.value @186 @187
+@195 := LexLeanTarget.TargetSyntax.Function.mk @184 @185 @186 @190
+@200 := List.getD.{0} @181 @183 @170 @195
+@204 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.root @15 @170
+@205 := LexLeanPreservation.Rust.WTL
+@213 := {p : @16} -> {c : @17} -> {A : @18} -> @205 @22 @6 @15 @163 @185
+@215 := LexLeanPreservation.Rust.wtl_nil @0
+@216 := @205 @0
+@222 := {c : @17} -> {A : @18} -> @216 @6 @15 @163 @185
+@223 := @215 @1
+@224 := @216 @1
+@228 := {A : @18} -> @224 @15 @163 @185
+@229 := @223 @2
+@230 := @224 @2
+@231 := @230 @163
+@232 := @231 @185
+@233 := @4 @57
+@234 := @4 @59
+@236 := @65 @20 @22
+@241 := @205 @71 @60 @62 @22 @6
+@242 := #8
+@245 := @205 @242 @71 @60
+@247 := @164 @62 @20
+@248 := @245 @247
+@249 := @162 @59
+@251 := @249 @64 @22
+@261 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @236) -> (hs : @241) -> @248 @251
+@263 := LexLeanPreservation.Rust.wtl_cons @0
+@281 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @233} ->
+  {ts : @234} -> (h : @92 @20 @22) -> (hs : @216 @60 @62 @22 @6) -> @216 @71 @60 @247 @251
+@282 := @263 @1
+@297 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @233} -> {ts : @234} -> (h : @108 @20 @22) -> (hs : @224 @62 @22 @6) -> @224 @60 @247 @251
+@298 := @282 @2
+@300 := @50 @20 @22
+@302 := @230 @22 @6
+@310 := {v : @57} ->
+  {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @300) -> (hs : @302) -> @230 @247 @251
+@311 := @298 @11
+@312 := @10 @64
+@314 := @50 @312 @22
+@315 := @10 @60
+@316 := @164 @315
+@324 := {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @314) -> (hs : @302) -> @230 (@316 @20) @251
+@325 := @311 @14
+@326 := @10 @20
+@328 := @50 @326 @14
+@329 := @10 @62
+@330 := @164 @329
+@332 := @230 (@330 @20)
+@333 := @249 @14
+@334 := @333 @22
+@339 := {vs : @233} -> {ts : @234} -> (h : @328) -> (hs : @302) -> @332 @334
+@340 := @325 @163
+@341 := @10 @22
+@343 := @50 @341 @14
+@344 := @231 @6
+@346 := @164 @312 @163
+@347 := @230 @346
+@351 := {ts : @234} -> (h : @343) -> (hs : @344) -> @347 @334
+@352 := @340 @185
+@354 := @164 @326 @163
+@355 := @230 @354
+@356 := @333 @185
+@359 := (h : @160) -> (hs : @232) -> @355 @356
+@360 := @352 @158
+@362 := @164 @341 @163
+@363 := @230 @362
+@365 := (hs : @232) -> @363 @356
+@366 := @360 @229
+@367 := @230 @166
+@368 := @367 @356
+@369 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.denote
+@370 := @369 @6
+@371 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.__fits_0
+@372 := @371 @6
+@374 := Coverage.Main.mapped @6
+@375 := Bool
+@376 := LexLeanTarget.TargetSyntax.Value.bool
+@379 := @8 @375 @376 @374
+@381 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.root @6
+@382 := Ne.{1}
+@383 := LexLeanPreservation.Obs
+@384 := @382 @383
+@385 := LexLeanPreservation.Rel
+@388 := @384 (@385 @6 @15)
+@389 := LexLeanPreservation.Obs.stuck
+@392 := (f : @375) -> (v : @57) -> @388 @389
+@394 := LexLeanPreservation.Rust.rel_ne_stuck @372
+@400 := (v : @57) -> @384 (@385 (@371 @22) @15) @389
+@401 := @394 @379
+@405 := @384 (@385 @372 @379) @389
+@406 := @4 @169
+@407 := LexLeanPreservation.Rust.FunSem
+@408 := #9
+@414 := (n : @3) -> @407 @408 @242 @71 @15 @60
+@415 := Eq.{1}
+@416 := Option.{0}
+@417 := @416 @181
+@418 := @415 @417
+@425 := LexLeanRuntime.index (@4 @181) @181 (LexLeanRuntime.instIndexableList @181)
+@429 := @418 (@425 (@182 @408) @60)
+@430 := Option.some.{0}
+@431 := @430 @181
+@432 := @431 @62
+@433 := @429 @432
+@434 := #10
+@438 := @205 @434 @408 @242 @62
+@439 := LexLeanTarget.TargetSyntax.Function.types
+@440 := @439 @60
+@441 := @438 @440
+@442 := @416 @406
+@443 := @415 @442
+@444 := LexLeanTarget.TargetSemantics.bindAll
+@445 := LexLeanTarget.TargetSyntax.Function.parameters
+@450 := @443 (@444 (@445 @71) @60 @176)
+@451 := @430 @406
+@452 := @451 @62
+@453 := @450 @452
+@454 := @416 @375
+@455 := @415 @454
+@456 := LexLeanPreservation.Rust.fnFallible
+@457 := #11
+@460 := @455 (@456 @457 @408)
+@461 := @430 @375
+@462 := @461 @62
+@463 := @460 @462
+@464 := LexLeanPreservation.RunConv
+@465 := #13
+@469 := @464 @465 @434 @242 @62
+@471 := @384 @60 @389
+@472 := Exists.{1}
+@473 := LexLeanPreservation.Rust.ROut
+@474 := @472 @473
+@475 := And
+@476 := LexLeanPreservation.Rust.RealizesFn
+@480 := @475 (@476 @408 @242 @15)
+@481 := LexLeanPreservation.Rust.RCI
+@483 := @481 #15
+@484 := LexLeanPreservation.Rust.fnIdent
+@485 := @484 @465
+@492 := (hne : @471) -> @474 (fun (ro : @473) => @480 (@483 @485 @457 @15))
+@507 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @406} ->
+  {F : @375} ->
+  {o : @383} ->
+  (hB : @414) ->
+  (hfn : @433) -> (hwt : @441) -> (hbind : @453) -> (hF : @463) -> (hA : @469) -> @492
+@509 := LexLeanPreservation.Rust.compose @0
+@510 := @407 @0
+@515 := (n : @3) -> @510 @242 @71 @15 @60
+@516 := @425 @183
+@519 := @418 (@516 @60) @432
+@523 := @216 @408 @242 @62 @440
+@524 := @464 @0
+@527 := @524 @434 @242 @62
+@541 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @406} ->
+  {F : @375} ->
+  {o : @383} ->
+  (hB : @515) ->
+  (hfn : @519) -> (hwt : @523) -> (hbind : @453) -> (hF : @463) -> (hA : @527) -> @492
+@542 := @509 @1
+@543 := @510 @1
+@547 := (n : @3) -> @543 @71 @15 @60
+@550 := @224 @242 @62 @440
+@551 := @456 @1
+@554 := @455 (@551 @408) @462
+@555 := @481 @1
+@565 := (hbind : @453) ->
+  (hF : @554) -> (hA : @527) -> (hne : @471) -> @474 (fun (ro : @473) => @480 (@555 @485 @457 @15))
+@575 := {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @406} -> {F : @375} -> {o : @383} -> (hB : @547) -> (hfn : @519) -> (hwt : @550) -> @565
+@576 := @542 @2
+@578 := @543 @2 @15
+@580 := (n : @3) -> @578 @60
+@581 := @230 @62
+@582 := @581 @440
+@591 := {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @406} -> {F : @375} -> {o : @383} -> (hB : @580) -> (hfn : @519) -> (hwt : @582) -> @565
+@592 := @576 @170
+@594 := (n : @3) -> @578 @170
+@595 := @516 @170
+@596 := @418 @595
+@597 := @596 @432
+@598 := @551 @170
+@599 := @455 @598
+@600 := @599 @462
+@601 := @524 @170
+@603 := @601 @242 @62
+@605 := @555 (@484 @170)
+@613 := (hF : @600) -> (hA : @603) -> (hne : @471) -> @474 (fun (ro : @473) => @480 (@605 @457 @15))
+@622 := {fn : @181} ->
+  {args : @233} ->
+  {env : @406} ->
+  {F : @375} -> {o : @383} -> (hB : @594) -> (hfn : @597) -> (hwt : @582) -> (hbind : @453) -> @613
+@623 := @592 @200
+@625 := @596 (@431 @200)
+@626 := @439 @200
+@627 := @581 @626
+@629 := @444 (@445 @200)
+@641 := {args : @233} ->
+  {env : @406} ->
+  {F : @375} ->
+  {o : @383} ->
+  (hB : @594) -> (hfn : @625) -> (hwt : @627) -> (hbind : @443 (@629 @60 @176) @452) -> @613
+@642 := @623 @166
+@643 := @316 @163
+@645 := @230 @643 @626
+@648 := @164 (@10 @71) @163
+@652 := @443 (@629 @648 @176) @452
+@655 := @164 (@10 @408) @163
+@676 := {env : @406} ->
+  {F : @375} ->
+  {o : @383} ->
+  (hB : @594) ->
+  (hfn : @625) ->
+  (hwt : @645) ->
+  (hbind : @652) ->
+  (hF : @600) ->
+  (hA : @601 @655 @62) ->
+  (hne : @471) -> @474 (fun (ro : @473) => @480 (@605 (@164 (@10 #12) @163) @15))
+@677 := @642 @179
+@678 := @330 @163
+@680 := @230 @678 @626
+@688 := @443 (@629 @643 @176) (@451 (@177 (@174 @315) @176))
+@691 := @164 (@10 @242) @163
+@710 := {F : @375} ->
+  {o : @383} ->
+  (hB : @594) ->
+  (hfn : @625) ->
+  (hwt : @680) ->
+  (hbind : @688) ->
+  (hF : @600) ->
+  (hA : @601 @691 @62) ->
+  (hne : @471) -> @474 (fun (ro : @473) => @480 (@605 (@164 (@10 @457) @163) @15))
+@711 := @677 @180
+@712 := @347 @626
+@720 := @443 (@629 @678 @176) (@451 (@177 (@174 @329) @176))
+@722 := @599 (@461 @180)
+@724 := @601 @648 @62
+@725 := @476 @180
+@744 := {o : @383} ->
+  (hB : @594) ->
+  (hfn : @625) ->
+  (hwt : @712) ->
+  (hbind : @720) ->
+  (hF : @722) ->
+  (hA : @724) ->
+  (hne : @471) -> @474 (fun (ro : @473) => @475 (@725 @242 @15) (@605 (@164 (@10 @434) @163) @15))
+@745 := @711 @370
+@746 := @355 @626
+@754 := @443 (@629 @346 @176) (@451 (@177 (@174 @312) @176))
+@755 := @601 @643
+@756 := @369 @60
+@757 := @755 @756
+@758 := @369 @71
+@776 := (hB : @594) ->
+  (hfn : @625) ->
+  (hwt : @746) ->
+  (hbind : @754) ->
+  (hF : @722) ->
+  (hA : @757) ->
+  (hne : @384 @758 @389) -> @474 (fun (ro : @473) => @475 (@725 (@369 @408) @15) (@605 @655 @15))
+@777 := @745 @204
+@778 := @363 @626
+@786 := @443 (@629 @354 @176) (@451 (@177 (@174 @326) @176))
+@787 := @601 @678
+@788 := @369 @62
+@806 := (hfn : @625) ->
+  (hwt : @778) ->
+  (hbind : @786) ->
+  (hF : @722) ->
+  (hA : @787 @788) ->
+  (hne : @384 @756 @389) -> @474 (fun (ro : @473) => @475 (@725 (@369 @242) @15) (@605 @691 @15))
+@807 := Eq.refl.{1}
+@810 := @777 (@807 @417 @595)
+@811 := @367 @626
+@819 := @443 (@629 @362 @176) (@451 (@177 (@174 @341) @176))
+@820 := @601 @346
+@821 := @369 @64
+@837 := (hwt : @811) ->
+  (hbind : @819) ->
+  (hF : @722) ->
+  (hA : @820 @821) ->
+  (hne : @384 @788 @389) -> @474 (fun (ro : @473) => @475 (@725 @758 @15) (@605 @648 @15))
+@838 := @810 @366
+@840 := @629 @166 @176
+@843 := @443 @840 (@451 @179)
+@844 := @601 @354
+@845 := @369 @20
+@860 := (hbind : @843) ->
+  (hF : @722) ->
+  (hA : @844 @845) ->
+  (hne : @384 @821 @389) -> @474 (fun (ro : @473) => @475 (@725 @756 @15) (@605 @643 @15))
+@863 := @838 (@807 @442 @840)
+@864 := @601 @362
+@865 := @369 @22
+@879 := (hF : @722) ->
+  (hA : @864 @865) ->
+  (hne : @384 @845 @389) -> @474 (fun (ro : @473) => @475 (@725 @788 @15) (@605 @678 @15))
+@882 := @863 (@807 @454 @598)
+@896 := (hA : @601 @166 @370) ->
+  (hne : @384 @865 @389) -> @474 (fun (ro : @473) => @475 (@725 @821 @15) (@605 @346 @15))
+@897 := @882 @381
+@908 := (hne : @384 @370 @389) -> @474 (fun (ro : @473) => @475 (@725 @845 @15) (@605 @354 @15))
+@909 := @897 @401
+@915 := @475 (@725 @865 @15) (@605 @362 @15)
+@917 := @474 (fun (ro : @473) => @915)
+@919 := @474 (fun (__e_ro : @473) => @915)
+@923 := LexLeanPreservation.Rust.RepresentableL (@164 @146 @163)
+@924 := (__e_hrep : @923) -> @919
+@925 := fun (__e_hrep : @923) => @909
+@926 := (values : @5) -> @924
+@927 := fun (values : @5) => @925
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/RustStd.lean
new file mode 100644
index 000000000..2f5fa243f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/RustStd.lean
@@ -0,0 +1,59 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.list .nat)], result := (.list .bool),
+      body := (.call 1 [(.closure 2 []), (.var 0)]) },
+    { parameters := [0, 1], types := [(.fn [.nat] .bool), (.list .nat)], result := (.list .bool),
+      body := (.«match» (.list .bool) (.var 1) [(.arm .nil [] (.build .nil (.list .bool) [])), (.arm .cons [2, 3] (.build .cons (.list .bool) [(.apply (.var 0) [(.var 2)]), (.call 1 [(.var 0), (.var 3)])]))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .true .bool [])), (.arm .succ [1] (.call 3 [(.var 1)]))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .false .bool [])), (.arm .succ [1] (.call 2 [(.var 1)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [] }]),
+    (.apply 0 [.nat] .bool false [{ function := 2, captures := [], functionFallible := false }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.list .bool) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) []), (.move (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .bool) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false))), (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false)])))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 3)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 3)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 3)))] (.call (.function 3) [(.copy (.generated .binding 1))] false))))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 4)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 4)))] (.call (.function 2) [(.copy (.generated .binding 1))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], .bool), false)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) []), (.move (.generated .binding 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.fn [.nat] .bool), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false))), (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false)])))]), [(1, (.list .nat), (some 1)), (0, (.fn [.nat] .bool), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.fn [.nat] .bool), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .bool) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.fn [.nat] .bool), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false))), (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.bool, (.list .bool)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false)) (Corr.apply (ps := [.nat]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .bool), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 3)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 3)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 3)))] (.call (.function 3) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 3) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 4)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 4)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 2) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | _ + 4 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2.lean
new file mode 100644
index 000000000..ce01e3fb5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2.lean
@@ -0,0 +1,110 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := .nat,
+      body := (.call 1 [(.closure 2 [(.var 1)]), (.value .nat (.nat 0)), (.var 0)]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.first (.var 3)), (.second (.var 3))]), (.var 4)]))]) },
+    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.prim .natAdd [(.var 1), (.var 2)]), (.prim .natAdd [(.var 3), (.var 0)])]) },
+    { parameters := [0], types := [(.list (.pair .nat .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 4 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := (.option .nat),
+      body := (.cond (.call 3 [(.var 0)]) (.build .some (.option .nat) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option .nat) [])) }] }
+
+def __fits_2 (bonus : Nat) (acc : Nat) (key : Nat) (value : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (acc + key) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (value + bonus) 18446744073709551616)) && Bool.true)) && (Nat.blt ((acc + key) + (value + bonus)) 18446744073709551616))
+
+theorem __rel_2 (bonus : Nat) (acc : Nat) (key : Nat) (value : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat bonus), (_root_.LexLeanTarget.TargetSyntax.Value.nat acc), (_root_.LexLeanTarget.TargetSyntax.Value.nat key), (_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_2 bonus acc key value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (((acc + key) + (value + bonus))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd acc key)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd value bonus)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (acc + key) (value + bonus)))
+
+def __fits_0 (m : (List (Prod Nat Nat))) (bonus : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun __st __e => (fun (__p0 : Nat) (__p1 : Nat) (__p2 : Nat) => __fits_2 (bonus) __p0 __p1 __p2) __st __e.1 __e.2) (fun __st __e => ((fun (acc : Nat) (key : Nat) (value : Nat) => ((acc + key) + (value + bonus)))) __st __e.1 __e.2) ((0 : Nat)) (m)))
+
+theorem __rel_0 (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (_root_.LexLeanPreservation.Rel (__fits_0 m bonus) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_mapFold (ek := _root_.LexLeanTarget.TargetSyntax.Value.nat) (ev := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) ((fun (acc : Nat) (key : Nat) (value : Nat) => ((acc + key) + (value + bonus)))) (fun (__p0 : Nat) (__p1 : Nat) (__p2 : Nat) => __fits_2 (bonus) __p0 __p1 __p2) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (fun (__p0 : Nat) (__p1 : Nat) (__p2 : Nat) => __rel_2 (bonus) __p0 __p1 __p2) (p := __prog) (fi := 1) (tk := .nat) (tw := .nat) (ts := .nat) rfl ((0 : Nat)) (m)))
+
+def denote (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 m bonus) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (_root_.LexLeanPreservation.Rel (__fits_0 m bonus) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 m bonus)
+
+def __valid_4 : Nat -> Bool :=
+  fun _ => Bool.true
+
+def __inv_4 : Nat -> Prop :=
+  fun _ => _root_.True
+
+theorem __viff_4 : ∀ (__v : Nat), __valid_4 __v = Bool.true ↔ __inv_4 __v :=
+  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
+
+theorem __vrel_4 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_4 __v))) :=
+  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
+
+def __valid_3 : (List (Prod Nat Nat)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_4
+
+def __inv_3 : (List (Prod Nat Nat)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_4
+
+theorem __viff_3 : ∀ (__v : (List (Prod Nat Nat))), __valid_3 __v = Bool.true ↔ __inv_3 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_4 __inv_4 __viff_4
+
+theorem __vrel_3 : ∀ (__v : (List (Prod Nat Nat))), _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_3 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_4 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_4 rfl
+
+def entryFits (m : (List (Prod Nat Nat))) (bonus : Nat) : Bool :=
+  (if __valid_3 m then __fits_0 m bonus else Bool.true)
+
+def entryValue (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_3 m then (_root_.LexLeanTarget.TargetSyntax.Value.some (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryFits m bonus) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryValue m bonus)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (m : (List (Prod Nat Nat))) (bonus : Nat) : Prop :=
+  (__inv_3 m ∧ _root_.True)
+
+theorem entry (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.RunConv __prog 5 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denoteEntry m bonus) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 m bonus else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_3 m) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_3 m)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_0 m bonus)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryFits]))
+
+theorem entry_accepts (m : (List (Prod Nat Nat))) (bonus : Nat) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.accepts m bonus) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denoteEntry m bonus = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denote m bonus) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denote
+  simp only [_root_.if_true, (__viff_3 m).mpr __h.1]
+  cases __fits_0 m bonus <;> rfl
+
+theorem entry_refuses (m : (List (Prod Nat Nat))) (bonus : Nat) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.accepts m bonus) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denoteEntry m bonus = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryValue
+  cases __c0 : __valid_3 m
+  · simp
+  · exact _root_.absurd ⟨(__viff_3 m).mp __c0, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..281b92c11
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/Compose/RustStd.lex.tex
@@ -0,0 +1,658 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.root : @1352 := @1353 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.flags
+@3 := Nat
+@4 := Prod.{0, 0}
+@5 := @4 @3
+@6 := @5 @3
+@7 := List.{0}
+@8 := @7 @6
+@9 := #2
+@10 := LexLeanTarget.TargetSyntax.Value.nat
+@11 := LexLeanPreservation.encPair
+@12 := @11 @3
+@13 := @12 @3
+@14 := @13 @10
+@15 := @14 @10
+@16 := LexLeanPreservation.encList
+@17 := @16 @6
+@18 := @17 @15
+@19 := @18 @9
+@20 := LexLeanTarget.TargetSyntax.Ty.nat
+@21 := LexLeanTarget.TargetSyntax.Ty.pair
+@22 := @21 @20
+@23 := @22 @20
+@24 := LexLeanTarget.TargetSyntax.Ty.list
+@25 := @24 @23
+@26 := #0
+@27 := LexLeanTarget.TargetSyntax.Program
+@28 := LexLeanPreservation.Rust.RCrate
+@29 := LexLeanPreservation.Rust.Flags
+@30 := LexLeanPreservation.Rust.WT
+@31 := #3
+@33 := @30 @31 @9
+@34 := #1
+@35 := @33 @34
+@36 := @10 @26
+@42 := {p : @27} -> {c : @28} -> {A : @29} -> (n : @3) -> @35 @36 @20
+@44 := LexLeanPreservation.Rust.wt_nat @0
+@45 := @30 @0
+@52 := {c : @28} -> {A : @29} -> (n : @3) -> @45 @9 @34 @36 @20
+@53 := @44 @1
+@54 := @45 @1
+@59 := {A : @29} -> (n : @3) -> @54 @34 @36 @20
+@60 := @53 @2
+@61 := @54 @2
+@62 := @61 @36
+@63 := @62 @20
+@64 := (n : @3) -> @63
+@66 := fun (__x : @3) => @60 @26
+@67 := Sort 1
+@68 := LexLeanTarget.TargetSyntax.Value
+@69 := (a._@._internal._hyg.#0 : @34) -> @68
+@70 := LexLeanTarget.TargetSyntax.Ty
+@71 := #5
+@72 := #9
+@73 := @30 @72
+@74 := #8
+@75 := @73 @74
+@76 := #7
+@77 := @75 @76
+@78 := #4
+@79 := @78 @26
+@82 := (x : @71) -> @77 @79 @9
+@83 := #10
+@89 := (x : @71) -> @30 @83 @72 @74 @79 @9
+@90 := @4 @76
+@91 := #6
+@92 := @90 @91
+@93 := #11
+@96 := @30 @93 @83 @72
+@101 := @11 @74 @76 @91 @71 @26
+@102 := @96 @101
+@104 := @21 @78 @31
+@117 := {p : @27} ->
+  {c : @28} ->
+  {A : @29} ->
+  {α : @67} ->
+  {β : @67} ->
+  {ea : @69} ->
+  {eb : @69} -> {s : @70} -> {t : @70} -> (ha : @82) -> (hb : @89) -> (x : @92) -> @102 @104
+@119 := LexLeanPreservation.Rust.wt_encPair @0
+@144 := {c : @28} ->
+  {A : @29} ->
+  {α : @67} ->
+  {β : @67} ->
+  {ea : @69} ->
+  {eb : @69} ->
+  {s : @70} ->
+  {t : @70} ->
+  (ha : (x : @71) -> @45 @74 @76 @79 @9) ->
+  (hb : (x : @71) -> @45 @72 @74 @79 @9) -> (x : @92) -> @45 @83 @72 @101 @104
+@145 := @119 @1
+@166 := {A : @29} ->
+  {α : @67} ->
+  {β : @67} ->
+  {ea : @69} ->
+  {eb : @69} ->
+  {s : @70} ->
+  {t : @70} ->
+  (ha : (x : @71) -> @54 @76 @79 @9) ->
+  (hb : (x : @71) -> @54 @74 @79 @9) -> (x : @92) -> @54 @72 @101 @104
+@167 := @145 @2
+@169 := @61 @79 @9
+@170 := (x : @71) -> @169
+@181 := {α : @67} ->
+  {β : @67} ->
+  {ea : @69} ->
+  {eb : @69} -> {s : @70} -> {t : @70} -> (ha : @170) -> (hb : @170) -> (x : @92) -> @61 @101 @104
+@182 := @167 @3
+@183 := (a._@._internal._hyg.#0 : @3) -> @68
+@184 := (x : @3) -> @169
+@199 := {β : @67} ->
+  {ea : @183} ->
+  {eb : @69} ->
+  {s : @70} ->
+  {t : @70} -> (ha : @184) -> (hb : @170) -> (x : @5 @91) -> @61 (@12 @76 @91 @71 @26) @104
+@200 := @182 @3
+@212 := {ea : @183} ->
+  {eb : @183} ->
+  {s : @70} -> {t : @70} -> (ha : @184) -> (hb : @184) -> (x : @6) -> @61 (@13 @91 @71 @26) @104
+@213 := @200 @10
+@215 := (x : @3) -> @62 @9
+@225 := {eb : @183} ->
+  {s : @70} -> {t : @70} -> (ha : @215) -> (hb : @184) -> (x : @6) -> @61 (@14 @71 @26) @104
+@226 := @213 @10
+@228 := @61 (@15 @26)
+@234 := {s : @70} -> {t : @70} -> (ha : @215) -> (hb : @215) -> (x : @6) -> @228 @104
+@235 := @226 @20
+@236 := (x : @3) -> @63
+@242 := {t : @70} -> (ha : @236) -> (hb : @215) -> (x : @6) -> @228 (@22 @31)
+@243 := @235 @20
+@245 := (x : @6) -> @228 @23
+@247 := (ha : @236) -> (hb : @236) -> @245
+@251 := fun (__x : @6) => @243 @66 @66 @26
+@252 := (a._@._internal._hyg.#0 : @26) -> @68
+@255 := @30 @91 @71 @78
+@256 := @9 @26
+@259 := (x : @9) -> @255 @256 @34
+@260 := @7 @31
+@263 := @30 @76 @91 @71
+@266 := @16 @78 @31 @26
+@267 := @263 @266
+@268 := @24 @9
+@277 := {p : @27} ->
+  {c : @28} ->
+  {A : @29} -> {α : @67} -> {e : @252} -> {t : @70} -> (h : @259) -> (xs : @260) -> @267 @268
+@279 := LexLeanPreservation.Rust.wt_encList @0
+@281 := @45 @71 @78
+@295 := {c : @28} ->
+  {A : @29} ->
+  {α : @67} ->
+  {e : @252} -> {t : @70} -> (h : (x : @9) -> @281 @256 @34) -> (xs : @260) -> @45 @91 @71 @266 @268
+@296 := @279 @1
+@297 := @54 @78
+@309 := {A : @29} ->
+  {α : @67} ->
+  {e : @252} -> {t : @70} -> (h : (x : @9) -> @297 @256 @34) -> (xs : @260) -> @54 @71 @266 @268
+@310 := @296 @2
+@312 := @61 @256 @34
+@320 := {α : @67} ->
+  {e : @252} -> {t : @70} -> (h : (x : @9) -> @312) -> (xs : @260) -> @61 @266 @268
+@321 := @310 @6
+@331 := {e : (a._@._internal._hyg.#0 : @6) -> @68} ->
+  {t : @70} -> (h : (x : @6) -> @312) -> (xs : @8) -> @61 (@17 @31 @26) @268
+@332 := @321 @15
+@334 := (x : @6) -> @228 @34
+@336 := @61 (@18 @26)
+@340 := {t : @70} -> (h : @334) -> (xs : @8) -> @336 @268
+@341 := @332 @23
+@344 := (h : @245) -> (xs : @8) -> @336 @25
+@346 := @341 @251 @9
+@348 := @61 @19 @25
+@349 := @10 @34
+@350 := @60 @34
+@352 := @61 @349 @20
+@353 := List.nil.{0}
+@354 := List.cons.{0}
+@355 := @353 @68
+@356 := @354 @68
+@358 := @356 @349 @355
+@360 := @356 @19 @358
+@361 := @5 @68
+@362 := 1
+@365 := Prod.mk.{0, 0} @3 @68
+@366 := @365 @362
+@367 := @366 @349
+@369 := @365 0
+@370 := @369 @19
+@371 := @353 @361
+@372 := @354 @361
+@374 := @372 @370 @371
+@376 := @372 @367 @374
+@377 := Bool.true
+@378 := LexLeanTarget.TargetSyntax.Function
+@379 := LexLeanTarget.TargetSyntax.Program.functions
+@380 := @379 @0
+@381 := 5
+@382 := @353 @3
+@383 := @353 @70
+@384 := LexLeanTarget.TargetSyntax.Ty.unit
+@385 := LexLeanTarget.TargetSyntax.Value.unit
+@388 := LexLeanTarget.TargetSyntax.Expr.value @384 @385
+@393 := LexLeanTarget.TargetSyntax.Function.mk @382 @383 @384 @388
+@398 := List.getD.{0} @378 @380 @381 @393
+@402 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.root @26 @381
+@403 := LexLeanPreservation.Rust.WTL
+@411 := {p : @27} -> {c : @28} -> {A : @29} -> @403 @9 @34 @26 @355 @383
+@413 := LexLeanPreservation.Rust.wtl_nil @0
+@414 := @403 @0
+@420 := {c : @28} -> {A : @29} -> @414 @34 @26 @355 @383
+@421 := @413 @1
+@422 := @414 @1
+@426 := {A : @29} -> @422 @26 @355 @383
+@427 := @421 @2
+@428 := @422 @2
+@429 := @428 @355
+@430 := @429 @383
+@431 := @7 @68
+@432 := @7 @70
+@434 := @255 @31 @9
+@439 := @403 @76 @91 @71 @9 @34
+@442 := @403 @74 @76 @91
+@444 := @356 @71 @31
+@445 := @442 @444
+@446 := @354 @70
+@448 := @446 @78 @9
+@458 := {p : @27} ->
+  {c : @28} ->
+  {A : @29} ->
+  {v : @68} -> {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @434) -> (hs : @439) -> @445 @448
+@460 := LexLeanPreservation.Rust.wtl_cons @0
+@478 := {c : @28} ->
+  {A : @29} ->
+  {v : @68} ->
+  {t : @70} ->
+  {vs : @431} ->
+  {ts : @432} -> (h : @281 @31 @9) -> (hs : @414 @91 @71 @9 @34) -> @414 @76 @91 @444 @448
+@479 := @460 @1
+@494 := {A : @29} ->
+  {v : @68} ->
+  {t : @70} ->
+  {vs : @431} -> {ts : @432} -> (h : @297 @31 @9) -> (hs : @422 @71 @9 @34) -> @422 @91 @444 @448
+@495 := @479 @2
+@497 := @61 @31 @9
+@499 := @428 @9 @34
+@507 := {v : @68} ->
+  {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @497) -> (hs : @499) -> @428 @444 @448
+@508 := @495 @349
+@509 := @10 @78
+@511 := @61 @509 @9
+@512 := @10 @91
+@513 := @356 @512
+@521 := {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @511) -> (hs : @499) -> @428 (@513 @31) @448
+@522 := @508 @20
+@523 := @10 @31
+@525 := @61 @523 @20
+@526 := @10 @71
+@527 := @356 @526
+@529 := @428 (@527 @31)
+@530 := @446 @20
+@531 := @530 @9
+@536 := {vs : @431} -> {ts : @432} -> (h : @525) -> (hs : @499) -> @529 @531
+@537 := @522 @355
+@538 := @10 @9
+@540 := @61 @538 @20
+@541 := @429 @34
+@543 := @356 @509 @355
+@548 := {ts : @432} -> (h : @540) -> (hs : @541) -> @428 @543 @531
+@549 := @537 @383
+@551 := @356 @523 @355
+@552 := @428 @551
+@553 := @530 @383
+@556 := (h : @352) -> (hs : @430) -> @552 @553
+@557 := @549 @350
+@559 := @356 @538 @355
+@561 := @428 @559 @553
+@562 := (hs : @430) -> @561
+@563 := @557 @427
+@565 := @428 @358 @553
+@566 := @495 @19
+@567 := @18 @71
+@569 := @61 @567 @9
+@570 := @18 @76
+@571 := @356 @570
+@579 := {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @569) -> (hs : @499) -> @428 (@571 @31) @448
+@580 := @566 @25
+@581 := @18 @78
+@583 := @61 @581 @25
+@584 := @18 @91
+@585 := @356 @584
+@587 := @428 (@585 @31)
+@588 := @446 @25
+@589 := @588 @9
+@594 := {vs : @431} -> {ts : @432} -> (h : @583) -> (hs : @499) -> @587 @589
+@595 := @580 @358
+@596 := @18 @31
+@598 := @61 @596 @25
+@599 := @552 @34
+@601 := @356 @567 @543
+@602 := @428 @601
+@606 := {ts : @432} -> (h : @598) -> (hs : @599) -> @602 @589
+@607 := @595 @553
+@609 := @356 @581 @551
+@610 := @428 @609
+@611 := @588 @553
+@614 := (h : @348) -> (hs : @561) -> @610 @611
+@615 := @607 @346
+@617 := @356 @596 @559
+@618 := @428 @617
+@620 := (hs : @565) -> @618 @611
+@621 := @615 @563
+@622 := @428 @360
+@623 := @622 @611
+@624 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denoteEntry
+@626 := @624 @9 @34
+@627 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryFits
+@629 := @627 @9 @34
+@632 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entryValue @9 @34
+@635 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entry @9 @34
+@636 := Bool
+@637 := Ne.{1}
+@638 := LexLeanPreservation.Obs
+@639 := @637 @638
+@640 := LexLeanPreservation.Rel
+@643 := @639 (@640 @34 @26)
+@644 := LexLeanPreservation.Obs.stuck
+@647 := (f : @636) -> (v : @68) -> @643 @644
+@649 := LexLeanPreservation.Rust.rel_ne_stuck @629
+@656 := (v : @68) -> @639 (@640 (@627 @31 @9) @26) @644
+@657 := @649 @632
+@661 := @639 (@640 @629 @632) @644
+@662 := @7 @361
+@663 := LexLeanPreservation.Rust.FunSem
+@669 := (n : @3) -> @663 @72 @74 @76 @26 @91
+@670 := Eq.{1}
+@671 := Option.{0}
+@672 := @671 @378
+@673 := @670 @672
+@680 := LexLeanRuntime.index (@7 @378) @378 (LexLeanRuntime.instIndexableList @378)
+@684 := @673 (@680 (@379 @72) @91)
+@685 := Option.some.{0}
+@686 := @685 @378
+@687 := @686 @71
+@688 := @684 @687
+@692 := @403 @83 @72 @74 @71
+@693 := LexLeanTarget.TargetSyntax.Function.types
+@694 := @693 @91
+@695 := @692 @694
+@696 := @671 @662
+@697 := @670 @696
+@698 := LexLeanTarget.TargetSemantics.bindAll
+@699 := LexLeanTarget.TargetSyntax.Function.parameters
+@704 := @697 (@698 (@699 @76) @91 @371)
+@705 := @685 @662
+@706 := @705 @71
+@707 := @704 @706
+@708 := @671 @636
+@709 := @670 @708
+@710 := LexLeanPreservation.Rust.fnFallible
+@713 := @709 (@710 @93 @72)
+@714 := @685 @636
+@715 := @714 @71
+@716 := @713 @715
+@717 := LexLeanPreservation.RunConv
+@718 := #13
+@722 := @717 @718 @83 @74 @71
+@724 := @639 @91 @644
+@725 := Exists.{1}
+@726 := LexLeanPreservation.Rust.ROut
+@727 := @725 @726
+@728 := And
+@729 := LexLeanPreservation.Rust.RealizesFn
+@733 := @728 (@729 @72 @74 @26)
+@734 := LexLeanPreservation.Rust.RCI
+@736 := @734 #15
+@737 := LexLeanPreservation.Rust.fnIdent
+@738 := @737 @718
+@745 := (hne : @724) -> @727 (fun (ro : @726) => @733 (@736 @738 @93 @26))
+@760 := {p : @27} ->
+  {c : @28} ->
+  {A : @29} ->
+  {f : @3} ->
+  {fn : @378} ->
+  {args : @431} ->
+  {env : @662} ->
+  {F : @636} ->
+  {o : @638} ->
+  (hB : @669) ->
+  (hfn : @688) -> (hwt : @695) -> (hbind : @707) -> (hF : @716) -> (hA : @722) -> @745
+@762 := LexLeanPreservation.Rust.compose @0
+@763 := @663 @0
+@768 := (n : @3) -> @763 @74 @76 @26 @91
+@769 := @680 @380
+@772 := @673 (@769 @91) @687
+@776 := @414 @72 @74 @71 @694
+@777 := @717 @0
+@780 := @777 @83 @74 @71
+@794 := {c : @28} ->
+  {A : @29} ->
+  {f : @3} ->
+  {fn : @378} ->
+  {args : @431} ->
+  {env : @662} ->
+  {F : @636} ->
+  {o : @638} ->
+  (hB : @768) ->
+  (hfn : @772) -> (hwt : @776) -> (hbind : @707) -> (hF : @716) -> (hA : @780) -> @745
+@795 := @762 @1
+@796 := @763 @1
+@800 := (n : @3) -> @796 @76 @26 @91
+@803 := @422 @74 @71 @694
+@804 := @710 @1
+@807 := @709 (@804 @72) @715
+@808 := @734 @1
+@818 := (hbind : @707) ->
+  (hF : @807) -> (hA : @780) -> (hne : @724) -> @727 (fun (ro : @726) => @733 (@808 @738 @93 @26))
+@828 := {A : @29} ->
+  {f : @3} ->
+  {fn : @378} ->
+  {args : @431} ->
+  {env : @662} -> {F : @636} -> {o : @638} -> (hB : @800) -> (hfn : @772) -> (hwt : @803) -> @818
+@829 := @795 @2
+@831 := @796 @2 @26
+@833 := (n : @3) -> @831 @91
+@834 := @428 @71
+@835 := @834 @694
+@844 := {f : @3} ->
+  {fn : @378} ->
+  {args : @431} ->
+  {env : @662} -> {F : @636} -> {o : @638} -> (hB : @833) -> (hfn : @772) -> (hwt : @835) -> @818
+@845 := @829 @381
+@847 := (n : @3) -> @831 @381
+@848 := @769 @381
+@849 := @673 @848
+@850 := @849 @687
+@851 := @804 @381
+@852 := @709 @851
+@853 := @852 @715
+@854 := @777 @381
+@856 := @854 @74 @71
+@858 := @808 (@737 @381)
+@866 := (hF : @853) -> (hA : @856) -> (hne : @724) -> @727 (fun (ro : @726) => @733 (@858 @93 @26))
+@875 := {fn : @378} ->
+  {args : @431} ->
+  {env : @662} ->
+  {F : @636} -> {o : @638} -> (hB : @847) -> (hfn : @850) -> (hwt : @835) -> (hbind : @707) -> @866
+@876 := @845 @398
+@878 := @849 (@686 @398)
+@879 := @693 @398
+@880 := @834 @879
+@882 := @698 (@699 @398)
+@894 := {args : @431} ->
+  {env : @662} ->
+  {F : @636} ->
+  {o : @638} ->
+  (hB : @847) -> (hfn : @878) -> (hwt : @880) -> (hbind : @697 (@882 @91 @371) @706) -> @866
+@895 := @876 @360
+@897 := @571 (@513 @355)
+@899 := @428 @897 @879
+@905 := @356 (@18 @74) (@356 (@10 @76) @355)
+@909 := @697 (@882 @905 @371) @706
+@915 := @356 (@18 @83) (@356 (@10 @72) @355)
+@917 := @854 @915 @71
+@919 := @356 (@18 @718)
+@920 := #12
+@939 := {env : @662} ->
+  {F : @636} ->
+  {o : @638} ->
+  (hB : @847) ->
+  (hfn : @878) ->
+  (hwt : @899) ->
+  (hbind : @909) ->
+  (hF : @853) ->
+  (hA : @917) ->
+  (hne : @724) -> @727 (fun (ro : @726) => @733 (@858 (@919 (@356 (@10 @920) @355)) @26))
+@940 := @895 @376
+@942 := @585 (@527 @355)
+@944 := @428 @942 @879
+@955 := @697 (@882 @897 @371) (@705 (@372 (@366 @512) (@372 (@369 @570) @371)))
+@961 := @356 (@18 @72) (@356 (@10 @74) @355)
+@983 := {F : @636} ->
+  {o : @638} ->
+  (hB : @847) ->
+  (hfn : @878) ->
+  (hwt : @944) ->
+  (hbind : @955) ->
+  (hF : @853) ->
+  (hA : @854 @961 @71) ->
+  (hne : @724) -> @727 (fun (ro : @726) => @733 (@858 (@356 (@18 @920) (@356 (@10 @93) @355)) @26))
+@984 := @940 @377
+@985 := @602 @879
+@996 := @697 (@882 @942 @371) (@705 (@372 (@366 @526) (@372 (@369 @584) @371)))
+@998 := @852 (@714 @377)
+@1000 := @854 @905 @71
+@1001 := @729 @377
+@1023 := {o : @638} ->
+  (hB : @847) ->
+  (hfn : @878) ->
+  (hwt : @985) ->
+  (hbind : @996) ->
+  (hF : @998) ->
+  (hA : @1000) ->
+  (hne : @724) ->
+  @727 (fun (ro : @726) => @728 (@1001 @74 @26) (@858 (@356 (@18 @93) (@356 (@10 @83) @355)) @26))
+@1024 := @984 @626
+@1025 := @610 @879
+@1036 := @697 (@882 @601 @371) (@705 (@372 (@366 @509) (@372 (@369 @567) @371)))
+@1037 := @854 @897
+@1039 := @624 @76 @91
+@1040 := @1037 @1039
+@1042 := @624 @74 @76
+@1061 := (hB : @847) ->
+  (hfn : @878) ->
+  (hwt : @1025) ->
+  (hbind : @1036) ->
+  (hF : @998) ->
+  (hA : @1040) ->
+  (hne : @639 @1042 @644) ->
+  @727 (fun (ro : @726) => @728 (@1001 (@624 @83 @72) @26) (@858 @915 @26))
+@1062 := @1024 @402
+@1063 := @618 @879
+@1074 := @697 (@882 @609 @371) (@705 (@372 (@366 @523) (@372 (@369 @581) @371)))
+@1075 := @854 @942
+@1077 := @624 @91 @71
+@1096 := (hfn : @878) ->
+  (hwt : @1063) ->
+  (hbind : @1074) ->
+  (hF : @998) ->
+  (hA : @1075 @1077) ->
+  (hne : @639 @1039 @644) ->
+  @727 (fun (ro : @726) => @728 (@1001 (@624 @72 @74) @26) (@858 @961 @26))
+@1097 := Eq.refl.{1}
+@1100 := @1062 (@1097 @672 @848)
+@1101 := @622 @879
+@1112 := @697 (@882 @617 @371) (@705 (@372 (@366 @538) (@372 (@369 @596) @371)))
+@1113 := @854 @601
+@1115 := @624 @71 @78
+@1131 := (hwt : @1101) ->
+  (hbind : @1112) ->
+  (hF : @998) ->
+  (hA : @1113 @1115) ->
+  (hne : @639 @1077 @644) -> @727 (fun (ro : @726) => @728 (@1001 @1042 @26) (@858 @905 @26))
+@1132 := @1100 @621
+@1134 := @882 @360 @371
+@1137 := @697 @1134 (@705 @376)
+@1138 := @854 @609
+@1140 := @624 @78 @31
+@1155 := (hbind : @1137) ->
+  (hF : @998) ->
+  (hA : @1138 @1140) ->
+  (hne : @639 @1115 @644) -> @727 (fun (ro : @726) => @728 (@1001 @1039 @26) (@858 @897 @26))
+@1158 := @1132 (@1097 @696 @1134)
+@1159 := @854 @617
+@1161 := @624 @31 @9
+@1175 := (hF : @998) ->
+  (hA : @1159 @1161) ->
+  (hne : @639 @1140 @644) -> @727 (fun (ro : @726) => @728 (@1001 @1077 @26) (@858 @942 @26))
+@1178 := @1158 (@1097 @708 @851)
+@1180 := @854 @360 @626
+@1182 := @639 @1161 @644
+@1183 := @1001 @1115
+@1185 := @728 (@1183 @26)
+@1186 := @858 @601
+@1187 := @1186 @26
+@1192 := (hA : @1180) -> (hne : @1182) -> @727 (fun (ro : @726) => @1185 @1187)
+@1193 := @1178 @635
+@1195 := @639 @626 @644
+@1196 := @1001 @1140
+@1198 := @728 (@1196 @26)
+@1199 := @858 @609
+@1204 := (hne : @1195) -> @727 (fun (ro : @726) => @1198 (@1199 @26))
+@1205 := @1193 @657
+@1208 := @728 (@1001 @1161 @26)
+@1210 := @858 @617 @26
+@1211 := @1208 @1210
+@1213 := @727 (fun (ro : @726) => @1211)
+@1214 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.accepts
+@1216 := @1214 @9 @34
+@1217 := LexLeanPreservation.someObs
+@1218 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.denote
+@1221 := @1217 (@1218 @9 @34)
+@1224 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
+@1225 := Not
+@1226 := @1225 @1216
+@1228 := @1214 @31 @9
+@1231 := @1217 (@1218 @31 @9)
+@1232 := @1225 @1228
+@1238 := @1228 -> @1001 (@1217 (@1218 @78 @31)) @34
+@1239 := @1001 @1224
+@1240 := @1239 @34
+@1241 := @1232 -> @1240
+@1243 := @728 @1238 @1241
+@1247 := @727 (fun (__e_ro : @726) => @728 @1210 @1243)
+@1248 := fun (__e_ro : @726) => @1211
+@1249 := @1196 @34
+@1250 := @1199 @34
+@1251 := And.left
+@1252 := And.right
+@1255 := @1251 @1249 @1250 @26
+@1258 := @1252 @1249 @1250 @26
+@1259 := @1001 @26
+@1261 := fun (__e_o : @638) => @1259 @9
+@1262 := Eq.subst.{1}
+@1264 := @1214 @78 @31
+@1265 := @1225 @1264
+@1269 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entry_accepts @71 @78 @26
+@1272 := @1217 (@1218 @71 @78)
+@1277 := @1251 (@1183 @9) (@1186 @9) @34
+@1279 := fun (__e_o : @638) => @1259 @31
+@1282 := @1262 @638 @1279 @1115
+@1286 := fun (__e_h : @1264) => @1282 @1272 @1269 @1277
+@1290 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.entry_refuses @71 @78 @26
+@1294 := fun (__e_h : @1265) => @1282 @1224 @1290 @1277
+@1295 := And.intro
+@1298 := @1264 -> @1001 @1272 @9
+@1300 := @1265 -> @1239 @9
+@1302 := @728 @1298 @1300
+@1306 := @1295 @1298 @1300 @1286 @1294
+@1310 := @1295 @1250 @1302 @1258 @1306
+@1311 := Exists.intro.{1}
+@1312 := @728 @1187
+@1314 := @1214 @71 @78
+@1326 := fun (__e_ro : @726) =>
+  @1312 (@728 (@1314 -> @1001 (@1217 (@1218 @91 @71)) @34) (@1225 @1314 -> @1240))
+@1330 := @1311 @726 @1326 @34 @1310
+@1332 := @728 @1249 @1250
+@1334 := fun (__e_ro : @726) => fun (__e_hand : @1211) => @1330
+@1340 := Exists.elim.{1} @726 @1248 @1247 @1205 @1334
+@1341 := LexLeanPreservation.Rust.RepresentableL
+@1342 := @18 @34
+@1344 := @356 @36 @355
+@1347 := @1341 (@356 @1342 @1344)
+@1348 := (__e_hrep : @1347) -> @1247
+@1349 := fun (__e_hrep : @1347) => @1340
+@1350 := (bonus : @3) -> @1348
+@1351 := fun (bonus : @3) => @1349
+@1352 := (m : @8) -> @1350
+@1353 := fun (m : @8) => @1351
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/RustStd.lean
new file mode 100644
index 000000000..6e64da704
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/RustStd.lean
@@ -0,0 +1,75 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := .nat,
+      body := (.call 1 [(.closure 2 [(.var 1)]), (.value .nat (.nat 0)), (.var 0)]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.first (.var 3)), (.second (.var 3))]), (.var 4)]))]) },
+    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.prim .natAdd [(.var 1), (.var 2)]), (.prim .natAdd [(.var 3), (.var 0)])]) },
+    { parameters := [0], types := [(.list (.pair .nat .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 4 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := (.option .nat),
+      body := (.cond (.call 3 [(.var 0)]) (.build .some (.option .nat) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option .nat) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [.nat] }]),
+    (.apply 0 [.nat, .nat, .nat] .nat true [{ function := 2, captures := [.copy], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1))]), (.lit (.nat 0)), (.move (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list (.pair .nat .nat)) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false) (.mk [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 4) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 3) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none .nat) []))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat, .nat, .nat], .nat), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1))]), (.lit (.nat 0)), (.move (.generated .binding 0))] false), [(1, .nat, (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.pair .nat .nat)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat, .nat] .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .nat)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat, .nat] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), (some 4)), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat, .nat] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true)) (Corr.apply (ps := [.nat, .nat, .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false), [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false) (.mk [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false) (.mk [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (ce := (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 15))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 3) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 3) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 3) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | _ + 6 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20.lean
similarity index 97%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20.lean
index b40d3403c..894aa23a6 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -68,4 +68,4 @@ def denote (n : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (n : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n)] (_root_.LexLeanPreservation.Rel (__fits_0 n) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Coverage.Main.parity n))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 n)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..efc9db741
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustCore.lex.tex
@@ -0,0 +1,418 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.root : @826 := @827 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.false
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.__fits_0
+@274 := @273 @4
+@276 := Coverage.Main.parity @4
+@278 := LexLeanTarget.TargetSyntax.Value.bool @276
+@280 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.root @4
+@281 := Bool
+@282 := Ne.{1}
+@283 := LexLeanPreservation.Obs
+@284 := @282 @283
+@285 := LexLeanPreservation.Rel
+@288 := @284 (@285 @4 @17)
+@289 := LexLeanPreservation.Obs.stuck
+@292 := (f : @281) -> (v : @50) -> @288 @289
+@294 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@300 := (v : @50) -> @284 (@285 (@273 @14) @17) @289
+@301 := @294 @278
+@305 := @284 (@285 @274 @278) @289
+@306 := @124 @59
+@307 := LexLeanPreservation.Rust.FunSem
+@308 := #9
+@314 := (n : @3) -> @307 @308 @141 @135 @17 @127
+@315 := Eq.{1}
+@316 := Option.{0}
+@317 := @316 @71
+@318 := @315 @317
+@325 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@329 := @318 (@325 (@72 @308) @127)
+@330 := Option.some.{0}
+@331 := @330 @71
+@332 := @331 @129
+@333 := @329 @332
+@334 := #10
+@338 := @96 @334 @308 @141 @129
+@339 := LexLeanTarget.TargetSyntax.Function.types
+@340 := @339 @127
+@341 := @338 @340
+@342 := @316 @306
+@343 := @315 @342
+@344 := LexLeanTarget.TargetSemantics.bindAll
+@345 := LexLeanTarget.TargetSyntax.Function.parameters
+@350 := @343 (@344 (@345 @135) @127 @66)
+@351 := @330 @306
+@352 := @351 @129
+@353 := @350 @352
+@354 := @316 @281
+@355 := @315 @354
+@356 := LexLeanPreservation.Rust.fnFallible
+@357 := #11
+@360 := @355 (@356 @357 @308)
+@361 := @330 @281
+@362 := @361 @129
+@363 := @360 @362
+@364 := LexLeanPreservation.RunConv
+@365 := #13
+@369 := @364 @365 @334 @141 @129
+@371 := @284 @127 @289
+@372 := Exists.{1}
+@373 := LexLeanPreservation.Rust.ROut
+@374 := @372 @373
+@375 := And
+@376 := LexLeanPreservation.Rust.RealizesFn
+@380 := @375 (@376 @308 @141 @17)
+@381 := LexLeanPreservation.Rust.RCI
+@383 := @381 #15
+@384 := LexLeanPreservation.Rust.fnIdent
+@385 := @384 @365
+@392 := (hne : @371) -> @374 (fun (ro : @373) => @380 (@383 @385 @357 @17))
+@407 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @314) ->
+  (hfn : @333) -> (hwt : @341) -> (hbind : @353) -> (hF : @363) -> (hA : @369) -> @392
+@409 := LexLeanPreservation.Rust.compose @0
+@410 := @307 @0
+@415 := (n : @3) -> @410 @141 @135 @17 @127
+@416 := @325 @73
+@419 := @318 (@416 @127) @332
+@423 := @107 @308 @141 @129 @340
+@424 := @364 @0
+@427 := @424 @334 @141 @129
+@441 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @415) ->
+  (hfn : @419) -> (hwt : @423) -> (hbind : @353) -> (hF : @363) -> (hA : @427) -> @392
+@442 := @409 @1
+@443 := @410 @1
+@447 := (n : @3) -> @443 @135 @17 @127
+@450 := @115 @141 @129 @340
+@451 := @356 @1
+@454 := @355 (@451 @308) @362
+@455 := @381 @1
+@465 := (hbind : @353) ->
+  (hF : @454) -> (hA : @427) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@455 @385 @357 @17))
+@475 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @447) -> (hfn : @419) -> (hwt : @450) -> @465
+@476 := @442 @2
+@478 := @443 @2 @17
+@480 := (n : @3) -> @478 @127
+@481 := @121 @129
+@482 := @481 @340
+@491 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @480) -> (hfn : @419) -> (hwt : @482) -> @465
+@492 := @476 @60
+@494 := (n : @3) -> @478 @60
+@495 := @416 @60
+@496 := @318 @495
+@497 := @496 @332
+@498 := @451 @60
+@499 := @355 @498
+@500 := @499 @362
+@501 := @424 @60
+@503 := @501 @141 @129
+@505 := @455 (@384 @60)
+@513 := (hF : @500) -> (hA : @503) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 @357 @17))
+@522 := {fn : @71} ->
+  {args : @125} ->
+  {env : @306} ->
+  {F : @281} -> {o : @283} -> (hB : @494) -> (hfn : @497) -> (hwt : @482) -> (hbind : @353) -> @513
+@523 := @492 @91
+@525 := @496 (@331 @91)
+@526 := @339 @91
+@527 := @481 @526
+@529 := @344 (@345 @91)
+@541 := {args : @125} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @494) -> (hfn : @525) -> (hwt : @527) -> (hbind : @343 (@529 @127 @66) @352) -> @513
+@542 := @523 @56
+@543 := @218 @53
+@545 := @121 @543 @526
+@548 := @54 (@5 @135) @53
+@552 := @343 (@529 @548 @66) @352
+@555 := @54 (@5 @308) @53
+@576 := {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @545) ->
+  (hbind : @552) ->
+  (hF : @500) ->
+  (hA : @501 @555 @129) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 #12) @53) @17))
+@577 := @542 @69
+@578 := @232 @53
+@580 := @121 @578 @526
+@588 := @343 (@529 @543 @66) (@351 (@67 (@64 @217) @66))
+@591 := @54 (@5 @141) @53
+@610 := {F : @281} ->
+  {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @580) ->
+  (hbind : @588) ->
+  (hF : @500) ->
+  (hA : @501 @591 @129) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 @357) @53) @17))
+@611 := @577 @70
+@612 := @249 @526
+@620 := @343 (@529 @578 @66) (@351 (@67 (@64 @231) @66))
+@622 := @499 (@361 @70)
+@624 := @501 @548 @129
+@625 := @376 @70
+@644 := {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @612) ->
+  (hbind : @620) ->
+  (hF : @622) ->
+  (hA : @624) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @375 (@625 @141 @17) (@505 (@54 (@5 @334) @53) @17))
+@645 := @611 @272
+@646 := @257 @526
+@654 := @343 (@529 @248 @66) (@351 (@67 (@64 @214) @66))
+@655 := @501 @543
+@656 := @271 @127
+@657 := @655 @656
+@658 := @271 @135
+@676 := (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @646) ->
+  (hbind : @654) ->
+  (hF : @622) ->
+  (hA : @657) ->
+  (hne : @284 @658 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @308) @17) (@505 @555 @17))
+@677 := @645 @95
+@678 := @265 @526
+@686 := @343 (@529 @256 @66) (@351 (@67 (@64 @228) @66))
+@687 := @501 @578
+@688 := @271 @129
+@706 := (hfn : @525) ->
+  (hwt : @678) ->
+  (hbind : @686) ->
+  (hF : @622) ->
+  (hA : @687 @688) ->
+  (hne : @284 @656 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @141) @17) (@505 @591 @17))
+@707 := Eq.refl.{1}
+@710 := @677 (@707 @317 @495)
+@711 := @269 @526
+@719 := @343 (@529 @264 @66) (@351 (@67 (@64 @243) @66))
+@720 := @501 @248
+@721 := @271 @131
+@737 := (hwt : @711) ->
+  (hbind : @719) ->
+  (hF : @622) ->
+  (hA : @720 @721) ->
+  (hne : @284 @688 @289) -> @374 (fun (ro : @373) => @375 (@625 @658 @17) (@505 @548 @17))
+@738 := @710 @268
+@740 := @529 @56 @66
+@743 := @343 @740 (@351 @69)
+@744 := @501 @256
+@745 := @271 @12
+@760 := (hbind : @743) ->
+  (hF : @622) ->
+  (hA : @744 @745) ->
+  (hne : @284 @721 @289) -> @374 (fun (ro : @373) => @375 (@625 @656 @17) (@505 @543 @17))
+@763 := @738 (@707 @342 @740)
+@764 := @501 @264
+@765 := @271 @14
+@779 := (hF : @622) ->
+  (hA : @764 @765) ->
+  (hne : @284 @745 @289) -> @374 (fun (ro : @373) => @375 (@625 @688 @17) (@505 @578 @17))
+@782 := @763 (@707 @354 @498)
+@796 := (hA : @501 @56 @272) ->
+  (hne : @284 @765 @289) -> @374 (fun (ro : @373) => @375 (@625 @721 @17) (@505 @248 @17))
+@797 := @782 @280
+@808 := (hne : @284 @272 @289) -> @374 (fun (ro : @373) => @375 (@625 @745 @17) (@505 @256 @17))
+@809 := @797 @301
+@815 := @375 (@625 @765 @17) (@505 @264 @17)
+@817 := @374 (fun (ro : @373) => @815)
+@819 := @374 (fun (__e_ro : @373) => @815)
+@823 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@824 := (__e_hrep : @823) -> @819
+@825 := fun (__e_hrep : @823) => @809
+@826 := (n : @3) -> @824
+@827 := fun (n : @3) => @825
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..904320d7e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustStd.lex.tex
@@ -0,0 +1,418 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.root : @826 := @827 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.false
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.__fits_0
+@274 := @273 @4
+@276 := Coverage.Main.parity @4
+@278 := LexLeanTarget.TargetSyntax.Value.bool @276
+@280 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.root @4
+@281 := Bool
+@282 := Ne.{1}
+@283 := LexLeanPreservation.Obs
+@284 := @282 @283
+@285 := LexLeanPreservation.Rel
+@288 := @284 (@285 @4 @17)
+@289 := LexLeanPreservation.Obs.stuck
+@292 := (f : @281) -> (v : @50) -> @288 @289
+@294 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@300 := (v : @50) -> @284 (@285 (@273 @14) @17) @289
+@301 := @294 @278
+@305 := @284 (@285 @274 @278) @289
+@306 := @124 @59
+@307 := LexLeanPreservation.Rust.FunSem
+@308 := #9
+@314 := (n : @3) -> @307 @308 @141 @135 @17 @127
+@315 := Eq.{1}
+@316 := Option.{0}
+@317 := @316 @71
+@318 := @315 @317
+@325 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@329 := @318 (@325 (@72 @308) @127)
+@330 := Option.some.{0}
+@331 := @330 @71
+@332 := @331 @129
+@333 := @329 @332
+@334 := #10
+@338 := @96 @334 @308 @141 @129
+@339 := LexLeanTarget.TargetSyntax.Function.types
+@340 := @339 @127
+@341 := @338 @340
+@342 := @316 @306
+@343 := @315 @342
+@344 := LexLeanTarget.TargetSemantics.bindAll
+@345 := LexLeanTarget.TargetSyntax.Function.parameters
+@350 := @343 (@344 (@345 @135) @127 @66)
+@351 := @330 @306
+@352 := @351 @129
+@353 := @350 @352
+@354 := @316 @281
+@355 := @315 @354
+@356 := LexLeanPreservation.Rust.fnFallible
+@357 := #11
+@360 := @355 (@356 @357 @308)
+@361 := @330 @281
+@362 := @361 @129
+@363 := @360 @362
+@364 := LexLeanPreservation.RunConv
+@365 := #13
+@369 := @364 @365 @334 @141 @129
+@371 := @284 @127 @289
+@372 := Exists.{1}
+@373 := LexLeanPreservation.Rust.ROut
+@374 := @372 @373
+@375 := And
+@376 := LexLeanPreservation.Rust.RealizesFn
+@380 := @375 (@376 @308 @141 @17)
+@381 := LexLeanPreservation.Rust.RCI
+@383 := @381 #15
+@384 := LexLeanPreservation.Rust.fnIdent
+@385 := @384 @365
+@392 := (hne : @371) -> @374 (fun (ro : @373) => @380 (@383 @385 @357 @17))
+@407 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @314) ->
+  (hfn : @333) -> (hwt : @341) -> (hbind : @353) -> (hF : @363) -> (hA : @369) -> @392
+@409 := LexLeanPreservation.Rust.compose @0
+@410 := @307 @0
+@415 := (n : @3) -> @410 @141 @135 @17 @127
+@416 := @325 @73
+@419 := @318 (@416 @127) @332
+@423 := @107 @308 @141 @129 @340
+@424 := @364 @0
+@427 := @424 @334 @141 @129
+@441 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @415) ->
+  (hfn : @419) -> (hwt : @423) -> (hbind : @353) -> (hF : @363) -> (hA : @427) -> @392
+@442 := @409 @1
+@443 := @410 @1
+@447 := (n : @3) -> @443 @135 @17 @127
+@450 := @115 @141 @129 @340
+@451 := @356 @1
+@454 := @355 (@451 @308) @362
+@455 := @381 @1
+@465 := (hbind : @353) ->
+  (hF : @454) -> (hA : @427) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@455 @385 @357 @17))
+@475 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @447) -> (hfn : @419) -> (hwt : @450) -> @465
+@476 := @442 @2
+@478 := @443 @2 @17
+@480 := (n : @3) -> @478 @127
+@481 := @121 @129
+@482 := @481 @340
+@491 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @480) -> (hfn : @419) -> (hwt : @482) -> @465
+@492 := @476 @60
+@494 := (n : @3) -> @478 @60
+@495 := @416 @60
+@496 := @318 @495
+@497 := @496 @332
+@498 := @451 @60
+@499 := @355 @498
+@500 := @499 @362
+@501 := @424 @60
+@503 := @501 @141 @129
+@505 := @455 (@384 @60)
+@513 := (hF : @500) -> (hA : @503) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 @357 @17))
+@522 := {fn : @71} ->
+  {args : @125} ->
+  {env : @306} ->
+  {F : @281} -> {o : @283} -> (hB : @494) -> (hfn : @497) -> (hwt : @482) -> (hbind : @353) -> @513
+@523 := @492 @91
+@525 := @496 (@331 @91)
+@526 := @339 @91
+@527 := @481 @526
+@529 := @344 (@345 @91)
+@541 := {args : @125} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @494) -> (hfn : @525) -> (hwt : @527) -> (hbind : @343 (@529 @127 @66) @352) -> @513
+@542 := @523 @56
+@543 := @218 @53
+@545 := @121 @543 @526
+@548 := @54 (@5 @135) @53
+@552 := @343 (@529 @548 @66) @352
+@555 := @54 (@5 @308) @53
+@576 := {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @545) ->
+  (hbind : @552) ->
+  (hF : @500) ->
+  (hA : @501 @555 @129) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 #12) @53) @17))
+@577 := @542 @69
+@578 := @232 @53
+@580 := @121 @578 @526
+@588 := @343 (@529 @543 @66) (@351 (@67 (@64 @217) @66))
+@591 := @54 (@5 @141) @53
+@610 := {F : @281} ->
+  {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @580) ->
+  (hbind : @588) ->
+  (hF : @500) ->
+  (hA : @501 @591 @129) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 @357) @53) @17))
+@611 := @577 @70
+@612 := @249 @526
+@620 := @343 (@529 @578 @66) (@351 (@67 (@64 @231) @66))
+@622 := @499 (@361 @70)
+@624 := @501 @548 @129
+@625 := @376 @70
+@644 := {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @612) ->
+  (hbind : @620) ->
+  (hF : @622) ->
+  (hA : @624) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @375 (@625 @141 @17) (@505 (@54 (@5 @334) @53) @17))
+@645 := @611 @272
+@646 := @257 @526
+@654 := @343 (@529 @248 @66) (@351 (@67 (@64 @214) @66))
+@655 := @501 @543
+@656 := @271 @127
+@657 := @655 @656
+@658 := @271 @135
+@676 := (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @646) ->
+  (hbind : @654) ->
+  (hF : @622) ->
+  (hA : @657) ->
+  (hne : @284 @658 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @308) @17) (@505 @555 @17))
+@677 := @645 @95
+@678 := @265 @526
+@686 := @343 (@529 @256 @66) (@351 (@67 (@64 @228) @66))
+@687 := @501 @578
+@688 := @271 @129
+@706 := (hfn : @525) ->
+  (hwt : @678) ->
+  (hbind : @686) ->
+  (hF : @622) ->
+  (hA : @687 @688) ->
+  (hne : @284 @656 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @141) @17) (@505 @591 @17))
+@707 := Eq.refl.{1}
+@710 := @677 (@707 @317 @495)
+@711 := @269 @526
+@719 := @343 (@529 @264 @66) (@351 (@67 (@64 @243) @66))
+@720 := @501 @248
+@721 := @271 @131
+@737 := (hwt : @711) ->
+  (hbind : @719) ->
+  (hF : @622) ->
+  (hA : @720 @721) ->
+  (hne : @284 @688 @289) -> @374 (fun (ro : @373) => @375 (@625 @658 @17) (@505 @548 @17))
+@738 := @710 @268
+@740 := @529 @56 @66
+@743 := @343 @740 (@351 @69)
+@744 := @501 @256
+@745 := @271 @12
+@760 := (hbind : @743) ->
+  (hF : @622) ->
+  (hA : @744 @745) ->
+  (hne : @284 @721 @289) -> @374 (fun (ro : @373) => @375 (@625 @656 @17) (@505 @543 @17))
+@763 := @738 (@707 @342 @740)
+@764 := @501 @264
+@765 := @271 @14
+@779 := (hF : @622) ->
+  (hA : @764 @765) ->
+  (hne : @284 @745 @289) -> @374 (fun (ro : @373) => @375 (@625 @688 @17) (@505 @578 @17))
+@782 := @763 (@707 @354 @498)
+@796 := (hA : @501 @56 @272) ->
+  (hne : @284 @765 @289) -> @374 (fun (ro : @373) => @375 (@625 @721 @17) (@505 @248 @17))
+@797 := @782 @280
+@808 := (hne : @284 @272 @289) -> @374 (fun (ro : @373) => @375 (@625 @745 @17) (@505 @256 @17))
+@809 := @797 @301
+@815 := @375 (@625 @765 @17) (@505 @264 @17)
+@817 := @374 (fun (ro : @373) => @815)
+@819 := @374 (fun (__e_ro : @373) => @815)
+@823 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@824 := (__e_hrep : @823) -> @819
+@825 := fun (__e_hrep : @823) => @809
+@826 := (n : @3) -> @824
+@827 := fun (n : @3) => @825
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustCore.lean
new file mode 100644
index 000000000..68a4a0a91
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustCore.lean
@@ -0,0 +1,49 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .false .bool [])), (.arm .succ [1] (.call 2 [(.var 1)]))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .true .bool [])), (.arm .succ [1] (.call 1 [(.var 1)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [] (.call (.function 1) [(.copy (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 2) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 1) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustStd.lean
new file mode 100644
index 000000000..7e964dc48
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustStd.lean
@@ -0,0 +1,49 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .false .bool [])), (.arm .succ [1] (.call 2 [(.var 1)]))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .true .bool [])), (.arm .succ [1] (.call 1 [(.var 1)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [] (.call (.function 1) [(.copy (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 2) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 1) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21.lean
index 6394deea1..6417f2565 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : Int8) (b : Int8) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Int8) (b : Int8) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.i8 a), (_root_.LexLeanTarget.TargetSyntax.Value.i8 b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i8) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i8) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i8) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i8) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i8))))) (Coverage.Prims.fixedSmall a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..5d8950db4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustCore.lex.tex
@@ -0,0 +1,475 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.root : @939 := @940 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.flags
+@3 := Int8
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.i8
+@6 := @5 @4
+@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := #3
+@16 := @13 @14 @4
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_i8 @0
+@29 := @13 @0
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @17
+@53 := @44 @17
+@55 := @45 @52 @9
+@56 := LexLeanTarget.TargetSyntax.Value
+@57 := List.nil.{0}
+@58 := List.cons.{0}
+@59 := @57 @56
+@60 := @58 @56
+@61 := @60 @52
+@62 := @61 @59
+@63 := @60 @6
+@64 := @63 @62
+@65 := Nat
+@66 := Prod.{0, 0}
+@68 := @66 @65 @56
+@69 := 1
+@72 := Prod.mk.{0, 0} @65 @56
+@73 := @72 @69
+@74 := @73 @52
+@75 := 0
+@76 := @72 @75
+@77 := @76 @6
+@78 := @57 @68
+@79 := @58 @68
+@81 := @79 @77 @78
+@83 := @79 @74 @81
+@84 := Bool.false
+@85 := LexLeanTarget.TargetSyntax.Function
+@86 := LexLeanTarget.TargetSyntax.Program.functions
+@87 := @86 @0
+@88 := LexLeanTarget.TargetSyntax.Ty
+@89 := @57 @65
+@90 := @57 @88
+@91 := LexLeanTarget.TargetSyntax.Ty.unit
+@92 := LexLeanTarget.TargetSyntax.Value.unit
+@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
+@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
+@105 := List.getD.{0} @85 @87 @75 @100
+@109 := fun (__e_n : @65) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.root @19 @75
+@110 := LexLeanPreservation.Rust.WTL
+@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
+@120 := LexLeanPreservation.Rust.wtl_nil @0
+@121 := @110 @0
+@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
+@128 := @120 @1
+@129 := @121 @1
+@133 := {A : @12} -> @129 @19 @59 @90
+@134 := @128 @2
+@135 := @129 @2
+@136 := @135 @59
+@137 := @136 @90
+@138 := List.{0}
+@139 := @138 @56
+@140 := @138 @88
+@141 := #6
+@142 := @13 @141
+@143 := #5
+@144 := @142 @143
+@145 := #4
+@148 := @144 @145 @14 @4
+@149 := #7
+@154 := @110 @149 @141 @143 @4 @17
+@155 := #8
+@158 := @110 @155 @149 @141
+@160 := @60 @143 @14
+@161 := @158 @160
+@162 := @58 @88
+@164 := @162 @145 @4
+@174 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
+@176 := LexLeanPreservation.Rust.wtl_cons @0
+@196 := {c : @11} ->
+  {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} ->
+  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
+@197 := @176 @1
+@213 := {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
+@214 := @197 @2
+@216 := @45 @14 @4
+@218 := @135 @4 @17
+@226 := {v : @56} ->
+  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
+@227 := @214 @52
+@228 := @5 @145
+@229 := @45 @228
+@230 := @229 @4
+@231 := @5 @141
+@232 := @60 @231
+@234 := @135 (@232 @14)
+@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
+@241 := @227 @9
+@242 := @5 @14
+@244 := @45 @242 @9
+@245 := @5 @143
+@246 := @60 @245
+@248 := @135 (@246 @14)
+@249 := @162 @9
+@250 := @249 @4
+@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
+@256 := @241 @59
+@257 := @136 @17
+@258 := @60 @228
+@259 := @258 @59
+@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
+@265 := @256 @90
+@266 := @60 @242
+@267 := @266 @59
+@268 := @135 @267
+@269 := @249 @90
+@272 := (h : @55) -> (hs : @137) -> @268 @269
+@273 := @265 @53
+@274 := @63 @59
+@276 := @135 @274 @269
+@277 := (hs : @137) -> @276
+@278 := @273 @134
+@280 := @135 @62 @269
+@281 := @214 @6
+@283 := @45 @245 @4
+@284 := @5 @149
+@285 := @60 @284
+@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
+@294 := @281 @9
+@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
+@301 := @294 @62
+@302 := @268 @17
+@303 := @246 @259
+@304 := @135 @303
+@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
+@309 := @301 @269
+@310 := @258 @267
+@311 := @135 @310
+@312 := @249 @269
+@315 := (h : @51) -> (hs : @276) -> @311 @312
+@316 := @309 @49
+@317 := @266 @274
+@318 := @135 @317
+@320 := (hs : @280) -> @318 @312
+@321 := @316 @278
+@322 := @135 @64
+@323 := @322 @312
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.denote
+@326 := @324 @4 @17
+@327 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.__fits_0
+@329 := @327 @4 @17
+@332 := Coverage.Prims.fixedSmall @4 @17
+@333 := Option.{0}
+@334 := @333 @3
+@335 := @66 @334
+@336 := @335 @334
+@337 := @335 @336
+@338 := @335 @337
+@341 := LexLeanPreservation.encOption @3 @5
+@343 := LexLeanPreservation.encPair @334
+@346 := @343 @334 @341 @341
+@349 := @343 @336 @341 @346
+@352 := @343 @337 @341 @349
+@356 := @343 @338 @341 @352 @332
+@359 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.root @4 @17
+@360 := Bool
+@361 := Ne.{1}
+@362 := LexLeanPreservation.Obs
+@363 := @361 @362
+@364 := LexLeanPreservation.Rel
+@367 := @363 (@364 @17 @19)
+@368 := LexLeanPreservation.Obs.stuck
+@371 := (f : @360) -> (v : @56) -> @367 @368
+@373 := LexLeanPreservation.Rust.rel_ne_stuck @329
+@380 := (v : @56) -> @363 (@364 (@327 @14 @4) @19) @368
+@381 := @373 @356
+@385 := @363 (@364 @329 @356) @368
+@386 := @138 @68
+@387 := LexLeanPreservation.Rust.FunSem
+@388 := #9
+@394 := (n : @65) -> @387 @388 @155 @149 @19 @141
+@395 := Eq.{1}
+@396 := @333 @85
+@397 := @395 @396
+@404 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
+@408 := @397 (@404 (@86 @388) @141)
+@409 := Option.some.{0}
+@410 := @409 @85
+@411 := @410 @143
+@412 := @408 @411
+@413 := #10
+@417 := @110 @413 @388 @155 @143
+@418 := LexLeanTarget.TargetSyntax.Function.types
+@419 := @418 @141
+@420 := @417 @419
+@421 := @333 @386
+@422 := @395 @421
+@423 := LexLeanTarget.TargetSemantics.bindAll
+@424 := LexLeanTarget.TargetSyntax.Function.parameters
+@429 := @422 (@423 (@424 @149) @141 @78)
+@430 := @409 @386
+@431 := @430 @143
+@432 := @429 @431
+@433 := @333 @360
+@434 := @395 @433
+@435 := LexLeanPreservation.Rust.fnFallible
+@436 := #11
+@439 := @434 (@435 @436 @388)
+@440 := @409 @360
+@441 := @440 @143
+@442 := @439 @441
+@443 := LexLeanPreservation.RunConv
+@444 := #13
+@448 := @443 @444 @413 @155 @143
+@450 := @363 @141 @368
+@451 := Exists.{1}
+@452 := LexLeanPreservation.Rust.ROut
+@453 := @451 @452
+@454 := And
+@455 := LexLeanPreservation.Rust.RealizesFn
+@459 := @454 (@455 @388 @155 @19)
+@460 := LexLeanPreservation.Rust.RCI
+@462 := @460 #15
+@463 := LexLeanPreservation.Rust.fnIdent
+@464 := @463 @444
+@471 := (hne : @450) -> @453 (fun (ro : @452) => @459 (@462 @464 @436 @19))
+@486 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @394) ->
+  (hfn : @412) -> (hwt : @420) -> (hbind : @432) -> (hF : @442) -> (hA : @448) -> @471
+@488 := LexLeanPreservation.Rust.compose @0
+@489 := @387 @0
+@494 := (n : @65) -> @489 @155 @149 @19 @141
+@495 := @404 @87
+@498 := @397 (@495 @141) @411
+@502 := @121 @388 @155 @143 @419
+@503 := @443 @0
+@506 := @503 @413 @155 @143
+@520 := {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @494) ->
+  (hfn : @498) -> (hwt : @502) -> (hbind : @432) -> (hF : @442) -> (hA : @506) -> @471
+@521 := @488 @1
+@522 := @489 @1
+@526 := (n : @65) -> @522 @149 @19 @141
+@529 := @129 @155 @143 @419
+@530 := @435 @1
+@533 := @434 (@530 @388) @441
+@534 := @460 @1
+@544 := (hbind : @432) ->
+  (hF : @533) -> (hA : @506) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@534 @464 @436 @19))
+@554 := {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @526) -> (hfn : @498) -> (hwt : @529) -> @544
+@555 := @521 @2
+@557 := @522 @2 @19
+@559 := (n : @65) -> @557 @141
+@560 := @135 @143
+@561 := @560 @419
+@570 := {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @559) -> (hfn : @498) -> (hwt : @561) -> @544
+@571 := @555 @75
+@573 := (n : @65) -> @557 @75
+@574 := @495 @75
+@575 := @397 @574
+@576 := @575 @411
+@577 := @530 @75
+@578 := @434 @577
+@579 := @578 @441
+@580 := @503 @75
+@582 := @580 @155 @143
+@584 := @534 (@463 @75)
+@592 := (hF : @579) -> (hA : @582) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 @436 @19))
+@601 := {fn : @85} ->
+  {args : @139} ->
+  {env : @386} ->
+  {F : @360} -> {o : @362} -> (hB : @573) -> (hfn : @576) -> (hwt : @561) -> (hbind : @432) -> @592
+@602 := @571 @105
+@604 := @575 (@410 @105)
+@605 := @418 @105
+@606 := @560 @605
+@608 := @423 (@424 @105)
+@620 := {args : @139} ->
+  {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @573) -> (hfn : @604) -> (hwt : @606) -> (hbind : @422 (@608 @141 @78) @431) -> @592
+@621 := @602 @64
+@623 := @285 (@232 @59)
+@625 := @135 @623 @605
+@627 := @60 (@5 @155)
+@629 := @627 (@285 @59)
+@633 := @422 (@608 @629 @78) @431
+@635 := @60 (@5 @413)
+@637 := @60 (@5 @388)
+@639 := @635 (@637 @59)
+@641 := @580 @639 @143
+@643 := @60 (@5 @444)
+@646 := @60 (@5 #12)
+@663 := {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @625) ->
+  (hbind : @633) ->
+  (hF : @579) ->
+  (hA : @641) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@643 (@646 @59)) @19))
+@664 := @621 @83
+@666 := @232 (@246 @59)
+@668 := @135 @666 @605
+@679 := @422 (@608 @623 @78) (@430 (@79 (@73 @231) (@79 (@76 @284) @78)))
+@681 := @637 (@627 @59)
+@683 := @580 @681 @143
+@685 := @60 (@5 @436)
+@701 := {F : @360} ->
+  {o : @362} ->
+  (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @668) ->
+  (hbind : @679) ->
+  (hF : @579) ->
+  (hA : @683) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@646 (@685 @59)) @19))
+@702 := @664 @84
+@703 := @304 @605
+@714 := @422 (@608 @666 @78) (@430 (@79 (@73 @245) (@79 (@76 @231) @78)))
+@716 := @578 (@440 @84)
+@718 := @580 @629 @143
+@719 := @455 @84
+@737 := {o : @362} ->
+  (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @703) ->
+  (hbind : @714) ->
+  (hF : @716) ->
+  (hA : @718) ->
+  (hne : @450) -> @453 (fun (ro : @452) => @454 (@719 @155 @19) (@584 (@685 (@635 @59)) @19))
+@738 := @702 @326
+@739 := @311 @605
+@750 := @422 (@608 @303 @78) (@430 (@79 (@73 @228) (@79 (@76 @245) @78)))
+@751 := @580 @623
+@753 := @324 @149 @141
+@754 := @751 @753
+@756 := @324 @155 @149
+@775 := (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @739) ->
+  (hbind : @750) ->
+  (hF : @716) ->
+  (hA : @754) ->
+  (hne : @363 @756 @368) ->
+  @453 (fun (ro : @452) => @454 (@719 (@324 @413 @388) @19) (@584 @639 @19))
+@776 := @738 @109
+@777 := @318 @605
+@788 := @422 (@608 @310 @78) (@430 (@79 (@73 @242) (@79 (@76 @228) @78)))
+@789 := @580 @666
+@791 := @324 @141 @143
+@810 := (hfn : @604) ->
+  (hwt : @777) ->
+  (hbind : @788) ->
+  (hF : @716) ->
+  (hA : @789 @791) ->
+  (hne : @363 @753 @368) ->
+  @453 (fun (ro : @452) => @454 (@719 (@324 @388 @155) @19) (@584 @681 @19))
+@811 := Eq.refl.{1}
+@814 := @776 (@811 @396 @574)
+@815 := @322 @605
+@826 := @422 (@608 @317 @78) (@430 (@79 (@73 @6) (@79 (@76 @242) @78)))
+@827 := @580 @303
+@829 := @324 @143 @145
+@845 := (hwt : @815) ->
+  (hbind : @826) ->
+  (hF : @716) ->
+  (hA : @827 @829) ->
+  (hne : @363 @791 @368) -> @453 (fun (ro : @452) => @454 (@719 @756 @19) (@584 @629 @19))
+@846 := @814 @321
+@848 := @608 @64 @78
+@851 := @422 @848 (@430 @83)
+@852 := @580 @310
+@854 := @324 @145 @14
+@869 := (hbind : @851) ->
+  (hF : @716) ->
+  (hA : @852 @854) ->
+  (hne : @363 @829 @368) -> @453 (fun (ro : @452) => @454 (@719 @753 @19) (@584 @623 @19))
+@872 := @846 (@811 @421 @848)
+@873 := @580 @317
+@875 := @324 @14 @4
+@889 := (hF : @716) ->
+  (hA : @873 @875) ->
+  (hne : @363 @854 @368) -> @453 (fun (ro : @452) => @454 (@719 @791 @19) (@584 @666 @19))
+@892 := @872 (@811 @433 @577)
+@906 := (hA : @580 @64 @326) ->
+  (hne : @363 @875 @368) -> @453 (fun (ro : @452) => @454 (@719 @829 @19) (@584 @303 @19))
+@907 := @892 @359
+@918 := (hne : @363 @326 @368) -> @453 (fun (ro : @452) => @454 (@719 @854 @19) (@584 @310 @19))
+@919 := @907 @381
+@925 := @454 (@719 @875 @19) (@584 @317 @19)
+@927 := @453 (fun (ro : @452) => @925)
+@929 := @453 (fun (__e_ro : @452) => @925)
+@934 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
+@935 := (__e_hrep : @934) -> @929
+@936 := fun (__e_hrep : @934) => @919
+@937 := (b : @3) -> @935
+@938 := fun (b : @3) => @936
+@939 := (a : @3) -> @937
+@940 := fun (a : @3) => @938
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..6642e639a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustStd.lex.tex
@@ -0,0 +1,475 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.root : @939 := @940 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.flags
+@3 := Int8
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.i8
+@6 := @5 @4
+@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := #3
+@16 := @13 @14 @4
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_i8 @0
+@29 := @13 @0
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @17
+@53 := @44 @17
+@55 := @45 @52 @9
+@56 := LexLeanTarget.TargetSyntax.Value
+@57 := List.nil.{0}
+@58 := List.cons.{0}
+@59 := @57 @56
+@60 := @58 @56
+@61 := @60 @52
+@62 := @61 @59
+@63 := @60 @6
+@64 := @63 @62
+@65 := Nat
+@66 := Prod.{0, 0}
+@68 := @66 @65 @56
+@69 := 1
+@72 := Prod.mk.{0, 0} @65 @56
+@73 := @72 @69
+@74 := @73 @52
+@75 := 0
+@76 := @72 @75
+@77 := @76 @6
+@78 := @57 @68
+@79 := @58 @68
+@81 := @79 @77 @78
+@83 := @79 @74 @81
+@84 := Bool.false
+@85 := LexLeanTarget.TargetSyntax.Function
+@86 := LexLeanTarget.TargetSyntax.Program.functions
+@87 := @86 @0
+@88 := LexLeanTarget.TargetSyntax.Ty
+@89 := @57 @65
+@90 := @57 @88
+@91 := LexLeanTarget.TargetSyntax.Ty.unit
+@92 := LexLeanTarget.TargetSyntax.Value.unit
+@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
+@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
+@105 := List.getD.{0} @85 @87 @75 @100
+@109 := fun (__e_n : @65) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.root @19 @75
+@110 := LexLeanPreservation.Rust.WTL
+@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
+@120 := LexLeanPreservation.Rust.wtl_nil @0
+@121 := @110 @0
+@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
+@128 := @120 @1
+@129 := @121 @1
+@133 := {A : @12} -> @129 @19 @59 @90
+@134 := @128 @2
+@135 := @129 @2
+@136 := @135 @59
+@137 := @136 @90
+@138 := List.{0}
+@139 := @138 @56
+@140 := @138 @88
+@141 := #6
+@142 := @13 @141
+@143 := #5
+@144 := @142 @143
+@145 := #4
+@148 := @144 @145 @14 @4
+@149 := #7
+@154 := @110 @149 @141 @143 @4 @17
+@155 := #8
+@158 := @110 @155 @149 @141
+@160 := @60 @143 @14
+@161 := @158 @160
+@162 := @58 @88
+@164 := @162 @145 @4
+@174 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
+@176 := LexLeanPreservation.Rust.wtl_cons @0
+@196 := {c : @11} ->
+  {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} ->
+  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
+@197 := @176 @1
+@213 := {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
+@214 := @197 @2
+@216 := @45 @14 @4
+@218 := @135 @4 @17
+@226 := {v : @56} ->
+  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
+@227 := @214 @52
+@228 := @5 @145
+@229 := @45 @228
+@230 := @229 @4
+@231 := @5 @141
+@232 := @60 @231
+@234 := @135 (@232 @14)
+@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
+@241 := @227 @9
+@242 := @5 @14
+@244 := @45 @242 @9
+@245 := @5 @143
+@246 := @60 @245
+@248 := @135 (@246 @14)
+@249 := @162 @9
+@250 := @249 @4
+@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
+@256 := @241 @59
+@257 := @136 @17
+@258 := @60 @228
+@259 := @258 @59
+@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
+@265 := @256 @90
+@266 := @60 @242
+@267 := @266 @59
+@268 := @135 @267
+@269 := @249 @90
+@272 := (h : @55) -> (hs : @137) -> @268 @269
+@273 := @265 @53
+@274 := @63 @59
+@276 := @135 @274 @269
+@277 := (hs : @137) -> @276
+@278 := @273 @134
+@280 := @135 @62 @269
+@281 := @214 @6
+@283 := @45 @245 @4
+@284 := @5 @149
+@285 := @60 @284
+@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
+@294 := @281 @9
+@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
+@301 := @294 @62
+@302 := @268 @17
+@303 := @246 @259
+@304 := @135 @303
+@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
+@309 := @301 @269
+@310 := @258 @267
+@311 := @135 @310
+@312 := @249 @269
+@315 := (h : @51) -> (hs : @276) -> @311 @312
+@316 := @309 @49
+@317 := @266 @274
+@318 := @135 @317
+@320 := (hs : @280) -> @318 @312
+@321 := @316 @278
+@322 := @135 @64
+@323 := @322 @312
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.denote
+@326 := @324 @4 @17
+@327 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.__fits_0
+@329 := @327 @4 @17
+@332 := Coverage.Prims.fixedSmall @4 @17
+@333 := Option.{0}
+@334 := @333 @3
+@335 := @66 @334
+@336 := @335 @334
+@337 := @335 @336
+@338 := @335 @337
+@341 := LexLeanPreservation.encOption @3 @5
+@343 := LexLeanPreservation.encPair @334
+@346 := @343 @334 @341 @341
+@349 := @343 @336 @341 @346
+@352 := @343 @337 @341 @349
+@356 := @343 @338 @341 @352 @332
+@359 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.root @4 @17
+@360 := Bool
+@361 := Ne.{1}
+@362 := LexLeanPreservation.Obs
+@363 := @361 @362
+@364 := LexLeanPreservation.Rel
+@367 := @363 (@364 @17 @19)
+@368 := LexLeanPreservation.Obs.stuck
+@371 := (f : @360) -> (v : @56) -> @367 @368
+@373 := LexLeanPreservation.Rust.rel_ne_stuck @329
+@380 := (v : @56) -> @363 (@364 (@327 @14 @4) @19) @368
+@381 := @373 @356
+@385 := @363 (@364 @329 @356) @368
+@386 := @138 @68
+@387 := LexLeanPreservation.Rust.FunSem
+@388 := #9
+@394 := (n : @65) -> @387 @388 @155 @149 @19 @141
+@395 := Eq.{1}
+@396 := @333 @85
+@397 := @395 @396
+@404 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
+@408 := @397 (@404 (@86 @388) @141)
+@409 := Option.some.{0}
+@410 := @409 @85
+@411 := @410 @143
+@412 := @408 @411
+@413 := #10
+@417 := @110 @413 @388 @155 @143
+@418 := LexLeanTarget.TargetSyntax.Function.types
+@419 := @418 @141
+@420 := @417 @419
+@421 := @333 @386
+@422 := @395 @421
+@423 := LexLeanTarget.TargetSemantics.bindAll
+@424 := LexLeanTarget.TargetSyntax.Function.parameters
+@429 := @422 (@423 (@424 @149) @141 @78)
+@430 := @409 @386
+@431 := @430 @143
+@432 := @429 @431
+@433 := @333 @360
+@434 := @395 @433
+@435 := LexLeanPreservation.Rust.fnFallible
+@436 := #11
+@439 := @434 (@435 @436 @388)
+@440 := @409 @360
+@441 := @440 @143
+@442 := @439 @441
+@443 := LexLeanPreservation.RunConv
+@444 := #13
+@448 := @443 @444 @413 @155 @143
+@450 := @363 @141 @368
+@451 := Exists.{1}
+@452 := LexLeanPreservation.Rust.ROut
+@453 := @451 @452
+@454 := And
+@455 := LexLeanPreservation.Rust.RealizesFn
+@459 := @454 (@455 @388 @155 @19)
+@460 := LexLeanPreservation.Rust.RCI
+@462 := @460 #15
+@463 := LexLeanPreservation.Rust.fnIdent
+@464 := @463 @444
+@471 := (hne : @450) -> @453 (fun (ro : @452) => @459 (@462 @464 @436 @19))
+@486 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @394) ->
+  (hfn : @412) -> (hwt : @420) -> (hbind : @432) -> (hF : @442) -> (hA : @448) -> @471
+@488 := LexLeanPreservation.Rust.compose @0
+@489 := @387 @0
+@494 := (n : @65) -> @489 @155 @149 @19 @141
+@495 := @404 @87
+@498 := @397 (@495 @141) @411
+@502 := @121 @388 @155 @143 @419
+@503 := @443 @0
+@506 := @503 @413 @155 @143
+@520 := {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @494) ->
+  (hfn : @498) -> (hwt : @502) -> (hbind : @432) -> (hF : @442) -> (hA : @506) -> @471
+@521 := @488 @1
+@522 := @489 @1
+@526 := (n : @65) -> @522 @149 @19 @141
+@529 := @129 @155 @143 @419
+@530 := @435 @1
+@533 := @434 (@530 @388) @441
+@534 := @460 @1
+@544 := (hbind : @432) ->
+  (hF : @533) -> (hA : @506) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@534 @464 @436 @19))
+@554 := {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @526) -> (hfn : @498) -> (hwt : @529) -> @544
+@555 := @521 @2
+@557 := @522 @2 @19
+@559 := (n : @65) -> @557 @141
+@560 := @135 @143
+@561 := @560 @419
+@570 := {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @559) -> (hfn : @498) -> (hwt : @561) -> @544
+@571 := @555 @75
+@573 := (n : @65) -> @557 @75
+@574 := @495 @75
+@575 := @397 @574
+@576 := @575 @411
+@577 := @530 @75
+@578 := @434 @577
+@579 := @578 @441
+@580 := @503 @75
+@582 := @580 @155 @143
+@584 := @534 (@463 @75)
+@592 := (hF : @579) -> (hA : @582) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 @436 @19))
+@601 := {fn : @85} ->
+  {args : @139} ->
+  {env : @386} ->
+  {F : @360} -> {o : @362} -> (hB : @573) -> (hfn : @576) -> (hwt : @561) -> (hbind : @432) -> @592
+@602 := @571 @105
+@604 := @575 (@410 @105)
+@605 := @418 @105
+@606 := @560 @605
+@608 := @423 (@424 @105)
+@620 := {args : @139} ->
+  {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @573) -> (hfn : @604) -> (hwt : @606) -> (hbind : @422 (@608 @141 @78) @431) -> @592
+@621 := @602 @64
+@623 := @285 (@232 @59)
+@625 := @135 @623 @605
+@627 := @60 (@5 @155)
+@629 := @627 (@285 @59)
+@633 := @422 (@608 @629 @78) @431
+@635 := @60 (@5 @413)
+@637 := @60 (@5 @388)
+@639 := @635 (@637 @59)
+@641 := @580 @639 @143
+@643 := @60 (@5 @444)
+@646 := @60 (@5 #12)
+@663 := {env : @386} ->
+  {F : @360} ->
+  {o : @362} ->
+  (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @625) ->
+  (hbind : @633) ->
+  (hF : @579) ->
+  (hA : @641) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@643 (@646 @59)) @19))
+@664 := @621 @83
+@666 := @232 (@246 @59)
+@668 := @135 @666 @605
+@679 := @422 (@608 @623 @78) (@430 (@79 (@73 @231) (@79 (@76 @284) @78)))
+@681 := @637 (@627 @59)
+@683 := @580 @681 @143
+@685 := @60 (@5 @436)
+@701 := {F : @360} ->
+  {o : @362} ->
+  (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @668) ->
+  (hbind : @679) ->
+  (hF : @579) ->
+  (hA : @683) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@646 (@685 @59)) @19))
+@702 := @664 @84
+@703 := @304 @605
+@714 := @422 (@608 @666 @78) (@430 (@79 (@73 @245) (@79 (@76 @231) @78)))
+@716 := @578 (@440 @84)
+@718 := @580 @629 @143
+@719 := @455 @84
+@737 := {o : @362} ->
+  (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @703) ->
+  (hbind : @714) ->
+  (hF : @716) ->
+  (hA : @718) ->
+  (hne : @450) -> @453 (fun (ro : @452) => @454 (@719 @155 @19) (@584 (@685 (@635 @59)) @19))
+@738 := @702 @326
+@739 := @311 @605
+@750 := @422 (@608 @303 @78) (@430 (@79 (@73 @228) (@79 (@76 @245) @78)))
+@751 := @580 @623
+@753 := @324 @149 @141
+@754 := @751 @753
+@756 := @324 @155 @149
+@775 := (hB : @573) ->
+  (hfn : @604) ->
+  (hwt : @739) ->
+  (hbind : @750) ->
+  (hF : @716) ->
+  (hA : @754) ->
+  (hne : @363 @756 @368) ->
+  @453 (fun (ro : @452) => @454 (@719 (@324 @413 @388) @19) (@584 @639 @19))
+@776 := @738 @109
+@777 := @318 @605
+@788 := @422 (@608 @310 @78) (@430 (@79 (@73 @242) (@79 (@76 @228) @78)))
+@789 := @580 @666
+@791 := @324 @141 @143
+@810 := (hfn : @604) ->
+  (hwt : @777) ->
+  (hbind : @788) ->
+  (hF : @716) ->
+  (hA : @789 @791) ->
+  (hne : @363 @753 @368) ->
+  @453 (fun (ro : @452) => @454 (@719 (@324 @388 @155) @19) (@584 @681 @19))
+@811 := Eq.refl.{1}
+@814 := @776 (@811 @396 @574)
+@815 := @322 @605
+@826 := @422 (@608 @317 @78) (@430 (@79 (@73 @6) (@79 (@76 @242) @78)))
+@827 := @580 @303
+@829 := @324 @143 @145
+@845 := (hwt : @815) ->
+  (hbind : @826) ->
+  (hF : @716) ->
+  (hA : @827 @829) ->
+  (hne : @363 @791 @368) -> @453 (fun (ro : @452) => @454 (@719 @756 @19) (@584 @629 @19))
+@846 := @814 @321
+@848 := @608 @64 @78
+@851 := @422 @848 (@430 @83)
+@852 := @580 @310
+@854 := @324 @145 @14
+@869 := (hbind : @851) ->
+  (hF : @716) ->
+  (hA : @852 @854) ->
+  (hne : @363 @829 @368) -> @453 (fun (ro : @452) => @454 (@719 @753 @19) (@584 @623 @19))
+@872 := @846 (@811 @421 @848)
+@873 := @580 @317
+@875 := @324 @14 @4
+@889 := (hF : @716) ->
+  (hA : @873 @875) ->
+  (hne : @363 @854 @368) -> @453 (fun (ro : @452) => @454 (@719 @791 @19) (@584 @666 @19))
+@892 := @872 (@811 @433 @577)
+@906 := (hA : @580 @64 @326) ->
+  (hne : @363 @875 @368) -> @453 (fun (ro : @452) => @454 (@719 @829 @19) (@584 @303 @19))
+@907 := @892 @359
+@918 := (hne : @363 @326 @368) -> @453 (fun (ro : @452) => @454 (@719 @854 @19) (@584 @310 @19))
+@919 := @907 @381
+@925 := @454 (@719 @875 @19) (@584 @317 @19)
+@927 := @453 (fun (ro : @452) => @925)
+@929 := @453 (fun (__e_ro : @452) => @925)
+@934 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
+@935 := (__e_hrep : @934) -> @929
+@936 := fun (__e_hrep : @934) => @919
+@937 := (b : @3) -> @935
+@938 := fun (b : @3) => @936
+@939 := (a : @3) -> @937
+@940 := fun (a : @3) => @938
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustCore.lean
new file mode 100644
index 000000000..cd3b8990b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.fixed .i8), (.fixed .i8)], result := (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))),
+      body := (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.option (.fixed .i8))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.prim .checkedNeg [(.var 0)])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false))))))), [(1, (.fixed .i8), (some 1)), (0, (.fixed .i8), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustStd.lean
new file mode 100644
index 000000000..b22784e9d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.fixed .i8), (.fixed .i8)], result := (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))),
+      body := (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.option (.fixed .i8))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.prim .checkedNeg [(.var 0)])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false))))))), [(1, (.fixed .i8), (some 1)), (0, (.fixed .i8), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22.lean
similarity index 97%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22.lean
index 8fe02a672..c438832e9 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : Int16) (b : Int32) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Int16) (b : Int32) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.i16 a), (_root_.LexLeanTarget.TargetSyntax.Value.i32 b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i16) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i32) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i32) _root_.LexLeanTarget.TargetSyntax.Value.bool))) (Coverage.Prims.fixedMiddle a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..a45361f75
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustCore.lex.tex
@@ -0,0 +1,501 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.root : @1000 := @1001 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.flags
+@3 := Int16
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.i16
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.fixed
+@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i16
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := #3
+@16 := @13 @14 @4
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_i16 @0
+@29 := @13 @0
+@31 := @29 @4 @17
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@39 := @38 @17
+@43 := {A : @12} -> (x : @3) -> @39 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := Int32
+@53 := LexLeanTarget.TargetSyntax.Value.i32
+@54 := @53 @17
+@56 := @7 LexLeanTarget.TargetSyntax.IntKind.i32
+@57 := @53 @19
+@63 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @52) -> @18 @57 @56
+@65 := LexLeanPreservation.Rust.wt_i32 @0
+@70 := {c : @11} -> {A : @12} -> (x : @52) -> @31 @57 @56
+@71 := @65 @1
+@75 := {A : @12} -> (x : @52) -> @39 @57 @56
+@76 := @71 @2
+@79 := (x : @52) -> @45 @57 @56
+@80 := @76 @17
+@82 := @45 @54 @56
+@83 := LexLeanTarget.TargetSyntax.Value
+@84 := List.nil.{0}
+@85 := List.cons.{0}
+@86 := @84 @83
+@87 := @85 @83
+@89 := @87 @54 @86
+@91 := @87 @6 @89
+@92 := Nat
+@93 := Prod.{0, 0}
+@95 := @93 @92 @83
+@96 := 1
+@99 := Prod.mk.{0, 0} @92 @83
+@100 := @99 @96
+@101 := @100 @54
+@102 := 0
+@103 := @99 @102
+@104 := @103 @6
+@105 := @84 @95
+@106 := @85 @95
+@108 := @106 @104 @105
+@110 := @106 @101 @108
+@111 := Bool.false
+@112 := LexLeanTarget.TargetSyntax.Function
+@113 := LexLeanTarget.TargetSyntax.Program.functions
+@114 := @113 @0
+@115 := LexLeanTarget.TargetSyntax.Ty
+@116 := @84 @92
+@117 := @84 @115
+@118 := LexLeanTarget.TargetSyntax.Ty.unit
+@119 := LexLeanTarget.TargetSyntax.Value.unit
+@122 := LexLeanTarget.TargetSyntax.Expr.value @118 @119
+@127 := LexLeanTarget.TargetSyntax.Function.mk @116 @117 @118 @122
+@132 := List.getD.{0} @112 @114 @102 @127
+@136 := fun (__e_n : @92) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.root @19 @102
+@137 := LexLeanPreservation.Rust.WTL
+@145 := {p : @10} -> {c : @11} -> {A : @12} -> @137 @4 @17 @19 @86 @117
+@147 := LexLeanPreservation.Rust.wtl_nil @0
+@148 := @137 @0
+@154 := {c : @11} -> {A : @12} -> @148 @17 @19 @86 @117
+@155 := @147 @1
+@156 := @148 @1
+@160 := {A : @12} -> @156 @19 @86 @117
+@161 := @155 @2
+@162 := @156 @2
+@163 := @162 @86
+@164 := @163 @117
+@165 := List.{0}
+@166 := @165 @83
+@167 := @165 @115
+@168 := #6
+@169 := @13 @168
+@170 := #5
+@171 := @169 @170
+@172 := #4
+@175 := @171 @172 @14 @4
+@176 := #7
+@181 := @137 @176 @168 @170 @4 @17
+@182 := #8
+@185 := @137 @182 @176 @168
+@187 := @87 @170 @14
+@188 := @185 @187
+@189 := @85 @115
+@191 := @189 @172 @4
+@201 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @83} -> {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @175) -> (hs : @181) -> @188 @191
+@203 := LexLeanPreservation.Rust.wtl_cons @0
+@223 := {c : @11} ->
+  {A : @12} ->
+  {v : @83} ->
+  {t : @115} ->
+  {vs : @166} ->
+  {ts : @167} ->
+  (h : @29 @170 @172 @14 @4) -> (hs : @148 @168 @170 @4 @17) -> @148 @176 @168 @187 @191
+@224 := @203 @1
+@240 := {A : @12} ->
+  {v : @83} ->
+  {t : @115} ->
+  {vs : @166} ->
+  {ts : @167} -> (h : @38 @172 @14 @4) -> (hs : @156 @170 @4 @17) -> @156 @168 @187 @191
+@241 := @224 @2
+@243 := @45 @14 @4
+@245 := @162 @4 @17
+@253 := {v : @83} ->
+  {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @243) -> (hs : @245) -> @162 @187 @191
+@254 := @241 @54
+@255 := @53 @172
+@257 := @45 @255 @4
+@258 := @53 @168
+@259 := @87 @258
+@267 := {t : @115} ->
+  {vs : @166} -> {ts : @167} -> (h : @257) -> (hs : @245) -> @162 (@259 @14) @191
+@268 := @254 @56
+@269 := @53 @14
+@271 := @45 @269 @56
+@272 := @53 @170
+@273 := @87 @272
+@275 := @162 (@273 @14)
+@276 := @189 @56
+@277 := @276 @4
+@282 := {vs : @166} -> {ts : @167} -> (h : @271) -> (hs : @245) -> @275 @277
+@283 := @268 @86
+@284 := @53 @4
+@286 := @45 @284 @56
+@287 := @163 @17
+@289 := @87 @255 @86
+@294 := {ts : @167} -> (h : @286) -> (hs : @287) -> @162 @289 @277
+@295 := @283 @117
+@297 := @87 @269 @86
+@298 := @162 @297
+@299 := @276 @117
+@302 := (h : @82) -> (hs : @164) -> @298 @299
+@303 := @295 @80
+@305 := @87 @284 @86
+@307 := @162 @305 @299
+@308 := (hs : @164) -> @307
+@309 := @303 @161
+@311 := @162 @89 @299
+@312 := @241 @6
+@313 := @5 @170
+@315 := @45 @313 @4
+@316 := @5 @176
+@317 := @87 @316
+@325 := {t : @115} ->
+  {vs : @166} -> {ts : @167} -> (h : @315) -> (hs : @245) -> @162 (@317 @14) @191
+@326 := @312 @9
+@327 := @5 @172
+@329 := @45 @327 @9
+@330 := @5 @168
+@331 := @87 @330
+@333 := @162 (@331 @14)
+@334 := @189 @9
+@335 := @334 @4
+@340 := {vs : @166} -> {ts : @167} -> (h : @329) -> (hs : @245) -> @333 @335
+@341 := @326 @89
+@342 := @5 @14
+@344 := @45 @342 @9
+@345 := @298 @17
+@347 := @87 @313 @289
+@348 := @162 @347
+@352 := {ts : @167} -> (h : @344) -> (hs : @345) -> @348 @335
+@353 := @341 @299
+@355 := @87 @327 @297
+@356 := @162 @355
+@357 := @334 @299
+@360 := (h : @51) -> (hs : @307) -> @356 @357
+@361 := @353 @49
+@363 := @87 @342 @305
+@364 := @162 @363
+@366 := (hs : @311) -> @364 @357
+@367 := @361 @309
+@368 := @162 @91
+@369 := @368 @357
+@370 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.denote
+@372 := @370 @4 @17
+@373 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.__fits_0
+@375 := @373 @4 @17
+@378 := Coverage.Prims.fixedMiddle @4 @17
+@379 := Option.{0}
+@380 := @379 @3
+@381 := @379 @52
+@382 := Bool
+@383 := @93 @381
+@384 := @383 @382
+@385 := @383 @384
+@386 := LexLeanPreservation.encOption
+@388 := @386 @3 @5
+@390 := @386 @52 @53
+@391 := LexLeanTarget.TargetSyntax.Value.bool
+@392 := LexLeanPreservation.encPair
+@393 := @392 @381
+@396 := @393 @382 @390 @391
+@399 := @393 @384 @390 @396
+@404 := @392 @380 @385 @388 @399 @378
+@407 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.root @4 @17
+@408 := Ne.{1}
+@409 := LexLeanPreservation.Obs
+@410 := @408 @409
+@411 := LexLeanPreservation.Rel
+@414 := @410 (@411 @17 @19)
+@415 := LexLeanPreservation.Obs.stuck
+@418 := (f : @382) -> (v : @83) -> @414 @415
+@420 := LexLeanPreservation.Rust.rel_ne_stuck @375
+@427 := (v : @83) -> @410 (@411 (@373 @14 @4) @19) @415
+@428 := @420 @404
+@432 := @410 (@411 @375 @404) @415
+@433 := @165 @95
+@434 := LexLeanPreservation.Rust.FunSem
+@435 := #9
+@441 := (n : @92) -> @434 @435 @182 @176 @19 @168
+@442 := Eq.{1}
+@443 := @379 @112
+@444 := @442 @443
+@451 := LexLeanRuntime.index (@165 @112) @112 (LexLeanRuntime.instIndexableList @112)
+@455 := @444 (@451 (@113 @435) @168)
+@456 := Option.some.{0}
+@457 := @456 @112
+@458 := @457 @170
+@459 := @455 @458
+@460 := #10
+@464 := @137 @460 @435 @182 @170
+@465 := LexLeanTarget.TargetSyntax.Function.types
+@466 := @465 @168
+@467 := @464 @466
+@468 := @379 @433
+@469 := @442 @468
+@470 := LexLeanTarget.TargetSemantics.bindAll
+@471 := LexLeanTarget.TargetSyntax.Function.parameters
+@476 := @469 (@470 (@471 @176) @168 @105)
+@477 := @456 @433
+@478 := @477 @170
+@479 := @476 @478
+@480 := @379 @382
+@481 := @442 @480
+@482 := LexLeanPreservation.Rust.fnFallible
+@483 := #11
+@486 := @481 (@482 @483 @435)
+@487 := @456 @382
+@488 := @487 @170
+@489 := @486 @488
+@490 := LexLeanPreservation.RunConv
+@491 := #13
+@495 := @490 @491 @460 @182 @170
+@497 := @410 @168 @415
+@498 := Exists.{1}
+@499 := LexLeanPreservation.Rust.ROut
+@500 := @498 @499
+@501 := And
+@502 := LexLeanPreservation.Rust.RealizesFn
+@506 := @501 (@502 @435 @182 @19)
+@507 := LexLeanPreservation.Rust.RCI
+@509 := @507 #15
+@510 := LexLeanPreservation.Rust.fnIdent
+@511 := @510 @491
+@518 := (hne : @497) -> @500 (fun (ro : @499) => @506 (@509 @511 @483 @19))
+@533 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @441) ->
+  (hfn : @459) -> (hwt : @467) -> (hbind : @479) -> (hF : @489) -> (hA : @495) -> @518
+@535 := LexLeanPreservation.Rust.compose @0
+@536 := @434 @0
+@541 := (n : @92) -> @536 @182 @176 @19 @168
+@542 := @451 @114
+@545 := @444 (@542 @168) @458
+@549 := @148 @435 @182 @170 @466
+@550 := @490 @0
+@553 := @550 @460 @182 @170
+@567 := {c : @11} ->
+  {A : @12} ->
+  {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @541) ->
+  (hfn : @545) -> (hwt : @549) -> (hbind : @479) -> (hF : @489) -> (hA : @553) -> @518
+@568 := @535 @1
+@569 := @536 @1
+@573 := (n : @92) -> @569 @176 @19 @168
+@576 := @156 @182 @170 @466
+@577 := @482 @1
+@580 := @481 (@577 @435) @488
+@581 := @507 @1
+@591 := (hbind : @479) ->
+  (hF : @580) -> (hA : @553) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@581 @511 @483 @19))
+@601 := {A : @12} ->
+  {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @573) -> (hfn : @545) -> (hwt : @576) -> @591
+@602 := @568 @2
+@604 := @569 @2 @19
+@606 := (n : @92) -> @604 @168
+@607 := @162 @170
+@608 := @607 @466
+@617 := {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @606) -> (hfn : @545) -> (hwt : @608) -> @591
+@618 := @602 @102
+@620 := (n : @92) -> @604 @102
+@621 := @542 @102
+@622 := @444 @621
+@623 := @622 @458
+@624 := @577 @102
+@625 := @481 @624
+@626 := @625 @488
+@627 := @550 @102
+@629 := @627 @182 @170
+@631 := @581 (@510 @102)
+@639 := (hF : @626) -> (hA : @629) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 @483 @19))
+@648 := {fn : @112} ->
+  {args : @166} ->
+  {env : @433} ->
+  {F : @382} -> {o : @409} -> (hB : @620) -> (hfn : @623) -> (hwt : @608) -> (hbind : @479) -> @639
+@649 := @618 @132
+@651 := @622 (@457 @132)
+@652 := @465 @132
+@653 := @607 @652
+@655 := @470 (@471 @132)
+@667 := {args : @166} ->
+  {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @620) -> (hfn : @651) -> (hwt : @653) -> (hbind : @469 (@655 @168 @105) @478) -> @639
+@668 := @649 @91
+@670 := @317 (@259 @86)
+@672 := @162 @670 @652
+@678 := @87 (@5 @182) (@87 (@53 @176) @86)
+@682 := @469 (@655 @678 @105) @478
+@688 := @87 (@5 @460) (@87 (@53 @435) @86)
+@690 := @627 @688 @170
+@692 := @87 (@5 @491)
+@693 := #12
+@712 := {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @672) ->
+  (hbind : @682) ->
+  (hF : @626) ->
+  (hA : @690) ->
+  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@692 (@87 (@53 @693) @86)) @19))
+@713 := @668 @110
+@715 := @331 (@273 @86)
+@717 := @162 @715 @652
+@728 := @469 (@655 @670 @105) (@477 (@106 (@100 @258) (@106 (@103 @316) @105)))
+@734 := @87 (@5 @435) (@87 (@53 @182) @86)
+@756 := {F : @382} ->
+  {o : @409} ->
+  (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @717) ->
+  (hbind : @728) ->
+  (hF : @626) ->
+  (hA : @627 @734 @170) ->
+  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@87 (@5 @693) (@87 (@53 @483) @86)) @19))
+@757 := @713 @111
+@758 := @348 @652
+@769 := @469 (@655 @715 @105) (@477 (@106 (@100 @272) (@106 (@103 @330) @105)))
+@771 := @625 (@487 @111)
+@773 := @627 @678 @170
+@774 := @502 @111
+@796 := {o : @409} ->
+  (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @758) ->
+  (hbind : @769) ->
+  (hF : @771) ->
+  (hA : @773) ->
+  (hne : @497) ->
+  @500 (fun (ro : @499) => @501 (@774 @182 @19) (@631 (@87 (@5 @483) (@87 (@53 @460) @86)) @19))
+@797 := @757 @372
+@798 := @356 @652
+@809 := @469 (@655 @347 @105) (@477 (@106 (@100 @255) (@106 (@103 @313) @105)))
+@810 := @627 @670
+@812 := @370 @176 @168
+@813 := @810 @812
+@815 := @370 @182 @176
+@834 := (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @798) ->
+  (hbind : @809) ->
+  (hF : @771) ->
+  (hA : @813) ->
+  (hne : @410 @815 @415) ->
+  @500 (fun (ro : @499) => @501 (@774 (@370 @460 @435) @19) (@631 @688 @19))
+@835 := @797 @136
+@836 := @364 @652
+@847 := @469 (@655 @355 @105) (@477 (@106 (@100 @269) (@106 (@103 @327) @105)))
+@848 := @627 @715
+@850 := @370 @168 @170
+@869 := (hfn : @651) ->
+  (hwt : @836) ->
+  (hbind : @847) ->
+  (hF : @771) ->
+  (hA : @848 @850) ->
+  (hne : @410 @812 @415) ->
+  @500 (fun (ro : @499) => @501 (@774 (@370 @435 @182) @19) (@631 @734 @19))
+@870 := Eq.refl.{1}
+@873 := @835 (@870 @443 @621)
+@874 := @368 @652
+@885 := @469 (@655 @363 @105) (@477 (@106 (@100 @284) (@106 (@103 @342) @105)))
+@886 := @627 @347
+@888 := @370 @170 @172
+@904 := (hwt : @874) ->
+  (hbind : @885) ->
+  (hF : @771) ->
+  (hA : @886 @888) ->
+  (hne : @410 @850 @415) -> @500 (fun (ro : @499) => @501 (@774 @815 @19) (@631 @678 @19))
+@905 := @873 @367
+@907 := @655 @91 @105
+@910 := @469 @907 (@477 @110)
+@911 := @627 @355
+@913 := @370 @172 @14
+@928 := (hbind : @910) ->
+  (hF : @771) ->
+  (hA : @911 @913) ->
+  (hne : @410 @888 @415) -> @500 (fun (ro : @499) => @501 (@774 @812 @19) (@631 @670 @19))
+@931 := @905 (@870 @468 @907)
+@932 := @627 @363
+@934 := @370 @14 @4
+@948 := (hF : @771) ->
+  (hA : @932 @934) ->
+  (hne : @410 @913 @415) -> @500 (fun (ro : @499) => @501 (@774 @850 @19) (@631 @715 @19))
+@951 := @931 (@870 @480 @624)
+@965 := (hA : @627 @91 @372) ->
+  (hne : @410 @934 @415) -> @500 (fun (ro : @499) => @501 (@774 @888 @19) (@631 @347 @19))
+@966 := @951 @407
+@977 := (hne : @410 @372 @415) -> @500 (fun (ro : @499) => @501 (@774 @913 @19) (@631 @355 @19))
+@978 := @966 @428
+@984 := @501 (@774 @934 @19) (@631 @363 @19)
+@986 := @500 (fun (ro : @499) => @984)
+@988 := @500 (fun (__e_ro : @499) => @984)
+@989 := LexLeanPreservation.Rust.RepresentableL
+@990 := @5 @17
+@992 := @87 @57 @86
+@995 := @989 (@87 @990 @992)
+@996 := (__e_hrep : @995) -> @988
+@997 := fun (__e_hrep : @995) => @978
+@998 := (b : @52) -> @996
+@999 := fun (b : @52) => @997
+@1000 := (a : @3) -> @998
+@1001 := fun (a : @3) => @999
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..b1923e053
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustStd.lex.tex
@@ -0,0 +1,501 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.root : @1000 := @1001 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.flags
+@3 := Int16
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.i16
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.fixed
+@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i16
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := #3
+@16 := @13 @14 @4
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_i16 @0
+@29 := @13 @0
+@31 := @29 @4 @17
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@39 := @38 @17
+@43 := {A : @12} -> (x : @3) -> @39 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := Int32
+@53 := LexLeanTarget.TargetSyntax.Value.i32
+@54 := @53 @17
+@56 := @7 LexLeanTarget.TargetSyntax.IntKind.i32
+@57 := @53 @19
+@63 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @52) -> @18 @57 @56
+@65 := LexLeanPreservation.Rust.wt_i32 @0
+@70 := {c : @11} -> {A : @12} -> (x : @52) -> @31 @57 @56
+@71 := @65 @1
+@75 := {A : @12} -> (x : @52) -> @39 @57 @56
+@76 := @71 @2
+@79 := (x : @52) -> @45 @57 @56
+@80 := @76 @17
+@82 := @45 @54 @56
+@83 := LexLeanTarget.TargetSyntax.Value
+@84 := List.nil.{0}
+@85 := List.cons.{0}
+@86 := @84 @83
+@87 := @85 @83
+@89 := @87 @54 @86
+@91 := @87 @6 @89
+@92 := Nat
+@93 := Prod.{0, 0}
+@95 := @93 @92 @83
+@96 := 1
+@99 := Prod.mk.{0, 0} @92 @83
+@100 := @99 @96
+@101 := @100 @54
+@102 := 0
+@103 := @99 @102
+@104 := @103 @6
+@105 := @84 @95
+@106 := @85 @95
+@108 := @106 @104 @105
+@110 := @106 @101 @108
+@111 := Bool.false
+@112 := LexLeanTarget.TargetSyntax.Function
+@113 := LexLeanTarget.TargetSyntax.Program.functions
+@114 := @113 @0
+@115 := LexLeanTarget.TargetSyntax.Ty
+@116 := @84 @92
+@117 := @84 @115
+@118 := LexLeanTarget.TargetSyntax.Ty.unit
+@119 := LexLeanTarget.TargetSyntax.Value.unit
+@122 := LexLeanTarget.TargetSyntax.Expr.value @118 @119
+@127 := LexLeanTarget.TargetSyntax.Function.mk @116 @117 @118 @122
+@132 := List.getD.{0} @112 @114 @102 @127
+@136 := fun (__e_n : @92) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.root @19 @102
+@137 := LexLeanPreservation.Rust.WTL
+@145 := {p : @10} -> {c : @11} -> {A : @12} -> @137 @4 @17 @19 @86 @117
+@147 := LexLeanPreservation.Rust.wtl_nil @0
+@148 := @137 @0
+@154 := {c : @11} -> {A : @12} -> @148 @17 @19 @86 @117
+@155 := @147 @1
+@156 := @148 @1
+@160 := {A : @12} -> @156 @19 @86 @117
+@161 := @155 @2
+@162 := @156 @2
+@163 := @162 @86
+@164 := @163 @117
+@165 := List.{0}
+@166 := @165 @83
+@167 := @165 @115
+@168 := #6
+@169 := @13 @168
+@170 := #5
+@171 := @169 @170
+@172 := #4
+@175 := @171 @172 @14 @4
+@176 := #7
+@181 := @137 @176 @168 @170 @4 @17
+@182 := #8
+@185 := @137 @182 @176 @168
+@187 := @87 @170 @14
+@188 := @185 @187
+@189 := @85 @115
+@191 := @189 @172 @4
+@201 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @83} -> {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @175) -> (hs : @181) -> @188 @191
+@203 := LexLeanPreservation.Rust.wtl_cons @0
+@223 := {c : @11} ->
+  {A : @12} ->
+  {v : @83} ->
+  {t : @115} ->
+  {vs : @166} ->
+  {ts : @167} ->
+  (h : @29 @170 @172 @14 @4) -> (hs : @148 @168 @170 @4 @17) -> @148 @176 @168 @187 @191
+@224 := @203 @1
+@240 := {A : @12} ->
+  {v : @83} ->
+  {t : @115} ->
+  {vs : @166} ->
+  {ts : @167} -> (h : @38 @172 @14 @4) -> (hs : @156 @170 @4 @17) -> @156 @168 @187 @191
+@241 := @224 @2
+@243 := @45 @14 @4
+@245 := @162 @4 @17
+@253 := {v : @83} ->
+  {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @243) -> (hs : @245) -> @162 @187 @191
+@254 := @241 @54
+@255 := @53 @172
+@257 := @45 @255 @4
+@258 := @53 @168
+@259 := @87 @258
+@267 := {t : @115} ->
+  {vs : @166} -> {ts : @167} -> (h : @257) -> (hs : @245) -> @162 (@259 @14) @191
+@268 := @254 @56
+@269 := @53 @14
+@271 := @45 @269 @56
+@272 := @53 @170
+@273 := @87 @272
+@275 := @162 (@273 @14)
+@276 := @189 @56
+@277 := @276 @4
+@282 := {vs : @166} -> {ts : @167} -> (h : @271) -> (hs : @245) -> @275 @277
+@283 := @268 @86
+@284 := @53 @4
+@286 := @45 @284 @56
+@287 := @163 @17
+@289 := @87 @255 @86
+@294 := {ts : @167} -> (h : @286) -> (hs : @287) -> @162 @289 @277
+@295 := @283 @117
+@297 := @87 @269 @86
+@298 := @162 @297
+@299 := @276 @117
+@302 := (h : @82) -> (hs : @164) -> @298 @299
+@303 := @295 @80
+@305 := @87 @284 @86
+@307 := @162 @305 @299
+@308 := (hs : @164) -> @307
+@309 := @303 @161
+@311 := @162 @89 @299
+@312 := @241 @6
+@313 := @5 @170
+@315 := @45 @313 @4
+@316 := @5 @176
+@317 := @87 @316
+@325 := {t : @115} ->
+  {vs : @166} -> {ts : @167} -> (h : @315) -> (hs : @245) -> @162 (@317 @14) @191
+@326 := @312 @9
+@327 := @5 @172
+@329 := @45 @327 @9
+@330 := @5 @168
+@331 := @87 @330
+@333 := @162 (@331 @14)
+@334 := @189 @9
+@335 := @334 @4
+@340 := {vs : @166} -> {ts : @167} -> (h : @329) -> (hs : @245) -> @333 @335
+@341 := @326 @89
+@342 := @5 @14
+@344 := @45 @342 @9
+@345 := @298 @17
+@347 := @87 @313 @289
+@348 := @162 @347
+@352 := {ts : @167} -> (h : @344) -> (hs : @345) -> @348 @335
+@353 := @341 @299
+@355 := @87 @327 @297
+@356 := @162 @355
+@357 := @334 @299
+@360 := (h : @51) -> (hs : @307) -> @356 @357
+@361 := @353 @49
+@363 := @87 @342 @305
+@364 := @162 @363
+@366 := (hs : @311) -> @364 @357
+@367 := @361 @309
+@368 := @162 @91
+@369 := @368 @357
+@370 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.denote
+@372 := @370 @4 @17
+@373 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.__fits_0
+@375 := @373 @4 @17
+@378 := Coverage.Prims.fixedMiddle @4 @17
+@379 := Option.{0}
+@380 := @379 @3
+@381 := @379 @52
+@382 := Bool
+@383 := @93 @381
+@384 := @383 @382
+@385 := @383 @384
+@386 := LexLeanPreservation.encOption
+@388 := @386 @3 @5
+@390 := @386 @52 @53
+@391 := LexLeanTarget.TargetSyntax.Value.bool
+@392 := LexLeanPreservation.encPair
+@393 := @392 @381
+@396 := @393 @382 @390 @391
+@399 := @393 @384 @390 @396
+@404 := @392 @380 @385 @388 @399 @378
+@407 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.root @4 @17
+@408 := Ne.{1}
+@409 := LexLeanPreservation.Obs
+@410 := @408 @409
+@411 := LexLeanPreservation.Rel
+@414 := @410 (@411 @17 @19)
+@415 := LexLeanPreservation.Obs.stuck
+@418 := (f : @382) -> (v : @83) -> @414 @415
+@420 := LexLeanPreservation.Rust.rel_ne_stuck @375
+@427 := (v : @83) -> @410 (@411 (@373 @14 @4) @19) @415
+@428 := @420 @404
+@432 := @410 (@411 @375 @404) @415
+@433 := @165 @95
+@434 := LexLeanPreservation.Rust.FunSem
+@435 := #9
+@441 := (n : @92) -> @434 @435 @182 @176 @19 @168
+@442 := Eq.{1}
+@443 := @379 @112
+@444 := @442 @443
+@451 := LexLeanRuntime.index (@165 @112) @112 (LexLeanRuntime.instIndexableList @112)
+@455 := @444 (@451 (@113 @435) @168)
+@456 := Option.some.{0}
+@457 := @456 @112
+@458 := @457 @170
+@459 := @455 @458
+@460 := #10
+@464 := @137 @460 @435 @182 @170
+@465 := LexLeanTarget.TargetSyntax.Function.types
+@466 := @465 @168
+@467 := @464 @466
+@468 := @379 @433
+@469 := @442 @468
+@470 := LexLeanTarget.TargetSemantics.bindAll
+@471 := LexLeanTarget.TargetSyntax.Function.parameters
+@476 := @469 (@470 (@471 @176) @168 @105)
+@477 := @456 @433
+@478 := @477 @170
+@479 := @476 @478
+@480 := @379 @382
+@481 := @442 @480
+@482 := LexLeanPreservation.Rust.fnFallible
+@483 := #11
+@486 := @481 (@482 @483 @435)
+@487 := @456 @382
+@488 := @487 @170
+@489 := @486 @488
+@490 := LexLeanPreservation.RunConv
+@491 := #13
+@495 := @490 @491 @460 @182 @170
+@497 := @410 @168 @415
+@498 := Exists.{1}
+@499 := LexLeanPreservation.Rust.ROut
+@500 := @498 @499
+@501 := And
+@502 := LexLeanPreservation.Rust.RealizesFn
+@506 := @501 (@502 @435 @182 @19)
+@507 := LexLeanPreservation.Rust.RCI
+@509 := @507 #15
+@510 := LexLeanPreservation.Rust.fnIdent
+@511 := @510 @491
+@518 := (hne : @497) -> @500 (fun (ro : @499) => @506 (@509 @511 @483 @19))
+@533 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @441) ->
+  (hfn : @459) -> (hwt : @467) -> (hbind : @479) -> (hF : @489) -> (hA : @495) -> @518
+@535 := LexLeanPreservation.Rust.compose @0
+@536 := @434 @0
+@541 := (n : @92) -> @536 @182 @176 @19 @168
+@542 := @451 @114
+@545 := @444 (@542 @168) @458
+@549 := @148 @435 @182 @170 @466
+@550 := @490 @0
+@553 := @550 @460 @182 @170
+@567 := {c : @11} ->
+  {A : @12} ->
+  {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @541) ->
+  (hfn : @545) -> (hwt : @549) -> (hbind : @479) -> (hF : @489) -> (hA : @553) -> @518
+@568 := @535 @1
+@569 := @536 @1
+@573 := (n : @92) -> @569 @176 @19 @168
+@576 := @156 @182 @170 @466
+@577 := @482 @1
+@580 := @481 (@577 @435) @488
+@581 := @507 @1
+@591 := (hbind : @479) ->
+  (hF : @580) -> (hA : @553) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@581 @511 @483 @19))
+@601 := {A : @12} ->
+  {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @573) -> (hfn : @545) -> (hwt : @576) -> @591
+@602 := @568 @2
+@604 := @569 @2 @19
+@606 := (n : @92) -> @604 @168
+@607 := @162 @170
+@608 := @607 @466
+@617 := {f : @92} ->
+  {fn : @112} ->
+  {args : @166} ->
+  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @606) -> (hfn : @545) -> (hwt : @608) -> @591
+@618 := @602 @102
+@620 := (n : @92) -> @604 @102
+@621 := @542 @102
+@622 := @444 @621
+@623 := @622 @458
+@624 := @577 @102
+@625 := @481 @624
+@626 := @625 @488
+@627 := @550 @102
+@629 := @627 @182 @170
+@631 := @581 (@510 @102)
+@639 := (hF : @626) -> (hA : @629) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 @483 @19))
+@648 := {fn : @112} ->
+  {args : @166} ->
+  {env : @433} ->
+  {F : @382} -> {o : @409} -> (hB : @620) -> (hfn : @623) -> (hwt : @608) -> (hbind : @479) -> @639
+@649 := @618 @132
+@651 := @622 (@457 @132)
+@652 := @465 @132
+@653 := @607 @652
+@655 := @470 (@471 @132)
+@667 := {args : @166} ->
+  {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @620) -> (hfn : @651) -> (hwt : @653) -> (hbind : @469 (@655 @168 @105) @478) -> @639
+@668 := @649 @91
+@670 := @317 (@259 @86)
+@672 := @162 @670 @652
+@678 := @87 (@5 @182) (@87 (@53 @176) @86)
+@682 := @469 (@655 @678 @105) @478
+@688 := @87 (@5 @460) (@87 (@53 @435) @86)
+@690 := @627 @688 @170
+@692 := @87 (@5 @491)
+@693 := #12
+@712 := {env : @433} ->
+  {F : @382} ->
+  {o : @409} ->
+  (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @672) ->
+  (hbind : @682) ->
+  (hF : @626) ->
+  (hA : @690) ->
+  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@692 (@87 (@53 @693) @86)) @19))
+@713 := @668 @110
+@715 := @331 (@273 @86)
+@717 := @162 @715 @652
+@728 := @469 (@655 @670 @105) (@477 (@106 (@100 @258) (@106 (@103 @316) @105)))
+@734 := @87 (@5 @435) (@87 (@53 @182) @86)
+@756 := {F : @382} ->
+  {o : @409} ->
+  (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @717) ->
+  (hbind : @728) ->
+  (hF : @626) ->
+  (hA : @627 @734 @170) ->
+  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@87 (@5 @693) (@87 (@53 @483) @86)) @19))
+@757 := @713 @111
+@758 := @348 @652
+@769 := @469 (@655 @715 @105) (@477 (@106 (@100 @272) (@106 (@103 @330) @105)))
+@771 := @625 (@487 @111)
+@773 := @627 @678 @170
+@774 := @502 @111
+@796 := {o : @409} ->
+  (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @758) ->
+  (hbind : @769) ->
+  (hF : @771) ->
+  (hA : @773) ->
+  (hne : @497) ->
+  @500 (fun (ro : @499) => @501 (@774 @182 @19) (@631 (@87 (@5 @483) (@87 (@53 @460) @86)) @19))
+@797 := @757 @372
+@798 := @356 @652
+@809 := @469 (@655 @347 @105) (@477 (@106 (@100 @255) (@106 (@103 @313) @105)))
+@810 := @627 @670
+@812 := @370 @176 @168
+@813 := @810 @812
+@815 := @370 @182 @176
+@834 := (hB : @620) ->
+  (hfn : @651) ->
+  (hwt : @798) ->
+  (hbind : @809) ->
+  (hF : @771) ->
+  (hA : @813) ->
+  (hne : @410 @815 @415) ->
+  @500 (fun (ro : @499) => @501 (@774 (@370 @460 @435) @19) (@631 @688 @19))
+@835 := @797 @136
+@836 := @364 @652
+@847 := @469 (@655 @355 @105) (@477 (@106 (@100 @269) (@106 (@103 @327) @105)))
+@848 := @627 @715
+@850 := @370 @168 @170
+@869 := (hfn : @651) ->
+  (hwt : @836) ->
+  (hbind : @847) ->
+  (hF : @771) ->
+  (hA : @848 @850) ->
+  (hne : @410 @812 @415) ->
+  @500 (fun (ro : @499) => @501 (@774 (@370 @435 @182) @19) (@631 @734 @19))
+@870 := Eq.refl.{1}
+@873 := @835 (@870 @443 @621)
+@874 := @368 @652
+@885 := @469 (@655 @363 @105) (@477 (@106 (@100 @284) (@106 (@103 @342) @105)))
+@886 := @627 @347
+@888 := @370 @170 @172
+@904 := (hwt : @874) ->
+  (hbind : @885) ->
+  (hF : @771) ->
+  (hA : @886 @888) ->
+  (hne : @410 @850 @415) -> @500 (fun (ro : @499) => @501 (@774 @815 @19) (@631 @678 @19))
+@905 := @873 @367
+@907 := @655 @91 @105
+@910 := @469 @907 (@477 @110)
+@911 := @627 @355
+@913 := @370 @172 @14
+@928 := (hbind : @910) ->
+  (hF : @771) ->
+  (hA : @911 @913) ->
+  (hne : @410 @888 @415) -> @500 (fun (ro : @499) => @501 (@774 @812 @19) (@631 @670 @19))
+@931 := @905 (@870 @468 @907)
+@932 := @627 @363
+@934 := @370 @14 @4
+@948 := (hF : @771) ->
+  (hA : @932 @934) ->
+  (hne : @410 @913 @415) -> @500 (fun (ro : @499) => @501 (@774 @850 @19) (@631 @715 @19))
+@951 := @931 (@870 @480 @624)
+@965 := (hA : @627 @91 @372) ->
+  (hne : @410 @934 @415) -> @500 (fun (ro : @499) => @501 (@774 @888 @19) (@631 @347 @19))
+@966 := @951 @407
+@977 := (hne : @410 @372 @415) -> @500 (fun (ro : @499) => @501 (@774 @913 @19) (@631 @355 @19))
+@978 := @966 @428
+@984 := @501 (@774 @934 @19) (@631 @363 @19)
+@986 := @500 (fun (ro : @499) => @984)
+@988 := @500 (fun (__e_ro : @499) => @984)
+@989 := LexLeanPreservation.Rust.RepresentableL
+@990 := @5 @17
+@992 := @87 @57 @86
+@995 := @989 (@87 @990 @992)
+@996 := (__e_hrep : @995) -> @988
+@997 := fun (__e_hrep : @995) => @978
+@998 := (b : @52) -> @996
+@999 := fun (b : @52) => @997
+@1000 := (a : @3) -> @998
+@1001 := fun (a : @3) => @999
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustCore.lean
new file mode 100644
index 000000000..fb2f8ebb1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.fixed .i16), (.fixed .i32)], result := (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))),
+      body := (.build .pair (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) [(.prim .checkedMul [(.var 0), (.var 0)]), (.build .pair (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool)) [(.prim .checkedAdd [(.var 1), (.value (.fixed .i32) (.i32 (-7)))]), (.build .pair (.pair (.option (.fixed .i32)) .bool) [(.prim (.convert .i32) [(.var 0)]), (.prim .equal [(.var 1), (.value (.fixed .i32) (.i32 3))])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i32) }] (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))))), [(1, (.fixed .i32), (some 1)), (0, (.fixed .i16), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i16), (.fixed .i16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))]) (tail := (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false)) (Corr.primWiden (t0 := (.fixed .i16)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustStd.lean
new file mode 100644
index 000000000..32392da23
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.fixed .i16), (.fixed .i32)], result := (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))),
+      body := (.build .pair (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) [(.prim .checkedMul [(.var 0), (.var 0)]), (.build .pair (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool)) [(.prim .checkedAdd [(.var 1), (.value (.fixed .i32) (.i32 (-7)))]), (.build .pair (.pair (.option (.fixed .i32)) .bool) [(.prim (.convert .i32) [(.var 0)]), (.prim .equal [(.var 1), (.value (.fixed .i32) (.i32 3))])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i32) }] (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))))), [(1, (.fixed .i32), (some 1)), (0, (.fixed .i16), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i16), (.fixed .i16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))]) (tail := (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false)) (Corr.primWiden (t0 := (.fixed .i16)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23.lean
index ea8a95fb4..8c8731752 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : Int64) (b : Int64) (c : UInt64) : _root_.LexLeanPreservation.Obs
 theorem root (a : Int64) (b : Int64) (c : UInt64) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.i64 a), (_root_.LexLeanTarget.TargetSyntax.Value.i64 b), (_root_.LexLeanTarget.TargetSyntax.Value.u64 c)] (_root_.LexLeanPreservation.Rel (__fits_0 a b c) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i64) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i64) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i64) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i64) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i64) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u64)))))) (Coverage.Prims.fixedWide a b c))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b c)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..fdfcf9871
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustCore.lex.tex
@@ -0,0 +1,543 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.root : @1096 := @1097 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.flags
+@3 := Int64
+@4 := #3
+@5 := LexLeanTarget.TargetSyntax.Value.i64
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.fixed
+@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i64
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := @13 @4
+@15 := #2
+@16 := @14 @15
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_i64 @0
+@29 := @13 @0
+@31 := @29 @15 @17
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@39 := @38 @17
+@43 := {A : @12} -> (x : @3) -> @39 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @15
+@53 := @44 @15
+@55 := @45 @52 @9
+@56 := UInt64
+@57 := LexLeanTarget.TargetSyntax.Value.u64
+@58 := @57 @17
+@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u64
+@61 := @57 @19
+@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
+@69 := LexLeanPreservation.Rust.wt_u64 @0
+@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
+@75 := @69 @1
+@79 := {A : @12} -> (x : @56) -> @39 @61 @60
+@80 := @75 @2
+@83 := (x : @56) -> @45 @61 @60
+@84 := @80 @17
+@86 := @45 @58 @60
+@87 := LexLeanTarget.TargetSyntax.Value
+@88 := List.nil.{0}
+@89 := List.cons.{0}
+@90 := @88 @87
+@91 := @89 @87
+@93 := @91 @58 @90
+@94 := @91 @52
+@95 := @94 @93
+@96 := @91 @6
+@97 := @96 @95
+@98 := Nat
+@99 := Prod.{0, 0}
+@101 := @99 @98 @87
+@102 := 2
+@105 := Prod.mk.{0, 0} @98 @87
+@106 := @105 @102
+@107 := @106 @58
+@109 := @105 1
+@110 := @109 @52
+@111 := 0
+@112 := @105 @111
+@113 := @112 @6
+@114 := @88 @101
+@115 := @89 @101
+@117 := @115 @113 @114
+@119 := @115 @110 @117
+@121 := @115 @107 @119
+@122 := Bool.false
+@123 := LexLeanTarget.TargetSyntax.Function
+@124 := LexLeanTarget.TargetSyntax.Program.functions
+@125 := @124 @0
+@126 := LexLeanTarget.TargetSyntax.Ty
+@127 := @88 @98
+@128 := @88 @126
+@129 := LexLeanTarget.TargetSyntax.Ty.unit
+@130 := LexLeanTarget.TargetSyntax.Value.unit
+@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
+@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
+@143 := List.getD.{0} @123 @125 @111 @138
+@147 := fun (__e_n : @98) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.root @19 @111
+@148 := LexLeanPreservation.Rust.WTL
+@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
+@158 := LexLeanPreservation.Rust.wtl_nil @0
+@159 := @148 @0
+@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
+@166 := @158 @1
+@167 := @159 @1
+@171 := {A : @12} -> @167 @19 @90 @128
+@172 := @166 @2
+@173 := @167 @2
+@174 := @173 @90
+@175 := @174 @128
+@176 := List.{0}
+@177 := @176 @87
+@178 := @176 @126
+@179 := #6
+@180 := @13 @179
+@181 := #5
+@182 := @180 @181
+@183 := #4
+@186 := @182 @183 @4 @15
+@187 := #7
+@192 := @148 @187 @179 @181 @15 @17
+@193 := #8
+@196 := @148 @193 @187 @179
+@198 := @91 @181 @4
+@199 := @196 @198
+@200 := @89 @126
+@202 := @200 @183 @15
+@212 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
+@214 := LexLeanPreservation.Rust.wtl_cons @0
+@234 := {c : @11} ->
+  {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} ->
+  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
+@235 := @214 @1
+@251 := {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
+@252 := @235 @2
+@254 := @45 @4 @15
+@256 := @173 @15 @17
+@264 := {v : @87} ->
+  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
+@265 := @252 @58
+@266 := @57 @183
+@268 := @45 @266 @15
+@269 := @57 @179
+@270 := @91 @269
+@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
+@279 := @265 @60
+@280 := @57 @4
+@282 := @45 @280 @60
+@283 := @57 @181
+@284 := @91 @283
+@286 := @173 (@284 @4)
+@287 := @200 @60
+@288 := @287 @15
+@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
+@294 := @279 @90
+@295 := @57 @15
+@297 := @45 @295 @60
+@298 := @174 @17
+@300 := @91 @266 @90
+@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
+@306 := @294 @128
+@308 := @91 @280 @90
+@309 := @173 @308
+@310 := @287 @128
+@313 := (h : @86) -> (hs : @175) -> @309 @310
+@314 := @306 @84
+@316 := @91 @295 @90
+@318 := @173 @316 @310
+@319 := (hs : @175) -> @318
+@320 := @314 @172
+@322 := @173 @93 @310
+@323 := @252 @52
+@324 := @5 @181
+@325 := @45 @324
+@326 := @325 @15
+@327 := @5 @187
+@328 := @91 @327
+@330 := @173 (@328 @4)
+@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
+@337 := @323 @9
+@338 := @5 @183
+@340 := @45 @338 @9
+@341 := @5 @179
+@342 := @91 @341
+@344 := @173 (@342 @4)
+@345 := @200 @9
+@346 := @345 @15
+@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
+@352 := @337 @93
+@353 := @309 @17
+@354 := @91 @324
+@355 := @354 @300
+@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
+@361 := @352 @310
+@362 := @91 @338
+@363 := @362 @308
+@364 := @173 @363
+@365 := @345 @310
+@368 := (h : @55) -> (hs : @318) -> @364 @365
+@369 := @361 @53
+@370 := @96 @316
+@372 := @173 @370 @365
+@373 := (hs : @322) -> @372
+@374 := @369 @320
+@376 := @173 @95 @365
+@377 := @252 @6
+@379 := @45 @341 @15
+@380 := @5 @193
+@381 := @91 @380
+@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
+@390 := @377 @9
+@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
+@397 := @390 @95
+@398 := @364 @17
+@399 := @342 @355
+@400 := @173 @399
+@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
+@405 := @397 @365
+@406 := @354 @363
+@407 := @173 @406
+@408 := @345 @365
+@411 := (h : @51) -> (hs : @372) -> @407 @408
+@412 := @405 @49
+@413 := @362 @370
+@414 := @173 @413
+@416 := (hs : @376) -> @414 @408
+@417 := @412 @374
+@418 := @173 @97
+@419 := @418 @408
+@420 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.denote
+@423 := @420 @4 @15 @17
+@424 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.__fits_0
+@427 := @424 @4 @15 @17
+@431 := Coverage.Prims.fixedWide @4 @15 @17
+@432 := Option.{0}
+@433 := @432 @3
+@434 := @432 @56
+@435 := @99 @433
+@436 := @435 @434
+@437 := @435 @436
+@438 := @435 @437
+@439 := @435 @438
+@440 := LexLeanPreservation.encOption
+@442 := @440 @3 @5
+@444 := @440 @56 @57
+@446 := LexLeanPreservation.encPair @433
+@449 := @446 @434 @442 @444
+@452 := @446 @436 @442 @449
+@455 := @446 @437 @442 @452
+@458 := @446 @438 @442 @455
+@462 := @446 @439 @442 @458 @431
+@466 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.root @4 @15 @17
+@467 := Bool
+@468 := Ne.{1}
+@469 := LexLeanPreservation.Obs
+@470 := @468 @469
+@471 := LexLeanPreservation.Rel
+@474 := @470 (@471 @17 @19)
+@475 := LexLeanPreservation.Obs.stuck
+@478 := (f : @467) -> (v : @87) -> @474 @475
+@480 := LexLeanPreservation.Rust.rel_ne_stuck @427
+@488 := (v : @87) -> @470 (@471 (@424 @183 @4 @15) @19) @475
+@489 := @480 @462
+@493 := @470 (@471 @427 @462) @475
+@494 := @176 @101
+@495 := LexLeanPreservation.Rust.FunSem
+@496 := #9
+@502 := (n : @98) -> @495 @496 @193 @187 @19 @179
+@503 := Eq.{1}
+@504 := @432 @123
+@505 := @503 @504
+@512 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
+@516 := @505 (@512 (@124 @496) @179)
+@517 := Option.some.{0}
+@518 := @517 @123
+@519 := @518 @181
+@520 := @516 @519
+@521 := #10
+@525 := @148 @521 @496 @193 @181
+@526 := LexLeanTarget.TargetSyntax.Function.types
+@527 := @526 @179
+@528 := @525 @527
+@529 := @432 @494
+@530 := @503 @529
+@531 := LexLeanTarget.TargetSemantics.bindAll
+@532 := LexLeanTarget.TargetSyntax.Function.parameters
+@537 := @530 (@531 (@532 @187) @179 @114)
+@538 := @517 @494
+@539 := @538 @181
+@540 := @537 @539
+@541 := @432 @467
+@542 := @503 @541
+@543 := LexLeanPreservation.Rust.fnFallible
+@544 := #11
+@547 := @542 (@543 @544 @496)
+@548 := @517 @467
+@549 := @548 @181
+@550 := @547 @549
+@551 := LexLeanPreservation.RunConv
+@552 := #13
+@556 := @551 @552 @521 @193 @181
+@558 := @470 @179 @475
+@559 := Exists.{1}
+@560 := LexLeanPreservation.Rust.ROut
+@561 := @559 @560
+@562 := And
+@563 := LexLeanPreservation.Rust.RealizesFn
+@567 := @562 (@563 @496 @193 @19)
+@568 := LexLeanPreservation.Rust.RCI
+@570 := @568 #15
+@571 := LexLeanPreservation.Rust.fnIdent
+@572 := @571 @552
+@579 := (hne : @558) -> @561 (fun (ro : @560) => @567 (@570 @572 @544 @19))
+@594 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @502) ->
+  (hfn : @520) -> (hwt : @528) -> (hbind : @540) -> (hF : @550) -> (hA : @556) -> @579
+@596 := LexLeanPreservation.Rust.compose @0
+@597 := @495 @0
+@602 := (n : @98) -> @597 @193 @187 @19 @179
+@603 := @512 @125
+@606 := @505 (@603 @179) @519
+@610 := @159 @496 @193 @181 @527
+@611 := @551 @0
+@614 := @611 @521 @193 @181
+@628 := {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @602) ->
+  (hfn : @606) -> (hwt : @610) -> (hbind : @540) -> (hF : @550) -> (hA : @614) -> @579
+@629 := @596 @1
+@630 := @597 @1
+@634 := (n : @98) -> @630 @187 @19 @179
+@637 := @167 @193 @181 @527
+@638 := @543 @1
+@641 := @542 (@638 @496) @549
+@642 := @568 @1
+@652 := (hbind : @540) ->
+  (hF : @641) -> (hA : @614) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@642 @572 @544 @19))
+@662 := {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @634) -> (hfn : @606) -> (hwt : @637) -> @652
+@663 := @629 @2
+@665 := @630 @2 @19
+@667 := (n : @98) -> @665 @179
+@668 := @173 @181
+@669 := @668 @527
+@678 := {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @667) -> (hfn : @606) -> (hwt : @669) -> @652
+@679 := @663 @111
+@681 := (n : @98) -> @665 @111
+@682 := @603 @111
+@683 := @505 @682
+@684 := @683 @519
+@685 := @638 @111
+@686 := @542 @685
+@687 := @686 @549
+@688 := @611 @111
+@690 := @688 @193 @181
+@692 := @642 (@571 @111)
+@700 := (hF : @687) -> (hA : @690) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 @544 @19))
+@709 := {fn : @123} ->
+  {args : @177} ->
+  {env : @494} ->
+  {F : @467} -> {o : @469} -> (hB : @681) -> (hfn : @684) -> (hwt : @669) -> (hbind : @540) -> @700
+@710 := @679 @143
+@712 := @683 (@518 @143)
+@713 := @526 @143
+@714 := @668 @713
+@716 := @531 (@532 @143)
+@728 := {args : @177} ->
+  {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @681) -> (hfn : @712) -> (hwt : @714) -> (hbind : @530 (@716 @179 @114) @539) -> @700
+@729 := @710 @97
+@732 := @381 (@328 (@270 @90))
+@734 := @173 @732 @713
+@736 := @91 (@5 @496)
+@741 := @736 (@381 (@91 (@57 @187) @90))
+@745 := @530 (@716 @741 @114) @539
+@747 := @91 (@5 @544)
+@749 := @91 (@5 @521)
+@754 := @747 (@749 (@91 (@57 @496) @90))
+@756 := @688 @754 @181
+@759 := @91 (@5 #14)
+@761 := @91 (@5 @552)
+@762 := #12
+@782 := {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @734) ->
+  (hbind : @745) ->
+  (hF : @687) ->
+  (hA : @756) ->
+  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@759 (@761 (@91 (@57 @762) @90))) @19))
+@783 := @729 @121
+@786 := @328 (@342 (@284 @90))
+@788 := @173 @786 @713
+@802 := @530 (@716 @732 @114) (@538 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
+@807 := @749 (@736 (@91 (@57 @193) @90))
+@809 := @688 @807 @181
+@811 := @91 (@5 @762)
+@830 := {F : @467} ->
+  {o : @469} ->
+  (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @788) ->
+  (hbind : @802) ->
+  (hF : @687) ->
+  (hA : @809) ->
+  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@761 (@811 (@91 (@57 @544) @90))) @19))
+@831 := @783 @122
+@832 := @400 @713
+@846 := @530 (@716 @786 @114) (@538 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
+@848 := @686 (@548 @122)
+@850 := @688 @741 @181
+@851 := @563 @122
+@872 := {o : @469} ->
+  (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @832) ->
+  (hbind : @846) ->
+  (hF : @848) ->
+  (hA : @850) ->
+  (hne : @558) ->
+  @561 (fun (ro : @560) => @562 (@851 @193 @19) (@692 (@811 (@747 (@91 (@57 @521) @90))) @19))
+@873 := @831 @423
+@874 := @407 @713
+@888 := @530 (@716 @399 @114) (@538 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
+@889 := @688 @732
+@892 := @420 @193 @187 @179
+@893 := @889 @892
+@896 := @420 @496 @193 @187
+@916 := (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @874) ->
+  (hbind : @888) ->
+  (hF : @848) ->
+  (hA : @893) ->
+  (hne : @470 @896 @475) ->
+  @561 (fun (ro : @560) => @562 (@851 (@420 @544 @521 @496) @19) (@692 @754 @19))
+@917 := @873 @147
+@918 := @414 @713
+@932 := @530 (@716 @406 @114) (@538 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
+@933 := @688 @786
+@936 := @420 @187 @179 @181
+@956 := (hfn : @712) ->
+  (hwt : @918) ->
+  (hbind : @932) ->
+  (hF : @848) ->
+  (hA : @933 @936) ->
+  (hne : @470 @892 @475) ->
+  @561 (fun (ro : @560) => @562 (@851 (@420 @521 @496 @193) @19) (@692 @807 @19))
+@957 := Eq.refl.{1}
+@960 := @917 (@957 @504 @682)
+@961 := @418 @713
+@975 := @530 (@716 @413 @114) (@538 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
+@976 := @688 @399
+@979 := @420 @179 @181 @183
+@995 := (hwt : @961) ->
+  (hbind : @975) ->
+  (hF : @848) ->
+  (hA : @976 @979) ->
+  (hne : @470 @936 @475) -> @561 (fun (ro : @560) => @562 (@851 @896 @19) (@692 @741 @19))
+@996 := @960 @417
+@998 := @716 @97 @114
+@1001 := @530 @998 (@538 @121)
+@1002 := @688 @406
+@1005 := @420 @181 @183 @4
+@1020 := (hbind : @1001) ->
+  (hF : @848) ->
+  (hA : @1002 @1005) ->
+  (hne : @470 @979 @475) -> @561 (fun (ro : @560) => @562 (@851 @892 @19) (@692 @732 @19))
+@1023 := @996 (@957 @529 @998)
+@1024 := @688 @413
+@1027 := @420 @183 @4 @15
+@1041 := (hF : @848) ->
+  (hA : @1024 @1027) ->
+  (hne : @470 @1005 @475) -> @561 (fun (ro : @560) => @562 (@851 @936 @19) (@692 @786 @19))
+@1044 := @1023 (@957 @541 @685)
+@1058 := (hA : @688 @97 @423) ->
+  (hne : @470 @1027 @475) -> @561 (fun (ro : @560) => @562 (@851 @979 @19) (@692 @399 @19))
+@1059 := @1044 @466
+@1070 := (hne : @470 @423 @475) -> @561 (fun (ro : @560) => @562 (@851 @1005 @19) (@692 @406 @19))
+@1071 := @1059 @489
+@1077 := @562 (@851 @1027 @19) (@692 @413 @19)
+@1079 := @561 (fun (ro : @560) => @1077)
+@1081 := @561 (fun (__e_ro : @560) => @1077)
+@1082 := LexLeanPreservation.Rust.RepresentableL
+@1083 := @5 @17
+@1085 := @91 @61 @90
+@1089 := @1082 (@94 (@91 @1083 @1085))
+@1090 := (__e_hrep : @1089) -> @1081
+@1091 := fun (__e_hrep : @1089) => @1071
+@1092 := (c : @56) -> @1090
+@1093 := fun (c : @56) => @1091
+@1094 := (b : @3) -> @1092
+@1095 := fun (b : @3) => @1093
+@1096 := (a : @3) -> @1094
+@1097 := fun (a : @3) => @1095
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..117f11405
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustStd.lex.tex
@@ -0,0 +1,543 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.root : @1096 := @1097 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.flags
+@3 := Int64
+@4 := #3
+@5 := LexLeanTarget.TargetSyntax.Value.i64
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.fixed
+@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i64
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := @13 @4
+@15 := #2
+@16 := @14 @15
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_i64 @0
+@29 := @13 @0
+@31 := @29 @15 @17
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@39 := @38 @17
+@43 := {A : @12} -> (x : @3) -> @39 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @15
+@53 := @44 @15
+@55 := @45 @52 @9
+@56 := UInt64
+@57 := LexLeanTarget.TargetSyntax.Value.u64
+@58 := @57 @17
+@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u64
+@61 := @57 @19
+@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
+@69 := LexLeanPreservation.Rust.wt_u64 @0
+@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
+@75 := @69 @1
+@79 := {A : @12} -> (x : @56) -> @39 @61 @60
+@80 := @75 @2
+@83 := (x : @56) -> @45 @61 @60
+@84 := @80 @17
+@86 := @45 @58 @60
+@87 := LexLeanTarget.TargetSyntax.Value
+@88 := List.nil.{0}
+@89 := List.cons.{0}
+@90 := @88 @87
+@91 := @89 @87
+@93 := @91 @58 @90
+@94 := @91 @52
+@95 := @94 @93
+@96 := @91 @6
+@97 := @96 @95
+@98 := Nat
+@99 := Prod.{0, 0}
+@101 := @99 @98 @87
+@102 := 2
+@105 := Prod.mk.{0, 0} @98 @87
+@106 := @105 @102
+@107 := @106 @58
+@109 := @105 1
+@110 := @109 @52
+@111 := 0
+@112 := @105 @111
+@113 := @112 @6
+@114 := @88 @101
+@115 := @89 @101
+@117 := @115 @113 @114
+@119 := @115 @110 @117
+@121 := @115 @107 @119
+@122 := Bool.false
+@123 := LexLeanTarget.TargetSyntax.Function
+@124 := LexLeanTarget.TargetSyntax.Program.functions
+@125 := @124 @0
+@126 := LexLeanTarget.TargetSyntax.Ty
+@127 := @88 @98
+@128 := @88 @126
+@129 := LexLeanTarget.TargetSyntax.Ty.unit
+@130 := LexLeanTarget.TargetSyntax.Value.unit
+@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
+@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
+@143 := List.getD.{0} @123 @125 @111 @138
+@147 := fun (__e_n : @98) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.root @19 @111
+@148 := LexLeanPreservation.Rust.WTL
+@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
+@158 := LexLeanPreservation.Rust.wtl_nil @0
+@159 := @148 @0
+@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
+@166 := @158 @1
+@167 := @159 @1
+@171 := {A : @12} -> @167 @19 @90 @128
+@172 := @166 @2
+@173 := @167 @2
+@174 := @173 @90
+@175 := @174 @128
+@176 := List.{0}
+@177 := @176 @87
+@178 := @176 @126
+@179 := #6
+@180 := @13 @179
+@181 := #5
+@182 := @180 @181
+@183 := #4
+@186 := @182 @183 @4 @15
+@187 := #7
+@192 := @148 @187 @179 @181 @15 @17
+@193 := #8
+@196 := @148 @193 @187 @179
+@198 := @91 @181 @4
+@199 := @196 @198
+@200 := @89 @126
+@202 := @200 @183 @15
+@212 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
+@214 := LexLeanPreservation.Rust.wtl_cons @0
+@234 := {c : @11} ->
+  {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} ->
+  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
+@235 := @214 @1
+@251 := {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
+@252 := @235 @2
+@254 := @45 @4 @15
+@256 := @173 @15 @17
+@264 := {v : @87} ->
+  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
+@265 := @252 @58
+@266 := @57 @183
+@268 := @45 @266 @15
+@269 := @57 @179
+@270 := @91 @269
+@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
+@279 := @265 @60
+@280 := @57 @4
+@282 := @45 @280 @60
+@283 := @57 @181
+@284 := @91 @283
+@286 := @173 (@284 @4)
+@287 := @200 @60
+@288 := @287 @15
+@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
+@294 := @279 @90
+@295 := @57 @15
+@297 := @45 @295 @60
+@298 := @174 @17
+@300 := @91 @266 @90
+@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
+@306 := @294 @128
+@308 := @91 @280 @90
+@309 := @173 @308
+@310 := @287 @128
+@313 := (h : @86) -> (hs : @175) -> @309 @310
+@314 := @306 @84
+@316 := @91 @295 @90
+@318 := @173 @316 @310
+@319 := (hs : @175) -> @318
+@320 := @314 @172
+@322 := @173 @93 @310
+@323 := @252 @52
+@324 := @5 @181
+@325 := @45 @324
+@326 := @325 @15
+@327 := @5 @187
+@328 := @91 @327
+@330 := @173 (@328 @4)
+@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
+@337 := @323 @9
+@338 := @5 @183
+@340 := @45 @338 @9
+@341 := @5 @179
+@342 := @91 @341
+@344 := @173 (@342 @4)
+@345 := @200 @9
+@346 := @345 @15
+@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
+@352 := @337 @93
+@353 := @309 @17
+@354 := @91 @324
+@355 := @354 @300
+@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
+@361 := @352 @310
+@362 := @91 @338
+@363 := @362 @308
+@364 := @173 @363
+@365 := @345 @310
+@368 := (h : @55) -> (hs : @318) -> @364 @365
+@369 := @361 @53
+@370 := @96 @316
+@372 := @173 @370 @365
+@373 := (hs : @322) -> @372
+@374 := @369 @320
+@376 := @173 @95 @365
+@377 := @252 @6
+@379 := @45 @341 @15
+@380 := @5 @193
+@381 := @91 @380
+@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
+@390 := @377 @9
+@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
+@397 := @390 @95
+@398 := @364 @17
+@399 := @342 @355
+@400 := @173 @399
+@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
+@405 := @397 @365
+@406 := @354 @363
+@407 := @173 @406
+@408 := @345 @365
+@411 := (h : @51) -> (hs : @372) -> @407 @408
+@412 := @405 @49
+@413 := @362 @370
+@414 := @173 @413
+@416 := (hs : @376) -> @414 @408
+@417 := @412 @374
+@418 := @173 @97
+@419 := @418 @408
+@420 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.denote
+@423 := @420 @4 @15 @17
+@424 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.__fits_0
+@427 := @424 @4 @15 @17
+@431 := Coverage.Prims.fixedWide @4 @15 @17
+@432 := Option.{0}
+@433 := @432 @3
+@434 := @432 @56
+@435 := @99 @433
+@436 := @435 @434
+@437 := @435 @436
+@438 := @435 @437
+@439 := @435 @438
+@440 := LexLeanPreservation.encOption
+@442 := @440 @3 @5
+@444 := @440 @56 @57
+@446 := LexLeanPreservation.encPair @433
+@449 := @446 @434 @442 @444
+@452 := @446 @436 @442 @449
+@455 := @446 @437 @442 @452
+@458 := @446 @438 @442 @455
+@462 := @446 @439 @442 @458 @431
+@466 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.root @4 @15 @17
+@467 := Bool
+@468 := Ne.{1}
+@469 := LexLeanPreservation.Obs
+@470 := @468 @469
+@471 := LexLeanPreservation.Rel
+@474 := @470 (@471 @17 @19)
+@475 := LexLeanPreservation.Obs.stuck
+@478 := (f : @467) -> (v : @87) -> @474 @475
+@480 := LexLeanPreservation.Rust.rel_ne_stuck @427
+@488 := (v : @87) -> @470 (@471 (@424 @183 @4 @15) @19) @475
+@489 := @480 @462
+@493 := @470 (@471 @427 @462) @475
+@494 := @176 @101
+@495 := LexLeanPreservation.Rust.FunSem
+@496 := #9
+@502 := (n : @98) -> @495 @496 @193 @187 @19 @179
+@503 := Eq.{1}
+@504 := @432 @123
+@505 := @503 @504
+@512 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
+@516 := @505 (@512 (@124 @496) @179)
+@517 := Option.some.{0}
+@518 := @517 @123
+@519 := @518 @181
+@520 := @516 @519
+@521 := #10
+@525 := @148 @521 @496 @193 @181
+@526 := LexLeanTarget.TargetSyntax.Function.types
+@527 := @526 @179
+@528 := @525 @527
+@529 := @432 @494
+@530 := @503 @529
+@531 := LexLeanTarget.TargetSemantics.bindAll
+@532 := LexLeanTarget.TargetSyntax.Function.parameters
+@537 := @530 (@531 (@532 @187) @179 @114)
+@538 := @517 @494
+@539 := @538 @181
+@540 := @537 @539
+@541 := @432 @467
+@542 := @503 @541
+@543 := LexLeanPreservation.Rust.fnFallible
+@544 := #11
+@547 := @542 (@543 @544 @496)
+@548 := @517 @467
+@549 := @548 @181
+@550 := @547 @549
+@551 := LexLeanPreservation.RunConv
+@552 := #13
+@556 := @551 @552 @521 @193 @181
+@558 := @470 @179 @475
+@559 := Exists.{1}
+@560 := LexLeanPreservation.Rust.ROut
+@561 := @559 @560
+@562 := And
+@563 := LexLeanPreservation.Rust.RealizesFn
+@567 := @562 (@563 @496 @193 @19)
+@568 := LexLeanPreservation.Rust.RCI
+@570 := @568 #15
+@571 := LexLeanPreservation.Rust.fnIdent
+@572 := @571 @552
+@579 := (hne : @558) -> @561 (fun (ro : @560) => @567 (@570 @572 @544 @19))
+@594 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @502) ->
+  (hfn : @520) -> (hwt : @528) -> (hbind : @540) -> (hF : @550) -> (hA : @556) -> @579
+@596 := LexLeanPreservation.Rust.compose @0
+@597 := @495 @0
+@602 := (n : @98) -> @597 @193 @187 @19 @179
+@603 := @512 @125
+@606 := @505 (@603 @179) @519
+@610 := @159 @496 @193 @181 @527
+@611 := @551 @0
+@614 := @611 @521 @193 @181
+@628 := {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @602) ->
+  (hfn : @606) -> (hwt : @610) -> (hbind : @540) -> (hF : @550) -> (hA : @614) -> @579
+@629 := @596 @1
+@630 := @597 @1
+@634 := (n : @98) -> @630 @187 @19 @179
+@637 := @167 @193 @181 @527
+@638 := @543 @1
+@641 := @542 (@638 @496) @549
+@642 := @568 @1
+@652 := (hbind : @540) ->
+  (hF : @641) -> (hA : @614) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@642 @572 @544 @19))
+@662 := {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @634) -> (hfn : @606) -> (hwt : @637) -> @652
+@663 := @629 @2
+@665 := @630 @2 @19
+@667 := (n : @98) -> @665 @179
+@668 := @173 @181
+@669 := @668 @527
+@678 := {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @667) -> (hfn : @606) -> (hwt : @669) -> @652
+@679 := @663 @111
+@681 := (n : @98) -> @665 @111
+@682 := @603 @111
+@683 := @505 @682
+@684 := @683 @519
+@685 := @638 @111
+@686 := @542 @685
+@687 := @686 @549
+@688 := @611 @111
+@690 := @688 @193 @181
+@692 := @642 (@571 @111)
+@700 := (hF : @687) -> (hA : @690) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 @544 @19))
+@709 := {fn : @123} ->
+  {args : @177} ->
+  {env : @494} ->
+  {F : @467} -> {o : @469} -> (hB : @681) -> (hfn : @684) -> (hwt : @669) -> (hbind : @540) -> @700
+@710 := @679 @143
+@712 := @683 (@518 @143)
+@713 := @526 @143
+@714 := @668 @713
+@716 := @531 (@532 @143)
+@728 := {args : @177} ->
+  {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @681) -> (hfn : @712) -> (hwt : @714) -> (hbind : @530 (@716 @179 @114) @539) -> @700
+@729 := @710 @97
+@732 := @381 (@328 (@270 @90))
+@734 := @173 @732 @713
+@736 := @91 (@5 @496)
+@741 := @736 (@381 (@91 (@57 @187) @90))
+@745 := @530 (@716 @741 @114) @539
+@747 := @91 (@5 @544)
+@749 := @91 (@5 @521)
+@754 := @747 (@749 (@91 (@57 @496) @90))
+@756 := @688 @754 @181
+@759 := @91 (@5 #14)
+@761 := @91 (@5 @552)
+@762 := #12
+@782 := {env : @494} ->
+  {F : @467} ->
+  {o : @469} ->
+  (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @734) ->
+  (hbind : @745) ->
+  (hF : @687) ->
+  (hA : @756) ->
+  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@759 (@761 (@91 (@57 @762) @90))) @19))
+@783 := @729 @121
+@786 := @328 (@342 (@284 @90))
+@788 := @173 @786 @713
+@802 := @530 (@716 @732 @114) (@538 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
+@807 := @749 (@736 (@91 (@57 @193) @90))
+@809 := @688 @807 @181
+@811 := @91 (@5 @762)
+@830 := {F : @467} ->
+  {o : @469} ->
+  (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @788) ->
+  (hbind : @802) ->
+  (hF : @687) ->
+  (hA : @809) ->
+  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@761 (@811 (@91 (@57 @544) @90))) @19))
+@831 := @783 @122
+@832 := @400 @713
+@846 := @530 (@716 @786 @114) (@538 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
+@848 := @686 (@548 @122)
+@850 := @688 @741 @181
+@851 := @563 @122
+@872 := {o : @469} ->
+  (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @832) ->
+  (hbind : @846) ->
+  (hF : @848) ->
+  (hA : @850) ->
+  (hne : @558) ->
+  @561 (fun (ro : @560) => @562 (@851 @193 @19) (@692 (@811 (@747 (@91 (@57 @521) @90))) @19))
+@873 := @831 @423
+@874 := @407 @713
+@888 := @530 (@716 @399 @114) (@538 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
+@889 := @688 @732
+@892 := @420 @193 @187 @179
+@893 := @889 @892
+@896 := @420 @496 @193 @187
+@916 := (hB : @681) ->
+  (hfn : @712) ->
+  (hwt : @874) ->
+  (hbind : @888) ->
+  (hF : @848) ->
+  (hA : @893) ->
+  (hne : @470 @896 @475) ->
+  @561 (fun (ro : @560) => @562 (@851 (@420 @544 @521 @496) @19) (@692 @754 @19))
+@917 := @873 @147
+@918 := @414 @713
+@932 := @530 (@716 @406 @114) (@538 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
+@933 := @688 @786
+@936 := @420 @187 @179 @181
+@956 := (hfn : @712) ->
+  (hwt : @918) ->
+  (hbind : @932) ->
+  (hF : @848) ->
+  (hA : @933 @936) ->
+  (hne : @470 @892 @475) ->
+  @561 (fun (ro : @560) => @562 (@851 (@420 @521 @496 @193) @19) (@692 @807 @19))
+@957 := Eq.refl.{1}
+@960 := @917 (@957 @504 @682)
+@961 := @418 @713
+@975 := @530 (@716 @413 @114) (@538 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
+@976 := @688 @399
+@979 := @420 @179 @181 @183
+@995 := (hwt : @961) ->
+  (hbind : @975) ->
+  (hF : @848) ->
+  (hA : @976 @979) ->
+  (hne : @470 @936 @475) -> @561 (fun (ro : @560) => @562 (@851 @896 @19) (@692 @741 @19))
+@996 := @960 @417
+@998 := @716 @97 @114
+@1001 := @530 @998 (@538 @121)
+@1002 := @688 @406
+@1005 := @420 @181 @183 @4
+@1020 := (hbind : @1001) ->
+  (hF : @848) ->
+  (hA : @1002 @1005) ->
+  (hne : @470 @979 @475) -> @561 (fun (ro : @560) => @562 (@851 @892 @19) (@692 @732 @19))
+@1023 := @996 (@957 @529 @998)
+@1024 := @688 @413
+@1027 := @420 @183 @4 @15
+@1041 := (hF : @848) ->
+  (hA : @1024 @1027) ->
+  (hne : @470 @1005 @475) -> @561 (fun (ro : @560) => @562 (@851 @936 @19) (@692 @786 @19))
+@1044 := @1023 (@957 @541 @685)
+@1058 := (hA : @688 @97 @423) ->
+  (hne : @470 @1027 @475) -> @561 (fun (ro : @560) => @562 (@851 @979 @19) (@692 @399 @19))
+@1059 := @1044 @466
+@1070 := (hne : @470 @423 @475) -> @561 (fun (ro : @560) => @562 (@851 @1005 @19) (@692 @406 @19))
+@1071 := @1059 @489
+@1077 := @562 (@851 @1027 @19) (@692 @413 @19)
+@1079 := @561 (fun (ro : @560) => @1077)
+@1081 := @561 (fun (__e_ro : @560) => @1077)
+@1082 := LexLeanPreservation.Rust.RepresentableL
+@1083 := @5 @17
+@1085 := @91 @61 @90
+@1089 := @1082 (@94 (@91 @1083 @1085))
+@1090 := (__e_hrep : @1089) -> @1081
+@1091 := fun (__e_hrep : @1089) => @1071
+@1092 := (c : @56) -> @1090
+@1093 := fun (c : @56) => @1091
+@1094 := (b : @3) -> @1092
+@1095 := fun (b : @3) => @1093
+@1096 := (a : @3) -> @1094
+@1097 := fun (a : @3) => @1095
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustCore.lean
new file mode 100644
index 000000000..53bed3572
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.fixed .i64), (.fixed .i64), (.fixed .u64)], result := (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))),
+      body := (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.option (.fixed .u64))) [(.prim .checkedNeg [(.var 0)]), (.prim .checkedAdd [(.var 2), (.value (.fixed .u64) (.u64 1))])])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u64) }] (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))))))), [(2, (.fixed .u64), (some 2)), (1, (.fixed .i64), (some 1)), (0, (.fixed .i64), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))]) (tail := (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustStd.lean
new file mode 100644
index 000000000..44ff72155
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.fixed .i64), (.fixed .i64), (.fixed .u64)], result := (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))),
+      body := (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.option (.fixed .u64))) [(.prim .checkedNeg [(.var 0)]), (.prim .checkedAdd [(.var 2), (.value (.fixed .u64) (.u64 1))])])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u64) }] (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))))))), [(2, (.fixed .u64), (some 2)), (1, (.fixed .i64), (some 1)), (0, (.fixed .i64), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))]) (tail := (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24.lean
index 95af6ef07..50d60c0ad 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : UInt16) (b : UInt16) (s : UInt32) : _root_.LexLeanPreservation.O
 theorem root (a : UInt16) (b : UInt16) (s : UInt32) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.u16 a), (_root_.LexLeanTarget.TargetSyntax.Value.u16 b), (_root_.LexLeanTarget.TargetSyntax.Value.u32 s)] (_root_.LexLeanPreservation.Rel (__fits_0 a b s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u16 (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u16 (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u16 (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u16 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u16) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u16) _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Prims.bits a b s))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b s)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..cb785a896
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustCore.lex.tex
@@ -0,0 +1,546 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.root : @1100 := @1101 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.flags
+@3 := UInt16
+@4 := #3
+@5 := LexLeanTarget.TargetSyntax.Value.u16
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.fixed
+@9 := @7 LexLeanTarget.TargetSyntax.IntKind.u16
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := @13 @4
+@15 := #2
+@16 := @14 @15
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_u16 @0
+@29 := @13 @0
+@31 := @29 @15 @17
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@39 := @38 @17
+@43 := {A : @12} -> (x : @3) -> @39 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @15
+@53 := @44 @15
+@55 := @45 @52 @9
+@56 := UInt32
+@57 := LexLeanTarget.TargetSyntax.Value.u32
+@58 := @57 @17
+@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u32
+@61 := @57 @19
+@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
+@69 := LexLeanPreservation.Rust.wt_u32 @0
+@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
+@75 := @69 @1
+@79 := {A : @12} -> (x : @56) -> @39 @61 @60
+@80 := @75 @2
+@83 := (x : @56) -> @45 @61 @60
+@84 := @80 @17
+@86 := @45 @58 @60
+@87 := LexLeanTarget.TargetSyntax.Value
+@88 := List.nil.{0}
+@89 := List.cons.{0}
+@90 := @88 @87
+@91 := @89 @87
+@93 := @91 @58 @90
+@94 := @91 @52
+@95 := @94 @93
+@96 := @91 @6
+@97 := @96 @95
+@98 := Nat
+@99 := Prod.{0, 0}
+@101 := @99 @98 @87
+@102 := 2
+@105 := Prod.mk.{0, 0} @98 @87
+@106 := @105 @102
+@107 := @106 @58
+@109 := @105 1
+@110 := @109 @52
+@111 := 0
+@112 := @105 @111
+@113 := @112 @6
+@114 := @88 @101
+@115 := @89 @101
+@117 := @115 @113 @114
+@119 := @115 @110 @117
+@121 := @115 @107 @119
+@122 := Bool.false
+@123 := LexLeanTarget.TargetSyntax.Function
+@124 := LexLeanTarget.TargetSyntax.Program.functions
+@125 := @124 @0
+@126 := LexLeanTarget.TargetSyntax.Ty
+@127 := @88 @98
+@128 := @88 @126
+@129 := LexLeanTarget.TargetSyntax.Ty.unit
+@130 := LexLeanTarget.TargetSyntax.Value.unit
+@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
+@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
+@143 := List.getD.{0} @123 @125 @111 @138
+@147 := fun (__e_n : @98) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.root @19 @111
+@148 := LexLeanPreservation.Rust.WTL
+@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
+@158 := LexLeanPreservation.Rust.wtl_nil @0
+@159 := @148 @0
+@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
+@166 := @158 @1
+@167 := @159 @1
+@171 := {A : @12} -> @167 @19 @90 @128
+@172 := @166 @2
+@173 := @167 @2
+@174 := @173 @90
+@175 := @174 @128
+@176 := List.{0}
+@177 := @176 @87
+@178 := @176 @126
+@179 := #6
+@180 := @13 @179
+@181 := #5
+@182 := @180 @181
+@183 := #4
+@186 := @182 @183 @4 @15
+@187 := #7
+@192 := @148 @187 @179 @181 @15 @17
+@193 := #8
+@196 := @148 @193 @187 @179
+@198 := @91 @181 @4
+@199 := @196 @198
+@200 := @89 @126
+@202 := @200 @183 @15
+@212 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
+@214 := LexLeanPreservation.Rust.wtl_cons @0
+@234 := {c : @11} ->
+  {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} ->
+  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
+@235 := @214 @1
+@251 := {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
+@252 := @235 @2
+@254 := @45 @4 @15
+@256 := @173 @15 @17
+@264 := {v : @87} ->
+  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
+@265 := @252 @58
+@266 := @57 @183
+@268 := @45 @266 @15
+@269 := @57 @179
+@270 := @91 @269
+@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
+@279 := @265 @60
+@280 := @57 @4
+@282 := @45 @280 @60
+@283 := @57 @181
+@284 := @91 @283
+@286 := @173 (@284 @4)
+@287 := @200 @60
+@288 := @287 @15
+@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
+@294 := @279 @90
+@295 := @57 @15
+@297 := @45 @295 @60
+@298 := @174 @17
+@300 := @91 @266 @90
+@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
+@306 := @294 @128
+@308 := @91 @280 @90
+@309 := @173 @308
+@310 := @287 @128
+@313 := (h : @86) -> (hs : @175) -> @309 @310
+@314 := @306 @84
+@316 := @91 @295 @90
+@318 := @173 @316 @310
+@319 := (hs : @175) -> @318
+@320 := @314 @172
+@322 := @173 @93 @310
+@323 := @252 @52
+@324 := @5 @181
+@325 := @45 @324
+@326 := @325 @15
+@327 := @5 @187
+@328 := @91 @327
+@330 := @173 (@328 @4)
+@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
+@337 := @323 @9
+@338 := @5 @183
+@340 := @45 @338 @9
+@341 := @5 @179
+@342 := @91 @341
+@344 := @173 (@342 @4)
+@345 := @200 @9
+@346 := @345 @15
+@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
+@352 := @337 @93
+@353 := @309 @17
+@354 := @91 @324
+@355 := @354 @300
+@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
+@361 := @352 @310
+@362 := @91 @338
+@363 := @362 @308
+@364 := @173 @363
+@365 := @345 @310
+@368 := (h : @55) -> (hs : @318) -> @364 @365
+@369 := @361 @53
+@370 := @96 @316
+@372 := @173 @370 @365
+@373 := (hs : @322) -> @372
+@374 := @369 @320
+@376 := @173 @95 @365
+@377 := @252 @6
+@379 := @45 @341 @15
+@380 := @5 @193
+@381 := @91 @380
+@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
+@390 := @377 @9
+@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
+@397 := @390 @95
+@398 := @364 @17
+@399 := @342 @355
+@400 := @173 @399
+@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
+@405 := @397 @365
+@406 := @354 @363
+@407 := @173 @406
+@408 := @345 @365
+@411 := (h : @51) -> (hs : @372) -> @407 @408
+@412 := @405 @49
+@413 := @362 @370
+@414 := @173 @413
+@416 := (hs : @376) -> @414 @408
+@417 := @412 @374
+@418 := @173 @97
+@419 := @418 @408
+@420 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.denote
+@423 := @420 @4 @15 @17
+@424 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.__fits_0
+@427 := @424 @4 @15 @17
+@431 := Coverage.Prims.bits @4 @15 @17
+@432 := Option.{0}
+@433 := @432 @3
+@434 := Bool
+@435 := @99 @433
+@436 := @435 @434
+@437 := @435 @436
+@438 := @99 @3
+@439 := @438 @437
+@440 := @438 @439
+@441 := @438 @440
+@444 := LexLeanPreservation.encOption @3 @5
+@445 := LexLeanTarget.TargetSyntax.Value.bool
+@446 := LexLeanPreservation.encPair
+@447 := @446 @433
+@450 := @447 @434 @444 @445
+@453 := @447 @436 @444 @450
+@454 := @446 @3
+@457 := @454 @437 @5 @453
+@460 := @454 @439 @5 @457
+@463 := @454 @440 @5 @460
+@467 := @454 @441 @5 @463 @431
+@471 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.root @4 @15 @17
+@472 := Ne.{1}
+@473 := LexLeanPreservation.Obs
+@474 := @472 @473
+@475 := LexLeanPreservation.Rel
+@478 := @474 (@475 @17 @19)
+@479 := LexLeanPreservation.Obs.stuck
+@482 := (f : @434) -> (v : @87) -> @478 @479
+@484 := LexLeanPreservation.Rust.rel_ne_stuck @427
+@492 := (v : @87) -> @474 (@475 (@424 @183 @4 @15) @19) @479
+@493 := @484 @467
+@497 := @474 (@475 @427 @467) @479
+@498 := @176 @101
+@499 := LexLeanPreservation.Rust.FunSem
+@500 := #9
+@506 := (n : @98) -> @499 @500 @193 @187 @19 @179
+@507 := Eq.{1}
+@508 := @432 @123
+@509 := @507 @508
+@516 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
+@520 := @509 (@516 (@124 @500) @179)
+@521 := Option.some.{0}
+@522 := @521 @123
+@523 := @522 @181
+@524 := @520 @523
+@525 := #10
+@529 := @148 @525 @500 @193 @181
+@530 := LexLeanTarget.TargetSyntax.Function.types
+@531 := @530 @179
+@532 := @529 @531
+@533 := @432 @498
+@534 := @507 @533
+@535 := LexLeanTarget.TargetSemantics.bindAll
+@536 := LexLeanTarget.TargetSyntax.Function.parameters
+@541 := @534 (@535 (@536 @187) @179 @114)
+@542 := @521 @498
+@543 := @542 @181
+@544 := @541 @543
+@545 := @432 @434
+@546 := @507 @545
+@547 := LexLeanPreservation.Rust.fnFallible
+@548 := #11
+@551 := @546 (@547 @548 @500)
+@552 := @521 @434
+@553 := @552 @181
+@554 := @551 @553
+@555 := LexLeanPreservation.RunConv
+@556 := #13
+@560 := @555 @556 @525 @193 @181
+@562 := @474 @179 @479
+@563 := Exists.{1}
+@564 := LexLeanPreservation.Rust.ROut
+@565 := @563 @564
+@566 := And
+@567 := LexLeanPreservation.Rust.RealizesFn
+@571 := @566 (@567 @500 @193 @19)
+@572 := LexLeanPreservation.Rust.RCI
+@574 := @572 #15
+@575 := LexLeanPreservation.Rust.fnIdent
+@576 := @575 @556
+@583 := (hne : @562) -> @565 (fun (ro : @564) => @571 (@574 @576 @548 @19))
+@598 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @506) ->
+  (hfn : @524) -> (hwt : @532) -> (hbind : @544) -> (hF : @554) -> (hA : @560) -> @583
+@600 := LexLeanPreservation.Rust.compose @0
+@601 := @499 @0
+@606 := (n : @98) -> @601 @193 @187 @19 @179
+@607 := @516 @125
+@610 := @509 (@607 @179) @523
+@614 := @159 @500 @193 @181 @531
+@615 := @555 @0
+@618 := @615 @525 @193 @181
+@632 := {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @606) ->
+  (hfn : @610) -> (hwt : @614) -> (hbind : @544) -> (hF : @554) -> (hA : @618) -> @583
+@633 := @600 @1
+@634 := @601 @1
+@638 := (n : @98) -> @634 @187 @19 @179
+@641 := @167 @193 @181 @531
+@642 := @547 @1
+@645 := @546 (@642 @500) @553
+@646 := @572 @1
+@656 := (hbind : @544) ->
+  (hF : @645) -> (hA : @618) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@646 @576 @548 @19))
+@666 := {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @638) -> (hfn : @610) -> (hwt : @641) -> @656
+@667 := @633 @2
+@669 := @634 @2 @19
+@671 := (n : @98) -> @669 @179
+@672 := @173 @181
+@673 := @672 @531
+@682 := {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @671) -> (hfn : @610) -> (hwt : @673) -> @656
+@683 := @667 @111
+@685 := (n : @98) -> @669 @111
+@686 := @607 @111
+@687 := @509 @686
+@688 := @687 @523
+@689 := @642 @111
+@690 := @546 @689
+@691 := @690 @553
+@692 := @615 @111
+@694 := @692 @193 @181
+@696 := @646 (@575 @111)
+@704 := (hF : @691) -> (hA : @694) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 @548 @19))
+@713 := {fn : @123} ->
+  {args : @177} ->
+  {env : @498} ->
+  {F : @434} -> {o : @473} -> (hB : @685) -> (hfn : @688) -> (hwt : @673) -> (hbind : @544) -> @704
+@714 := @683 @143
+@716 := @687 (@522 @143)
+@717 := @530 @143
+@718 := @672 @717
+@720 := @535 (@536 @143)
+@732 := {args : @177} ->
+  {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @685) -> (hfn : @716) -> (hwt : @718) -> (hbind : @534 (@720 @179 @114) @543) -> @704
+@733 := @714 @97
+@736 := @381 (@328 (@270 @90))
+@738 := @173 @736 @717
+@740 := @91 (@5 @500)
+@745 := @740 (@381 (@91 (@57 @187) @90))
+@749 := @534 (@720 @745 @114) @543
+@751 := @91 (@5 @548)
+@753 := @91 (@5 @525)
+@758 := @751 (@753 (@91 (@57 @500) @90))
+@760 := @692 @758 @181
+@763 := @91 (@5 #14)
+@765 := @91 (@5 @556)
+@766 := #12
+@786 := {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @738) ->
+  (hbind : @749) ->
+  (hF : @691) ->
+  (hA : @760) ->
+  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@763 (@765 (@91 (@57 @766) @90))) @19))
+@787 := @733 @121
+@790 := @328 (@342 (@284 @90))
+@792 := @173 @790 @717
+@806 := @534 (@720 @736 @114) (@542 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
+@811 := @753 (@740 (@91 (@57 @193) @90))
+@813 := @692 @811 @181
+@815 := @91 (@5 @766)
+@834 := {F : @434} ->
+  {o : @473} ->
+  (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @792) ->
+  (hbind : @806) ->
+  (hF : @691) ->
+  (hA : @813) ->
+  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@765 (@815 (@91 (@57 @548) @90))) @19))
+@835 := @787 @122
+@836 := @400 @717
+@850 := @534 (@720 @790 @114) (@542 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
+@852 := @690 (@552 @122)
+@854 := @692 @745 @181
+@855 := @567 @122
+@876 := {o : @473} ->
+  (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @836) ->
+  (hbind : @850) ->
+  (hF : @852) ->
+  (hA : @854) ->
+  (hne : @562) ->
+  @565 (fun (ro : @564) => @566 (@855 @193 @19) (@696 (@815 (@751 (@91 (@57 @525) @90))) @19))
+@877 := @835 @423
+@878 := @407 @717
+@892 := @534 (@720 @399 @114) (@542 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
+@893 := @692 @736
+@896 := @420 @193 @187 @179
+@897 := @893 @896
+@900 := @420 @500 @193 @187
+@920 := (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @878) ->
+  (hbind : @892) ->
+  (hF : @852) ->
+  (hA : @897) ->
+  (hne : @474 @900 @479) ->
+  @565 (fun (ro : @564) => @566 (@855 (@420 @548 @525 @500) @19) (@696 @758 @19))
+@921 := @877 @147
+@922 := @414 @717
+@936 := @534 (@720 @406 @114) (@542 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
+@937 := @692 @790
+@940 := @420 @187 @179 @181
+@960 := (hfn : @716) ->
+  (hwt : @922) ->
+  (hbind : @936) ->
+  (hF : @852) ->
+  (hA : @937 @940) ->
+  (hne : @474 @896 @479) ->
+  @565 (fun (ro : @564) => @566 (@855 (@420 @525 @500 @193) @19) (@696 @811 @19))
+@961 := Eq.refl.{1}
+@964 := @921 (@961 @508 @686)
+@965 := @418 @717
+@979 := @534 (@720 @413 @114) (@542 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
+@980 := @692 @399
+@983 := @420 @179 @181 @183
+@999 := (hwt : @965) ->
+  (hbind : @979) ->
+  (hF : @852) ->
+  (hA : @980 @983) ->
+  (hne : @474 @940 @479) -> @565 (fun (ro : @564) => @566 (@855 @900 @19) (@696 @745 @19))
+@1000 := @964 @417
+@1002 := @720 @97 @114
+@1005 := @534 @1002 (@542 @121)
+@1006 := @692 @406
+@1009 := @420 @181 @183 @4
+@1024 := (hbind : @1005) ->
+  (hF : @852) ->
+  (hA : @1006 @1009) ->
+  (hne : @474 @983 @479) -> @565 (fun (ro : @564) => @566 (@855 @896 @19) (@696 @736 @19))
+@1027 := @1000 (@961 @533 @1002)
+@1028 := @692 @413
+@1031 := @420 @183 @4 @15
+@1045 := (hF : @852) ->
+  (hA : @1028 @1031) ->
+  (hne : @474 @1009 @479) -> @565 (fun (ro : @564) => @566 (@855 @940 @19) (@696 @790 @19))
+@1048 := @1027 (@961 @545 @689)
+@1062 := (hA : @692 @97 @423) ->
+  (hne : @474 @1031 @479) -> @565 (fun (ro : @564) => @566 (@855 @983 @19) (@696 @399 @19))
+@1063 := @1048 @471
+@1074 := (hne : @474 @423 @479) -> @565 (fun (ro : @564) => @566 (@855 @1009 @19) (@696 @406 @19))
+@1075 := @1063 @493
+@1081 := @566 (@855 @1031 @19) (@696 @413 @19)
+@1083 := @565 (fun (ro : @564) => @1081)
+@1085 := @565 (fun (__e_ro : @564) => @1081)
+@1086 := LexLeanPreservation.Rust.RepresentableL
+@1087 := @5 @17
+@1089 := @91 @61 @90
+@1093 := @1086 (@94 (@91 @1087 @1089))
+@1094 := (__e_hrep : @1093) -> @1085
+@1095 := fun (__e_hrep : @1093) => @1075
+@1096 := (s : @56) -> @1094
+@1097 := fun (s : @56) => @1095
+@1098 := (b : @3) -> @1096
+@1099 := fun (b : @3) => @1097
+@1100 := (a : @3) -> @1098
+@1101 := fun (a : @3) => @1099
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..0b5be3aa5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustStd.lex.tex
@@ -0,0 +1,546 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.root : @1100 := @1101 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.flags
+@3 := UInt16
+@4 := #3
+@5 := LexLeanTarget.TargetSyntax.Value.u16
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.fixed
+@9 := @7 LexLeanTarget.TargetSyntax.IntKind.u16
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := @13 @4
+@15 := #2
+@16 := @14 @15
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_u16 @0
+@29 := @13 @0
+@31 := @29 @15 @17
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@39 := @38 @17
+@43 := {A : @12} -> (x : @3) -> @39 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @15
+@53 := @44 @15
+@55 := @45 @52 @9
+@56 := UInt32
+@57 := LexLeanTarget.TargetSyntax.Value.u32
+@58 := @57 @17
+@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u32
+@61 := @57 @19
+@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
+@69 := LexLeanPreservation.Rust.wt_u32 @0
+@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
+@75 := @69 @1
+@79 := {A : @12} -> (x : @56) -> @39 @61 @60
+@80 := @75 @2
+@83 := (x : @56) -> @45 @61 @60
+@84 := @80 @17
+@86 := @45 @58 @60
+@87 := LexLeanTarget.TargetSyntax.Value
+@88 := List.nil.{0}
+@89 := List.cons.{0}
+@90 := @88 @87
+@91 := @89 @87
+@93 := @91 @58 @90
+@94 := @91 @52
+@95 := @94 @93
+@96 := @91 @6
+@97 := @96 @95
+@98 := Nat
+@99 := Prod.{0, 0}
+@101 := @99 @98 @87
+@102 := 2
+@105 := Prod.mk.{0, 0} @98 @87
+@106 := @105 @102
+@107 := @106 @58
+@109 := @105 1
+@110 := @109 @52
+@111 := 0
+@112 := @105 @111
+@113 := @112 @6
+@114 := @88 @101
+@115 := @89 @101
+@117 := @115 @113 @114
+@119 := @115 @110 @117
+@121 := @115 @107 @119
+@122 := Bool.false
+@123 := LexLeanTarget.TargetSyntax.Function
+@124 := LexLeanTarget.TargetSyntax.Program.functions
+@125 := @124 @0
+@126 := LexLeanTarget.TargetSyntax.Ty
+@127 := @88 @98
+@128 := @88 @126
+@129 := LexLeanTarget.TargetSyntax.Ty.unit
+@130 := LexLeanTarget.TargetSyntax.Value.unit
+@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
+@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
+@143 := List.getD.{0} @123 @125 @111 @138
+@147 := fun (__e_n : @98) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.root @19 @111
+@148 := LexLeanPreservation.Rust.WTL
+@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
+@158 := LexLeanPreservation.Rust.wtl_nil @0
+@159 := @148 @0
+@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
+@166 := @158 @1
+@167 := @159 @1
+@171 := {A : @12} -> @167 @19 @90 @128
+@172 := @166 @2
+@173 := @167 @2
+@174 := @173 @90
+@175 := @174 @128
+@176 := List.{0}
+@177 := @176 @87
+@178 := @176 @126
+@179 := #6
+@180 := @13 @179
+@181 := #5
+@182 := @180 @181
+@183 := #4
+@186 := @182 @183 @4 @15
+@187 := #7
+@192 := @148 @187 @179 @181 @15 @17
+@193 := #8
+@196 := @148 @193 @187 @179
+@198 := @91 @181 @4
+@199 := @196 @198
+@200 := @89 @126
+@202 := @200 @183 @15
+@212 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
+@214 := LexLeanPreservation.Rust.wtl_cons @0
+@234 := {c : @11} ->
+  {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} ->
+  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
+@235 := @214 @1
+@251 := {A : @12} ->
+  {v : @87} ->
+  {t : @126} ->
+  {vs : @177} ->
+  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
+@252 := @235 @2
+@254 := @45 @4 @15
+@256 := @173 @15 @17
+@264 := {v : @87} ->
+  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
+@265 := @252 @58
+@266 := @57 @183
+@268 := @45 @266 @15
+@269 := @57 @179
+@270 := @91 @269
+@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
+@279 := @265 @60
+@280 := @57 @4
+@282 := @45 @280 @60
+@283 := @57 @181
+@284 := @91 @283
+@286 := @173 (@284 @4)
+@287 := @200 @60
+@288 := @287 @15
+@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
+@294 := @279 @90
+@295 := @57 @15
+@297 := @45 @295 @60
+@298 := @174 @17
+@300 := @91 @266 @90
+@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
+@306 := @294 @128
+@308 := @91 @280 @90
+@309 := @173 @308
+@310 := @287 @128
+@313 := (h : @86) -> (hs : @175) -> @309 @310
+@314 := @306 @84
+@316 := @91 @295 @90
+@318 := @173 @316 @310
+@319 := (hs : @175) -> @318
+@320 := @314 @172
+@322 := @173 @93 @310
+@323 := @252 @52
+@324 := @5 @181
+@325 := @45 @324
+@326 := @325 @15
+@327 := @5 @187
+@328 := @91 @327
+@330 := @173 (@328 @4)
+@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
+@337 := @323 @9
+@338 := @5 @183
+@340 := @45 @338 @9
+@341 := @5 @179
+@342 := @91 @341
+@344 := @173 (@342 @4)
+@345 := @200 @9
+@346 := @345 @15
+@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
+@352 := @337 @93
+@353 := @309 @17
+@354 := @91 @324
+@355 := @354 @300
+@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
+@361 := @352 @310
+@362 := @91 @338
+@363 := @362 @308
+@364 := @173 @363
+@365 := @345 @310
+@368 := (h : @55) -> (hs : @318) -> @364 @365
+@369 := @361 @53
+@370 := @96 @316
+@372 := @173 @370 @365
+@373 := (hs : @322) -> @372
+@374 := @369 @320
+@376 := @173 @95 @365
+@377 := @252 @6
+@379 := @45 @341 @15
+@380 := @5 @193
+@381 := @91 @380
+@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
+@390 := @377 @9
+@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
+@397 := @390 @95
+@398 := @364 @17
+@399 := @342 @355
+@400 := @173 @399
+@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
+@405 := @397 @365
+@406 := @354 @363
+@407 := @173 @406
+@408 := @345 @365
+@411 := (h : @51) -> (hs : @372) -> @407 @408
+@412 := @405 @49
+@413 := @362 @370
+@414 := @173 @413
+@416 := (hs : @376) -> @414 @408
+@417 := @412 @374
+@418 := @173 @97
+@419 := @418 @408
+@420 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.denote
+@423 := @420 @4 @15 @17
+@424 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.__fits_0
+@427 := @424 @4 @15 @17
+@431 := Coverage.Prims.bits @4 @15 @17
+@432 := Option.{0}
+@433 := @432 @3
+@434 := Bool
+@435 := @99 @433
+@436 := @435 @434
+@437 := @435 @436
+@438 := @99 @3
+@439 := @438 @437
+@440 := @438 @439
+@441 := @438 @440
+@444 := LexLeanPreservation.encOption @3 @5
+@445 := LexLeanTarget.TargetSyntax.Value.bool
+@446 := LexLeanPreservation.encPair
+@447 := @446 @433
+@450 := @447 @434 @444 @445
+@453 := @447 @436 @444 @450
+@454 := @446 @3
+@457 := @454 @437 @5 @453
+@460 := @454 @439 @5 @457
+@463 := @454 @440 @5 @460
+@467 := @454 @441 @5 @463 @431
+@471 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.root @4 @15 @17
+@472 := Ne.{1}
+@473 := LexLeanPreservation.Obs
+@474 := @472 @473
+@475 := LexLeanPreservation.Rel
+@478 := @474 (@475 @17 @19)
+@479 := LexLeanPreservation.Obs.stuck
+@482 := (f : @434) -> (v : @87) -> @478 @479
+@484 := LexLeanPreservation.Rust.rel_ne_stuck @427
+@492 := (v : @87) -> @474 (@475 (@424 @183 @4 @15) @19) @479
+@493 := @484 @467
+@497 := @474 (@475 @427 @467) @479
+@498 := @176 @101
+@499 := LexLeanPreservation.Rust.FunSem
+@500 := #9
+@506 := (n : @98) -> @499 @500 @193 @187 @19 @179
+@507 := Eq.{1}
+@508 := @432 @123
+@509 := @507 @508
+@516 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
+@520 := @509 (@516 (@124 @500) @179)
+@521 := Option.some.{0}
+@522 := @521 @123
+@523 := @522 @181
+@524 := @520 @523
+@525 := #10
+@529 := @148 @525 @500 @193 @181
+@530 := LexLeanTarget.TargetSyntax.Function.types
+@531 := @530 @179
+@532 := @529 @531
+@533 := @432 @498
+@534 := @507 @533
+@535 := LexLeanTarget.TargetSemantics.bindAll
+@536 := LexLeanTarget.TargetSyntax.Function.parameters
+@541 := @534 (@535 (@536 @187) @179 @114)
+@542 := @521 @498
+@543 := @542 @181
+@544 := @541 @543
+@545 := @432 @434
+@546 := @507 @545
+@547 := LexLeanPreservation.Rust.fnFallible
+@548 := #11
+@551 := @546 (@547 @548 @500)
+@552 := @521 @434
+@553 := @552 @181
+@554 := @551 @553
+@555 := LexLeanPreservation.RunConv
+@556 := #13
+@560 := @555 @556 @525 @193 @181
+@562 := @474 @179 @479
+@563 := Exists.{1}
+@564 := LexLeanPreservation.Rust.ROut
+@565 := @563 @564
+@566 := And
+@567 := LexLeanPreservation.Rust.RealizesFn
+@571 := @566 (@567 @500 @193 @19)
+@572 := LexLeanPreservation.Rust.RCI
+@574 := @572 #15
+@575 := LexLeanPreservation.Rust.fnIdent
+@576 := @575 @556
+@583 := (hne : @562) -> @565 (fun (ro : @564) => @571 (@574 @576 @548 @19))
+@598 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @506) ->
+  (hfn : @524) -> (hwt : @532) -> (hbind : @544) -> (hF : @554) -> (hA : @560) -> @583
+@600 := LexLeanPreservation.Rust.compose @0
+@601 := @499 @0
+@606 := (n : @98) -> @601 @193 @187 @19 @179
+@607 := @516 @125
+@610 := @509 (@607 @179) @523
+@614 := @159 @500 @193 @181 @531
+@615 := @555 @0
+@618 := @615 @525 @193 @181
+@632 := {c : @11} ->
+  {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @606) ->
+  (hfn : @610) -> (hwt : @614) -> (hbind : @544) -> (hF : @554) -> (hA : @618) -> @583
+@633 := @600 @1
+@634 := @601 @1
+@638 := (n : @98) -> @634 @187 @19 @179
+@641 := @167 @193 @181 @531
+@642 := @547 @1
+@645 := @546 (@642 @500) @553
+@646 := @572 @1
+@656 := (hbind : @544) ->
+  (hF : @645) -> (hA : @618) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@646 @576 @548 @19))
+@666 := {A : @12} ->
+  {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @638) -> (hfn : @610) -> (hwt : @641) -> @656
+@667 := @633 @2
+@669 := @634 @2 @19
+@671 := (n : @98) -> @669 @179
+@672 := @173 @181
+@673 := @672 @531
+@682 := {f : @98} ->
+  {fn : @123} ->
+  {args : @177} ->
+  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @671) -> (hfn : @610) -> (hwt : @673) -> @656
+@683 := @667 @111
+@685 := (n : @98) -> @669 @111
+@686 := @607 @111
+@687 := @509 @686
+@688 := @687 @523
+@689 := @642 @111
+@690 := @546 @689
+@691 := @690 @553
+@692 := @615 @111
+@694 := @692 @193 @181
+@696 := @646 (@575 @111)
+@704 := (hF : @691) -> (hA : @694) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 @548 @19))
+@713 := {fn : @123} ->
+  {args : @177} ->
+  {env : @498} ->
+  {F : @434} -> {o : @473} -> (hB : @685) -> (hfn : @688) -> (hwt : @673) -> (hbind : @544) -> @704
+@714 := @683 @143
+@716 := @687 (@522 @143)
+@717 := @530 @143
+@718 := @672 @717
+@720 := @535 (@536 @143)
+@732 := {args : @177} ->
+  {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @685) -> (hfn : @716) -> (hwt : @718) -> (hbind : @534 (@720 @179 @114) @543) -> @704
+@733 := @714 @97
+@736 := @381 (@328 (@270 @90))
+@738 := @173 @736 @717
+@740 := @91 (@5 @500)
+@745 := @740 (@381 (@91 (@57 @187) @90))
+@749 := @534 (@720 @745 @114) @543
+@751 := @91 (@5 @548)
+@753 := @91 (@5 @525)
+@758 := @751 (@753 (@91 (@57 @500) @90))
+@760 := @692 @758 @181
+@763 := @91 (@5 #14)
+@765 := @91 (@5 @556)
+@766 := #12
+@786 := {env : @498} ->
+  {F : @434} ->
+  {o : @473} ->
+  (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @738) ->
+  (hbind : @749) ->
+  (hF : @691) ->
+  (hA : @760) ->
+  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@763 (@765 (@91 (@57 @766) @90))) @19))
+@787 := @733 @121
+@790 := @328 (@342 (@284 @90))
+@792 := @173 @790 @717
+@806 := @534 (@720 @736 @114) (@542 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
+@811 := @753 (@740 (@91 (@57 @193) @90))
+@813 := @692 @811 @181
+@815 := @91 (@5 @766)
+@834 := {F : @434} ->
+  {o : @473} ->
+  (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @792) ->
+  (hbind : @806) ->
+  (hF : @691) ->
+  (hA : @813) ->
+  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@765 (@815 (@91 (@57 @548) @90))) @19))
+@835 := @787 @122
+@836 := @400 @717
+@850 := @534 (@720 @790 @114) (@542 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
+@852 := @690 (@552 @122)
+@854 := @692 @745 @181
+@855 := @567 @122
+@876 := {o : @473} ->
+  (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @836) ->
+  (hbind : @850) ->
+  (hF : @852) ->
+  (hA : @854) ->
+  (hne : @562) ->
+  @565 (fun (ro : @564) => @566 (@855 @193 @19) (@696 (@815 (@751 (@91 (@57 @525) @90))) @19))
+@877 := @835 @423
+@878 := @407 @717
+@892 := @534 (@720 @399 @114) (@542 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
+@893 := @692 @736
+@896 := @420 @193 @187 @179
+@897 := @893 @896
+@900 := @420 @500 @193 @187
+@920 := (hB : @685) ->
+  (hfn : @716) ->
+  (hwt : @878) ->
+  (hbind : @892) ->
+  (hF : @852) ->
+  (hA : @897) ->
+  (hne : @474 @900 @479) ->
+  @565 (fun (ro : @564) => @566 (@855 (@420 @548 @525 @500) @19) (@696 @758 @19))
+@921 := @877 @147
+@922 := @414 @717
+@936 := @534 (@720 @406 @114) (@542 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
+@937 := @692 @790
+@940 := @420 @187 @179 @181
+@960 := (hfn : @716) ->
+  (hwt : @922) ->
+  (hbind : @936) ->
+  (hF : @852) ->
+  (hA : @937 @940) ->
+  (hne : @474 @896 @479) ->
+  @565 (fun (ro : @564) => @566 (@855 (@420 @525 @500 @193) @19) (@696 @811 @19))
+@961 := Eq.refl.{1}
+@964 := @921 (@961 @508 @686)
+@965 := @418 @717
+@979 := @534 (@720 @413 @114) (@542 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
+@980 := @692 @399
+@983 := @420 @179 @181 @183
+@999 := (hwt : @965) ->
+  (hbind : @979) ->
+  (hF : @852) ->
+  (hA : @980 @983) ->
+  (hne : @474 @940 @479) -> @565 (fun (ro : @564) => @566 (@855 @900 @19) (@696 @745 @19))
+@1000 := @964 @417
+@1002 := @720 @97 @114
+@1005 := @534 @1002 (@542 @121)
+@1006 := @692 @406
+@1009 := @420 @181 @183 @4
+@1024 := (hbind : @1005) ->
+  (hF : @852) ->
+  (hA : @1006 @1009) ->
+  (hne : @474 @983 @479) -> @565 (fun (ro : @564) => @566 (@855 @896 @19) (@696 @736 @19))
+@1027 := @1000 (@961 @533 @1002)
+@1028 := @692 @413
+@1031 := @420 @183 @4 @15
+@1045 := (hF : @852) ->
+  (hA : @1028 @1031) ->
+  (hne : @474 @1009 @479) -> @565 (fun (ro : @564) => @566 (@855 @940 @19) (@696 @790 @19))
+@1048 := @1027 (@961 @545 @689)
+@1062 := (hA : @692 @97 @423) ->
+  (hne : @474 @1031 @479) -> @565 (fun (ro : @564) => @566 (@855 @983 @19) (@696 @399 @19))
+@1063 := @1048 @471
+@1074 := (hne : @474 @423 @479) -> @565 (fun (ro : @564) => @566 (@855 @1009 @19) (@696 @406 @19))
+@1075 := @1063 @493
+@1081 := @566 (@855 @1031 @19) (@696 @413 @19)
+@1083 := @565 (fun (ro : @564) => @1081)
+@1085 := @565 (fun (__e_ro : @564) => @1081)
+@1086 := LexLeanPreservation.Rust.RepresentableL
+@1087 := @5 @17
+@1089 := @91 @61 @90
+@1093 := @1086 (@94 (@91 @1087 @1089))
+@1094 := (__e_hrep : @1093) -> @1085
+@1095 := fun (__e_hrep : @1093) => @1075
+@1096 := (s : @56) -> @1094
+@1097 := fun (s : @56) => @1095
+@1098 := (b : @3) -> @1096
+@1099 := fun (b : @3) => @1097
+@1100 := (a : @3) -> @1098
+@1101 := fun (a : @3) => @1099
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustCore.lean
new file mode 100644
index 000000000..bf2d877e3
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.fixed .u16), (.fixed .u16), (.fixed .u32)], result := (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))),
+      body := (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) [(.prim .bitAnd [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))))) [(.prim .bitOr [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))) [(.prim .bitXor [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))) [(.prim .bitNot [(.var 0)]), (.build .pair (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)) [(.prim .shiftLeft [(.var 0), (.var 2)]), (.build .pair (.pair (.option (.fixed .u16)) .bool) [(.prim .shiftRight [(.var 0), (.value (.fixed .u32) (.u32 3))]), (.prim .equal [(.var 0), (.var 1)])])])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u32) }] (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))))))), [(2, (.fixed .u32), (some 2)), (1, (.fixed .u16), (some 1)), (0, (.fixed .u16), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))]) (tail := (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustStd.lean
new file mode 100644
index 000000000..13b6f9d9f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.fixed .u16), (.fixed .u16), (.fixed .u32)], result := (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))),
+      body := (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) [(.prim .bitAnd [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))))) [(.prim .bitOr [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))) [(.prim .bitXor [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))) [(.prim .bitNot [(.var 0)]), (.build .pair (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)) [(.prim .shiftLeft [(.var 0), (.var 2)]), (.build .pair (.pair (.option (.fixed .u16)) .bool) [(.prim .shiftRight [(.var 0), (.value (.fixed .u32) (.u32 3))]), (.prim .equal [(.var 0), (.var 1)])])])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u32) }] (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))))))), [(2, (.fixed .u32), (some 2)), (1, (.fixed .u16), (some 1)), (0, (.fixed .u16), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))]) (tail := (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25.lean
similarity index 96%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25.lean
index 05da2f869..4fc7ecab0 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : Int) (b : Int8) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Int) (b : Int8) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.int a), (_root_.LexLeanTarget.TargetSyntax.Value.i8 b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u16) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.i64)) (Coverage.Prims.conversions a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..a2efadcde
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustCore.lex.tex
@@ -0,0 +1,495 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.root : @992 := @993 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.flags
+@3 := Int
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.int
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.int
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_int @0
+@27 := @11 @0
+@29 := @27 @4 @15
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@37 := @36 @15
+@41 := {A : @10} -> (n : @3) -> @37 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := Int8
+@51 := LexLeanTarget.TargetSyntax.Value.i8
+@52 := @51 @15
+@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
+@56 := @51 @17
+@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
+@64 := LexLeanPreservation.Rust.wt_i8 @0
+@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
+@70 := @64 @1
+@74 := {A : @10} -> (x : @50) -> @37 @56 @55
+@75 := @70 @2
+@78 := (x : @50) -> @43 @56 @55
+@79 := @75 @15
+@81 := @43 @52 @55
+@82 := LexLeanTarget.TargetSyntax.Value
+@83 := List.nil.{0}
+@84 := List.cons.{0}
+@85 := @83 @82
+@86 := @84 @82
+@88 := @86 @52 @85
+@90 := @86 @6 @88
+@91 := Nat
+@94 := Prod.{0, 0} @91 @82
+@95 := 1
+@98 := Prod.mk.{0, 0} @91 @82
+@99 := @98 @95
+@100 := @99 @52
+@101 := 0
+@102 := @98 @101
+@103 := @102 @6
+@104 := @83 @94
+@105 := @84 @94
+@107 := @105 @103 @104
+@109 := @105 @100 @107
+@110 := Bool.false
+@111 := LexLeanTarget.TargetSyntax.Function
+@112 := LexLeanTarget.TargetSyntax.Program.functions
+@113 := @112 @0
+@114 := LexLeanTarget.TargetSyntax.Ty
+@115 := @83 @91
+@116 := @83 @114
+@117 := LexLeanTarget.TargetSyntax.Ty.unit
+@118 := LexLeanTarget.TargetSyntax.Value.unit
+@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
+@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
+@131 := List.getD.{0} @111 @113 @101 @126
+@135 := fun (__e_n : @91) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.root @17 @101
+@136 := LexLeanPreservation.Rust.WTL
+@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
+@146 := LexLeanPreservation.Rust.wtl_nil @0
+@147 := @136 @0
+@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
+@154 := @146 @1
+@155 := @147 @1
+@159 := {A : @10} -> @155 @17 @85 @116
+@160 := @154 @2
+@161 := @155 @2
+@162 := @161 @85
+@163 := @162 @116
+@164 := List.{0}
+@165 := @164 @82
+@166 := @164 @114
+@167 := #6
+@168 := @11 @167
+@169 := #5
+@170 := @168 @169
+@171 := #4
+@174 := @170 @171 @12 @4
+@175 := #7
+@180 := @136 @175 @167 @169 @4 @15
+@181 := #8
+@184 := @136 @181 @175 @167
+@186 := @86 @169 @12
+@187 := @184 @186
+@188 := @84 @114
+@190 := @188 @171 @4
+@200 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
+@202 := LexLeanPreservation.Rust.wtl_cons @0
+@222 := {c : @9} ->
+  {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} ->
+  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
+@223 := @202 @1
+@239 := {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
+@240 := @223 @2
+@242 := @43 @12 @4
+@244 := @161 @4 @15
+@252 := {v : @82} ->
+  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
+@253 := @240 @52
+@254 := @51 @171
+@256 := @43 @254 @4
+@257 := @51 @167
+@258 := @86 @257
+@266 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
+@267 := @253 @55
+@268 := @51 @12
+@270 := @43 @268 @55
+@271 := @51 @169
+@272 := @86 @271
+@274 := @161 (@272 @12)
+@275 := @188 @55
+@276 := @275 @4
+@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
+@282 := @267 @85
+@283 := @51 @4
+@285 := @43 @283 @55
+@286 := @162 @15
+@288 := @86 @254 @85
+@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
+@294 := @282 @116
+@296 := @86 @268 @85
+@297 := @161 @296
+@298 := @275 @116
+@301 := (h : @81) -> (hs : @163) -> @297 @298
+@302 := @294 @79
+@304 := @86 @283 @85
+@306 := @161 @304 @298
+@307 := (hs : @163) -> @306
+@308 := @302 @160
+@310 := @161 @88 @298
+@311 := @240 @6
+@312 := @5 @169
+@314 := @43 @312 @4
+@315 := @5 @175
+@316 := @86 @315
+@324 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
+@325 := @311 @7
+@326 := @5 @171
+@328 := @43 @326 @7
+@329 := @5 @167
+@330 := @86 @329
+@332 := @161 (@330 @12)
+@333 := @188 @7
+@334 := @333 @4
+@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
+@340 := @325 @88
+@341 := @5 @12
+@343 := @43 @341 @7
+@344 := @297 @15
+@346 := @86 @312 @288
+@347 := @161 @346
+@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
+@352 := @340 @298
+@354 := @86 @326 @296
+@355 := @161 @354
+@356 := @333 @298
+@359 := (h : @49) -> (hs : @306) -> @355 @356
+@360 := @352 @47
+@362 := @86 @341 @304
+@363 := @161 @362
+@365 := (hs : @310) -> @363 @356
+@366 := @360 @308
+@367 := @161 @90
+@368 := @367 @356
+@369 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.denote
+@371 := @369 @4 @15
+@372 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.__fits_0
+@374 := @372 @4 @15
+@377 := Coverage.Prims.conversions @4 @15
+@378 := UInt16
+@379 := Option.{0}
+@380 := @379 @378
+@381 := Int64
+@382 := @379 @381
+@383 := LexLeanTarget.TargetSyntax.Value.u16
+@384 := LexLeanPreservation.encOption
+@386 := @384 @378 @383
+@387 := LexLeanTarget.TargetSyntax.Value.i64
+@389 := @384 @381 @387
+@395 := LexLeanPreservation.encPair @380 @382 @386 @389 @377
+@398 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.root @4 @15
+@399 := Bool
+@400 := Ne.{1}
+@401 := LexLeanPreservation.Obs
+@402 := @400 @401
+@403 := LexLeanPreservation.Rel
+@406 := @402 (@403 @15 @17)
+@407 := LexLeanPreservation.Obs.stuck
+@410 := (f : @399) -> (v : @82) -> @406 @407
+@412 := LexLeanPreservation.Rust.rel_ne_stuck @374
+@419 := (v : @82) -> @402 (@403 (@372 @12 @4) @17) @407
+@420 := @412 @395
+@424 := @402 (@403 @374 @395) @407
+@425 := @164 @94
+@426 := LexLeanPreservation.Rust.FunSem
+@427 := #9
+@433 := (n : @91) -> @426 @427 @181 @175 @17 @167
+@434 := Eq.{1}
+@435 := @379 @111
+@436 := @434 @435
+@443 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
+@447 := @436 (@443 (@112 @427) @167)
+@448 := Option.some.{0}
+@449 := @448 @111
+@450 := @449 @169
+@451 := @447 @450
+@452 := #10
+@456 := @136 @452 @427 @181 @169
+@457 := LexLeanTarget.TargetSyntax.Function.types
+@458 := @457 @167
+@459 := @456 @458
+@460 := @379 @425
+@461 := @434 @460
+@462 := LexLeanTarget.TargetSemantics.bindAll
+@463 := LexLeanTarget.TargetSyntax.Function.parameters
+@468 := @461 (@462 (@463 @175) @167 @104)
+@469 := @448 @425
+@470 := @469 @169
+@471 := @468 @470
+@472 := @379 @399
+@473 := @434 @472
+@474 := LexLeanPreservation.Rust.fnFallible
+@475 := #11
+@478 := @473 (@474 @475 @427)
+@479 := @448 @399
+@480 := @479 @169
+@481 := @478 @480
+@482 := LexLeanPreservation.RunConv
+@483 := #13
+@487 := @482 @483 @452 @181 @169
+@489 := @402 @167 @407
+@490 := Exists.{1}
+@491 := LexLeanPreservation.Rust.ROut
+@492 := @490 @491
+@493 := And
+@494 := LexLeanPreservation.Rust.RealizesFn
+@498 := @493 (@494 @427 @181 @17)
+@499 := LexLeanPreservation.Rust.RCI
+@501 := @499 #15
+@502 := LexLeanPreservation.Rust.fnIdent
+@503 := @502 @483
+@510 := (hne : @489) -> @492 (fun (ro : @491) => @498 (@501 @503 @475 @17))
+@525 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @433) ->
+  (hfn : @451) -> (hwt : @459) -> (hbind : @471) -> (hF : @481) -> (hA : @487) -> @510
+@527 := LexLeanPreservation.Rust.compose @0
+@528 := @426 @0
+@533 := (n : @91) -> @528 @181 @175 @17 @167
+@534 := @443 @113
+@537 := @436 (@534 @167) @450
+@541 := @147 @427 @181 @169 @458
+@542 := @482 @0
+@545 := @542 @452 @181 @169
+@559 := {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @533) ->
+  (hfn : @537) -> (hwt : @541) -> (hbind : @471) -> (hF : @481) -> (hA : @545) -> @510
+@560 := @527 @1
+@561 := @528 @1
+@565 := (n : @91) -> @561 @175 @17 @167
+@568 := @155 @181 @169 @458
+@569 := @474 @1
+@572 := @473 (@569 @427) @480
+@573 := @499 @1
+@583 := (hbind : @471) ->
+  (hF : @572) -> (hA : @545) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@573 @503 @475 @17))
+@593 := {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @565) -> (hfn : @537) -> (hwt : @568) -> @583
+@594 := @560 @2
+@596 := @561 @2 @17
+@598 := (n : @91) -> @596 @167
+@599 := @161 @169
+@600 := @599 @458
+@609 := {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @598) -> (hfn : @537) -> (hwt : @600) -> @583
+@610 := @594 @101
+@612 := (n : @91) -> @596 @101
+@613 := @534 @101
+@614 := @436 @613
+@615 := @614 @450
+@616 := @569 @101
+@617 := @473 @616
+@618 := @617 @480
+@619 := @542 @101
+@621 := @619 @181 @169
+@623 := @573 (@502 @101)
+@631 := (hF : @618) -> (hA : @621) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 @475 @17))
+@640 := {fn : @111} ->
+  {args : @165} ->
+  {env : @425} ->
+  {F : @399} -> {o : @401} -> (hB : @612) -> (hfn : @615) -> (hwt : @600) -> (hbind : @471) -> @631
+@641 := @610 @131
+@643 := @614 (@449 @131)
+@644 := @457 @131
+@645 := @599 @644
+@647 := @462 (@463 @131)
+@659 := {args : @165} ->
+  {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @612) -> (hfn : @643) -> (hwt : @645) -> (hbind : @461 (@647 @167 @104) @470) -> @631
+@660 := @641 @90
+@662 := @316 (@258 @85)
+@664 := @161 @662 @644
+@670 := @86 (@5 @181) (@86 (@51 @175) @85)
+@674 := @461 (@647 @670 @104) @470
+@680 := @86 (@5 @452) (@86 (@51 @427) @85)
+@682 := @619 @680 @169
+@684 := @86 (@5 @483)
+@685 := #12
+@704 := {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @664) ->
+  (hbind : @674) ->
+  (hF : @618) ->
+  (hA : @682) ->
+  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@684 (@86 (@51 @685) @85)) @17))
+@705 := @660 @109
+@707 := @330 (@272 @85)
+@709 := @161 @707 @644
+@720 := @461 (@647 @662 @104) (@469 (@105 (@99 @257) (@105 (@102 @315) @104)))
+@726 := @86 (@5 @427) (@86 (@51 @181) @85)
+@748 := {F : @399} ->
+  {o : @401} ->
+  (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @709) ->
+  (hbind : @720) ->
+  (hF : @618) ->
+  (hA : @619 @726 @169) ->
+  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@86 (@5 @685) (@86 (@51 @475) @85)) @17))
+@749 := @705 @110
+@750 := @347 @644
+@761 := @461 (@647 @707 @104) (@469 (@105 (@99 @271) (@105 (@102 @329) @104)))
+@763 := @617 (@479 @110)
+@765 := @619 @670 @169
+@766 := @494 @110
+@788 := {o : @401} ->
+  (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @750) ->
+  (hbind : @761) ->
+  (hF : @763) ->
+  (hA : @765) ->
+  (hne : @489) ->
+  @492 (fun (ro : @491) => @493 (@766 @181 @17) (@623 (@86 (@5 @475) (@86 (@51 @452) @85)) @17))
+@789 := @749 @371
+@790 := @355 @644
+@801 := @461 (@647 @346 @104) (@469 (@105 (@99 @254) (@105 (@102 @312) @104)))
+@802 := @619 @662
+@804 := @369 @175 @167
+@805 := @802 @804
+@807 := @369 @181 @175
+@826 := (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @790) ->
+  (hbind : @801) ->
+  (hF : @763) ->
+  (hA : @805) ->
+  (hne : @402 @807 @407) ->
+  @492 (fun (ro : @491) => @493 (@766 (@369 @452 @427) @17) (@623 @680 @17))
+@827 := @789 @135
+@828 := @363 @644
+@839 := @461 (@647 @354 @104) (@469 (@105 (@99 @268) (@105 (@102 @326) @104)))
+@840 := @619 @707
+@842 := @369 @167 @169
+@861 := (hfn : @643) ->
+  (hwt : @828) ->
+  (hbind : @839) ->
+  (hF : @763) ->
+  (hA : @840 @842) ->
+  (hne : @402 @804 @407) ->
+  @492 (fun (ro : @491) => @493 (@766 (@369 @427 @181) @17) (@623 @726 @17))
+@862 := Eq.refl.{1}
+@865 := @827 (@862 @435 @613)
+@866 := @367 @644
+@877 := @461 (@647 @362 @104) (@469 (@105 (@99 @283) (@105 (@102 @341) @104)))
+@878 := @619 @346
+@880 := @369 @169 @171
+@896 := (hwt : @866) ->
+  (hbind : @877) ->
+  (hF : @763) ->
+  (hA : @878 @880) ->
+  (hne : @402 @842 @407) -> @492 (fun (ro : @491) => @493 (@766 @807 @17) (@623 @670 @17))
+@897 := @865 @366
+@899 := @647 @90 @104
+@902 := @461 @899 (@469 @109)
+@903 := @619 @354
+@905 := @369 @171 @12
+@920 := (hbind : @902) ->
+  (hF : @763) ->
+  (hA : @903 @905) ->
+  (hne : @402 @880 @407) -> @492 (fun (ro : @491) => @493 (@766 @804 @17) (@623 @662 @17))
+@923 := @897 (@862 @460 @899)
+@924 := @619 @362
+@926 := @369 @12 @4
+@940 := (hF : @763) ->
+  (hA : @924 @926) ->
+  (hne : @402 @905 @407) -> @492 (fun (ro : @491) => @493 (@766 @842 @17) (@623 @707 @17))
+@943 := @923 (@862 @472 @616)
+@957 := (hA : @619 @90 @371) ->
+  (hne : @402 @926 @407) -> @492 (fun (ro : @491) => @493 (@766 @880 @17) (@623 @346 @17))
+@958 := @943 @398
+@969 := (hne : @402 @371 @407) -> @492 (fun (ro : @491) => @493 (@766 @905 @17) (@623 @354 @17))
+@970 := @958 @420
+@976 := @493 (@766 @926 @17) (@623 @362 @17)
+@978 := @492 (fun (ro : @491) => @976)
+@980 := @492 (fun (__e_ro : @491) => @976)
+@981 := LexLeanPreservation.Rust.RepresentableL
+@982 := @5 @15
+@984 := @86 @56 @85
+@987 := @981 (@86 @982 @984)
+@988 := (__e_hrep : @987) -> @980
+@989 := fun (__e_hrep : @987) => @970
+@990 := (b : @50) -> @988
+@991 := fun (b : @50) => @989
+@992 := (a : @3) -> @990
+@993 := fun (a : @3) => @991
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..be2566fab
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustStd.lex.tex
@@ -0,0 +1,495 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.root : @992 := @993 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.flags
+@3 := Int
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.int
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.int
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_int @0
+@27 := @11 @0
+@29 := @27 @4 @15
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@37 := @36 @15
+@41 := {A : @10} -> (n : @3) -> @37 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := Int8
+@51 := LexLeanTarget.TargetSyntax.Value.i8
+@52 := @51 @15
+@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
+@56 := @51 @17
+@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
+@64 := LexLeanPreservation.Rust.wt_i8 @0
+@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
+@70 := @64 @1
+@74 := {A : @10} -> (x : @50) -> @37 @56 @55
+@75 := @70 @2
+@78 := (x : @50) -> @43 @56 @55
+@79 := @75 @15
+@81 := @43 @52 @55
+@82 := LexLeanTarget.TargetSyntax.Value
+@83 := List.nil.{0}
+@84 := List.cons.{0}
+@85 := @83 @82
+@86 := @84 @82
+@88 := @86 @52 @85
+@90 := @86 @6 @88
+@91 := Nat
+@94 := Prod.{0, 0} @91 @82
+@95 := 1
+@98 := Prod.mk.{0, 0} @91 @82
+@99 := @98 @95
+@100 := @99 @52
+@101 := 0
+@102 := @98 @101
+@103 := @102 @6
+@104 := @83 @94
+@105 := @84 @94
+@107 := @105 @103 @104
+@109 := @105 @100 @107
+@110 := Bool.false
+@111 := LexLeanTarget.TargetSyntax.Function
+@112 := LexLeanTarget.TargetSyntax.Program.functions
+@113 := @112 @0
+@114 := LexLeanTarget.TargetSyntax.Ty
+@115 := @83 @91
+@116 := @83 @114
+@117 := LexLeanTarget.TargetSyntax.Ty.unit
+@118 := LexLeanTarget.TargetSyntax.Value.unit
+@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
+@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
+@131 := List.getD.{0} @111 @113 @101 @126
+@135 := fun (__e_n : @91) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.root @17 @101
+@136 := LexLeanPreservation.Rust.WTL
+@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
+@146 := LexLeanPreservation.Rust.wtl_nil @0
+@147 := @136 @0
+@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
+@154 := @146 @1
+@155 := @147 @1
+@159 := {A : @10} -> @155 @17 @85 @116
+@160 := @154 @2
+@161 := @155 @2
+@162 := @161 @85
+@163 := @162 @116
+@164 := List.{0}
+@165 := @164 @82
+@166 := @164 @114
+@167 := #6
+@168 := @11 @167
+@169 := #5
+@170 := @168 @169
+@171 := #4
+@174 := @170 @171 @12 @4
+@175 := #7
+@180 := @136 @175 @167 @169 @4 @15
+@181 := #8
+@184 := @136 @181 @175 @167
+@186 := @86 @169 @12
+@187 := @184 @186
+@188 := @84 @114
+@190 := @188 @171 @4
+@200 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
+@202 := LexLeanPreservation.Rust.wtl_cons @0
+@222 := {c : @9} ->
+  {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} ->
+  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
+@223 := @202 @1
+@239 := {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
+@240 := @223 @2
+@242 := @43 @12 @4
+@244 := @161 @4 @15
+@252 := {v : @82} ->
+  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
+@253 := @240 @52
+@254 := @51 @171
+@256 := @43 @254 @4
+@257 := @51 @167
+@258 := @86 @257
+@266 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
+@267 := @253 @55
+@268 := @51 @12
+@270 := @43 @268 @55
+@271 := @51 @169
+@272 := @86 @271
+@274 := @161 (@272 @12)
+@275 := @188 @55
+@276 := @275 @4
+@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
+@282 := @267 @85
+@283 := @51 @4
+@285 := @43 @283 @55
+@286 := @162 @15
+@288 := @86 @254 @85
+@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
+@294 := @282 @116
+@296 := @86 @268 @85
+@297 := @161 @296
+@298 := @275 @116
+@301 := (h : @81) -> (hs : @163) -> @297 @298
+@302 := @294 @79
+@304 := @86 @283 @85
+@306 := @161 @304 @298
+@307 := (hs : @163) -> @306
+@308 := @302 @160
+@310 := @161 @88 @298
+@311 := @240 @6
+@312 := @5 @169
+@314 := @43 @312 @4
+@315 := @5 @175
+@316 := @86 @315
+@324 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
+@325 := @311 @7
+@326 := @5 @171
+@328 := @43 @326 @7
+@329 := @5 @167
+@330 := @86 @329
+@332 := @161 (@330 @12)
+@333 := @188 @7
+@334 := @333 @4
+@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
+@340 := @325 @88
+@341 := @5 @12
+@343 := @43 @341 @7
+@344 := @297 @15
+@346 := @86 @312 @288
+@347 := @161 @346
+@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
+@352 := @340 @298
+@354 := @86 @326 @296
+@355 := @161 @354
+@356 := @333 @298
+@359 := (h : @49) -> (hs : @306) -> @355 @356
+@360 := @352 @47
+@362 := @86 @341 @304
+@363 := @161 @362
+@365 := (hs : @310) -> @363 @356
+@366 := @360 @308
+@367 := @161 @90
+@368 := @367 @356
+@369 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.denote
+@371 := @369 @4 @15
+@372 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.__fits_0
+@374 := @372 @4 @15
+@377 := Coverage.Prims.conversions @4 @15
+@378 := UInt16
+@379 := Option.{0}
+@380 := @379 @378
+@381 := Int64
+@382 := @379 @381
+@383 := LexLeanTarget.TargetSyntax.Value.u16
+@384 := LexLeanPreservation.encOption
+@386 := @384 @378 @383
+@387 := LexLeanTarget.TargetSyntax.Value.i64
+@389 := @384 @381 @387
+@395 := LexLeanPreservation.encPair @380 @382 @386 @389 @377
+@398 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.root @4 @15
+@399 := Bool
+@400 := Ne.{1}
+@401 := LexLeanPreservation.Obs
+@402 := @400 @401
+@403 := LexLeanPreservation.Rel
+@406 := @402 (@403 @15 @17)
+@407 := LexLeanPreservation.Obs.stuck
+@410 := (f : @399) -> (v : @82) -> @406 @407
+@412 := LexLeanPreservation.Rust.rel_ne_stuck @374
+@419 := (v : @82) -> @402 (@403 (@372 @12 @4) @17) @407
+@420 := @412 @395
+@424 := @402 (@403 @374 @395) @407
+@425 := @164 @94
+@426 := LexLeanPreservation.Rust.FunSem
+@427 := #9
+@433 := (n : @91) -> @426 @427 @181 @175 @17 @167
+@434 := Eq.{1}
+@435 := @379 @111
+@436 := @434 @435
+@443 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
+@447 := @436 (@443 (@112 @427) @167)
+@448 := Option.some.{0}
+@449 := @448 @111
+@450 := @449 @169
+@451 := @447 @450
+@452 := #10
+@456 := @136 @452 @427 @181 @169
+@457 := LexLeanTarget.TargetSyntax.Function.types
+@458 := @457 @167
+@459 := @456 @458
+@460 := @379 @425
+@461 := @434 @460
+@462 := LexLeanTarget.TargetSemantics.bindAll
+@463 := LexLeanTarget.TargetSyntax.Function.parameters
+@468 := @461 (@462 (@463 @175) @167 @104)
+@469 := @448 @425
+@470 := @469 @169
+@471 := @468 @470
+@472 := @379 @399
+@473 := @434 @472
+@474 := LexLeanPreservation.Rust.fnFallible
+@475 := #11
+@478 := @473 (@474 @475 @427)
+@479 := @448 @399
+@480 := @479 @169
+@481 := @478 @480
+@482 := LexLeanPreservation.RunConv
+@483 := #13
+@487 := @482 @483 @452 @181 @169
+@489 := @402 @167 @407
+@490 := Exists.{1}
+@491 := LexLeanPreservation.Rust.ROut
+@492 := @490 @491
+@493 := And
+@494 := LexLeanPreservation.Rust.RealizesFn
+@498 := @493 (@494 @427 @181 @17)
+@499 := LexLeanPreservation.Rust.RCI
+@501 := @499 #15
+@502 := LexLeanPreservation.Rust.fnIdent
+@503 := @502 @483
+@510 := (hne : @489) -> @492 (fun (ro : @491) => @498 (@501 @503 @475 @17))
+@525 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @433) ->
+  (hfn : @451) -> (hwt : @459) -> (hbind : @471) -> (hF : @481) -> (hA : @487) -> @510
+@527 := LexLeanPreservation.Rust.compose @0
+@528 := @426 @0
+@533 := (n : @91) -> @528 @181 @175 @17 @167
+@534 := @443 @113
+@537 := @436 (@534 @167) @450
+@541 := @147 @427 @181 @169 @458
+@542 := @482 @0
+@545 := @542 @452 @181 @169
+@559 := {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @533) ->
+  (hfn : @537) -> (hwt : @541) -> (hbind : @471) -> (hF : @481) -> (hA : @545) -> @510
+@560 := @527 @1
+@561 := @528 @1
+@565 := (n : @91) -> @561 @175 @17 @167
+@568 := @155 @181 @169 @458
+@569 := @474 @1
+@572 := @473 (@569 @427) @480
+@573 := @499 @1
+@583 := (hbind : @471) ->
+  (hF : @572) -> (hA : @545) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@573 @503 @475 @17))
+@593 := {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @565) -> (hfn : @537) -> (hwt : @568) -> @583
+@594 := @560 @2
+@596 := @561 @2 @17
+@598 := (n : @91) -> @596 @167
+@599 := @161 @169
+@600 := @599 @458
+@609 := {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @598) -> (hfn : @537) -> (hwt : @600) -> @583
+@610 := @594 @101
+@612 := (n : @91) -> @596 @101
+@613 := @534 @101
+@614 := @436 @613
+@615 := @614 @450
+@616 := @569 @101
+@617 := @473 @616
+@618 := @617 @480
+@619 := @542 @101
+@621 := @619 @181 @169
+@623 := @573 (@502 @101)
+@631 := (hF : @618) -> (hA : @621) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 @475 @17))
+@640 := {fn : @111} ->
+  {args : @165} ->
+  {env : @425} ->
+  {F : @399} -> {o : @401} -> (hB : @612) -> (hfn : @615) -> (hwt : @600) -> (hbind : @471) -> @631
+@641 := @610 @131
+@643 := @614 (@449 @131)
+@644 := @457 @131
+@645 := @599 @644
+@647 := @462 (@463 @131)
+@659 := {args : @165} ->
+  {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @612) -> (hfn : @643) -> (hwt : @645) -> (hbind : @461 (@647 @167 @104) @470) -> @631
+@660 := @641 @90
+@662 := @316 (@258 @85)
+@664 := @161 @662 @644
+@670 := @86 (@5 @181) (@86 (@51 @175) @85)
+@674 := @461 (@647 @670 @104) @470
+@680 := @86 (@5 @452) (@86 (@51 @427) @85)
+@682 := @619 @680 @169
+@684 := @86 (@5 @483)
+@685 := #12
+@704 := {env : @425} ->
+  {F : @399} ->
+  {o : @401} ->
+  (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @664) ->
+  (hbind : @674) ->
+  (hF : @618) ->
+  (hA : @682) ->
+  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@684 (@86 (@51 @685) @85)) @17))
+@705 := @660 @109
+@707 := @330 (@272 @85)
+@709 := @161 @707 @644
+@720 := @461 (@647 @662 @104) (@469 (@105 (@99 @257) (@105 (@102 @315) @104)))
+@726 := @86 (@5 @427) (@86 (@51 @181) @85)
+@748 := {F : @399} ->
+  {o : @401} ->
+  (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @709) ->
+  (hbind : @720) ->
+  (hF : @618) ->
+  (hA : @619 @726 @169) ->
+  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@86 (@5 @685) (@86 (@51 @475) @85)) @17))
+@749 := @705 @110
+@750 := @347 @644
+@761 := @461 (@647 @707 @104) (@469 (@105 (@99 @271) (@105 (@102 @329) @104)))
+@763 := @617 (@479 @110)
+@765 := @619 @670 @169
+@766 := @494 @110
+@788 := {o : @401} ->
+  (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @750) ->
+  (hbind : @761) ->
+  (hF : @763) ->
+  (hA : @765) ->
+  (hne : @489) ->
+  @492 (fun (ro : @491) => @493 (@766 @181 @17) (@623 (@86 (@5 @475) (@86 (@51 @452) @85)) @17))
+@789 := @749 @371
+@790 := @355 @644
+@801 := @461 (@647 @346 @104) (@469 (@105 (@99 @254) (@105 (@102 @312) @104)))
+@802 := @619 @662
+@804 := @369 @175 @167
+@805 := @802 @804
+@807 := @369 @181 @175
+@826 := (hB : @612) ->
+  (hfn : @643) ->
+  (hwt : @790) ->
+  (hbind : @801) ->
+  (hF : @763) ->
+  (hA : @805) ->
+  (hne : @402 @807 @407) ->
+  @492 (fun (ro : @491) => @493 (@766 (@369 @452 @427) @17) (@623 @680 @17))
+@827 := @789 @135
+@828 := @363 @644
+@839 := @461 (@647 @354 @104) (@469 (@105 (@99 @268) (@105 (@102 @326) @104)))
+@840 := @619 @707
+@842 := @369 @167 @169
+@861 := (hfn : @643) ->
+  (hwt : @828) ->
+  (hbind : @839) ->
+  (hF : @763) ->
+  (hA : @840 @842) ->
+  (hne : @402 @804 @407) ->
+  @492 (fun (ro : @491) => @493 (@766 (@369 @427 @181) @17) (@623 @726 @17))
+@862 := Eq.refl.{1}
+@865 := @827 (@862 @435 @613)
+@866 := @367 @644
+@877 := @461 (@647 @362 @104) (@469 (@105 (@99 @283) (@105 (@102 @341) @104)))
+@878 := @619 @346
+@880 := @369 @169 @171
+@896 := (hwt : @866) ->
+  (hbind : @877) ->
+  (hF : @763) ->
+  (hA : @878 @880) ->
+  (hne : @402 @842 @407) -> @492 (fun (ro : @491) => @493 (@766 @807 @17) (@623 @670 @17))
+@897 := @865 @366
+@899 := @647 @90 @104
+@902 := @461 @899 (@469 @109)
+@903 := @619 @354
+@905 := @369 @171 @12
+@920 := (hbind : @902) ->
+  (hF : @763) ->
+  (hA : @903 @905) ->
+  (hne : @402 @880 @407) -> @492 (fun (ro : @491) => @493 (@766 @804 @17) (@623 @662 @17))
+@923 := @897 (@862 @460 @899)
+@924 := @619 @362
+@926 := @369 @12 @4
+@940 := (hF : @763) ->
+  (hA : @924 @926) ->
+  (hne : @402 @905 @407) -> @492 (fun (ro : @491) => @493 (@766 @842 @17) (@623 @707 @17))
+@943 := @923 (@862 @472 @616)
+@957 := (hA : @619 @90 @371) ->
+  (hne : @402 @926 @407) -> @492 (fun (ro : @491) => @493 (@766 @880 @17) (@623 @346 @17))
+@958 := @943 @398
+@969 := (hne : @402 @371 @407) -> @492 (fun (ro : @491) => @493 (@766 @905 @17) (@623 @354 @17))
+@970 := @958 @420
+@976 := @493 (@766 @926 @17) (@623 @362 @17)
+@978 := @492 (fun (ro : @491) => @976)
+@980 := @492 (fun (__e_ro : @491) => @976)
+@981 := LexLeanPreservation.Rust.RepresentableL
+@982 := @5 @15
+@984 := @86 @56 @85
+@987 := @981 (@86 @982 @984)
+@988 := (__e_hrep : @987) -> @980
+@989 := fun (__e_hrep : @987) => @970
+@990 := (b : @50) -> @988
+@991 := fun (b : @50) => @989
+@992 := (a : @3) -> @990
+@993 := fun (a : @3) => @991
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustCore.lean
new file mode 100644
index 000000000..707d864ca
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.int, (.fixed .i8)], result := (.pair (.option (.fixed .u16)) (.option (.fixed .i64))),
+      body := (.build .pair (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) [(.prim (.convert .u16) [(.var 0)]), (.prim (.convert .i64) [(.var 1)])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)))), [(1, (.fixed .i8), (some 1)), (0, .int, (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false)) (Corr.primWiden (t0 := .int) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)) (Corr.primWiden (t0 := (.fixed .i8)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustStd.lean
new file mode 100644
index 000000000..d64f05416
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.int, (.fixed .i8)], result := (.pair (.option (.fixed .u16)) (.option (.fixed .i64))),
+      body := (.build .pair (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) [(.prim (.convert .u16) [(.var 0)]), (.prim (.convert .i64) [(.var 1)])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)))), [(1, (.fixed .i8), (some 1)), (0, .int, (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false)) (Corr.primWiden (t0 := .int) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)) (Corr.primWiden (t0 := (.fixed .i8)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26.lean
similarity index 99%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26.lean
index 77f1674c6..ad6e78f98 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (xs : (List Nat)) (b : ByteArray) (i : Nat) : _root_.LexLeanPreservat
 theorem root (xs : (List Nat)) (b : ByteArray) (i : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) xs), (_root_.LexLeanTarget.TargetSyntax.Value.bytes b), (_root_.LexLeanTarget.TargetSyntax.Value.nat i)] (_root_.LexLeanPreservation.Rel (__fits_0 xs b i) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool)))))))) (Coverage.Prims.sequences xs b i))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 xs b i)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..f9f82b21b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/Compose/RustStd.lex.tex
@@ -0,0 +1,604 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.root : @1256 := @1257 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.flags
+@3 := Nat
+@4 := List.{0}
+@5 := @4 @3
+@6 := #3
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encList
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.list
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := @19 @6
+@21 := #2
+@22 := @20 @21
+@23 := #1
+@24 := @22 @23
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@36 := @34 @21 @23
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@44 := @43 @23
+@48 := {A : @18} -> (n : @3) -> @44 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @21 @15
+@69 := (x : @21) -> @65 @66 @23
+@70 := @4 @6
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @6 @15
+@78 := @74 @77
+@79 := @13 @21
+@88 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encList @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @21) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @21) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @23
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @21) -> @123) -> (xs : @70) -> @50 @77 @79
+@132 := @121 @3
+@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
+  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @6 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @23
+@147 := @50 (@10 @15)
+@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
+@152 := @143 @12
+@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := ByteArray
+@162 := LexLeanTarget.TargetSyntax.Value.bytes
+@163 := @162 @21
+@164 := LexLeanTarget.TargetSyntax.Ty.bytes
+@165 := @162 @15
+@171 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @161) -> @24 @165 @164
+@173 := LexLeanPreservation.Rust.wt_bytes @0
+@178 := {c : @17} -> {A : @18} -> (b : @161) -> @36 @165 @164
+@179 := @173 @1
+@183 := {A : @18} -> (b : @161) -> @44 @165 @164
+@184 := @179 @2
+@187 := (b : @161) -> @50 @165 @164
+@188 := @184 @21
+@190 := @50 @163 @164
+@191 := @7 @23
+@192 := @49 @23
+@194 := @50 @191 @12
+@195 := List.nil.{0}
+@196 := List.cons.{0}
+@197 := @195 @57
+@198 := @196 @57
+@200 := @198 @191 @197
+@202 := @198 @163 @200
+@204 := @198 @11 @202
+@205 := Prod.{0, 0}
+@206 := @205 @3
+@207 := @206 @57
+@208 := 2
+@211 := Prod.mk.{0, 0} @3 @57
+@212 := @211 @208
+@213 := @212 @191
+@215 := @211 1
+@216 := @215 @163
+@217 := 0
+@218 := @211 @217
+@219 := @218 @11
+@220 := @195 @207
+@221 := @196 @207
+@223 := @221 @219 @220
+@225 := @221 @216 @223
+@227 := @221 @213 @225
+@228 := Bool.true
+@229 := LexLeanTarget.TargetSyntax.Function
+@230 := LexLeanTarget.TargetSyntax.Program.functions
+@231 := @230 @0
+@232 := @195 @3
+@233 := @195 @59
+@234 := LexLeanTarget.TargetSyntax.Ty.unit
+@235 := LexLeanTarget.TargetSyntax.Value.unit
+@238 := LexLeanTarget.TargetSyntax.Expr.value @234 @235
+@243 := LexLeanTarget.TargetSyntax.Function.mk @232 @233 @234 @238
+@248 := List.getD.{0} @229 @231 @217 @243
+@252 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.root @15 @217
+@253 := LexLeanPreservation.Rust.WTL
+@261 := {p : @16} -> {c : @17} -> {A : @18} -> @253 @21 @23 @15 @197 @233
+@263 := LexLeanPreservation.Rust.wtl_nil @0
+@264 := @253 @0
+@270 := {c : @17} -> {A : @18} -> @264 @23 @15 @197 @233
+@271 := @263 @1
+@272 := @264 @1
+@276 := {A : @18} -> @272 @15 @197 @233
+@277 := @271 @2
+@278 := @272 @2
+@279 := @278 @197
+@280 := @279 @233
+@281 := @4 @57
+@282 := @4 @59
+@284 := @65 @6 @21
+@289 := @253 @71 @60 @62 @21 @23
+@290 := #8
+@293 := @253 @290 @71 @60
+@295 := @198 @62 @6
+@296 := @293 @295
+@297 := @196 @59
+@299 := @297 @64 @21
+@309 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @284) -> (hs : @289) -> @296 @299
+@311 := LexLeanPreservation.Rust.wtl_cons @0
+@329 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @281} ->
+  {ts : @282} -> (h : @92 @6 @21) -> (hs : @264 @60 @62 @21 @23) -> @264 @71 @60 @295 @299
+@330 := @311 @1
+@345 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @281} -> {ts : @282} -> (h : @108 @6 @21) -> (hs : @272 @62 @21 @23) -> @272 @60 @295 @299
+@346 := @330 @2
+@348 := @50 @6 @21
+@350 := @278 @21 @23
+@358 := {v : @57} ->
+  {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @348) -> (hs : @350) -> @278 @295 @299
+@359 := @346 @191
+@360 := @7 @64
+@362 := @50 @360 @21
+@363 := @7 @60
+@364 := @198 @363
+@372 := {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @362) -> (hs : @350) -> @278 (@364 @6) @299
+@373 := @359 @12
+@374 := @7 @6
+@376 := @50 @374 @12
+@377 := @7 @62
+@378 := @198 @377
+@380 := @278 (@378 @6)
+@381 := @297 @12
+@382 := @381 @21
+@387 := {vs : @281} -> {ts : @282} -> (h : @376) -> (hs : @350) -> @380 @382
+@388 := @373 @197
+@389 := @7 @21
+@391 := @50 @389 @12
+@392 := @279 @23
+@394 := @198 @360 @197
+@399 := {ts : @282} -> (h : @391) -> (hs : @392) -> @278 @394 @382
+@400 := @388 @233
+@402 := @198 @374 @197
+@403 := @278 @402
+@404 := @381 @233
+@407 := (h : @194) -> (hs : @280) -> @403 @404
+@408 := @400 @192
+@410 := @198 @389 @197
+@412 := @278 @410 @404
+@413 := (hs : @280) -> @412
+@414 := @408 @277
+@416 := @278 @200 @404
+@417 := @346 @163
+@418 := @162 @62
+@420 := @50 @418 @21
+@421 := @162 @71
+@422 := @198 @421
+@430 := {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @420) -> (hs : @350) -> @278 (@422 @6) @299
+@431 := @417 @164
+@432 := @162 @64
+@434 := @50 @432 @164
+@435 := @162 @60
+@436 := @198 @435
+@438 := @278 (@436 @6)
+@439 := @297 @164
+@440 := @439 @21
+@445 := {vs : @281} -> {ts : @282} -> (h : @434) -> (hs : @350) -> @438 @440
+@446 := @431 @200
+@447 := @162 @6
+@449 := @50 @447 @164
+@450 := @403 @23
+@452 := @198 @418 @394
+@457 := {ts : @282} -> (h : @449) -> (hs : @450) -> @278 @452 @440
+@458 := @446 @404
+@460 := @198 @432 @402
+@461 := @278 @460
+@462 := @439 @404
+@465 := (h : @190) -> (hs : @412) -> @461 @462
+@466 := @458 @188
+@468 := @198 @447 @410
+@470 := @278 @468 @462
+@471 := (hs : @416) -> @470
+@472 := @466 @414
+@474 := @278 @202 @462
+@475 := @346 @11
+@476 := @10 @60
+@478 := @50 @476 @21
+@479 := @10 @290
+@480 := @198 @479
+@488 := {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @478) -> (hs : @350) -> @278 (@480 @6) @299
+@489 := @475 @14
+@490 := @10 @62
+@492 := @50 @490 @14
+@493 := @10 @71
+@494 := @198 @493
+@496 := @278 (@494 @6)
+@497 := @297 @14
+@498 := @497 @21
+@503 := {vs : @281} -> {ts : @282} -> (h : @492) -> (hs : @350) -> @496 @498
+@504 := @489 @202
+@505 := @10 @64
+@507 := @50 @505 @14
+@508 := @461 @23
+@510 := @198 @476 @452
+@511 := @278 @510
+@515 := {ts : @282} -> (h : @507) -> (hs : @508) -> @511 @498
+@516 := @504 @462
+@518 := @198 @490 @460
+@519 := @278 @518
+@520 := @497 @462
+@523 := (h : @160) -> (hs : @470) -> @519 @520
+@524 := @516 @158
+@526 := @198 @505 @468
+@527 := @278 @526
+@529 := (hs : @474) -> @527 @520
+@530 := @524 @472
+@531 := @278 @204
+@532 := @531 @520
+@533 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.denote
+@536 := @533 @6 @21 @23
+@537 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.__fits_0
+@540 := @537 @6 @21 @23
+@544 := Coverage.Prims.sequences @6 @21 @23
+@545 := Option.{0}
+@546 := @545 @3
+@547 := UInt8
+@548 := @545 @547
+@549 := @545 @5
+@550 := @545 @161
+@551 := Bool
+@553 := @205 @551 @551
+@555 := @205 @550 @553
+@557 := @205 @549 @555
+@559 := @205 @548 @557
+@561 := @205 @546 @559
+@562 := @206 @561
+@564 := @205 @161 @562
+@565 := LexLeanPreservation.encOption
+@567 := @565 @3 @7
+@568 := LexLeanTarget.TargetSyntax.Value.u8
+@570 := @565 @547 @568
+@572 := @565 @5 @10
+@574 := @565 @161 @162
+@575 := LexLeanTarget.TargetSyntax.Value.bool
+@576 := LexLeanPreservation.encPair
+@580 := @576 @551 @551 @575 @575
+@584 := @576 @550 @553 @574 @580
+@588 := @576 @549 @555 @572 @584
+@592 := @576 @548 @557 @570 @588
+@596 := @576 @546 @559 @567 @592
+@600 := @576 @3 @561 @7 @596
+@604 := @576 @161 @562 @162 @600
+@609 := @576 @5 @564 @10 @604 @544
+@613 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.root @6 @21 @23
+@614 := Ne.{1}
+@615 := LexLeanPreservation.Obs
+@616 := @614 @615
+@617 := LexLeanPreservation.Rel
+@620 := @616 (@617 @23 @15)
+@621 := LexLeanPreservation.Obs.stuck
+@624 := (f : @551) -> (v : @57) -> @620 @621
+@626 := LexLeanPreservation.Rust.rel_ne_stuck @540
+@634 := (v : @57) -> @616 (@617 (@537 @64 @6 @21) @15) @621
+@635 := @626 @609
+@639 := @616 (@617 @540 @609) @621
+@640 := @4 @207
+@641 := LexLeanPreservation.Rust.FunSem
+@642 := #9
+@648 := (n : @3) -> @641 @642 @290 @71 @15 @60
+@649 := Eq.{1}
+@650 := @545 @229
+@651 := @649 @650
+@658 := LexLeanRuntime.index (@4 @229) @229 (LexLeanRuntime.instIndexableList @229)
+@662 := @651 (@658 (@230 @642) @60)
+@663 := Option.some.{0}
+@664 := @663 @229
+@665 := @664 @62
+@666 := @662 @665
+@667 := #10
+@671 := @253 @667 @642 @290 @62
+@672 := LexLeanTarget.TargetSyntax.Function.types
+@673 := @672 @60
+@674 := @671 @673
+@675 := @545 @640
+@676 := @649 @675
+@677 := LexLeanTarget.TargetSemantics.bindAll
+@678 := LexLeanTarget.TargetSyntax.Function.parameters
+@683 := @676 (@677 (@678 @71) @60 @220)
+@684 := @663 @640
+@685 := @684 @62
+@686 := @683 @685
+@687 := @545 @551
+@688 := @649 @687
+@689 := LexLeanPreservation.Rust.fnFallible
+@690 := #11
+@693 := @688 (@689 @690 @642)
+@694 := @663 @551
+@695 := @694 @62
+@696 := @693 @695
+@697 := LexLeanPreservation.RunConv
+@698 := #13
+@702 := @697 @698 @667 @290 @62
+@704 := @616 @60 @621
+@705 := Exists.{1}
+@706 := LexLeanPreservation.Rust.ROut
+@707 := @705 @706
+@708 := And
+@709 := LexLeanPreservation.Rust.RealizesFn
+@713 := @708 (@709 @642 @290 @15)
+@714 := LexLeanPreservation.Rust.RCI
+@716 := @714 #15
+@717 := LexLeanPreservation.Rust.fnIdent
+@718 := @717 @698
+@725 := (hne : @704) -> @707 (fun (ro : @706) => @713 (@716 @718 @690 @15))
+@740 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @229} ->
+  {args : @281} ->
+  {env : @640} ->
+  {F : @551} ->
+  {o : @615} ->
+  (hB : @648) ->
+  (hfn : @666) -> (hwt : @674) -> (hbind : @686) -> (hF : @696) -> (hA : @702) -> @725
+@742 := LexLeanPreservation.Rust.compose @0
+@743 := @641 @0
+@748 := (n : @3) -> @743 @290 @71 @15 @60
+@749 := @658 @231
+@752 := @651 (@749 @60) @665
+@756 := @264 @642 @290 @62 @673
+@757 := @697 @0
+@760 := @757 @667 @290 @62
+@774 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @229} ->
+  {args : @281} ->
+  {env : @640} ->
+  {F : @551} ->
+  {o : @615} ->
+  (hB : @748) ->
+  (hfn : @752) -> (hwt : @756) -> (hbind : @686) -> (hF : @696) -> (hA : @760) -> @725
+@775 := @742 @1
+@776 := @743 @1
+@780 := (n : @3) -> @776 @71 @15 @60
+@783 := @272 @290 @62 @673
+@784 := @689 @1
+@787 := @688 (@784 @642) @695
+@788 := @714 @1
+@798 := (hbind : @686) ->
+  (hF : @787) -> (hA : @760) -> (hne : @704) -> @707 (fun (ro : @706) => @713 (@788 @718 @690 @15))
+@808 := {A : @18} ->
+  {f : @3} ->
+  {fn : @229} ->
+  {args : @281} ->
+  {env : @640} -> {F : @551} -> {o : @615} -> (hB : @780) -> (hfn : @752) -> (hwt : @783) -> @798
+@809 := @775 @2
+@811 := @776 @2 @15
+@813 := (n : @3) -> @811 @60
+@814 := @278 @62
+@815 := @814 @673
+@824 := {f : @3} ->
+  {fn : @229} ->
+  {args : @281} ->
+  {env : @640} -> {F : @551} -> {o : @615} -> (hB : @813) -> (hfn : @752) -> (hwt : @815) -> @798
+@825 := @809 @217
+@827 := (n : @3) -> @811 @217
+@828 := @749 @217
+@829 := @651 @828
+@830 := @829 @665
+@831 := @784 @217
+@832 := @688 @831
+@833 := @832 @695
+@834 := @757 @217
+@836 := @834 @290 @62
+@838 := @788 (@717 @217)
+@846 := (hF : @833) -> (hA : @836) -> (hne : @704) -> @707 (fun (ro : @706) => @713 (@838 @690 @15))
+@855 := {fn : @229} ->
+  {args : @281} ->
+  {env : @640} ->
+  {F : @551} -> {o : @615} -> (hB : @827) -> (hfn : @830) -> (hwt : @815) -> (hbind : @686) -> @846
+@856 := @825 @248
+@858 := @829 (@664 @248)
+@859 := @672 @248
+@860 := @814 @859
+@862 := @677 (@678 @248)
+@874 := {args : @281} ->
+  {env : @640} ->
+  {F : @551} ->
+  {o : @615} ->
+  (hB : @827) -> (hfn : @858) -> (hwt : @860) -> (hbind : @676 (@862 @60 @220) @685) -> @846
+@875 := @856 @204
+@878 := @480 (@422 (@364 @197))
+@880 := @278 @878 @859
+@889 := @198 (@10 @642) (@198 (@162 @290) (@198 (@7 @71) @197))
+@893 := @676 (@862 @889 @220) @685
+@902 := @198 (@10 @690) (@198 (@162 @667) (@198 (@7 @642) @197))
+@904 := @834 @902 @62
+@907 := @198 (@10 #14)
+@909 := @198 (@162 @698)
+@910 := #12
+@930 := {env : @640} ->
+  {F : @551} ->
+  {o : @615} ->
+  (hB : @827) ->
+  (hfn : @858) ->
+  (hwt : @880) ->
+  (hbind : @893) ->
+  (hF : @833) ->
+  (hA : @904) ->
+  (hne : @704) -> @707 (fun (ro : @706) => @713 (@838 (@907 (@909 (@198 (@7 @910) @197))) @15))
+@931 := @875 @227
+@934 := @494 (@436 (@378 @197))
+@936 := @278 @934 @859
+@950 := @676 (@862 @878 @220) (@684 (@221 (@212 @363) (@221 (@215 @421) (@221 (@218 @479) @220))))
+@959 := @198 (@10 @667) (@198 (@162 @642) (@198 (@7 @290) @197))
+@984 := {F : @551} ->
+  {o : @615} ->
+  (hB : @827) ->
+  (hfn : @858) ->
+  (hwt : @936) ->
+  (hbind : @950) ->
+  (hF : @833) ->
+  (hA : @834 @959 @62) ->
+  (hne : @704) ->
+  @707
+    (fun (ro : @706) => @713 (@838 (@198 (@10 @698) (@198 (@162 @910) (@198 (@7 @690) @197))) @15))
+@985 := @931 @228
+@986 := @511 @859
+@1000 := @676 (@862 @934 @220) (@684 (@221 (@212 @377) (@221 (@215 @435) (@221 (@218 @493) @220))))
+@1002 := @832 (@694 @228)
+@1004 := @834 @889 @62
+@1005 := @709 @228
+@1030 := {o : @615} ->
+  (hB : @827) ->
+  (hfn : @858) ->
+  (hwt : @986) ->
+  (hbind : @1000) ->
+  (hF : @1002) ->
+  (hA : @1004) ->
+  (hne : @704) ->
+  @707
+    (fun (ro : @706) =>
+    @708 (@1005 @290 @15) (@838 (@198 (@10 @910) (@198 (@162 @690) (@198 (@7 @667) @197))) @15))
+@1031 := @985 @536
+@1032 := @519 @859
+@1046 := @676 (@862 @510 @220) (@684 (@221 (@212 @360) (@221 (@215 @418) (@221 (@218 @476) @220))))
+@1047 := @834 @878
+@1050 := @533 @290 @71 @60
+@1051 := @1047 @1050
+@1054 := @533 @642 @290 @71
+@1074 := (hB : @827) ->
+  (hfn : @858) ->
+  (hwt : @1032) ->
+  (hbind : @1046) ->
+  (hF : @1002) ->
+  (hA : @1051) ->
+  (hne : @616 @1054 @621) ->
+  @707 (fun (ro : @706) => @708 (@1005 (@533 @690 @667 @642) @15) (@838 @902 @15))
+@1075 := @1031 @252
+@1076 := @527 @859
+@1090 := @676 (@862 @518 @220) (@684 (@221 (@212 @374) (@221 (@215 @432) (@221 (@218 @490) @220))))
+@1091 := @834 @934
+@1094 := @533 @71 @60 @62
+@1114 := (hfn : @858) ->
+  (hwt : @1076) ->
+  (hbind : @1090) ->
+  (hF : @1002) ->
+  (hA : @1091 @1094) ->
+  (hne : @616 @1050 @621) ->
+  @707 (fun (ro : @706) => @708 (@1005 (@533 @667 @642 @290) @15) (@838 @959 @15))
+@1115 := Eq.refl.{1}
+@1118 := @1075 (@1115 @650 @828)
+@1119 := @531 @859
+@1133 := @676 (@862 @526 @220) (@684 (@221 (@212 @389) (@221 (@215 @447) (@221 (@218 @505) @220))))
+@1134 := @834 @510
+@1137 := @533 @60 @62 @64
+@1153 := (hwt : @1119) ->
+  (hbind : @1133) ->
+  (hF : @1002) ->
+  (hA : @1134 @1137) ->
+  (hne : @616 @1094 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1054 @15) (@838 @889 @15))
+@1154 := @1118 @530
+@1156 := @862 @204 @220
+@1159 := @676 @1156 (@684 @227)
+@1160 := @834 @518
+@1163 := @533 @62 @64 @6
+@1178 := (hbind : @1159) ->
+  (hF : @1002) ->
+  (hA : @1160 @1163) ->
+  (hne : @616 @1137 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1050 @15) (@838 @878 @15))
+@1181 := @1154 (@1115 @675 @1156)
+@1182 := @834 @526
+@1185 := @533 @64 @6 @21
+@1199 := (hF : @1002) ->
+  (hA : @1182 @1185) ->
+  (hne : @616 @1163 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1094 @15) (@838 @934 @15))
+@1202 := @1181 (@1115 @687 @831)
+@1216 := (hA : @834 @204 @536) ->
+  (hne : @616 @1185 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1137 @15) (@838 @510 @15))
+@1217 := @1202 @613
+@1228 := (hne : @616 @536 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1163 @15) (@838 @518 @15))
+@1229 := @1217 @635
+@1235 := @708 (@1005 @1185 @15) (@838 @526 @15)
+@1237 := @707 (fun (ro : @706) => @1235)
+@1239 := @707 (fun (__e_ro : @706) => @1235)
+@1240 := LexLeanPreservation.Rust.RepresentableL
+@1241 := @10 @21
+@1242 := @162 @23
+@1244 := @198 @25 @197
+@1246 := @198 @1242 @1244
+@1249 := @1240 (@198 @1241 @1246)
+@1250 := (__e_hrep : @1249) -> @1239
+@1251 := fun (__e_hrep : @1249) => @1229
+@1252 := (i : @3) -> @1250
+@1253 := fun (i : @3) => @1251
+@1254 := (b : @161) -> @1252
+@1255 := fun (b : @161) => @1253
+@1256 := (xs : @5) -> @1254
+@1257 := fun (xs : @5) => @1255
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/RustStd.lean
new file mode 100644
index 000000000..7950a9d9d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.list .nat), .bytes, .nat], result := (.pair (.list .nat) (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))))))),
+      body := (.build .pair (.pair (.list .nat) (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))))))) [(.prim .append [(.var 0), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]), (.build .pair (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))))))) [(.prim .append [(.var 1), (.value .bytes (.bytes (ByteArray.mk #[10])))]), (.build .pair (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))))) [(.prim .natAdd [(.prim .length [(.var 0)]), (.prim .length [(.var 1)])]), (.build .pair (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))))) [(.prim .index [(.var 0), (.var 2)]), (.build .pair (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))) [(.prim .index [(.var 1), (.var 2)]), (.build .pair (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))) [(.prim .slice [(.var 0), (.var 2), (.value .nat (.nat 2))]), (.build .pair (.pair (.option .bytes) (.pair .bool .bool)) [(.prim .slice [(.var 1), (.value .nat (.nat 0)), (.var 2)]), (.build .pair (.pair .bool .bool) [(.prim .equal [(.var 1), (.value .bytes (.bytes (ByteArray.mk #[])))]), (.prim .equal [(.prim .equal [(.var 2), (.value .nat (.nat 3))]), (.build .true .bool [])])])])])])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair (.list .nat) (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))))))))) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[10]))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexList) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 2)))] (.call (.runtime .sliceList) [(.move (.generated .operand 13)), (.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.bytes (ByteArray.mk #[]))))] (.call (.runtime .equal) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)))), (.mk (.bind (.generated .operand 24)) none (.lit (.bool true)))] (.call (.runtime .equal) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))))))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[10]))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexList) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 2)))] (.call (.runtime .sliceList) [(.move (.generated .operand 13)), (.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.bytes (ByteArray.mk #[]))))] (.call (.runtime .equal) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)))), (.mk (.bind (.generated .operand 24)) none (.lit (.bool true)))] (.call (.runtime .equal) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)))))))))))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.list .nat), (.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[10]))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .indexList) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [(.list .nat), .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .indexBytes) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 13)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .sliceList) [(.move (.generated .operand 13)), (.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [(.list .nat), .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.bytes (ByteArray.mk #[]))))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)))), (.mk (.bind (.generated .operand 24)) none (.lit (.bool true)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [.bool, .bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.buildConst rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27.lean
similarity index 96%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27.lean
index 18cdb9563..725843a12 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (s : String) : _root_.LexLeanPreservation.Obs :=
 theorem root (s : String) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.string s)] (_root_.LexLeanPreservation.Rel (__fits_0 s) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u32)) (Coverage.Prims.decimals s))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 s)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..797f73dc7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/Compose/RustStd.lex.tex
@@ -0,0 +1,428 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.root : @842 := @843 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.flags
+@3 := String
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.string
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.string
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (s : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_string @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (s : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (s : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (s : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@57 := Nat
+@60 := Prod.{0, 0} @57 @50
+@61 := 0
+@65 := Prod.mk.{0, 0} @57 @50 @61
+@66 := @65 @6
+@67 := @51 @60
+@68 := @52 @60
+@70 := @68 @66 @67
+@71 := Bool.true
+@72 := LexLeanTarget.TargetSyntax.Function
+@73 := LexLeanTarget.TargetSyntax.Program.functions
+@74 := @73 @0
+@75 := LexLeanTarget.TargetSyntax.Ty
+@76 := @51 @57
+@77 := @51 @75
+@78 := LexLeanTarget.TargetSyntax.Ty.unit
+@79 := LexLeanTarget.TargetSyntax.Value.unit
+@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
+@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
+@92 := List.getD.{0} @72 @74 @61 @87
+@96 := fun (__e_n : @57) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.root @17 @61
+@97 := LexLeanPreservation.Rust.WTL
+@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
+@107 := LexLeanPreservation.Rust.wtl_nil @0
+@108 := @97 @0
+@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
+@115 := @107 @1
+@116 := @108 @1
+@120 := {A : @10} -> @116 @17 @53 @77
+@121 := @115 @2
+@122 := @116 @2
+@123 := @122 @53
+@124 := @123 @77
+@125 := List.{0}
+@126 := @125 @50
+@127 := @125 @75
+@128 := #6
+@129 := @11 @128
+@130 := #5
+@131 := @129 @130
+@132 := #4
+@135 := @131 @132 @12 @14
+@136 := #7
+@141 := @97 @136 @128 @130 @14 @4
+@142 := #8
+@145 := @97 @142 @136 @128
+@147 := @54 @130 @12
+@148 := @145 @147
+@149 := @52 @75
+@151 := @149 @132 @14
+@161 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
+@163 := LexLeanPreservation.Rust.wtl_cons @0
+@183 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} ->
+  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
+@184 := @163 @1
+@200 := {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
+@201 := @184 @2
+@203 := @43 @12 @14
+@205 := @122 @14 @4
+@213 := {v : @50} ->
+  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
+@214 := @201 @6
+@215 := @5 @132
+@217 := @43 @215 @14
+@218 := @5 @128
+@219 := @54 @218
+@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
+@228 := @214 @7
+@229 := @5 @12
+@231 := @43 @229 @7
+@232 := @5 @130
+@233 := @54 @232
+@235 := @122 (@233 @12)
+@236 := @149 @7
+@237 := @236 @14
+@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
+@243 := @228 @53
+@244 := @5 @14
+@246 := @43 @244 @7
+@247 := @123 @4
+@249 := @54 @215 @53
+@250 := @122 @249
+@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
+@255 := @243 @77
+@257 := @54 @229 @53
+@258 := @122 @257
+@259 := @236 @77
+@262 := (h : @49) -> (hs : @124) -> @258 @259
+@263 := @255 @47
+@265 := @54 @244 @53
+@266 := @122 @265
+@268 := (hs : @124) -> @266 @259
+@269 := @263 @121
+@270 := @122 @56
+@271 := @270 @259
+@272 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.denote
+@273 := @272 @4
+@274 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.__fits_0
+@275 := @274 @4
+@277 := Coverage.Prims.decimals @4
+@278 := Int
+@279 := Option.{0}
+@280 := @279 @278
+@281 := UInt32
+@282 := @279 @281
+@283 := LexLeanTarget.TargetSyntax.Value.int
+@284 := LexLeanPreservation.encOption
+@286 := @284 @278 @283
+@287 := LexLeanTarget.TargetSyntax.Value.u32
+@289 := @284 @281 @287
+@295 := LexLeanPreservation.encPair @280 @282 @286 @289 @277
+@297 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.root @4
+@298 := Bool
+@299 := Ne.{1}
+@300 := LexLeanPreservation.Obs
+@301 := @299 @300
+@302 := LexLeanPreservation.Rel
+@305 := @301 (@302 @4 @17)
+@306 := LexLeanPreservation.Obs.stuck
+@309 := (f : @298) -> (v : @50) -> @305 @306
+@311 := LexLeanPreservation.Rust.rel_ne_stuck @275
+@317 := (v : @50) -> @301 (@302 (@274 @14) @17) @306
+@318 := @311 @295
+@322 := @301 (@302 @275 @295) @306
+@323 := @125 @60
+@324 := LexLeanPreservation.Rust.FunSem
+@325 := #9
+@331 := (n : @57) -> @324 @325 @142 @136 @17 @128
+@332 := Eq.{1}
+@333 := @279 @72
+@334 := @332 @333
+@341 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
+@345 := @334 (@341 (@73 @325) @128)
+@346 := Option.some.{0}
+@347 := @346 @72
+@348 := @347 @130
+@349 := @345 @348
+@350 := #10
+@354 := @97 @350 @325 @142 @130
+@355 := LexLeanTarget.TargetSyntax.Function.types
+@356 := @355 @128
+@357 := @354 @356
+@358 := @279 @323
+@359 := @332 @358
+@360 := LexLeanTarget.TargetSemantics.bindAll
+@361 := LexLeanTarget.TargetSyntax.Function.parameters
+@366 := @359 (@360 (@361 @136) @128 @67)
+@367 := @346 @323
+@368 := @367 @130
+@369 := @366 @368
+@370 := @279 @298
+@371 := @332 @370
+@372 := LexLeanPreservation.Rust.fnFallible
+@373 := #11
+@376 := @371 (@372 @373 @325)
+@377 := @346 @298
+@378 := @377 @130
+@379 := @376 @378
+@380 := LexLeanPreservation.RunConv
+@381 := #13
+@385 := @380 @381 @350 @142 @130
+@387 := @301 @128 @306
+@388 := Exists.{1}
+@389 := LexLeanPreservation.Rust.ROut
+@390 := @388 @389
+@391 := And
+@392 := LexLeanPreservation.Rust.RealizesFn
+@396 := @391 (@392 @325 @142 @17)
+@397 := LexLeanPreservation.Rust.RCI
+@399 := @397 #15
+@400 := LexLeanPreservation.Rust.fnIdent
+@401 := @400 @381
+@408 := (hne : @387) -> @390 (fun (ro : @389) => @396 (@399 @401 @373 @17))
+@423 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @323} ->
+  {F : @298} ->
+  {o : @300} ->
+  (hB : @331) ->
+  (hfn : @349) -> (hwt : @357) -> (hbind : @369) -> (hF : @379) -> (hA : @385) -> @408
+@425 := LexLeanPreservation.Rust.compose @0
+@426 := @324 @0
+@431 := (n : @57) -> @426 @142 @136 @17 @128
+@432 := @341 @74
+@435 := @334 (@432 @128) @348
+@439 := @108 @325 @142 @130 @356
+@440 := @380 @0
+@443 := @440 @350 @142 @130
+@457 := {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @323} ->
+  {F : @298} ->
+  {o : @300} ->
+  (hB : @431) ->
+  (hfn : @435) -> (hwt : @439) -> (hbind : @369) -> (hF : @379) -> (hA : @443) -> @408
+@458 := @425 @1
+@459 := @426 @1
+@463 := (n : @57) -> @459 @136 @17 @128
+@466 := @116 @142 @130 @356
+@467 := @372 @1
+@470 := @371 (@467 @325) @378
+@471 := @397 @1
+@481 := (hbind : @369) ->
+  (hF : @470) -> (hA : @443) -> (hne : @387) -> @390 (fun (ro : @389) => @396 (@471 @401 @373 @17))
+@491 := {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @323} -> {F : @298} -> {o : @300} -> (hB : @463) -> (hfn : @435) -> (hwt : @466) -> @481
+@492 := @458 @2
+@494 := @459 @2 @17
+@496 := (n : @57) -> @494 @128
+@497 := @122 @130
+@498 := @497 @356
+@507 := {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @323} -> {F : @298} -> {o : @300} -> (hB : @496) -> (hfn : @435) -> (hwt : @498) -> @481
+@508 := @492 @61
+@510 := (n : @57) -> @494 @61
+@511 := @432 @61
+@512 := @334 @511
+@513 := @512 @348
+@514 := @467 @61
+@515 := @371 @514
+@516 := @515 @378
+@517 := @440 @61
+@519 := @517 @142 @130
+@521 := @471 (@400 @61)
+@529 := (hF : @516) -> (hA : @519) -> (hne : @387) -> @390 (fun (ro : @389) => @396 (@521 @373 @17))
+@538 := {fn : @72} ->
+  {args : @126} ->
+  {env : @323} ->
+  {F : @298} -> {o : @300} -> (hB : @510) -> (hfn : @513) -> (hwt : @498) -> (hbind : @369) -> @529
+@539 := @508 @92
+@541 := @512 (@347 @92)
+@542 := @355 @92
+@543 := @497 @542
+@545 := @360 (@361 @92)
+@557 := {args : @126} ->
+  {env : @323} ->
+  {F : @298} ->
+  {o : @300} ->
+  (hB : @510) -> (hfn : @541) -> (hwt : @543) -> (hbind : @359 (@545 @128 @67) @368) -> @529
+@558 := @539 @56
+@559 := @219 @53
+@561 := @122 @559 @542
+@564 := @54 (@5 @136) @53
+@568 := @359 (@545 @564 @67) @368
+@571 := @54 (@5 @325) @53
+@592 := {env : @323} ->
+  {F : @298} ->
+  {o : @300} ->
+  (hB : @510) ->
+  (hfn : @541) ->
+  (hwt : @561) ->
+  (hbind : @568) ->
+  (hF : @516) ->
+  (hA : @517 @571 @130) ->
+  (hne : @387) -> @390 (fun (ro : @389) => @396 (@521 (@54 (@5 #12) @53) @17))
+@593 := @558 @70
+@594 := @233 @53
+@596 := @122 @594 @542
+@604 := @359 (@545 @559 @67) (@367 (@68 (@65 @218) @67))
+@607 := @54 (@5 @142) @53
+@626 := {F : @298} ->
+  {o : @300} ->
+  (hB : @510) ->
+  (hfn : @541) ->
+  (hwt : @596) ->
+  (hbind : @604) ->
+  (hF : @516) ->
+  (hA : @517 @607 @130) ->
+  (hne : @387) -> @390 (fun (ro : @389) => @396 (@521 (@54 (@5 @373) @53) @17))
+@627 := @593 @71
+@628 := @250 @542
+@636 := @359 (@545 @594 @67) (@367 (@68 (@65 @232) @67))
+@638 := @515 (@377 @71)
+@640 := @517 @564 @130
+@641 := @392 @71
+@660 := {o : @300} ->
+  (hB : @510) ->
+  (hfn : @541) ->
+  (hwt : @628) ->
+  (hbind : @636) ->
+  (hF : @638) ->
+  (hA : @640) ->
+  (hne : @387) -> @390 (fun (ro : @389) => @391 (@641 @142 @17) (@521 (@54 (@5 @350) @53) @17))
+@661 := @627 @273
+@662 := @258 @542
+@670 := @359 (@545 @249 @67) (@367 (@68 (@65 @215) @67))
+@671 := @517 @559
+@672 := @272 @128
+@673 := @671 @672
+@674 := @272 @136
+@692 := (hB : @510) ->
+  (hfn : @541) ->
+  (hwt : @662) ->
+  (hbind : @670) ->
+  (hF : @638) ->
+  (hA : @673) ->
+  (hne : @301 @674 @306) -> @390 (fun (ro : @389) => @391 (@641 (@272 @325) @17) (@521 @571 @17))
+@693 := @661 @96
+@694 := @266 @542
+@702 := @359 (@545 @257 @67) (@367 (@68 (@65 @229) @67))
+@703 := @517 @594
+@704 := @272 @130
+@722 := (hfn : @541) ->
+  (hwt : @694) ->
+  (hbind : @702) ->
+  (hF : @638) ->
+  (hA : @703 @704) ->
+  (hne : @301 @672 @306) -> @390 (fun (ro : @389) => @391 (@641 (@272 @142) @17) (@521 @607 @17))
+@723 := Eq.refl.{1}
+@726 := @693 (@723 @333 @511)
+@727 := @270 @542
+@735 := @359 (@545 @265 @67) (@367 (@68 (@65 @244) @67))
+@736 := @517 @249
+@737 := @272 @132
+@753 := (hwt : @727) ->
+  (hbind : @735) ->
+  (hF : @638) ->
+  (hA : @736 @737) ->
+  (hne : @301 @704 @306) -> @390 (fun (ro : @389) => @391 (@641 @674 @17) (@521 @564 @17))
+@754 := @726 @269
+@756 := @545 @56 @67
+@759 := @359 @756 (@367 @70)
+@760 := @517 @257
+@761 := @272 @12
+@776 := (hbind : @759) ->
+  (hF : @638) ->
+  (hA : @760 @761) ->
+  (hne : @301 @737 @306) -> @390 (fun (ro : @389) => @391 (@641 @672 @17) (@521 @559 @17))
+@779 := @754 (@723 @358 @756)
+@780 := @517 @265
+@781 := @272 @14
+@795 := (hF : @638) ->
+  (hA : @780 @781) ->
+  (hne : @301 @761 @306) -> @390 (fun (ro : @389) => @391 (@641 @704 @17) (@521 @594 @17))
+@798 := @779 (@723 @370 @514)
+@812 := (hA : @517 @56 @273) ->
+  (hne : @301 @781 @306) -> @390 (fun (ro : @389) => @391 (@641 @737 @17) (@521 @249 @17))
+@813 := @798 @297
+@824 := (hne : @301 @273 @306) -> @390 (fun (ro : @389) => @391 (@641 @761 @17) (@521 @257 @17))
+@825 := @813 @318
+@831 := @391 (@641 @781 @17) (@521 @265 @17)
+@833 := @390 (fun (ro : @389) => @831)
+@835 := @390 (fun (__e_ro : @389) => @831)
+@839 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@840 := (__e_hrep : @839) -> @835
+@841 := fun (__e_hrep : @839) => @825
+@842 := (s : @3) -> @840
+@843 := fun (s : @3) => @841
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/RustStd.lean
new file mode 100644
index 000000000..33ead28d2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.string], result := (.pair (.option .int) (.option (.fixed .u32))),
+      body := (.build .pair (.pair (.option .int) (.option (.fixed .u32))) [(.prim (.parseDecimal .int) [(.var 0)]), (.prim (.parseDecimal (.fixed .u32)) [(.var 0)])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .str }] (.fallible (.pair (.option .int) (.option (.fixed .u32)))) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .parseInt) [(.move (.generated .operand 1))] true))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0)))] (.call (.runtime (.parseFixed .u32)) [(.move (.generated .operand 2))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .parseInt) [(.move (.generated .operand 1))] true))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0)))] (.call (.runtime (.parseFixed .u32)) [(.move (.generated .operand 2))] false))))), [(0, .string, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .parseInt) [(.move (.generated .operand 1))] true)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime (.parseFixed .u32)) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28.lean
similarity index 95%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28.lean
index abb8651df..288a8dd1c 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (a : Int) (b : Int8) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Int) (b : Int8) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.int a), (_root_.LexLeanTarget.TargetSyntax.Value.i8 b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.string) (Coverage.Prims.formats a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..80f4dc203
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/Compose/RustStd.lex.tex
@@ -0,0 +1,488 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.root : @983 := @984 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.flags
+@3 := Int
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.int
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.int
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_int @0
+@27 := @11 @0
+@29 := @27 @4 @15
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@37 := @36 @15
+@41 := {A : @10} -> (n : @3) -> @37 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := Int8
+@51 := LexLeanTarget.TargetSyntax.Value.i8
+@52 := @51 @15
+@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
+@56 := @51 @17
+@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
+@64 := LexLeanPreservation.Rust.wt_i8 @0
+@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
+@70 := @64 @1
+@74 := {A : @10} -> (x : @50) -> @37 @56 @55
+@75 := @70 @2
+@78 := (x : @50) -> @43 @56 @55
+@79 := @75 @15
+@81 := @43 @52 @55
+@82 := LexLeanTarget.TargetSyntax.Value
+@83 := List.nil.{0}
+@84 := List.cons.{0}
+@85 := @83 @82
+@86 := @84 @82
+@88 := @86 @52 @85
+@90 := @86 @6 @88
+@91 := Nat
+@94 := Prod.{0, 0} @91 @82
+@95 := 1
+@98 := Prod.mk.{0, 0} @91 @82
+@99 := @98 @95
+@100 := @99 @52
+@101 := 0
+@102 := @98 @101
+@103 := @102 @6
+@104 := @83 @94
+@105 := @84 @94
+@107 := @105 @103 @104
+@109 := @105 @100 @107
+@110 := Bool.false
+@111 := LexLeanTarget.TargetSyntax.Function
+@112 := LexLeanTarget.TargetSyntax.Program.functions
+@113 := @112 @0
+@114 := LexLeanTarget.TargetSyntax.Ty
+@115 := @83 @91
+@116 := @83 @114
+@117 := LexLeanTarget.TargetSyntax.Ty.unit
+@118 := LexLeanTarget.TargetSyntax.Value.unit
+@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
+@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
+@131 := List.getD.{0} @111 @113 @101 @126
+@135 := fun (__e_n : @91) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.root @17 @101
+@136 := LexLeanPreservation.Rust.WTL
+@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
+@146 := LexLeanPreservation.Rust.wtl_nil @0
+@147 := @136 @0
+@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
+@154 := @146 @1
+@155 := @147 @1
+@159 := {A : @10} -> @155 @17 @85 @116
+@160 := @154 @2
+@161 := @155 @2
+@162 := @161 @85
+@163 := @162 @116
+@164 := List.{0}
+@165 := @164 @82
+@166 := @164 @114
+@167 := #6
+@168 := @11 @167
+@169 := #5
+@170 := @168 @169
+@171 := #4
+@174 := @170 @171 @12 @4
+@175 := #7
+@180 := @136 @175 @167 @169 @4 @15
+@181 := #8
+@184 := @136 @181 @175 @167
+@186 := @86 @169 @12
+@187 := @184 @186
+@188 := @84 @114
+@190 := @188 @171 @4
+@200 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
+@202 := LexLeanPreservation.Rust.wtl_cons @0
+@222 := {c : @9} ->
+  {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} ->
+  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
+@223 := @202 @1
+@239 := {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
+@240 := @223 @2
+@242 := @43 @12 @4
+@244 := @161 @4 @15
+@252 := {v : @82} ->
+  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
+@253 := @240 @52
+@254 := @51 @171
+@256 := @43 @254 @4
+@257 := @51 @167
+@258 := @86 @257
+@266 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
+@267 := @253 @55
+@268 := @51 @12
+@270 := @43 @268 @55
+@271 := @51 @169
+@272 := @86 @271
+@274 := @161 (@272 @12)
+@275 := @188 @55
+@276 := @275 @4
+@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
+@282 := @267 @85
+@283 := @51 @4
+@285 := @43 @283 @55
+@286 := @162 @15
+@288 := @86 @254 @85
+@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
+@294 := @282 @116
+@296 := @86 @268 @85
+@297 := @161 @296
+@298 := @275 @116
+@301 := (h : @81) -> (hs : @163) -> @297 @298
+@302 := @294 @79
+@304 := @86 @283 @85
+@306 := @161 @304 @298
+@307 := (hs : @163) -> @306
+@308 := @302 @160
+@310 := @161 @88 @298
+@311 := @240 @6
+@312 := @5 @169
+@314 := @43 @312 @4
+@315 := @5 @175
+@316 := @86 @315
+@324 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
+@325 := @311 @7
+@326 := @5 @171
+@328 := @43 @326 @7
+@329 := @5 @167
+@330 := @86 @329
+@332 := @161 (@330 @12)
+@333 := @188 @7
+@334 := @333 @4
+@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
+@340 := @325 @88
+@341 := @5 @12
+@343 := @43 @341 @7
+@344 := @297 @15
+@346 := @86 @312 @288
+@347 := @161 @346
+@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
+@352 := @340 @298
+@354 := @86 @326 @296
+@355 := @161 @354
+@356 := @333 @298
+@359 := (h : @49) -> (hs : @306) -> @355 @356
+@360 := @352 @47
+@362 := @86 @341 @304
+@363 := @161 @362
+@365 := (hs : @310) -> @363 @356
+@366 := @360 @308
+@367 := @161 @90
+@368 := @367 @356
+@369 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.denote
+@371 := @369 @4 @15
+@372 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.__fits_0
+@374 := @372 @4 @15
+@377 := Coverage.Prims.formats @4 @15
+@378 := String
+@379 := LexLeanTarget.TargetSyntax.Value.string
+@385 := LexLeanPreservation.encPair @378 @378 @379 @379 @377
+@388 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.root @4 @15
+@389 := Bool
+@390 := Ne.{1}
+@391 := LexLeanPreservation.Obs
+@392 := @390 @391
+@393 := LexLeanPreservation.Rel
+@396 := @392 (@393 @15 @17)
+@397 := LexLeanPreservation.Obs.stuck
+@400 := (f : @389) -> (v : @82) -> @396 @397
+@402 := LexLeanPreservation.Rust.rel_ne_stuck @374
+@409 := (v : @82) -> @392 (@393 (@372 @12 @4) @17) @397
+@410 := @402 @385
+@414 := @392 (@393 @374 @385) @397
+@415 := @164 @94
+@416 := LexLeanPreservation.Rust.FunSem
+@417 := #9
+@423 := (n : @91) -> @416 @417 @181 @175 @17 @167
+@424 := Eq.{1}
+@425 := Option.{0}
+@426 := @425 @111
+@427 := @424 @426
+@434 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
+@438 := @427 (@434 (@112 @417) @167)
+@439 := Option.some.{0}
+@440 := @439 @111
+@441 := @440 @169
+@442 := @438 @441
+@443 := #10
+@447 := @136 @443 @417 @181 @169
+@448 := LexLeanTarget.TargetSyntax.Function.types
+@449 := @448 @167
+@450 := @447 @449
+@451 := @425 @415
+@452 := @424 @451
+@453 := LexLeanTarget.TargetSemantics.bindAll
+@454 := LexLeanTarget.TargetSyntax.Function.parameters
+@459 := @452 (@453 (@454 @175) @167 @104)
+@460 := @439 @415
+@461 := @460 @169
+@462 := @459 @461
+@463 := @425 @389
+@464 := @424 @463
+@465 := LexLeanPreservation.Rust.fnFallible
+@466 := #11
+@469 := @464 (@465 @466 @417)
+@470 := @439 @389
+@471 := @470 @169
+@472 := @469 @471
+@473 := LexLeanPreservation.RunConv
+@474 := #13
+@478 := @473 @474 @443 @181 @169
+@480 := @392 @167 @397
+@481 := Exists.{1}
+@482 := LexLeanPreservation.Rust.ROut
+@483 := @481 @482
+@484 := And
+@485 := LexLeanPreservation.Rust.RealizesFn
+@489 := @484 (@485 @417 @181 @17)
+@490 := LexLeanPreservation.Rust.RCI
+@492 := @490 #15
+@493 := LexLeanPreservation.Rust.fnIdent
+@494 := @493 @474
+@501 := (hne : @480) -> @483 (fun (ro : @482) => @489 (@492 @494 @466 @17))
+@516 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @415} ->
+  {F : @389} ->
+  {o : @391} ->
+  (hB : @423) ->
+  (hfn : @442) -> (hwt : @450) -> (hbind : @462) -> (hF : @472) -> (hA : @478) -> @501
+@518 := LexLeanPreservation.Rust.compose @0
+@519 := @416 @0
+@524 := (n : @91) -> @519 @181 @175 @17 @167
+@525 := @434 @113
+@528 := @427 (@525 @167) @441
+@532 := @147 @417 @181 @169 @449
+@533 := @473 @0
+@536 := @533 @443 @181 @169
+@550 := {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @415} ->
+  {F : @389} ->
+  {o : @391} ->
+  (hB : @524) ->
+  (hfn : @528) -> (hwt : @532) -> (hbind : @462) -> (hF : @472) -> (hA : @536) -> @501
+@551 := @518 @1
+@552 := @519 @1
+@556 := (n : @91) -> @552 @175 @17 @167
+@559 := @155 @181 @169 @449
+@560 := @465 @1
+@563 := @464 (@560 @417) @471
+@564 := @490 @1
+@574 := (hbind : @462) ->
+  (hF : @563) -> (hA : @536) -> (hne : @480) -> @483 (fun (ro : @482) => @489 (@564 @494 @466 @17))
+@584 := {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @415} -> {F : @389} -> {o : @391} -> (hB : @556) -> (hfn : @528) -> (hwt : @559) -> @574
+@585 := @551 @2
+@587 := @552 @2 @17
+@589 := (n : @91) -> @587 @167
+@590 := @161 @169
+@591 := @590 @449
+@600 := {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @415} -> {F : @389} -> {o : @391} -> (hB : @589) -> (hfn : @528) -> (hwt : @591) -> @574
+@601 := @585 @101
+@603 := (n : @91) -> @587 @101
+@604 := @525 @101
+@605 := @427 @604
+@606 := @605 @441
+@607 := @560 @101
+@608 := @464 @607
+@609 := @608 @471
+@610 := @533 @101
+@612 := @610 @181 @169
+@614 := @564 (@493 @101)
+@622 := (hF : @609) -> (hA : @612) -> (hne : @480) -> @483 (fun (ro : @482) => @489 (@614 @466 @17))
+@631 := {fn : @111} ->
+  {args : @165} ->
+  {env : @415} ->
+  {F : @389} -> {o : @391} -> (hB : @603) -> (hfn : @606) -> (hwt : @591) -> (hbind : @462) -> @622
+@632 := @601 @131
+@634 := @605 (@440 @131)
+@635 := @448 @131
+@636 := @590 @635
+@638 := @453 (@454 @131)
+@650 := {args : @165} ->
+  {env : @415} ->
+  {F : @389} ->
+  {o : @391} ->
+  (hB : @603) -> (hfn : @634) -> (hwt : @636) -> (hbind : @452 (@638 @167 @104) @461) -> @622
+@651 := @632 @90
+@653 := @316 (@258 @85)
+@655 := @161 @653 @635
+@661 := @86 (@5 @181) (@86 (@51 @175) @85)
+@665 := @452 (@638 @661 @104) @461
+@671 := @86 (@5 @443) (@86 (@51 @417) @85)
+@673 := @610 @671 @169
+@675 := @86 (@5 @474)
+@676 := #12
+@695 := {env : @415} ->
+  {F : @389} ->
+  {o : @391} ->
+  (hB : @603) ->
+  (hfn : @634) ->
+  (hwt : @655) ->
+  (hbind : @665) ->
+  (hF : @609) ->
+  (hA : @673) ->
+  (hne : @480) -> @483 (fun (ro : @482) => @489 (@614 (@675 (@86 (@51 @676) @85)) @17))
+@696 := @651 @109
+@698 := @330 (@272 @85)
+@700 := @161 @698 @635
+@711 := @452 (@638 @653 @104) (@460 (@105 (@99 @257) (@105 (@102 @315) @104)))
+@717 := @86 (@5 @417) (@86 (@51 @181) @85)
+@739 := {F : @389} ->
+  {o : @391} ->
+  (hB : @603) ->
+  (hfn : @634) ->
+  (hwt : @700) ->
+  (hbind : @711) ->
+  (hF : @609) ->
+  (hA : @610 @717 @169) ->
+  (hne : @480) -> @483 (fun (ro : @482) => @489 (@614 (@86 (@5 @676) (@86 (@51 @466) @85)) @17))
+@740 := @696 @110
+@741 := @347 @635
+@752 := @452 (@638 @698 @104) (@460 (@105 (@99 @271) (@105 (@102 @329) @104)))
+@754 := @608 (@470 @110)
+@756 := @610 @661 @169
+@757 := @485 @110
+@779 := {o : @391} ->
+  (hB : @603) ->
+  (hfn : @634) ->
+  (hwt : @741) ->
+  (hbind : @752) ->
+  (hF : @754) ->
+  (hA : @756) ->
+  (hne : @480) ->
+  @483 (fun (ro : @482) => @484 (@757 @181 @17) (@614 (@86 (@5 @466) (@86 (@51 @443) @85)) @17))
+@780 := @740 @371
+@781 := @355 @635
+@792 := @452 (@638 @346 @104) (@460 (@105 (@99 @254) (@105 (@102 @312) @104)))
+@793 := @610 @653
+@795 := @369 @175 @167
+@796 := @793 @795
+@798 := @369 @181 @175
+@817 := (hB : @603) ->
+  (hfn : @634) ->
+  (hwt : @781) ->
+  (hbind : @792) ->
+  (hF : @754) ->
+  (hA : @796) ->
+  (hne : @392 @798 @397) ->
+  @483 (fun (ro : @482) => @484 (@757 (@369 @443 @417) @17) (@614 @671 @17))
+@818 := @780 @135
+@819 := @363 @635
+@830 := @452 (@638 @354 @104) (@460 (@105 (@99 @268) (@105 (@102 @326) @104)))
+@831 := @610 @698
+@833 := @369 @167 @169
+@852 := (hfn : @634) ->
+  (hwt : @819) ->
+  (hbind : @830) ->
+  (hF : @754) ->
+  (hA : @831 @833) ->
+  (hne : @392 @795 @397) ->
+  @483 (fun (ro : @482) => @484 (@757 (@369 @417 @181) @17) (@614 @717 @17))
+@853 := Eq.refl.{1}
+@856 := @818 (@853 @426 @604)
+@857 := @367 @635
+@868 := @452 (@638 @362 @104) (@460 (@105 (@99 @283) (@105 (@102 @341) @104)))
+@869 := @610 @346
+@871 := @369 @169 @171
+@887 := (hwt : @857) ->
+  (hbind : @868) ->
+  (hF : @754) ->
+  (hA : @869 @871) ->
+  (hne : @392 @833 @397) -> @483 (fun (ro : @482) => @484 (@757 @798 @17) (@614 @661 @17))
+@888 := @856 @366
+@890 := @638 @90 @104
+@893 := @452 @890 (@460 @109)
+@894 := @610 @354
+@896 := @369 @171 @12
+@911 := (hbind : @893) ->
+  (hF : @754) ->
+  (hA : @894 @896) ->
+  (hne : @392 @871 @397) -> @483 (fun (ro : @482) => @484 (@757 @795 @17) (@614 @653 @17))
+@914 := @888 (@853 @451 @890)
+@915 := @610 @362
+@917 := @369 @12 @4
+@931 := (hF : @754) ->
+  (hA : @915 @917) ->
+  (hne : @392 @896 @397) -> @483 (fun (ro : @482) => @484 (@757 @833 @17) (@614 @698 @17))
+@934 := @914 (@853 @463 @607)
+@948 := (hA : @610 @90 @371) ->
+  (hne : @392 @917 @397) -> @483 (fun (ro : @482) => @484 (@757 @871 @17) (@614 @346 @17))
+@949 := @934 @388
+@960 := (hne : @392 @371 @397) -> @483 (fun (ro : @482) => @484 (@757 @896 @17) (@614 @354 @17))
+@961 := @949 @410
+@967 := @484 (@757 @917 @17) (@614 @362 @17)
+@969 := @483 (fun (ro : @482) => @967)
+@971 := @483 (fun (__e_ro : @482) => @967)
+@972 := LexLeanPreservation.Rust.RepresentableL
+@973 := @5 @15
+@975 := @86 @56 @85
+@978 := @972 (@86 @973 @975)
+@979 := (__e_hrep : @978) -> @971
+@980 := fun (__e_hrep : @978) => @961
+@981 := (b : @50) -> @979
+@982 := fun (b : @50) => @980
+@983 := (a : @3) -> @981
+@984 := fun (a : @3) => @982
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/RustStd.lean
new file mode 100644
index 000000000..0ad5b17f3
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.int, (.fixed .i8)], result := (.pair .string .string),
+      body := (.build .pair (.pair .string .string) [(.prim .formatDecimal [(.var 0)]), (.prim .formatDecimal [(.var 1)])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair .str .str) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime .formatInt) [(.move (.generated .operand 1))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.formatFixed .i8)) [(.move (.generated .operand 2))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime .formatInt) [(.move (.generated .operand 1))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.formatFixed .i8)) [(.move (.generated .operand 2))] false)))), [(1, (.fixed .i8), (some 1)), (0, .int, (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .formatInt) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.formatFixed .i8)) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29.lean
index 12e536513..8e0568f7d 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (s : String) (d : String) : _root_.LexLeanPreservation.Obs :=
 theorem root (s : String) (d : String) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.string s), (_root_.LexLeanTarget.TargetSyntax.Value.string d)] (_root_.LexLeanPreservation.Rel (__fits_0 s d) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bytes (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair _root_.LexLeanPreservation.encOrdering (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Prims.text s d))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 s d)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..29fcd092f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/Compose/RustStd.lex.tex
@@ -0,0 +1,490 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.root : @966 := @967 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.flags
+@3 := String
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.string
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.string
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (s : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_string @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (s : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (s : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (s : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Nat
+@64 := Prod.{0, 0}
+@65 := @64 @63
+@66 := @65 @54
+@67 := 1
+@70 := Prod.mk.{0, 0} @63 @54
+@71 := @70 @67
+@72 := @71 @50
+@73 := 0
+@74 := @70 @73
+@75 := @74 @6
+@76 := @55 @66
+@77 := @56 @66
+@79 := @77 @75 @76
+@81 := @77 @72 @79
+@82 := Bool.false
+@83 := LexLeanTarget.TargetSyntax.Function
+@84 := LexLeanTarget.TargetSyntax.Program.functions
+@85 := @84 @0
+@86 := LexLeanTarget.TargetSyntax.Ty
+@87 := @55 @63
+@88 := @55 @86
+@89 := LexLeanTarget.TargetSyntax.Ty.unit
+@90 := LexLeanTarget.TargetSyntax.Value.unit
+@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
+@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
+@103 := List.getD.{0} @83 @85 @73 @98
+@107 := fun (__e_n : @63) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.root @17 @73
+@108 := LexLeanPreservation.Rust.WTL
+@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
+@118 := LexLeanPreservation.Rust.wtl_nil @0
+@119 := @108 @0
+@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
+@126 := @118 @1
+@127 := @119 @1
+@131 := {A : @10} -> @127 @17 @57 @88
+@132 := @126 @2
+@133 := @127 @2
+@134 := @133 @57
+@135 := @134 @88
+@136 := List.{0}
+@137 := @136 @54
+@138 := @136 @86
+@139 := #6
+@140 := @11 @139
+@141 := #5
+@142 := @140 @141
+@143 := #4
+@146 := @142 @143 @12 @4
+@147 := #7
+@152 := @108 @147 @139 @141 @4 @15
+@153 := #8
+@156 := @108 @153 @147 @139
+@158 := @58 @141 @12
+@159 := @156 @158
+@160 := @56 @86
+@162 := @160 @143 @4
+@172 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
+@174 := LexLeanPreservation.Rust.wtl_cons @0
+@194 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} ->
+  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
+@195 := @174 @1
+@211 := {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
+@212 := @195 @2
+@214 := @43 @12 @4
+@216 := @133 @4 @15
+@224 := {v : @54} ->
+  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
+@225 := @212 @50
+@226 := @5 @143
+@227 := @43 @226
+@228 := @227 @4
+@229 := @5 @139
+@230 := @58 @229
+@232 := @133 (@230 @12)
+@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
+@239 := @225 @7
+@240 := @5 @12
+@242 := @43 @240 @7
+@243 := @5 @141
+@244 := @58 @243
+@246 := @133 (@244 @12)
+@247 := @160 @7
+@248 := @247 @4
+@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
+@254 := @239 @57
+@255 := @134 @15
+@256 := @58 @226
+@257 := @256 @57
+@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
+@263 := @254 @88
+@264 := @58 @240
+@265 := @264 @57
+@266 := @133 @265
+@267 := @247 @88
+@270 := (h : @53) -> (hs : @135) -> @266 @267
+@271 := @263 @51
+@272 := @61 @57
+@274 := @133 @272 @267
+@275 := (hs : @135) -> @274
+@276 := @271 @132
+@278 := @133 @60 @267
+@279 := @212 @6
+@281 := @43 @243 @4
+@282 := @5 @147
+@283 := @58 @282
+@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
+@292 := @279 @7
+@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
+@299 := @292 @60
+@300 := @266 @15
+@301 := @244 @257
+@302 := @133 @301
+@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
+@307 := @299 @267
+@308 := @256 @265
+@309 := @133 @308
+@310 := @247 @267
+@313 := (h : @49) -> (hs : @274) -> @309 @310
+@314 := @307 @47
+@315 := @264 @272
+@316 := @133 @315
+@318 := (hs : @278) -> @316 @310
+@319 := @314 @276
+@320 := @133 @62
+@321 := @320 @310
+@322 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.denote
+@324 := @322 @4 @15
+@325 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.__fits_0
+@327 := @325 @4 @15
+@330 := Coverage.Prims.text @4 @15
+@331 := ByteArray
+@332 := Option.{0}
+@333 := @332 @3
+@334 := Ordering
+@335 := @136 @3
+@336 := @332 @335
+@337 := Bool
+@338 := @65 @337
+@340 := @64 @3 @338
+@342 := @64 @336 @340
+@344 := @64 @334 @342
+@346 := @64 @333 @344
+@347 := LexLeanTarget.TargetSyntax.Value.bytes
+@348 := LexLeanPreservation.encOption
+@350 := @348 @3 @5
+@351 := LexLeanPreservation.encOrdering
+@354 := LexLeanPreservation.encList @3 @5
+@356 := @348 @335 @354
+@357 := LexLeanTarget.TargetSyntax.Value.nat
+@358 := LexLeanTarget.TargetSyntax.Value.bool
+@359 := LexLeanPreservation.encPair
+@363 := @359 @63 @337 @357 @358
+@367 := @359 @3 @338 @5 @363
+@371 := @359 @336 @340 @356 @367
+@375 := @359 @334 @342 @351 @371
+@379 := @359 @333 @344 @350 @375
+@384 := @359 @331 @346 @347 @379 @330
+@387 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.root @4 @15
+@388 := Ne.{1}
+@389 := LexLeanPreservation.Obs
+@390 := @388 @389
+@391 := LexLeanPreservation.Rel
+@394 := @390 (@391 @15 @17)
+@395 := LexLeanPreservation.Obs.stuck
+@398 := (f : @337) -> (v : @54) -> @394 @395
+@400 := LexLeanPreservation.Rust.rel_ne_stuck @327
+@407 := (v : @54) -> @390 (@391 (@325 @12 @4) @17) @395
+@408 := @400 @384
+@412 := @390 (@391 @327 @384) @395
+@413 := @136 @66
+@414 := LexLeanPreservation.Rust.FunSem
+@415 := #9
+@421 := (n : @63) -> @414 @415 @153 @147 @17 @139
+@422 := Eq.{1}
+@423 := @332 @83
+@424 := @422 @423
+@431 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
+@435 := @424 (@431 (@84 @415) @139)
+@436 := Option.some.{0}
+@437 := @436 @83
+@438 := @437 @141
+@439 := @435 @438
+@440 := #10
+@444 := @108 @440 @415 @153 @141
+@445 := LexLeanTarget.TargetSyntax.Function.types
+@446 := @445 @139
+@447 := @444 @446
+@448 := @332 @413
+@449 := @422 @448
+@450 := LexLeanTarget.TargetSemantics.bindAll
+@451 := LexLeanTarget.TargetSyntax.Function.parameters
+@456 := @449 (@450 (@451 @147) @139 @76)
+@457 := @436 @413
+@458 := @457 @141
+@459 := @456 @458
+@460 := @332 @337
+@461 := @422 @460
+@462 := LexLeanPreservation.Rust.fnFallible
+@463 := #11
+@466 := @461 (@462 @463 @415)
+@467 := @436 @337
+@468 := @467 @141
+@469 := @466 @468
+@470 := LexLeanPreservation.RunConv
+@471 := #13
+@475 := @470 @471 @440 @153 @141
+@477 := @390 @139 @395
+@478 := Exists.{1}
+@479 := LexLeanPreservation.Rust.ROut
+@480 := @478 @479
+@481 := And
+@482 := LexLeanPreservation.Rust.RealizesFn
+@486 := @481 (@482 @415 @153 @17)
+@487 := LexLeanPreservation.Rust.RCI
+@489 := @487 #15
+@490 := LexLeanPreservation.Rust.fnIdent
+@491 := @490 @471
+@498 := (hne : @477) -> @480 (fun (ro : @479) => @486 (@489 @491 @463 @17))
+@513 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @413} ->
+  {F : @337} ->
+  {o : @389} ->
+  (hB : @421) ->
+  (hfn : @439) -> (hwt : @447) -> (hbind : @459) -> (hF : @469) -> (hA : @475) -> @498
+@515 := LexLeanPreservation.Rust.compose @0
+@516 := @414 @0
+@521 := (n : @63) -> @516 @153 @147 @17 @139
+@522 := @431 @85
+@525 := @424 (@522 @139) @438
+@529 := @119 @415 @153 @141 @446
+@530 := @470 @0
+@533 := @530 @440 @153 @141
+@547 := {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @413} ->
+  {F : @337} ->
+  {o : @389} ->
+  (hB : @521) ->
+  (hfn : @525) -> (hwt : @529) -> (hbind : @459) -> (hF : @469) -> (hA : @533) -> @498
+@548 := @515 @1
+@549 := @516 @1
+@553 := (n : @63) -> @549 @147 @17 @139
+@556 := @127 @153 @141 @446
+@557 := @462 @1
+@560 := @461 (@557 @415) @468
+@561 := @487 @1
+@571 := (hbind : @459) ->
+  (hF : @560) -> (hA : @533) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@561 @491 @463 @17))
+@581 := {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @413} -> {F : @337} -> {o : @389} -> (hB : @553) -> (hfn : @525) -> (hwt : @556) -> @571
+@582 := @548 @2
+@584 := @549 @2 @17
+@586 := (n : @63) -> @584 @139
+@587 := @133 @141
+@588 := @587 @446
+@597 := {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @413} -> {F : @337} -> {o : @389} -> (hB : @586) -> (hfn : @525) -> (hwt : @588) -> @571
+@598 := @582 @73
+@600 := (n : @63) -> @584 @73
+@601 := @522 @73
+@602 := @424 @601
+@603 := @602 @438
+@604 := @557 @73
+@605 := @461 @604
+@606 := @605 @468
+@607 := @530 @73
+@609 := @607 @153 @141
+@611 := @561 (@490 @73)
+@619 := (hF : @606) -> (hA : @609) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@611 @463 @17))
+@628 := {fn : @83} ->
+  {args : @137} ->
+  {env : @413} ->
+  {F : @337} -> {o : @389} -> (hB : @600) -> (hfn : @603) -> (hwt : @588) -> (hbind : @459) -> @619
+@629 := @598 @103
+@631 := @602 (@437 @103)
+@632 := @445 @103
+@633 := @587 @632
+@635 := @450 (@451 @103)
+@647 := {args : @137} ->
+  {env : @413} ->
+  {F : @337} ->
+  {o : @389} ->
+  (hB : @600) -> (hfn : @631) -> (hwt : @633) -> (hbind : @449 (@635 @139 @76) @458) -> @619
+@648 := @629 @62
+@650 := @283 (@230 @57)
+@652 := @133 @650 @632
+@654 := @58 (@5 @153)
+@656 := @654 (@283 @57)
+@660 := @449 (@635 @656 @76) @458
+@662 := @58 (@5 @440)
+@664 := @58 (@5 @415)
+@666 := @662 (@664 @57)
+@668 := @607 @666 @141
+@670 := @58 (@5 @471)
+@673 := @58 (@5 #12)
+@690 := {env : @413} ->
+  {F : @337} ->
+  {o : @389} ->
+  (hB : @600) ->
+  (hfn : @631) ->
+  (hwt : @652) ->
+  (hbind : @660) ->
+  (hF : @606) ->
+  (hA : @668) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@611 (@670 (@673 @57)) @17))
+@691 := @648 @81
+@693 := @230 (@244 @57)
+@695 := @133 @693 @632
+@706 := @449 (@635 @650 @76) (@457 (@77 (@71 @229) (@77 (@74 @282) @76)))
+@708 := @664 (@654 @57)
+@710 := @607 @708 @141
+@712 := @58 (@5 @463)
+@728 := {F : @337} ->
+  {o : @389} ->
+  (hB : @600) ->
+  (hfn : @631) ->
+  (hwt : @695) ->
+  (hbind : @706) ->
+  (hF : @606) ->
+  (hA : @710) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@611 (@673 (@712 @57)) @17))
+@729 := @691 @82
+@730 := @302 @632
+@741 := @449 (@635 @693 @76) (@457 (@77 (@71 @243) (@77 (@74 @229) @76)))
+@743 := @605 (@467 @82)
+@745 := @607 @656 @141
+@746 := @482 @82
+@764 := {o : @389} ->
+  (hB : @600) ->
+  (hfn : @631) ->
+  (hwt : @730) ->
+  (hbind : @741) ->
+  (hF : @743) ->
+  (hA : @745) ->
+  (hne : @477) -> @480 (fun (ro : @479) => @481 (@746 @153 @17) (@611 (@712 (@662 @57)) @17))
+@765 := @729 @324
+@766 := @309 @632
+@777 := @449 (@635 @301 @76) (@457 (@77 (@71 @226) (@77 (@74 @243) @76)))
+@778 := @607 @650
+@780 := @322 @147 @139
+@781 := @778 @780
+@783 := @322 @153 @147
+@802 := (hB : @600) ->
+  (hfn : @631) ->
+  (hwt : @766) ->
+  (hbind : @777) ->
+  (hF : @743) ->
+  (hA : @781) ->
+  (hne : @390 @783 @395) ->
+  @480 (fun (ro : @479) => @481 (@746 (@322 @440 @415) @17) (@611 @666 @17))
+@803 := @765 @107
+@804 := @316 @632
+@815 := @449 (@635 @308 @76) (@457 (@77 (@71 @240) (@77 (@74 @226) @76)))
+@816 := @607 @693
+@818 := @322 @139 @141
+@837 := (hfn : @631) ->
+  (hwt : @804) ->
+  (hbind : @815) ->
+  (hF : @743) ->
+  (hA : @816 @818) ->
+  (hne : @390 @780 @395) ->
+  @480 (fun (ro : @479) => @481 (@746 (@322 @415 @153) @17) (@611 @708 @17))
+@838 := Eq.refl.{1}
+@841 := @803 (@838 @423 @601)
+@842 := @320 @632
+@853 := @449 (@635 @315 @76) (@457 (@77 (@71 @6) (@77 (@74 @240) @76)))
+@854 := @607 @301
+@856 := @322 @141 @143
+@872 := (hwt : @842) ->
+  (hbind : @853) ->
+  (hF : @743) ->
+  (hA : @854 @856) ->
+  (hne : @390 @818 @395) -> @480 (fun (ro : @479) => @481 (@746 @783 @17) (@611 @656 @17))
+@873 := @841 @319
+@875 := @635 @62 @76
+@878 := @449 @875 (@457 @81)
+@879 := @607 @308
+@881 := @322 @143 @12
+@896 := (hbind : @878) ->
+  (hF : @743) ->
+  (hA : @879 @881) ->
+  (hne : @390 @856 @395) -> @480 (fun (ro : @479) => @481 (@746 @780 @17) (@611 @650 @17))
+@899 := @873 (@838 @448 @875)
+@900 := @607 @315
+@902 := @322 @12 @4
+@916 := (hF : @743) ->
+  (hA : @900 @902) ->
+  (hne : @390 @881 @395) -> @480 (fun (ro : @479) => @481 (@746 @818 @17) (@611 @693 @17))
+@919 := @899 (@838 @460 @604)
+@933 := (hA : @607 @62 @324) ->
+  (hne : @390 @902 @395) -> @480 (fun (ro : @479) => @481 (@746 @856 @17) (@611 @301 @17))
+@934 := @919 @387
+@945 := (hne : @390 @324 @395) -> @480 (fun (ro : @479) => @481 (@746 @881 @17) (@611 @308 @17))
+@946 := @934 @408
+@952 := @481 (@746 @902 @17) (@611 @315 @17)
+@954 := @480 (fun (ro : @479) => @952)
+@956 := @480 (fun (__e_ro : @479) => @952)
+@961 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@962 := (__e_hrep : @961) -> @956
+@963 := fun (__e_hrep : @961) => @946
+@964 := (d : @3) -> @962
+@965 := fun (d : @3) => @963
+@966 := (s : @3) -> @964
+@967 := fun (s : @3) => @965
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/RustStd.lean
new file mode 100644
index 000000000..eee33fcd4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.string, .string], result := (.pair .bytes (.pair (.option .string) (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool)))))),
+      body := (.«let» 2 .bytes (.prim .utf8Encode [(.var 0)]) (.build .pair (.pair .bytes (.pair (.option .string) (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool)))))) [(.var 2), (.build .pair (.pair (.option .string) (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool))))) [(.prim .utf8Decode [(.var 2)]), (.build .pair (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool)))) [(.prim .compareBytes [(.var 2), (.value .bytes (.bytes (ByteArray.mk #[0, 255])))]), (.build .pair (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool))) [(.prim .splitExact [(.var 0), (.var 1), (.value (.fixed .u32) (.u32 4))]), (.build .pair (.pair .string (.pair .nat .bool)) [(.prim .join [(.build .cons (.list .string) [(.var 0), (.build .cons (.list .string) [(.value .string (.string "x\"y")), (.build .nil (.list .string) [])])]), (.var 1)]), (.build .pair (.pair .nat .bool) [(.prim .length [(.var 0)]), (.cond (.prim .equal [(.var 0), (.var 1)]) (.prim .equal [(.prim .compareBytes [(.var 2), (.var 2)]), (.prim .compareBytes [(.value .bytes (.bytes (ByteArray.mk #[]))), (.value .bytes (.bytes (ByteArray.mk #[1])))])]) (.build .false .bool []))])])])])])])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .str }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.pair .bytes (.pair (.option .str) (.pair .ordering (.pair (.option (.list .str)) (.pair .str (.pair .nat .bool)))))) (.mk [(.mk (.bind (.generated .binding 2)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .utf8Encode) [(.move (.generated .operand 1))] false))))] (.pair (.clone (.generated .binding 2)) (.pair (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 2)))] (.call (.runtime .utf8Decode) [(.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[0, 255]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .u32 4)))] (.call (.runtime .splitExact) [(.move (.generated .operand 5)), (.move (.generated .operand 6)), (.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.construct .cons [(.clone (.generated .binding 0)), (.construct .cons [(.lit (.str "x\"y")), (.construct (.nil .str) [])])])), (.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1)))] (.call (.runtime .join) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthString) [(.move (.generated .operand 10))] false))) (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (.mk [] (.lit (.bool false))))))))))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .utf8Encode) [(.move (.generated .operand 1))] false))))], (.pair (.clone (.generated .binding 2)) (.pair (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 2)))] (.call (.runtime .utf8Decode) [(.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[0, 255]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .u32 4)))] (.call (.runtime .splitExact) [(.move (.generated .operand 5)), (.move (.generated .operand 6)), (.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.construct .cons [(.clone (.generated .binding 0)), (.construct .cons [(.lit (.str "x\"y")), (.construct (.nil .str) [])])])), (.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1)))] (.call (.runtime .join) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthString) [(.move (.generated .operand 10))] false))) (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (.mk [] (.lit (.bool false)))))))))))), [(1, .string, (some 1)), (0, .string, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .utf8Encode) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .utf8Decode) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[0, 255]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .u32 4)))]) (tail := (.call (.runtime .splitExact) [(.move (.generated .operand 5)), (.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.prim (ts := [.string, .string, (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.construct .cons [(.clone (.generated .binding 0)), (.construct .cons [(.lit (.str "x\"y")), (.construct (.nil .str) [])])])), (.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .join) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.list .string), .string]) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthString) [(.move (.generated .operand 10))] false)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (.mk [] (.lit (.bool false))))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (lk := []) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]) (ta := (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.ordering, .ordering]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3.lean
new file mode 100644
index 000000000..9a41658d1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3.lean
@@ -0,0 +1,106 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))),
+      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))) [(.call 1 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))) [(.call 2 [(.var 0), (.var 2)]), (.build .pair (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))) [(.call 3 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))) [(.call 6 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list .nat))) [(.call 8 [(.var 0), (.var 1)]), (.build .pair (.pair .nat (.list .nat)) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 1 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 4 [(.call 5 [(.var 0), (.var 2)]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 5 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 7 [(.var 1), (.var 2)]) (.build .cons (.list .nat) [(.var 2), (.call 6 [(.var 3), (.var 1)])]) (.call 6 [(.var 3), (.var 1)])))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 7 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 9 [(.var 1), (.var 2)]) (.call 8 [(.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 2), (.call 8 [(.var 3), (.var 1)])])))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))),
+      body := (.cond (.call 10 [(.var 0)]) (.cond (.call 10 [(.var 1)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) }] }
+
+def __fits_0 (s : (List Nat)) (t : (List Nat)) (x : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.setSize (s) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_0 (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) s), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) t), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s t x) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setInsert (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 1) (tk := .nat) rfl (s) (x))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setRemove (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.removeElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]) (p := __prog) (fi := 2) (tk := .nat) rfl (s) (x))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setContains (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 3) (tk := .nat) rfl (s) (x))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setUnion (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 4) (tk := .nat) rfl rfl (t) (s))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setIntersection (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 6) (tk := .nat) rfl rfl (s) (t))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setDifference (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 8) (tk := .nat) rfl rfl (s) (t))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) s)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def denote (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 s t x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) s), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) t), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s t x) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s t x)
+
+def __valid_10 : (List Nat) -> Bool :=
+  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+def __inv_10 : (List Nat) -> Prop :=
+  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+theorem __viff_10 : ∀ (__v : (List Nat)), __valid_10 __v = Bool.true ↔ __inv_10 __v :=
+  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+theorem __vrel_10 : ∀ (__v : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_10 __v))) :=
+  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) rfl
+
+def entryFits (s : (List Nat)) (t : (List Nat)) (x : Nat) : Bool :=
+  (if __valid_10 s then (if __valid_10 t then __fits_0 s t x else Bool.true) else Bool.true)
+
+def entryValue (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_10 s then (if __valid_10 t then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryFits s t x) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryValue s t x)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (s : (List Nat)) (t : (List Nat)) (x : Nat) : Prop :=
+  (__inv_10 s ∧ (__inv_10 t ∧ _root_.True))
+
+theorem entry (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 11 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) s), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) t), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denoteEntry s t x) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_10 t then __fits_0 s t x else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_10 t then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_10 s) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 s)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 s t x else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_10 t) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 t)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_0 s t x)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryFits]))
+
+theorem entry_accepts (s : (List Nat)) (t : (List Nat)) (x : Nat) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.accepts s t x) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denoteEntry s t x = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denote s t x) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denote
+  simp only [_root_.if_true, (__viff_10 s).mpr __h.1, (__viff_10 t).mpr __h.2.1]
+  cases __fits_0 s t x <;> rfl
+
+theorem entry_refuses (s : (List Nat)) (t : (List Nat)) (x : Nat) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.accepts s t x) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denoteEntry s t x = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryValue
+  cases __c0 : __valid_10 s
+  · simp
+  · cases __c1 : __valid_10 t
+    · simp
+    · exact _root_.absurd ⟨(__viff_10 s).mp __c0, (__viff_10 t).mp __c1, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..4e3752683
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/Compose/RustStd.lex.tex
@@ -0,0 +1,617 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.root : @1271 := @1272 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.flags
+@3 := Nat
+@4 := List.{0}
+@5 := @4 @3
+@6 := #3
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encList
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.list
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := @19 @6
+@21 := #2
+@22 := @20 @21
+@23 := #1
+@24 := @22 @23
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @21 @23 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@48 := {A : @18} -> (n : @3) -> @43 @23 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @21 @15
+@69 := (x : @21) -> @65 @66 @23
+@70 := @4 @6
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @6 @15
+@78 := @74 @77
+@79 := @13 @21
+@88 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encList @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @21) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @21) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @23
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @21) -> @123) -> (xs : @70) -> @50 @77 @79
+@132 := @121 @3
+@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
+  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @6 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @23
+@147 := @50 (@10 @15)
+@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
+@152 := @143 @12
+@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
+@157 := @152 @55
+@158 := @157 @6
+@160 := @50 @11 @14
+@161 := @10 @21
+@162 := @157 @21
+@164 := @50 @161 @14
+@165 := @7 @23
+@166 := @49 @23
+@168 := @50 @165 @12
+@169 := List.nil.{0}
+@170 := List.cons.{0}
+@171 := @169 @57
+@172 := @170 @57
+@174 := @172 @165 @171
+@175 := @172 @161
+@176 := @175 @174
+@177 := @172 @11
+@178 := @177 @176
+@181 := Prod.{0, 0} @3 @57
+@182 := 2
+@185 := Prod.mk.{0, 0} @3 @57
+@186 := @185 @182
+@187 := @186 @165
+@189 := @185 1
+@190 := @189 @161
+@192 := @185 0
+@193 := @192 @11
+@194 := @169 @181
+@195 := @170 @181
+@197 := @195 @193 @194
+@199 := @195 @190 @197
+@201 := @195 @187 @199
+@202 := Bool.false
+@203 := LexLeanTarget.TargetSyntax.Function
+@204 := LexLeanTarget.TargetSyntax.Program.functions
+@205 := @204 @0
+@206 := 11
+@207 := @169 @3
+@208 := @169 @59
+@209 := LexLeanTarget.TargetSyntax.Ty.unit
+@210 := LexLeanTarget.TargetSyntax.Value.unit
+@213 := LexLeanTarget.TargetSyntax.Expr.value @209 @210
+@218 := LexLeanTarget.TargetSyntax.Function.mk @207 @208 @209 @213
+@223 := List.getD.{0} @203 @205 @206 @218
+@227 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.root @15 @206
+@228 := LexLeanPreservation.Rust.WTL
+@236 := {p : @16} -> {c : @17} -> {A : @18} -> @228 @21 @23 @15 @171 @208
+@238 := LexLeanPreservation.Rust.wtl_nil @0
+@239 := @228 @0
+@245 := {c : @17} -> {A : @18} -> @239 @23 @15 @171 @208
+@246 := @238 @1
+@247 := @239 @1
+@251 := {A : @18} -> @247 @15 @171 @208
+@252 := @246 @2
+@253 := @247 @2
+@254 := @253 @171
+@255 := @254 @208
+@256 := @4 @57
+@257 := @4 @59
+@259 := @65 @6 @21
+@264 := @228 @71 @60 @62 @21 @23
+@265 := #8
+@268 := @228 @265 @71 @60
+@270 := @172 @62 @6
+@271 := @268 @270
+@272 := @170 @59
+@274 := @272 @64 @21
+@284 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @259) -> (hs : @264) -> @271 @274
+@286 := LexLeanPreservation.Rust.wtl_cons @0
+@304 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @256} ->
+  {ts : @257} -> (h : @92 @6 @21) -> (hs : @239 @60 @62 @21 @23) -> @239 @71 @60 @270 @274
+@305 := @286 @1
+@320 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @256} -> {ts : @257} -> (h : @108 @6 @21) -> (hs : @247 @62 @21 @23) -> @247 @60 @270 @274
+@321 := @305 @2
+@323 := @50 @6 @21
+@325 := @253 @21 @23
+@333 := {v : @57} ->
+  {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @323) -> (hs : @325) -> @253 @270 @274
+@334 := @321 @165
+@335 := @7 @64
+@337 := @50 @335 @21
+@338 := @7 @60
+@339 := @172 @338
+@347 := {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @337) -> (hs : @325) -> @253 (@339 @6) @274
+@348 := @334 @12
+@349 := @7 @6
+@351 := @50 @349 @12
+@352 := @7 @62
+@353 := @172 @352
+@355 := @253 (@353 @6)
+@356 := @272 @12
+@357 := @356 @21
+@362 := {vs : @256} -> {ts : @257} -> (h : @351) -> (hs : @325) -> @355 @357
+@363 := @348 @171
+@364 := @7 @21
+@366 := @50 @364 @12
+@367 := @254 @23
+@369 := @172 @335 @171
+@374 := {ts : @257} -> (h : @366) -> (hs : @367) -> @253 @369 @357
+@375 := @363 @208
+@377 := @172 @349 @171
+@378 := @253 @377
+@379 := @356 @208
+@382 := (h : @168) -> (hs : @255) -> @378 @379
+@383 := @375 @166
+@385 := @172 @364 @171
+@387 := @253 @385 @379
+@388 := (hs : @255) -> @387
+@389 := @383 @252
+@391 := @253 @174 @379
+@392 := @321 @161
+@393 := @10 @62
+@394 := @50 @393
+@395 := @394 @21
+@396 := @10 @71
+@397 := @172 @396
+@399 := @253 (@397 @6)
+@405 := {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @395) -> (hs : @325) -> @399 @274
+@406 := @392 @14
+@407 := @10 @64
+@409 := @50 @407 @14
+@410 := @10 @60
+@411 := @172 @410
+@413 := @253 (@411 @6)
+@414 := @272 @14
+@415 := @414 @21
+@420 := {vs : @256} -> {ts : @257} -> (h : @409) -> (hs : @325) -> @413 @415
+@421 := @406 @174
+@422 := @378 @23
+@423 := @172 @393
+@424 := @423 @369
+@429 := {ts : @257} -> (h : @160) -> (hs : @422) -> @253 @424 @415
+@430 := @421 @379
+@431 := @172 @407
+@432 := @431 @377
+@433 := @253 @432
+@434 := @414 @379
+@437 := (h : @164) -> (hs : @387) -> @433 @434
+@438 := @430 @162
+@439 := @177 @385
+@441 := @253 @439 @434
+@442 := (hs : @391) -> @441
+@443 := @438 @389
+@445 := @253 @176 @434
+@446 := @321 @11
+@448 := @50 @410 @21
+@449 := @10 @265
+@450 := @172 @449
+@458 := {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @448) -> (hs : @325) -> @253 (@450 @6) @274
+@459 := @446 @14
+@465 := {vs : @256} -> {ts : @257} -> (h : @394 @14) -> (hs : @325) -> @399 @415
+@466 := @459 @176
+@467 := @433 @23
+@468 := @411 @424
+@469 := @253 @468
+@473 := {ts : @257} -> (h : @409) -> (hs : @467) -> @469 @415
+@474 := @466 @434
+@475 := @423 @432
+@476 := @253 @475
+@477 := @414 @434
+@480 := (h : @160) -> (hs : @441) -> @476 @477
+@481 := @474 @158
+@482 := @431 @439
+@483 := @253 @482
+@485 := (hs : @445) -> @483 @477
+@486 := @481 @443
+@487 := @253 @178
+@488 := @487 @477
+@489 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denoteEntry
+@492 := @489 @6 @21 @23
+@493 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryFits
+@496 := @493 @6 @21 @23
+@500 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entryValue @6 @21 @23
+@504 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entry @6 @21 @23
+@505 := Bool
+@506 := Ne.{1}
+@507 := LexLeanPreservation.Obs
+@508 := @506 @507
+@509 := LexLeanPreservation.Rel
+@512 := @508 (@509 @23 @15)
+@513 := LexLeanPreservation.Obs.stuck
+@516 := (f : @505) -> (v : @57) -> @512 @513
+@518 := LexLeanPreservation.Rust.rel_ne_stuck @496
+@526 := (v : @57) -> @508 (@509 (@493 @64 @6 @21) @15) @513
+@527 := @518 @500
+@531 := @508 (@509 @496 @500) @513
+@532 := @4 @181
+@533 := LexLeanPreservation.Rust.FunSem
+@534 := #9
+@540 := (n : @3) -> @533 @534 @265 @71 @15 @60
+@541 := Eq.{1}
+@542 := Option.{0}
+@543 := @542 @203
+@544 := @541 @543
+@551 := LexLeanRuntime.index (@4 @203) @203 (LexLeanRuntime.instIndexableList @203)
+@555 := @544 (@551 (@204 @534) @60)
+@556 := Option.some.{0}
+@557 := @556 @203
+@558 := @557 @62
+@559 := @555 @558
+@560 := #10
+@564 := @228 @560 @534 @265 @62
+@565 := LexLeanTarget.TargetSyntax.Function.types
+@566 := @565 @60
+@567 := @564 @566
+@568 := @542 @532
+@569 := @541 @568
+@570 := LexLeanTarget.TargetSemantics.bindAll
+@571 := LexLeanTarget.TargetSyntax.Function.parameters
+@576 := @569 (@570 (@571 @71) @60 @194)
+@577 := @556 @532
+@578 := @577 @62
+@579 := @576 @578
+@580 := @542 @505
+@581 := @541 @580
+@582 := LexLeanPreservation.Rust.fnFallible
+@583 := #11
+@586 := @581 (@582 @583 @534)
+@587 := @556 @505
+@588 := @587 @62
+@589 := @586 @588
+@590 := LexLeanPreservation.RunConv
+@591 := #13
+@595 := @590 @591 @560 @265 @62
+@597 := @508 @60 @513
+@598 := Exists.{1}
+@599 := LexLeanPreservation.Rust.ROut
+@600 := @598 @599
+@601 := And
+@602 := LexLeanPreservation.Rust.RealizesFn
+@606 := @601 (@602 @534 @265 @15)
+@607 := LexLeanPreservation.Rust.RCI
+@609 := @607 #15
+@610 := LexLeanPreservation.Rust.fnIdent
+@611 := @610 @591
+@618 := (hne : @597) -> @600 (fun (ro : @599) => @606 (@609 @611 @583 @15))
+@633 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @203} ->
+  {args : @256} ->
+  {env : @532} ->
+  {F : @505} ->
+  {o : @507} ->
+  (hB : @540) ->
+  (hfn : @559) -> (hwt : @567) -> (hbind : @579) -> (hF : @589) -> (hA : @595) -> @618
+@635 := LexLeanPreservation.Rust.compose @0
+@636 := @533 @0
+@641 := (n : @3) -> @636 @265 @71 @15 @60
+@642 := @551 @205
+@645 := @544 (@642 @60) @558
+@649 := @239 @534 @265 @62 @566
+@650 := @590 @0
+@653 := @650 @560 @265 @62
+@667 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @203} ->
+  {args : @256} ->
+  {env : @532} ->
+  {F : @505} ->
+  {o : @507} ->
+  (hB : @641) ->
+  (hfn : @645) -> (hwt : @649) -> (hbind : @579) -> (hF : @589) -> (hA : @653) -> @618
+@668 := @635 @1
+@669 := @636 @1
+@673 := (n : @3) -> @669 @71 @15 @60
+@676 := @247 @265 @62 @566
+@677 := @582 @1
+@680 := @581 (@677 @534) @588
+@681 := @607 @1
+@691 := (hbind : @579) ->
+  (hF : @680) -> (hA : @653) -> (hne : @597) -> @600 (fun (ro : @599) => @606 (@681 @611 @583 @15))
+@701 := {A : @18} ->
+  {f : @3} ->
+  {fn : @203} ->
+  {args : @256} ->
+  {env : @532} -> {F : @505} -> {o : @507} -> (hB : @673) -> (hfn : @645) -> (hwt : @676) -> @691
+@702 := @668 @2
+@704 := @669 @2 @15
+@706 := (n : @3) -> @704 @60
+@707 := @253 @62
+@708 := @707 @566
+@717 := {f : @3} ->
+  {fn : @203} ->
+  {args : @256} ->
+  {env : @532} -> {F : @505} -> {o : @507} -> (hB : @706) -> (hfn : @645) -> (hwt : @708) -> @691
+@718 := @702 @206
+@720 := (n : @3) -> @704 @206
+@721 := @642 @206
+@722 := @544 @721
+@723 := @722 @558
+@724 := @677 @206
+@725 := @581 @724
+@726 := @725 @588
+@727 := @650 @206
+@729 := @727 @265 @62
+@731 := @681 (@610 @206)
+@739 := (hF : @726) -> (hA : @729) -> (hne : @597) -> @600 (fun (ro : @599) => @606 (@731 @583 @15))
+@748 := {fn : @203} ->
+  {args : @256} ->
+  {env : @532} ->
+  {F : @505} -> {o : @507} -> (hB : @720) -> (hfn : @723) -> (hwt : @708) -> (hbind : @579) -> @739
+@749 := @718 @223
+@751 := @722 (@557 @223)
+@752 := @565 @223
+@753 := @707 @752
+@755 := @570 (@571 @223)
+@767 := {args : @256} ->
+  {env : @532} ->
+  {F : @505} ->
+  {o : @507} ->
+  (hB : @720) -> (hfn : @751) -> (hwt : @753) -> (hbind : @569 (@755 @60 @194) @578) -> @739
+@768 := @749 @178
+@771 := @450 (@397 (@339 @171))
+@773 := @253 @771 @752
+@775 := @172 (@10 @534)
+@780 := @775 (@450 (@172 (@7 @71) @171))
+@784 := @569 (@755 @780 @194) @578
+@786 := @172 (@10 @583)
+@788 := @172 (@10 @560)
+@793 := @786 (@788 (@172 (@7 @534) @171))
+@795 := @727 @793 @62
+@798 := @172 (@10 #14)
+@800 := @172 (@10 @591)
+@801 := #12
+@821 := {env : @532} ->
+  {F : @505} ->
+  {o : @507} ->
+  (hB : @720) ->
+  (hfn : @751) ->
+  (hwt : @773) ->
+  (hbind : @784) ->
+  (hF : @726) ->
+  (hA : @795) ->
+  (hne : @597) -> @600 (fun (ro : @599) => @606 (@731 (@798 (@800 (@172 (@7 @801) @171))) @15))
+@822 := @768 @201
+@825 := @397 (@411 (@353 @171))
+@827 := @253 @825 @752
+@841 := @569 (@755 @771 @194) (@577 (@195 (@186 @338) (@195 (@189 @396) (@195 (@192 @449) @194))))
+@846 := @788 (@775 (@172 (@7 @265) @171))
+@848 := @727 @846 @62
+@850 := @172 (@10 @801)
+@869 := {F : @505} ->
+  {o : @507} ->
+  (hB : @720) ->
+  (hfn : @751) ->
+  (hwt : @827) ->
+  (hbind : @841) ->
+  (hF : @726) ->
+  (hA : @848) ->
+  (hne : @597) -> @600 (fun (ro : @599) => @606 (@731 (@800 (@850 (@172 (@7 @583) @171))) @15))
+@870 := @822 @202
+@871 := @469 @752
+@885 := @569 (@755 @825 @194) (@577 (@195 (@186 @352) (@195 (@189 @410) (@195 (@192 @396) @194))))
+@887 := @725 (@587 @202)
+@889 := @727 @780 @62
+@890 := @602 @202
+@911 := {o : @507} ->
+  (hB : @720) ->
+  (hfn : @751) ->
+  (hwt : @871) ->
+  (hbind : @885) ->
+  (hF : @887) ->
+  (hA : @889) ->
+  (hne : @597) ->
+  @600 (fun (ro : @599) => @601 (@890 @265 @15) (@731 (@850 (@786 (@172 (@7 @560) @171))) @15))
+@912 := @870 @492
+@913 := @476 @752
+@927 := @569 (@755 @468 @194) (@577 (@195 (@186 @335) (@195 (@189 @393) (@195 (@192 @410) @194))))
+@928 := @727 @771
+@931 := @489 @265 @71 @60
+@932 := @928 @931
+@935 := @489 @534 @265 @71
+@955 := (hB : @720) ->
+  (hfn : @751) ->
+  (hwt : @913) ->
+  (hbind : @927) ->
+  (hF : @887) ->
+  (hA : @932) ->
+  (hne : @508 @935 @513) ->
+  @600 (fun (ro : @599) => @601 (@890 (@489 @583 @560 @534) @15) (@731 @793 @15))
+@956 := @912 @227
+@957 := @483 @752
+@971 := @569 (@755 @475 @194) (@577 (@195 (@186 @349) (@195 (@189 @407) (@195 (@192 @393) @194))))
+@972 := @727 @825
+@975 := @489 @71 @60 @62
+@995 := (hfn : @751) ->
+  (hwt : @957) ->
+  (hbind : @971) ->
+  (hF : @887) ->
+  (hA : @972 @975) ->
+  (hne : @508 @931 @513) ->
+  @600 (fun (ro : @599) => @601 (@890 (@489 @560 @534 @265) @15) (@731 @846 @15))
+@996 := Eq.refl.{1}
+@999 := @956 (@996 @543 @721)
+@1000 := @487 @752
+@1014 := @569 (@755 @482 @194) (@577 (@195 (@186 @364) (@195 (@189 @11) (@195 (@192 @407) @194))))
+@1015 := @727 @468
+@1018 := @489 @60 @62 @64
+@1034 := (hwt : @1000) ->
+  (hbind : @1014) ->
+  (hF : @887) ->
+  (hA : @1015 @1018) ->
+  (hne : @508 @975 @513) -> @600 (fun (ro : @599) => @601 (@890 @935 @15) (@731 @780 @15))
+@1035 := @999 @486
+@1037 := @755 @178 @194
+@1040 := @569 @1037 (@577 @201)
+@1041 := @727 @475
+@1044 := @489 @62 @64 @6
+@1059 := (hbind : @1040) ->
+  (hF : @887) ->
+  (hA : @1041 @1044) ->
+  (hne : @508 @1018 @513) -> @600 (fun (ro : @599) => @601 (@890 @931 @15) (@731 @771 @15))
+@1062 := @1035 (@996 @568 @1037)
+@1063 := @727 @482
+@1066 := @489 @64 @6 @21
+@1080 := (hF : @887) ->
+  (hA : @1063 @1066) ->
+  (hne : @508 @1044 @513) -> @600 (fun (ro : @599) => @601 (@890 @975 @15) (@731 @825 @15))
+@1083 := @1062 (@996 @580 @724)
+@1085 := @727 @178 @492
+@1087 := @508 @1066 @513
+@1088 := @890 @1018
+@1090 := @601 (@1088 @15)
+@1091 := @731 @468
+@1092 := @1091 @15
+@1097 := (hA : @1085) -> (hne : @1087) -> @600 (fun (ro : @599) => @1090 @1092)
+@1098 := @1083 @504
+@1100 := @508 @492 @513
+@1101 := @890 @1044
+@1103 := @601 (@1101 @15)
+@1104 := @731 @475
+@1109 := (hne : @1100) -> @600 (fun (ro : @599) => @1103 (@1104 @15))
+@1110 := @1098 @527
+@1113 := @601 (@890 @1066 @15)
+@1115 := @731 @482 @15
+@1116 := @1113 @1115
+@1118 := @600 (fun (ro : @599) => @1116)
+@1119 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.accepts
+@1122 := @1119 @6 @21 @23
+@1123 := LexLeanPreservation.someObs
+@1124 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.denote
+@1128 := @1123 (@1124 @6 @21 @23)
+@1131 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
+@1132 := Not
+@1133 := @1132 @1122
+@1136 := @1119 @64 @6 @21
+@1140 := @1123 (@1124 @64 @6 @21)
+@1141 := @1132 @1136
+@1148 := @1136 -> @890 (@1123 (@1124 @62 @64 @6)) @23
+@1149 := @890 @1131
+@1150 := @1149 @23
+@1151 := @1141 -> @1150
+@1153 := @601 @1148 @1151
+@1157 := @600 (fun (__e_ro : @599) => @601 @1115 @1153)
+@1158 := fun (__e_ro : @599) => @1116
+@1159 := @1101 @23
+@1160 := @1104 @23
+@1161 := And.left
+@1162 := And.right
+@1165 := @1161 @1159 @1160 @15
+@1168 := @1162 @1159 @1160 @15
+@1169 := @890 @15
+@1171 := fun (__e_o : @507) => @1169 @21
+@1172 := Eq.subst.{1}
+@1175 := @1119 @62 @64 @6
+@1176 := @1132 @1175
+@1181 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entry_accepts @60 @62 @64 @15
+@1185 := @1123 (@1124 @60 @62 @64)
+@1190 := @1161 (@1088 @21) (@1091 @21) @23
+@1192 := fun (__e_o : @507) => @1169 @6
+@1195 := @1172 @507 @1192 @1018
+@1199 := fun (__e_h : @1175) => @1195 @1185 @1181 @1190
+@1204 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.entry_refuses @60 @62 @64 @15
+@1208 := fun (__e_h : @1176) => @1195 @1131 @1204 @1190
+@1209 := And.intro
+@1212 := @1175 -> @890 @1185 @21
+@1214 := @1176 -> @1149 @21
+@1216 := @601 @1212 @1214
+@1220 := @1209 @1212 @1214 @1199 @1208
+@1224 := @1209 @1160 @1216 @1168 @1220
+@1225 := Exists.intro.{1}
+@1226 := @601 @1092
+@1229 := @1119 @60 @62 @64
+@1242 := fun (__e_ro : @599) =>
+  @1226 (@601 (@1229 -> @890 (@1123 (@1124 @71 @60 @62)) @23) (@1132 @1229 -> @1150))
+@1246 := @1225 @599 @1242 @23 @1224
+@1248 := @601 @1159 @1160
+@1250 := fun (__e_ro : @599) => fun (__e_hand : @1116) => @1246
+@1256 := Exists.elim.{1} @599 @1158 @1157 @1110 @1250
+@1257 := LexLeanPreservation.Rust.RepresentableL
+@1258 := @10 @23
+@1260 := @172 @25 @171
+@1264 := @1257 (@175 (@172 @1258 @1260))
+@1265 := (__e_hrep : @1264) -> @1157
+@1266 := fun (__e_hrep : @1264) => @1256
+@1267 := (x : @3) -> @1265
+@1268 := fun (x : @3) => @1266
+@1269 := (t : @5) -> @1267
+@1270 := fun (t : @5) => @1268
+@1271 := (s : @5) -> @1269
+@1272 := fun (s : @5) => @1270
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/RustStd.lean
new file mode 100644
index 000000000..01c234c12
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/RustStd.lean
@@ -0,0 +1,121 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))),
+      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))) [(.call 1 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))) [(.call 2 [(.var 0), (.var 2)]), (.build .pair (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))) [(.call 3 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))) [(.call 6 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list .nat))) [(.call 8 [(.var 0), (.var 1)]), (.build .pair (.pair .nat (.list .nat)) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 1 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 4 [(.call 5 [(.var 0), (.var 2)]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 5 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 7 [(.var 1), (.var 2)]) (.build .cons (.list .nat) [(.var 2), (.call 6 [(.var 3), (.var 1)])]) (.call 6 [(.var 3), (.var 1)])))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 7 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 9 [(.var 1), (.var 2)]) (.call 8 [(.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 2), (.call 8 [(.var 3), (.var 1)])])))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))),
+      body := (.cond (.call 10 [(.var 0)]) (.cond (.call 10 [(.var 1)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))) (.mk [] (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 8) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 6)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 4) [(.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))))]))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 24)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 24)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))))]))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false))))] (.matchOn (.move (.generated .holder 28)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 8) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))), [(2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))]) (tail := (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))]) (tail := (.matchOn (.move (.generated .holder 9)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 4) [(.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (lb := []) (tb := (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl) (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 24)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 24)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (lb := []) (tb := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false))))] (.matchOn (.move (.generated .holder 28)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 28)) none (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false))))]) (tail := (.matchOn (.move (.generated .holder 28)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (ce := (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 10) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 10) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) []))), [(2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 10) [(.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (lb := []) (tb := (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (Corr.build (ts := [(.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | _ + 12 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30.lean
index 7b68b3468..21755242b 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [{ constructors := [[.nat, (.list (.adt 0))]] }], functions := [
@@ -79,4 +79,4 @@ def denote (n : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (n : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n)] (_root_.LexLeanPreservation.Rel (__fits_0 n) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.RecRoots.roseTotal n))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 n)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..d781c7f7a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/Compose/RustStd.lex.tex
@@ -0,0 +1,637 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wt_0 : @689 := @688 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wtItems_0 : @699 := @698 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wtItems_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.root : @1328 := @1329 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.flags
+@3 := Nat
+@5 := Coverage.Syntax.Rose @3
+@6 := #0
+@7 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.__enc_0
+@8 := @7 @6
+@9 := LexLeanPreservation.Rust.WT
+@10 := LexLeanTarget.TargetSyntax.Ty.adt
+@11 := 0
+@12 := @10 @11
+@13 := @9 @0
+@14 := @13 @1
+@15 := @14 @2
+@17 := @15 @8 @12
+@18 := fun (__v : @5) => @17
+@19 := List.{0}
+@20 := @19 @5
+@21 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.__items_0
+@22 := @21 @6
+@23 := LexLeanPreservation.Rust.WTAll
+@24 := @23 @0
+@25 := @24 @1
+@26 := @25 @2
+@28 := @26 @22 @12
+@29 := fun (__v : @20) => @28
+@30 := #2
+@31 := #1
+@32 := LexLeanTarget.TargetSyntax.Value.nat
+@33 := @32 @30
+@34 := LexLeanTarget.TargetSyntax.Ty.nat
+@35 := LexLeanTarget.TargetSyntax.Program
+@36 := LexLeanPreservation.Rust.RCrate
+@37 := LexLeanPreservation.Rust.Flags
+@38 := #3
+@41 := @9 @38 @30 @31
+@42 := @32 @6
+@48 := {p : @35} -> {c : @36} -> {A : @37} -> (n : @3) -> @41 @42 @34
+@50 := LexLeanPreservation.Rust.wt_nat @0
+@57 := {c : @36} -> {A : @37} -> (n : @3) -> @13 @30 @31 @42 @34
+@58 := @50 @1
+@63 := {A : @37} -> (n : @3) -> @14 @31 @42 @34
+@64 := @58 @2
+@67 := (n : @3) -> @15 @42 @34
+@68 := @64 @30
+@70 := @15 @33 @34
+@71 := LexLeanPreservation.ListEnc.enc
+@72 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.__L_0
+@74 := @71 @5 @72
+@75 := @74 @31
+@76 := LexLeanTarget.TargetSyntax.Ty.list
+@77 := @76 @12
+@78 := @21 @31
+@79 := LexLeanTarget.TargetSyntax.Value
+@80 := @19 @79
+@81 := LexLeanTarget.TargetSyntax.Ty
+@82 := #4
+@87 := @23 @82 @38 @30 @31 @6
+@88 := #5
+@91 := @9 @88 @82 @38
+@92 := LexLeanTarget.TargetSyntax.Value.list
+@93 := @92 @30
+@94 := @91 @93
+@95 := @76 @31
+@102 := {p : @35} -> {c : @36} -> {A : @37} -> {vs : @80} -> {t : @81} -> (h : @87) -> @94 @95
+@104 := LexLeanPreservation.Rust.wt_list @0
+@108 := @24 @38 @30 @31 @6
+@110 := @13 @82 @38
+@117 := {c : @36} -> {A : @37} -> {vs : @80} -> {t : @81} -> (h : @108) -> @110 @93 @95
+@118 := @104 @1
+@121 := @25 @30 @31 @6
+@122 := @14 @38
+@128 := {A : @37} -> {vs : @80} -> {t : @81} -> (h : @121) -> @122 @93 @95
+@129 := @118 @2
+@136 := {vs : @80} -> {t : @81} -> (h : @26 @31 @6) -> @15 @93 @95
+@137 := @129 @78
+@138 := @21 @30
+@139 := @26 @138
+@140 := @139 @6
+@141 := @21 @38
+@146 := {t : @81} -> (h : @140) -> @15 (@92 @141) @95
+@147 := @137 @12
+@149 := @26 @78 @12
+@153 := (h : @149) -> @15 (@92 @138) @77
+@154 := @147 @6
+@157 := @15 (@92 @78) @77
+@158 := List.nil.{0}
+@159 := List.cons.{0}
+@160 := @158 @79
+@161 := @159 @79
+@163 := @161 @75 @160
+@164 := @161 @33
+@165 := @164 @163
+@166 := @158 @81
+@167 := @159 @81
+@168 := @167 @77
+@169 := @168 @166
+@170 := @167 @34
+@171 := @170 @169
+@172 := LexLeanPreservation.Rust.WTL
+@180 := {p : @35} -> {c : @36} -> {A : @37} -> @172 @30 @31 @6 @160 @166
+@182 := LexLeanPreservation.Rust.wtl_nil @0
+@183 := @172 @0
+@189 := {c : @36} -> {A : @37} -> @183 @31 @6 @160 @166
+@190 := @182 @1
+@191 := @183 @1
+@195 := {A : @37} -> @191 @6 @160 @166
+@196 := @190 @2
+@197 := @191 @2
+@198 := @197 @160
+@199 := @198 @166
+@200 := @19 @81
+@201 := #6
+@206 := @9 @201 @88 @82 @38 @30
+@207 := #7
+@212 := @172 @207 @201 @88 @30 @31
+@213 := #8
+@216 := @172 @213 @207 @201
+@218 := @161 @88 @38
+@219 := @216 @218
+@221 := @167 @82 @30
+@231 := {p : @35} ->
+  {c : @36} ->
+  {A : @37} ->
+  {v : @79} -> {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @206) -> (hs : @212) -> @219 @221
+@233 := LexLeanPreservation.Rust.wtl_cons @0
+@237 := @13 @88 @82 @38 @30
+@241 := @183 @201 @88 @30 @31
+@253 := {c : @36} ->
+  {A : @37} ->
+  {v : @79} ->
+  {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @237) -> (hs : @241) -> @183 @207 @201 @218 @221
+@254 := @233 @1
+@257 := @14 @82 @38 @30
+@260 := @191 @88 @30 @31
+@270 := {A : @37} ->
+  {v : @79} ->
+  {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @257) -> (hs : @260) -> @191 @201 @218 @221
+@271 := @254 @2
+@273 := @15 @38 @30
+@275 := @197 @30 @31
+@283 := {v : @79} ->
+  {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @273) -> (hs : @275) -> @197 @218 @221
+@284 := @271 @75
+@285 := @74 @82
+@297 := {t : @81} ->
+  {vs : @80} -> {ts : @200} -> (h : @15 @285 @30) -> (hs : @275) -> @197 (@161 (@74 @201) @38) @221
+@298 := @284 @77
+@299 := @74 @38
+@301 := @15 @299 @77
+@305 := @197 (@161 (@74 @88) @38)
+@306 := @168 @30
+@311 := {vs : @80} -> {ts : @200} -> (h : @301) -> (hs : @275) -> @305 @306
+@312 := @298 @160
+@313 := @74 @30
+@315 := @15 @313 @77
+@316 := @198 @31
+@318 := @161 @285 @160
+@323 := {ts : @200} -> (h : @315) -> (hs : @316) -> @197 @318 @306
+@324 := @312 @166
+@326 := @15 @75 @77
+@328 := @161 @299 @160
+@329 := @197 @328
+@332 := (h : @326) -> (hs : @199) -> @329 @169
+@333 := @324 @154
+@335 := @161 @313 @160
+@337 := @197 @335 @169
+@338 := (hs : @199) -> @337
+@339 := @333 @196
+@341 := @197 @163 @169
+@342 := @271 @33
+@343 := @32 @88
+@345 := @15 @343 @30
+@347 := @161 (@32 @207)
+@355 := {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @345) -> (hs : @275) -> @197 (@347 @38) @221
+@356 := @342 @34
+@357 := @32 @82
+@358 := @15 @357
+@359 := @358 @34
+@360 := @32 @201
+@361 := @161 @360
+@363 := @197 (@361 @38)
+@364 := @170 @30
+@369 := {vs : @80} -> {ts : @200} -> (h : @359) -> (hs : @275) -> @363 @364
+@370 := @356 @163
+@371 := @32 @38
+@373 := @15 @371 @34
+@374 := @329 @31
+@375 := @161 @343
+@376 := @375 @318
+@381 := {ts : @200} -> (h : @373) -> (hs : @374) -> @197 @376 @364
+@382 := @370 @169
+@383 := @161 @357
+@384 := @383 @328
+@385 := @197 @384
+@388 := (h : @70) -> (hs : @337) -> @385 @171
+@389 := @382 @68
+@390 := @161 @371
+@391 := @390 @335
+@393 := @197 @391 @171
+@394 := (hs : @341) -> @393
+@395 := @389 @339
+@397 := @197 @165 @171
+@398 := Eq.{1}
+@399 := Option.{0}
+@400 := @399 @200
+@401 := @398 @400
+@402 := LexLeanPreservation.Rust.adtFields
+@406 := @401 (@402 @201 @38 @30)
+@407 := Option.some.{0}
+@408 := @407 @200
+@409 := @408 @6
+@410 := @406 @409
+@413 := @9 @213 @207 @201
+@414 := LexLeanTarget.TargetSyntax.Value.adt
+@416 := @414 @82 @38
+@417 := @413 @416
+@418 := @10 @88
+@428 := {p : @35} ->
+  {c : @36} ->
+  {A : @37} ->
+  {i : @3} -> {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @410) -> (hf : @212) -> @417 @418
+@430 := LexLeanPreservation.Rust.wt_adt @0
+@431 := @402 @0
+@435 := @401 (@431 @38 @30) @409
+@447 := {c : @36} ->
+  {A : @37} ->
+  {i : @3} ->
+  {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @435) -> (hf : @241) -> @13 @207 @201 @416 @418
+@448 := @430 @1
+@458 := {A : @37} ->
+  {i : @3} ->
+  {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @435) -> (hf : @260) -> @14 @201 @416 @418
+@459 := @448 @2
+@460 := @15 @416
+@467 := {i : @3} -> {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @435) -> (hf : @275) -> @460 @418
+@468 := @459 @11
+@469 := @431 @11
+@478 := {k : @3} ->
+  {fs : @80} -> {tys : @200} -> (h : @401 (@469 @30) @409) -> (hf : @275) -> @460 @12
+@479 := @468 @11
+@480 := @469 @11
+@481 := @401 @480
+@482 := @481 @409
+@483 := @414 @11
+@490 := {fs : @80} -> {tys : @200} -> (h : @482) -> (hf : @275) -> @15 (@483 @38) @12
+@491 := @479 @165
+@498 := {tys : @200} -> (h : @482) -> (hf : @385 @31) -> @15 (@483 @376) @12
+@499 := @491 @171
+@506 := (h : @481 (@408 @171)) -> (hf : @393) -> @15 (@483 @384) @12
+@507 := Eq.refl.{1}
+@510 := @499 (@507 @400 @480)
+@514 := (hf : @397) -> @15 (@483 @391) @12
+@515 := @510 @395
+@518 := @15 (@483 @165) @12
+@521 := fun (__x0 : @3) => fun (__x1 : @20) => fun (__ih0 : @28) => @515
+@530 := {p : @35} -> {c : @36} -> {A : @37} -> {t : @81} -> @23 @38 @30 @31 @160 @6
+@532 := LexLeanPreservation.Rust.wtAll_nil @0
+@539 := {c : @36} -> {A : @37} -> {t : @81} -> @24 @30 @31 @160 @6
+@540 := @532 @1
+@545 := {A : @37} -> {t : @81} -> @25 @31 @160 @6
+@546 := @540 @2
+@547 := @26 @160
+@549 := {t : @81} -> @547 @6
+@550 := @546 @12
+@551 := @547 @12
+@552 := @7 @38
+@554 := @91 @30 @6
+@559 := @23 @201 @88 @82 @30 @31
+@562 := @23 @207 @201 @88
+@564 := @161 @82 @38
+@574 := {p : @35} ->
+  {c : @36} ->
+  {A : @37} -> {v : @79} -> {vs : @80} -> {t : @81} -> (h : @554) -> (hs : @559) -> @562 @564 @30
+@576 := LexLeanPreservation.Rust.wtAll_cons @0
+@593 := {c : @36} ->
+  {A : @37} ->
+  {v : @79} ->
+  {vs : @80} ->
+  {t : @81} -> (h : @110 @30 @6) -> (hs : @24 @88 @82 @30 @31) -> @24 @201 @88 @564 @30
+@594 := @576 @1
+@608 := {A : @37} ->
+  {v : @79} ->
+  {vs : @80} -> {t : @81} -> (h : @122 @30 @6) -> (hs : @25 @82 @30 @31) -> @25 @88 @564 @30
+@609 := @594 @2
+@611 := @15 @30 @6
+@613 := @26 @30 @31
+@620 := {v : @79} -> {vs : @80} -> {t : @81} -> (h : @611) -> (hs : @613) -> @26 @564 @30
+@621 := @609 @552
+@622 := @7 @88
+@633 := {vs : @80} -> {t : @81} -> (h : @15 @622 @6) -> (hs : @613) -> @26 (@161 (@7 @207) @38) @30
+@634 := @621 @138
+@635 := @7 @82
+@637 := @15 @635 @6
+@638 := @21 @82
+@649 := {t : @81} -> (h : @637) -> (hs : @26 @638 @31) -> @26 (@161 (@7 @201) (@21 @88)) @30
+@650 := @634 @12
+@660 := (h : @15 @552 @12) -> (hs : @26 @141 @12) -> @26 (@161 @622 @638) @12
+@661 := @650 @31
+@667 := (hs : @139 @12) -> @26 (@161 @635 @141) @12
+@668 := @661 @6
+@672 := @26 (@161 @552 @138) @12
+@673 := fun (__ih1 : @149) => @668
+@679 := fun (__x0 : @5) => fun (__x1 : @20) => fun (__ih0 : @15 (@7 @31) @12) => @673
+@688 := fun (__v : @5) => Coverage.Syntax.Rose.rec.{0} @3 @18 @29 @521 @550 @679 @6
+@689 := (__v : @5) -> @17
+@698 := fun (__v : @20) => Coverage.Syntax.Rose.rec_1.{0} @3 @18 @29 @521 @550 @679 @6
+@699 := (__v : @20) -> @28
+@700 := @32 @31
+@701 := @64 @31
+@703 := @15 @700 @34
+@705 := @161 @700 @160
+@708 := Prod.{0, 0} @3 @79
+@712 := Prod.mk.{0, 0} @3 @79 @11
+@713 := @712 @700
+@714 := @158 @708
+@715 := @159 @708
+@717 := @715 @713 @714
+@718 := Bool.true
+@719 := LexLeanTarget.TargetSyntax.Function
+@720 := LexLeanTarget.TargetSyntax.Program.functions
+@721 := @720 @0
+@722 := @158 @3
+@723 := LexLeanTarget.TargetSyntax.Ty.unit
+@724 := LexLeanTarget.TargetSyntax.Value.unit
+@727 := LexLeanTarget.TargetSyntax.Expr.value @723 @724
+@732 := LexLeanTarget.TargetSyntax.Function.mk @722 @166 @723 @727
+@737 := List.getD.{0} @719 @721 @11 @732
+@741 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.root @6 @11
+@742 := @271 @700
+@749 := {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @358 @30) -> (hs : @275) -> @363 @221
+@750 := @742 @34
+@757 := {vs : @80} -> {ts : @200} -> (h : @373) -> (hs : @275) -> @197 (@375 @38) @364
+@758 := @750 @160
+@759 := @383 @160
+@760 := @197 @759
+@764 := {ts : @200} -> (h : @70) -> (hs : @316) -> @760 @364
+@765 := @758 @166
+@766 := @390 @160
+@767 := @197 @766
+@768 := @170 @166
+@771 := (h : @703) -> (hs : @199) -> @767 @768
+@772 := @765 @701
+@773 := @164 @160
+@774 := @197 @773
+@776 := (hs : @199) -> @774 @768
+@777 := @772 @196
+@778 := @197 @705
+@779 := @778 @768
+@780 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.denote
+@781 := @780 @31
+@782 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.__fits_0
+@783 := @782 @31
+@786 := @32 (Coverage.RecRoots.roseTotal @31)
+@788 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.root @31
+@789 := Bool
+@790 := Ne.{1}
+@791 := LexLeanPreservation.Obs
+@792 := @790 @791
+@793 := LexLeanPreservation.Rel
+@796 := @792 (@793 @31 @6)
+@797 := LexLeanPreservation.Obs.stuck
+@800 := (f : @789) -> (v : @79) -> @796 @797
+@802 := LexLeanPreservation.Rust.rel_ne_stuck @783
+@808 := (v : @79) -> @792 (@793 (@782 @30) @6) @797
+@809 := @802 @786
+@813 := @792 (@793 @783 @786) @797
+@814 := @19 @708
+@815 := LexLeanPreservation.Rust.FunSem
+@816 := #9
+@822 := (n : @3) -> @815 @816 @213 @207 @6 @201
+@823 := @399 @719
+@824 := @398 @823
+@831 := LexLeanRuntime.index (@19 @719) @719 (LexLeanRuntime.instIndexableList @719)
+@835 := @824 (@831 (@720 @816) @201)
+@836 := @407 @719
+@837 := @836 @88
+@838 := @835 @837
+@839 := #10
+@843 := @172 @839 @816 @213 @88
+@844 := LexLeanTarget.TargetSyntax.Function.types
+@845 := @844 @201
+@846 := @843 @845
+@847 := @399 @814
+@848 := @398 @847
+@849 := LexLeanTarget.TargetSemantics.bindAll
+@850 := LexLeanTarget.TargetSyntax.Function.parameters
+@855 := @848 (@849 (@850 @207) @201 @714)
+@856 := @407 @814
+@857 := @856 @88
+@858 := @855 @857
+@859 := @399 @789
+@860 := @398 @859
+@861 := LexLeanPreservation.Rust.fnFallible
+@862 := #11
+@865 := @860 (@861 @862 @816)
+@866 := @407 @789
+@867 := @866 @88
+@868 := @865 @867
+@869 := LexLeanPreservation.RunConv
+@870 := #13
+@874 := @869 @870 @839 @213 @88
+@876 := @792 @201 @797
+@877 := Exists.{1}
+@878 := LexLeanPreservation.Rust.ROut
+@879 := @877 @878
+@880 := And
+@881 := LexLeanPreservation.Rust.RealizesFn
+@885 := @880 (@881 @816 @213 @6)
+@886 := LexLeanPreservation.Rust.RCI
+@888 := @886 #15
+@889 := LexLeanPreservation.Rust.fnIdent
+@890 := @889 @870
+@897 := (hne : @876) -> @879 (fun (ro : @878) => @885 (@888 @890 @862 @6))
+@912 := {p : @35} ->
+  {c : @36} ->
+  {A : @37} ->
+  {f : @3} ->
+  {fn : @719} ->
+  {args : @80} ->
+  {env : @814} ->
+  {F : @789} ->
+  {o : @791} ->
+  (hB : @822) ->
+  (hfn : @838) -> (hwt : @846) -> (hbind : @858) -> (hF : @868) -> (hA : @874) -> @897
+@914 := LexLeanPreservation.Rust.compose @0
+@915 := @815 @0
+@920 := (n : @3) -> @915 @213 @207 @6 @201
+@921 := @831 @721
+@924 := @824 (@921 @201) @837
+@928 := @183 @816 @213 @88 @845
+@929 := @869 @0
+@932 := @929 @839 @213 @88
+@946 := {c : @36} ->
+  {A : @37} ->
+  {f : @3} ->
+  {fn : @719} ->
+  {args : @80} ->
+  {env : @814} ->
+  {F : @789} ->
+  {o : @791} ->
+  (hB : @920) ->
+  (hfn : @924) -> (hwt : @928) -> (hbind : @858) -> (hF : @868) -> (hA : @932) -> @897
+@947 := @914 @1
+@948 := @915 @1
+@952 := (n : @3) -> @948 @207 @6 @201
+@955 := @191 @213 @88 @845
+@956 := @861 @1
+@959 := @860 (@956 @816) @867
+@960 := @886 @1
+@970 := (hbind : @858) ->
+  (hF : @959) -> (hA : @932) -> (hne : @876) -> @879 (fun (ro : @878) => @885 (@960 @890 @862 @6))
+@980 := {A : @37} ->
+  {f : @3} ->
+  {fn : @719} ->
+  {args : @80} ->
+  {env : @814} -> {F : @789} -> {o : @791} -> (hB : @952) -> (hfn : @924) -> (hwt : @955) -> @970
+@981 := @947 @2
+@983 := @948 @2 @6
+@985 := (n : @3) -> @983 @201
+@986 := @197 @88
+@987 := @986 @845
+@996 := {f : @3} ->
+  {fn : @719} ->
+  {args : @80} ->
+  {env : @814} -> {F : @789} -> {o : @791} -> (hB : @985) -> (hfn : @924) -> (hwt : @987) -> @970
+@997 := @981 @11
+@999 := (n : @3) -> @983 @11
+@1000 := @921 @11
+@1001 := @824 @1000
+@1002 := @1001 @837
+@1003 := @956 @11
+@1004 := @860 @1003
+@1005 := @1004 @867
+@1006 := @929 @11
+@1008 := @1006 @213 @88
+@1010 := @960 (@889 @11)
+@1018 := (hF : @1005) ->
+  (hA : @1008) -> (hne : @876) -> @879 (fun (ro : @878) => @885 (@1010 @862 @6))
+@1027 := {fn : @719} ->
+  {args : @80} ->
+  {env : @814} ->
+  {F : @789} ->
+  {o : @791} -> (hB : @999) -> (hfn : @1002) -> (hwt : @987) -> (hbind : @858) -> @1018
+@1028 := @997 @737
+@1030 := @1001 (@836 @737)
+@1031 := @844 @737
+@1032 := @986 @1031
+@1034 := @849 (@850 @737)
+@1046 := {args : @80} ->
+  {env : @814} ->
+  {F : @789} ->
+  {o : @791} ->
+  (hB : @999) -> (hfn : @1030) -> (hwt : @1032) -> (hbind : @848 (@1034 @201 @714) @857) -> @1018
+@1047 := @1028 @705
+@1048 := @361 @160
+@1050 := @197 @1048 @1031
+@1051 := @347 @160
+@1055 := @848 (@1034 @1051 @714) @857
+@1058 := @161 (@32 @816) @160
+@1079 := {env : @814} ->
+  {F : @789} ->
+  {o : @791} ->
+  (hB : @999) ->
+  (hfn : @1030) ->
+  (hwt : @1050) ->
+  (hbind : @1055) ->
+  (hF : @1005) ->
+  (hA : @1006 @1058 @88) ->
+  (hne : @876) -> @879 (fun (ro : @878) => @885 (@1010 (@161 (@32 #12) @160) @6))
+@1080 := @1047 @717
+@1081 := @375 @160
+@1083 := @197 @1081 @1031
+@1091 := @848 (@1034 @1048 @714) (@856 (@715 (@712 @360) @714))
+@1094 := @161 (@32 @213) @160
+@1113 := {F : @789} ->
+  {o : @791} ->
+  (hB : @999) ->
+  (hfn : @1030) ->
+  (hwt : @1083) ->
+  (hbind : @1091) ->
+  (hF : @1005) ->
+  (hA : @1006 @1094 @88) ->
+  (hne : @876) -> @879 (fun (ro : @878) => @885 (@1010 (@161 (@32 @862) @160) @6))
+@1114 := @1080 @718
+@1115 := @760 @1031
+@1123 := @848 (@1034 @1081 @714) (@856 (@715 (@712 @343) @714))
+@1125 := @1004 (@866 @718)
+@1127 := @1006 @1051 @88
+@1128 := @881 @718
+@1147 := {o : @791} ->
+  (hB : @999) ->
+  (hfn : @1030) ->
+  (hwt : @1115) ->
+  (hbind : @1123) ->
+  (hF : @1125) ->
+  (hA : @1127) ->
+  (hne : @876) -> @879 (fun (ro : @878) => @880 (@1128 @213 @6) (@1010 (@161 (@32 @839) @160) @6))
+@1148 := @1114 @781
+@1149 := @767 @1031
+@1157 := @848 (@1034 @759 @714) (@856 (@715 (@712 @357) @714))
+@1158 := @1006 @1048
+@1159 := @780 @201
+@1160 := @1158 @1159
+@1161 := @780 @207
+@1179 := (hB : @999) ->
+  (hfn : @1030) ->
+  (hwt : @1149) ->
+  (hbind : @1157) ->
+  (hF : @1125) ->
+  (hA : @1160) ->
+  (hne : @792 @1161 @797) -> @879 (fun (ro : @878) => @880 (@1128 (@780 @816) @6) (@1010 @1058 @6))
+@1180 := @1148 @741
+@1181 := @774 @1031
+@1189 := @848 (@1034 @766 @714) (@856 (@715 (@712 @371) @714))
+@1190 := @1006 @1081
+@1191 := @780 @88
+@1209 := (hfn : @1030) ->
+  (hwt : @1181) ->
+  (hbind : @1189) ->
+  (hF : @1125) ->
+  (hA : @1190 @1191) ->
+  (hne : @792 @1159 @797) -> @879 (fun (ro : @878) => @880 (@1128 (@780 @213) @6) (@1010 @1094 @6))
+@1212 := @1180 (@507 @823 @1000)
+@1213 := @778 @1031
+@1221 := @848 (@1034 @773 @714) (@856 (@715 (@712 @33) @714))
+@1222 := @1006 @759
+@1223 := @780 @82
+@1239 := (hwt : @1213) ->
+  (hbind : @1221) ->
+  (hF : @1125) ->
+  (hA : @1222 @1223) ->
+  (hne : @792 @1191 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1161 @6) (@1010 @1051 @6))
+@1240 := @1212 @777
+@1242 := @1034 @705 @714
+@1245 := @848 @1242 (@856 @717)
+@1246 := @1006 @766
+@1247 := @780 @38
+@1262 := (hbind : @1245) ->
+  (hF : @1125) ->
+  (hA : @1246 @1247) ->
+  (hne : @792 @1223 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1159 @6) (@1010 @1048 @6))
+@1265 := @1240 (@507 @847 @1242)
+@1266 := @1006 @773
+@1267 := @780 @30
+@1281 := (hF : @1125) ->
+  (hA : @1266 @1267) ->
+  (hne : @792 @1247 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1191 @6) (@1010 @1081 @6))
+@1284 := @1265 (@507 @859 @1003)
+@1298 := (hA : @1006 @705 @781) ->
+  (hne : @792 @1267 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1223 @6) (@1010 @759 @6))
+@1299 := @1284 @788
+@1310 := (hne : @792 @781 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1247 @6) (@1010 @766 @6))
+@1311 := @1299 @809
+@1317 := @880 (@1128 @1267 @6) (@1010 @773 @6)
+@1319 := @879 (fun (ro : @878) => @1317)
+@1321 := @879 (fun (__e_ro : @878) => @1317)
+@1325 := LexLeanPreservation.Rust.RepresentableL (@161 @42 @160)
+@1326 := (__e_hrep : @1325) -> @1321
+@1327 := fun (__e_hrep : @1325) => @1311
+@1328 := (n : @3) -> @1326
+@1329 := fun (n : @3) => @1327
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/RustStd.lean
new file mode 100644
index 000000000..d47e4e36a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/RustStd.lean
@@ -0,0 +1,50 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, (.list (.adt 0))]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) [(.value .nat (.nat 1)), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 0)) [])])])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2] (.prim .natAdd [(.value .nat (.nat 1)), (.call 2 [(.var 2)])]))]) },
+    { parameters := [0], types := [(.list (.adt 0))], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.call 1 [(.var 1)]), (.call 2 [(.var 2)])]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat, (.list (.adt 0))] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.construct .cons [(.construct (.adt 0 0) [(.lit (.nat 1)), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 0)) [])])])] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 2)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 0)) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.construct .cons [(.construct (.adt 0 0) [(.lit (.nat 1)), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 0)) [])])])] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 2)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 0)), (some 2)), (1, .nat, none), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 2)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 2) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))]), [(0, (.list (.adt 0)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 0))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(2, (.list (.adt 0)), (some 2)), (1, (.adt 0), (some 1)), (0, (.list (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31.lean
similarity index 99%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31.lean
index a6afc65d2..16c1f173d 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [{ constructors := [[.nat], [(.adt 0), (.adt 0)], [(.list (.adt 1)), (.adt 0)]] },
@@ -102,4 +102,4 @@ def denote (e : (Coverage.Syntax.Expr)) : _root_.LexLeanPreservation.Obs :=
 theorem root (e : (Coverage.Syntax.Expr)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 e)] (_root_.LexLeanPreservation.Rel (__fits_0 e) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.RecRoots.syntaxTotal e))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 e)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..113fc51d8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/Compose/RustStd.lex.tex
@@ -0,0 +1,885 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_0 : @1187 := @1186 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_1 : @1201 := @1200 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wtItems_0 : @1215 := @1214 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wtItems_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.root : @1800 := @1801 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.flags
+@3 := Coverage.Syntax.Expr
+@4 := #0
+@5 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := fun (__v : @3) => @15
+@17 := Coverage.Syntax.Stmt
+@18 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.__enc_1
+@19 := @18 @4
+@20 := 1
+@21 := @8 @20
+@23 := @13 @19 @21
+@24 := fun (__v : @17) => @23
+@25 := List.{0}
+@26 := @25 @17
+@27 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.__items_0
+@28 := @27 @4
+@29 := LexLeanPreservation.Rust.WTAll
+@30 := @29 @0
+@31 := @30 @1
+@32 := @31 @2
+@34 := @32 @28 @21
+@35 := fun (__v : @26) => @34
+@36 := LexLeanTarget.TargetSyntax.Value.nat
+@37 := @36 @4
+@38 := LexLeanTarget.TargetSyntax.Ty.nat
+@39 := LexLeanTarget.TargetSyntax.Program
+@40 := LexLeanPreservation.Rust.RCrate
+@41 := LexLeanPreservation.Rust.Flags
+@42 := Nat
+@43 := #3
+@44 := @7 @43
+@45 := #2
+@46 := @44 @45
+@47 := #1
+@48 := @46 @47
+@54 := {p : @39} -> {c : @40} -> {A : @41} -> (n : @42) -> @48 @37 @38
+@56 := LexLeanPreservation.Rust.wt_nat @0
+@58 := @11 @45 @47
+@63 := {c : @40} -> {A : @41} -> (n : @42) -> @58 @37 @38
+@64 := @56 @1
+@65 := @12 @47
+@69 := {A : @41} -> (n : @42) -> @65 @37 @38
+@70 := @64 @2
+@72 := @13 @37 @38
+@73 := (n : @42) -> @72
+@74 := @70 @4
+@75 := LexLeanTarget.TargetSyntax.Value
+@76 := LexLeanTarget.TargetSyntax.Ty
+@77 := List.nil.{0}
+@78 := List.cons.{0}
+@79 := @77 @75
+@80 := @78 @75
+@82 := @80 @37 @79
+@83 := @77 @76
+@84 := @78 @76
+@85 := @84 @38
+@86 := @85 @83
+@87 := LexLeanPreservation.Rust.WTL
+@95 := {p : @39} -> {c : @40} -> {A : @41} -> @87 @45 @47 @4 @79 @83
+@97 := LexLeanPreservation.Rust.wtl_nil @0
+@98 := @87 @0
+@104 := {c : @40} -> {A : @41} -> @98 @47 @4 @79 @83
+@105 := @97 @1
+@106 := @98 @1
+@110 := {A : @41} -> @106 @4 @79 @83
+@111 := @105 @2
+@112 := @106 @2
+@113 := @112 @79
+@114 := @113 @83
+@115 := @25 @75
+@116 := @25 @76
+@117 := #6
+@118 := @7 @117
+@119 := #5
+@120 := @118 @119
+@121 := #4
+@124 := @120 @121 @43 @45
+@125 := #7
+@130 := @87 @125 @117 @119 @45 @47
+@131 := #8
+@134 := @87 @131 @125 @117
+@136 := @80 @119 @43
+@137 := @134 @136
+@139 := @84 @121 @45
+@149 := {p : @39} ->
+  {c : @40} ->
+  {A : @41} ->
+  {v : @75} -> {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @124) -> (hs : @130) -> @137 @139
+@151 := LexLeanPreservation.Rust.wtl_cons @0
+@155 := @11 @119 @121 @43 @45
+@159 := @98 @117 @119 @45 @47
+@171 := {c : @40} ->
+  {A : @41} ->
+  {v : @75} ->
+  {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @155) -> (hs : @159) -> @98 @125 @117 @136 @139
+@172 := @151 @1
+@175 := @12 @121 @43 @45
+@178 := @106 @119 @45 @47
+@188 := {A : @41} ->
+  {v : @75} ->
+  {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @175) -> (hs : @178) -> @106 @117 @136 @139
+@189 := @172 @2
+@191 := @13 @43 @45
+@193 := @112 @45 @47
+@201 := {v : @75} ->
+  {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @191) -> (hs : @193) -> @112 @136 @139
+@202 := @189 @37
+@203 := @36 @43
+@215 := {t : @76} ->
+  {vs : @115} -> {ts : @116} -> (h : @13 @203 @45) -> (hs : @193) -> @112 (@80 (@36 @119) @43) @139
+@216 := @202 @38
+@217 := @36 @45
+@219 := @13 @217 @38
+@223 := @112 (@80 (@36 @121) @43)
+@224 := @85 @45
+@229 := {vs : @115} -> {ts : @116} -> (h : @219) -> (hs : @193) -> @223 @224
+@230 := @216 @79
+@231 := @36 @47
+@233 := @13 @231 @38
+@234 := @113 @47
+@236 := @80 @203 @79
+@241 := {ts : @116} -> (h : @233) -> (hs : @234) -> @112 @236 @224
+@242 := @230 @83
+@244 := @80 @217 @79
+@245 := @112 @244
+@248 := (h : @72) -> (hs : @114) -> @245 @86
+@249 := @242 @74
+@251 := @80 @231 @79
+@253 := @112 @251 @86
+@254 := (hs : @114) -> @253
+@255 := @249 @111
+@257 := @112 @82 @86
+@258 := Eq.{1}
+@259 := Option.{0}
+@260 := @259 @116
+@261 := @258 @260
+@262 := LexLeanPreservation.Rust.adtFields
+@266 := @261 (@262 @117 @43 @45)
+@267 := Option.some.{0}
+@268 := @267 @116
+@269 := @268 @4
+@270 := @266 @269
+@273 := @7 @131 @125 @117
+@274 := LexLeanTarget.TargetSyntax.Value.adt
+@276 := @274 @121 @43
+@277 := @273 @276
+@278 := @8 @119
+@288 := {p : @39} ->
+  {c : @40} ->
+  {A : @41} ->
+  {i : @42} -> {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @270) -> (hf : @130) -> @277 @278
+@290 := LexLeanPreservation.Rust.wt_adt @0
+@291 := @262 @0
+@295 := @261 (@291 @43 @45) @269
+@307 := {c : @40} ->
+  {A : @41} ->
+  {i : @42} ->
+  {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @295) -> (hf : @159) -> @11 @125 @117 @276 @278
+@308 := @290 @1
+@318 := {A : @41} ->
+  {i : @42} ->
+  {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @295) -> (hf : @178) -> @12 @117 @276 @278
+@319 := @308 @2
+@320 := @13 @276
+@327 := {i : @42} ->
+  {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @295) -> (hf : @193) -> @320 @278
+@328 := @319 @9
+@329 := @291 @9
+@338 := {k : @42} ->
+  {fs : @115} -> {tys : @116} -> (h : @261 (@329 @45) @269) -> (hf : @193) -> @320 @10
+@339 := @328 @9
+@340 := @329 @9
+@341 := @261 @340
+@342 := @341 @269
+@343 := @274 @9
+@345 := @13 (@343 @43)
+@350 := {fs : @115} -> {tys : @116} -> (h : @342) -> (hf : @193) -> @345 @10
+@351 := @339 @82
+@358 := {tys : @116} -> (h : @342) -> (hf : @245 @47) -> @13 (@343 @236) @10
+@359 := @351 @86
+@366 := (h : @341 (@268 @86)) -> (hf : @253) -> @13 (@343 @244) @10
+@367 := Eq.refl.{1}
+@368 := @367 @260
+@370 := @359 (@368 @340)
+@374 := (hf : @257) -> @13 (@343 @251) @10
+@375 := @370 @255
+@378 := @13 (@343 @82) @10
+@379 := fun (__x0 : @42) => @375
+@380 := @5 @43
+@381 := @5 @45
+@383 := @80 @381 @79
+@384 := @80 @380
+@385 := @384 @383
+@386 := @84 @10
+@387 := @386 @83
+@388 := @386 @387
+@389 := @189 @381
+@390 := @5 @119
+@391 := @13 @390
+@392 := @391 @45
+@394 := @80 (@5 @125)
+@396 := @112 (@394 @43)
+@402 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @392) -> (hs : @193) -> @396 @139
+@403 := @389 @10
+@404 := @5 @121
+@405 := @13 @404
+@406 := @405 @10
+@407 := @5 @117
+@408 := @80 @407
+@410 := @112 (@408 @43)
+@411 := @386 @45
+@416 := {vs : @115} -> {ts : @116} -> (h : @406) -> (hs : @193) -> @410 @411
+@417 := @403 @79
+@419 := @13 @380 @10
+@420 := @80 @390
+@421 := @420 @79
+@422 := @112 @421
+@426 := {ts : @116} -> (h : @419) -> (hs : @234) -> @422 @411
+@427 := @417 @83
+@429 := @13 @381 @10
+@430 := @80 @404
+@431 := @430 @79
+@432 := @112 @431
+@435 := (h : @429) -> (hs : @114) -> @432 @387
+@436 := @427 @4
+@437 := @384 @79
+@438 := @112 @437
+@439 := @438 @387
+@440 := (hs : @114) -> @439
+@441 := @436 @111
+@442 := @112 @383
+@443 := @442 @387
+@444 := @189 @380
+@446 := @13 @407 @45
+@448 := @80 (@5 @131)
+@456 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @446) -> (hs : @193) -> @112 (@448 @43) @139
+@457 := @444 @10
+@463 := {vs : @115} -> {ts : @116} -> (h : @391 @10) -> (hs : @193) -> @396 @411
+@464 := @457 @383
+@465 := @432 @47
+@466 := @408 @421
+@471 := {ts : @116} -> (h : @406) -> (hs : @465) -> @112 @466 @411
+@472 := @464 @387
+@473 := @420 @431
+@474 := @112 @473
+@477 := (h : @419) -> (hs : @439) -> @474 @388
+@478 := @472 @47
+@479 := @430 @437
+@481 := @112 @479 @388
+@482 := (hs : @443) -> @481
+@483 := @478 @441
+@485 := @112 @385 @388
+@486 := @328 @20
+@487 := @329 @20
+@488 := @261 @487
+@489 := @488 @269
+@490 := @274 @20
+@492 := @13 (@490 @43)
+@497 := {fs : @115} -> {tys : @116} -> (h : @489) -> (hf : @193) -> @492 @10
+@498 := @486 @385
+@505 := {tys : @116} -> (h : @489) -> (hf : @474 @47) -> @13 (@490 @466) @10
+@506 := @498 @388
+@513 := (h : @488 (@268 @388)) -> (hf : @481) -> @13 (@490 @473) @10
+@515 := @506 (@368 @487)
+@519 := (hf : @485) -> @13 (@490 @479) @10
+@520 := @515 @483
+@523 := @13 (@490 @385) @10
+@524 := @5 @47
+@526 := @13 @524 @10
+@530 := fun (__x0 : @3) => fun (__x1 : @3) => fun (__ih0 : @526) => fun (__ih1 : @526) => @520
+@531 := LexLeanPreservation.ListEnc.enc
+@532 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.__L_0
+@534 := @531 @17 @532
+@535 := @534 @43
+@536 := LexLeanTarget.TargetSyntax.Ty.list
+@537 := @536 @21
+@538 := @27 @43
+@543 := @29 @121 @43 @45 @47 @4
+@546 := @7 @119 @121 @43
+@547 := LexLeanTarget.TargetSyntax.Value.list
+@548 := @547 @45
+@549 := @546 @548
+@550 := @536 @47
+@557 := {p : @39} -> {c : @40} -> {A : @41} -> {vs : @115} -> {t : @76} -> (h : @543) -> @549 @550
+@559 := LexLeanPreservation.Rust.wt_list @0
+@563 := @30 @43 @45 @47 @4
+@565 := @11 @121 @43
+@572 := {c : @40} -> {A : @41} -> {vs : @115} -> {t : @76} -> (h : @563) -> @565 @548 @550
+@573 := @559 @1
+@576 := @31 @45 @47 @4
+@577 := @12 @43
+@583 := {A : @41} -> {vs : @115} -> {t : @76} -> (h : @576) -> @577 @548 @550
+@584 := @573 @2
+@591 := {vs : @115} -> {t : @76} -> (h : @32 @47 @4) -> @13 @548 @550
+@592 := @584 @538
+@593 := @27 @121
+@594 := @32 @593
+@595 := @594 @4
+@596 := @27 @119
+@601 := {t : @76} -> (h : @595) -> @13 (@547 @596) @550
+@602 := @592 @21
+@604 := @32 @538 @21
+@608 := (h : @604) -> @13 (@547 @593) @537
+@609 := @602 @47
+@612 := @13 (@547 @538) @537
+@614 := @80 @535 @383
+@615 := @84 @537
+@616 := @615 @387
+@617 := @189 @535
+@618 := @534 @117
+@630 := {t : @76} ->
+  {vs : @115} -> {ts : @116} -> (h : @13 @618 @45) -> (hs : @193) -> @112 (@80 (@534 @131) @43) @139
+@631 := @617 @537
+@632 := @534 @119
+@634 := @13 @632 @537
+@638 := @112 (@80 (@534 @125) @43)
+@639 := @615 @45
+@644 := {vs : @115} -> {ts : @116} -> (h : @634) -> (hs : @193) -> @638 @639
+@645 := @631 @383
+@646 := @534 @121
+@648 := @13 @646 @537
+@650 := @80 @618 @421
+@655 := {ts : @116} -> (h : @648) -> (hs : @465) -> @112 @650 @639
+@656 := @645 @387
+@658 := @13 @535 @537
+@660 := @80 @632 @431
+@661 := @112 @660
+@664 := (h : @658) -> (hs : @439) -> @661 @616
+@665 := @656 @609
+@667 := @80 @646 @437
+@669 := @112 @667 @616
+@670 := (hs : @443) -> @669
+@671 := @665 @441
+@673 := @112 @614 @616
+@674 := 2
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+@676 := @329 @674
+@677 := @261 @676
+@678 := @677 @269
+@679 := @274 @674
+@686 := {fs : @115} -> {tys : @116} -> (h : @678) -> (hf : @193) -> @13 (@679 @43) @10
+@687 := @675 @614
+@694 := {tys : @116} -> (h : @678) -> (hf : @661 @47) -> @13 (@679 @650) @10
+@695 := @687 @616
+@702 := (h : @677 (@268 @616)) -> (hf : @669) -> @13 (@679 @660) @10
+@704 := @695 (@368 @676)
+@708 := (hf : @673) -> @13 (@679 @667) @10
+@709 := @704 @671
+@712 := @13 (@679 @614) @10
+@713 := fun (__ih1 : @526) => @709
+@716 := @32 (@27 @47) @21
+@719 := fun (__x0 : @26) => fun (__x1 : @3) => fun (__ih0 : @716) => @713
+@720 := LexLeanTarget.TargetSyntax.Value.string
+@721 := @720 @45
+@722 := LexLeanTarget.TargetSyntax.Ty.string
+@723 := String
+@724 := @720 @4
+@730 := {p : @39} -> {c : @40} -> {A : @41} -> (s : @723) -> @48 @724 @722
+@732 := LexLeanPreservation.Rust.wt_string @0
+@737 := {c : @40} -> {A : @41} -> (s : @723) -> @58 @724 @722
+@738 := @732 @1
+@742 := {A : @41} -> (s : @723) -> @65 @724 @722
+@743 := @738 @2
+@746 := (s : @723) -> @13 @724 @722
+@747 := @743 @45
+@749 := @13 @721 @722
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+@753 := @80 @721 @751
+@754 := @84 @722
+@755 := @754 @387
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+@763 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @405 @45) -> (hs : @193) -> @410 @139
+@764 := @756 @10
+@771 := {vs : @115} -> {ts : @116} -> (h : @419) -> (hs : @193) -> @112 (@420 @43) @411
+@772 := @764 @79
+@776 := {ts : @116} -> (h : @429) -> (hs : @234) -> @432 @411
+@777 := @772 @83
+@778 := (h : @526) -> @440
+@779 := @777 @4
+@780 := (hs : @114) -> @443
+@781 := @779 @111
+@782 := @112 @751
+@783 := @782 @387
+@784 := @189 @721
+@785 := @720 @119
+@797 := {t : @76} ->
+  {vs : @115} -> {ts : @116} -> (h : @13 @785 @45) -> (hs : @193) -> @112 (@80 (@720 @125) @43) @139
+@798 := @784 @722
+@799 := @720 @121
+@801 := @13 @799 @722
+@805 := @112 (@80 (@720 @117) @43)
+@806 := @754 @45
+@811 := {vs : @115} -> {ts : @116} -> (h : @801) -> (hs : @193) -> @805 @806
+@812 := @798 @751
+@813 := @720 @43
+@815 := @13 @813 @722
+@816 := @438 @47
+@818 := @80 @785 @431
+@823 := {ts : @116} -> (h : @815) -> (hs : @816) -> @112 @818 @806
+@824 := @812 @387
+@826 := @80 @799 @437
+@827 := @112 @826
+@830 := (h : @749) -> (hs : @443) -> @827 @755
+@831 := @824 @747
+@833 := @80 @813 @383
+@835 := @112 @833 @755
+@836 := (hs : @783) -> @835
+@837 := @831 @781
+@839 := @112 @753 @755
+@840 := @319 @20
+@841 := @291 @20
+@850 := {k : @42} ->
+  {fs : @115} -> {tys : @116} -> (h : @261 (@841 @45) @269) -> (hf : @193) -> @320 @21
+@851 := @840 @9
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+@853 := @261 @852
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+@859 := {fs : @115} -> {tys : @116} -> (h : @854) -> (hf : @193) -> @345 @21
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+@877 := @868 (@368 @852)
+@881 := (hf : @839) -> @13 (@343 @833) @21
+@882 := @877 @837
+@885 := @13 (@343 @753) @21
+@888 := fun (__x0 : @723) => fun (__x1 : @3) => fun (__ih0 : @15) => @882
+@889 := @18 @43
+@890 := @18 @45
+@892 := @80 @890 @79
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+@894 := @893 @892
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+@896 := @895 @83
+@897 := @895 @896
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+@904 := @80 (@18 @125) @43
+@905 := @112 @904
+@911 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @901) -> (hs : @193) -> @905 @139
+@912 := @898 @21
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+@914 := @13 @913
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+@916 := @18 @117
+@917 := @80 @916
+@919 := @112 (@917 @43)
+@920 := @895 @45
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+@926 := @912 @79
+@928 := @13 @889 @21
+@929 := @80 @899
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+@935 := {ts : @116} -> (h : @928) -> (hs : @234) -> @112 @930 @920
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+@944 := (h : @938) -> (hs : @114) -> @941 @896
+@945 := @936 @4
+@946 := @893 @79
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+@949 := (hs : @114) -> @948
+@950 := @945 @111
+@952 := @112 @892 @896
+@953 := @189 @889
+@965 := {t : @76} ->
+  {vs : @115} -> {ts : @116} -> (h : @13 @916 @45) -> (hs : @193) -> @112 (@80 (@18 @131) @43) @139
+@966 := @953 @21
+@972 := {vs : @115} -> {ts : @116} -> (h : @900 @21) -> (hs : @193) -> @905 @920
+@973 := @966 @892
+@974 := @941 @47
+@975 := @917 @930
+@980 := {ts : @116} -> (h : @915) -> (hs : @974) -> @112 @975 @920
+@981 := @973 @896
+@982 := @929 @940
+@983 := @112 @982
+@986 := (h : @928) -> (hs : @948) -> @983 @897
+@987 := @981 @47
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+@991 := (hs : @952) -> @990
+@992 := @987 @950
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+@998 := @997 @269
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+@1021 := @1012 (@368 @996)
+@1025 := (hf : @994) -> @13 (@490 @988) @21
+@1026 := @1021 @992
+@1029 := @13 (@490 @894) @21
+@1032 := @13 (@18 @47) @21
+@1036 := fun (__x0 : @17) => fun (__x1 : @17) => fun (__ih0 : @1032) => fun (__ih1 : @1032) => @1026
+@1045 := {p : @39} -> {c : @40} -> {A : @41} -> {t : @76} -> @29 @43 @45 @47 @79 @4
+@1047 := LexLeanPreservation.Rust.wtAll_nil @0
+@1054 := {c : @40} -> {A : @41} -> {t : @76} -> @30 @45 @47 @79 @4
+@1055 := @1047 @1
+@1060 := {A : @41} -> {t : @76} -> @31 @47 @79 @4
+@1061 := @1055 @2
+@1062 := @32 @79
+@1064 := {t : @76} -> @1062 @4
+@1065 := @1061 @21
+@1066 := @1062 @21
+@1067 := @27 @45
+@1069 := @546 @45 @4
+@1074 := @29 @117 @119 @121 @45 @47
+@1077 := @29 @125 @117 @119
+@1079 := @80 @121 @43
+@1089 := {p : @39} ->
+  {c : @40} ->
+  {A : @41} ->
+  {v : @75} -> {vs : @115} -> {t : @76} -> (h : @1069) -> (hs : @1074) -> @1077 @1079 @45
+@1091 := LexLeanPreservation.Rust.wtAll_cons @0
+@1108 := {c : @40} ->
+  {A : @41} ->
+  {v : @75} ->
+  {vs : @115} ->
+  {t : @76} -> (h : @565 @45 @4) -> (hs : @30 @119 @121 @45 @47) -> @30 @117 @119 @1079 @45
+@1109 := @1091 @1
+@1123 := {A : @41} ->
+  {v : @75} ->
+  {vs : @115} -> {t : @76} -> (h : @577 @45 @4) -> (hs : @31 @121 @45 @47) -> @31 @119 @1079 @45
+@1124 := @1109 @2
+@1126 := @13 @45 @4
+@1128 := @32 @45 @47
+@1135 := {v : @75} -> {vs : @115} -> {t : @76} -> (h : @1126) -> (hs : @1128) -> @32 @1079 @45
+@1136 := @1124 @889
+@1143 := {vs : @115} -> {t : @76} -> (h : @900 @4) -> (hs : @1128) -> @32 @904 @45
+@1144 := @1136 @1067
+@1152 := {t : @76} -> (h : @914 @4) -> (hs : @594 @47) -> @32 (@917 @596) @45
+@1153 := @1144 @21
+@1158 := (h : @928) -> (hs : @604) -> @32 (@929 @593) @21
+@1159 := @1153 @47
+@1165 := (hs : @32 @1067 @21) -> @32 (@939 @538) @21
+@1166 := @1159 @4
+@1169 := @32 (@893 @1067) @21
+@1173 := fun (__x0 : @17) => fun (__x1 : @26) => fun (__ih0 : @1032) => fun (__ih1 : @716) => @1166
+@1186 := fun (__v : @3) =>
+  Coverage.Syntax.Expr.rec.{0} @16 @24 @35 @379 @530 @719 @888 @1036 @1065 @1173 @4
+@1187 := (__v : @3) -> @15
+@1200 := fun (__v : @17) =>
+  Coverage.Syntax.Stmt.rec.{0} @16 @24 @35 @379 @530 @719 @888 @1036 @1065 @1173 @4
+@1201 := (__v : @17) -> @23
+@1214 := fun (__v : @26) =>
+  Coverage.Syntax.Expr.rec_1.{0} @16 @24 @35 @379 @530 @719 @888 @1036 @1065 @1173 @4
+@1215 := (__v : @26) -> @34
+@1217 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_0 @47
+@1220 := Prod.{0, 0} @42 @75
+@1224 := Prod.mk.{0, 0} @42 @75 @9
+@1225 := @1224 @524
+@1226 := @77 @1220
+@1227 := @78 @1220
+@1229 := @1227 @1225 @1226
+@1230 := Bool.true
+@1231 := LexLeanTarget.TargetSyntax.Function
+@1232 := LexLeanTarget.TargetSyntax.Program.functions
+@1233 := @1232 @0
+@1234 := @77 @42
+@1235 := LexLeanTarget.TargetSyntax.Ty.unit
+@1236 := LexLeanTarget.TargetSyntax.Value.unit
+@1239 := LexLeanTarget.TargetSyntax.Expr.value @1235 @1236
+@1244 := LexLeanTarget.TargetSyntax.Function.mk @1234 @83 @1235 @1239
+@1249 := List.getD.{0} @1231 @1233 @9 @1244
+@1253 := fun (__e_n : @42) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.root @4 @9
+@1255 := @777 @1217 @111
+@1256 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.denote
+@1257 := @1256 @47
+@1258 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.__fits_0
+@1259 := @1258 @47
+@1262 := @36 (Coverage.RecRoots.syntaxTotal @47)
+@1264 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.root @47
+@1265 := Bool
+@1266 := Ne.{1}
+@1267 := LexLeanPreservation.Obs
+@1268 := @1266 @1267
+@1269 := LexLeanPreservation.Rel
+@1272 := @1268 (@1269 @47 @4)
+@1273 := LexLeanPreservation.Obs.stuck
+@1276 := (f : @1265) -> (v : @75) -> @1272 @1273
+@1278 := LexLeanPreservation.Rust.rel_ne_stuck @1259
+@1284 := (v : @75) -> @1268 (@1269 (@1258 @45) @4) @1273
+@1285 := @1278 @1262
+@1289 := @1268 (@1269 @1259 @1262) @1273
+@1290 := @25 @1220
+@1291 := LexLeanPreservation.Rust.FunSem
+@1292 := #9
+@1298 := (n : @42) -> @1291 @1292 @131 @125 @4 @117
+@1299 := @259 @1231
+@1300 := @258 @1299
+@1307 := LexLeanRuntime.index (@25 @1231) @1231 (LexLeanRuntime.instIndexableList @1231)
+@1311 := @1300 (@1307 (@1232 @1292) @117)
+@1312 := @267 @1231
+@1313 := @1312 @119
+@1314 := @1311 @1313
+@1315 := #10
+@1319 := @87 @1315 @1292 @131 @119
+@1320 := LexLeanTarget.TargetSyntax.Function.types
+@1321 := @1320 @117
+@1322 := @1319 @1321
+@1323 := @259 @1290
+@1324 := @258 @1323
+@1325 := LexLeanTarget.TargetSemantics.bindAll
+@1326 := LexLeanTarget.TargetSyntax.Function.parameters
+@1331 := @1324 (@1325 (@1326 @125) @117 @1226)
+@1332 := @267 @1290
+@1333 := @1332 @119
+@1334 := @1331 @1333
+@1335 := @259 @1265
+@1336 := @258 @1335
+@1337 := LexLeanPreservation.Rust.fnFallible
+@1338 := #11
+@1341 := @1336 (@1337 @1338 @1292)
+@1342 := @267 @1265
+@1343 := @1342 @119
+@1344 := @1341 @1343
+@1345 := LexLeanPreservation.RunConv
+@1346 := #13
+@1350 := @1345 @1346 @1315 @131 @119
+@1352 := @1268 @117 @1273
+@1353 := Exists.{1}
+@1354 := LexLeanPreservation.Rust.ROut
+@1355 := @1353 @1354
+@1356 := And
+@1357 := LexLeanPreservation.Rust.RealizesFn
+@1361 := @1356 (@1357 @1292 @131 @4)
+@1362 := LexLeanPreservation.Rust.RCI
+@1364 := @1362 #15
+@1365 := LexLeanPreservation.Rust.fnIdent
+@1366 := @1365 @1346
+@1373 := (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1364 @1366 @1338 @4))
+@1388 := {p : @39} ->
+  {c : @40} ->
+  {A : @41} ->
+  {f : @42} ->
+  {fn : @1231} ->
+  {args : @115} ->
+  {env : @1290} ->
+  {F : @1265} ->
+  {o : @1267} ->
+  (hB : @1298) ->
+  (hfn : @1314) -> (hwt : @1322) -> (hbind : @1334) -> (hF : @1344) -> (hA : @1350) -> @1373
+@1390 := LexLeanPreservation.Rust.compose @0
+@1391 := @1291 @0
+@1396 := (n : @42) -> @1391 @131 @125 @4 @117
+@1397 := @1307 @1233
+@1400 := @1300 (@1397 @117) @1313
+@1404 := @98 @1292 @131 @119 @1321
+@1405 := @1345 @0
+@1408 := @1405 @1315 @131 @119
+@1422 := {c : @40} ->
+  {A : @41} ->
+  {f : @42} ->
+  {fn : @1231} ->
+  {args : @115} ->
+  {env : @1290} ->
+  {F : @1265} ->
+  {o : @1267} ->
+  (hB : @1396) ->
+  (hfn : @1400) -> (hwt : @1404) -> (hbind : @1334) -> (hF : @1344) -> (hA : @1408) -> @1373
+@1423 := @1390 @1
+@1424 := @1391 @1
+@1428 := (n : @42) -> @1424 @125 @4 @117
+@1431 := @106 @131 @119 @1321
+@1432 := @1337 @1
+@1435 := @1336 (@1432 @1292) @1343
+@1436 := @1362 @1
+@1446 := (hbind : @1334) ->
+  (hF : @1435) ->
+  (hA : @1408) -> (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1436 @1366 @1338 @4))
+@1456 := {A : @41} ->
+  {f : @42} ->
+  {fn : @1231} ->
+  {args : @115} ->
+  {env : @1290} ->
+  {F : @1265} -> {o : @1267} -> (hB : @1428) -> (hfn : @1400) -> (hwt : @1431) -> @1446
+@1457 := @1423 @2
+@1459 := @1424 @2 @4
+@1461 := (n : @42) -> @1459 @117
+@1462 := @112 @119
+@1463 := @1462 @1321
+@1472 := {f : @42} ->
+  {fn : @1231} ->
+  {args : @115} ->
+  {env : @1290} ->
+  {F : @1265} -> {o : @1267} -> (hB : @1461) -> (hfn : @1400) -> (hwt : @1463) -> @1446
+@1473 := @1457 @9
+@1475 := (n : @42) -> @1459 @9
+@1476 := @1397 @9
+@1477 := @1300 @1476
+@1478 := @1477 @1313
+@1479 := @1432 @9
+@1480 := @1336 @1479
+@1481 := @1480 @1343
+@1482 := @1405 @9
+@1484 := @1482 @131 @119
+@1486 := @1436 (@1365 @9)
+@1494 := (hF : @1481) ->
+  (hA : @1484) -> (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1486 @1338 @4))
+@1503 := {fn : @1231} ->
+  {args : @115} ->
+  {env : @1290} ->
+  {F : @1265} ->
+  {o : @1267} -> (hB : @1475) -> (hfn : @1478) -> (hwt : @1463) -> (hbind : @1334) -> @1494
+@1504 := @1473 @1249
+@1506 := @1477 (@1312 @1249)
+@1507 := @1320 @1249
+@1508 := @1462 @1507
+@1510 := @1325 (@1326 @1249)
+@1522 := {args : @115} ->
+  {env : @1290} ->
+  {F : @1265} ->
+  {o : @1267} ->
+  (hB : @1475) ->
+  (hfn : @1506) -> (hwt : @1508) -> (hbind : @1324 (@1510 @117 @1226) @1333) -> @1494
+@1523 := @1504 @751
+@1524 := @408 @79
+@1526 := @112 @1524 @1507
+@1527 := @394 @79
+@1531 := @1324 (@1510 @1527 @1226) @1333
+@1534 := @80 (@5 @1292) @79
+@1555 := {env : @1290} ->
+  {F : @1265} ->
+  {o : @1267} ->
+  (hB : @1475) ->
+  (hfn : @1506) ->
+  (hwt : @1526) ->
+  (hbind : @1531) ->
+  (hF : @1481) ->
+  (hA : @1482 @1534 @119) ->
+  (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1486 (@80 (@5 #12) @79) @4))
+@1556 := @1523 @1229
+@1557 := @422 @1507
+@1565 := @1324 (@1510 @1524 @1226) (@1332 (@1227 (@1224 @407) @1226))
+@1566 := @448 @79
+@1585 := {F : @1265} ->
+  {o : @1267} ->
+  (hB : @1475) ->
+  (hfn : @1506) ->
+  (hwt : @1557) ->
+  (hbind : @1565) ->
+  (hF : @1481) ->
+  (hA : @1482 @1566 @119) ->
+  (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1486 (@80 (@5 @1338) @79) @4))
+@1586 := @1556 @1230
+@1587 := @432 @1507
+@1595 := @1324 (@1510 @421 @1226) (@1332 (@1227 (@1224 @390) @1226))
+@1597 := @1480 (@1342 @1230)
+@1599 := @1482 @1527 @119
+@1600 := @1357 @1230
+@1619 := {o : @1267} ->
+  (hB : @1475) ->
+  (hfn : @1506) ->
+  (hwt : @1587) ->
+  (hbind : @1595) ->
+  (hF : @1597) ->
+  (hA : @1599) ->
+  (hne : @1352) -> @1355 (fun (ro : @1354) => @1356 (@1600 @131 @4) (@1486 (@80 (@5 @1315) @79) @4))
+@1620 := @1586 @1257
+@1621 := @438 @1507
+@1629 := @1324 (@1510 @431 @1226) (@1332 (@1227 (@1224 @404) @1226))
+@1630 := @1482 @1524
+@1631 := @1256 @117
+@1632 := @1630 @1631
+@1633 := @1256 @125
+@1651 := (hB : @1475) ->
+  (hfn : @1506) ->
+  (hwt : @1621) ->
+  (hbind : @1629) ->
+  (hF : @1597) ->
+  (hA : @1632) ->
+  (hne : @1268 @1633 @1273) ->
+  @1355 (fun (ro : @1354) => @1356 (@1600 (@1256 @1292) @4) (@1486 @1534 @4))
+@1652 := @1620 @1253
+@1653 := @442 @1507
+@1661 := @1324 (@1510 @437 @1226) (@1332 (@1227 (@1224 @380) @1226))
+@1662 := @1482 @421
+@1663 := @1256 @119
+@1681 := (hfn : @1506) ->
+  (hwt : @1653) ->
+  (hbind : @1661) ->
+  (hF : @1597) ->
+  (hA : @1662 @1663) ->
+  (hne : @1268 @1631 @1273) ->
+  @1355 (fun (ro : @1354) => @1356 (@1600 (@1256 @131) @4) (@1486 @1566 @4))
+@1684 := @1652 (@367 @1299 @1476)
+@1685 := @782 @1507
+@1693 := @1324 (@1510 @383 @1226) (@1332 (@1227 (@1224 @381) @1226))
+@1694 := @1482 @431
+@1695 := @1256 @121
+@1711 := (hwt : @1685) ->
+  (hbind : @1693) ->
+  (hF : @1597) ->
+  (hA : @1694 @1695) ->
+  (hne : @1268 @1663 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1633 @4) (@1486 @1527 @4))
+@1712 := @1684 @1255
+@1714 := @1510 @751 @1226
+@1717 := @1324 @1714 (@1332 @1229)
+@1718 := @1482 @437
+@1719 := @1256 @43
+@1734 := (hbind : @1717) ->
+  (hF : @1597) ->
+  (hA : @1718 @1719) ->
+  (hne : @1268 @1695 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1631 @4) (@1486 @1524 @4))
+@1737 := @1712 (@367 @1323 @1714)
+@1738 := @1482 @383
+@1739 := @1256 @45
+@1753 := (hF : @1597) ->
+  (hA : @1738 @1739) ->
+  (hne : @1268 @1719 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1663 @4) (@1486 @421 @4))
+@1756 := @1737 (@367 @1335 @1479)
+@1770 := (hA : @1482 @751 @1257) ->
+  (hne : @1268 @1739 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1695 @4) (@1486 @431 @4))
+@1771 := @1756 @1264
+@1782 := (hne : @1268 @1257 @1273) ->
+  @1355 (fun (ro : @1354) => @1356 (@1600 @1719 @4) (@1486 @437 @4))
+@1783 := @1771 @1285
+@1789 := @1356 (@1600 @1739 @4) (@1486 @383 @4)
+@1791 := @1355 (fun (ro : @1354) => @1789)
+@1793 := @1355 (fun (__e_ro : @1354) => @1789)
+@1797 := LexLeanPreservation.Rust.RepresentableL (@80 @6 @79)
+@1798 := (__e_hrep : @1797) -> @1793
+@1799 := fun (__e_hrep : @1797) => @1783
+@1800 := (e : @3) -> @1798
+@1801 := fun (e : @3) => @1799
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/RustStd.lean
new file mode 100644
index 000000000..80845781c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/RustStd.lean
@@ -0,0 +1,60 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat], [(.adt 0), (.adt 0)], [(.list (.adt 1)), (.adt 0)]] },
+    { constructors := [[.string, (.adt 0)], [(.adt 1), (.adt 1)]] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.value .nat (.nat 1))), (.arm (.adt 1) [2, 3] (.prim .natAdd [(.prim .natAdd [(.call 1 [(.var 2)]), (.call 1 [(.var 3)])]), (.value .nat (.nat 1))])), (.arm (.adt 2) [4, 5] (.prim .natAdd [(.call 2 [(.var 4)]), (.call 1 [(.var 5)])]))]) },
+    { parameters := [0], types := [(.list (.adt 1))], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.call 3 [(.var 1)]), (.call 2 [(.var 2)])]))]) },
+    { parameters := [0], types := [(.adt 1)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2] (.prim .natAdd [(.call 1 [(.var 2)]), (.value .nat (.nat 1))])), (.arm (.adt 1) [3, 4] (.prim .natAdd [(.call 3 [(.var 3)]), (.call 3 [(.var 4)])]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [(.rc (.adt 0)), (.rc (.adt 0))] }, { number := 2, fields := [(.list (.adt 1)), (.rc (.adt 0))] }]),
+    (.enum (.adt 1) [{ number := 0, fields := [.str, (.adt 0)] }, { number := 1, fields := [(.rc (.adt 1)), (.rc (.adt 1))] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.succeed (.lit (.nat 1))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 8)), (.bind (.generated .boxed 9))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 8))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 9))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 2 [(.bind (.generated .binding 4)), (.bind (.generated .boxed 10))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 4))] true)), (.mk (.bind (.generated .operand 7)) none (.call (.function 1) [(.move (.generated .binding 5))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 1)) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 12)) none (.call (.function 3) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 13)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))]))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 14)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 15)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))), (.mk (.adt 1 1 [(.bind (.generated .boxed 19)), (.bind (.generated .boxed 20))]) (.mk [(.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 19))), (.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 20))), (.mk (.bind (.generated .operand 17)) none (.call (.function 3) [(.move (.generated .binding 3))] true)), (.mk (.bind (.generated .operand 18)) none (.call (.function 3) [(.move (.generated .binding 4))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.succeed (.lit (.nat 1))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 8)), (.bind (.generated .boxed 9))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 8))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 9))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 2 [(.bind (.generated .binding 4)), (.bind (.generated .boxed 10))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 4))] true)), (.mk (.bind (.generated .operand 7)) none (.call (.function 1) [(.move (.generated .binding 5))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, none), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 1)))) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 8))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 9)))]) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mCons (Γ' := [(5, (.adt 0), (some 5)), (4, (.list (.adt 1)), (some 4)), (0, (.adt 0), (some 0))]) (j := 2) (loads := [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 10)))]) (lets := [(.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 4))] true)), (.mk (.bind (.generated .operand 7)) none (.call (.function 1) [(.move (.generated .binding 5))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 1))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 12)) none (.call (.function 3) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 13)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))]), [(0, (.list (.adt 1)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 1))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.adt 1)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(2, (.list (.adt 1)), (some 2)), (1, (.adt 1), (some 1)), (0, (.list (.adt 1)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 12)) none (.call (.function 3) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 13)) none (.call (.function 2) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 1))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 14)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 15)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))), (.mk (.adt 1 1 [(.bind (.generated .boxed 19)), (.bind (.generated .boxed 20))]) (.mk [(.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 19))), (.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 20))), (.mk (.bind (.generated .operand 17)) none (.call (.function 3) [(.move (.generated .binding 3))] true)), (.mk (.bind (.generated .operand 18)) none (.call (.function 3) [(.move (.generated .binding 4))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.adt 0), (some 2)), (1, .string, none), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 15)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, (.adt 1), (some 3)), (0, (.adt 1), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 19))), (.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 20)))]) (lets := [(.mk (.bind (.generated .operand 17)) none (.call (.function 3) [(.move (.generated .binding 3))] true)), (.mk (.bind (.generated .operand 18)) none (.call (.function 3) [(.move (.generated .binding 4))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | _ + 4 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32.lean
similarity index 99%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32.lean
index 428f38e9a..b2941f422 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -77,4 +77,4 @@ def denote (a : Nat) (b : Nat) : _root_.LexLeanPreservation.Obs :=
 theorem root (a : Nat) (b : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat a), (_root_.LexLeanTarget.TargetSyntax.Value.nat b)] (_root_.LexLeanPreservation.Rel (__fits_0 a b) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Coverage.RecRoots.wellFounded a b))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 a b)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..b70e487e3
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustCore.lex.tex
@@ -0,0 +1,467 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.root : @923 := @924 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@64 := Prod.{0, 0} @3
+@65 := @64 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.__fits_0
+@326 := @324 @4 @15
+@329 := Coverage.RecRoots.wellFounded @4 @15
+@330 := @64 @3
+@332 := LexLeanPreservation.encPair @3
+@335 := @332 @3 @5 @5
+@339 := @332 @330 @5 @335 @329
+@342 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.root @4 @15
+@343 := Bool
+@344 := Ne.{1}
+@345 := LexLeanPreservation.Obs
+@346 := @344 @345
+@347 := LexLeanPreservation.Rel
+@350 := @346 (@347 @15 @17)
+@351 := LexLeanPreservation.Obs.stuck
+@354 := (f : @343) -> (v : @54) -> @350 @351
+@356 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@363 := (v : @54) -> @346 (@347 (@324 @12 @4) @17) @351
+@364 := @356 @339
+@368 := @346 (@347 @326 @339) @351
+@369 := @135 @65
+@370 := LexLeanPreservation.Rust.FunSem
+@371 := #9
+@377 := (n : @3) -> @370 @371 @152 @146 @17 @138
+@378 := Eq.{1}
+@379 := Option.{0}
+@380 := @379 @82
+@381 := @378 @380
+@388 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@392 := @381 (@388 (@83 @371) @138)
+@393 := Option.some.{0}
+@394 := @393 @82
+@395 := @394 @140
+@396 := @392 @395
+@397 := #10
+@401 := @107 @397 @371 @152 @140
+@402 := LexLeanTarget.TargetSyntax.Function.types
+@403 := @402 @138
+@404 := @401 @403
+@405 := @379 @369
+@406 := @378 @405
+@407 := LexLeanTarget.TargetSemantics.bindAll
+@408 := LexLeanTarget.TargetSyntax.Function.parameters
+@413 := @406 (@407 (@408 @146) @138 @75)
+@414 := @393 @369
+@415 := @414 @140
+@416 := @413 @415
+@417 := @379 @343
+@418 := @378 @417
+@419 := LexLeanPreservation.Rust.fnFallible
+@420 := #11
+@423 := @418 (@419 @420 @371)
+@424 := @393 @343
+@425 := @424 @140
+@426 := @423 @425
+@427 := LexLeanPreservation.RunConv
+@428 := #13
+@432 := @427 @428 @397 @152 @140
+@434 := @346 @138 @351
+@435 := Exists.{1}
+@436 := LexLeanPreservation.Rust.ROut
+@437 := @435 @436
+@438 := And
+@439 := LexLeanPreservation.Rust.RealizesFn
+@443 := @438 (@439 @371 @152 @17)
+@444 := LexLeanPreservation.Rust.RCI
+@446 := @444 #15
+@447 := LexLeanPreservation.Rust.fnIdent
+@448 := @447 @428
+@455 := (hne : @434) -> @437 (fun (ro : @436) => @443 (@446 @448 @420 @17))
+@470 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @377) ->
+  (hfn : @396) -> (hwt : @404) -> (hbind : @416) -> (hF : @426) -> (hA : @432) -> @455
+@472 := LexLeanPreservation.Rust.compose @0
+@473 := @370 @0
+@478 := (n : @3) -> @473 @152 @146 @17 @138
+@479 := @388 @84
+@482 := @381 (@479 @138) @395
+@486 := @118 @371 @152 @140 @403
+@487 := @427 @0
+@490 := @487 @397 @152 @140
+@504 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @478) ->
+  (hfn : @482) -> (hwt : @486) -> (hbind : @416) -> (hF : @426) -> (hA : @490) -> @455
+@505 := @472 @1
+@506 := @473 @1
+@510 := (n : @3) -> @506 @146 @17 @138
+@513 := @126 @152 @140 @403
+@514 := @419 @1
+@517 := @418 (@514 @371) @425
+@518 := @444 @1
+@528 := (hbind : @416) ->
+  (hF : @517) -> (hA : @490) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@518 @448 @420 @17))
+@538 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @510) -> (hfn : @482) -> (hwt : @513) -> @528
+@539 := @505 @2
+@541 := @506 @2 @17
+@543 := (n : @3) -> @541 @138
+@544 := @132 @140
+@545 := @544 @403
+@554 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @543) -> (hfn : @482) -> (hwt : @545) -> @528
+@555 := @539 @72
+@557 := (n : @3) -> @541 @72
+@558 := @479 @72
+@559 := @381 @558
+@560 := @559 @395
+@561 := @514 @72
+@562 := @418 @561
+@563 := @562 @425
+@564 := @487 @72
+@566 := @564 @152 @140
+@568 := @518 (@447 @72)
+@576 := (hF : @563) -> (hA : @566) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 @420 @17))
+@585 := {fn : @82} ->
+  {args : @136} ->
+  {env : @369} ->
+  {F : @343} -> {o : @345} -> (hB : @557) -> (hfn : @560) -> (hwt : @545) -> (hbind : @416) -> @576
+@586 := @555 @102
+@588 := @559 (@394 @102)
+@589 := @402 @102
+@590 := @544 @589
+@592 := @407 (@408 @102)
+@604 := {args : @136} ->
+  {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @557) -> (hfn : @588) -> (hwt : @590) -> (hbind : @406 (@592 @138 @75) @415) -> @576
+@605 := @586 @62
+@607 := @282 (@229 @57)
+@609 := @132 @607 @589
+@611 := @58 (@5 @152)
+@613 := @611 (@282 @57)
+@617 := @406 (@592 @613 @75) @415
+@619 := @58 (@5 @397)
+@621 := @58 (@5 @371)
+@623 := @619 (@621 @57)
+@625 := @564 @623 @140
+@627 := @58 (@5 @428)
+@630 := @58 (@5 #12)
+@647 := {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @609) ->
+  (hbind : @617) ->
+  (hF : @563) ->
+  (hA : @625) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@627 (@630 @57)) @17))
+@648 := @605 @80
+@650 := @229 (@243 @57)
+@652 := @132 @650 @589
+@663 := @406 (@592 @607 @75) (@414 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@665 := @621 (@611 @57)
+@667 := @564 @665 @140
+@669 := @58 (@5 @420)
+@685 := {F : @343} ->
+  {o : @345} ->
+  (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @652) ->
+  (hbind : @663) ->
+  (hF : @563) ->
+  (hA : @667) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@630 (@669 @57)) @17))
+@686 := @648 @81
+@687 := @301 @589
+@698 := @406 (@592 @650 @75) (@414 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@700 := @562 (@424 @81)
+@702 := @564 @613 @140
+@703 := @439 @81
+@721 := {o : @345} ->
+  (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @687) ->
+  (hbind : @698) ->
+  (hF : @700) ->
+  (hA : @702) ->
+  (hne : @434) -> @437 (fun (ro : @436) => @438 (@703 @152 @17) (@568 (@669 (@619 @57)) @17))
+@722 := @686 @323
+@723 := @308 @589
+@734 := @406 (@592 @300 @75) (@414 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@735 := @564 @607
+@737 := @321 @146 @138
+@738 := @735 @737
+@740 := @321 @152 @146
+@759 := (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @723) ->
+  (hbind : @734) ->
+  (hF : @700) ->
+  (hA : @738) ->
+  (hne : @346 @740 @351) ->
+  @437 (fun (ro : @436) => @438 (@703 (@321 @397 @371) @17) (@568 @623 @17))
+@760 := @722 @106
+@761 := @315 @589
+@772 := @406 (@592 @307 @75) (@414 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@773 := @564 @650
+@775 := @321 @138 @140
+@794 := (hfn : @588) ->
+  (hwt : @761) ->
+  (hbind : @772) ->
+  (hF : @700) ->
+  (hA : @773 @775) ->
+  (hne : @346 @737 @351) ->
+  @437 (fun (ro : @436) => @438 (@703 (@321 @371 @152) @17) (@568 @665 @17))
+@795 := Eq.refl.{1}
+@798 := @760 (@795 @380 @558)
+@799 := @319 @589
+@810 := @406 (@592 @314 @75) (@414 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@811 := @564 @300
+@813 := @321 @140 @142
+@829 := (hwt : @799) ->
+  (hbind : @810) ->
+  (hF : @700) ->
+  (hA : @811 @813) ->
+  (hne : @346 @775 @351) -> @437 (fun (ro : @436) => @438 (@703 @740 @17) (@568 @613 @17))
+@830 := @798 @318
+@832 := @592 @62 @75
+@835 := @406 @832 (@414 @80)
+@836 := @564 @307
+@838 := @321 @142 @12
+@853 := (hbind : @835) ->
+  (hF : @700) ->
+  (hA : @836 @838) ->
+  (hne : @346 @813 @351) -> @437 (fun (ro : @436) => @438 (@703 @737 @17) (@568 @607 @17))
+@856 := @830 (@795 @405 @832)
+@857 := @564 @314
+@859 := @321 @12 @4
+@873 := (hF : @700) ->
+  (hA : @857 @859) ->
+  (hne : @346 @838 @351) -> @437 (fun (ro : @436) => @438 (@703 @775 @17) (@568 @650 @17))
+@876 := @856 (@795 @417 @561)
+@890 := (hA : @564 @62 @323) ->
+  (hne : @346 @859 @351) -> @437 (fun (ro : @436) => @438 (@703 @813 @17) (@568 @300 @17))
+@891 := @876 @342
+@902 := (hne : @346 @323 @351) -> @437 (fun (ro : @436) => @438 (@703 @838 @17) (@568 @307 @17))
+@903 := @891 @364
+@909 := @438 (@703 @859 @17) (@568 @314 @17)
+@911 := @437 (fun (ro : @436) => @909)
+@913 := @437 (fun (__e_ro : @436) => @909)
+@918 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@919 := (__e_hrep : @918) -> @913
+@920 := fun (__e_hrep : @918) => @903
+@921 := (b : @3) -> @919
+@922 := fun (b : @3) => @920
+@923 := (a : @3) -> @921
+@924 := fun (a : @3) => @922
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..10470679d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustStd.lex.tex
@@ -0,0 +1,467 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.root : @923 := @924 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@64 := Prod.{0, 0} @3
+@65 := @64 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.__fits_0
+@326 := @324 @4 @15
+@329 := Coverage.RecRoots.wellFounded @4 @15
+@330 := @64 @3
+@332 := LexLeanPreservation.encPair @3
+@335 := @332 @3 @5 @5
+@339 := @332 @330 @5 @335 @329
+@342 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.root @4 @15
+@343 := Bool
+@344 := Ne.{1}
+@345 := LexLeanPreservation.Obs
+@346 := @344 @345
+@347 := LexLeanPreservation.Rel
+@350 := @346 (@347 @15 @17)
+@351 := LexLeanPreservation.Obs.stuck
+@354 := (f : @343) -> (v : @54) -> @350 @351
+@356 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@363 := (v : @54) -> @346 (@347 (@324 @12 @4) @17) @351
+@364 := @356 @339
+@368 := @346 (@347 @326 @339) @351
+@369 := @135 @65
+@370 := LexLeanPreservation.Rust.FunSem
+@371 := #9
+@377 := (n : @3) -> @370 @371 @152 @146 @17 @138
+@378 := Eq.{1}
+@379 := Option.{0}
+@380 := @379 @82
+@381 := @378 @380
+@388 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@392 := @381 (@388 (@83 @371) @138)
+@393 := Option.some.{0}
+@394 := @393 @82
+@395 := @394 @140
+@396 := @392 @395
+@397 := #10
+@401 := @107 @397 @371 @152 @140
+@402 := LexLeanTarget.TargetSyntax.Function.types
+@403 := @402 @138
+@404 := @401 @403
+@405 := @379 @369
+@406 := @378 @405
+@407 := LexLeanTarget.TargetSemantics.bindAll
+@408 := LexLeanTarget.TargetSyntax.Function.parameters
+@413 := @406 (@407 (@408 @146) @138 @75)
+@414 := @393 @369
+@415 := @414 @140
+@416 := @413 @415
+@417 := @379 @343
+@418 := @378 @417
+@419 := LexLeanPreservation.Rust.fnFallible
+@420 := #11
+@423 := @418 (@419 @420 @371)
+@424 := @393 @343
+@425 := @424 @140
+@426 := @423 @425
+@427 := LexLeanPreservation.RunConv
+@428 := #13
+@432 := @427 @428 @397 @152 @140
+@434 := @346 @138 @351
+@435 := Exists.{1}
+@436 := LexLeanPreservation.Rust.ROut
+@437 := @435 @436
+@438 := And
+@439 := LexLeanPreservation.Rust.RealizesFn
+@443 := @438 (@439 @371 @152 @17)
+@444 := LexLeanPreservation.Rust.RCI
+@446 := @444 #15
+@447 := LexLeanPreservation.Rust.fnIdent
+@448 := @447 @428
+@455 := (hne : @434) -> @437 (fun (ro : @436) => @443 (@446 @448 @420 @17))
+@470 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @377) ->
+  (hfn : @396) -> (hwt : @404) -> (hbind : @416) -> (hF : @426) -> (hA : @432) -> @455
+@472 := LexLeanPreservation.Rust.compose @0
+@473 := @370 @0
+@478 := (n : @3) -> @473 @152 @146 @17 @138
+@479 := @388 @84
+@482 := @381 (@479 @138) @395
+@486 := @118 @371 @152 @140 @403
+@487 := @427 @0
+@490 := @487 @397 @152 @140
+@504 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @478) ->
+  (hfn : @482) -> (hwt : @486) -> (hbind : @416) -> (hF : @426) -> (hA : @490) -> @455
+@505 := @472 @1
+@506 := @473 @1
+@510 := (n : @3) -> @506 @146 @17 @138
+@513 := @126 @152 @140 @403
+@514 := @419 @1
+@517 := @418 (@514 @371) @425
+@518 := @444 @1
+@528 := (hbind : @416) ->
+  (hF : @517) -> (hA : @490) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@518 @448 @420 @17))
+@538 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @510) -> (hfn : @482) -> (hwt : @513) -> @528
+@539 := @505 @2
+@541 := @506 @2 @17
+@543 := (n : @3) -> @541 @138
+@544 := @132 @140
+@545 := @544 @403
+@554 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @543) -> (hfn : @482) -> (hwt : @545) -> @528
+@555 := @539 @72
+@557 := (n : @3) -> @541 @72
+@558 := @479 @72
+@559 := @381 @558
+@560 := @559 @395
+@561 := @514 @72
+@562 := @418 @561
+@563 := @562 @425
+@564 := @487 @72
+@566 := @564 @152 @140
+@568 := @518 (@447 @72)
+@576 := (hF : @563) -> (hA : @566) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 @420 @17))
+@585 := {fn : @82} ->
+  {args : @136} ->
+  {env : @369} ->
+  {F : @343} -> {o : @345} -> (hB : @557) -> (hfn : @560) -> (hwt : @545) -> (hbind : @416) -> @576
+@586 := @555 @102
+@588 := @559 (@394 @102)
+@589 := @402 @102
+@590 := @544 @589
+@592 := @407 (@408 @102)
+@604 := {args : @136} ->
+  {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @557) -> (hfn : @588) -> (hwt : @590) -> (hbind : @406 (@592 @138 @75) @415) -> @576
+@605 := @586 @62
+@607 := @282 (@229 @57)
+@609 := @132 @607 @589
+@611 := @58 (@5 @152)
+@613 := @611 (@282 @57)
+@617 := @406 (@592 @613 @75) @415
+@619 := @58 (@5 @397)
+@621 := @58 (@5 @371)
+@623 := @619 (@621 @57)
+@625 := @564 @623 @140
+@627 := @58 (@5 @428)
+@630 := @58 (@5 #12)
+@647 := {env : @369} ->
+  {F : @343} ->
+  {o : @345} ->
+  (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @609) ->
+  (hbind : @617) ->
+  (hF : @563) ->
+  (hA : @625) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@627 (@630 @57)) @17))
+@648 := @605 @80
+@650 := @229 (@243 @57)
+@652 := @132 @650 @589
+@663 := @406 (@592 @607 @75) (@414 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@665 := @621 (@611 @57)
+@667 := @564 @665 @140
+@669 := @58 (@5 @420)
+@685 := {F : @343} ->
+  {o : @345} ->
+  (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @652) ->
+  (hbind : @663) ->
+  (hF : @563) ->
+  (hA : @667) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@630 (@669 @57)) @17))
+@686 := @648 @81
+@687 := @301 @589
+@698 := @406 (@592 @650 @75) (@414 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@700 := @562 (@424 @81)
+@702 := @564 @613 @140
+@703 := @439 @81
+@721 := {o : @345} ->
+  (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @687) ->
+  (hbind : @698) ->
+  (hF : @700) ->
+  (hA : @702) ->
+  (hne : @434) -> @437 (fun (ro : @436) => @438 (@703 @152 @17) (@568 (@669 (@619 @57)) @17))
+@722 := @686 @323
+@723 := @308 @589
+@734 := @406 (@592 @300 @75) (@414 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@735 := @564 @607
+@737 := @321 @146 @138
+@738 := @735 @737
+@740 := @321 @152 @146
+@759 := (hB : @557) ->
+  (hfn : @588) ->
+  (hwt : @723) ->
+  (hbind : @734) ->
+  (hF : @700) ->
+  (hA : @738) ->
+  (hne : @346 @740 @351) ->
+  @437 (fun (ro : @436) => @438 (@703 (@321 @397 @371) @17) (@568 @623 @17))
+@760 := @722 @106
+@761 := @315 @589
+@772 := @406 (@592 @307 @75) (@414 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@773 := @564 @650
+@775 := @321 @138 @140
+@794 := (hfn : @588) ->
+  (hwt : @761) ->
+  (hbind : @772) ->
+  (hF : @700) ->
+  (hA : @773 @775) ->
+  (hne : @346 @737 @351) ->
+  @437 (fun (ro : @436) => @438 (@703 (@321 @371 @152) @17) (@568 @665 @17))
+@795 := Eq.refl.{1}
+@798 := @760 (@795 @380 @558)
+@799 := @319 @589
+@810 := @406 (@592 @314 @75) (@414 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@811 := @564 @300
+@813 := @321 @140 @142
+@829 := (hwt : @799) ->
+  (hbind : @810) ->
+  (hF : @700) ->
+  (hA : @811 @813) ->
+  (hne : @346 @775 @351) -> @437 (fun (ro : @436) => @438 (@703 @740 @17) (@568 @613 @17))
+@830 := @798 @318
+@832 := @592 @62 @75
+@835 := @406 @832 (@414 @80)
+@836 := @564 @307
+@838 := @321 @142 @12
+@853 := (hbind : @835) ->
+  (hF : @700) ->
+  (hA : @836 @838) ->
+  (hne : @346 @813 @351) -> @437 (fun (ro : @436) => @438 (@703 @737 @17) (@568 @607 @17))
+@856 := @830 (@795 @405 @832)
+@857 := @564 @314
+@859 := @321 @12 @4
+@873 := (hF : @700) ->
+  (hA : @857 @859) ->
+  (hne : @346 @838 @351) -> @437 (fun (ro : @436) => @438 (@703 @775 @17) (@568 @650 @17))
+@876 := @856 (@795 @417 @561)
+@890 := (hA : @564 @62 @323) ->
+  (hne : @346 @859 @351) -> @437 (fun (ro : @436) => @438 (@703 @813 @17) (@568 @300 @17))
+@891 := @876 @342
+@902 := (hne : @346 @323 @351) -> @437 (fun (ro : @436) => @438 (@703 @838 @17) (@568 @307 @17))
+@903 := @891 @364
+@909 := @438 (@703 @859 @17) (@568 @314 @17)
+@911 := @437 (fun (ro : @436) => @909)
+@913 := @437 (fun (__e_ro : @436) => @909)
+@918 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@919 := (__e_hrep : @918) -> @913
+@920 := fun (__e_hrep : @918) => @903
+@921 := (b : @3) -> @919
+@922 := fun (b : @3) => @920
+@923 := (a : @3) -> @921
+@924 := fun (a : @3) => @922
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustCore.lean
new file mode 100644
index 000000000..9eaac2fa0
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustCore.lean
@@ -0,0 +1,57 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .nat)),
+      body := (.build .pair (.pair .nat (.pair .nat .nat)) [(.call 1 [(.var 0), (.value .nat (.nat 0))]), (.build .pair (.pair .nat .nat) [(.call 2 [(.var 0), (.var 1)]), (.call 3 [(.var 0), (.value .nat (.nat 0)), (.var 1)])])]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) (.var 0) (.cond (.prim .natLt [(.var 0), (.var 1)]) (.var 0) (.call 2 [(.prim .natSub [(.var 0), (.var 1)]), (.var 1)]))) },
+    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
+      body := (.cond (.prim .natLt [(.var 1), (.var 2)]) (.cond (.prim .natLe [(.var 0), (.prim .natAdd [(.var 1), (.var 1)])]) (.var 1) (.call 3 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.var 2)])) (.var 2)) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.pair .nat .nat))) (.mk [] (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := []) (tb := (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.var rfl rfl)) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2))))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (lb := []) (tb := (.succeed (.copy (.generated .binding 2)))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | _ + 4 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustStd.lean
new file mode 100644
index 000000000..91116b242
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustStd.lean
@@ -0,0 +1,57 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .nat)),
+      body := (.build .pair (.pair .nat (.pair .nat .nat)) [(.call 1 [(.var 0), (.value .nat (.nat 0))]), (.build .pair (.pair .nat .nat) [(.call 2 [(.var 0), (.var 1)]), (.call 3 [(.var 0), (.value .nat (.nat 0)), (.var 1)])])]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) (.var 0) (.cond (.prim .natLt [(.var 0), (.var 1)]) (.var 0) (.call 2 [(.prim .natSub [(.var 0), (.var 1)]), (.var 1)]))) },
+    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
+      body := (.cond (.prim .natLt [(.var 1), (.var 2)]) (.cond (.prim .natLe [(.var 0), (.prim .natAdd [(.var 1), (.var 1)])]) (.var 1) (.call 3 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.var 2)])) (.var 2)) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.pair .nat .nat))) (.mk [] (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := []) (tb := (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.var rfl rfl)) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2))))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (lb := []) (tb := (.succeed (.copy (.generated .binding 2)))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | _ + 4 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33.lean
similarity index 99%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33.lean
index 7f478474b..30404793d 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [{ constructors := [[.nat], [(.adt 0), (.adt 0)]] }], functions := [
@@ -68,4 +68,4 @@ def denote (t : (Coverage.Syntax.Term)) : _root_.LexLeanPreservation.Obs :=
 theorem root (t : (Coverage.Syntax.Term)) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 t)] (_root_.LexLeanPreservation.Rel (__fits_0 t) ((_root_.LexLeanPreservation.encPair __enc_0 __enc_0) (Coverage.RecRoots.rewrite t))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 t)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..eb5995255
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/Compose/RustStd.lex.tex
@@ -0,0 +1,573 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.__wt_0 : @520 := @519 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.root : @1138 := @1139 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.flags
+@3 := Coverage.Syntax.Term
+@4 := #0
+@5 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := fun (__v : @3) => @15
+@17 := LexLeanTarget.TargetSyntax.Value.nat
+@18 := @17 @4
+@19 := LexLeanTarget.TargetSyntax.Ty.nat
+@20 := LexLeanTarget.TargetSyntax.Program
+@21 := LexLeanPreservation.Rust.RCrate
+@22 := LexLeanPreservation.Rust.Flags
+@23 := Nat
+@24 := #3
+@25 := @7 @24
+@26 := #2
+@27 := @25 @26
+@28 := #1
+@35 := {p : @20} -> {c : @21} -> {A : @22} -> (n : @23) -> @27 @28 @18 @19
+@37 := LexLeanPreservation.Rust.wt_nat @0
+@44 := {c : @21} -> {A : @22} -> (n : @23) -> @11 @26 @28 @18 @19
+@45 := @37 @1
+@50 := {A : @22} -> (n : @23) -> @12 @28 @18 @19
+@51 := @45 @2
+@53 := @13 @18 @19
+@54 := (n : @23) -> @53
+@55 := @51 @4
+@56 := LexLeanTarget.TargetSyntax.Value
+@57 := LexLeanTarget.TargetSyntax.Ty
+@58 := List.nil.{0}
+@59 := List.cons.{0}
+@60 := @58 @56
+@61 := @59 @56
+@63 := @61 @18 @60
+@64 := @58 @57
+@65 := @59 @57
+@66 := @65 @19
+@67 := @66 @64
+@68 := LexLeanPreservation.Rust.WTL
+@76 := {p : @20} -> {c : @21} -> {A : @22} -> @68 @26 @28 @4 @60 @64
+@78 := LexLeanPreservation.Rust.wtl_nil @0
+@79 := @68 @0
+@85 := {c : @21} -> {A : @22} -> @79 @28 @4 @60 @64
+@86 := @78 @1
+@87 := @79 @1
+@91 := {A : @22} -> @87 @4 @60 @64
+@92 := @86 @2
+@93 := @87 @2
+@94 := @93 @60
+@95 := @94 @64
+@96 := List.{0}
+@97 := @96 @56
+@98 := @96 @57
+@99 := #6
+@100 := @7 @99
+@101 := #5
+@102 := @100 @101
+@103 := #4
+@106 := @102 @103 @24 @26
+@107 := #7
+@112 := @68 @107 @99 @101 @26 @28
+@113 := #8
+@116 := @68 @113 @107 @99
+@118 := @61 @101 @24
+@119 := @116 @118
+@121 := @65 @103 @26
+@131 := {p : @20} ->
+  {c : @21} ->
+  {A : @22} ->
+  {v : @56} -> {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @106) -> (hs : @112) -> @119 @121
+@133 := LexLeanPreservation.Rust.wtl_cons @0
+@137 := @11 @101 @103 @24 @26
+@141 := @79 @99 @101 @26 @28
+@153 := {c : @21} ->
+  {A : @22} ->
+  {v : @56} ->
+  {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @137) -> (hs : @141) -> @79 @107 @99 @118 @121
+@154 := @133 @1
+@157 := @12 @103 @24 @26
+@160 := @87 @101 @26 @28
+@170 := {A : @22} ->
+  {v : @56} ->
+  {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @157) -> (hs : @160) -> @87 @99 @118 @121
+@171 := @154 @2
+@173 := @13 @24 @26
+@175 := @93 @26 @28
+@183 := {v : @56} ->
+  {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @173) -> (hs : @175) -> @93 @118 @121
+@184 := @171 @18
+@185 := @17 @24
+@197 := {t : @57} ->
+  {vs : @97} -> {ts : @98} -> (h : @13 @185 @26) -> (hs : @175) -> @93 (@61 (@17 @101) @24) @121
+@198 := @184 @19
+@199 := @17 @26
+@201 := @13 @199 @19
+@205 := @93 (@61 (@17 @103) @24)
+@206 := @66 @26
+@211 := {vs : @97} -> {ts : @98} -> (h : @201) -> (hs : @175) -> @205 @206
+@212 := @198 @60
+@213 := @17 @28
+@215 := @13 @213 @19
+@216 := @94 @28
+@218 := @61 @185 @60
+@223 := {ts : @98} -> (h : @215) -> (hs : @216) -> @93 @218 @206
+@224 := @212 @64
+@226 := @61 @199 @60
+@227 := @93 @226
+@230 := (h : @53) -> (hs : @95) -> @227 @67
+@231 := @224 @55
+@233 := @61 @213 @60
+@235 := @93 @233 @67
+@236 := (hs : @95) -> @235
+@237 := @231 @92
+@239 := @93 @63 @67
+@240 := Eq.{1}
+@241 := Option.{0}
+@242 := @241 @98
+@243 := @240 @242
+@244 := LexLeanPreservation.Rust.adtFields
+@248 := @243 (@244 @99 @24 @26)
+@249 := Option.some.{0}
+@250 := @249 @98
+@251 := @250 @4
+@252 := @248 @251
+@255 := @7 @113 @107 @99
+@256 := LexLeanTarget.TargetSyntax.Value.adt
+@258 := @256 @103 @24
+@259 := @255 @258
+@260 := @8 @101
+@270 := {p : @20} ->
+  {c : @21} ->
+  {A : @22} ->
+  {i : @23} -> {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @252) -> (hf : @112) -> @259 @260
+@272 := LexLeanPreservation.Rust.wt_adt @0
+@273 := @244 @0
+@277 := @243 (@273 @24 @26) @251
+@289 := {c : @21} ->
+  {A : @22} ->
+  {i : @23} ->
+  {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @277) -> (hf : @141) -> @11 @107 @99 @258 @260
+@290 := @272 @1
+@300 := {A : @22} ->
+  {i : @23} ->
+  {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @277) -> (hf : @160) -> @12 @99 @258 @260
+@301 := @290 @2
+@302 := @13 @258
+@309 := {i : @23} ->
+  {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @277) -> (hf : @175) -> @302 @260
+@310 := @301 @9
+@311 := @273 @9
+@320 := {k : @23} ->
+  {fs : @97} -> {tys : @98} -> (h : @243 (@311 @26) @251) -> (hf : @175) -> @302 @10
+@321 := @310 @9
+@322 := @311 @9
+@323 := @243 @322
+@324 := @323 @251
+@325 := @256 @9
+@332 := {fs : @97} -> {tys : @98} -> (h : @324) -> (hf : @175) -> @13 (@325 @24) @10
+@333 := @321 @63
+@340 := {tys : @98} -> (h : @324) -> (hf : @227 @28) -> @13 (@325 @218) @10
+@341 := @333 @67
+@348 := (h : @323 (@250 @67)) -> (hf : @235) -> @13 (@325 @226) @10
+@349 := Eq.refl.{1}
+@350 := @349 @242
+@352 := @341 (@350 @322)
+@356 := (hf : @239) -> @13 (@325 @233) @10
+@357 := @352 @237
+@360 := @13 (@325 @63) @10
+@361 := fun (__x0 : @23) => @357
+@362 := @5 @24
+@363 := @5 @26
+@365 := @61 @363 @60
+@366 := @61 @362
+@367 := @366 @365
+@368 := @65 @10
+@369 := @368 @64
+@370 := @368 @369
+@371 := @171 @363
+@372 := @5 @101
+@373 := @13 @372
+@374 := @373 @26
+@376 := @61 (@5 @107)
+@378 := @93 (@376 @24)
+@384 := {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @374) -> (hs : @175) -> @378 @121
+@385 := @371 @10
+@386 := @5 @103
+@387 := @13 @386
+@388 := @387 @10
+@389 := @5 @99
+@390 := @61 @389
+@392 := @93 (@390 @24)
+@393 := @368 @26
+@398 := {vs : @97} -> {ts : @98} -> (h : @388) -> (hs : @175) -> @392 @393
+@399 := @385 @60
+@401 := @13 @362 @10
+@402 := @61 @372
+@403 := @402 @60
+@404 := @93 @403
+@408 := {ts : @98} -> (h : @401) -> (hs : @216) -> @404 @393
+@409 := @399 @64
+@411 := @13 @363 @10
+@412 := @61 @386
+@413 := @412 @60
+@414 := @93 @413
+@417 := (h : @411) -> (hs : @95) -> @414 @369
+@418 := @409 @4
+@419 := @366 @60
+@420 := @93 @419
+@421 := @420 @369
+@422 := (hs : @95) -> @421
+@423 := @418 @92
+@424 := @93 @365
+@425 := @424 @369
+@426 := @171 @362
+@428 := @13 @389 @26
+@430 := @61 (@5 @113)
+@438 := {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @428) -> (hs : @175) -> @93 (@430 @24) @121
+@439 := @426 @10
+@445 := {vs : @97} -> {ts : @98} -> (h : @373 @10) -> (hs : @175) -> @378 @393
+@446 := @439 @365
+@447 := @414 @28
+@448 := @390 @403
+@453 := {ts : @98} -> (h : @388) -> (hs : @447) -> @93 @448 @393
+@454 := @446 @369
+@455 := @402 @413
+@456 := @93 @455
+@459 := (h : @401) -> (hs : @421) -> @456 @370
+@460 := @454 @28
+@461 := @412 @419
+@463 := @93 @461 @370
+@464 := (hs : @425) -> @463
+@465 := @460 @423
+@467 := @93 @367 @370
+@468 := 1
+@469 := @310 @468
+@470 := @311 @468
+@471 := @243 @470
+@472 := @471 @251
+@473 := @256 @468
+@480 := {fs : @97} -> {tys : @98} -> (h : @472) -> (hf : @175) -> @13 (@473 @24) @10
+@481 := @469 @367
+@488 := {tys : @98} -> (h : @472) -> (hf : @456 @28) -> @13 (@473 @448) @10
+@489 := @481 @370
+@496 := (h : @471 (@250 @370)) -> (hf : @463) -> @13 (@473 @455) @10
+@498 := @489 (@350 @470)
+@502 := (hf : @467) -> @13 (@473 @461) @10
+@503 := @498 @465
+@506 := @13 (@473 @367) @10
+@507 := @5 @28
+@509 := @13 @507 @10
+@513 := fun (__x0 : @3) => fun (__x1 : @3) => fun (__ih0 : @509) => fun (__ih1 : @509) => @503
+@519 := fun (__v : @3) => Coverage.Syntax.Term.rec.{0} @16 @361 @513 @4
+@520 := (__v : @3) -> @15
+@522 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.__wt_0 @28
+@524 := @61 @507 @60
+@527 := Prod.{0, 0} @23 @56
+@531 := Prod.mk.{0, 0} @23 @56 @9
+@532 := @531 @507
+@533 := @58 @527
+@534 := @59 @527
+@536 := @534 @532 @533
+@537 := Bool.false
+@538 := LexLeanTarget.TargetSyntax.Function
+@539 := LexLeanTarget.TargetSyntax.Program.functions
+@540 := @539 @0
+@541 := @58 @23
+@542 := LexLeanTarget.TargetSyntax.Ty.unit
+@543 := LexLeanTarget.TargetSyntax.Value.unit
+@546 := LexLeanTarget.TargetSyntax.Expr.value @542 @543
+@551 := LexLeanTarget.TargetSyntax.Function.mk @541 @64 @542 @546
+@556 := List.getD.{0} @538 @540 @9 @551
+@560 := fun (__e_n : @23) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.root @4 @9
+@561 := @171 @507
+@568 := {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @387 @26) -> (hs : @175) -> @392 @121
+@569 := @561 @10
+@576 := {vs : @97} -> {ts : @98} -> (h : @401) -> (hs : @175) -> @93 (@402 @24) @393
+@577 := @569 @60
+@581 := {ts : @98} -> (h : @411) -> (hs : @216) -> @414 @393
+@582 := @577 @64
+@583 := (h : @509) -> @422
+@584 := @582 @522
+@585 := (hs : @95) -> @425
+@586 := @584 @92
+@587 := @93 @524
+@588 := @587 @369
+@589 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.denote
+@590 := @589 @28
+@591 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.__fits_0
+@592 := @591 @28
+@594 := Coverage.RecRoots.rewrite @28
+@600 := LexLeanPreservation.encPair @3 @3 @5 @5 @594
+@602 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.root @28
+@603 := Bool
+@604 := Ne.{1}
+@605 := LexLeanPreservation.Obs
+@606 := @604 @605
+@607 := LexLeanPreservation.Rel
+@610 := @606 (@607 @28 @4)
+@611 := LexLeanPreservation.Obs.stuck
+@614 := (f : @603) -> (v : @56) -> @610 @611
+@616 := LexLeanPreservation.Rust.rel_ne_stuck @592
+@622 := (v : @56) -> @606 (@607 (@591 @26) @4) @611
+@623 := @616 @600
+@627 := @606 (@607 @592 @600) @611
+@628 := @96 @527
+@629 := LexLeanPreservation.Rust.FunSem
+@630 := #9
+@636 := (n : @23) -> @629 @630 @113 @107 @4 @99
+@637 := @241 @538
+@638 := @240 @637
+@645 := LexLeanRuntime.index (@96 @538) @538 (LexLeanRuntime.instIndexableList @538)
+@649 := @638 (@645 (@539 @630) @99)
+@650 := @249 @538
+@651 := @650 @101
+@652 := @649 @651
+@653 := #10
+@657 := @68 @653 @630 @113 @101
+@658 := LexLeanTarget.TargetSyntax.Function.types
+@659 := @658 @99
+@660 := @657 @659
+@661 := @241 @628
+@662 := @240 @661
+@663 := LexLeanTarget.TargetSemantics.bindAll
+@664 := LexLeanTarget.TargetSyntax.Function.parameters
+@669 := @662 (@663 (@664 @107) @99 @533)
+@670 := @249 @628
+@671 := @670 @101
+@672 := @669 @671
+@673 := @241 @603
+@674 := @240 @673
+@675 := LexLeanPreservation.Rust.fnFallible
+@676 := #11
+@679 := @674 (@675 @676 @630)
+@680 := @249 @603
+@681 := @680 @101
+@682 := @679 @681
+@683 := LexLeanPreservation.RunConv
+@684 := #13
+@688 := @683 @684 @653 @113 @101
+@690 := @606 @99 @611
+@691 := Exists.{1}
+@692 := LexLeanPreservation.Rust.ROut
+@693 := @691 @692
+@694 := And
+@695 := LexLeanPreservation.Rust.RealizesFn
+@699 := @694 (@695 @630 @113 @4)
+@700 := LexLeanPreservation.Rust.RCI
+@702 := @700 #15
+@703 := LexLeanPreservation.Rust.fnIdent
+@704 := @703 @684
+@711 := (hne : @690) -> @693 (fun (ro : @692) => @699 (@702 @704 @676 @4))
+@726 := {p : @20} ->
+  {c : @21} ->
+  {A : @22} ->
+  {f : @23} ->
+  {fn : @538} ->
+  {args : @97} ->
+  {env : @628} ->
+  {F : @603} ->
+  {o : @605} ->
+  (hB : @636) ->
+  (hfn : @652) -> (hwt : @660) -> (hbind : @672) -> (hF : @682) -> (hA : @688) -> @711
+@728 := LexLeanPreservation.Rust.compose @0
+@729 := @629 @0
+@734 := (n : @23) -> @729 @113 @107 @4 @99
+@735 := @645 @540
+@738 := @638 (@735 @99) @651
+@742 := @79 @630 @113 @101 @659
+@743 := @683 @0
+@746 := @743 @653 @113 @101
+@760 := {c : @21} ->
+  {A : @22} ->
+  {f : @23} ->
+  {fn : @538} ->
+  {args : @97} ->
+  {env : @628} ->
+  {F : @603} ->
+  {o : @605} ->
+  (hB : @734) ->
+  (hfn : @738) -> (hwt : @742) -> (hbind : @672) -> (hF : @682) -> (hA : @746) -> @711
+@761 := @728 @1
+@762 := @729 @1
+@766 := (n : @23) -> @762 @107 @4 @99
+@769 := @87 @113 @101 @659
+@770 := @675 @1
+@773 := @674 (@770 @630) @681
+@774 := @700 @1
+@784 := (hbind : @672) ->
+  (hF : @773) -> (hA : @746) -> (hne : @690) -> @693 (fun (ro : @692) => @699 (@774 @704 @676 @4))
+@794 := {A : @22} ->
+  {f : @23} ->
+  {fn : @538} ->
+  {args : @97} ->
+  {env : @628} -> {F : @603} -> {o : @605} -> (hB : @766) -> (hfn : @738) -> (hwt : @769) -> @784
+@795 := @761 @2
+@797 := @762 @2 @4
+@799 := (n : @23) -> @797 @99
+@800 := @93 @101
+@801 := @800 @659
+@810 := {f : @23} ->
+  {fn : @538} ->
+  {args : @97} ->
+  {env : @628} -> {F : @603} -> {o : @605} -> (hB : @799) -> (hfn : @738) -> (hwt : @801) -> @784
+@811 := @795 @9
+@813 := (n : @23) -> @797 @9
+@814 := @735 @9
+@815 := @638 @814
+@816 := @815 @651
+@817 := @770 @9
+@818 := @674 @817
+@819 := @818 @681
+@820 := @743 @9
+@822 := @820 @113 @101
+@824 := @774 (@703 @9)
+@832 := (hF : @819) -> (hA : @822) -> (hne : @690) -> @693 (fun (ro : @692) => @699 (@824 @676 @4))
+@841 := {fn : @538} ->
+  {args : @97} ->
+  {env : @628} ->
+  {F : @603} -> {o : @605} -> (hB : @813) -> (hfn : @816) -> (hwt : @801) -> (hbind : @672) -> @832
+@842 := @811 @556
+@844 := @815 (@650 @556)
+@845 := @658 @556
+@846 := @800 @845
+@848 := @663 (@664 @556)
+@860 := {args : @97} ->
+  {env : @628} ->
+  {F : @603} ->
+  {o : @605} ->
+  (hB : @813) -> (hfn : @844) -> (hwt : @846) -> (hbind : @662 (@848 @99 @533) @671) -> @832
+@861 := @842 @524
+@862 := @390 @60
+@864 := @93 @862 @845
+@865 := @376 @60
+@869 := @662 (@848 @865 @533) @671
+@872 := @61 (@5 @630) @60
+@893 := {env : @628} ->
+  {F : @603} ->
+  {o : @605} ->
+  (hB : @813) ->
+  (hfn : @844) ->
+  (hwt : @864) ->
+  (hbind : @869) ->
+  (hF : @819) ->
+  (hA : @820 @872 @101) ->
+  (hne : @690) -> @693 (fun (ro : @692) => @699 (@824 (@61 (@5 #12) @60) @4))
+@894 := @861 @536
+@895 := @404 @845
+@903 := @662 (@848 @862 @533) (@670 (@534 (@531 @389) @533))
+@904 := @430 @60
+@923 := {F : @603} ->
+  {o : @605} ->
+  (hB : @813) ->
+  (hfn : @844) ->
+  (hwt : @895) ->
+  (hbind : @903) ->
+  (hF : @819) ->
+  (hA : @820 @904 @101) ->
+  (hne : @690) -> @693 (fun (ro : @692) => @699 (@824 (@61 (@5 @676) @60) @4))
+@924 := @894 @537
+@925 := @414 @845
+@933 := @662 (@848 @403 @533) (@670 (@534 (@531 @372) @533))
+@935 := @818 (@680 @537)
+@937 := @820 @865 @101
+@938 := @695 @537
+@957 := {o : @605} ->
+  (hB : @813) ->
+  (hfn : @844) ->
+  (hwt : @925) ->
+  (hbind : @933) ->
+  (hF : @935) ->
+  (hA : @937) ->
+  (hne : @690) -> @693 (fun (ro : @692) => @694 (@938 @113 @4) (@824 (@61 (@5 @653) @60) @4))
+@958 := @924 @590
+@959 := @420 @845
+@967 := @662 (@848 @413 @533) (@670 (@534 (@531 @386) @533))
+@968 := @820 @862
+@969 := @589 @99
+@970 := @968 @969
+@971 := @589 @107
+@989 := (hB : @813) ->
+  (hfn : @844) ->
+  (hwt : @959) ->
+  (hbind : @967) ->
+  (hF : @935) ->
+  (hA : @970) ->
+  (hne : @606 @971 @611) -> @693 (fun (ro : @692) => @694 (@938 (@589 @630) @4) (@824 @872 @4))
+@990 := @958 @560
+@991 := @424 @845
+@999 := @662 (@848 @419 @533) (@670 (@534 (@531 @362) @533))
+@1000 := @820 @403
+@1001 := @589 @101
+@1019 := (hfn : @844) ->
+  (hwt : @991) ->
+  (hbind : @999) ->
+  (hF : @935) ->
+  (hA : @1000 @1001) ->
+  (hne : @606 @969 @611) -> @693 (fun (ro : @692) => @694 (@938 (@589 @113) @4) (@824 @904 @4))
+@1022 := @990 (@349 @637 @814)
+@1023 := @587 @845
+@1031 := @662 (@848 @365 @533) (@670 (@534 (@531 @363) @533))
+@1032 := @820 @413
+@1033 := @589 @103
+@1049 := (hwt : @1023) ->
+  (hbind : @1031) ->
+  (hF : @935) ->
+  (hA : @1032 @1033) ->
+  (hne : @606 @1001 @611) -> @693 (fun (ro : @692) => @694 (@938 @971 @4) (@824 @865 @4))
+@1050 := @1022 @586
+@1052 := @848 @524 @533
+@1055 := @662 @1052 (@670 @536)
+@1056 := @820 @419
+@1057 := @589 @24
+@1072 := (hbind : @1055) ->
+  (hF : @935) ->
+  (hA : @1056 @1057) ->
+  (hne : @606 @1033 @611) -> @693 (fun (ro : @692) => @694 (@938 @969 @4) (@824 @862 @4))
+@1075 := @1050 (@349 @661 @1052)
+@1076 := @820 @365
+@1077 := @589 @26
+@1091 := (hF : @935) ->
+  (hA : @1076 @1077) ->
+  (hne : @606 @1057 @611) -> @693 (fun (ro : @692) => @694 (@938 @1001 @4) (@824 @403 @4))
+@1094 := @1075 (@349 @673 @817)
+@1108 := (hA : @820 @524 @590) ->
+  (hne : @606 @1077 @611) -> @693 (fun (ro : @692) => @694 (@938 @1033 @4) (@824 @413 @4))
+@1109 := @1094 @602
+@1120 := (hne : @606 @590 @611) -> @693 (fun (ro : @692) => @694 (@938 @1057 @4) (@824 @419 @4))
+@1121 := @1109 @623
+@1127 := @694 (@938 @1077 @4) (@824 @365 @4)
+@1129 := @693 (fun (ro : @692) => @1127)
+@1131 := @693 (fun (__e_ro : @692) => @1127)
+@1135 := LexLeanPreservation.Rust.RepresentableL (@61 @6 @60)
+@1136 := (__e_hrep : @1135) -> @1131
+@1137 := fun (__e_hrep : @1135) => @1121
+@1138 := (t : @3) -> @1136
+@1139 := fun (t : @3) => @1137
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/RustStd.lean
new file mode 100644
index 000000000..e2b89c3be
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/RustStd.lean
@@ -0,0 +1,50 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat], [(.adt 0), (.adt 0)]] }], functions := [
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 0) (.adt 0)),
+      body := (.build .pair (.pair (.adt 0) (.adt 0)) [(.call 1 [(.var 0)]), (.call 2 [(.var 0)])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.adt 0),
+      body := (.«match» (.adt 0) (.var 0) [(.arm (.adt 0) [1] (.build (.adt 0) (.adt 0) [(.var 1)])), (.arm (.adt 1) [2, 3] (.«match» (.adt 0) (.var 2) [(.arm (.adt 0) [4] (.build (.adt 1) (.adt 0) [(.build (.adt 0) (.adt 0) [(.var 4)]), (.call 1 [(.var 3)])])), (.arm (.adt 1) [5, 6] (.call 1 [(.build (.adt 1) (.adt 0) [(.var 5), (.build (.adt 1) (.adt 0) [(.var 6), (.var 3)])])]))]))]) },
+    { parameters := [0], types := [(.adt 0)], result := (.adt 0),
+      body := (.«match» (.adt 0) (.var 0) [(.arm (.adt 0) [1] (.build (.adt 0) (.adt 0) [(.var 1)])), (.arm (.adt 1) [2, 3] (.«match» (.adt 0) (.var 2) [(.arm (.adt 0) [4] (.call 2 [(.var 3)])), (.arm (.adt 1) [5, 6] (.call 2 [(.build (.adt 1) (.adt 0) [(.var 5), (.var 3)])]))]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [(.rc (.adt 0)), (.rc (.adt 0))] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.pair (.adt 0) (.adt 0)) (.mk [] (.pair (.call (.function 1) [(.clone (.generated .binding 0))] false) (.call (.function 2) [(.move (.generated .binding 0))] false)))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 0) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 5)), (.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 5))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.adt 0 0 [(.bind (.generated .binding 4))]) (.mk [] (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 3)), (.bind (.generated .boxed 4))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)))])))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 0) (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 10)), (.bind (.generated .boxed 11))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 11))), (.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.call (.function 2) [(.move (.generated .binding 3))] false))), (.mk (.adt 0 1 [(.bind (.generated .boxed 9)), .wild]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))] (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)))])))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.clone (.generated .binding 0))] false) (.call (.function 2) [(.move (.generated .binding 0))] false)), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 5)), (.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 5))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.adt 0 0 [(.bind (.generated .binding 4))]) (.mk [] (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 3)), (.bind (.generated .boxed 4))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)))])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.adt 0 0) [(.copy (.generated .binding 1))])) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 5))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 6)))]) (lets := [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.move (.generated .holder 2)) [(.mk (.adt 0 0 [(.bind (.generated .binding 4))]) (.mk [] (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 3)), (.bind (.generated .boxed 4))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))])) (Corr.mCons (Γ' := [(6, (.adt 0), (some 6)), (5, (.adt 0), (some 5)), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))]) (lets := []) (tail := (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 10)), (.bind (.generated .boxed 11))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 11))), (.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.call (.function 2) [(.move (.generated .binding 3))] false))), (.mk (.adt 0 1 [(.bind (.generated .boxed 9)), .wild]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))] (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)))])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.adt 0 0) [(.copy (.generated .binding 1))])) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 11)))]) (lets := [(.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.call (.function 2) [(.move (.generated .binding 3))] false))), (.mk (.adt 0 1 [(.bind (.generated .boxed 9)), .wild]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))] (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(4, .nat, none), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 3))] false)) (Corr.mCons (Γ' := [(6, (.adt 0), none), (5, (.adt 0), (some 5)), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))]) (lets := []) (tail := (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4.lean
new file mode 100644
index 000000000..9d2089854
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4.lean
@@ -0,0 +1,106 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.pair .nat .int),
+      body := (.build .pair (.pair .nat .int) [(.call 1 [(.closure 2 []), (.value .nat (.nat 0)), (.var 0)]), (.call 3 [(.closure 4 []), (.value .int (.int 5)), (.var 1)])]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.var 1)]) },
+    { parameters := [0, 1, 2], types := [(.fn [.int, .int] .int), .int, (.list .int)], result := .int,
+      body := (.«match» .int (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [.int, .int], result := .int,
+      body := (.prim .intSub [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [(.list .int)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.option (.pair .nat .int)),
+      body := (.cond (.call 5 [(.var 1)]) (.build .some (.option (.pair .nat .int)) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .int)) [])) }] }
+
+def __fits_2 (a : Nat) (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (a + x) 18446744073709551616))
+
+theorem __rel_2 (a : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat a), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 a x) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((a + x)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd a x))
+
+def __fits_4 (a : Int) (x : Int) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (a) (x) : Int)))
+
+theorem __rel_4 (a : Int) (x : Int) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.int a), (_root_.LexLeanTarget.TargetSyntax.Value.int x)] (_root_.LexLeanPreservation.Rel (__fits_4 a x) (_root_.LexLeanTarget.TargetSyntax.Value.int ((_root_.LexLeanRuntime.subtract (a) (x) : Int)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub a x))
+
+def __fits_0 (xs : (List Nat)) (s : (List Int)) : Bool :=
+  ((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Nat) (__p1 : Nat) => __fits_2 __p0 __p1) ((fun (a : Nat) (x : Nat) => (a + x))) ((0 : Nat)) (xs))) && (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Int) (__p1 : Int) => __fits_4 __p0 __p1) ((fun (a : Int) (x : Int) => (_root_.LexLeanRuntime.subtract (a) (x) : Int))) ((5 : Int)) (s))) && Bool.true)) && Bool.true)
+
+theorem __rel_0 (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) xs), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) s)] (_root_.LexLeanPreservation.Rel (__fits_0 xs s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (a : Nat) (x : Nat) => (a + x))) (fun (__p0 : Nat) (__p1 : Nat) => __fits_2 __p0 __p1) 2 [] (fun (__p0 : Nat) (__p1 : Nat) => __rel_2 __p0 __p1) (p := __prog) (fi := 1) (ta := .nat) (ts := .nat) rfl ((0 : Nat)) (xs))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (a : Int) (x : Int) => (_root_.LexLeanRuntime.subtract (a) (x) : Int))) (fun (__p0 : Int) (__p1 : Int) => __fits_4 __p0 __p1) 4 [] (fun (__p0 : Int) (__p1 : Int) => __rel_4 __p0 __p1) (p := __prog) (fi := 3) (ta := .int) (ts := .int) rfl ((5 : Int)) (s))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def denote (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 xs s) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) xs), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) s)] (_root_.LexLeanPreservation.Rel (__fits_0 xs s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 xs s)
+
+def __valid_5 : (List Int) -> Bool :=
+  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering)
+
+def __inv_5 : (List Int) -> Prop :=
+  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering)
+
+theorem __viff_5 : ∀ (__v : (List Int)), __valid_5 __v = Bool.true ↔ __inv_5 __v :=
+  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering)
+
+theorem __vrel_5 : ∀ (__v : (List Int)), _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_5 __v))) :=
+  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) rfl
+
+def entryFits (xs : (List Nat)) (s : (List Int)) : Bool :=
+  (if __valid_5 s then __fits_0 xs s else Bool.true)
+
+def entryValue (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_5 s then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryFits xs s) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryValue xs s)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (xs : (List Nat)) (s : (List Int)) : Prop :=
+  (__inv_5 s ∧ _root_.True)
+
+theorem entry (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.RunConv __prog 6 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) xs), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) s)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denoteEntry xs s) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 xs s else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_5 s) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_5 s)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_0 xs s)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryFits]))
+
+theorem entry_accepts (xs : (List Nat)) (s : (List Int)) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.accepts xs s) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denoteEntry xs s = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denote xs s) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denote
+  simp only [_root_.if_true, (__viff_5 s).mpr __h.1]
+  cases __fits_0 xs s <;> rfl
+
+theorem entry_refuses (xs : (List Nat)) (s : (List Int)) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.accepts xs s) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denoteEntry xs s = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryValue
+  cases __c0 : __valid_5 s
+  · simp
+  · exact _root_.absurd ⟨(__viff_5 s).mp __c0, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..5fc09dade
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/Compose/RustStd.lex.tex
@@ -0,0 +1,606 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.root : @1228 := @1229 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.flags
+@3 := Nat
+@4 := List.{0}
+@5 := @4 @3
+@6 := #2
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encList
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.list
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := #3
+@22 := @19 @20 @6
+@23 := #1
+@24 := @22 @23
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@36 := @34 @6 @23
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@44 := @43 @23
+@48 := {A : @18} -> (n : @3) -> @44 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @6 @15
+@69 := (x : @6) -> @65 @66 @23
+@70 := @4 @20
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @20 @15
+@78 := @74 @77
+@79 := @13 @6
+@88 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encList @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @23
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (xs : @70) -> @50 @77 @79
+@132 := @121 @3
+@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
+  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @23
+@147 := @50 (@10 @15)
+@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
+@152 := @143 @12
+@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := Int
+@162 := @4 @161
+@163 := LexLeanTarget.TargetSyntax.Value.int
+@164 := @8 @161
+@165 := @164 @163
+@166 := @165 @23
+@167 := LexLeanTarget.TargetSyntax.Ty.int
+@168 := @13 @167
+@169 := @163 @15
+@175 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @161) -> @24 @169 @167
+@177 := LexLeanPreservation.Rust.wt_int @0
+@182 := {c : @17} -> {A : @18} -> (n : @161) -> @36 @169 @167
+@183 := @177 @1
+@187 := {A : @18} -> (n : @161) -> @44 @169 @167
+@188 := @183 @2
+@189 := @50 @169
+@190 := @189 @167
+@191 := (n : @161) -> @190
+@193 := fun (__x : @161) => @188 @15
+@194 := @121 @161
+@204 := {e : (a._@._internal._hyg.#0 : @161) -> @57} ->
+  {t : @59} -> (h : (x : @161) -> @123) -> (xs : @162) -> @50 (@164 @20 @15) @79
+@205 := @194 @163
+@207 := (x : @161) -> @189 @23
+@208 := @165 @15
+@209 := @50 @208
+@213 := {t : @59} -> (h : @207) -> (xs : @162) -> @209 @79
+@214 := @205 @167
+@218 := (h : (x : @161) -> @190) -> (xs : @162) -> @209 @168
+@220 := @214 @193 @23
+@222 := @50 @166 @168
+@223 := List.nil.{0}
+@224 := List.cons.{0}
+@225 := @223 @57
+@226 := @224 @57
+@228 := @226 @166 @225
+@230 := @226 @11 @228
+@233 := Prod.{0, 0} @3 @57
+@234 := 1
+@237 := Prod.mk.{0, 0} @3 @57
+@238 := @237 @234
+@239 := @238 @166
+@241 := @237 0
+@242 := @241 @11
+@243 := @223 @233
+@244 := @224 @233
+@246 := @244 @242 @243
+@248 := @244 @239 @246
+@249 := Bool.true
+@250 := LexLeanTarget.TargetSyntax.Function
+@251 := LexLeanTarget.TargetSyntax.Program.functions
+@252 := @251 @0
+@253 := 6
+@254 := @223 @3
+@255 := @223 @59
+@256 := LexLeanTarget.TargetSyntax.Ty.unit
+@257 := LexLeanTarget.TargetSyntax.Value.unit
+@260 := LexLeanTarget.TargetSyntax.Expr.value @256 @257
+@265 := LexLeanTarget.TargetSyntax.Function.mk @254 @255 @256 @260
+@270 := List.getD.{0} @250 @252 @253 @265
+@274 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.root @15 @253
+@275 := LexLeanPreservation.Rust.WTL
+@283 := {p : @16} -> {c : @17} -> {A : @18} -> @275 @6 @23 @15 @225 @255
+@285 := LexLeanPreservation.Rust.wtl_nil @0
+@286 := @275 @0
+@292 := {c : @17} -> {A : @18} -> @286 @23 @15 @225 @255
+@293 := @285 @1
+@294 := @286 @1
+@298 := {A : @18} -> @294 @15 @225 @255
+@299 := @293 @2
+@300 := @294 @2
+@301 := @300 @225
+@302 := @301 @255
+@303 := @4 @57
+@304 := @4 @59
+@306 := @65 @20 @6
+@311 := @275 @71 @60 @62 @6 @23
+@312 := #8
+@315 := @275 @312 @71 @60
+@317 := @226 @62 @20
+@318 := @315 @317
+@319 := @224 @59
+@321 := @319 @64 @6
+@331 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @306) -> (hs : @311) -> @318 @321
+@333 := LexLeanPreservation.Rust.wtl_cons @0
+@351 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @303} ->
+  {ts : @304} -> (h : @92 @20 @6) -> (hs : @286 @60 @62 @6 @23) -> @286 @71 @60 @317 @321
+@352 := @333 @1
+@367 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @303} -> {ts : @304} -> (h : @108 @20 @6) -> (hs : @294 @62 @6 @23) -> @294 @60 @317 @321
+@368 := @352 @2
+@370 := @50 @20 @6
+@372 := @300 @6 @23
+@380 := {v : @57} ->
+  {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @370) -> (hs : @372) -> @300 @317 @321
+@381 := @368 @166
+@382 := @165 @64
+@384 := @50 @382 @6
+@385 := @165 @60
+@386 := @226 @385
+@394 := {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @384) -> (hs : @372) -> @300 (@386 @20) @321
+@395 := @381 @168
+@396 := @165 @20
+@398 := @50 @396 @168
+@399 := @165 @62
+@400 := @226 @399
+@402 := @300 (@400 @20)
+@403 := @319 @168
+@404 := @403 @6
+@409 := {vs : @303} -> {ts : @304} -> (h : @398) -> (hs : @372) -> @402 @404
+@410 := @395 @225
+@411 := @165 @6
+@413 := @50 @411 @168
+@414 := @301 @23
+@416 := @226 @382 @225
+@421 := {ts : @304} -> (h : @413) -> (hs : @414) -> @300 @416 @404
+@422 := @410 @255
+@424 := @226 @396 @225
+@425 := @300 @424
+@426 := @403 @255
+@429 := (h : @222) -> (hs : @302) -> @425 @426
+@430 := @422 @220
+@432 := @226 @411 @225
+@434 := @300 @432 @426
+@435 := (hs : @302) -> @434
+@436 := @430 @299
+@438 := @300 @228 @426
+@439 := @368 @11
+@440 := @10 @62
+@442 := @50 @440 @6
+@443 := @10 @71
+@444 := @226 @443
+@452 := {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @442) -> (hs : @372) -> @300 (@444 @20) @321
+@453 := @439 @14
+@454 := @10 @64
+@456 := @50 @454 @14
+@457 := @10 @60
+@458 := @226 @457
+@460 := @300 (@458 @20)
+@461 := @319 @14
+@462 := @461 @6
+@467 := {vs : @303} -> {ts : @304} -> (h : @456) -> (hs : @372) -> @460 @462
+@468 := @453 @228
+@469 := @10 @20
+@471 := @50 @469 @14
+@472 := @425 @23
+@474 := @226 @440 @416
+@475 := @300 @474
+@479 := {ts : @304} -> (h : @471) -> (hs : @472) -> @475 @462
+@480 := @468 @426
+@482 := @226 @454 @424
+@483 := @300 @482
+@484 := @461 @426
+@487 := (h : @160) -> (hs : @434) -> @483 @484
+@488 := @480 @158
+@490 := @226 @469 @432
+@491 := @300 @490
+@493 := (hs : @438) -> @491 @484
+@494 := @488 @436
+@495 := @300 @230
+@496 := @495 @484
+@497 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denoteEntry
+@499 := @497 @6 @23
+@500 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryFits
+@502 := @500 @6 @23
+@505 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entryValue @6 @23
+@508 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entry @6 @23
+@509 := Bool
+@510 := Ne.{1}
+@511 := LexLeanPreservation.Obs
+@512 := @510 @511
+@513 := LexLeanPreservation.Rel
+@516 := @512 (@513 @23 @15)
+@517 := LexLeanPreservation.Obs.stuck
+@520 := (f : @509) -> (v : @57) -> @516 @517
+@522 := LexLeanPreservation.Rust.rel_ne_stuck @502
+@529 := (v : @57) -> @512 (@513 (@500 @20 @6) @15) @517
+@530 := @522 @505
+@534 := @512 (@513 @502 @505) @517
+@535 := @4 @233
+@536 := LexLeanPreservation.Rust.FunSem
+@537 := #9
+@543 := (n : @3) -> @536 @537 @312 @71 @15 @60
+@544 := Eq.{1}
+@545 := Option.{0}
+@546 := @545 @250
+@547 := @544 @546
+@554 := LexLeanRuntime.index (@4 @250) @250 (LexLeanRuntime.instIndexableList @250)
+@558 := @547 (@554 (@251 @537) @60)
+@559 := Option.some.{0}
+@560 := @559 @250
+@561 := @560 @62
+@562 := @558 @561
+@563 := #10
+@567 := @275 @563 @537 @312 @62
+@568 := LexLeanTarget.TargetSyntax.Function.types
+@569 := @568 @60
+@570 := @567 @569
+@571 := @545 @535
+@572 := @544 @571
+@573 := LexLeanTarget.TargetSemantics.bindAll
+@574 := LexLeanTarget.TargetSyntax.Function.parameters
+@579 := @572 (@573 (@574 @71) @60 @243)
+@580 := @559 @535
+@581 := @580 @62
+@582 := @579 @581
+@583 := @545 @509
+@584 := @544 @583
+@585 := LexLeanPreservation.Rust.fnFallible
+@586 := #11
+@589 := @584 (@585 @586 @537)
+@590 := @559 @509
+@591 := @590 @62
+@592 := @589 @591
+@593 := LexLeanPreservation.RunConv
+@594 := #13
+@598 := @593 @594 @563 @312 @62
+@600 := @512 @60 @517
+@601 := Exists.{1}
+@602 := LexLeanPreservation.Rust.ROut
+@603 := @601 @602
+@604 := And
+@605 := LexLeanPreservation.Rust.RealizesFn
+@609 := @604 (@605 @537 @312 @15)
+@610 := LexLeanPreservation.Rust.RCI
+@612 := @610 #15
+@613 := LexLeanPreservation.Rust.fnIdent
+@614 := @613 @594
+@621 := (hne : @600) -> @603 (fun (ro : @602) => @609 (@612 @614 @586 @15))
+@636 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @250} ->
+  {args : @303} ->
+  {env : @535} ->
+  {F : @509} ->
+  {o : @511} ->
+  (hB : @543) ->
+  (hfn : @562) -> (hwt : @570) -> (hbind : @582) -> (hF : @592) -> (hA : @598) -> @621
+@638 := LexLeanPreservation.Rust.compose @0
+@639 := @536 @0
+@644 := (n : @3) -> @639 @312 @71 @15 @60
+@645 := @554 @252
+@648 := @547 (@645 @60) @561
+@652 := @286 @537 @312 @62 @569
+@653 := @593 @0
+@656 := @653 @563 @312 @62
+@670 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @250} ->
+  {args : @303} ->
+  {env : @535} ->
+  {F : @509} ->
+  {o : @511} ->
+  (hB : @644) ->
+  (hfn : @648) -> (hwt : @652) -> (hbind : @582) -> (hF : @592) -> (hA : @656) -> @621
+@671 := @638 @1
+@672 := @639 @1
+@676 := (n : @3) -> @672 @71 @15 @60
+@679 := @294 @312 @62 @569
+@680 := @585 @1
+@683 := @584 (@680 @537) @591
+@684 := @610 @1
+@694 := (hbind : @582) ->
+  (hF : @683) -> (hA : @656) -> (hne : @600) -> @603 (fun (ro : @602) => @609 (@684 @614 @586 @15))
+@704 := {A : @18} ->
+  {f : @3} ->
+  {fn : @250} ->
+  {args : @303} ->
+  {env : @535} -> {F : @509} -> {o : @511} -> (hB : @676) -> (hfn : @648) -> (hwt : @679) -> @694
+@705 := @671 @2
+@707 := @672 @2 @15
+@709 := (n : @3) -> @707 @60
+@710 := @300 @62
+@711 := @710 @569
+@720 := {f : @3} ->
+  {fn : @250} ->
+  {args : @303} ->
+  {env : @535} -> {F : @509} -> {o : @511} -> (hB : @709) -> (hfn : @648) -> (hwt : @711) -> @694
+@721 := @705 @253
+@723 := (n : @3) -> @707 @253
+@724 := @645 @253
+@725 := @547 @724
+@726 := @725 @561
+@727 := @680 @253
+@728 := @584 @727
+@729 := @728 @591
+@730 := @653 @253
+@732 := @730 @312 @62
+@734 := @684 (@613 @253)
+@742 := (hF : @729) -> (hA : @732) -> (hne : @600) -> @603 (fun (ro : @602) => @609 (@734 @586 @15))
+@751 := {fn : @250} ->
+  {args : @303} ->
+  {env : @535} ->
+  {F : @509} -> {o : @511} -> (hB : @723) -> (hfn : @726) -> (hwt : @711) -> (hbind : @582) -> @742
+@752 := @721 @270
+@754 := @725 (@560 @270)
+@755 := @568 @270
+@756 := @710 @755
+@758 := @573 (@574 @270)
+@770 := {args : @303} ->
+  {env : @535} ->
+  {F : @509} ->
+  {o : @511} ->
+  (hB : @723) -> (hfn : @754) -> (hwt : @756) -> (hbind : @572 (@758 @60 @243) @581) -> @742
+@771 := @752 @230
+@773 := @444 (@386 @225)
+@775 := @300 @773 @755
+@781 := @226 (@10 @312) (@226 (@165 @71) @225)
+@785 := @572 (@758 @781 @243) @581
+@791 := @226 (@10 @563) (@226 (@165 @537) @225)
+@793 := @730 @791 @62
+@795 := @226 (@10 @594)
+@796 := #12
+@815 := {env : @535} ->
+  {F : @509} ->
+  {o : @511} ->
+  (hB : @723) ->
+  (hfn : @754) ->
+  (hwt : @775) ->
+  (hbind : @785) ->
+  (hF : @729) ->
+  (hA : @793) ->
+  (hne : @600) -> @603 (fun (ro : @602) => @609 (@734 (@795 (@226 (@165 @796) @225)) @15))
+@816 := @771 @248
+@818 := @458 (@400 @225)
+@820 := @300 @818 @755
+@831 := @572 (@758 @773 @243) (@580 (@244 (@238 @385) (@244 (@241 @443) @243)))
+@837 := @226 (@10 @537) (@226 (@165 @312) @225)
+@859 := {F : @509} ->
+  {o : @511} ->
+  (hB : @723) ->
+  (hfn : @754) ->
+  (hwt : @820) ->
+  (hbind : @831) ->
+  (hF : @729) ->
+  (hA : @730 @837 @62) ->
+  (hne : @600) ->
+  @603 (fun (ro : @602) => @609 (@734 (@226 (@10 @796) (@226 (@165 @586) @225)) @15))
+@860 := @816 @249
+@861 := @475 @755
+@872 := @572 (@758 @818 @243) (@580 (@244 (@238 @399) (@244 (@241 @457) @243)))
+@874 := @728 (@590 @249)
+@876 := @730 @781 @62
+@877 := @605 @249
+@899 := {o : @511} ->
+  (hB : @723) ->
+  (hfn : @754) ->
+  (hwt : @861) ->
+  (hbind : @872) ->
+  (hF : @874) ->
+  (hA : @876) ->
+  (hne : @600) ->
+  @603
+    (fun (ro : @602) => @604 (@877 @312 @15) (@734 (@226 (@10 @586) (@226 (@165 @563) @225)) @15))
+@900 := @860 @499
+@901 := @483 @755
+@912 := @572 (@758 @474 @243) (@580 (@244 (@238 @382) (@244 (@241 @440) @243)))
+@913 := @730 @773
+@915 := @497 @71 @60
+@916 := @913 @915
+@918 := @497 @312 @71
+@937 := (hB : @723) ->
+  (hfn : @754) ->
+  (hwt : @901) ->
+  (hbind : @912) ->
+  (hF : @874) ->
+  (hA : @916) ->
+  (hne : @512 @918 @517) ->
+  @603 (fun (ro : @602) => @604 (@877 (@497 @563 @537) @15) (@734 @791 @15))
+@938 := @900 @274
+@939 := @491 @755
+@950 := @572 (@758 @482 @243) (@580 (@244 (@238 @396) (@244 (@241 @454) @243)))
+@951 := @730 @818
+@953 := @497 @60 @62
+@972 := (hfn : @754) ->
+  (hwt : @939) ->
+  (hbind : @950) ->
+  (hF : @874) ->
+  (hA : @951 @953) ->
+  (hne : @512 @915 @517) ->
+  @603 (fun (ro : @602) => @604 (@877 (@497 @537 @312) @15) (@734 @837 @15))
+@973 := Eq.refl.{1}
+@976 := @938 (@973 @546 @724)
+@977 := @495 @755
+@988 := @572 (@758 @490 @243) (@580 (@244 (@238 @411) (@244 (@241 @469) @243)))
+@989 := @730 @474
+@991 := @497 @62 @64
+@1007 := (hwt : @977) ->
+  (hbind : @988) ->
+  (hF : @874) ->
+  (hA : @989 @991) ->
+  (hne : @512 @953 @517) -> @603 (fun (ro : @602) => @604 (@877 @918 @15) (@734 @781 @15))
+@1008 := @976 @494
+@1010 := @758 @230 @243
+@1013 := @572 @1010 (@580 @248)
+@1014 := @730 @482
+@1016 := @497 @64 @20
+@1031 := (hbind : @1013) ->
+  (hF : @874) ->
+  (hA : @1014 @1016) ->
+  (hne : @512 @991 @517) -> @603 (fun (ro : @602) => @604 (@877 @915 @15) (@734 @773 @15))
+@1034 := @1008 (@973 @571 @1010)
+@1035 := @730 @490
+@1037 := @497 @20 @6
+@1051 := (hF : @874) ->
+  (hA : @1035 @1037) ->
+  (hne : @512 @1016 @517) -> @603 (fun (ro : @602) => @604 (@877 @953 @15) (@734 @818 @15))
+@1054 := @1034 (@973 @583 @727)
+@1056 := @730 @230 @499
+@1058 := @512 @1037 @517
+@1059 := @877 @991
+@1061 := @604 (@1059 @15)
+@1062 := @734 @474
+@1063 := @1062 @15
+@1068 := (hA : @1056) -> (hne : @1058) -> @603 (fun (ro : @602) => @1061 @1063)
+@1069 := @1054 @508
+@1071 := @512 @499 @517
+@1072 := @877 @1016
+@1074 := @604 (@1072 @15)
+@1075 := @734 @482
+@1080 := (hne : @1071) -> @603 (fun (ro : @602) => @1074 (@1075 @15))
+@1081 := @1069 @530
+@1084 := @604 (@877 @1037 @15)
+@1086 := @734 @490 @15
+@1087 := @1084 @1086
+@1089 := @603 (fun (ro : @602) => @1087)
+@1090 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.accepts
+@1092 := @1090 @6 @23
+@1093 := LexLeanPreservation.someObs
+@1094 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.denote
+@1097 := @1093 (@1094 @6 @23)
+@1100 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
+@1101 := Not
+@1102 := @1101 @1092
+@1104 := @1090 @20 @6
+@1107 := @1093 (@1094 @20 @6)
+@1108 := @1101 @1104
+@1114 := @1104 -> @877 (@1093 (@1094 @64 @20)) @23
+@1115 := @877 @1100
+@1116 := @1115 @23
+@1117 := @1108 -> @1116
+@1119 := @604 @1114 @1117
+@1123 := @603 (fun (__e_ro : @602) => @604 @1086 @1119)
+@1124 := fun (__e_ro : @602) => @1087
+@1125 := @1072 @23
+@1126 := @1075 @23
+@1127 := And.left
+@1128 := And.right
+@1131 := @1127 @1125 @1126 @15
+@1134 := @1128 @1125 @1126 @15
+@1135 := @877 @15
+@1137 := fun (__e_o : @511) => @1135 @6
+@1138 := Eq.subst.{1}
+@1140 := @1090 @64 @20
+@1141 := @1101 @1140
+@1145 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entry_accepts @62 @64 @15
+@1148 := @1093 (@1094 @62 @64)
+@1153 := @1127 (@1059 @6) (@1062 @6) @23
+@1155 := fun (__e_o : @511) => @1135 @20
+@1158 := @1138 @511 @1155 @991
+@1162 := fun (__e_h : @1140) => @1158 @1148 @1145 @1153
+@1166 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.entry_refuses @62 @64 @15
+@1170 := fun (__e_h : @1141) => @1158 @1100 @1166 @1153
+@1171 := And.intro
+@1174 := @1140 -> @877 @1148 @6
+@1176 := @1141 -> @1115 @6
+@1178 := @604 @1174 @1176
+@1182 := @1171 @1174 @1176 @1162 @1170
+@1186 := @1171 @1126 @1178 @1134 @1182
+@1187 := Exists.intro.{1}
+@1188 := @604 @1063
+@1190 := @1090 @62 @64
+@1202 := fun (__e_ro : @602) =>
+  @1188 (@604 (@1190 -> @877 (@1093 (@1094 @60 @62)) @23) (@1101 @1190 -> @1116))
+@1206 := @1187 @602 @1202 @23 @1186
+@1208 := @604 @1125 @1126
+@1210 := fun (__e_ro : @602) => fun (__e_hand : @1087) => @1206
+@1216 := Exists.elim.{1} @602 @1124 @1123 @1081 @1210
+@1217 := LexLeanPreservation.Rust.RepresentableL
+@1218 := @10 @23
+@1220 := @226 @208 @225
+@1223 := @1217 (@226 @1218 @1220)
+@1224 := (__e_hrep : @1223) -> @1123
+@1225 := fun (__e_hrep : @1223) => @1216
+@1226 := (s : @162) -> @1224
+@1227 := fun (s : @162) => @1225
+@1228 := (xs : @5) -> @1226
+@1229 := fun (xs : @5) => @1227
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/RustStd.lean
new file mode 100644
index 000000000..0af63f643
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/RustStd.lean
@@ -0,0 +1,85 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.pair .nat .int),
+      body := (.build .pair (.pair .nat .int) [(.call 1 [(.closure 2 []), (.value .nat (.nat 0)), (.var 0)]), (.call 3 [(.closure 4 []), (.value .int (.int 5)), (.var 1)])]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)], result := .nat,
+      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.var 1)]) },
+    { parameters := [0, 1, 2], types := [(.fn [.int, .int] .int), .int, (.list .int)], result := .int,
+      body := (.«match» .int (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [.int, .int], result := .int,
+      body := (.prim .intSub [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [(.list .int)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.option (.pair .nat .int)),
+      body := (.cond (.call 5 [(.var 1)]) (.build .some (.option (.pair .nat .int)) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .int)) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [] }]),
+    (.apply 0 [.nat, .nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
+    (.enum (.fn 1) [{ number := 4, fields := [] }]),
+    (.apply 1 [.int, .int] .int true [{ function := 4, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .int) }] (.fallible (.pair .nat .int)) (.mk [] (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.lit (.nat 0)), (.move (.generated .binding 0))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.lit (.int 5)), (.move (.generated .binding 1))] true))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := .int }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible .int) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible .int) (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime .intSub) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] .bool (.mk [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 10)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .int) }] (.fallible (.option (.pair .nat .int))) (.mk [] (.cond (.call (.function 5) [(.clone (.generated .binding 1))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .int)) []))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat, .nat], .nat), true), (([.int, .int], .int), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.lit (.nat 0)), (.move (.generated .binding 0))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.lit (.int 5)), (.move (.generated .binding 1))] true))), [(1, (.list .int), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.int, .int] .int), .int, (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat] .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [.nat, .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.fn [.int, .int] .int), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.fn [.int, .int] .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.fn [.int, .int] .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.int, .int] .int), .int, (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [.int, .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))], (.call (.runtime .intSub) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false), [(1, .int, (some 1)), (0, .int, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 10)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .int), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 10)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (ce := (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 5) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 5) [(.clone (.generated .binding 1))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .int)) [])))), [(1, (.list .int), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 5) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.pair .nat .int)) []))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | _ + 7 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5.lean
new file mode 100644
index 000000000..1130e0af6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5.lean
@@ -0,0 +1,60 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .bool)),
+      body := (.build .pair (.pair .nat (.pair .nat .bool)) [(.call 1 [(.closure 2 []), (.var 0), (.var 1)]), (.call 3 [(.closure 4 []), (.var 0), (.var 1)])]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] .nat), .nat, .nat], result := .nat,
+      body := (.«match» .nat (.var 1) [(.arm .zero [] (.var 2)), (.arm .succ [3] (.call 1 [(.var 0), (.var 3), (.apply (.var 0) [(.var 2)])]))]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 3 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0], types := [.nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 10))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 0), (.value .nat (.nat 2))])]) (.build .none (.option .nat) [])) }] }
+
+def __fits_2 (x : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (x + (1 : Nat)) 18446744073709551616))
+
+theorem __rel_2 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((x + (1 : Nat))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd x (1 : Nat)))
+
+def __fits_4 (x : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt x (10 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (x + (2 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_4 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_4 x) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (x + (2 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt x (10 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt x (10 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd x (2 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_0 (n : Nat) (start : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.iterateFits (fun (__p0 : Nat) => __fits_2 __p0) ((fun (x : Nat) => (x + (1 : Nat)))) (n) (start))) && (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_4 __p0) ((fun (x : Nat) => (if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (n) (start))) && Bool.true)) && Bool.true)
+
+theorem __rel_0 (n : Nat) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 n start) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (Coverage.Colls.iterations n start))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterate (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) ((fun (x : Nat) => (x + (1 : Nat)))) (fun (__p0 : Nat) => __fits_2 __p0) 2 [] (fun (__p0 : Nat) => __rel_2 __p0) (_root_.LexLeanCollections.iterate ((fun (x : Nat) => (x + (1 : Nat))))) (fun _ => rfl) (fun _ _ => rfl) (p := __prog) (fi := 1) (ts := .nat) rfl (n) (start))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (x : Nat) => (if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_4 __p0) 4 [] (fun (__p0 : Nat) => __rel_4 __p0) (_root_.LexLeanCollections.iterateUntil ((fun (x : Nat) => (if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 3) (ts := .nat) rfl (n) (start))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def denote (n : Nat) (start : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 n start) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (Coverage.Colls.iterations n start)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (n : Nat) (start : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 n start) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (Coverage.Colls.iterations n start))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 n start)
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..7de395383
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/Compose/RustStd.lex.tex
@@ -0,0 +1,468 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.root : @924 := @925 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@64 := Prod.{0, 0} @3
+@65 := @64 @54
+@66 := 1
+@69 := Prod.mk.{0, 0} @3 @54
+@70 := @69 @66
+@71 := @70 @50
+@72 := 0
+@73 := @69 @72
+@74 := @73 @6
+@75 := @55 @65
+@76 := @56 @65
+@78 := @76 @74 @75
+@80 := @76 @71 @78
+@81 := Bool.true
+@82 := LexLeanTarget.TargetSyntax.Function
+@83 := LexLeanTarget.TargetSyntax.Program.functions
+@84 := @83 @0
+@85 := LexLeanTarget.TargetSyntax.Ty
+@86 := @55 @3
+@87 := @55 @85
+@88 := LexLeanTarget.TargetSyntax.Ty.unit
+@89 := LexLeanTarget.TargetSyntax.Value.unit
+@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
+@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
+@102 := List.getD.{0} @82 @84 @72 @97
+@106 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.root @17 @72
+@107 := LexLeanPreservation.Rust.WTL
+@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
+@117 := LexLeanPreservation.Rust.wtl_nil @0
+@118 := @107 @0
+@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
+@125 := @117 @1
+@126 := @118 @1
+@130 := {A : @10} -> @126 @17 @57 @87
+@131 := @125 @2
+@132 := @126 @2
+@133 := @132 @57
+@134 := @133 @87
+@135 := List.{0}
+@136 := @135 @54
+@137 := @135 @85
+@138 := #6
+@139 := @11 @138
+@140 := #5
+@141 := @139 @140
+@142 := #4
+@145 := @141 @142 @12 @4
+@146 := #7
+@151 := @107 @146 @138 @140 @4 @15
+@152 := #8
+@155 := @107 @152 @146 @138
+@157 := @58 @140 @12
+@158 := @155 @157
+@159 := @56 @85
+@161 := @159 @142 @4
+@171 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
+@173 := LexLeanPreservation.Rust.wtl_cons @0
+@193 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} ->
+  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
+@194 := @173 @1
+@210 := {A : @10} ->
+  {v : @54} ->
+  {t : @85} ->
+  {vs : @136} ->
+  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
+@211 := @194 @2
+@213 := @43 @12 @4
+@215 := @132 @4 @15
+@223 := {v : @54} ->
+  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
+@224 := @211 @50
+@225 := @5 @142
+@226 := @43 @225
+@227 := @226 @4
+@228 := @5 @138
+@229 := @58 @228
+@231 := @132 (@229 @12)
+@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
+@238 := @224 @7
+@239 := @5 @12
+@241 := @43 @239 @7
+@242 := @5 @140
+@243 := @58 @242
+@245 := @132 (@243 @12)
+@246 := @159 @7
+@247 := @246 @4
+@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
+@253 := @238 @57
+@254 := @133 @15
+@255 := @58 @225
+@256 := @255 @57
+@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
+@262 := @253 @87
+@263 := @58 @239
+@264 := @263 @57
+@265 := @132 @264
+@266 := @246 @87
+@269 := (h : @53) -> (hs : @134) -> @265 @266
+@270 := @262 @51
+@271 := @61 @57
+@273 := @132 @271 @266
+@274 := (hs : @134) -> @273
+@275 := @270 @131
+@277 := @132 @60 @266
+@278 := @211 @6
+@280 := @43 @242 @4
+@281 := @5 @146
+@282 := @58 @281
+@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
+@291 := @278 @7
+@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
+@298 := @291 @60
+@299 := @265 @15
+@300 := @243 @256
+@301 := @132 @300
+@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
+@306 := @298 @266
+@307 := @255 @264
+@308 := @132 @307
+@309 := @246 @266
+@312 := (h : @49) -> (hs : @273) -> @308 @309
+@313 := @306 @47
+@314 := @263 @271
+@315 := @132 @314
+@317 := (hs : @277) -> @315 @309
+@318 := @313 @275
+@319 := @132 @62
+@320 := @319 @309
+@321 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.denote
+@323 := @321 @4 @15
+@324 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.__fits_0
+@326 := @324 @4 @15
+@329 := Coverage.Colls.iterations @4 @15
+@330 := Bool
+@331 := @64 @330
+@332 := LexLeanTarget.TargetSyntax.Value.bool
+@334 := LexLeanPreservation.encPair @3
+@337 := @334 @330 @5 @332
+@341 := @334 @331 @5 @337 @329
+@344 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.root @4 @15
+@345 := Ne.{1}
+@346 := LexLeanPreservation.Obs
+@347 := @345 @346
+@348 := LexLeanPreservation.Rel
+@351 := @347 (@348 @15 @17)
+@352 := LexLeanPreservation.Obs.stuck
+@355 := (f : @330) -> (v : @54) -> @351 @352
+@357 := LexLeanPreservation.Rust.rel_ne_stuck @326
+@364 := (v : @54) -> @347 (@348 (@324 @12 @4) @17) @352
+@365 := @357 @341
+@369 := @347 (@348 @326 @341) @352
+@370 := @135 @65
+@371 := LexLeanPreservation.Rust.FunSem
+@372 := #9
+@378 := (n : @3) -> @371 @372 @152 @146 @17 @138
+@379 := Eq.{1}
+@380 := Option.{0}
+@381 := @380 @82
+@382 := @379 @381
+@389 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
+@393 := @382 (@389 (@83 @372) @138)
+@394 := Option.some.{0}
+@395 := @394 @82
+@396 := @395 @140
+@397 := @393 @396
+@398 := #10
+@402 := @107 @398 @372 @152 @140
+@403 := LexLeanTarget.TargetSyntax.Function.types
+@404 := @403 @138
+@405 := @402 @404
+@406 := @380 @370
+@407 := @379 @406
+@408 := LexLeanTarget.TargetSemantics.bindAll
+@409 := LexLeanTarget.TargetSyntax.Function.parameters
+@414 := @407 (@408 (@409 @146) @138 @75)
+@415 := @394 @370
+@416 := @415 @140
+@417 := @414 @416
+@418 := @380 @330
+@419 := @379 @418
+@420 := LexLeanPreservation.Rust.fnFallible
+@421 := #11
+@424 := @419 (@420 @421 @372)
+@425 := @394 @330
+@426 := @425 @140
+@427 := @424 @426
+@428 := LexLeanPreservation.RunConv
+@429 := #13
+@433 := @428 @429 @398 @152 @140
+@435 := @347 @138 @352
+@436 := Exists.{1}
+@437 := LexLeanPreservation.Rust.ROut
+@438 := @436 @437
+@439 := And
+@440 := LexLeanPreservation.Rust.RealizesFn
+@444 := @439 (@440 @372 @152 @17)
+@445 := LexLeanPreservation.Rust.RCI
+@447 := @445 #15
+@448 := LexLeanPreservation.Rust.fnIdent
+@449 := @448 @429
+@456 := (hne : @435) -> @438 (fun (ro : @437) => @444 (@447 @449 @421 @17))
+@471 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @370} ->
+  {F : @330} ->
+  {o : @346} ->
+  (hB : @378) ->
+  (hfn : @397) -> (hwt : @405) -> (hbind : @417) -> (hF : @427) -> (hA : @433) -> @456
+@473 := LexLeanPreservation.Rust.compose @0
+@474 := @371 @0
+@479 := (n : @3) -> @474 @152 @146 @17 @138
+@480 := @389 @84
+@483 := @382 (@480 @138) @396
+@487 := @118 @372 @152 @140 @404
+@488 := @428 @0
+@491 := @488 @398 @152 @140
+@505 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @370} ->
+  {F : @330} ->
+  {o : @346} ->
+  (hB : @479) ->
+  (hfn : @483) -> (hwt : @487) -> (hbind : @417) -> (hF : @427) -> (hA : @491) -> @456
+@506 := @473 @1
+@507 := @474 @1
+@511 := (n : @3) -> @507 @146 @17 @138
+@514 := @126 @152 @140 @404
+@515 := @420 @1
+@518 := @419 (@515 @372) @426
+@519 := @445 @1
+@529 := (hbind : @417) ->
+  (hF : @518) -> (hA : @491) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@519 @449 @421 @17))
+@539 := {A : @10} ->
+  {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @370} -> {F : @330} -> {o : @346} -> (hB : @511) -> (hfn : @483) -> (hwt : @514) -> @529
+@540 := @506 @2
+@542 := @507 @2 @17
+@544 := (n : @3) -> @542 @138
+@545 := @132 @140
+@546 := @545 @404
+@555 := {f : @3} ->
+  {fn : @82} ->
+  {args : @136} ->
+  {env : @370} -> {F : @330} -> {o : @346} -> (hB : @544) -> (hfn : @483) -> (hwt : @546) -> @529
+@556 := @540 @72
+@558 := (n : @3) -> @542 @72
+@559 := @480 @72
+@560 := @382 @559
+@561 := @560 @396
+@562 := @515 @72
+@563 := @419 @562
+@564 := @563 @426
+@565 := @488 @72
+@567 := @565 @152 @140
+@569 := @519 (@448 @72)
+@577 := (hF : @564) -> (hA : @567) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@569 @421 @17))
+@586 := {fn : @82} ->
+  {args : @136} ->
+  {env : @370} ->
+  {F : @330} -> {o : @346} -> (hB : @558) -> (hfn : @561) -> (hwt : @546) -> (hbind : @417) -> @577
+@587 := @556 @102
+@589 := @560 (@395 @102)
+@590 := @403 @102
+@591 := @545 @590
+@593 := @408 (@409 @102)
+@605 := {args : @136} ->
+  {env : @370} ->
+  {F : @330} ->
+  {o : @346} ->
+  (hB : @558) -> (hfn : @589) -> (hwt : @591) -> (hbind : @407 (@593 @138 @75) @416) -> @577
+@606 := @587 @62
+@608 := @282 (@229 @57)
+@610 := @132 @608 @590
+@612 := @58 (@5 @152)
+@614 := @612 (@282 @57)
+@618 := @407 (@593 @614 @75) @416
+@620 := @58 (@5 @398)
+@622 := @58 (@5 @372)
+@624 := @620 (@622 @57)
+@626 := @565 @624 @140
+@628 := @58 (@5 @429)
+@631 := @58 (@5 #12)
+@648 := {env : @370} ->
+  {F : @330} ->
+  {o : @346} ->
+  (hB : @558) ->
+  (hfn : @589) ->
+  (hwt : @610) ->
+  (hbind : @618) ->
+  (hF : @564) ->
+  (hA : @626) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@569 (@628 (@631 @57)) @17))
+@649 := @606 @80
+@651 := @229 (@243 @57)
+@653 := @132 @651 @590
+@664 := @407 (@593 @608 @75) (@415 (@76 (@70 @228) (@76 (@73 @281) @75)))
+@666 := @622 (@612 @57)
+@668 := @565 @666 @140
+@670 := @58 (@5 @421)
+@686 := {F : @330} ->
+  {o : @346} ->
+  (hB : @558) ->
+  (hfn : @589) ->
+  (hwt : @653) ->
+  (hbind : @664) ->
+  (hF : @564) ->
+  (hA : @668) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@569 (@631 (@670 @57)) @17))
+@687 := @649 @81
+@688 := @301 @590
+@699 := @407 (@593 @651 @75) (@415 (@76 (@70 @242) (@76 (@73 @228) @75)))
+@701 := @563 (@425 @81)
+@703 := @565 @614 @140
+@704 := @440 @81
+@722 := {o : @346} ->
+  (hB : @558) ->
+  (hfn : @589) ->
+  (hwt : @688) ->
+  (hbind : @699) ->
+  (hF : @701) ->
+  (hA : @703) ->
+  (hne : @435) -> @438 (fun (ro : @437) => @439 (@704 @152 @17) (@569 (@670 (@620 @57)) @17))
+@723 := @687 @323
+@724 := @308 @590
+@735 := @407 (@593 @300 @75) (@415 (@76 (@70 @225) (@76 (@73 @242) @75)))
+@736 := @565 @608
+@738 := @321 @146 @138
+@739 := @736 @738
+@741 := @321 @152 @146
+@760 := (hB : @558) ->
+  (hfn : @589) ->
+  (hwt : @724) ->
+  (hbind : @735) ->
+  (hF : @701) ->
+  (hA : @739) ->
+  (hne : @347 @741 @352) ->
+  @438 (fun (ro : @437) => @439 (@704 (@321 @398 @372) @17) (@569 @624 @17))
+@761 := @723 @106
+@762 := @315 @590
+@773 := @407 (@593 @307 @75) (@415 (@76 (@70 @239) (@76 (@73 @225) @75)))
+@774 := @565 @651
+@776 := @321 @138 @140
+@795 := (hfn : @589) ->
+  (hwt : @762) ->
+  (hbind : @773) ->
+  (hF : @701) ->
+  (hA : @774 @776) ->
+  (hne : @347 @738 @352) ->
+  @438 (fun (ro : @437) => @439 (@704 (@321 @372 @152) @17) (@569 @666 @17))
+@796 := Eq.refl.{1}
+@799 := @761 (@796 @381 @559)
+@800 := @319 @590
+@811 := @407 (@593 @314 @75) (@415 (@76 (@70 @6) (@76 (@73 @239) @75)))
+@812 := @565 @300
+@814 := @321 @140 @142
+@830 := (hwt : @800) ->
+  (hbind : @811) ->
+  (hF : @701) ->
+  (hA : @812 @814) ->
+  (hne : @347 @776 @352) -> @438 (fun (ro : @437) => @439 (@704 @741 @17) (@569 @614 @17))
+@831 := @799 @318
+@833 := @593 @62 @75
+@836 := @407 @833 (@415 @80)
+@837 := @565 @307
+@839 := @321 @142 @12
+@854 := (hbind : @836) ->
+  (hF : @701) ->
+  (hA : @837 @839) ->
+  (hne : @347 @814 @352) -> @438 (fun (ro : @437) => @439 (@704 @738 @17) (@569 @608 @17))
+@857 := @831 (@796 @406 @833)
+@858 := @565 @314
+@860 := @321 @12 @4
+@874 := (hF : @701) ->
+  (hA : @858 @860) ->
+  (hne : @347 @839 @352) -> @438 (fun (ro : @437) => @439 (@704 @776 @17) (@569 @651 @17))
+@877 := @857 (@796 @418 @562)
+@891 := (hA : @565 @62 @323) ->
+  (hne : @347 @860 @352) -> @438 (fun (ro : @437) => @439 (@704 @814 @17) (@569 @300 @17))
+@892 := @877 @344
+@903 := (hne : @347 @323 @352) -> @438 (fun (ro : @437) => @439 (@704 @839 @17) (@569 @307 @17))
+@904 := @892 @365
+@910 := @439 (@704 @860 @17) (@569 @314 @17)
+@912 := @438 (fun (ro : @437) => @910)
+@914 := @438 (fun (__e_ro : @437) => @910)
+@919 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@920 := (__e_hrep : @919) -> @914
+@921 := fun (__e_hrep : @919) => @904
+@922 := (start : @3) -> @920
+@923 := fun (start : @3) => @921
+@924 := (n : @3) -> @922
+@925 := fun (n : @3) => @923
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/RustStd.lean
new file mode 100644
index 000000000..4fc4b04f5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/RustStd.lean
@@ -0,0 +1,69 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .bool)),
+      body := (.build .pair (.pair .nat (.pair .nat .bool)) [(.call 1 [(.closure 2 []), (.var 0), (.var 1)]), (.call 3 [(.closure 4 []), (.var 0), (.var 1)])]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] .nat), .nat, .nat], result := .nat,
+      body := (.«match» .nat (.var 1) [(.arm .zero [] (.var 2)), (.arm .succ [3] (.call 1 [(.var 0), (.var 3), (.apply (.var 0) [(.var 2)])]))]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 3 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0], types := [.nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 10))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 0), (.value .nat (.nat 2))])]) (.build .none (.option .nat) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [] }]),
+    (.apply 0 [.nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
+    (.enum (.fn 1) [{ number := 4, fields := [] }]),
+    (.apply 1 [.nat] (.option .nat) true [{ function := 4, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.pair .nat .bool))) (.mk [] (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 1)) (.mk [] (.succeed (.copy (.generated .binding 2)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 1)))] (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)))] false))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair .nat .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 5)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 5))), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 10)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], .nat), true), (([.nat], (.option .nat)), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 1)) (.mk [] (.succeed (.copy (.generated .binding 2)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 1)))] (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)))] false))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 2)))) (lb := []) (tb := (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [(.fn [.nat] .nat), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 5)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 5))), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 10)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 10)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | _ + 5 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6.lean
new file mode 100644
index 000000000..50a1a07e9
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6.lean
@@ -0,0 +1,154 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))),
+      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.option (.list .nat))) [(.call 3 [(.var 0), (.var 1)]), (.call 16 [(.var 0)])])]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.call 2 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.call 4 [(.var 0), (.prim .natAdd [(.prim .length [(.call 13 [(.var 0), (.build .nil (.list .nat) [])])]), (.value .nat (.nat 1))]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])]) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .zero [] (.var 3)), (.arm .succ [4] (.«let» 5 (.list .nat) (.call 5 [(.var 0), (.var 3), (.var 2), (.build .nil (.list .nat) [])]) (.«match» (.list .nat) (.var 5) [(.arm .nil [] (.var 3)), (.arm .cons [6, 7] (.call 4 [(.var 0), (.var 4), (.var 5), (.call 11 [(.var 3), (.var 5)])]))])))]) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.var 3)), (.arm .cons [4, 5] (.call 5 [(.var 0), (.var 1), (.var 5), (.call 6 [(.var 1), (.call 7 [(.var 0), (.var 4)]), (.var 3)])]))]) },
+    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 2)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.var 4), (.cond (.call 9 [(.var 0), (.var 3)]) (.var 2) (.cond (.call 9 [(.var 2), (.var 3)]) (.var 2) (.call 10 [(.var 2), (.var 3)])))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.call 8 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 8 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 10 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 11 [(.call 12 [(.var 0), (.var 2)]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 13 [(.var 3), (.call 14 [(.second (.var 2)), (.call 15 [(.var 1), (.first (.var 2))])])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 14 [(.var 3), (.call 15 [(.var 1), (.var 2)])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 15 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := (.option (.list .nat)),
+      body := (.«let» 1 (.list .nat) (.call 21 [(.var 0), (.build .nil (.list .nat) [])]) (.call 17 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .nat) [])])) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .nat)) []))])), (.arm .succ [6] (.«match» (.option (.list .nat)) (.call 18 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .nat)) []))])), (.arm .cons [9, 10] (.call 17 [(.var 0), (.var 6), (.call 27 [(.var 2), (.var 9)]), (.build .cons (.list .nat) [(.var 9), (.var 3)])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [3, 4] (.cond (.call 19 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 3), (.call 18 [(.var 0), (.var 1), (.var 4)])]) (.call 18 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 26 [(.call 24 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 19 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 20 [(.var 3), (.build .cons (.list .nat) [(.var 2), (.var 1)])]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 21 [(.var 3), (.call 22 [(.second (.var 2)), (.call 23 [(.var 1), (.first (.var 2))])])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 22 [(.var 3), (.call 23 [(.var 1), (.var 2)])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 23 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.call 25 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 25 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 26 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 27 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 29 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 28 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 29 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))),
+      body := (.cond (.call 28 [(.var 0)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [])) }] }
+
+def __fits_0 (g : (List (Prod Nat (List Nat)))) (start : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.graphFits _root_.LexLeanCollections.insertElement (g))) && (((Bool.true && Bool.true) && (_root_.LexLeanPreservation.graphFits _root_.LexLeanCollections.insertElement (g))) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_0 (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) g), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 g start) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_graphSuccessors (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 1) (tk := .nat) rfl rfl (g) (start))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_graphReachable (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h])⟩ : _root_.LexLeanPreservation.SetOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) _root_.LexLeanCollections.insertElement _root_.LexLeanCollections.removeElement _root_.LexLeanCollections.containsElement) (⟨(fun _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h])⟩ : _root_.LexLeanPreservation.LookOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (_root_.LexLeanCollections.lookupEntry : Nat -> List (Prod Nat (List Nat)) -> Option (List Nat))) (g) (_root_.LexLeanCollections.graphSuccessors (g)) (fun _ => rfl) (_root_.LexLeanCollections.reachableFrom (g)) (fun _ _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.reachableFrom, __h]) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.reachableFrom, __h]) (p := __prog) (fi := 3) (tk := .nat) rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl (start))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_graphTopological (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h])⟩ : _root_.LexLeanPreservation.SetOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) _root_.LexLeanCollections.insertElement _root_.LexLeanCollections.removeElement _root_.LexLeanCollections.containsElement) (⟨(fun _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h])⟩ : _root_.LexLeanPreservation.LookOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (_root_.LexLeanCollections.lookupEntry : Nat -> List (Prod Nat (List Nat)) -> Option (List Nat))) (g) (_root_.LexLeanCollections.graphSuccessors (g)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ => rfl), (fun _ _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h] <;> rfl), (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h])⟩ : _root_.LexLeanPreservation.TopoOps (_root_.LexLeanCollections.graphSuccessors (g)) _root_.LexLeanCollections.containsElement _root_.LexLeanCollections.removeElement (_root_.LexLeanCollections.topological (g))) (p := __prog) (fi := 16) (tk := .nat) rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def denote (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 g start) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) g), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 g start) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 g start)
+
+def __valid_29 : (List Nat) -> Bool :=
+  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+def __inv_29 : (List Nat) -> Prop :=
+  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+theorem __viff_29 : ∀ (__v : (List Nat)), __valid_29 __v = Bool.true ↔ __inv_29 __v :=
+  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
+
+theorem __vrel_29 : ∀ (__v : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 29 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_29 __v))) :=
+  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) rfl
+
+def __valid_28 : (List (Prod Nat (List Nat))) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_29
+
+def __inv_28 : (List (Prod Nat (List Nat))) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_29
+
+theorem __viff_28 : ∀ (__v : (List (Prod Nat (List Nat)))), __valid_28 __v = Bool.true ↔ __inv_28 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_29 __inv_29 __viff_29
+
+theorem __vrel_28 : ∀ (__v : (List (Prod Nat (List Nat)))), _root_.LexLeanPreservation.FunRel __prog 28 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_28 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_29 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) __vrel_29 rfl
+
+def entryFits (g : (List (Prod Nat (List Nat)))) (start : Nat) : Bool :=
+  (if __valid_28 g then __fits_0 g start else Bool.true)
+
+def entryValue (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_28 g then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryFits g start) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryValue g start)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (g : (List (Prod Nat (List Nat)))) (start : Nat) : Prop :=
+  (__inv_28 g ∧ _root_.True)
+
+theorem entry (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.RunConv __prog 30 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) g), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denoteEntry g start) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 g start else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_28 g) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_28 g)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_0 g start)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryFits]))
+
+theorem entry_accepts (g : (List (Prod Nat (List Nat)))) (start : Nat) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.accepts g start) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denoteEntry g start = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denote g start) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denote
+  simp only [_root_.if_true, (__viff_28 g).mpr __h.1]
+  cases __fits_0 g start <;> rfl
+
+theorem entry_refuses (g : (List (Prod Nat (List Nat)))) (start : Nat) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.accepts g start) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denoteEntry g start = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryValue
+  cases __c0 : __valid_28 g
+  · simp
+  · exact _root_.absurd ⟨(__viff_28 g).mp __c0, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..2513a91a2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/Compose/RustStd.lex.tex
@@ -0,0 +1,676 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.root : @1387 := @1388 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.flags
+@3 := Nat
+@4 := List.{0}
+@5 := @4 @3
+@6 := Prod.{0, 0}
+@7 := @6 @3
+@8 := @7 @5
+@9 := @4 @8
+@10 := #2
+@11 := LexLeanTarget.TargetSyntax.Value.nat
+@12 := LexLeanPreservation.encList
+@13 := @12 @3
+@14 := @13 @11
+@15 := LexLeanPreservation.encPair
+@16 := @15 @3
+@17 := @16 @5
+@18 := @17 @11
+@19 := @18 @14
+@20 := @12 @8
+@21 := @20 @19
+@22 := @21 @10
+@23 := LexLeanTarget.TargetSyntax.Ty.nat
+@24 := LexLeanTarget.TargetSyntax.Ty.list
+@25 := @24 @23
+@26 := LexLeanTarget.TargetSyntax.Ty.pair
+@27 := @26 @23
+@28 := @27 @25
+@29 := @24 @28
+@30 := #0
+@31 := LexLeanTarget.TargetSyntax.Program
+@32 := LexLeanPreservation.Rust.RCrate
+@33 := LexLeanPreservation.Rust.Flags
+@34 := LexLeanPreservation.Rust.WT
+@35 := #3
+@37 := @34 @35 @10
+@38 := #1
+@39 := @37 @38
+@40 := @11 @30
+@46 := {p : @31} -> {c : @32} -> {A : @33} -> (n : @3) -> @39 @40 @23
+@48 := LexLeanPreservation.Rust.wt_nat @0
+@49 := @34 @0
+@56 := {c : @32} -> {A : @33} -> (n : @3) -> @49 @10 @38 @40 @23
+@57 := @48 @1
+@58 := @49 @1
+@63 := {A : @33} -> (n : @3) -> @58 @38 @40 @23
+@64 := @57 @2
+@65 := @58 @2
+@66 := @65 @40
+@67 := @66 @23
+@68 := (n : @3) -> @67
+@70 := fun (__x : @3) => @64 @30
+@71 := Sort 1
+@72 := LexLeanTarget.TargetSyntax.Value
+@73 := (a._@._internal._hyg.#0 : @30) -> @72
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := #6
+@76 := @34 @75
+@77 := #5
+@78 := @76 @77
+@79 := #4
+@80 := @78 @79
+@81 := @10 @30
+@84 := (x : @10) -> @80 @81 @38
+@85 := @4 @35
+@86 := #7
+@89 := @34 @86 @75 @77
+@92 := @12 @79 @35 @30
+@93 := @89 @92
+@94 := @24 @10
+@103 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (xs : @85) -> @93 @94
+@105 := LexLeanPreservation.Rust.wt_encList @0
+@107 := @49 @77 @79
+@121 := {c : @32} ->
+  {A : @33} ->
+  {α : @71} ->
+  {e : @73} -> {t : @74} -> (h : (x : @10) -> @107 @81 @38) -> (xs : @85) -> @49 @75 @77 @92 @94
+@122 := @105 @1
+@123 := @58 @79
+@135 := {A : @33} ->
+  {α : @71} ->
+  {e : @73} -> {t : @74} -> (h : (x : @10) -> @123 @81 @38) -> (xs : @85) -> @58 @77 @92 @94
+@136 := @122 @2
+@138 := @65 @81 @38
+@146 := {α : @71} -> {e : @73} -> {t : @74} -> (h : (x : @10) -> @138) -> (xs : @85) -> @65 @92 @94
+@147 := @136 @3
+@148 := (a._@._internal._hyg.#0 : @3) -> @72
+@157 := {e : @148} -> {t : @74} -> (h : (x : @3) -> @138) -> (xs : @5) -> @65 (@13 @35 @30) @94
+@158 := @147 @11
+@160 := (x : @3) -> @66 @38
+@162 := @65 (@14 @30)
+@166 := {t : @74} -> (h : @160) -> (xs : @5) -> @162 @94
+@167 := @158 @23
+@168 := (x : @3) -> @67
+@169 := @162 @25
+@171 := (h : @168) -> (xs : @5) -> @169
+@174 := fun (__x : @5) => @167 @70 @30
+@175 := (a._@._internal._hyg.#0 : @38) -> @72
+@176 := #9
+@177 := @34 @176
+@178 := #8
+@180 := @177 @178 @86
+@181 := @79 @30
+@184 := (x : @77) -> @180 @181 @10
+@185 := #10
+@191 := (x : @77) -> @34 @185 @176 @178 @181 @10
+@193 := @6 @86 @75
+@194 := #11
+@197 := @34 @194 @185 @176
+@202 := @15 @178 @86 @75 @77 @30
+@203 := @197 @202
+@205 := @26 @79 @35
+@218 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} ->
+  {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @184) -> (hb : @191) -> (x : @193) -> @203 @205
+@220 := LexLeanPreservation.Rust.wt_encPair @0
+@245 := {c : @32} ->
+  {A : @33} ->
+  {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} ->
+  {s : @74} ->
+  {t : @74} ->
+  (ha : (x : @77) -> @49 @178 @86 @181 @10) ->
+  (hb : (x : @77) -> @49 @176 @178 @181 @10) -> (x : @193) -> @49 @185 @176 @202 @205
+@246 := @220 @1
+@267 := {A : @33} ->
+  {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} ->
+  {s : @74} ->
+  {t : @74} ->
+  (ha : (x : @77) -> @58 @86 @181 @10) ->
+  (hb : (x : @77) -> @58 @178 @181 @10) -> (x : @193) -> @58 @176 @202 @205
+@268 := @246 @2
+@270 := @65 @181 @10
+@271 := (x : @77) -> @270
+@282 := {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @271) -> (hb : @271) -> (x : @193) -> @65 @202 @205
+@283 := @268 @3
+@284 := (x : @3) -> @270
+@299 := {β : @71} ->
+  {ea : @148} ->
+  {eb : @175} ->
+  {s : @74} ->
+  {t : @74} -> (ha : @284) -> (hb : @271) -> (x : @7 @75) -> @65 (@16 @86 @75 @77 @30) @205
+@300 := @283 @5
+@301 := (a._@._internal._hyg.#0 : @5) -> @72
+@302 := (x : @5) -> @270
+@314 := {ea : @148} ->
+  {eb : @301} ->
+  {s : @74} -> {t : @74} -> (ha : @284) -> (hb : @302) -> (x : @8) -> @65 (@17 @75 @77 @30) @205
+@315 := @300 @11
+@317 := (x : @3) -> @66 @10
+@327 := {eb : @301} ->
+  {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @302) -> (x : @8) -> @65 (@18 @77 @30) @205
+@328 := @315 @14
+@330 := (x : @5) -> @162 @10
+@332 := @65 (@19 @30)
+@338 := {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @330) -> (x : @8) -> @332 @205
+@339 := @328 @23
+@345 := {t : @74} -> (ha : @168) -> (hb : @330) -> (x : @8) -> @332 (@27 @35)
+@346 := @339 @25
+@347 := (x : @5) -> @169
+@349 := (x : @8) -> @332 @28
+@351 := (ha : @168) -> (hb : @347) -> @349
+@355 := fun (__x : @8) => @346 @70 @174 @30
+@356 := @136 @8
+@366 := {e : (a._@._internal._hyg.#0 : @8) -> @72} ->
+  {t : @74} -> (h : (x : @8) -> @138) -> (xs : @9) -> @65 (@20 @35 @30) @94
+@367 := @356 @19
+@369 := (x : @8) -> @332 @38
+@371 := @65 (@21 @30)
+@375 := {t : @74} -> (h : @369) -> (xs : @9) -> @371 @94
+@376 := @367 @28
+@379 := (h : @349) -> (xs : @9) -> @371 @29
+@381 := @376 @355 @10
+@383 := @65 @22 @29
+@384 := @11 @38
+@385 := @64 @38
+@387 := @65 @384 @23
+@388 := List.nil.{0}
+@389 := List.cons.{0}
+@390 := @388 @72
+@391 := @389 @72
+@393 := @391 @384 @390
+@395 := @391 @22 @393
+@396 := @7 @72
+@397 := 1
+@400 := Prod.mk.{0, 0} @3 @72
+@401 := @400 @397
+@402 := @401 @384
+@404 := @400 0
+@405 := @404 @22
+@406 := @388 @396
+@407 := @389 @396
+@409 := @407 @405 @406
+@411 := @407 @402 @409
+@412 := Bool.true
+@413 := LexLeanTarget.TargetSyntax.Function
+@414 := LexLeanTarget.TargetSyntax.Program.functions
+@415 := @414 @0
+@416 := 30
+@417 := @388 @3
+@418 := @388 @74
+@419 := LexLeanTarget.TargetSyntax.Ty.unit
+@420 := LexLeanTarget.TargetSyntax.Value.unit
+@423 := LexLeanTarget.TargetSyntax.Expr.value @419 @420
+@428 := LexLeanTarget.TargetSyntax.Function.mk @417 @418 @419 @423
+@433 := List.getD.{0} @413 @415 @416 @428
+@437 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.root @30 @416
+@438 := LexLeanPreservation.Rust.WTL
+@446 := {p : @31} -> {c : @32} -> {A : @33} -> @438 @10 @38 @30 @390 @418
+@448 := LexLeanPreservation.Rust.wtl_nil @0
+@449 := @438 @0
+@455 := {c : @32} -> {A : @33} -> @449 @38 @30 @390 @418
+@456 := @448 @1
+@457 := @449 @1
+@461 := {A : @33} -> @457 @30 @390 @418
+@462 := @456 @2
+@463 := @457 @2
+@464 := @463 @390
+@465 := @464 @418
+@466 := @4 @72
+@467 := @4 @74
+@469 := @80 @35 @10
+@474 := @438 @86 @75 @77 @10 @38
+@477 := @438 @178 @86 @75
+@479 := @391 @77 @35
+@480 := @477 @479
+@481 := @389 @74
+@483 := @481 @79 @10
+@493 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} ->
+  {v : @72} -> {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @469) -> (hs : @474) -> @480 @483
+@495 := LexLeanPreservation.Rust.wtl_cons @0
+@513 := {c : @32} ->
+  {A : @33} ->
+  {v : @72} ->
+  {t : @74} ->
+  {vs : @466} ->
+  {ts : @467} -> (h : @107 @35 @10) -> (hs : @449 @75 @77 @10 @38) -> @449 @86 @75 @479 @483
+@514 := @495 @1
+@529 := {A : @33} ->
+  {v : @72} ->
+  {t : @74} ->
+  {vs : @466} -> {ts : @467} -> (h : @123 @35 @10) -> (hs : @457 @77 @10 @38) -> @457 @75 @479 @483
+@530 := @514 @2
+@532 := @65 @35 @10
+@534 := @463 @10 @38
+@542 := {v : @72} ->
+  {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @532) -> (hs : @534) -> @463 @479 @483
+@543 := @530 @384
+@544 := @11 @79
+@546 := @65 @544 @10
+@547 := @11 @75
+@548 := @391 @547
+@556 := {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @546) -> (hs : @534) -> @463 (@548 @35) @483
+@557 := @543 @23
+@558 := @11 @35
+@560 := @65 @558 @23
+@561 := @11 @77
+@562 := @391 @561
+@564 := @463 (@562 @35)
+@565 := @481 @23
+@566 := @565 @10
+@571 := {vs : @466} -> {ts : @467} -> (h : @560) -> (hs : @534) -> @564 @566
+@572 := @557 @390
+@573 := @11 @10
+@575 := @65 @573 @23
+@576 := @464 @38
+@578 := @391 @544 @390
+@583 := {ts : @467} -> (h : @575) -> (hs : @576) -> @463 @578 @566
+@584 := @572 @418
+@586 := @391 @558 @390
+@587 := @463 @586
+@588 := @565 @418
+@591 := (h : @387) -> (hs : @465) -> @587 @588
+@592 := @584 @385
+@594 := @391 @573 @390
+@596 := @463 @594 @588
+@597 := (hs : @465) -> @596
+@598 := @592 @462
+@600 := @463 @393 @588
+@601 := @530 @22
+@602 := @21 @77
+@604 := @65 @602 @10
+@605 := @21 @86
+@606 := @391 @605
+@614 := {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @604) -> (hs : @534) -> @463 (@606 @35) @483
+@615 := @601 @29
+@616 := @21 @79
+@618 := @65 @616 @29
+@619 := @21 @75
+@620 := @391 @619
+@622 := @463 (@620 @35)
+@623 := @481 @29
+@624 := @623 @10
+@629 := {vs : @466} -> {ts : @467} -> (h : @618) -> (hs : @534) -> @622 @624
+@630 := @615 @393
+@631 := @21 @35
+@633 := @65 @631 @29
+@634 := @587 @38
+@636 := @391 @602 @578
+@637 := @463 @636
+@641 := {ts : @467} -> (h : @633) -> (hs : @634) -> @637 @624
+@642 := @630 @588
+@644 := @391 @616 @586
+@645 := @463 @644
+@646 := @623 @588
+@649 := (h : @383) -> (hs : @596) -> @645 @646
+@650 := @642 @381
+@652 := @391 @631 @594
+@653 := @463 @652
+@655 := (hs : @600) -> @653 @646
+@656 := @650 @598
+@657 := @463 @395
+@658 := @657 @646
+@659 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denoteEntry
+@661 := @659 @10 @38
+@662 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryFits
+@664 := @662 @10 @38
+@667 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entryValue @10 @38
+@670 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entry @10 @38
+@671 := Bool
+@672 := Ne.{1}
+@673 := LexLeanPreservation.Obs
+@674 := @672 @673
+@675 := LexLeanPreservation.Rel
+@678 := @674 (@675 @38 @30)
+@679 := LexLeanPreservation.Obs.stuck
+@682 := (f : @671) -> (v : @72) -> @678 @679
+@684 := LexLeanPreservation.Rust.rel_ne_stuck @664
+@691 := (v : @72) -> @674 (@675 (@662 @35 @10) @30) @679
+@692 := @684 @667
+@696 := @674 (@675 @664 @667) @679
+@697 := @4 @396
+@698 := LexLeanPreservation.Rust.FunSem
+@704 := (n : @3) -> @698 @176 @178 @86 @30 @75
+@705 := Eq.{1}
+@706 := Option.{0}
+@707 := @706 @413
+@708 := @705 @707
+@715 := LexLeanRuntime.index (@4 @413) @413 (LexLeanRuntime.instIndexableList @413)
+@719 := @708 (@715 (@414 @176) @75)
+@720 := Option.some.{0}
+@721 := @720 @413
+@722 := @721 @77
+@723 := @719 @722
+@727 := @438 @185 @176 @178 @77
+@728 := LexLeanTarget.TargetSyntax.Function.types
+@729 := @728 @75
+@730 := @727 @729
+@731 := @706 @697
+@732 := @705 @731
+@733 := LexLeanTarget.TargetSemantics.bindAll
+@734 := LexLeanTarget.TargetSyntax.Function.parameters
+@739 := @732 (@733 (@734 @86) @75 @406)
+@740 := @720 @697
+@741 := @740 @77
+@742 := @739 @741
+@743 := @706 @671
+@744 := @705 @743
+@745 := LexLeanPreservation.Rust.fnFallible
+@748 := @744 (@745 @194 @176)
+@749 := @720 @671
+@750 := @749 @77
+@751 := @748 @750
+@752 := LexLeanPreservation.RunConv
+@753 := #13
+@757 := @752 @753 @185 @178 @77
+@759 := @674 @75 @679
+@760 := Exists.{1}
+@761 := LexLeanPreservation.Rust.ROut
+@762 := @760 @761
+@763 := And
+@764 := LexLeanPreservation.Rust.RealizesFn
+@768 := @763 (@764 @176 @178 @30)
+@769 := LexLeanPreservation.Rust.RCI
+@771 := @769 #15
+@772 := LexLeanPreservation.Rust.fnIdent
+@773 := @772 @753
+@780 := (hne : @759) -> @762 (fun (ro : @761) => @768 (@771 @773 @194 @30))
+@795 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} ->
+  {f : @3} ->
+  {fn : @413} ->
+  {args : @466} ->
+  {env : @697} ->
+  {F : @671} ->
+  {o : @673} ->
+  (hB : @704) ->
+  (hfn : @723) -> (hwt : @730) -> (hbind : @742) -> (hF : @751) -> (hA : @757) -> @780
+@797 := LexLeanPreservation.Rust.compose @0
+@798 := @698 @0
+@803 := (n : @3) -> @798 @178 @86 @30 @75
+@804 := @715 @415
+@807 := @708 (@804 @75) @722
+@811 := @449 @176 @178 @77 @729
+@812 := @752 @0
+@815 := @812 @185 @178 @77
+@829 := {c : @32} ->
+  {A : @33} ->
+  {f : @3} ->
+  {fn : @413} ->
+  {args : @466} ->
+  {env : @697} ->
+  {F : @671} ->
+  {o : @673} ->
+  (hB : @803) ->
+  (hfn : @807) -> (hwt : @811) -> (hbind : @742) -> (hF : @751) -> (hA : @815) -> @780
+@830 := @797 @1
+@831 := @798 @1
+@835 := (n : @3) -> @831 @86 @30 @75
+@838 := @457 @178 @77 @729
+@839 := @745 @1
+@842 := @744 (@839 @176) @750
+@843 := @769 @1
+@853 := (hbind : @742) ->
+  (hF : @842) -> (hA : @815) -> (hne : @759) -> @762 (fun (ro : @761) => @768 (@843 @773 @194 @30))
+@863 := {A : @33} ->
+  {f : @3} ->
+  {fn : @413} ->
+  {args : @466} ->
+  {env : @697} -> {F : @671} -> {o : @673} -> (hB : @835) -> (hfn : @807) -> (hwt : @838) -> @853
+@864 := @830 @2
+@866 := @831 @2 @30
+@868 := (n : @3) -> @866 @75
+@869 := @463 @77
+@870 := @869 @729
+@879 := {f : @3} ->
+  {fn : @413} ->
+  {args : @466} ->
+  {env : @697} -> {F : @671} -> {o : @673} -> (hB : @868) -> (hfn : @807) -> (hwt : @870) -> @853
+@880 := @864 @416
+@882 := (n : @3) -> @866 @416
+@883 := @804 @416
+@884 := @708 @883
+@885 := @884 @722
+@886 := @839 @416
+@887 := @744 @886
+@888 := @887 @750
+@889 := @812 @416
+@891 := @889 @178 @77
+@893 := @843 (@772 @416)
+@901 := (hF : @888) -> (hA : @891) -> (hne : @759) -> @762 (fun (ro : @761) => @768 (@893 @194 @30))
+@910 := {fn : @413} ->
+  {args : @466} ->
+  {env : @697} ->
+  {F : @671} -> {o : @673} -> (hB : @882) -> (hfn : @885) -> (hwt : @870) -> (hbind : @742) -> @901
+@911 := @880 @433
+@913 := @884 (@721 @433)
+@914 := @728 @433
+@915 := @869 @914
+@917 := @733 (@734 @433)
+@929 := {args : @466} ->
+  {env : @697} ->
+  {F : @671} ->
+  {o : @673} ->
+  (hB : @882) -> (hfn : @913) -> (hwt : @915) -> (hbind : @732 (@917 @75 @406) @741) -> @901
+@930 := @911 @395
+@932 := @606 (@548 @390)
+@934 := @463 @932 @914
+@940 := @391 (@21 @178) (@391 (@11 @86) @390)
+@944 := @732 (@917 @940 @406) @741
+@950 := @391 (@21 @185) (@391 (@11 @176) @390)
+@952 := @889 @950 @77
+@954 := @391 (@21 @753)
+@955 := #12
+@974 := {env : @697} ->
+  {F : @671} ->
+  {o : @673} ->
+  (hB : @882) ->
+  (hfn : @913) ->
+  (hwt : @934) ->
+  (hbind : @944) ->
+  (hF : @888) ->
+  (hA : @952) ->
+  (hne : @759) -> @762 (fun (ro : @761) => @768 (@893 (@954 (@391 (@11 @955) @390)) @30))
+@975 := @930 @411
+@977 := @620 (@562 @390)
+@979 := @463 @977 @914
+@990 := @732 (@917 @932 @406) (@740 (@407 (@401 @547) (@407 (@404 @605) @406)))
+@996 := @391 (@21 @176) (@391 (@11 @178) @390)
+@1018 := {F : @671} ->
+  {o : @673} ->
+  (hB : @882) ->
+  (hfn : @913) ->
+  (hwt : @979) ->
+  (hbind : @990) ->
+  (hF : @888) ->
+  (hA : @889 @996 @77) ->
+  (hne : @759) -> @762 (fun (ro : @761) => @768 (@893 (@391 (@21 @955) (@391 (@11 @194) @390)) @30))
+@1019 := @975 @412
+@1020 := @637 @914
+@1031 := @732 (@917 @977 @406) (@740 (@407 (@401 @561) (@407 (@404 @619) @406)))
+@1033 := @887 (@749 @412)
+@1035 := @889 @940 @77
+@1036 := @764 @412
+@1058 := {o : @673} ->
+  (hB : @882) ->
+  (hfn : @913) ->
+  (hwt : @1020) ->
+  (hbind : @1031) ->
+  (hF : @1033) ->
+  (hA : @1035) ->
+  (hne : @759) ->
+  @762
+    (fun (ro : @761) => @763 (@1036 @178 @30) (@893 (@391 (@21 @194) (@391 (@11 @185) @390)) @30))
+@1059 := @1019 @661
+@1060 := @645 @914
+@1071 := @732 (@917 @636 @406) (@740 (@407 (@401 @544) (@407 (@404 @602) @406)))
+@1072 := @889 @932
+@1074 := @659 @86 @75
+@1075 := @1072 @1074
+@1077 := @659 @178 @86
+@1096 := (hB : @882) ->
+  (hfn : @913) ->
+  (hwt : @1060) ->
+  (hbind : @1071) ->
+  (hF : @1033) ->
+  (hA : @1075) ->
+  (hne : @674 @1077 @679) ->
+  @762 (fun (ro : @761) => @763 (@1036 (@659 @185 @176) @30) (@893 @950 @30))
+@1097 := @1059 @437
+@1098 := @653 @914
+@1109 := @732 (@917 @644 @406) (@740 (@407 (@401 @558) (@407 (@404 @616) @406)))
+@1110 := @889 @977
+@1112 := @659 @75 @77
+@1131 := (hfn : @913) ->
+  (hwt : @1098) ->
+  (hbind : @1109) ->
+  (hF : @1033) ->
+  (hA : @1110 @1112) ->
+  (hne : @674 @1074 @679) ->
+  @762 (fun (ro : @761) => @763 (@1036 (@659 @176 @178) @30) (@893 @996 @30))
+@1132 := Eq.refl.{1}
+@1135 := @1097 (@1132 @707 @883)
+@1136 := @657 @914
+@1147 := @732 (@917 @652 @406) (@740 (@407 (@401 @573) (@407 (@404 @631) @406)))
+@1148 := @889 @636
+@1150 := @659 @77 @79
+@1166 := (hwt : @1136) ->
+  (hbind : @1147) ->
+  (hF : @1033) ->
+  (hA : @1148 @1150) ->
+  (hne : @674 @1112 @679) -> @762 (fun (ro : @761) => @763 (@1036 @1077 @30) (@893 @940 @30))
+@1167 := @1135 @656
+@1169 := @917 @395 @406
+@1172 := @732 @1169 (@740 @411)
+@1173 := @889 @644
+@1175 := @659 @79 @35
+@1190 := (hbind : @1172) ->
+  (hF : @1033) ->
+  (hA : @1173 @1175) ->
+  (hne : @674 @1150 @679) -> @762 (fun (ro : @761) => @763 (@1036 @1074 @30) (@893 @932 @30))
+@1193 := @1167 (@1132 @731 @1169)
+@1194 := @889 @652
+@1196 := @659 @35 @10
+@1210 := (hF : @1033) ->
+  (hA : @1194 @1196) ->
+  (hne : @674 @1175 @679) -> @762 (fun (ro : @761) => @763 (@1036 @1112 @30) (@893 @977 @30))
+@1213 := @1193 (@1132 @743 @886)
+@1215 := @889 @395 @661
+@1217 := @674 @1196 @679
+@1218 := @1036 @1150
+@1220 := @763 (@1218 @30)
+@1221 := @893 @636
+@1222 := @1221 @30
+@1227 := (hA : @1215) -> (hne : @1217) -> @762 (fun (ro : @761) => @1220 @1222)
+@1228 := @1213 @670
+@1230 := @674 @661 @679
+@1231 := @1036 @1175
+@1233 := @763 (@1231 @30)
+@1234 := @893 @644
+@1239 := (hne : @1230) -> @762 (fun (ro : @761) => @1233 (@1234 @30))
+@1240 := @1228 @692
+@1243 := @763 (@1036 @1196 @30)
+@1245 := @893 @652 @30
+@1246 := @1243 @1245
+@1248 := @762 (fun (ro : @761) => @1246)
+@1249 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.accepts
+@1251 := @1249 @10 @38
+@1252 := LexLeanPreservation.someObs
+@1253 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.denote
+@1256 := @1252 (@1253 @10 @38)
+@1259 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
+@1260 := Not
+@1261 := @1260 @1251
+@1263 := @1249 @35 @10
+@1266 := @1252 (@1253 @35 @10)
+@1267 := @1260 @1263
+@1273 := @1263 -> @1036 (@1252 (@1253 @79 @35)) @38
+@1274 := @1036 @1259
+@1275 := @1274 @38
+@1276 := @1267 -> @1275
+@1278 := @763 @1273 @1276
+@1282 := @762 (fun (__e_ro : @761) => @763 @1245 @1278)
+@1283 := fun (__e_ro : @761) => @1246
+@1284 := @1231 @38
+@1285 := @1234 @38
+@1286 := And.left
+@1287 := And.right
+@1290 := @1286 @1284 @1285 @30
+@1293 := @1287 @1284 @1285 @30
+@1294 := @1036 @30
+@1296 := fun (__e_o : @673) => @1294 @10
+@1297 := Eq.subst.{1}
+@1299 := @1249 @79 @35
+@1300 := @1260 @1299
+@1304 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entry_accepts @77 @79 @30
+@1307 := @1252 (@1253 @77 @79)
+@1312 := @1286 (@1218 @10) (@1221 @10) @38
+@1314 := fun (__e_o : @673) => @1294 @35
+@1317 := @1297 @673 @1314 @1150
+@1321 := fun (__e_h : @1299) => @1317 @1307 @1304 @1312
+@1325 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.entry_refuses @77 @79 @30
+@1329 := fun (__e_h : @1300) => @1317 @1259 @1325 @1312
+@1330 := And.intro
+@1333 := @1299 -> @1036 @1307 @10
+@1335 := @1300 -> @1274 @10
+@1337 := @763 @1333 @1335
+@1341 := @1330 @1333 @1335 @1321 @1329
+@1345 := @1330 @1285 @1337 @1293 @1341
+@1346 := Exists.intro.{1}
+@1347 := @763 @1222
+@1349 := @1249 @77 @79
+@1361 := fun (__e_ro : @761) =>
+  @1347 (@763 (@1349 -> @1036 (@1252 (@1253 @75 @77)) @38) (@1260 @1349 -> @1275))
+@1365 := @1346 @761 @1361 @38 @1345
+@1367 := @763 @1284 @1285
+@1369 := fun (__e_ro : @761) => fun (__e_hand : @1246) => @1365
+@1375 := Exists.elim.{1} @761 @1283 @1282 @1240 @1369
+@1376 := LexLeanPreservation.Rust.RepresentableL
+@1377 := @21 @38
+@1379 := @391 @40 @390
+@1382 := @1376 (@391 @1377 @1379)
+@1383 := (__e_hrep : @1382) -> @1282
+@1384 := fun (__e_hrep : @1382) => @1375
+@1385 := (start : @3) -> @1383
+@1386 := fun (start : @3) => @1384
+@1387 := (g : @9) -> @1385
+@1388 := fun (g : @9) => @1386
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/RustStd.lean
new file mode 100644
index 000000000..caa56a407
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/RustStd.lean
@@ -0,0 +1,273 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))),
+      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.option (.list .nat))) [(.call 3 [(.var 0), (.var 1)]), (.call 16 [(.var 0)])])]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.call 2 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.call 4 [(.var 0), (.prim .natAdd [(.prim .length [(.call 13 [(.var 0), (.build .nil (.list .nat) [])])]), (.value .nat (.nat 1))]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])]) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .zero [] (.var 3)), (.arm .succ [4] (.«let» 5 (.list .nat) (.call 5 [(.var 0), (.var 3), (.var 2), (.build .nil (.list .nat) [])]) (.«match» (.list .nat) (.var 5) [(.arm .nil [] (.var 3)), (.arm .cons [6, 7] (.call 4 [(.var 0), (.var 4), (.var 5), (.call 11 [(.var 3), (.var 5)])]))])))]) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.var 3)), (.arm .cons [4, 5] (.call 5 [(.var 0), (.var 1), (.var 5), (.call 6 [(.var 1), (.call 7 [(.var 0), (.var 4)]), (.var 3)])]))]) },
+    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 2)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.var 4), (.cond (.call 9 [(.var 0), (.var 3)]) (.var 2) (.cond (.call 9 [(.var 2), (.var 3)]) (.var 2) (.call 10 [(.var 2), (.var 3)])))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.call 8 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 8 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 10 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 11 [(.call 12 [(.var 0), (.var 2)]), (.var 3)]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 13 [(.var 3), (.call 14 [(.second (.var 2)), (.call 15 [(.var 1), (.first (.var 2))])])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 14 [(.var 3), (.call 15 [(.var 1), (.var 2)])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 15 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := (.option (.list .nat)),
+      body := (.«let» 1 (.list .nat) (.call 21 [(.var 0), (.build .nil (.list .nat) [])]) (.call 17 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .nat) [])])) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .nat)) []))])), (.arm .succ [6] (.«match» (.option (.list .nat)) (.call 18 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .nat)) []))])), (.arm .cons [9, 10] (.call 17 [(.var 0), (.var 6), (.call 27 [(.var 2), (.var 9)]), (.build .cons (.list .nat) [(.var 9), (.var 3)])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [3, 4] (.cond (.call 19 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 3), (.call 18 [(.var 0), (.var 1), (.var 4)])]) (.call 18 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 26 [(.call 24 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 19 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 20 [(.var 3), (.build .cons (.list .nat) [(.var 2), (.var 1)])]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 21 [(.var 3), (.call 22 [(.second (.var 2)), (.call 23 [(.var 1), (.first (.var 2))])])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 22 [(.var 3), (.call 23 [(.var 1), (.var 2)])]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 23 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.call 25 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
+      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 25 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 26 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 27 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 29 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 28 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 29 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))),
+      body := (.cond (.call 28 [(.var 0)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) (.mk [] (.succeed (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 16) [(.move (.generated .binding 0))] true)))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.list .nat)) (.mk [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.list .nat)) (.mk [] (.succeed (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.call (.function 13) [(.move (.generated .binding 0)), (.construct (.nil .nat) [])] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 8))] false)))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true))), (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]), (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])] false)))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 3)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 11)) (.mk [] (.move (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .binding 5)) (some (.list .nat)) (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.move (.generated .binding 2)), (.construct (.nil .nat) [])] false)), (.mk (.bind (.generated .holder 12)) none (.clone (.generated .binding 5)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.clone (.generated .binding 5)), (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 5))] false)] false)))]))))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 3)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [(.bind (.generated .binding 4)), (.bind (.generated .binding 5))])) (.mk [] (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.move (.generated .binding 5)), (.call (.function 6) [(.move (.generated .binding 1)), (.call (.function 7) [(.move (.generated .binding 0)), (.copy (.generated .binding 4))] false), (.move (.generated .binding 3))] false)] false)))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 2)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.move (.generated .binding 4)), (.cond (.call (.function 9) [(.move (.generated .binding 0)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)))))] false)))]))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 15)) none (.call (.function 8) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.list .nat)) (.mk [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 16)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))] (.move (.generated .part 21))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.matchOn (.move (.generated .holder 25)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 26)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]))),
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))] (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 35)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 35)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 13) [(.move (.generated .binding 3)), (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.move (.generated .binding 2)))] (.move (.generated .part 36)))), (.call (.function 15) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 37))))] false)] false)] false)))]))),
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 38)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 38)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 14) [(.move (.generated .binding 3)), (.call (.function 15) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)))]))),
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }] (.fallible (.option (.list .nat))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list .nat)) (.call (.function 21) [(.clone (.generated .binding 0)), (.construct (.nil .nat) [])] false))] (.succeed (.call (.function 17) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 43))] false)))), (.mk (.bind (.generated .operand 45)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true))), (.move (.generated .binding 1)), (.construct (.nil .nat) [])] false)))),
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 3)), type := (.list .nat) }] (.option (.list .nat)) (.mk [(.mk (.bind (.generated .holder 46)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 46)) (.mk [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))])) (.mk [(.mk (.bind (.generated .binding 6)) none (.predecessor (.generated .holder 46))), (.mk (.bind (.generated .holder 48)) none (.call (.function 18) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))] (.matchOn (.uncons (.generated .holder 48)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 49)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 17) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 27) [(.move (.generated .binding 2)), (.copy (.generated .binding 9))] false), (.construct .cons [(.copy (.generated .binding 9)), (.move (.generated .binding 3))])] false)))]))))),
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 50)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 50)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 3)), (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]))),
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 51)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 51)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 26) [(.call (.function 24) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false), (.copy (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 19) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]))),
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 52)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 52)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 20) [(.move (.generated .binding 3)), (.construct .cons [(.copy (.generated .binding 2)), (.move (.generated .binding 1))])] false)))]))),
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 53)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 53)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 21) [(.move (.generated .binding 3)), (.call (.function 22) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 54))]) none (.move (.generated .binding 2)))] (.move (.generated .part 54)))), (.call (.function 23) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 55)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 55))))] false)] false)] false)))]))),
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 56)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 56)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 22) [(.move (.generated .binding 3)), (.call (.function 23) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)))]))),
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 60)) none (.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 59)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))))] (.matchOn (.move (.generated .holder 60)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 23) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 61)) none (.call (.function 25) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 61)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.list .nat)) (.mk [(.mk (.bind (.generated .holder 62)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 62)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 63)))))] (.call (.runtime .compare) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false))))] (.matchOn (.move (.generated .holder 66)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))] (.move (.generated .part 67))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 25) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 68)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 68)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 71)) none (.block (.mk [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false))))] (.matchOn (.move (.generated .holder 71)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 72)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 72)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false))))] (.matchOn (.move (.generated .holder 75)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }] .bool (.mk [(.mk (.bind (.generated .holder 76)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 76)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false) (.mk [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 84)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 84)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 85)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))] (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
+    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))))) (.mk [] (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) []))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 16) [(.move (.generated .binding 0))] true)))), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 7))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.call (.function 13) [(.move (.generated .binding 0)), (.construct (.nil .nat) [])] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 8))] false)))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true))), (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]), (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])] false)), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.call (.function 13) [(.move (.generated .binding 0)), (.construct (.nil .nat) [])] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 8))] false)))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.call (.function 13) [(.move (.generated .binding 0)), (.construct (.nil .nat) [])] false))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 11)) (.mk [] (.move (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .binding 5)) (some (.list .nat)) (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.move (.generated .binding 2)), (.construct (.nil .nat) [])] false)), (.mk (.bind (.generated .holder 12)) none (.clone (.generated .binding 5)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.clone (.generated .binding 5)), (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 5))] false)] false)))]))), [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 4)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.move (.generated .binding 3))) (lb := [(.mk (.bind (.generated .binding 5)) (some (.list .nat)) (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.move (.generated .binding 2)), (.construct (.nil .nat) [])] false)), (.mk (.bind (.generated .holder 12)) none (.clone (.generated .binding 5)))]) (tb := (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.clone (.generated .binding 5)), (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 5))] false)] false)))])) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(5, (.list .nat), (some 5)), (4, .nat, (some 4)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(7, (.list .nat), none), (6, .nat, none), (5, (.list .nat), (some 5)), (4, .nat, (some 4)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.clone (.generated .binding 5)), (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 5))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl))))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [(.bind (.generated .binding 4)), (.bind (.generated .binding 5))])) (.mk [] (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.move (.generated .binding 5)), (.call (.function 6) [(.move (.generated .binding 1)), (.call (.function 7) [(.move (.generated .binding 0)), (.copy (.generated .binding 4))] false), (.move (.generated .binding 3))] false)] false)))]), [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(5, (.list .nat), (some 5)), (4, .nat, (some 4)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.move (.generated .binding 5)), (.call (.function 6) [(.move (.generated .binding 1)), (.call (.function 7) [(.move (.generated .binding 0)), (.copy (.generated .binding 4))] false), (.move (.generated .binding 3))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 2)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.move (.generated .binding 4)), (.cond (.call (.function 9) [(.move (.generated .binding 0)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)))))] false)))]), [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.clone (.generated .binding 0)), (.move (.generated .binding 4)), (.cond (.call (.function 9) [(.move (.generated .binding 0)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)))))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 9) [(.move (.generated .binding 0)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.move (.generated .binding 2))) (lb := []) (tb := (.cond (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.cond (lc := []) (ce := (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.move (.generated .binding 2))) (lb := []) (tb := (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (Corr.bOfE (Corr.var rfl rfl)) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.call (.function 8) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 16)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))] (.move (.generated .part 21))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))]) (tail := (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))] (.move (.generated .part 21))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 17)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 17))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))] (.move (.generated .part 21))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 8) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 21))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.matchOn (.move (.generated .holder 25)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))]) (tail := (.matchOn (.move (.generated .holder 25)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 26)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))] (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))]) (tail := (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 35)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 35)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 13) [(.move (.generated .binding 3)), (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.move (.generated .binding 2)))] (.move (.generated .part 36)))), (.call (.function 15) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 37))))] false)] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.move (.generated .binding 3)), (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.move (.generated .binding 2)))] (.move (.generated .part 36)))), (.call (.function 15) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 37))))] false)] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 36))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 37))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 38)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 38)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 14) [(.move (.generated .binding 3)), (.call (.function 15) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 14) [(.move (.generated .binding 3)), (.call (.function 15) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))]) (tail := (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .nat)) (.call (.function 21) [(.clone (.generated .binding 0)), (.construct (.nil .nat) [])] false))], (.succeed (.call (.function 17) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 43))] false)))), (.mk (.bind (.generated .operand 45)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true))), (.move (.generated .binding 1)), (.construct (.nil .nat) [])] false)), [(0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 43))] false)))), (.mk (.bind (.generated .operand 45)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 43)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 43))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 46)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 46)) (.mk [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))])) (.mk [(.mk (.bind (.generated .binding 6)) none (.predecessor (.generated .holder 46))), (.mk (.bind (.generated .holder 48)) none (.call (.function 18) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))] (.matchOn (.uncons (.generated .holder 48)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 49)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 17) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 27) [(.move (.generated .binding 2)), (.copy (.generated .binding 9))] false), (.construct .cons [(.copy (.generated .binding 9)), (.move (.generated .binding 3))])] false)))]))), [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 6)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))])) (lb := [(.mk (.bind (.generated .holder 48)) none (.call (.function 18) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))]) (tb := (.matchOn (.uncons (.generated .holder 48)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 49)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 17) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 27) [(.move (.generated .binding 2)), (.copy (.generated .binding 9))] false), (.construct .cons [(.copy (.generated .binding 9)), (.move (.generated .binding 3))])] false)))])) (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)])) (Corr.mCons (Γ' := [(5, (.list .nat), none), (4, .nat, none), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl) (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 49)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))])) (Corr.mCons (Γ' := [(10, (.list .nat), none), (9, .nat, (some 9)), (6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 17) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 27) [(.move (.generated .binding 2)), (.copy (.generated .binding 9))] false), (.construct .cons [(.copy (.generated .binding 9)), (.move (.generated .binding 3))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)])) (Corr.mCons (Γ' := [(8, (.list .nat), none), (7, .nat, none), (6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 50)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 50)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 3)), (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 3)), (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .cons [(.copy (.generated .binding 3)), (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (lb := []) (tb := (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 51)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 51)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 26) [(.call (.function 24) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false), (.copy (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 19) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 26) [(.call (.function 24) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false), (.copy (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 19) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 26) [(.call (.function 24) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 19) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 52)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 52)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 20) [(.move (.generated .binding 3)), (.construct .cons [(.copy (.generated .binding 2)), (.move (.generated .binding 1))])] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 20) [(.move (.generated .binding 3)), (.construct .cons [(.copy (.generated .binding 2)), (.move (.generated .binding 1))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 53)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 53)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 21) [(.move (.generated .binding 3)), (.call (.function 22) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 54))]) none (.move (.generated .binding 2)))] (.move (.generated .part 54)))), (.call (.function 23) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 55)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 55))))] false)] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 21) [(.move (.generated .binding 3)), (.call (.function 22) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 54))]) none (.move (.generated .binding 2)))] (.move (.generated .part 54)))), (.call (.function 23) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 55)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 55))))] false)] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 54))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 54))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 55)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 55))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 56)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 56)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 22) [(.move (.generated .binding 3)), (.call (.function 23) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 22) [(.move (.generated .binding 3)), (.call (.function 23) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 60)) none (.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 59)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))))] (.matchOn (.move (.generated .holder 60)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 23) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 60)) none (.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 59)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))))]) (tail := (.matchOn (.move (.generated .holder 60)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 23) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 59)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 23) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 61)) none (.call (.function 25) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 61)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 62)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 62)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 63)))))] (.call (.runtime .compare) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false))))] (.matchOn (.move (.generated .holder 66)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))] (.move (.generated .part 67))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 25) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 63)))))] (.call (.runtime .compare) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false))))]) (tail := (.matchOn (.move (.generated .holder 66)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))] (.move (.generated .part 67))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 25) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 63)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 63))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))] (.move (.generated .part 67))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 25) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 67))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 68)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 68)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 71)) none (.block (.mk [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false))))] (.matchOn (.move (.generated .holder 71)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 71)) none (.block (.mk [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false))))]) (tail := (.matchOn (.move (.generated .holder 71)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 72)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 72)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false))))] (.matchOn (.move (.generated .holder 75)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false))))]) (tail := (.matchOn (.move (.generated .holder 75)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 76)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 76)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false) (.mk [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false) (.mk [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 77))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))]) (ce := (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 79))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 80))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 28) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 84)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 84)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 85)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))] (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 85)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))] (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))]) (ce := (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 29) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun30 : FunOK program krate flags 30 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [])))), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 28) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) []))) (Corr.fOfB (Corr.build (ts := [(.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | 30 => exact fun30
+  | _ + 31 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7.lean
new file mode 100644
index 000000000..3971c9ce8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7.lean
@@ -0,0 +1,124 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
+      body := (.«let» 1 (.list .string) (.call 6 [(.var 0), (.build .nil (.list .string) [])]) (.call 2 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .string) [])])) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)], result := (.option (.list .string)),
+      body := (.«match» (.option (.list .string)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .string)) []))])), (.arm .succ [6] (.«match» (.option (.list .string)) (.call 3 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .string)) []))])), (.arm .cons [9, 10] (.call 2 [(.var 0), (.var 6), (.call 12 [(.var 2), (.var 9)]), (.build .cons (.list .string) [(.var 9), (.var 3)])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 2) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [3, 4] (.cond (.call 4 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .string) [(.var 3), (.call 3 [(.var 0), (.var 1), (.var 4)])]) (.call 3 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), .string, (.list .string)], result := .bool,
+      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 11 [(.call 9 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 4 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 5 [(.var 3), (.build .cons (.list .string) [(.var 2), (.var 1)])]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 6 [(.var 3), (.call 7 [(.second (.var 2)), (.call 8 [(.var 1), (.first (.var 2))])])]))]) },
+    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 7 [(.var 3), (.call 8 [(.var 1), (.var 2)])]))]) },
+    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .cons (.list .string) [(.var 1), (.build .nil (.list .string) [])])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .string) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 8 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.list .string),
+      body := (.«match» (.list .string) (.call 10 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .string) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.option (.list .string)),
+      body := (.«match» (.option (.list .string)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .string)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .string)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .string)) [])), (.arm .eq [] (.build .some (.option (.list .string)) [(.second (.var 2))])), (.arm .gt [] (.call 10 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .string), .string], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 11 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 14 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 13 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list .string)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 14 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.option (.list .string))),
+      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.option (.list .string))) [(.call 0 [(.var 0)])]) (.build .none (.option (.option (.list .string))) [])) }] }
+
+def __fits_0 (g : (List (Prod String (List String)))) : Bool :=
+  ((Bool.true && Bool.true) && (_root_.LexLeanPreservation.graphFits _root_.LexLeanCollections.insertElement (g)))
+
+theorem __rel_0 (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) g)] (_root_.LexLeanPreservation.Rel (__fits_0 g) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_graphTopological (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.string) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h])⟩ : _root_.LexLeanPreservation.SetOps (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) _root_.LexLeanCollections.insertElement _root_.LexLeanCollections.removeElement _root_.LexLeanCollections.containsElement) (⟨(fun _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h])⟩ : _root_.LexLeanPreservation.LookOps (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (_root_.LexLeanCollections.lookupEntry : String -> List (Prod String (List String)) -> Option (List String))) (g) (_root_.LexLeanCollections.graphSuccessors (g)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ => rfl), (fun _ _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h] <;> rfl), (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h])⟩ : _root_.LexLeanPreservation.TopoOps (_root_.LexLeanCollections.graphSuccessors (g)) _root_.LexLeanCollections.containsElement _root_.LexLeanCollections.removeElement (_root_.LexLeanCollections.topological (g))) (p := __prog) (fi := 1) (tk := .string) rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl))
+
+def denote (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 g) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) g)] (_root_.LexLeanPreservation.Rel (__fits_0 g) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 g)
+
+def __valid_14 : (List String) -> Bool :=
+  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering)
+
+def __inv_14 : (List String) -> Prop :=
+  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering)
+
+theorem __viff_14 : ∀ (__v : (List String)), __valid_14 __v = Bool.true ↔ __inv_14 __v :=
+  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering)
+
+theorem __vrel_14 : ∀ (__v : (List String)), _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_14 __v))) :=
+  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.string) (fun _ => rfl) rfl
+
+def __valid_13 : (List (Prod String (List String))) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_14
+
+def __inv_13 : (List (Prod String (List String))) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __inv_14
+
+theorem __viff_13 : ∀ (__v : (List (Prod String (List String)))), __valid_13 __v = Bool.true ↔ __inv_13 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_14 __inv_14 __viff_14
+
+theorem __vrel_13 : ∀ (__v : (List (Prod String (List String)))), _root_.LexLeanPreservation.FunRel __prog 13 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_13 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) __valid_14 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) (fun _ => rfl) __vrel_14 rfl
+
+def entryFits (g : (List (Prod String (List String)))) : Bool :=
+  (if __valid_13 g then __fits_0 g else Bool.true)
+
+def entryValue (g : (List (Prod String (List String)))) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_13 g then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryFits g) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryValue g)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (g : (List (Prod String (List String)))) : Prop :=
+  (__inv_13 g ∧ _root_.True)
+
+theorem entry (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.RunConv __prog 15 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) g)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denoteEntry g) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 g else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_13 g) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_13 g)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_0 g)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryFits]))
+
+theorem entry_accepts (g : (List (Prod String (List String)))) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.accepts g) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denoteEntry g = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denote g) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denote
+  simp only [_root_.if_true, (__viff_13 g).mpr __h.1]
+  cases __fits_0 g <;> rfl
+
+theorem entry_refuses (g : (List (Prod String (List String)))) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.accepts g) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denoteEntry g = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryValue
+  cases __c0 : __valid_13 g
+  · simp
+  · exact _root_.absurd ⟨(__viff_13 g).mp __c0, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..cdf5ac4e1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/Compose/RustStd.lex.tex
@@ -0,0 +1,626 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.root : @1256 := @1257 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.flags
+@3 := String
+@4 := List.{0}
+@5 := @4 @3
+@6 := Prod.{0, 0}
+@7 := @6 @3
+@8 := @7 @5
+@9 := @4 @8
+@10 := #1
+@11 := LexLeanTarget.TargetSyntax.Value.string
+@12 := LexLeanPreservation.encList
+@13 := @12 @3
+@14 := @13 @11
+@15 := LexLeanPreservation.encPair
+@16 := @15 @3
+@17 := @16 @5
+@18 := @17 @11
+@19 := @18 @14
+@20 := @12 @8
+@21 := @20 @19
+@22 := @21 @10
+@23 := LexLeanTarget.TargetSyntax.Ty.string
+@24 := LexLeanTarget.TargetSyntax.Ty.list
+@25 := @24 @23
+@26 := LexLeanTarget.TargetSyntax.Ty.pair
+@27 := @26 @23
+@28 := @27 @25
+@29 := @24 @28
+@30 := #0
+@31 := LexLeanTarget.TargetSyntax.Program
+@32 := LexLeanPreservation.Rust.RCrate
+@33 := LexLeanPreservation.Rust.Flags
+@34 := LexLeanPreservation.Rust.WT
+@35 := #3
+@36 := @34 @35
+@37 := #2
+@39 := @36 @37 @10
+@40 := @11 @30
+@46 := {p : @31} -> {c : @32} -> {A : @33} -> (s : @3) -> @39 @40 @23
+@48 := LexLeanPreservation.Rust.wt_string @0
+@49 := @34 @0
+@56 := {c : @32} -> {A : @33} -> (s : @3) -> @49 @37 @10 @40 @23
+@57 := @48 @1
+@58 := @49 @1
+@63 := {A : @33} -> (s : @3) -> @58 @10 @40 @23
+@64 := @57 @2
+@65 := @58 @2
+@66 := @65 @40
+@67 := @66 @23
+@68 := (s : @3) -> @67
+@70 := fun (__x : @3) => @64 @30
+@71 := Sort 1
+@72 := LexLeanTarget.TargetSyntax.Value
+@73 := (a._@._internal._hyg.#0 : @30) -> @72
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := #6
+@76 := @34 @75
+@77 := #5
+@78 := @76 @77
+@79 := #4
+@80 := @78 @79
+@81 := @37 @30
+@84 := (x : @37) -> @80 @81 @10
+@85 := @4 @35
+@86 := #7
+@89 := @34 @86 @75 @77
+@92 := @12 @79 @35 @30
+@93 := @89 @92
+@94 := @24 @37
+@103 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (xs : @85) -> @93 @94
+@105 := LexLeanPreservation.Rust.wt_encList @0
+@107 := @49 @77 @79
+@121 := {c : @32} ->
+  {A : @33} ->
+  {α : @71} ->
+  {e : @73} -> {t : @74} -> (h : (x : @37) -> @107 @81 @10) -> (xs : @85) -> @49 @75 @77 @92 @94
+@122 := @105 @1
+@123 := @58 @79
+@135 := {A : @33} ->
+  {α : @71} ->
+  {e : @73} -> {t : @74} -> (h : (x : @37) -> @123 @81 @10) -> (xs : @85) -> @58 @77 @92 @94
+@136 := @122 @2
+@138 := @65 @81 @10
+@146 := {α : @71} -> {e : @73} -> {t : @74} -> (h : (x : @37) -> @138) -> (xs : @85) -> @65 @92 @94
+@147 := @136 @3
+@148 := (a._@._internal._hyg.#0 : @3) -> @72
+@157 := {e : @148} -> {t : @74} -> (h : (x : @3) -> @138) -> (xs : @5) -> @65 (@13 @35 @30) @94
+@158 := @147 @11
+@160 := (x : @3) -> @66 @10
+@162 := @65 (@14 @30)
+@166 := {t : @74} -> (h : @160) -> (xs : @5) -> @162 @94
+@167 := @158 @23
+@168 := (x : @3) -> @67
+@169 := @162 @25
+@171 := (h : @168) -> (xs : @5) -> @169
+@174 := fun (__x : @5) => @167 @70 @30
+@175 := (a._@._internal._hyg.#0 : @10) -> @72
+@176 := #9
+@177 := @34 @176
+@178 := #8
+@180 := @177 @178 @86
+@181 := @79 @30
+@184 := (x : @77) -> @180 @181 @37
+@185 := #10
+@191 := (x : @77) -> @34 @185 @176 @178 @181 @37
+@193 := @6 @86 @75
+@194 := #11
+@197 := @34 @194 @185 @176
+@202 := @15 @178 @86 @75 @77 @30
+@203 := @197 @202
+@205 := @26 @79 @35
+@218 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} ->
+  {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @184) -> (hb : @191) -> (x : @193) -> @203 @205
+@220 := LexLeanPreservation.Rust.wt_encPair @0
+@245 := {c : @32} ->
+  {A : @33} ->
+  {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} ->
+  {s : @74} ->
+  {t : @74} ->
+  (ha : (x : @77) -> @49 @178 @86 @181 @37) ->
+  (hb : (x : @77) -> @49 @176 @178 @181 @37) -> (x : @193) -> @49 @185 @176 @202 @205
+@246 := @220 @1
+@267 := {A : @33} ->
+  {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} ->
+  {s : @74} ->
+  {t : @74} ->
+  (ha : (x : @77) -> @58 @86 @181 @37) ->
+  (hb : (x : @77) -> @58 @178 @181 @37) -> (x : @193) -> @58 @176 @202 @205
+@268 := @246 @2
+@270 := @65 @181 @37
+@271 := (x : @77) -> @270
+@282 := {α : @71} ->
+  {β : @71} ->
+  {ea : @175} ->
+  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @271) -> (hb : @271) -> (x : @193) -> @65 @202 @205
+@283 := @268 @3
+@284 := (x : @3) -> @270
+@299 := {β : @71} ->
+  {ea : @148} ->
+  {eb : @175} ->
+  {s : @74} ->
+  {t : @74} -> (ha : @284) -> (hb : @271) -> (x : @7 @75) -> @65 (@16 @86 @75 @77 @30) @205
+@300 := @283 @5
+@301 := (a._@._internal._hyg.#0 : @5) -> @72
+@302 := (x : @5) -> @270
+@314 := {ea : @148} ->
+  {eb : @301} ->
+  {s : @74} -> {t : @74} -> (ha : @284) -> (hb : @302) -> (x : @8) -> @65 (@17 @75 @77 @30) @205
+@315 := @300 @11
+@317 := (x : @3) -> @66 @37
+@327 := {eb : @301} ->
+  {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @302) -> (x : @8) -> @65 (@18 @77 @30) @205
+@328 := @315 @14
+@330 := (x : @5) -> @162 @37
+@332 := @65 (@19 @30)
+@338 := {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @330) -> (x : @8) -> @332 @205
+@339 := @328 @23
+@345 := {t : @74} -> (ha : @168) -> (hb : @330) -> (x : @8) -> @332 (@27 @35)
+@346 := @339 @25
+@347 := (x : @5) -> @169
+@349 := (x : @8) -> @332 @28
+@351 := (ha : @168) -> (hb : @347) -> @349
+@355 := fun (__x : @8) => @346 @70 @174 @30
+@356 := @136 @8
+@366 := {e : (a._@._internal._hyg.#0 : @8) -> @72} ->
+  {t : @74} -> (h : (x : @8) -> @138) -> (xs : @9) -> @65 (@20 @35 @30) @94
+@367 := @356 @19
+@369 := (x : @8) -> @332 @10
+@370 := @21 @30
+@371 := @65 @370
+@375 := {t : @74} -> (h : @369) -> (xs : @9) -> @371 @94
+@376 := @367 @28
+@379 := (h : @349) -> (xs : @9) -> @371 @29
+@381 := @376 @355 @10
+@383 := @65 @22 @29
+@384 := List.nil.{0}
+@385 := List.cons.{0}
+@386 := @384 @72
+@387 := @385 @72
+@389 := @387 @22 @386
+@390 := Nat
+@392 := @6 @390 @72
+@393 := 0
+@397 := Prod.mk.{0, 0} @390 @72 @393
+@398 := @397 @22
+@399 := @384 @392
+@400 := @385 @392
+@402 := @400 @398 @399
+@403 := Bool.true
+@404 := LexLeanTarget.TargetSyntax.Function
+@405 := LexLeanTarget.TargetSyntax.Program.functions
+@406 := @405 @0
+@407 := 15
+@408 := @384 @390
+@409 := @384 @74
+@410 := LexLeanTarget.TargetSyntax.Ty.unit
+@411 := LexLeanTarget.TargetSyntax.Value.unit
+@414 := LexLeanTarget.TargetSyntax.Expr.value @410 @411
+@419 := LexLeanTarget.TargetSyntax.Function.mk @408 @409 @410 @414
+@424 := List.getD.{0} @404 @406 @407 @419
+@428 := fun (__e_n : @390) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.root @30 @407
+@429 := LexLeanPreservation.Rust.WTL
+@437 := {p : @31} -> {c : @32} -> {A : @33} -> @429 @37 @10 @30 @386 @409
+@439 := LexLeanPreservation.Rust.wtl_nil @0
+@440 := @429 @0
+@446 := {c : @32} -> {A : @33} -> @440 @10 @30 @386 @409
+@447 := @439 @1
+@448 := @440 @1
+@452 := {A : @33} -> @448 @30 @386 @409
+@453 := @447 @2
+@454 := @448 @2
+@455 := @454 @386
+@456 := @455 @409
+@457 := @4 @72
+@458 := @4 @74
+@460 := @80 @35 @37
+@465 := @429 @86 @75 @77 @37 @10
+@468 := @429 @178 @86 @75
+@470 := @387 @77 @35
+@471 := @468 @470
+@472 := @385 @74
+@474 := @472 @79 @37
+@484 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} ->
+  {v : @72} -> {t : @74} -> {vs : @457} -> {ts : @458} -> (h : @460) -> (hs : @465) -> @471 @474
+@486 := LexLeanPreservation.Rust.wtl_cons @0
+@504 := {c : @32} ->
+  {A : @33} ->
+  {v : @72} ->
+  {t : @74} ->
+  {vs : @457} ->
+  {ts : @458} -> (h : @107 @35 @37) -> (hs : @440 @75 @77 @37 @10) -> @440 @86 @75 @470 @474
+@505 := @486 @1
+@520 := {A : @33} ->
+  {v : @72} ->
+  {t : @74} ->
+  {vs : @457} -> {ts : @458} -> (h : @123 @35 @37) -> (hs : @448 @77 @37 @10) -> @448 @75 @470 @474
+@521 := @505 @2
+@523 := @65 @35 @37
+@525 := @454 @37 @10
+@533 := {v : @72} ->
+  {t : @74} -> {vs : @457} -> {ts : @458} -> (h : @523) -> (hs : @525) -> @454 @470 @474
+@534 := @521 @22
+@535 := @21 @79
+@537 := @65 @535 @37
+@538 := @21 @75
+@539 := @387 @538
+@547 := {t : @74} -> {vs : @457} -> {ts : @458} -> (h : @537) -> (hs : @525) -> @454 (@539 @35) @474
+@548 := @534 @29
+@549 := @21 @35
+@551 := @65 @549 @29
+@552 := @21 @77
+@553 := @387 @552
+@555 := @454 (@553 @35)
+@556 := @472 @29
+@557 := @556 @37
+@562 := {vs : @457} -> {ts : @458} -> (h : @551) -> (hs : @525) -> @555 @557
+@563 := @548 @386
+@564 := @21 @37
+@566 := @65 @564 @29
+@567 := @455 @10
+@569 := @387 @535 @386
+@570 := @454 @569
+@574 := {ts : @458} -> (h : @566) -> (hs : @567) -> @570 @557
+@575 := @563 @409
+@577 := @387 @549 @386
+@578 := @454 @577
+@579 := @556 @409
+@582 := (h : @383) -> (hs : @456) -> @578 @579
+@583 := @575 @381
+@585 := @387 @564 @386
+@586 := @454 @585
+@588 := (hs : @456) -> @586 @579
+@589 := @583 @453
+@590 := @454 @389
+@591 := @590 @579
+@592 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denoteEntry
+@593 := @592 @10
+@594 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryFits
+@595 := @594 @10
+@597 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entryValue @10
+@599 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entry @10
+@600 := Bool
+@601 := Ne.{1}
+@602 := LexLeanPreservation.Obs
+@603 := @601 @602
+@604 := LexLeanPreservation.Rel
+@607 := @603 (@604 @10 @30)
+@608 := LexLeanPreservation.Obs.stuck
+@611 := (f : @600) -> (v : @72) -> @607 @608
+@613 := LexLeanPreservation.Rust.rel_ne_stuck @595
+@619 := (v : @72) -> @603 (@604 (@594 @37) @30) @608
+@620 := @613 @597
+@624 := @603 (@604 @595 @597) @608
+@625 := @4 @392
+@626 := LexLeanPreservation.Rust.FunSem
+@632 := (n : @390) -> @626 @176 @178 @86 @30 @75
+@633 := Eq.{1}
+@634 := Option.{0}
+@635 := @634 @404
+@636 := @633 @635
+@643 := LexLeanRuntime.index (@4 @404) @404 (LexLeanRuntime.instIndexableList @404)
+@647 := @636 (@643 (@405 @176) @75)
+@648 := Option.some.{0}
+@649 := @648 @404
+@650 := @649 @77
+@651 := @647 @650
+@655 := @429 @185 @176 @178 @77
+@656 := LexLeanTarget.TargetSyntax.Function.types
+@657 := @656 @75
+@658 := @655 @657
+@659 := @634 @625
+@660 := @633 @659
+@661 := LexLeanTarget.TargetSemantics.bindAll
+@662 := LexLeanTarget.TargetSyntax.Function.parameters
+@667 := @660 (@661 (@662 @86) @75 @399)
+@668 := @648 @625
+@669 := @668 @77
+@670 := @667 @669
+@671 := @634 @600
+@672 := @633 @671
+@673 := LexLeanPreservation.Rust.fnFallible
+@676 := @672 (@673 @194 @176)
+@677 := @648 @600
+@678 := @677 @77
+@679 := @676 @678
+@680 := LexLeanPreservation.RunConv
+@681 := #13
+@685 := @680 @681 @185 @178 @77
+@687 := @603 @75 @608
+@688 := Exists.{1}
+@689 := LexLeanPreservation.Rust.ROut
+@690 := @688 @689
+@691 := And
+@692 := LexLeanPreservation.Rust.RealizesFn
+@696 := @691 (@692 @176 @178 @30)
+@697 := LexLeanPreservation.Rust.RCI
+@699 := @697 #15
+@700 := LexLeanPreservation.Rust.fnIdent
+@701 := @700 @681
+@708 := (hne : @687) -> @690 (fun (ro : @689) => @696 (@699 @701 @194 @30))
+@723 := {p : @31} ->
+  {c : @32} ->
+  {A : @33} ->
+  {f : @390} ->
+  {fn : @404} ->
+  {args : @457} ->
+  {env : @625} ->
+  {F : @600} ->
+  {o : @602} ->
+  (hB : @632) ->
+  (hfn : @651) -> (hwt : @658) -> (hbind : @670) -> (hF : @679) -> (hA : @685) -> @708
+@725 := LexLeanPreservation.Rust.compose @0
+@726 := @626 @0
+@731 := (n : @390) -> @726 @178 @86 @30 @75
+@732 := @643 @406
+@735 := @636 (@732 @75) @650
+@739 := @440 @176 @178 @77 @657
+@740 := @680 @0
+@743 := @740 @185 @178 @77
+@757 := {c : @32} ->
+  {A : @33} ->
+  {f : @390} ->
+  {fn : @404} ->
+  {args : @457} ->
+  {env : @625} ->
+  {F : @600} ->
+  {o : @602} ->
+  (hB : @731) ->
+  (hfn : @735) -> (hwt : @739) -> (hbind : @670) -> (hF : @679) -> (hA : @743) -> @708
+@758 := @725 @1
+@759 := @726 @1
+@763 := (n : @390) -> @759 @86 @30 @75
+@766 := @448 @178 @77 @657
+@767 := @673 @1
+@770 := @672 (@767 @176) @678
+@771 := @697 @1
+@781 := (hbind : @670) ->
+  (hF : @770) -> (hA : @743) -> (hne : @687) -> @690 (fun (ro : @689) => @696 (@771 @701 @194 @30))
+@791 := {A : @33} ->
+  {f : @390} ->
+  {fn : @404} ->
+  {args : @457} ->
+  {env : @625} -> {F : @600} -> {o : @602} -> (hB : @763) -> (hfn : @735) -> (hwt : @766) -> @781
+@792 := @758 @2
+@794 := @759 @2 @30
+@796 := (n : @390) -> @794 @75
+@797 := @454 @77
+@798 := @797 @657
+@807 := {f : @390} ->
+  {fn : @404} ->
+  {args : @457} ->
+  {env : @625} -> {F : @600} -> {o : @602} -> (hB : @796) -> (hfn : @735) -> (hwt : @798) -> @781
+@808 := @792 @407
+@810 := (n : @390) -> @794 @407
+@811 := @732 @407
+@812 := @636 @811
+@813 := @812 @650
+@814 := @767 @407
+@815 := @672 @814
+@816 := @815 @678
+@817 := @740 @407
+@819 := @817 @178 @77
+@821 := @771 (@700 @407)
+@829 := (hF : @816) -> (hA : @819) -> (hne : @687) -> @690 (fun (ro : @689) => @696 (@821 @194 @30))
+@838 := {fn : @404} ->
+  {args : @457} ->
+  {env : @625} ->
+  {F : @600} -> {o : @602} -> (hB : @810) -> (hfn : @813) -> (hwt : @798) -> (hbind : @670) -> @829
+@839 := @808 @424
+@841 := @812 (@649 @424)
+@842 := @656 @424
+@843 := @797 @842
+@845 := @661 (@662 @424)
+@857 := {args : @457} ->
+  {env : @625} ->
+  {F : @600} ->
+  {o : @602} ->
+  (hB : @810) -> (hfn : @841) -> (hwt : @843) -> (hbind : @660 (@845 @75 @399) @669) -> @829
+@858 := @839 @389
+@859 := @539 @386
+@861 := @454 @859 @842
+@864 := @387 (@21 @86) @386
+@868 := @660 (@845 @864 @399) @669
+@871 := @387 (@21 @176) @386
+@892 := {env : @625} ->
+  {F : @600} ->
+  {o : @602} ->
+  (hB : @810) ->
+  (hfn : @841) ->
+  (hwt : @861) ->
+  (hbind : @868) ->
+  (hF : @816) ->
+  (hA : @817 @871 @77) ->
+  (hne : @687) -> @690 (fun (ro : @689) => @696 (@821 (@387 (@21 #12) @386) @30))
+@893 := @858 @402
+@894 := @553 @386
+@896 := @454 @894 @842
+@904 := @660 (@845 @859 @399) (@668 (@400 (@397 @538) @399))
+@907 := @387 (@21 @178) @386
+@926 := {F : @600} ->
+  {o : @602} ->
+  (hB : @810) ->
+  (hfn : @841) ->
+  (hwt : @896) ->
+  (hbind : @904) ->
+  (hF : @816) ->
+  (hA : @817 @907 @77) ->
+  (hne : @687) -> @690 (fun (ro : @689) => @696 (@821 (@387 (@21 @194) @386) @30))
+@927 := @893 @403
+@928 := @570 @842
+@936 := @660 (@845 @894 @399) (@668 (@400 (@397 @552) @399))
+@938 := @815 (@677 @403)
+@940 := @817 @864 @77
+@941 := @692 @403
+@960 := {o : @602} ->
+  (hB : @810) ->
+  (hfn : @841) ->
+  (hwt : @928) ->
+  (hbind : @936) ->
+  (hF : @938) ->
+  (hA : @940) ->
+  (hne : @687) -> @690 (fun (ro : @689) => @691 (@941 @178 @30) (@821 (@387 (@21 @185) @386) @30))
+@961 := @927 @593
+@962 := @578 @842
+@970 := @660 (@845 @569 @399) (@668 (@400 (@397 @535) @399))
+@971 := @817 @859
+@972 := @592 @75
+@973 := @971 @972
+@974 := @592 @86
+@992 := (hB : @810) ->
+  (hfn : @841) ->
+  (hwt : @962) ->
+  (hbind : @970) ->
+  (hF : @938) ->
+  (hA : @973) ->
+  (hne : @603 @974 @608) -> @690 (fun (ro : @689) => @691 (@941 (@592 @176) @30) (@821 @871 @30))
+@993 := @961 @428
+@994 := @586 @842
+@1002 := @660 (@845 @577 @399) (@668 (@400 (@397 @549) @399))
+@1003 := @817 @894
+@1004 := @592 @77
+@1022 := (hfn : @841) ->
+  (hwt : @994) ->
+  (hbind : @1002) ->
+  (hF : @938) ->
+  (hA : @1003 @1004) ->
+  (hne : @603 @972 @608) -> @690 (fun (ro : @689) => @691 (@941 (@592 @178) @30) (@821 @907 @30))
+@1023 := Eq.refl.{1}
+@1026 := @993 (@1023 @635 @811)
+@1027 := @590 @842
+@1035 := @660 (@845 @585 @399) (@668 (@400 (@397 @564) @399))
+@1036 := @817 @569
+@1037 := @592 @79
+@1053 := (hwt : @1027) ->
+  (hbind : @1035) ->
+  (hF : @938) ->
+  (hA : @1036 @1037) ->
+  (hne : @603 @1004 @608) -> @690 (fun (ro : @689) => @691 (@941 @974 @30) (@821 @864 @30))
+@1054 := @1026 @589
+@1056 := @845 @389 @399
+@1059 := @660 @1056 (@668 @402)
+@1060 := @817 @577
+@1061 := @592 @35
+@1076 := (hbind : @1059) ->
+  (hF : @938) ->
+  (hA : @1060 @1061) ->
+  (hne : @603 @1037 @608) -> @690 (fun (ro : @689) => @691 (@941 @972 @30) (@821 @859 @30))
+@1079 := @1054 (@1023 @659 @1056)
+@1080 := @817 @585
+@1081 := @592 @37
+@1095 := (hF : @938) ->
+  (hA : @1080 @1081) ->
+  (hne : @603 @1061 @608) -> @690 (fun (ro : @689) => @691 (@941 @1004 @30) (@821 @894 @30))
+@1098 := @1079 (@1023 @671 @814)
+@1100 := @817 @389 @593
+@1102 := @603 @1081 @608
+@1103 := @941 @1037
+@1105 := @691 (@1103 @30)
+@1106 := @821 @569
+@1107 := @1106 @30
+@1112 := (hA : @1100) -> (hne : @1102) -> @690 (fun (ro : @689) => @1105 @1107)
+@1113 := @1098 @599
+@1115 := @603 @593 @608
+@1116 := @941 @1061
+@1118 := @691 (@1116 @30)
+@1119 := @821 @577
+@1124 := (hne : @1115) -> @690 (fun (ro : @689) => @1118 (@1119 @30))
+@1125 := @1113 @620
+@1128 := @691 (@941 @1081 @30)
+@1130 := @821 @585 @30
+@1131 := @1128 @1130
+@1133 := @690 (fun (ro : @689) => @1131)
+@1134 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.accepts
+@1135 := @1134 @10
+@1136 := LexLeanPreservation.someObs
+@1137 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.denote
+@1139 := @1136 (@1137 @10)
+@1142 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
+@1143 := Not
+@1144 := @1143 @1135
+@1145 := @1134 @37
+@1147 := @1136 (@1137 @37)
+@1148 := @1143 @1145
+@1153 := @1145 -> @941 (@1136 (@1137 @35)) @10
+@1154 := @941 @1142
+@1155 := @1154 @10
+@1156 := @1148 -> @1155
+@1158 := @691 @1153 @1156
+@1162 := @690 (fun (__e_ro : @689) => @691 @1130 @1158)
+@1163 := fun (__e_ro : @689) => @1131
+@1164 := @1116 @10
+@1165 := @1119 @10
+@1166 := And.left
+@1167 := And.right
+@1170 := @1166 @1164 @1165 @30
+@1173 := @1167 @1164 @1165 @30
+@1174 := @941 @30
+@1176 := fun (__e_o : @602) => @1174 @37
+@1177 := Eq.subst.{1}
+@1178 := @1134 @35
+@1179 := @1143 @1178
+@1182 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entry_accepts @79 @30
+@1184 := @1136 (@1137 @79)
+@1189 := @1166 (@1103 @37) (@1106 @37) @10
+@1191 := fun (__e_o : @602) => @1174 @35
+@1194 := @1177 @602 @1191 @1037
+@1198 := fun (__e_h : @1178) => @1194 @1184 @1182 @1189
+@1201 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.entry_refuses @79 @30
+@1205 := fun (__e_h : @1179) => @1194 @1142 @1201 @1189
+@1206 := And.intro
+@1209 := @1178 -> @941 @1184 @37
+@1211 := @1179 -> @1154 @37
+@1213 := @691 @1209 @1211
+@1217 := @1206 @1209 @1211 @1198 @1205
+@1221 := @1206 @1165 @1213 @1173 @1217
+@1222 := Exists.intro.{1}
+@1223 := @691 @1107
+@1224 := @1134 @79
+@1235 := fun (__e_ro : @689) =>
+  @1223 (@691 (@1224 -> @941 (@1136 (@1137 @77)) @10) (@1143 @1224 -> @1155))
+@1239 := @1222 @689 @1235 @10 @1221
+@1241 := @691 @1164 @1165
+@1243 := fun (__e_ro : @689) => fun (__e_hand : @1131) => @1239
+@1249 := Exists.elim.{1} @689 @1163 @1162 @1125 @1243
+@1253 := LexLeanPreservation.Rust.RepresentableL (@387 @370 @386)
+@1254 := (__e_hrep : @1253) -> @1162
+@1255 := fun (__e_hrep : @1253) => @1249
+@1256 := (g : @9) -> @1254
+@1257 := fun (g : @9) => @1255
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/RustStd.lean
new file mode 100644
index 000000000..013e78a1f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/RustStd.lean
@@ -0,0 +1,153 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
+      body := (.«let» 1 (.list .string) (.call 6 [(.var 0), (.build .nil (.list .string) [])]) (.call 2 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .string) [])])) },
+    { parameters := [0, 1, 2, 3], types := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)], result := (.option (.list .string)),
+      body := (.«match» (.option (.list .string)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .string)) []))])), (.arm .succ [6] (.«match» (.option (.list .string)) (.call 3 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .string)) []))])), (.arm .cons [9, 10] (.call 2 [(.var 0), (.var 6), (.call 12 [(.var 2), (.var 9)]), (.build .cons (.list .string) [(.var 9), (.var 3)])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 2) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [3, 4] (.cond (.call 4 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .string) [(.var 3), (.call 3 [(.var 0), (.var 1), (.var 4)])]) (.call 3 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), .string, (.list .string)], result := .bool,
+      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 11 [(.call 9 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 4 [(.var 0), (.var 1), (.var 4)])))]) },
+    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 5 [(.var 3), (.build .cons (.list .string) [(.var 2), (.var 1)])]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 6 [(.var 3), (.call 7 [(.second (.var 2)), (.call 8 [(.var 1), (.first (.var 2))])])]))]) },
+    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 7 [(.var 3), (.call 8 [(.var 1), (.var 2)])]))]) },
+    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .cons (.list .string) [(.var 1), (.build .nil (.list .string) [])])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .string) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 8 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.list .string),
+      body := (.«match» (.list .string) (.call 10 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .string) [])), (.arm .some [2] (.var 2))]) },
+    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.option (.list .string)),
+      body := (.«match» (.option (.list .string)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .string)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .string)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .string)) [])), (.arm .eq [] (.build .some (.option (.list .string)) [(.second (.var 2))])), (.arm .gt [] (.call 10 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .string), .string], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 11 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
+      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 14 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 13 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list .string)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 14 [(.var 2)]) (.build .false .bool [])))]))]) },
+    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.option (.list .string))),
+      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.option (.list .string))) [(.call 0 [(.var 0)])]) (.build .none (.option (.option (.list .string))) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] (.fallible (.option (.list .str))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] (.fallible (.option (.list .str))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list .str)) (.call (.function 6) [(.clone (.generated .binding 0)), (.construct (.nil .str) [])] false))] (.succeed (.call (.function 2) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true))), (.move (.generated .binding 1)), (.construct (.nil .str) [])] false)))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .str) }, { pattern := (.bind (.generated .binding 3)), type := (.list .str) }] (.option (.list .str)) (.mk [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 4)) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (.mk [(.mk (.bind (.generated .binding 6)) none (.predecessor (.generated .holder 4))), (.mk (.bind (.generated .holder 6)) none (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)))]))))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }, { pattern := (.bind (.generated .binding 2)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := (.list .str) }] .bool (.mk [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 1))])] false)))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))] (.move (.generated .part 12)))), (.call (.function 8) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13))))] false)] false)] false)))]))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.call (.function 8) [(.move (.generated .binding 1)), (.move (.generated .binding 2))] false)] false)))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list .str) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil .str) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list .str) (.mk [(.mk (.bind (.generated .holder 19)) none (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.option (.list .str)) (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.construct (.none (.list .str)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))] (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))))] (.matchOn (.move (.generated .holder 24)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .str)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := .str }] .bool (.mk [(.mk (.bind (.generated .holder 26)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list .str) (.mk [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]))),
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] .bool (.mk [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false) (.mk [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }] .bool (.mk [(.mk (.bind (.generated .holder 42)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 42)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 43)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 43)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] (.fallible (.option (.option (.list .str)))) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.option (.list .str))) []))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .str)) (.call (.function 6) [(.clone (.generated .binding 0)), (.construct (.nil .str) [])] false))], (.succeed (.call (.function 2) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true))), (.move (.generated .binding 1)), (.construct (.nil .str) [])] false)), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list .string)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 4)) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (.mk [(.mk (.bind (.generated .binding 6)) none (.predecessor (.generated .holder 4))), (.mk (.bind (.generated .holder 6)) none (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)))]))), [(3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 6)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (lb := [(.mk (.bind (.generated .holder 6)) none (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))]) (tb := (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)))])) (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)])) (Corr.mCons (Γ' := [(5, (.list .string), none), (4, .string, none), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .string)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl) (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (Corr.mCons (Γ' := [(10, (.list .string), none), (9, .string, (some 9)), (6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)])) (Corr.mCons (Γ' := [(8, (.list .string), none), (7, .string, none), (6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .string)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .string), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(4, (.list .string), (some 4)), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string, (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (lb := []) (tb := (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl) (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .string), (some 4)), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string, (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 1))])] false)))]), [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 3)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 1))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))] (.move (.generated .part 12)))), (.call (.function 8) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13))))] false)] false)] false)))]), [(1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.move (.generated .binding 3)), (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))] (.move (.generated .part 12)))), (.call (.function 8) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13))))] false)] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 13))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.call (.function 8) [(.move (.generated .binding 1)), (.move (.generated .binding 2))] false)] false)))]), [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 7) [(.move (.generated .binding 3)), (.call (.function 8) [(.move (.generated .binding 1)), (.move (.generated .binding 2))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil .str) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]), [(1, .string, (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil .str) [])])) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.list .string))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.construct (.none (.list .str)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))] (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))))] (.matchOn (.move (.generated .holder 24)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .str)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))] (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))))]) (tail := (.matchOn (.move (.generated .holder 24)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .str)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 21))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .string)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 25))) (Corr.second (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 26)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]), [(1, .string, (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (tail := (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false) (.mk [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false) (.mk [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false)) (lk := []) (Corr.callOps (ts := [(.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 35))) (Corr.second (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))]) (ce := (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 37))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 38))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 13) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 42)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 42)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 43)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 43)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .string), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 43)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 43)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (ce := (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 14) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.option (.list .str))) [])))), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.option (.list .str))) []))) (Corr.fOfB (Corr.build (ts := [(.option (.list .string))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | _ + 16 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8.lean
new file mode 100644
index 000000000..e99e8e302
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8.lean
@@ -0,0 +1,188 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Coverage.Boundary
+import Coverage.Colls
+import Coverage.Main
+import Coverage.Prims
+import Coverage.RecRoots
+import Coverage.Recur
+import Coverage.Syntax
+import Coverage.Types
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))),
+      body := (.build .pair (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))) [(.call 2 [(.var 2), (.var 3)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.option .nat))) [(.call 3 [(.var 4), (.var 5)]), (.build .pair (.pair (.option .nat) (.option .nat)) [(.call 4 [(.var 6), (.var 7)]), (.call 5 [(.var 8), (.var 9)])])])])]) },
+    { parameters := [0, 1], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)], result := (.option .bool),
+      body := (.«match» (.option .bool) (.var 0) [(.arm .nil [] (.build .none (.option .bool) [])), (.arm .cons [2, 3] (.«match» (.option .bool) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .bool) [])), (.arm .eq [] (.build .some (.option .bool) [(.second (.var 2))])), (.arm .gt [] (.call 1 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .bool .nat)), .bool], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .int .nat)), .int], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 4 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0], types := [(.list (.pair (.pair .nat .string) .bool))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 7 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 6 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.bool], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.list (.pair (.fixed .i8) .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.list (.pair .bool .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair .int .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair (.fixed .u64) .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 12 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))),
+      body := (.cond (.call 6 [(.var 0)]) (.cond (.call 8 [(.var 2)]) (.cond (.call 10 [(.var 4)]) (.cond (.call 11 [(.var 6)]) (.cond (.call 12 [(.var 8)]) (.build .some (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5), (.var 6), (.var 7), (.var 8), (.var 9)])]) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) }] }
+
+def __fits_0 (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_0 (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) a), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) k), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) i), (_root_.LexLeanTarget.TargetSyntax.Value.i8 j), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) b), (_root_.LexLeanTarget.TargetSyntax.Value.bool c), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) d), (_root_.LexLeanTarget.TargetSyntax.Value.int e), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) u), (_root_.LexLeanTarget.TargetSyntax.Value.u64 w)] (_root_.LexLeanPreservation.Rel (__fits_0 a k i j b c d e u w) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 1) (tk := (.pair .nat .string)) (tw := .bool) rfl (a) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_i8 (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 2) (tk := (.fixed .i8)) (tw := .nat) rfl (i) (j))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_bool (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 3) (tk := .bool) (tw := .nat) rfl (b) (c))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 4) (tk := .int) (tw := .nat) rfl (d) (e))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_u64 (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 5) (tk := (.fixed .u64)) (tw := .nat) rfl (u) (w))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def denote (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 a k i j b c d e u w) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) a), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) k), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) i), (_root_.LexLeanTarget.TargetSyntax.Value.i8 j), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) b), (_root_.LexLeanTarget.TargetSyntax.Value.bool c), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) d), (_root_.LexLeanTarget.TargetSyntax.Value.int e), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) u), (_root_.LexLeanTarget.TargetSyntax.Value.u64 w)] (_root_.LexLeanPreservation.Rel (__fits_0 a k i j b c d e u w) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 a k i j b c d e u w)
+
+def __valid_7 : Bool -> Bool :=
+  fun _ => Bool.true
+
+def __inv_7 : Bool -> Prop :=
+  fun _ => _root_.True
+
+theorem __viff_7 : ∀ (__v : Bool), __valid_7 __v = Bool.true ↔ __inv_7 __v :=
+  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
+
+theorem __vrel_7 : ∀ (__v : Bool), _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.bool __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_7 __v))) :=
+  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.bool rfl
+
+def __valid_6 : (List (Prod (Prod Nat String) Bool)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) __valid_7
+
+def __inv_6 : (List (Prod (Prod Nat String) Bool)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) __inv_7
+
+theorem __viff_6 : ∀ (__v : (List (Prod (Prod Nat String) Bool))), __valid_6 __v = Bool.true ↔ __inv_6 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) __valid_7 __inv_7 __viff_7
+
+theorem __vrel_6 : ∀ (__v : (List (Prod (Prod Nat String) Bool))), _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_6 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) __valid_7 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) (fun _ => rfl) __vrel_7 rfl
+
+def __valid_9 : Nat -> Bool :=
+  fun _ => Bool.true
+
+def __inv_9 : Nat -> Prop :=
+  fun _ => _root_.True
+
+theorem __viff_9 : ∀ (__v : Nat), __valid_9 __v = Bool.true ↔ __inv_9 __v :=
+  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
+
+theorem __vrel_9 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_9 __v))) :=
+  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
+
+def __valid_8 : (List (Prod Int8 Nat)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) __valid_9
+
+def __inv_8 : (List (Prod Int8 Nat)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) __inv_9
+
+theorem __viff_8 : ∀ (__v : (List (Prod Int8 Nat))), __valid_8 __v = Bool.true ↔ __inv_8 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) __valid_9 __inv_9 __viff_9
+
+theorem __vrel_8 : ∀ (__v : (List (Prod Int8 Nat))), _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_8 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_i8 (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
+
+def __valid_10 : (List (Prod Bool Nat)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) __valid_9
+
+def __inv_10 : (List (Prod Bool Nat)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) __inv_9
+
+theorem __viff_10 : ∀ (__v : (List (Prod Bool Nat))), __valid_10 __v = Bool.true ↔ __inv_10 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) __valid_9 __inv_9 __viff_9
+
+theorem __vrel_10 : ∀ (__v : (List (Prod Bool Nat))), _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_10 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_bool (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
+
+def __valid_11 : (List (Prod Int Nat)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) __valid_9
+
+def __inv_11 : (List (Prod Int Nat)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) __inv_9
+
+theorem __viff_11 : ∀ (__v : (List (Prod Int Nat))), __valid_11 __v = Bool.true ↔ __inv_11 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) __valid_9 __inv_9 __viff_9
+
+theorem __vrel_11 : ∀ (__v : (List (Prod Int Nat))), _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_11 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
+
+def __valid_12 : (List (Prod UInt64 Nat)) -> Bool :=
+  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) __valid_9
+
+def __inv_12 : (List (Prod UInt64 Nat)) -> Prop :=
+  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) __inv_9
+
+theorem __viff_12 : ∀ (__v : (List (Prod UInt64 Nat))), __valid_12 __v = Bool.true ↔ __inv_12 __v :=
+  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) __valid_9 __inv_9 __viff_9
+
+theorem __vrel_12 : ∀ (__v : (List (Prod UInt64 Nat))), _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_12 __v))) :=
+  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_u64 (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
+
+def entryFits (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : Bool :=
+  (if __valid_6 a then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) else Bool.true) else Bool.true)
+
+def entryValue (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  (if __valid_6 a then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none)
+
+/-- The entry's observation. -/
+def denoteEntry (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryFits a k i j b c d e u w) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryValue a k i j b c d e u w)) _root_.LexLeanPreservation.Obs.overflow
+
+/-- §17.12's invariants of the validated parameters. -/
+def accepts (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : Prop :=
+  (__inv_6 a ∧ (__inv_8 i ∧ (__inv_10 b ∧ (__inv_11 d ∧ (__inv_12 u ∧ _root_.True)))))
+
+theorem entry (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.RunConv __prog 13 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) a), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) k), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) i), (_root_.LexLeanTarget.TargetSyntax.Value.i8 j), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) b), (_root_.LexLeanTarget.TargetSyntax.Value.bool c), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) d), (_root_.LexLeanTarget.TargetSyntax.Value.int e), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) u), (_root_.LexLeanTarget.TargetSyntax.Value.u64 w)] (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denoteEntry a k i j b c d e u w) :=
+  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_6 a) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_6 a)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_8 i) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 i)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_10 b) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 b)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_11 d) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_11 d)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 a k i j b c d e u w else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_12 u) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_12 u)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))))))) (__rel_0 a k i j b c d e u w)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryFits]))
+
+theorem entry_accepts (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) (__h : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.accepts a k i j b c d e u w) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denoteEntry a k i j b c d e u w = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denote a k i j b c d e u w) := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryValue _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denote
+  simp only [_root_.if_true, (__viff_6 a).mpr __h.1, (__viff_8 i).mpr __h.2.1, (__viff_10 b).mpr __h.2.2.1, (__viff_11 d).mpr __h.2.2.2.1, (__viff_12 u).mpr __h.2.2.2.2.1]
+  cases __fits_0 a k i j b c d e u w <;> rfl
+
+theorem entry_refuses (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) (__h : ¬ _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.accepts a k i j b c d e u w) : _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denoteEntry a k i j b c d e u w = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.accepts at __h
+  unfold _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denoteEntry _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryFits _root_.LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryValue
+  cases __c0 : __valid_6 a
+  · simp
+  · cases __c1 : __valid_8 i
+    · simp
+    · cases __c2 : __valid_10 b
+      · simp
+      · cases __c3 : __valid_11 d
+        · simp
+        · cases __c4 : __valid_12 u
+          · simp
+          · exact _root_.absurd ⟨(__viff_6 a).mp __c0, (__viff_8 i).mp __c1, (__viff_10 b).mp __c2, (__viff_11 d).mp __c3, (__viff_12 u).mp __c4, _root_.trivial⟩ __h
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..c701a3a23
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/Compose/RustStd.lex.tex
@@ -0,0 +1,1570 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.root : @3073 := @3074 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.flags
+@3 := Nat
+@4 := String
+@5 := Prod.{0, 0}
+@6 := @5 @3
+@7 := @6 @4
+@8 := Bool
+@9 := @5 @7
+@10 := @9 @8
+@11 := List.{0}
+@12 := @11 @10
+@13 := #10
+@14 := LexLeanTarget.TargetSyntax.Value.nat
+@15 := LexLeanTarget.TargetSyntax.Value.string
+@16 := LexLeanPreservation.encPair
+@17 := @16 @3
+@18 := @17 @4
+@19 := @18 @14
+@20 := @19 @15
+@21 := LexLeanTarget.TargetSyntax.Value.bool
+@22 := @16 @7
+@23 := @22 @8
+@24 := @23 @20
+@25 := @24 @21
+@26 := LexLeanPreservation.encList
+@27 := @26 @10
+@28 := @27 @25
+@29 := @28 @13
+@30 := LexLeanTarget.TargetSyntax.Ty.nat
+@31 := LexLeanTarget.TargetSyntax.Ty.string
+@32 := LexLeanTarget.TargetSyntax.Ty.pair
+@33 := @32 @30
+@34 := @33 @31
+@35 := LexLeanTarget.TargetSyntax.Ty.bool
+@36 := @32 @34
+@37 := @36 @35
+@38 := LexLeanTarget.TargetSyntax.Ty.list
+@39 := @38 @37
+@40 := #0
+@41 := LexLeanTarget.TargetSyntax.Program
+@42 := LexLeanPreservation.Rust.RCrate
+@43 := LexLeanPreservation.Rust.Flags
+@44 := LexLeanPreservation.Rust.WT
+@45 := #3
+@46 := @44 @45
+@47 := #2
+@48 := @46 @47
+@49 := #1
+@50 := @48 @49
+@51 := @14 @40
+@57 := {p : @41} -> {c : @42} -> {A : @43} -> (n : @3) -> @50 @51 @30
+@59 := LexLeanPreservation.Rust.wt_nat @0
+@60 := @44 @0
+@62 := @60 @47 @49
+@67 := {c : @42} -> {A : @43} -> (n : @3) -> @62 @51 @30
+@68 := @59 @1
+@69 := @60 @1
+@70 := @69 @49
+@74 := {A : @43} -> (n : @3) -> @70 @51 @30
+@75 := @68 @2
+@76 := @69 @2
+@77 := @76 @51
+@78 := @77 @30
+@79 := (n : @3) -> @78
+@81 := fun (__x : @3) => @75 @40
+@82 := @15 @40
+@88 := {p : @41} -> {c : @42} -> {A : @43} -> (s : @4) -> @50 @82 @31
+@90 := LexLeanPreservation.Rust.wt_string @0
+@95 := {c : @42} -> {A : @43} -> (s : @4) -> @62 @82 @31
+@96 := @90 @1
+@100 := {A : @43} -> (s : @4) -> @70 @82 @31
+@101 := @96 @2
+@102 := @76 @82
+@103 := @102 @31
+@104 := (s : @4) -> @103
+@106 := fun (__x : @4) => @101 @40
+@107 := Sort 1
+@108 := LexLeanTarget.TargetSyntax.Value
+@109 := (a._@._internal._hyg.#0 : @49) -> @108
+@110 := LexLeanTarget.TargetSyntax.Ty
+@111 := #5
+@112 := #9
+@113 := @44 @112
+@114 := #8
+@115 := @113 @114
+@116 := #7
+@117 := @115 @116
+@118 := #4
+@119 := @118 @40
+@122 := (x : @111) -> @117 @119 @47
+@128 := (x : @111) -> @44 @13 @112 @114 @119 @47
+@129 := @5 @116
+@130 := #6
+@131 := @129 @130
+@132 := #11
+@135 := @44 @132 @13 @112
+@140 := @16 @114 @116 @130 @111 @40
+@141 := @135 @140
+@143 := @32 @118 @45
+@156 := {p : @41} ->
+  {c : @42} ->
+  {A : @43} ->
+  {α : @107} ->
+  {β : @107} ->
+  {ea : @109} ->
+  {eb : @109} -> {s : @110} -> {t : @110} -> (ha : @122) -> (hb : @128) -> (x : @131) -> @141 @143
+@158 := LexLeanPreservation.Rust.wt_encPair @0
+@183 := {c : @42} ->
+  {A : @43} ->
+  {α : @107} ->
+  {β : @107} ->
+  {ea : @109} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} ->
+  (ha : (x : @111) -> @60 @114 @116 @119 @47) ->
+  (hb : (x : @111) -> @60 @112 @114 @119 @47) -> (x : @131) -> @60 @13 @112 @140 @143
+@184 := @158 @1
+@205 := {A : @43} ->
+  {α : @107} ->
+  {β : @107} ->
+  {ea : @109} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} ->
+  (ha : (x : @111) -> @69 @116 @119 @47) ->
+  (hb : (x : @111) -> @69 @114 @119 @47) -> (x : @131) -> @69 @112 @140 @143
+@206 := @184 @2
+@208 := @76 @119 @47
+@209 := (x : @111) -> @208
+@220 := {α : @107} ->
+  {β : @107} ->
+  {ea : @109} ->
+  {eb : @109} ->
+  {s : @110} -> {t : @110} -> (ha : @209) -> (hb : @209) -> (x : @131) -> @76 @140 @143
+@221 := @206 @3
+@222 := (a._@._internal._hyg.#0 : @3) -> @108
+@223 := (x : @3) -> @208
+@238 := {β : @107} ->
+  {ea : @222} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @223) -> (hb : @209) -> (x : @6 @130) -> @76 (@17 @116 @130 @111 @40) @143
+@239 := @221 @4
+@240 := (a._@._internal._hyg.#0 : @4) -> @108
+@241 := (x : @4) -> @208
+@253 := {ea : @222} ->
+  {eb : @240} ->
+  {s : @110} -> {t : @110} -> (ha : @223) -> (hb : @241) -> (x : @7) -> @76 (@18 @130 @111 @40) @143
+@254 := @239 @14
+@256 := (x : @3) -> @77 @47
+@266 := {eb : @240} ->
+  {s : @110} -> {t : @110} -> (ha : @256) -> (hb : @241) -> (x : @7) -> @76 (@19 @111 @40) @143
+@267 := @254 @15
+@269 := (x : @4) -> @102 @47
+@271 := @76 (@20 @40)
+@277 := {s : @110} -> {t : @110} -> (ha : @256) -> (hb : @269) -> (x : @7) -> @271 @143
+@278 := @267 @30
+@279 := (x : @3) -> @78
+@285 := {t : @110} -> (ha : @279) -> (hb : @269) -> (x : @7) -> @271 (@33 @45)
+@286 := @278 @31
+@287 := (x : @4) -> @103
+@289 := (x : @7) -> @271 @34
+@291 := (ha : @279) -> (hb : @287) -> @289
+@293 := @286 @81 @106
+@295 := fun (__x : @7) => @293 @40
+@296 := @21 @40
+@302 := {p : @41} -> {c : @42} -> {A : @43} -> (b : @8) -> @50 @296 @35
+@304 := LexLeanPreservation.Rust.wt_bool @0
+@309 := {c : @42} -> {A : @43} -> (b : @8) -> @62 @296 @35
+@310 := @304 @1
+@314 := {A : @43} -> (b : @8) -> @70 @296 @35
+@315 := @310 @2
+@316 := @76 @296
+@317 := @316 @35
+@318 := (b : @8) -> @317
+@320 := fun (__x : @8) => @315 @40
+@321 := @206 @7
+@322 := (a._@._internal._hyg.#0 : @7) -> @108
+@323 := (x : @7) -> @208
+@338 := {β : @107} ->
+  {ea : @322} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @323) -> (hb : @209) -> (x : @9 @130) -> @76 (@22 @116 @130 @111 @40) @143
+@339 := @321 @8
+@340 := (a._@._internal._hyg.#0 : @8) -> @108
+@341 := (x : @8) -> @208
+@353 := {ea : @322} ->
+  {eb : @340} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @323) -> (hb : @341) -> (x : @10) -> @76 (@23 @130 @111 @40) @143
+@354 := @339 @20
+@356 := (x : @7) -> @271 @47
+@366 := {eb : @340} ->
+  {s : @110} -> {t : @110} -> (ha : @356) -> (hb : @341) -> (x : @10) -> @76 (@24 @111 @40) @143
+@367 := @354 @21
+@369 := (x : @8) -> @316 @47
+@371 := @76 (@25 @40)
+@377 := {s : @110} -> {t : @110} -> (ha : @356) -> (hb : @369) -> (x : @10) -> @371 @143
+@378 := @367 @34
+@384 := {t : @110} -> (ha : @289) -> (hb : @369) -> (x : @10) -> @371 (@36 @45)
+@385 := @378 @35
+@386 := (x : @8) -> @317
+@388 := (x : @10) -> @371 @37
+@390 := (ha : @289) -> (hb : @386) -> @388
+@394 := fun (__x : @10) => @385 @295 @320 @40
+@395 := (a._@._internal._hyg.#0 : @40) -> @108
+@398 := @44 @130 @111 @118
+@399 := @47 @40
+@402 := (x : @47) -> @398 @399 @49
+@403 := @11 @45
+@406 := @44 @116 @130 @111
+@409 := @26 @118 @45 @40
+@410 := @406 @409
+@411 := @38 @47
+@420 := {p : @41} ->
+  {c : @42} ->
+  {A : @43} -> {α : @107} -> {e : @395} -> {t : @110} -> (h : @402) -> (xs : @403) -> @410 @411
+@422 := LexLeanPreservation.Rust.wt_encList @0
+@424 := @60 @111 @118
+@438 := {c : @42} ->
+  {A : @43} ->
+  {α : @107} ->
+  {e : @395} ->
+  {t : @110} -> (h : (x : @47) -> @424 @399 @49) -> (xs : @403) -> @60 @130 @111 @409 @411
+@439 := @422 @1
+@440 := @69 @118
+@452 := {A : @43} ->
+  {α : @107} ->
+  {e : @395} -> {t : @110} -> (h : (x : @47) -> @440 @399 @49) -> (xs : @403) -> @69 @111 @409 @411
+@453 := @439 @2
+@455 := @76 @399 @49
+@463 := {α : @107} ->
+  {e : @395} -> {t : @110} -> (h : (x : @47) -> @455) -> (xs : @403) -> @76 @409 @411
+@464 := @453 @10
+@474 := {e : (a._@._internal._hyg.#0 : @10) -> @108} ->
+  {t : @110} -> (h : (x : @10) -> @455) -> (xs : @12) -> @76 (@27 @45 @40) @411
+@475 := @464 @25
+@477 := (x : @10) -> @371 @49
+@479 := @76 (@28 @40)
+@483 := {t : @110} -> (h : @477) -> (xs : @12) -> @479 @411
+@484 := @475 @37
+@487 := (h : @388) -> (xs : @12) -> @479 @39
+@489 := @484 @394 @13
+@491 := @76 @29 @39
+@492 := @20 @112
+@493 := @293 @112
+@495 := @76 @492 @34
+@496 := Int8
+@497 := @5 @496
+@498 := @497 @3
+@499 := @11 @498
+@500 := LexLeanTarget.TargetSyntax.Value.i8
+@501 := @16 @496
+@502 := @501 @3
+@503 := @502 @500
+@504 := @503 @14
+@505 := @26 @498
+@506 := @505 @504
+@507 := @506 @114
+@508 := LexLeanTarget.TargetSyntax.Ty.fixed
+@510 := @508 LexLeanTarget.TargetSyntax.IntKind.i8
+@511 := @32 @510
+@512 := @511 @30
+@513 := @38 @512
+@514 := @500 @40
+@520 := {p : @41} -> {c : @42} -> {A : @43} -> (x : @496) -> @50 @514 @510
+@522 := LexLeanPreservation.Rust.wt_i8 @0
+@527 := {c : @42} -> {A : @43} -> (x : @496) -> @62 @514 @510
+@528 := @522 @1
+@532 := {A : @43} -> (x : @496) -> @70 @514 @510
+@533 := @528 @2
+@534 := @76 @514
+@536 := (x : @496) -> @534 @510
+@538 := fun (__x : @496) => @533 @40
+@539 := @206 @496
+@540 := (a._@._internal._hyg.#0 : @496) -> @108
+@541 := (x : @496) -> @208
+@556 := {β : @107} ->
+  {ea : @540} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @541) -> (hb : @209) -> (x : @497 @130) -> @76 (@501 @116 @130 @111 @40) @143
+@557 := @539 @3
+@569 := {ea : @540} ->
+  {eb : @222} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @541) -> (hb : @223) -> (x : @498) -> @76 (@502 @130 @111 @40) @143
+@570 := @557 @500
+@572 := (x : @496) -> @534 @47
+@582 := {eb : @222} ->
+  {s : @110} -> {t : @110} -> (ha : @572) -> (hb : @223) -> (x : @498) -> @76 (@503 @111 @40) @143
+@583 := @570 @14
+@585 := @76 (@504 @40)
+@591 := {s : @110} -> {t : @110} -> (ha : @572) -> (hb : @256) -> (x : @498) -> @585 @143
+@592 := @583 @510
+@598 := {t : @110} -> (ha : @536) -> (hb : @256) -> (x : @498) -> @585 (@511 @45)
+@599 := @592 @30
+@601 := (x : @498) -> @585 @512
+@603 := (ha : @536) -> (hb : @279) -> @601
+@607 := fun (__x : @498) => @599 @538 @81 @40
+@608 := @453 @498
+@618 := {e : (a._@._internal._hyg.#0 : @498) -> @108} ->
+  {t : @110} -> (h : (x : @498) -> @455) -> (xs : @499) -> @76 (@505 @45 @40) @411
+@619 := @608 @504
+@621 := (x : @498) -> @585 @49
+@623 := @76 (@506 @40)
+@627 := {t : @110} -> (h : @621) -> (xs : @499) -> @623 @411
+@628 := @619 @512
+@631 := (h : @601) -> (xs : @499) -> @623 @513
+@633 := @628 @607 @114
+@635 := @76 @507 @513
+@636 := @500 @116
+@637 := @533 @116
+@639 := @76 @636 @510
+@640 := @5 @8
+@641 := @640 @3
+@642 := @11 @641
+@643 := @16 @8
+@644 := @643 @3
+@645 := @644 @21
+@646 := @645 @14
+@647 := @26 @641
+@648 := @647 @646
+@649 := @648 @130
+@650 := @32 @35
+@651 := @650 @30
+@652 := @38 @651
+@653 := @206 @8
+@668 := {β : @107} ->
+  {ea : @340} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @341) -> (hb : @209) -> (x : @640 @130) -> @76 (@643 @116 @130 @111 @40) @143
+@669 := @653 @3
+@681 := {ea : @340} ->
+  {eb : @222} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @341) -> (hb : @223) -> (x : @641) -> @76 (@644 @130 @111 @40) @143
+@682 := @669 @21
+@692 := {eb : @222} ->
+  {s : @110} -> {t : @110} -> (ha : @369) -> (hb : @223) -> (x : @641) -> @76 (@645 @111 @40) @143
+@693 := @682 @14
+@695 := @76 (@646 @40)
+@701 := {s : @110} -> {t : @110} -> (ha : @369) -> (hb : @256) -> (x : @641) -> @695 @143
+@702 := @693 @35
+@708 := {t : @110} -> (ha : @386) -> (hb : @256) -> (x : @641) -> @695 (@650 @45)
+@709 := @702 @30
+@711 := (x : @641) -> @695 @651
+@713 := (ha : @386) -> (hb : @279) -> @711
+@717 := fun (__x : @641) => @709 @320 @81 @40
+@718 := @453 @641
+@728 := {e : (a._@._internal._hyg.#0 : @641) -> @108} ->
+  {t : @110} -> (h : (x : @641) -> @455) -> (xs : @642) -> @76 (@647 @45 @40) @411
+@729 := @718 @646
+@731 := (x : @641) -> @695 @49
+@733 := @76 (@648 @40)
+@737 := {t : @110} -> (h : @731) -> (xs : @642) -> @733 @411
+@738 := @729 @651
+@741 := (h : @711) -> (xs : @642) -> @733 @652
+@743 := @738 @717 @130
+@745 := @76 @649 @652
+@746 := @21 @111
+@747 := @315 @111
+@749 := @76 @746 @35
+@750 := Int
+@751 := @5 @750
+@752 := @751 @3
+@753 := @11 @752
+@754 := LexLeanTarget.TargetSyntax.Value.int
+@755 := @16 @750
+@756 := @755 @3
+@757 := @756 @754
+@758 := @757 @14
+@759 := @26 @752
+@760 := @759 @758
+@761 := @760 @118
+@762 := LexLeanTarget.TargetSyntax.Ty.int
+@763 := @32 @762
+@764 := @763 @30
+@765 := @38 @764
+@766 := @754 @40
+@772 := {p : @41} -> {c : @42} -> {A : @43} -> (n : @750) -> @50 @766 @762
+@774 := LexLeanPreservation.Rust.wt_int @0
+@779 := {c : @42} -> {A : @43} -> (n : @750) -> @62 @766 @762
+@780 := @774 @1
+@784 := {A : @43} -> (n : @750) -> @70 @766 @762
+@785 := @780 @2
+@786 := @76 @766
+@787 := @786 @762
+@788 := (n : @750) -> @787
+@790 := fun (__x : @750) => @785 @40
+@791 := @206 @750
+@792 := (a._@._internal._hyg.#0 : @750) -> @108
+@793 := (x : @750) -> @208
+@808 := {β : @107} ->
+  {ea : @792} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @793) -> (hb : @209) -> (x : @751 @130) -> @76 (@755 @116 @130 @111 @40) @143
+@809 := @791 @3
+@821 := {ea : @792} ->
+  {eb : @222} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @793) -> (hb : @223) -> (x : @752) -> @76 (@756 @130 @111 @40) @143
+@822 := @809 @754
+@824 := (x : @750) -> @786 @47
+@834 := {eb : @222} ->
+  {s : @110} -> {t : @110} -> (ha : @824) -> (hb : @223) -> (x : @752) -> @76 (@757 @111 @40) @143
+@835 := @822 @14
+@837 := @76 (@758 @40)
+@843 := {s : @110} -> {t : @110} -> (ha : @824) -> (hb : @256) -> (x : @752) -> @837 @143
+@844 := @835 @762
+@845 := (x : @750) -> @787
+@851 := {t : @110} -> (ha : @845) -> (hb : @256) -> (x : @752) -> @837 (@763 @45)
+@852 := @844 @30
+@854 := (x : @752) -> @837 @764
+@856 := (ha : @845) -> (hb : @279) -> @854
+@860 := fun (__x : @752) => @852 @790 @81 @40
+@861 := @453 @752
+@871 := {e : (a._@._internal._hyg.#0 : @752) -> @108} ->
+  {t : @110} -> (h : (x : @752) -> @455) -> (xs : @753) -> @76 (@759 @45 @40) @411
+@872 := @861 @758
+@874 := (x : @752) -> @837 @49
+@876 := @76 (@760 @40)
+@880 := {t : @110} -> (h : @874) -> (xs : @753) -> @876 @411
+@881 := @872 @764
+@884 := (h : @854) -> (xs : @753) -> @876 @765
+@886 := @881 @860 @118
+@888 := @76 @761 @765
+@889 := @754 @45
+@890 := @785 @45
+@892 := @76 @889 @762
+@893 := UInt64
+@894 := @5 @893
+@895 := @894 @3
+@896 := @11 @895
+@897 := LexLeanTarget.TargetSyntax.Value.u64
+@898 := @16 @893
+@899 := @898 @3
+@900 := @899 @897
+@901 := @900 @14
+@902 := @26 @895
+@903 := @902 @901
+@904 := @903 @47
+@906 := @508 LexLeanTarget.TargetSyntax.IntKind.u64
+@907 := @32 @906
+@908 := @907 @30
+@909 := @38 @908
+@910 := @897 @40
+@916 := {p : @41} -> {c : @42} -> {A : @43} -> (x : @893) -> @50 @910 @906
+@918 := LexLeanPreservation.Rust.wt_u64 @0
+@923 := {c : @42} -> {A : @43} -> (x : @893) -> @62 @910 @906
+@924 := @918 @1
+@928 := {A : @43} -> (x : @893) -> @70 @910 @906
+@929 := @924 @2
+@930 := @76 @910
+@932 := (x : @893) -> @930 @906
+@934 := fun (__x : @893) => @929 @40
+@935 := @206 @893
+@936 := (a._@._internal._hyg.#0 : @893) -> @108
+@937 := (x : @893) -> @208
+@952 := {β : @107} ->
+  {ea : @936} ->
+  {eb : @109} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @937) -> (hb : @209) -> (x : @894 @130) -> @76 (@898 @116 @130 @111 @40) @143
+@953 := @935 @3
+@965 := {ea : @936} ->
+  {eb : @222} ->
+  {s : @110} ->
+  {t : @110} -> (ha : @937) -> (hb : @223) -> (x : @895) -> @76 (@899 @130 @111 @40) @143
+@966 := @953 @897
+@968 := (x : @893) -> @930 @47
+@978 := {eb : @222} ->
+  {s : @110} -> {t : @110} -> (ha : @968) -> (hb : @223) -> (x : @895) -> @76 (@900 @111 @40) @143
+@979 := @966 @14
+@981 := @76 (@901 @40)
+@987 := {s : @110} -> {t : @110} -> (ha : @968) -> (hb : @256) -> (x : @895) -> @981 @143
+@988 := @979 @906
+@994 := {t : @110} -> (ha : @932) -> (hb : @256) -> (x : @895) -> @981 (@907 @45)
+@995 := @988 @30
+@997 := (x : @895) -> @981 @908
+@999 := (ha : @932) -> (hb : @279) -> @997
+@1003 := fun (__x : @895) => @995 @934 @81 @40
+@1004 := @453 @895
+@1014 := {e : (a._@._internal._hyg.#0 : @895) -> @108} ->
+  {t : @110} -> (h : (x : @895) -> @455) -> (xs : @896) -> @76 (@902 @45 @40) @411
+@1015 := @1004 @901
+@1017 := (x : @895) -> @981 @49
+@1019 := @76 (@903 @40)
+@1023 := {t : @110} -> (h : @1017) -> (xs : @896) -> @1019 @411
+@1024 := @1015 @908
+@1027 := (h : @997) -> (xs : @896) -> @1019 @909
+@1029 := @1024 @1003 @47
+@1031 := @76 @904 @909
+@1032 := @897 @49
+@1033 := @929 @49
+@1035 := @76 @1032 @906
+@1036 := List.nil.{0}
+@1037 := List.cons.{0}
+@1038 := @1036 @108
+@1039 := @1037 @108
+@1041 := @1039 @1032 @1038
+@1043 := @1039 @904 @1041
+@1045 := @1039 @889 @1043
+@1047 := @1039 @761 @1045
+@1049 := @1039 @746 @1047
+@1051 := @1039 @649 @1049
+@1053 := @1039 @636 @1051
+@1055 := @1039 @507 @1053
+@1057 := @1039 @492 @1055
+@1059 := @1039 @29 @1057
+@1060 := @6 @108
+@1061 := 9
+@1064 := Prod.mk.{0, 0} @3 @108
+@1065 := @1064 @1061
+@1066 := @1065 @1032
+@1068 := @1064 8
+@1069 := @1068 @904
+@1071 := @1064 7
+@1072 := @1071 @889
+@1074 := @1064 6
+@1075 := @1074 @761
+@1077 := @1064 5
+@1078 := @1077 @746
+@1080 := @1064 4
+@1081 := @1080 @649
+@1083 := @1064 3
+@1084 := @1083 @636
+@1086 := @1064 2
+@1087 := @1086 @507
+@1089 := @1064 1
+@1090 := @1089 @492
+@1092 := @1064 0
+@1093 := @1092 @29
+@1094 := @1036 @1060
+@1095 := @1037 @1060
+@1097 := @1095 @1093 @1094
+@1099 := @1095 @1090 @1097
+@1101 := @1095 @1087 @1099
+@1103 := @1095 @1084 @1101
+@1105 := @1095 @1081 @1103
+@1107 := @1095 @1078 @1105
+@1109 := @1095 @1075 @1107
+@1111 := @1095 @1072 @1109
+@1113 := @1095 @1069 @1111
+@1115 := @1095 @1066 @1113
+@1116 := Bool.false
+@1117 := LexLeanTarget.TargetSyntax.Function
+@1118 := LexLeanTarget.TargetSyntax.Program.functions
+@1119 := @1118 @0
+@1120 := 13
+@1121 := @1036 @3
+@1122 := @1036 @110
+@1123 := LexLeanTarget.TargetSyntax.Ty.unit
+@1124 := LexLeanTarget.TargetSyntax.Value.unit
+@1127 := LexLeanTarget.TargetSyntax.Expr.value @1123 @1124
+@1132 := LexLeanTarget.TargetSyntax.Function.mk @1121 @1122 @1123 @1127
+@1137 := List.getD.{0} @1117 @1119 @1120 @1132
+@1141 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.root @40 @1120
+@1142 := LexLeanPreservation.Rust.WTL
+@1150 := {p : @41} -> {c : @42} -> {A : @43} -> @1142 @47 @49 @40 @1038 @1122
+@1152 := LexLeanPreservation.Rust.wtl_nil @0
+@1153 := @1142 @0
+@1159 := {c : @42} -> {A : @43} -> @1153 @49 @40 @1038 @1122
+@1160 := @1152 @1
+@1161 := @1153 @1
+@1165 := {A : @43} -> @1161 @40 @1038 @1122
+@1166 := @1160 @2
+@1167 := @1161 @2
+@1168 := @1167 @1038
+@1169 := @1168 @1122
+@1170 := @11 @108
+@1171 := @11 @110
+@1173 := @398 @45 @47
+@1178 := @1142 @116 @130 @111 @47 @49
+@1181 := @1142 @114 @116 @130
+@1183 := @1039 @111 @45
+@1184 := @1181 @1183
+@1185 := @1037 @110
+@1187 := @1185 @118 @47
+@1197 := {p : @41} ->
+  {c : @42} ->
+  {A : @43} ->
+  {v : @108} ->
+  {t : @110} -> {vs : @1170} -> {ts : @1171} -> (h : @1173) -> (hs : @1178) -> @1184 @1187
+@1199 := LexLeanPreservation.Rust.wtl_cons @0
+@1217 := {c : @42} ->
+  {A : @43} ->
+  {v : @108} ->
+  {t : @110} ->
+  {vs : @1170} ->
+  {ts : @1171} ->
+  (h : @424 @45 @47) -> (hs : @1153 @130 @111 @47 @49) -> @1153 @116 @130 @1183 @1187
+@1218 := @1199 @1
+@1233 := {A : @43} ->
+  {v : @108} ->
+  {t : @110} ->
+  {vs : @1170} ->
+  {ts : @1171} -> (h : @440 @45 @47) -> (hs : @1161 @111 @47 @49) -> @1161 @130 @1183 @1187
+@1234 := @1218 @2
+@1236 := @76 @45 @47
+@1238 := @1167 @47 @49
+@1246 := {v : @108} ->
+  {t : @110} -> {vs : @1170} -> {ts : @1171} -> (h : @1236) -> (hs : @1238) -> @1167 @1183 @1187
+@1247 := @1234 @1032
+@1248 := @897 @118
+@1250 := @76 @1248 @47
+@1251 := @897 @130
+@1252 := @1039 @1251
+@1260 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1250) -> (hs : @1238) -> @1167 (@1252 @45) @1187
+@1261 := @1247 @906
+@1262 := @897 @45
+@1264 := @76 @1262 @906
+@1265 := @897 @111
+@1266 := @1039 @1265
+@1268 := @1167 (@1266 @45)
+@1269 := @1185 @906
+@1270 := @1269 @47
+@1275 := {vs : @1170} -> {ts : @1171} -> (h : @1264) -> (hs : @1238) -> @1268 @1270
+@1276 := @1261 @1038
+@1277 := @897 @47
+@1279 := @76 @1277 @906
+@1280 := @1168 @49
+@1282 := @1039 @1248 @1038
+@1287 := {ts : @1171} -> (h : @1279) -> (hs : @1280) -> @1167 @1282 @1270
+@1288 := @1276 @1122
+@1290 := @1039 @1262 @1038
+@1291 := @1167 @1290
+@1292 := @1269 @1122
+@1295 := (h : @1035) -> (hs : @1169) -> @1291 @1292
+@1296 := @1288 @1033
+@1298 := @1039 @1277 @1038
+@1300 := @1167 @1298 @1292
+@1301 := (hs : @1169) -> @1300
+@1302 := @1296 @1166
+@1304 := @1167 @1041 @1292
+@1305 := @1234 @904
+@1306 := @903 @111
+@1308 := @76 @1306 @47
+@1309 := @903 @116
+@1310 := @1039 @1309
+@1318 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1308) -> (hs : @1238) -> @1167 (@1310 @45) @1187
+@1319 := @1305 @909
+@1320 := @903 @118
+@1322 := @76 @1320 @909
+@1323 := @903 @130
+@1324 := @1039 @1323
+@1326 := @1167 (@1324 @45)
+@1327 := @1185 @909
+@1328 := @1327 @47
+@1333 := {vs : @1170} -> {ts : @1171} -> (h : @1322) -> (hs : @1238) -> @1326 @1328
+@1334 := @1319 @1041
+@1335 := @903 @45
+@1337 := @76 @1335 @909
+@1338 := @1291 @49
+@1340 := @1039 @1306 @1282
+@1345 := {ts : @1171} -> (h : @1337) -> (hs : @1338) -> @1167 @1340 @1328
+@1346 := @1334 @1292
+@1348 := @1039 @1320 @1290
+@1349 := @1167 @1348
+@1350 := @1327 @1292
+@1353 := (h : @1031) -> (hs : @1300) -> @1349 @1350
+@1354 := @1346 @1029
+@1356 := @1039 @1335 @1298
+@1358 := @1167 @1356 @1350
+@1359 := (hs : @1304) -> @1358
+@1360 := @1354 @1302
+@1362 := @1167 @1043 @1350
+@1363 := @1234 @889
+@1364 := @754 @130
+@1366 := @76 @1364 @47
+@1367 := @754 @114
+@1368 := @1039 @1367
+@1376 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1366) -> (hs : @1238) -> @1167 (@1368 @45) @1187
+@1377 := @1363 @762
+@1378 := @754 @111
+@1380 := @76 @1378 @762
+@1381 := @754 @116
+@1382 := @1039 @1381
+@1384 := @1167 (@1382 @45)
+@1385 := @1185 @762
+@1386 := @1385 @47
+@1391 := {vs : @1170} -> {ts : @1171} -> (h : @1380) -> (hs : @1238) -> @1384 @1386
+@1392 := @1377 @1043
+@1393 := @754 @118
+@1395 := @76 @1393 @762
+@1396 := @1349 @49
+@1398 := @1039 @1364 @1340
+@1403 := {ts : @1171} -> (h : @1395) -> (hs : @1396) -> @1167 @1398 @1386
+@1404 := @1392 @1350
+@1406 := @1039 @1378 @1348
+@1407 := @1167 @1406
+@1408 := @1385 @1350
+@1411 := (h : @892) -> (hs : @1358) -> @1407 @1408
+@1412 := @1404 @890
+@1414 := @1039 @1393 @1356
+@1416 := @1167 @1414 @1408
+@1417 := (hs : @1362) -> @1416
+@1418 := @1412 @1360
+@1420 := @1167 @1045 @1408
+@1421 := @1234 @761
+@1422 := @760 @116
+@1424 := @76 @1422 @47
+@1425 := @760 @112
+@1426 := @1039 @1425
+@1434 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1424) -> (hs : @1238) -> @1167 (@1426 @45) @1187
+@1435 := @1421 @765
+@1436 := @760 @130
+@1438 := @76 @1436 @765
+@1439 := @760 @114
+@1440 := @1039 @1439
+@1442 := @1167 (@1440 @45)
+@1443 := @1185 @765
+@1444 := @1443 @47
+@1449 := {vs : @1170} -> {ts : @1171} -> (h : @1438) -> (hs : @1238) -> @1442 @1444
+@1450 := @1435 @1045
+@1451 := @760 @111
+@1453 := @76 @1451 @765
+@1454 := @1407 @49
+@1456 := @1039 @1422 @1398
+@1461 := {ts : @1171} -> (h : @1453) -> (hs : @1454) -> @1167 @1456 @1444
+@1462 := @1450 @1408
+@1464 := @1039 @1436 @1406
+@1465 := @1167 @1464
+@1466 := @1443 @1408
+@1469 := (h : @888) -> (hs : @1416) -> @1465 @1466
+@1470 := @1462 @886
+@1472 := @1039 @1451 @1414
+@1474 := @1167 @1472 @1466
+@1475 := (hs : @1420) -> @1474
+@1476 := @1470 @1418
+@1478 := @1167 @1047 @1466
+@1479 := @1234 @746
+@1480 := @21 @114
+@1482 := @76 @1480 @47
+@1483 := @21 @13
+@1484 := @1039 @1483
+@1492 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1482) -> (hs : @1238) -> @1167 (@1484 @45) @1187
+@1493 := @1479 @35
+@1494 := @21 @116
+@1496 := @76 @1494 @35
+@1497 := @21 @112
+@1498 := @1039 @1497
+@1500 := @1167 (@1498 @45)
+@1501 := @1185 @35
+@1502 := @1501 @47
+@1507 := {vs : @1170} -> {ts : @1171} -> (h : @1496) -> (hs : @1238) -> @1500 @1502
+@1508 := @1493 @1047
+@1509 := @21 @130
+@1511 := @76 @1509 @35
+@1512 := @1465 @49
+@1514 := @1039 @1480 @1456
+@1519 := {ts : @1171} -> (h : @1511) -> (hs : @1512) -> @1167 @1514 @1502
+@1520 := @1508 @1466
+@1522 := @1039 @1494 @1464
+@1523 := @1167 @1522
+@1524 := @1501 @1466
+@1527 := (h : @749) -> (hs : @1474) -> @1523 @1524
+@1528 := @1520 @747
+@1530 := @1039 @1509 @1472
+@1532 := @1167 @1530 @1524
+@1533 := (hs : @1478) -> @1532
+@1534 := @1528 @1476
+@1536 := @1167 @1049 @1524
+@1537 := @1234 @649
+@1538 := @648 @112
+@1540 := @76 @1538 @47
+@1541 := @648 @132
+@1542 := @1039 @1541
+@1550 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1540) -> (hs : @1238) -> @1167 (@1542 @45) @1187
+@1551 := @1537 @652
+@1552 := @648 @114
+@1554 := @76 @1552 @652
+@1555 := @648 @13
+@1556 := @1039 @1555
+@1558 := @1167 (@1556 @45)
+@1559 := @1185 @652
+@1560 := @1559 @47
+@1565 := {vs : @1170} -> {ts : @1171} -> (h : @1554) -> (hs : @1238) -> @1558 @1560
+@1566 := @1551 @1049
+@1567 := @648 @116
+@1569 := @76 @1567 @652
+@1570 := @1523 @49
+@1572 := @1039 @1538 @1514
+@1577 := {ts : @1171} -> (h : @1569) -> (hs : @1570) -> @1167 @1572 @1560
+@1578 := @1566 @1524
+@1580 := @1039 @1552 @1522
+@1581 := @1167 @1580
+@1582 := @1559 @1524
+@1585 := (h : @745) -> (hs : @1532) -> @1581 @1582
+@1586 := @1578 @743
+@1588 := @1039 @1567 @1530
+@1590 := @1167 @1588 @1582
+@1591 := (hs : @1536) -> @1590
+@1592 := @1586 @1534
+@1594 := @1167 @1051 @1582
+@1595 := @1234 @636
+@1596 := @500 @13
+@1598 := @76 @1596 @47
+@1599 := #12
+@1600 := @500 @1599
+@1601 := @1039 @1600
+@1609 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1598) -> (hs : @1238) -> @1167 (@1601 @45) @1187
+@1610 := @1595 @510
+@1611 := @500 @112
+@1613 := @76 @1611 @510
+@1614 := @500 @132
+@1615 := @1039 @1614
+@1617 := @1167 (@1615 @45)
+@1618 := @1185 @510
+@1619 := @1618 @47
+@1624 := {vs : @1170} -> {ts : @1171} -> (h : @1613) -> (hs : @1238) -> @1617 @1619
+@1625 := @1610 @1051
+@1626 := @500 @114
+@1628 := @76 @1626 @510
+@1629 := @1581 @49
+@1631 := @1039 @1596 @1572
+@1636 := {ts : @1171} -> (h : @1628) -> (hs : @1629) -> @1167 @1631 @1619
+@1637 := @1625 @1582
+@1639 := @1039 @1611 @1580
+@1640 := @1167 @1639
+@1641 := @1618 @1582
+@1644 := (h : @639) -> (hs : @1590) -> @1640 @1641
+@1645 := @1637 @637
+@1647 := @1039 @1626 @1588
+@1649 := @1167 @1647 @1641
+@1650 := (hs : @1594) -> @1649
+@1651 := @1645 @1592
+@1653 := @1167 @1053 @1641
+@1654 := @1234 @507
+@1655 := @506 @132
+@1657 := @76 @1655 @47
+@1658 := #13
+@1659 := @506 @1658
+@1660 := @1039 @1659
+@1668 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1657) -> (hs : @1238) -> @1167 (@1660 @45) @1187
+@1669 := @1654 @513
+@1670 := @506 @13
+@1672 := @76 @1670 @513
+@1673 := @506 @1599
+@1674 := @1039 @1673
+@1676 := @1167 (@1674 @45)
+@1677 := @1185 @513
+@1678 := @1677 @47
+@1683 := {vs : @1170} -> {ts : @1171} -> (h : @1672) -> (hs : @1238) -> @1676 @1678
+@1684 := @1669 @1053
+@1685 := @506 @112
+@1687 := @76 @1685 @513
+@1688 := @1640 @49
+@1690 := @1039 @1655 @1631
+@1695 := {ts : @1171} -> (h : @1687) -> (hs : @1688) -> @1167 @1690 @1678
+@1696 := @1684 @1641
+@1698 := @1039 @1670 @1639
+@1699 := @1167 @1698
+@1700 := @1677 @1641
+@1703 := (h : @635) -> (hs : @1649) -> @1699 @1700
+@1704 := @1696 @633
+@1706 := @1039 @1685 @1647
+@1708 := @1167 @1706 @1700
+@1709 := (hs : @1653) -> @1708
+@1710 := @1704 @1651
+@1712 := @1167 @1055 @1700
+@1713 := @1234 @492
+@1714 := @20 @1599
+@1716 := @76 @1714 @47
+@1717 := #14
+@1718 := @20 @1717
+@1719 := @1039 @1718
+@1727 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1716) -> (hs : @1238) -> @1167 (@1719 @45) @1187
+@1728 := @1713 @34
+@1729 := @20 @132
+@1731 := @76 @1729 @34
+@1732 := @20 @1658
+@1733 := @1039 @1732
+@1735 := @1167 (@1733 @45)
+@1736 := @1185 @34
+@1737 := @1736 @47
+@1742 := {vs : @1170} -> {ts : @1171} -> (h : @1731) -> (hs : @1238) -> @1735 @1737
+@1743 := @1728 @1055
+@1744 := @20 @13
+@1746 := @76 @1744 @34
+@1747 := @1699 @49
+@1749 := @1039 @1714 @1690
+@1754 := {ts : @1171} -> (h : @1746) -> (hs : @1747) -> @1167 @1749 @1737
+@1755 := @1743 @1700
+@1757 := @1039 @1729 @1698
+@1758 := @1167 @1757
+@1759 := @1736 @1700
+@1762 := (h : @495) -> (hs : @1708) -> @1758 @1759
+@1763 := @1755 @493
+@1765 := @1039 @1744 @1706
+@1767 := @1167 @1765 @1759
+@1768 := (hs : @1712) -> @1767
+@1769 := @1763 @1710
+@1771 := @1167 @1057 @1759
+@1772 := @1234 @29
+@1773 := @28 @1658
+@1775 := @76 @1773 @47
+@1776 := #15
+@1777 := @28 @1776
+@1778 := @1039 @1777
+@1786 := {t : @110} ->
+  {vs : @1170} -> {ts : @1171} -> (h : @1775) -> (hs : @1238) -> @1167 (@1778 @45) @1187
+@1787 := @1772 @39
+@1788 := @28 @1599
+@1790 := @76 @1788 @39
+@1791 := @28 @1717
+@1792 := @1039 @1791
+@1794 := @1167 (@1792 @45)
+@1795 := @1185 @39
+@1796 := @1795 @47
+@1801 := {vs : @1170} -> {ts : @1171} -> (h : @1790) -> (hs : @1238) -> @1794 @1796
+@1802 := @1787 @1057
+@1803 := @28 @132
+@1805 := @76 @1803 @39
+@1806 := @1758 @49
+@1808 := @1039 @1773 @1749
+@1809 := @1167 @1808
+@1813 := {ts : @1171} -> (h : @1805) -> (hs : @1806) -> @1809 @1796
+@1814 := @1802 @1759
+@1816 := @1039 @1788 @1757
+@1817 := @1167 @1816
+@1818 := @1795 @1759
+@1821 := (h : @491) -> (hs : @1767) -> @1817 @1818
+@1822 := @1814 @489
+@1824 := @1039 @1803 @1765
+@1825 := @1167 @1824
+@1827 := (hs : @1771) -> @1825 @1818
+@1828 := @1822 @1769
+@1829 := @1167 @1059
+@1830 := @1829 @1818
+@1831 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denoteEntry
+@1841 := @1831 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49
+@1842 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryFits
+@1852 := @1842 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49
+@1863 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entryValue
+    @13
+    @112
+    @114
+    @116
+    @130
+    @111
+    @118
+    @45
+    @47
+    @49
+@1874 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entry
+    @13
+    @112
+    @114
+    @116
+    @130
+    @111
+    @118
+    @45
+    @47
+    @49
+@1875 := Ne.{1}
+@1876 := LexLeanPreservation.Obs
+@1877 := @1875 @1876
+@1878 := LexLeanPreservation.Rel
+@1881 := @1877 (@1878 @49 @40)
+@1882 := LexLeanPreservation.Obs.stuck
+@1885 := (f : @8) -> (v : @108) -> @1881 @1882
+@1887 := LexLeanPreservation.Rust.rel_ne_stuck @1852
+@1902 := (v : @108) ->
+  @1877 (@1878 (@1842 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47) @40) @1882
+@1903 := @1887 @1863
+@1907 := @1877 (@1878 @1852 @1863) @1882
+@1908 := @11 @1060
+@1909 := LexLeanPreservation.Rust.FunSem
+@1915 := (n : @3) -> @1909 @112 @114 @116 @40 @130
+@1916 := Eq.{1}
+@1917 := Option.{0}
+@1918 := @1917 @1117
+@1919 := @1916 @1918
+@1926 := LexLeanRuntime.index (@11 @1117) @1117 (LexLeanRuntime.instIndexableList @1117)
+@1930 := @1919 (@1926 (@1118 @112) @130)
+@1931 := Option.some.{0}
+@1932 := @1931 @1117
+@1933 := @1932 @111
+@1934 := @1930 @1933
+@1938 := @1142 @13 @112 @114 @111
+@1939 := LexLeanTarget.TargetSyntax.Function.types
+@1940 := @1939 @130
+@1941 := @1938 @1940
+@1942 := @1917 @1908
+@1943 := @1916 @1942
+@1944 := LexLeanTarget.TargetSemantics.bindAll
+@1945 := LexLeanTarget.TargetSyntax.Function.parameters
+@1950 := @1943 (@1944 (@1945 @116) @130 @1094)
+@1951 := @1931 @1908
+@1952 := @1951 @111
+@1953 := @1950 @1952
+@1954 := @1917 @8
+@1955 := @1916 @1954
+@1956 := LexLeanPreservation.Rust.fnFallible
+@1959 := @1955 (@1956 @132 @112)
+@1960 := @1931 @8
+@1961 := @1960 @111
+@1962 := @1959 @1961
+@1963 := LexLeanPreservation.RunConv
+@1967 := @1963 @1658 @13 @114 @111
+@1969 := @1877 @130 @1882
+@1970 := Exists.{1}
+@1971 := LexLeanPreservation.Rust.ROut
+@1972 := @1970 @1971
+@1973 := And
+@1974 := LexLeanPreservation.Rust.RealizesFn
+@1978 := @1973 (@1974 @112 @114 @40)
+@1979 := LexLeanPreservation.Rust.RCI
+@1980 := @1979 @1776
+@1981 := LexLeanPreservation.Rust.fnIdent
+@1982 := @1981 @1658
+@1989 := (hne : @1969) -> @1972 (fun (ro : @1971) => @1978 (@1980 @1982 @132 @40))
+@2004 := {p : @41} ->
+  {c : @42} ->
+  {A : @43} ->
+  {f : @3} ->
+  {fn : @1117} ->
+  {args : @1170} ->
+  {env : @1908} ->
+  {F : @8} ->
+  {o : @1876} ->
+  (hB : @1915) ->
+  (hfn : @1934) -> (hwt : @1941) -> (hbind : @1953) -> (hF : @1962) -> (hA : @1967) -> @1989
+@2006 := LexLeanPreservation.Rust.compose @0
+@2007 := @1909 @0
+@2012 := (n : @3) -> @2007 @114 @116 @40 @130
+@2013 := @1926 @1119
+@2016 := @1919 (@2013 @130) @1933
+@2020 := @1153 @112 @114 @111 @1940
+@2021 := @1963 @0
+@2024 := @2021 @13 @114 @111
+@2038 := {c : @42} ->
+  {A : @43} ->
+  {f : @3} ->
+  {fn : @1117} ->
+  {args : @1170} ->
+  {env : @1908} ->
+  {F : @8} ->
+  {o : @1876} ->
+  (hB : @2012) ->
+  (hfn : @2016) -> (hwt : @2020) -> (hbind : @1953) -> (hF : @1962) -> (hA : @2024) -> @1989
+@2039 := @2006 @1
+@2040 := @2007 @1
+@2044 := (n : @3) -> @2040 @116 @40 @130
+@2047 := @1161 @114 @111 @1940
+@2048 := @1956 @1
+@2051 := @1955 (@2048 @112) @1961
+@2052 := @1979 @1
+@2062 := (hbind : @1953) ->
+  (hF : @2051) ->
+  (hA : @2024) -> (hne : @1969) -> @1972 (fun (ro : @1971) => @1978 (@2052 @1982 @132 @40))
+@2072 := {A : @43} ->
+  {f : @3} ->
+  {fn : @1117} ->
+  {args : @1170} ->
+  {env : @1908} ->
+  {F : @8} -> {o : @1876} -> (hB : @2044) -> (hfn : @2016) -> (hwt : @2047) -> @2062
+@2073 := @2039 @2
+@2075 := @2040 @2 @40
+@2077 := (n : @3) -> @2075 @130
+@2078 := @1167 @111
+@2079 := @2078 @1940
+@2088 := {f : @3} ->
+  {fn : @1117} ->
+  {args : @1170} ->
+  {env : @1908} ->
+  {F : @8} -> {o : @1876} -> (hB : @2077) -> (hfn : @2016) -> (hwt : @2079) -> @2062
+@2089 := @2073 @1120
+@2091 := (n : @3) -> @2075 @1120
+@2092 := @2013 @1120
+@2093 := @1919 @2092
+@2094 := @2093 @1933
+@2095 := @2048 @1120
+@2096 := @1955 @2095
+@2097 := @2096 @1961
+@2098 := @2021 @1120
+@2100 := @2098 @114 @111
+@2102 := @2052 (@1981 @1120)
+@2110 := (hF : @2097) ->
+  (hA : @2100) -> (hne : @1969) -> @1972 (fun (ro : @1971) => @1978 (@2102 @132 @40))
+@2119 := {fn : @1117} ->
+  {args : @1170} ->
+  {env : @1908} ->
+  {F : @8} ->
+  {o : @1876} -> (hB : @2091) -> (hfn : @2094) -> (hwt : @2079) -> (hbind : @1953) -> @2110
+@2120 := @2089 @1137
+@2122 := @2093 (@1932 @1137)
+@2123 := @1939 @1137
+@2124 := @2078 @2123
+@2126 := @1944 (@1945 @1137)
+@2138 := {args : @1170} ->
+  {env : @1908} ->
+  {F : @8} ->
+  {o : @1876} ->
+  (hB : @2091) ->
+  (hfn : @2122) -> (hwt : @2124) -> (hbind : @1943 (@2126 @130 @1094) @1952) -> @2110
+@2139 := @2120 @1059
+@2149 := @1778 (@1719 (@1660 (@1601 (@1542 (@1484 (@1426 (@1368 (@1310 (@1252 @1038)))))))))
+@2151 := @1167 @2149 @2123
+@2152 := #16
+@2182 := @1039
+    (@28 @2152)
+    (@1039
+      (@20 @1776)
+      (@1039
+        (@506 @1717)
+        (@1039
+          (@500 @1658)
+          (@1039
+            (@648 @1599)
+            (@1039
+              (@21 @132)
+              (@1039
+                (@760 @13)
+                (@1039 (@754 @112) (@1039 (@903 @114) (@1039 (@897 @116) @1038)))))))))
+@2186 := @1943 (@2126 @2182 @1094) @1952
+@2187 := #18
+@2189 := @1039 (@28 @2187)
+@2190 := #17
+@2218 := @2189
+    (@1039
+      (@20 @2190)
+      (@1039
+        (@506 @2152)
+        (@1039
+          (@500 @1776)
+          (@1039
+            (@648 @1717)
+            (@1039
+              (@21 @1658)
+              (@1039
+                (@760 @1599)
+                (@1039 (@754 @132) (@1039 (@903 @13) (@1039 (@897 @112) @1038)))))))))
+@2220 := @2098 @2218 @111
+@2223 := @1039 (@28 #21)
+@2224 := #20
+@2226 := @1039 (@20 @2224)
+@2227 := #19
+@2268 := {env : @1908} ->
+  {F : @8} ->
+  {o : @1876} ->
+  (hB : @2091) ->
+  (hfn : @2122) ->
+  (hwt : @2151) ->
+  (hbind : @2186) ->
+  (hF : @2097) ->
+  (hA : @2220) ->
+  (hne : @1969) ->
+  @1972
+    (fun (ro : @1971) =>
+    @1978
+      (@2102
+        (@2223
+          (@2226
+            (@1039
+              (@506 @2227)
+              (@1039
+                (@500 @2187)
+                (@1039
+                  (@648 @2190)
+                  (@1039
+                    (@21 @2152)
+                    (@1039
+                      (@760 @1776)
+                      (@1039 (@754 @1717) (@1039 (@903 @1658) (@1039 (@897 @1599) @1038))))))))))
+        @40))
+@2269 := @2139 @1115
+@2279 := @1792 (@1733 (@1674 (@1615 (@1556 (@1498 (@1440 (@1382 (@1324 (@1266 @1038)))))))))
+@2281 := @1167 @2279 @2123
+@2316 := @1943
+    (@2126 @2149 @1094)
+    (@1951
+      (@1095
+        (@1065 @1251)
+        (@1095
+          (@1068 @1309)
+          (@1095
+            (@1071 @1367)
+            (@1095
+              (@1074 @1425)
+              (@1095
+                (@1077 @1483)
+                (@1095
+                  (@1080 @1541)
+                  (@1095
+                    (@1083 @1600)
+                    (@1095 (@1086 @1659) (@1095 (@1089 @1718) (@1095 (@1092 @1777) @1094)))))))))))
+@2346 := @1039
+    (@28 @2190)
+    (@1039
+      (@20 @2152)
+      (@1039
+        (@506 @1776)
+        (@1039
+          (@500 @1717)
+          (@1039
+            (@648 @1658)
+            (@1039
+              (@21 @1599)
+              (@1039
+                (@760 @132)
+                (@1039 (@754 @13) (@1039 (@903 @112) (@1039 (@897 @114) @1038)))))))))
+@2392 := {F : @8} ->
+  {o : @1876} ->
+  (hB : @2091) ->
+  (hfn : @2122) ->
+  (hwt : @2281) ->
+  (hbind : @2316) ->
+  (hF : @2097) ->
+  (hA : @2098 @2346 @111) ->
+  (hne : @1969) ->
+  @1972
+    (fun (ro : @1971) =>
+    @1978
+      (@2102
+        (@1039
+          (@28 @2224)
+          (@1039
+            (@20 @2227)
+            (@1039
+              (@506 @2187)
+              (@1039
+                (@500 @2190)
+                (@1039
+                  (@648 @2152)
+                  (@1039
+                    (@21 @1776)
+                    (@1039
+                      (@760 @1717)
+                      (@1039 (@754 @1658) (@1039 (@903 @1599) (@1039 (@897 @132) @1038))))))))))
+        @40))
+@2393 := @2269 @1116
+@2394 := @1809 @2123
+@2429 := @1943
+    (@2126 @2279 @1094)
+    (@1951
+      (@1095
+        (@1065 @1265)
+        (@1095
+          (@1068 @1323)
+          (@1095
+            (@1071 @1381)
+            (@1095
+              (@1074 @1439)
+              (@1095
+                (@1077 @1497)
+                (@1095
+                  (@1080 @1555)
+                  (@1095
+                    (@1083 @1614)
+                    (@1095 (@1086 @1673) (@1095 (@1089 @1732) (@1095 (@1092 @1791) @1094)))))))))))
+@2431 := @2096 (@1960 @1116)
+@2433 := @2098 @2182 @111
+@2434 := @1974 @1116
+@2480 := {o : @1876} ->
+  (hB : @2091) ->
+  (hfn : @2122) ->
+  (hwt : @2394) ->
+  (hbind : @2429) ->
+  (hF : @2431) ->
+  (hA : @2433) ->
+  (hne : @1969) ->
+  @1972
+    (fun (ro : @1971) =>
+    @1973
+      (@2434 @114 @40)
+      (@2102
+        (@1039
+          (@28 @2227)
+          (@1039
+            (@20 @2187)
+            (@1039
+              (@506 @2190)
+              (@1039
+                (@500 @2152)
+                (@1039
+                  (@648 @1776)
+                  (@1039
+                    (@21 @1717)
+                    (@1039
+                      (@760 @1658)
+                      (@1039 (@754 @1599) (@1039 (@903 @132) (@1039 (@897 @13) @1038))))))))))
+        @40))
+@2481 := @2393 @1841
+@2482 := @1817 @2123
+@2517 := @1943
+    (@2126 @1808 @1094)
+    (@1951
+      (@1095
+        (@1065 @1248)
+        (@1095
+          (@1068 @1306)
+          (@1095
+            (@1071 @1364)
+            (@1095
+              (@1074 @1422)
+              (@1095
+                (@1077 @1480)
+                (@1095
+                  (@1080 @1538)
+                  (@1095
+                    (@1083 @1596)
+                    (@1095 (@1086 @1655) (@1095 (@1089 @1714) (@1095 (@1092 @1773) @1094)))))))))))
+@2518 := @2098 @2149
+@2528 := @1831 @1776 @1717 @1658 @1599 @132 @13 @112 @114 @116 @130
+@2529 := @2518 @2528
+@2539 := @1831 @2152 @1776 @1717 @1658 @1599 @132 @13 @112 @114 @116
+@2566 := (hB : @2091) ->
+  (hfn : @2122) ->
+  (hwt : @2482) ->
+  (hbind : @2517) ->
+  (hF : @2431) ->
+  (hA : @2529) ->
+  (hne : @1877 @2539 @1882) ->
+  @1972
+    (fun (ro : @1971) =>
+    @1973
+      (@2434 (@1831 @2187 @2190 @2152 @1776 @1717 @1658 @1599 @132 @13 @112) @40)
+      (@2102 @2218 @40))
+@2567 := @2481 @1141
+@2568 := @1825 @2123
+@2603 := @1943
+    (@2126 @1816 @1094)
+    (@1951
+      (@1095
+        (@1065 @1262)
+        (@1095
+          (@1068 @1320)
+          (@1095
+            (@1071 @1378)
+            (@1095
+              (@1074 @1436)
+              (@1095
+                (@1077 @1494)
+                (@1095
+                  (@1080 @1552)
+                  (@1095
+                    (@1083 @1611)
+                    (@1095 (@1086 @1670) (@1095 (@1089 @1729) (@1095 (@1092 @1788) @1094)))))))))))
+@2604 := @2098 @2279
+@2614 := @1831 @1717 @1658 @1599 @132 @13 @112 @114 @116 @130 @111
+@2641 := (hfn : @2122) ->
+  (hwt : @2568) ->
+  (hbind : @2603) ->
+  (hF : @2431) ->
+  (hA : @2604 @2614) ->
+  (hne : @1877 @2528 @1882) ->
+  @1972
+    (fun (ro : @1971) =>
+    @1973
+      (@2434 (@1831 @2190 @2152 @1776 @1717 @1658 @1599 @132 @13 @112 @114) @40)
+      (@2102 @2346 @40))
+@2642 := Eq.refl.{1}
+@2645 := @2567 (@2642 @1918 @2092)
+@2646 := @1829 @2123
+@2681 := @1943
+    (@2126 @1824 @1094)
+    (@1951
+      (@1095
+        (@1065 @1277)
+        (@1095
+          (@1068 @1335)
+          (@1095
+            (@1071 @1393)
+            (@1095
+              (@1074 @1451)
+              (@1095
+                (@1077 @1509)
+                (@1095
+                  (@1080 @1567)
+                  (@1095
+                    (@1083 @1626)
+                    (@1095 (@1086 @1685) (@1095 (@1089 @1744) (@1095 (@1092 @1803) @1094)))))))))))
+@2682 := @2098 @1808
+@2692 := @1831 @1658 @1599 @132 @13 @112 @114 @116 @130 @111 @118
+@2708 := (hwt : @2646) ->
+  (hbind : @2681) ->
+  (hF : @2431) ->
+  (hA : @2682 @2692) ->
+  (hne : @1877 @2614 @1882) -> @1972 (fun (ro : @1971) => @1973 (@2434 @2539 @40) (@2102 @2182 @40))
+@2709 := @2645 @1828
+@2711 := @2126 @1059 @1094
+@2714 := @1943 @2711 (@1951 @1115)
+@2715 := @2098 @1816
+@2725 := @1831 @1599 @132 @13 @112 @114 @116 @130 @111 @118 @45
+@2740 := (hbind : @2714) ->
+  (hF : @2431) ->
+  (hA : @2715 @2725) ->
+  (hne : @1877 @2692 @1882) -> @1972 (fun (ro : @1971) => @1973 (@2434 @2528 @40) (@2102 @2149 @40))
+@2743 := @2709 (@2642 @1942 @2711)
+@2744 := @2098 @1824
+@2754 := @1831 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47
+@2768 := (hF : @2431) ->
+  (hA : @2744 @2754) ->
+  (hne : @1877 @2725 @1882) -> @1972 (fun (ro : @1971) => @1973 (@2434 @2614 @40) (@2102 @2279 @40))
+@2771 := @2743 (@2642 @1954 @2095)
+@2773 := @2098 @1059 @1841
+@2775 := @1877 @2754 @1882
+@2776 := @2434 @2692
+@2778 := @1973 (@2776 @40)
+@2779 := @2102 @1808
+@2780 := @2779 @40
+@2785 := (hA : @2773) -> (hne : @2775) -> @1972 (fun (ro : @1971) => @2778 @2780)
+@2786 := @2771 @1874
+@2788 := @1877 @1841 @1882
+@2789 := @2434 @2725
+@2791 := @1973 (@2789 @40)
+@2792 := @2102 @1816
+@2797 := (hne : @2788) -> @1972 (fun (ro : @1971) => @2791 (@2792 @40))
+@2798 := @2786 @1903
+@2801 := @1973 (@2434 @2754 @40)
+@2803 := @2102 @1824 @40
+@2804 := @2801 @2803
+@2806 := @1972 (fun (ro : @1971) => @2804)
+@2807 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.accepts
+@2817 := @2807 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49
+@2818 := LexLeanPreservation.someObs
+@2819 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.denote
+@2830 := @2818 (@2819 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49)
+@2833 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
+@2834 := Not
+@2835 := @2834 @2817
+@2845 := @2807 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47
+@2856 := @2818 (@2819 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47)
+@2857 := @2834 @2845
+@2871 := @2845 -> @2434 (@2818 (@2819 @1599 @132 @13 @112 @114 @116 @130 @111 @118 @45)) @49
+@2872 := @2434 @2833
+@2873 := @2872 @49
+@2874 := @2857 -> @2873
+@2876 := @1973 @2871 @2874
+@2880 := @1972 (fun (__e_ro : @1971) => @1973 @2803 @2876)
+@2881 := fun (__e_ro : @1971) => @2804
+@2882 := @2789 @49
+@2883 := @2792 @49
+@2884 := And.left
+@2885 := And.right
+@2888 := @2884 @2882 @2883 @40
+@2891 := @2885 @2882 @2883 @40
+@2892 := @2434 @40
+@2894 := fun (__e_o : @1876) => @2892 @47
+@2895 := Eq.subst.{1}
+@2905 := @2807 @1599 @132 @13 @112 @114 @116 @130 @111 @118 @45
+@2906 := @2834 @2905
+@2918 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entry_accepts
+    @1658
+    @1599
+    @132
+    @13
+    @112
+    @114
+    @116
+    @130
+    @111
+    @118
+    @40
+@2929 := @2818 (@2819 @1658 @1599 @132 @13 @112 @114 @116 @130 @111 @118)
+@2934 := @2884 (@2776 @47) (@2779 @47) @49
+@2936 := fun (__e_o : @1876) => @2892 @45
+@2939 := @2895 @1876 @2936 @2692
+@2943 := fun (__e_h : @2905) => @2939 @2929 @2918 @2934
+@2955 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.entry_refuses
+    @1658
+    @1599
+    @132
+    @13
+    @112
+    @114
+    @116
+    @130
+    @111
+    @118
+    @40
+@2959 := fun (__e_h : @2906) => @2939 @2833 @2955 @2934
+@2960 := And.intro
+@2963 := @2905 -> @2434 @2929 @47
+@2965 := @2906 -> @2872 @47
+@2967 := @1973 @2963 @2965
+@2971 := @2960 @2963 @2965 @2943 @2959
+@2975 := @2960 @2883 @2967 @2891 @2971
+@2976 := Exists.intro.{1}
+@2977 := @1973 @2780
+@2987 := @2807 @1658 @1599 @132 @13 @112 @114 @116 @130 @111 @118
+@3007 := fun (__e_ro : @1971) =>
+  @2977
+    (@1973
+      (@2987 -> @2434 (@2818 (@2819 @1717 @1658 @1599 @132 @13 @112 @114 @116 @130 @111)) @49)
+      (@2834 @2987 -> @2873))
+@3011 := @2976 @1971 @3007 @49 @2975
+@3013 := @1973 @2882 @2883
+@3015 := fun (__e_ro : @1971) => fun (__e_hand : @2804) => @3011
+@3021 := Exists.elim.{1} @1971 @2881 @2880 @2798 @3015
+@3022 := LexLeanPreservation.Rust.RepresentableL
+@3023 := @28 @112
+@3024 := @20 @114
+@3025 := @506 @116
+@3026 := @500 @130
+@3027 := @648 @111
+@3028 := @21 @118
+@3029 := @760 @45
+@3030 := @754 @47
+@3031 := @903 @49
+@3033 := @1039 @910 @1038
+@3035 := @1039 @3031 @3033
+@3037 := @1039 @3030 @3035
+@3039 := @1039 @3029 @3037
+@3041 := @1039 @3028 @3039
+@3043 := @1039 @3027 @3041
+@3045 := @1039 @3026 @3043
+@3047 := @1039 @3025 @3045
+@3049 := @1039 @3024 @3047
+@3052 := @3022 (@1039 @3023 @3049)
+@3053 := (__e_hrep : @3052) -> @2880
+@3054 := fun (__e_hrep : @3052) => @3021
+@3055 := (w : @893) -> @3053
+@3056 := fun (w : @893) => @3054
+@3057 := (u : @896) -> @3055
+@3058 := fun (u : @896) => @3056
+@3059 := (e : @750) -> @3057
+@3060 := fun (e : @750) => @3058
+@3061 := (d : @753) -> @3059
+@3062 := fun (d : @753) => @3060
+@3063 := (c : @8) -> @3061
+@3064 := fun (c : @8) => @3062
+@3065 := (b : @642) -> @3063
+@3066 := fun (b : @642) => @3064
+@3067 := (j : @496) -> @3065
+@3068 := fun (j : @496) => @3066
+@3069 := (i : @499) -> @3067
+@3070 := fun (i : @499) => @3068
+@3071 := (k : @7) -> @3069
+@3072 := fun (k : @7) => @3070
+@3073 := (a : @12) -> @3071
+@3074 := fun (a : @12) => @3072
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/RustStd.lean
new file mode 100644
index 000000000..dc13375cd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/RustStd.lean
@@ -0,0 +1,137 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))),
+      body := (.build .pair (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))) [(.call 2 [(.var 2), (.var 3)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.option .nat))) [(.call 3 [(.var 4), (.var 5)]), (.build .pair (.pair (.option .nat) (.option .nat)) [(.call 4 [(.var 6), (.var 7)]), (.call 5 [(.var 8), (.var 9)])])])])]) },
+    { parameters := [0, 1], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)], result := (.option .bool),
+      body := (.«match» (.option .bool) (.var 0) [(.arm .nil [] (.build .none (.option .bool) [])), (.arm .cons [2, 3] (.«match» (.option .bool) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .bool) [])), (.arm .eq [] (.build .some (.option .bool) [(.second (.var 2))])), (.arm .gt [] (.call 1 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .bool .nat)), .bool], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair .int .nat)), .int], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 4 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0, 1], types := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
+    { parameters := [0], types := [(.list (.pair (.pair .nat .string) .bool))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 7 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 6 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.bool], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.list (.pair (.fixed .i8) .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [.nat], result := .bool,
+      body := (.build .true .bool []) },
+    { parameters := [0], types := [(.list (.pair .bool .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair .int .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0], types := [(.list (.pair (.fixed .u64) .nat))], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 12 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
+    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))),
+      body := (.cond (.call 6 [(.var 0)]) (.cond (.call 8 [(.var 2)]) (.cond (.call 10 [(.var 4)]) (.cond (.call 11 [(.var 6)]) (.cond (.call 12 [(.var 8)]) (.build .some (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5), (.var 6), (.var 7), (.var 8), (.var 9)])]) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .str) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.pair (.fixed .i8) .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 4)), type := (.list (.pair .bool .nat)) }, { pattern := (.bind (.generated .binding 5)), type := .bool }, { pattern := (.bind (.generated .binding 6)), type := (.list (.pair .int .nat)) }, { pattern := (.bind (.generated .binding 7)), type := .int }, { pattern := (.bind (.generated .binding 8)), type := (.list (.pair (.fixed .u64) .nat)) }, { pattern := (.bind (.generated .binding 9)), type := (.fixed .u64) }] (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))) (.mk [] (.pair (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 2) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.pair (.call (.function 3) [(.move (.generated .binding 4)), (.copy (.generated .binding 5))] false) (.pair (.call (.function 4) [(.move (.generated .binding 6)), (.copy (.generated .binding 7))] false) (.call (.function 5) [(.move (.generated .binding 8)), (.copy (.generated .binding 9))] false))))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .str) }] (.option .bool) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.none .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct (.none .bool) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .i8) .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .bool .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .bool }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))] (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.matchOn (.move (.generated .holder 17)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .int .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .u64) .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u64) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }] .bool (.mk [(.mk (.bind (.generated .holder 31)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false) (.mk [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 7) [{ pattern := .wild, type := .bool }] .bool (.mk [] (.lit (.bool true)))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .i8) .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 39)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false) (.mk [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 9) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .bool .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false) (.mk [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .int .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false) (.mk [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .u64) .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 63)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 63)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false) (.mk [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .str) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.pair (.fixed .i8) .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 4)), type := (.list (.pair .bool .nat)) }, { pattern := (.bind (.generated .binding 5)), type := .bool }, { pattern := (.bind (.generated .binding 6)), type := (.list (.pair .int .nat)) }, { pattern := (.bind (.generated .binding 7)), type := .int }, { pattern := (.bind (.generated .binding 8)), type := (.list (.pair (.fixed .u64) .nat)) }, { pattern := (.bind (.generated .binding 9)), type := (.fixed .u64) }] (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) (.mk [] (.cond (.call (.function 6) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 8) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 2) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.pair (.call (.function 3) [(.move (.generated .binding 4)), (.copy (.generated .binding 5))] false) (.pair (.call (.function 4) [(.move (.generated .binding 6)), (.copy (.generated .binding 7))] false) (.call (.function 5) [(.move (.generated .binding 8)), (.copy (.generated .binding 9))] false))))), [(9, (.fixed .u64), (some 9)), (8, (.list (.pair (.fixed .u64) .nat)), (some 8)), (7, .int, (some 7)), (6, (.list (.pair .int .nat)), (some 6)), (5, .bool, (some 5)), (4, (.list (.pair .bool .nat)), (some 4)), (3, (.fixed .i8), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .bool .nat)), .bool]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .int .nat)), .int]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.none .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct (.none .bool) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair (.pair .nat .string) .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .bool) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))]) (tail := (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct (.none .bool) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.pair .nat .string), (.pair .nat .string)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .bool) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))])) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.bool]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 6))) (Corr.second (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair (.fixed .i8) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))] (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.matchOn (.move (.generated .holder 17)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .bool .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))] (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [.bool, .bool]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .bool .nat)), .bool]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 18))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .int .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 20))) (Corr.first (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .int .nat)), .int]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair (.fixed .u64) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 26))) (Corr.first (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 30))) (Corr.second (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 31)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false) (.mk [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair (.pair .nat .string) .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false) (.mk [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false)) (lk := []) (Corr.callOps (ts := [.bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 32))) (Corr.second (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair (.pair .nat .string) .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))]) (ce := (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false)) (Corr.prim (ts := [(.pair .nat .string), (.pair .nat .string)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 34))) (Corr.first (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 35))) (Corr.first (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 6) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .bool, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 39)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false) (.mk [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair (.fixed .i8) .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair (.fixed .i8) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false) (.mk [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 40))) (Corr.second (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair (.fixed .i8) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (ce := (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 42))) (Corr.first (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 43))) (Corr.first (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false) (.mk [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .bool .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .bool .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false) (.mk [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 48))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .bool .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))]) (ce := (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [.bool, .bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 50))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 51))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 10) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .bool .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false) (.mk [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .int .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .int .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false) (.mk [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 56))) (Corr.second (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .int .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))]) (ce := (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 58))) (Corr.first (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 59))) (Corr.first (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 11) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .int .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 63)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 63)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false) (.mk [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair (.fixed .u64) .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair (.fixed .u64) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false) (.mk [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 64))) (Corr.second (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair (.fixed .u64) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))]) (ce := (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 66))) (Corr.first (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 67))) (Corr.first (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 12) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 6) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 8) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) []))), [(9, (.fixed .u64), (some 9)), (8, (.list (.pair (.fixed .u64) .nat)), (some 8)), (7, .int, (some 7)), (6, (.list (.pair .int .nat)), (some 6)), (5, .bool, (some 5)), (4, (.list (.pair .bool .nat)), (some 4)), (3, (.fixed .i8), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 6) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 8) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .bool .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 11) [(.clone (.generated .binding 6))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .int .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 8))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.build (ts := [(.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | _ + 14 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9.lean
similarity index 98%
rename from examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9.lean
rename to examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9.lean
index 1cf5edb0c..bb70d2b9d 100644
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9.lean
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9.lean
@@ -18,7 +18,7 @@ set_option maxRecDepth 100000
 set_option maxHeartbeats 0
 set_option synthInstance.maxHeartbeats 0
 set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9
 
 def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
   { adts := [], functions := [
@@ -37,4 +37,4 @@ def denote (x : Nat) (s : String) : _root_.LexLeanPreservation.Obs :=
 theorem root (x : Nat) (s : String) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x), (_root_.LexLeanTarget.TargetSyntax.Value.string s)] (_root_.LexLeanPreservation.Rel (__fits_0 x s) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.literals x s))) :=
   _root_.LexLeanPreservation.run_of_funRel (__rel_0 x s)
 
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..20f5ed5a5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/Compose/RustStd.lex.tex
@@ -0,0 +1,501 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9,
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.root : @1005 := @1006 {
+  all: [LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.program
+@1 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.krate
+@2 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.flags
+@3 := Nat
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@29 := @27 @4 @15
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@37 := @36 @15
+@41 := {A : @10} -> (n : @3) -> @37 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := String
+@51 := LexLeanTarget.TargetSyntax.Value.string
+@52 := @51 @15
+@53 := LexLeanTarget.TargetSyntax.Ty.string
+@54 := @51 @17
+@60 := {p : @8} -> {c : @9} -> {A : @10} -> (s : @50) -> @16 @54 @53
+@62 := LexLeanPreservation.Rust.wt_string @0
+@67 := {c : @9} -> {A : @10} -> (s : @50) -> @29 @54 @53
+@68 := @62 @1
+@72 := {A : @10} -> (s : @50) -> @37 @54 @53
+@73 := @68 @2
+@76 := (s : @50) -> @43 @54 @53
+@77 := @73 @15
+@79 := @43 @52 @53
+@80 := LexLeanTarget.TargetSyntax.Value
+@81 := List.nil.{0}
+@82 := List.cons.{0}
+@83 := @81 @80
+@84 := @82 @80
+@86 := @84 @52 @83
+@88 := @84 @6 @86
+@89 := Prod.{0, 0}
+@90 := @89 @3
+@91 := @90 @80
+@92 := 1
+@95 := Prod.mk.{0, 0} @3 @80
+@96 := @95 @92
+@97 := @96 @52
+@98 := 0
+@99 := @95 @98
+@100 := @99 @6
+@101 := @81 @91
+@102 := @82 @91
+@104 := @102 @100 @101
+@106 := @102 @97 @104
+@107 := Bool.false
+@108 := LexLeanTarget.TargetSyntax.Function
+@109 := LexLeanTarget.TargetSyntax.Program.functions
+@110 := @109 @0
+@111 := LexLeanTarget.TargetSyntax.Ty
+@112 := @81 @3
+@113 := @81 @111
+@114 := LexLeanTarget.TargetSyntax.Ty.unit
+@115 := LexLeanTarget.TargetSyntax.Value.unit
+@118 := LexLeanTarget.TargetSyntax.Expr.value @114 @115
+@123 := LexLeanTarget.TargetSyntax.Function.mk @112 @113 @114 @118
+@128 := List.getD.{0} @108 @110 @98 @123
+@132 := fun (__e_n : @3) =>
+  LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.root @17 @98
+@133 := LexLeanPreservation.Rust.WTL
+@141 := {p : @8} -> {c : @9} -> {A : @10} -> @133 @4 @15 @17 @83 @113
+@143 := LexLeanPreservation.Rust.wtl_nil @0
+@144 := @133 @0
+@150 := {c : @9} -> {A : @10} -> @144 @15 @17 @83 @113
+@151 := @143 @1
+@152 := @144 @1
+@156 := {A : @10} -> @152 @17 @83 @113
+@157 := @151 @2
+@158 := @152 @2
+@159 := @158 @83
+@160 := @159 @113
+@161 := List.{0}
+@162 := @161 @80
+@163 := @161 @111
+@164 := #6
+@165 := @11 @164
+@166 := #5
+@167 := @165 @166
+@168 := #4
+@171 := @167 @168 @12 @4
+@172 := #7
+@177 := @133 @172 @164 @166 @4 @15
+@178 := #8
+@181 := @133 @178 @172 @164
+@183 := @84 @166 @12
+@184 := @181 @183
+@185 := @82 @111
+@187 := @185 @168 @4
+@197 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @80} -> {t : @111} -> {vs : @162} -> {ts : @163} -> (h : @171) -> (hs : @177) -> @184 @187
+@199 := LexLeanPreservation.Rust.wtl_cons @0
+@219 := {c : @9} ->
+  {A : @10} ->
+  {v : @80} ->
+  {t : @111} ->
+  {vs : @162} ->
+  {ts : @163} ->
+  (h : @27 @166 @168 @12 @4) -> (hs : @144 @164 @166 @4 @15) -> @144 @172 @164 @183 @187
+@220 := @199 @1
+@236 := {A : @10} ->
+  {v : @80} ->
+  {t : @111} ->
+  {vs : @162} ->
+  {ts : @163} -> (h : @36 @168 @12 @4) -> (hs : @152 @166 @4 @15) -> @152 @164 @183 @187
+@237 := @220 @2
+@239 := @43 @12 @4
+@241 := @158 @4 @15
+@249 := {v : @80} ->
+  {t : @111} -> {vs : @162} -> {ts : @163} -> (h : @239) -> (hs : @241) -> @158 @183 @187
+@250 := @237 @52
+@251 := @51 @168
+@253 := @43 @251 @4
+@254 := @51 @164
+@255 := @84 @254
+@263 := {t : @111} ->
+  {vs : @162} -> {ts : @163} -> (h : @253) -> (hs : @241) -> @158 (@255 @12) @187
+@264 := @250 @53
+@265 := @51 @12
+@267 := @43 @265 @53
+@268 := @51 @166
+@269 := @84 @268
+@271 := @158 (@269 @12)
+@272 := @185 @53
+@273 := @272 @4
+@278 := {vs : @162} -> {ts : @163} -> (h : @267) -> (hs : @241) -> @271 @273
+@279 := @264 @83
+@280 := @51 @4
+@282 := @43 @280 @53
+@283 := @159 @15
+@285 := @84 @251 @83
+@290 := {ts : @163} -> (h : @282) -> (hs : @283) -> @158 @285 @273
+@291 := @279 @113
+@293 := @84 @265 @83
+@294 := @158 @293
+@295 := @272 @113
+@298 := (h : @79) -> (hs : @160) -> @294 @295
+@299 := @291 @77
+@301 := @84 @280 @83
+@303 := @158 @301 @295
+@304 := (hs : @160) -> @303
+@305 := @299 @157
+@307 := @158 @86 @295
+@308 := @237 @6
+@309 := @5 @166
+@311 := @43 @309 @4
+@312 := @5 @172
+@313 := @84 @312
+@321 := {t : @111} ->
+  {vs : @162} -> {ts : @163} -> (h : @311) -> (hs : @241) -> @158 (@313 @12) @187
+@322 := @308 @7
+@323 := @5 @168
+@325 := @43 @323 @7
+@326 := @5 @164
+@327 := @84 @326
+@329 := @158 (@327 @12)
+@330 := @185 @7
+@331 := @330 @4
+@336 := {vs : @162} -> {ts : @163} -> (h : @325) -> (hs : @241) -> @329 @331
+@337 := @322 @86
+@338 := @5 @12
+@340 := @43 @338 @7
+@341 := @294 @15
+@343 := @84 @309 @285
+@344 := @158 @343
+@348 := {ts : @163} -> (h : @340) -> (hs : @341) -> @344 @331
+@349 := @337 @295
+@351 := @84 @323 @293
+@352 := @158 @351
+@353 := @330 @295
+@356 := (h : @49) -> (hs : @303) -> @352 @353
+@357 := @349 @47
+@359 := @84 @338 @301
+@360 := @158 @359
+@362 := (hs : @307) -> @360 @353
+@363 := @357 @305
+@364 := @158 @88
+@365 := @364 @353
+@366 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.denote
+@368 := @366 @4 @15
+@369 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.__fits_0
+@371 := @369 @4 @15
+@374 := Coverage.Colls.literals @4 @15
+@376 := @89 @50 @3
+@377 := @161 @376
+@378 := @161 @3
+@379 := @90 @378
+@380 := @161 @379
+@382 := @89 @378 @380
+@383 := LexLeanPreservation.encPair
+@387 := @383 @50 @3 @51 @5
+@388 := LexLeanPreservation.encList
+@390 := @388 @376 @387
+@392 := @388 @3 @5
+@396 := @383 @3 @378 @5 @392
+@398 := @388 @379 @396
+@402 := @383 @378 @380 @392 @398
+@407 := @383 @377 @382 @390 @402 @374
+@410 := LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.root @4 @15
+@411 := Bool
+@412 := Ne.{1}
+@413 := LexLeanPreservation.Obs
+@414 := @412 @413
+@415 := LexLeanPreservation.Rel
+@418 := @414 (@415 @15 @17)
+@419 := LexLeanPreservation.Obs.stuck
+@422 := (f : @411) -> (v : @80) -> @418 @419
+@424 := LexLeanPreservation.Rust.rel_ne_stuck @371
+@431 := (v : @80) -> @414 (@415 (@369 @12 @4) @17) @419
+@432 := @424 @407
+@436 := @414 (@415 @371 @407) @419
+@437 := @161 @91
+@438 := LexLeanPreservation.Rust.FunSem
+@439 := #9
+@445 := (n : @3) -> @438 @439 @178 @172 @17 @164
+@446 := Eq.{1}
+@447 := Option.{0}
+@448 := @447 @108
+@449 := @446 @448
+@456 := LexLeanRuntime.index (@161 @108) @108 (LexLeanRuntime.instIndexableList @108)
+@460 := @449 (@456 (@109 @439) @164)
+@461 := Option.some.{0}
+@462 := @461 @108
+@463 := @462 @166
+@464 := @460 @463
+@465 := #10
+@469 := @133 @465 @439 @178 @166
+@470 := LexLeanTarget.TargetSyntax.Function.types
+@471 := @470 @164
+@472 := @469 @471
+@473 := @447 @437
+@474 := @446 @473
+@475 := LexLeanTarget.TargetSemantics.bindAll
+@476 := LexLeanTarget.TargetSyntax.Function.parameters
+@481 := @474 (@475 (@476 @172) @164 @101)
+@482 := @461 @437
+@483 := @482 @166
+@484 := @481 @483
+@485 := @447 @411
+@486 := @446 @485
+@487 := LexLeanPreservation.Rust.fnFallible
+@488 := #11
+@491 := @486 (@487 @488 @439)
+@492 := @461 @411
+@493 := @492 @166
+@494 := @491 @493
+@495 := LexLeanPreservation.RunConv
+@496 := #13
+@500 := @495 @496 @465 @178 @166
+@502 := @414 @164 @419
+@503 := Exists.{1}
+@504 := LexLeanPreservation.Rust.ROut
+@505 := @503 @504
+@506 := And
+@507 := LexLeanPreservation.Rust.RealizesFn
+@511 := @506 (@507 @439 @178 @17)
+@512 := LexLeanPreservation.Rust.RCI
+@514 := @512 #15
+@515 := LexLeanPreservation.Rust.fnIdent
+@516 := @515 @496
+@523 := (hne : @502) -> @505 (fun (ro : @504) => @511 (@514 @516 @488 @17))
+@538 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @108} ->
+  {args : @162} ->
+  {env : @437} ->
+  {F : @411} ->
+  {o : @413} ->
+  (hB : @445) ->
+  (hfn : @464) -> (hwt : @472) -> (hbind : @484) -> (hF : @494) -> (hA : @500) -> @523
+@540 := LexLeanPreservation.Rust.compose @0
+@541 := @438 @0
+@546 := (n : @3) -> @541 @178 @172 @17 @164
+@547 := @456 @110
+@550 := @449 (@547 @164) @463
+@554 := @144 @439 @178 @166 @471
+@555 := @495 @0
+@558 := @555 @465 @178 @166
+@572 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @108} ->
+  {args : @162} ->
+  {env : @437} ->
+  {F : @411} ->
+  {o : @413} ->
+  (hB : @546) ->
+  (hfn : @550) -> (hwt : @554) -> (hbind : @484) -> (hF : @494) -> (hA : @558) -> @523
+@573 := @540 @1
+@574 := @541 @1
+@578 := (n : @3) -> @574 @172 @17 @164
+@581 := @152 @178 @166 @471
+@582 := @487 @1
+@585 := @486 (@582 @439) @493
+@586 := @512 @1
+@596 := (hbind : @484) ->
+  (hF : @585) -> (hA : @558) -> (hne : @502) -> @505 (fun (ro : @504) => @511 (@586 @516 @488 @17))
+@606 := {A : @10} ->
+  {f : @3} ->
+  {fn : @108} ->
+  {args : @162} ->
+  {env : @437} -> {F : @411} -> {o : @413} -> (hB : @578) -> (hfn : @550) -> (hwt : @581) -> @596
+@607 := @573 @2
+@609 := @574 @2 @17
+@611 := (n : @3) -> @609 @164
+@612 := @158 @166
+@613 := @612 @471
+@622 := {f : @3} ->
+  {fn : @108} ->
+  {args : @162} ->
+  {env : @437} -> {F : @411} -> {o : @413} -> (hB : @611) -> (hfn : @550) -> (hwt : @613) -> @596
+@623 := @607 @98
+@625 := (n : @3) -> @609 @98
+@626 := @547 @98
+@627 := @449 @626
+@628 := @627 @463
+@629 := @582 @98
+@630 := @486 @629
+@631 := @630 @493
+@632 := @555 @98
+@634 := @632 @178 @166
+@636 := @586 (@515 @98)
+@644 := (hF : @631) -> (hA : @634) -> (hne : @502) -> @505 (fun (ro : @504) => @511 (@636 @488 @17))
+@653 := {fn : @108} ->
+  {args : @162} ->
+  {env : @437} ->
+  {F : @411} -> {o : @413} -> (hB : @625) -> (hfn : @628) -> (hwt : @613) -> (hbind : @484) -> @644
+@654 := @623 @128
+@656 := @627 (@462 @128)
+@657 := @470 @128
+@658 := @612 @657
+@660 := @475 (@476 @128)
+@672 := {args : @162} ->
+  {env : @437} ->
+  {F : @411} ->
+  {o : @413} ->
+  (hB : @625) -> (hfn : @656) -> (hwt : @658) -> (hbind : @474 (@660 @164 @101) @483) -> @644
+@673 := @654 @88
+@675 := @313 (@255 @83)
+@677 := @158 @675 @657
+@683 := @84 (@5 @178) (@84 (@51 @172) @83)
+@687 := @474 (@660 @683 @101) @483
+@693 := @84 (@5 @465) (@84 (@51 @439) @83)
+@695 := @632 @693 @166
+@697 := @84 (@5 @496)
+@698 := #12
+@717 := {env : @437} ->
+  {F : @411} ->
+  {o : @413} ->
+  (hB : @625) ->
+  (hfn : @656) ->
+  (hwt : @677) ->
+  (hbind : @687) ->
+  (hF : @631) ->
+  (hA : @695) ->
+  (hne : @502) -> @505 (fun (ro : @504) => @511 (@636 (@697 (@84 (@51 @698) @83)) @17))
+@718 := @673 @106
+@720 := @327 (@269 @83)
+@722 := @158 @720 @657
+@733 := @474 (@660 @675 @101) (@482 (@102 (@96 @254) (@102 (@99 @312) @101)))
+@739 := @84 (@5 @439) (@84 (@51 @178) @83)
+@761 := {F : @411} ->
+  {o : @413} ->
+  (hB : @625) ->
+  (hfn : @656) ->
+  (hwt : @722) ->
+  (hbind : @733) ->
+  (hF : @631) ->
+  (hA : @632 @739 @166) ->
+  (hne : @502) -> @505 (fun (ro : @504) => @511 (@636 (@84 (@5 @698) (@84 (@51 @488) @83)) @17))
+@762 := @718 @107
+@763 := @344 @657
+@774 := @474 (@660 @720 @101) (@482 (@102 (@96 @268) (@102 (@99 @326) @101)))
+@776 := @630 (@492 @107)
+@778 := @632 @683 @166
+@779 := @507 @107
+@801 := {o : @413} ->
+  (hB : @625) ->
+  (hfn : @656) ->
+  (hwt : @763) ->
+  (hbind : @774) ->
+  (hF : @776) ->
+  (hA : @778) ->
+  (hne : @502) ->
+  @505 (fun (ro : @504) => @506 (@779 @178 @17) (@636 (@84 (@5 @488) (@84 (@51 @465) @83)) @17))
+@802 := @762 @368
+@803 := @352 @657
+@814 := @474 (@660 @343 @101) (@482 (@102 (@96 @251) (@102 (@99 @309) @101)))
+@815 := @632 @675
+@817 := @366 @172 @164
+@818 := @815 @817
+@820 := @366 @178 @172
+@839 := (hB : @625) ->
+  (hfn : @656) ->
+  (hwt : @803) ->
+  (hbind : @814) ->
+  (hF : @776) ->
+  (hA : @818) ->
+  (hne : @414 @820 @419) ->
+  @505 (fun (ro : @504) => @506 (@779 (@366 @465 @439) @17) (@636 @693 @17))
+@840 := @802 @132
+@841 := @360 @657
+@852 := @474 (@660 @351 @101) (@482 (@102 (@96 @265) (@102 (@99 @323) @101)))
+@853 := @632 @720
+@855 := @366 @164 @166
+@874 := (hfn : @656) ->
+  (hwt : @841) ->
+  (hbind : @852) ->
+  (hF : @776) ->
+  (hA : @853 @855) ->
+  (hne : @414 @817 @419) ->
+  @505 (fun (ro : @504) => @506 (@779 (@366 @439 @178) @17) (@636 @739 @17))
+@875 := Eq.refl.{1}
+@878 := @840 (@875 @448 @626)
+@879 := @364 @657
+@890 := @474 (@660 @359 @101) (@482 (@102 (@96 @280) (@102 (@99 @338) @101)))
+@891 := @632 @343
+@893 := @366 @166 @168
+@909 := (hwt : @879) ->
+  (hbind : @890) ->
+  (hF : @776) ->
+  (hA : @891 @893) ->
+  (hne : @414 @855 @419) -> @505 (fun (ro : @504) => @506 (@779 @820 @17) (@636 @683 @17))
+@910 := @878 @363
+@912 := @660 @88 @101
+@915 := @474 @912 (@482 @106)
+@916 := @632 @351
+@918 := @366 @168 @12
+@933 := (hbind : @915) ->
+  (hF : @776) ->
+  (hA : @916 @918) ->
+  (hne : @414 @893 @419) -> @505 (fun (ro : @504) => @506 (@779 @817 @17) (@636 @675 @17))
+@936 := @910 (@875 @473 @912)
+@937 := @632 @359
+@939 := @366 @12 @4
+@953 := (hF : @776) ->
+  (hA : @937 @939) ->
+  (hne : @414 @918 @419) -> @505 (fun (ro : @504) => @506 (@779 @855 @17) (@636 @720 @17))
+@956 := @936 (@875 @485 @629)
+@970 := (hA : @632 @88 @368) ->
+  (hne : @414 @939 @419) -> @505 (fun (ro : @504) => @506 (@779 @893 @17) (@636 @343 @17))
+@971 := @956 @410
+@982 := (hne : @414 @368 @419) -> @505 (fun (ro : @504) => @506 (@779 @918 @17) (@636 @351 @17))
+@983 := @971 @432
+@989 := @506 (@779 @939 @17) (@636 @359 @17)
+@991 := @505 (fun (ro : @504) => @989)
+@993 := @505 (fun (__e_ro : @504) => @989)
+@994 := LexLeanPreservation.Rust.RepresentableL
+@995 := @5 @15
+@997 := @84 @54 @83
+@1000 := @994 (@84 @995 @997)
+@1001 := (__e_hrep : @1000) -> @993
+@1002 := fun (__e_hrep : @1000) => @983
+@1003 := (s : @50) -> @1001
+@1004 := fun (s : @50) => @1002
+@1005 := (x : @3) -> @1003
+@1006 := fun (x : @3) => @1004
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/RustStd.lean
new file mode 100644
index 000000000..faf524ebc
--- /dev/null
+++ b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.nat, .string], result := (.pair (.list (.pair .string .nat)) (.pair (.list .nat) (.list (.pair .nat (.list .nat))))),
+      body := (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.list .nat) (.list (.pair .nat (.list .nat))))) [(.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.value .string (.string "a")), (.var 0)]), (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.value .string (.string "b")), (.value .nat (.nat 2))]), (.build .nil (.list (.pair .string .nat)) [])])]), (.build .pair (.pair (.list .nat) (.list (.pair .nat (.list .nat)))) [(.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .nil (.list .nat) [])])]), (.build .cons (.list (.pair .nat (.list .nat))) [(.build .pair (.pair .nat (.list .nat)) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .nil (.list .nat) [])])]), (.build .cons (.list (.pair .nat (.list .nat))) [(.build .pair (.pair .nat (.list .nat)) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]), (.build .nil (.list (.pair .nat (.list .nat))) [])])])])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := .wild, type := .str }] (.pair (.list (.pair .str .nat)) (.pair (.list .nat) (.list (.pair .nat (.list .nat))))) (.mk [] (.pair (.construct .cons [(.pair (.lit (.str "a")) (.copy (.generated .binding 0))), (.construct .cons [(.pair (.lit (.str "b")) (.lit (.nat 2))), (.construct (.nil (.pair .str .nat)) [])])]) (.pair (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])]) (.construct .cons [(.pair (.lit (.nat 1)) (.construct .cons [(.lit (.nat 2)), (.construct (.nil .nat) [])])), (.construct .cons [(.pair (.lit (.nat 2)) (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])), (.construct (.nil (.pair .nat (.list .nat))) [])])])))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.construct .cons [(.pair (.lit (.str "a")) (.copy (.generated .binding 0))), (.construct .cons [(.pair (.lit (.str "b")) (.lit (.nat 2))), (.construct (.nil (.pair .str .nat)) [])])]) (.pair (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])]) (.construct .cons [(.pair (.lit (.nat 1)) (.construct .cons [(.lit (.nat 2)), (.construct (.nil .nat) [])])), (.construct .cons [(.pair (.lit (.nat 2)) (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])), (.construct (.nil (.pair .nat (.list .nat))) [])])]))), [(1, .string, none), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat (.list .nat)), (.list (.pair .nat (.list .nat)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat (.list .nat)), (.list (.pair .nat (.list .nat)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0.lean
deleted file mode 100644
index 3e8c56279..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0.lean
+++ /dev/null
@@ -1,404 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[(.list .nat), (.list (.adt 0)), (.list (.pair .string .int)), (.option (.adt 0)), (.list (.pair .nat (.adt 0)))], [(.list (.pair .nat .int))], [(.result (.adt 0) .nat)]] },
-    { constructors := [[(.list (.pair .string .int)), .string]] }], functions := [
-    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))),
-      body := (.build .pair (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))) [(.call 1 [(.var 0)]), (.build .pair (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))) [(.var 1), (.build .pair (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))) [(.var 2), (.var 3)])])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.prim .length [(.var 1)])), (.arm (.adt 1) [6] (.prim .length [(.var 6)])), (.arm (.adt 2) [7] (.value .nat (.nat 0)))]) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.cond (.call 3 [(.var 1)]) (.cond (.call 4 [(.var 2)]) (.cond (.call 5 [(.var 3)]) (.cond (.call 7 [(.var 4)]) (.cond (.call 8 [(.var 5)]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))), (.arm (.adt 1) [6] (.cond (.call 11 [(.var 6)]) (.build .true .bool []) (.build .false .bool []))), (.arm (.adt 2) [7] (.cond (.call 12 [(.var 7)]) (.build .true .bool []) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0], types := [(.list (.adt 0))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 2 [(.var 1)]) (.call 4 [(.var 2)]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair .string .int))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.int], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.option (.adt 0))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 2 [(.var 1)]))]) },
-    { parameters := [0], types := [(.list (.pair .nat (.adt 0)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.var 1)]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.pair .nat (.adt 0))], result := .bool,
-      body := (.cond (.call 10 [(.first (.var 0))]) (.call 2 [(.second (.var 0))]) (.build .false .bool [])) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.list (.pair .nat .int))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.result (.adt 0) .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .ok [1] (.call 2 [(.var 1)])), (.arm .error [2] (.call 10 [(.var 2)]))]) },
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2] (.cond (.call 5 [(.var 1)]) (.build .true .bool []) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.option (.list .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 3 [(.var 1)]))]) },
-    { parameters := [0], types := [(.list (.list (.pair .nat .bool)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 16 [(.var 1)]) (.call 15 [(.var 2)]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair .nat .bool))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 17 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 16 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.bool], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))),
-      body := (.cond (.call 2 [(.var 0)]) (.cond (.call 13 [(.var 1)]) (.cond (.call 14 [(.var 2)]) (.cond (.call 15 [(.var 3)]) (.build .some (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3)])]) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) }] }
-
-mutual
-def __enc_0 : (Coverage.Boundary.Grove) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __x0), (_root_.LexLeanTarget.TargetSyntax.Value.list (__items_0 __x1)), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) __x2), (__aux_1 __x3), (_root_.LexLeanTarget.TargetSyntax.Value.list (__items_3 __x4))]
-  | Coverage.Boundary.Grove.leaf __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) __x0)]
-  | Coverage.Boundary.Grove.settled __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 [(__aux_4 __x0)]
-
-def __items_0 : (List (Coverage.Boundary.Grove)) -> List _root_.LexLeanTarget.TargetSyntax.Value
-  | [] => []
-  | __x0 :: __x1 => (__enc_0 __x0) :: __items_0 __x1
-
-def __aux_1 : (Option (Coverage.Boundary.Grove)) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | none => _root_.LexLeanTarget.TargetSyntax.Value.none
-  | some __x0 => _root_.LexLeanTarget.TargetSyntax.Value.some (__enc_0 __x0)
-
-def __aux_2 : (Prod Nat (Coverage.Boundary.Grove)) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | (__x0, __x1) => _root_.LexLeanTarget.TargetSyntax.Value.pair (_root_.LexLeanTarget.TargetSyntax.Value.nat __x0) (__enc_0 __x1)
-
-def __items_3 : (List (Prod Nat (Coverage.Boundary.Grove))) -> List _root_.LexLeanTarget.TargetSyntax.Value
-  | [] => []
-  | __x0 :: __x1 => (__aux_2 __x0) :: __items_3 __x1
-
-def __aux_4 : (Except Nat (Coverage.Boundary.Grove)) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Except.error __x0 => _root_.LexLeanTarget.TargetSyntax.Value.error (_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)
-  | Except.ok __x0 => _root_.LexLeanTarget.TargetSyntax.Value.ok (__enc_0 __x0)
-
-end
-
-def __L_0 : _root_.LexLeanPreservation.ListEnc (Coverage.Boundary.Grove) :=
-  ⟨__enc_0, __items_0, __items_0.eq_1, __items_0.eq_2⟩
-
-def __O_1 : _root_.LexLeanPreservation.OptEnc (Coverage.Boundary.Grove) :=
-  ⟨__enc_0, __aux_1, __aux_1.eq_1, __aux_1.eq_2⟩
-
-def __L_3 : _root_.LexLeanPreservation.ListEnc (Prod Nat (Coverage.Boundary.Grove)) :=
-  ⟨__aux_2, __items_3, __items_3.eq_1, __items_3.eq_2⟩
-
-def __enc_1 (__s : (Coverage.Boundary.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) (__s).entries), (_root_.LexLeanTarget.TargetSyntax.Value.string (__s).owner)]
-
-def __fits_1 (g : (Coverage.Boundary.Grove)) : Bool :=
-  (Bool.true && (match g with | Coverage.Boundary.Grove.node tags children labels spare paired => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.setSize (tags) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.leaf weights => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.mapSize (weights) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.settled outcome => Bool.true))
-
-theorem __rel_1 (g : (Coverage.Boundary.Grove)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 g)] (_root_.LexLeanPreservation.Rel (__fits_1 g) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Boundary.groveTags g))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Coverage.Boundary.Grove)) => (match __a with | Coverage.Boundary.Grove.node tags children labels spare paired => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.setSize (tags) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.leaf weights => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.mapSize (weights) : Nat) 18446744073709551616)) | Coverage.Boundary.Grove.settled outcome => Bool.true)) (fun (__a : (Coverage.Boundary.Grove)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Coverage.Boundary.Grove.node tags children labels spare paired => (_root_.LexLeanCollections.setSize (tags) : Nat) | Coverage.Boundary.Grove.leaf weights => (_root_.LexLeanCollections.mapSize (weights) : Nat) | Coverage.Boundary.Grove.settled outcome => (0 : Nat))) g (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Coverage.Boundary.Grove)) _ => match __a with | Coverage.Boundary.Grove.node tags children labels spare paired => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) tags))) | Coverage.Boundary.Grove.leaf weights => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) weights)))) | Coverage.Boundary.Grove.settled outcome => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value)))))
-
-def __fits_0 (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_1 (g))) && (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-attribute [local irreducible] Coverage.Boundary.groveTags in
-theorem __rel_0 (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.FunRel __prog 0 [(__enc_0 g), (__enc_1 ledger), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) picks), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) spare)] (_root_.LexLeanPreservation.Rel (__fits_0 g ledger picks spare) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (g))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def denote (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 g ledger picks spare) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.RunConv __prog 0 [(__enc_0 g), (__enc_1 ledger), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) picks), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) spare)] (_root_.LexLeanPreservation.Rel (__fits_0 g ledger picks spare) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 g ledger picks spare)
-
-def __valid_3 : (List Nat) -> Bool :=
-  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-def __inv_3 : (List Nat) -> Prop :=
-  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-theorem __viff_3 : ∀ (__v : (List Nat)), __valid_3 __v = Bool.true ↔ __inv_3 __v :=
-  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-theorem __vrel_3 : ∀ (__v : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_3 __v))) :=
-  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) rfl
-
-def __valid_6 : Int -> Bool :=
-  fun _ => Bool.true
-
-def __inv_6 : Int -> Prop :=
-  fun _ => _root_.True
-
-theorem __viff_6 : ∀ (__v : Int), __valid_6 __v = Bool.true ↔ __inv_6 __v :=
-  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
-
-theorem __vrel_6 : ∀ (__v : Int), _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.int __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_6 __v))) :=
-  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.int rfl
-
-def __valid_5 : (List (Prod String Int)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_6
-
-def __inv_5 : (List (Prod String Int)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __inv_6
-
-theorem __viff_5 : ∀ (__v : (List (Prod String Int))), __valid_5 __v = Bool.true ↔ __inv_5 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_6 __inv_6 __viff_6
-
-theorem __vrel_5 : ∀ (__v : (List (Prod String Int))), _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_5 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) __valid_6 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) __vrel_6 rfl
-
-def __valid_10 : Nat -> Bool :=
-  fun _ => Bool.true
-
-def __inv_10 : Nat -> Prop :=
-  fun _ => _root_.True
-
-theorem __viff_10 : ∀ (__v : Nat), __valid_10 __v = Bool.true ↔ __inv_10 __v :=
-  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
-
-theorem __vrel_10 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_10 __v))) :=
-  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
-
-def __valid_11 : (List (Prod Nat Int)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_6
-
-def __inv_11 : (List (Prod Nat Int)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_6
-
-theorem __viff_11 : ∀ (__v : (List (Prod Nat Int))), __valid_11 __v = Bool.true ↔ __inv_11 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_6 __inv_6 __viff_6
-
-theorem __vrel_11 : ∀ (__v : (List (Prod Nat Int))), _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_11 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_6 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int)) (fun _ => rfl) __vrel_6 rfl
-
-mutual
-def __valid_2 : (Coverage.Boundary.Grove) -> Bool
-  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => (if __valid_3 __x0 then (if __valid_4 __x1 then (if __valid_5 __x2 then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false) else Bool.false) else Bool.false)
-  | Coverage.Boundary.Grove.leaf __x0 => (if __valid_11 __x0 then Bool.true else Bool.false)
-  | Coverage.Boundary.Grove.settled __x0 => (if __valid_12 __x0 then Bool.true else Bool.false)
-
-def __valid_4 : (List (Coverage.Boundary.Grove)) -> Bool
-  | [] => Bool.true
-  | __x0 :: __x1 => if __valid_2 __x0 then __valid_4 __x1 else Bool.false
-
-def __valid_7 : (Option (Coverage.Boundary.Grove)) -> Bool
-  | none => Bool.true
-  | some __x0 => __valid_2 __x0
-
-def __valid_8 : (List (Prod Nat (Coverage.Boundary.Grove))) -> Bool
-  | [] => Bool.true
-  | __x0 :: __x1 => if __valid_9 __x0 then __valid_8 __x1 else Bool.false
-
-def __valid_9 : (Prod Nat (Coverage.Boundary.Grove)) -> Bool
-  | (__x0, __x1) => if __valid_10 __x0 then __valid_2 __x1 else Bool.false
-
-def __valid_12 : (Except Nat (Coverage.Boundary.Grove)) -> Bool
-  | Except.error __x0 => __valid_10 __x0
-  | Except.ok __x0 => __valid_2 __x0
-
-end
-
-mutual
-def __inv_2 : (Coverage.Boundary.Grove) -> Prop
-  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => (__inv_3 __x0 ∧ (__inv_4 __x1 ∧ (__inv_5 __x2 ∧ (__inv_7 __x3 ∧ (__inv_8 __x4 ∧ _root_.True)))))
-  | Coverage.Boundary.Grove.leaf __x0 => (__inv_11 __x0 ∧ _root_.True)
-  | Coverage.Boundary.Grove.settled __x0 => (__inv_12 __x0 ∧ _root_.True)
-
-def __inv_4 : (List (Coverage.Boundary.Grove)) -> Prop
-  | [] => _root_.True
-  | __x0 :: __x1 => __inv_2 __x0 ∧ __inv_4 __x1
-
-def __inv_7 : (Option (Coverage.Boundary.Grove)) -> Prop
-  | none => _root_.True
-  | some __x0 => __inv_2 __x0
-
-def __inv_8 : (List (Prod Nat (Coverage.Boundary.Grove))) -> Prop
-  | [] => _root_.True
-  | __x0 :: __x1 => __inv_9 __x0 ∧ __inv_8 __x1
-
-def __inv_9 : (Prod Nat (Coverage.Boundary.Grove)) -> Prop
-  | (__x0, __x1) => __inv_10 __x0 ∧ __inv_2 __x1
-
-def __inv_12 : (Except Nat (Coverage.Boundary.Grove)) -> Prop
-  | Except.error __x0 => __inv_10 __x0
-  | Except.ok __x0 => __inv_2 __x0
-
-end
-
-mutual
-theorem __viff_2 : ∀ (__v : (Coverage.Boundary.Grove)), __valid_2 __v = Bool.true ↔ __inv_2 __v
-  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => by rw [__valid_2.eq_def, __inv_2.eq_def]; exact (_root_.LexLeanPreservation.condAnd_iff (__viff_3 __x0) (_root_.LexLeanPreservation.condAnd_iff (__viff_4 __x1) (_root_.LexLeanPreservation.condAnd_iff (__viff_5 __x2) (_root_.LexLeanPreservation.condAnd_iff (__viff_7 __x3) (_root_.LexLeanPreservation.condAnd_iff (__viff_8 __x4) _root_.LexLeanPreservation.trueIff)))))
-  | Coverage.Boundary.Grove.leaf __x0 => by rw [__valid_2.eq_def, __inv_2.eq_def]; exact (_root_.LexLeanPreservation.condAnd_iff (__viff_11 __x0) _root_.LexLeanPreservation.trueIff)
-  | Coverage.Boundary.Grove.settled __x0 => by rw [__valid_2.eq_def, __inv_2.eq_def]; exact (_root_.LexLeanPreservation.condAnd_iff (__viff_12 __x0) _root_.LexLeanPreservation.trueIff)
-
-theorem __viff_4 : ∀ (__v : (List (Coverage.Boundary.Grove))), __valid_4 __v = Bool.true ↔ __inv_4 __v
-  | [] => by rw [__valid_4.eq_def, __inv_4.eq_def]; exact _root_.LexLeanPreservation.trueIff
-  | __x0 :: __x1 => by rw [__valid_4.eq_def, __inv_4.eq_def]; exact _root_.LexLeanPreservation.condAnd_iff (__viff_2 __x0) (__viff_4 __x1)
-
-theorem __viff_7 : ∀ (__v : (Option (Coverage.Boundary.Grove))), __valid_7 __v = Bool.true ↔ __inv_7 __v
-  | none => by rw [__valid_7.eq_def, __inv_7.eq_def]; exact _root_.LexLeanPreservation.trueIff
-  | some __x0 => by rw [__valid_7.eq_def, __inv_7.eq_def]; exact __viff_2 __x0
-
-theorem __viff_8 : ∀ (__v : (List (Prod Nat (Coverage.Boundary.Grove)))), __valid_8 __v = Bool.true ↔ __inv_8 __v
-  | [] => by rw [__valid_8.eq_def, __inv_8.eq_def]; exact _root_.LexLeanPreservation.trueIff
-  | __x0 :: __x1 => by rw [__valid_8.eq_def, __inv_8.eq_def]; exact _root_.LexLeanPreservation.condAnd_iff (__viff_9 __x0) (__viff_8 __x1)
-
-theorem __viff_9 : ∀ (__v : (Prod Nat (Coverage.Boundary.Grove))), __valid_9 __v = Bool.true ↔ __inv_9 __v
-  | (__x0, __x1) => by rw [__valid_9.eq_def, __inv_9.eq_def]; exact _root_.LexLeanPreservation.condAnd_iff (__viff_10 __x0) (__viff_2 __x1)
-
-theorem __viff_12 : ∀ (__v : (Except Nat (Coverage.Boundary.Grove))), __valid_12 __v = Bool.true ↔ __inv_12 __v
-  | Except.error __x0 => by rw [__valid_12.eq_def, __inv_12.eq_def]; exact __viff_10 __x0
-  | Except.ok __x0 => by rw [__valid_12.eq_def, __inv_12.eq_def]; exact __viff_2 __x0
-
-end
-
-mutual
-theorem __vrel_2 : ∀ (__v : (Coverage.Boundary.Grove)), _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_2 __v)))
-  | Coverage.Boundary.Grove.node __x0 __x1 __x2 __x3 __x4 => by rw [__valid_2.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_4 __x1 then (if __valid_5 __x2 then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false) else Bool.false) else Bool.false)) (__valid_3 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_3 __x0)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_5 __x2 then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false) else Bool.false)) (__valid_4 __x1) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_4 __x1)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_7 __x3 then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false) else Bool.false)) (__valid_5 __x2) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_5 __x2)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then (if __valid_8 __x4 then Bool.true else Bool.false) else Bool.false)) (__valid_7 __x3) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_7 __x3)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_8 __x4) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 __x4)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))) rfl
-  | Coverage.Boundary.Grove.leaf __x0 => by rw [__valid_2.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_11 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_11 __x0)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) rfl
-  | Coverage.Boundary.Grove.settled __x0 => by rw [__valid_2.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_12 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_12 __x0)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))))) rfl
-
-theorem __vrel_4 : ∀ (__v : (List (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 4 [((_root_.LexLeanPreservation.ListEnc.enc __L_0) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_4 __v)))
-  | [] => by rw [__valid_4.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))
-  | __x0 :: __x1 => by rw [__valid_4.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then __valid_4 __x1 else Bool.false)) (__valid_2 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x0)) (fun _ => _root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_4 __x1)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) rfl
-
-theorem __vrel_7 : ∀ (__v : (Option (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.OptEnc.enc __O_1) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_7 __v)))
-  | none => by rw [__valid_7.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))
-  | some __x0 => by rw [__valid_7.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x0)))))) rfl
-
-theorem __vrel_8 : ∀ (__v : (List (Prod Nat (Coverage.Boundary.Grove)))), _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.ListEnc.enc __L_3) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_8 __v)))
-  | [] => by rw [__valid_8.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)))
-  | __x0 :: __x1 => by rw [__valid_8.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then __valid_8 __x1 else Bool.false)) (__valid_9 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_9 __x0)) (fun _ => _root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 __x1)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) rfl
-
-theorem __vrel_9 : ∀ (__v : (Prod Nat (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 9 [(__aux_2 __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_9 __v)))
-  | (__x0, __x1) => by rw [__valid_9.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then __valid_2 __x1 else Bool.false)) (__valid_10 __x0) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__vrel_10 __x0)) (fun _ => _root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x1)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) rfl
-
-theorem __vrel_12 : ∀ (__v : (Except Nat (Coverage.Boundary.Grove))), _root_.LexLeanPreservation.FunRel __prog 12 [(__aux_4 __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_12 __v)))
-  | Except.error __x0 => by rw [__valid_12.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 __x0)))))) rfl
-  | Except.ok __x0 => by rw [__valid_12.eq_def]; exact _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 __x0))))) rfl
-
-end
-
-theorem __vinv_4 : ∀ (__v : (List (Coverage.Boundary.Grove))), __inv_4 __v ↔ _root_.LexLeanPreservation.InvList __inv_2 __v :=
-  _root_.LexLeanPreservation.invList_eqs __inv_2 __inv_4 (by rw [__inv_4.eq_def]) (fun _ _ => by rw [__inv_4.eq_def])
-
-theorem __vinv_7 : ∀ (__v : (Option (Coverage.Boundary.Grove))), __inv_7 __v ↔ _root_.LexLeanPreservation.InvOption __inv_2 __v
-  | none => by rw [__inv_7.eq_def]; exact Iff.rfl
-  | some _ => by rw [__inv_7.eq_def]; exact Iff.rfl
-
-theorem __vinv_8 : ∀ (__v : (List (Prod Nat (Coverage.Boundary.Grove)))), __inv_8 __v ↔ _root_.LexLeanPreservation.InvList __inv_9 __v :=
-  _root_.LexLeanPreservation.invList_eqs __inv_9 __inv_8 (by rw [__inv_8.eq_def]) (fun _ _ => by rw [__inv_8.eq_def])
-
-theorem __vinv_9 : ∀ (__v : (Prod Nat (Coverage.Boundary.Grove))), __inv_9 __v ↔ _root_.LexLeanPreservation.InvPair __inv_10 __inv_2 __v
-  | (_, _) => by rw [__inv_9.eq_def]; exact Iff.rfl
-
-theorem __vinv_12 : ∀ (__v : (Except Nat (Coverage.Boundary.Grove))), __inv_12 __v ↔ _root_.LexLeanPreservation.InvExcept __inv_10 __inv_2 __v
-  | Except.error _ => by rw [__inv_12.eq_def]; exact Iff.rfl
-  | Except.ok _ => by rw [__inv_12.eq_def]; exact Iff.rfl
-
-def __valid_13 (__s : (Coverage.Boundary.Ledger)) : Bool :=
-  (if __valid_5 (__s).entries then Bool.true else Bool.false)
-
-def __inv_13 (__s : (Coverage.Boundary.Ledger)) : Prop :=
-  (__inv_5 (__s).entries ∧ _root_.True)
-
-theorem __viff_13 : ∀ (__s : (Coverage.Boundary.Ledger)), __valid_13 __s = Bool.true ↔ __inv_13 __s :=
-  fun __s => (_root_.LexLeanPreservation.condAnd_iff (__viff_5 (__s).entries) _root_.LexLeanPreservation.trueIff)
-
-theorem __vrel_13 : ∀ (__s : (Coverage.Boundary.Ledger)), _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 __s)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_13 __s))) :=
-  fun __s => _root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun _ => Bool.true) (fun __c => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __c then Bool.true else Bool.false)) (__valid_5 (__s).entries) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_5 (__s).entries)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))))) rfl
-
-def __valid_14 : (Option (List Nat)) -> Bool :=
-  _root_.LexLeanPreservation.validOption __valid_3
-
-def __inv_14 : (Option (List Nat)) -> Prop :=
-  _root_.LexLeanPreservation.InvOption __inv_3
-
-theorem __viff_14 : ∀ (__v : (Option (List Nat))), __valid_14 __v = Bool.true ↔ __inv_14 __v :=
-  _root_.LexLeanPreservation.validOption_inv __valid_3 __inv_3 __viff_3
-
-theorem __vrel_14 : ∀ (__v : (Option (List Nat))), _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_14 __v))) :=
-  _root_.LexLeanPreservation.tpl_validOption __valid_3 __vrel_3 rfl
-
-def __valid_17 : Bool -> Bool :=
-  fun _ => Bool.true
-
-def __inv_17 : Bool -> Prop :=
-  fun _ => _root_.True
-
-theorem __viff_17 : ∀ (__v : Bool), __valid_17 __v = Bool.true ↔ __inv_17 __v :=
-  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
-
-theorem __vrel_17 : ∀ (__v : Bool), _root_.LexLeanPreservation.FunRel __prog 17 [(_root_.LexLeanTarget.TargetSyntax.Value.bool __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_17 __v))) :=
-  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.bool rfl
-
-def __valid_16 : (List (Prod Nat Bool)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_17
-
-def __inv_16 : (List (Prod Nat Bool)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_17
-
-theorem __viff_16 : ∀ (__v : (List (Prod Nat Bool))), __valid_16 __v = Bool.true ↔ __inv_16 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_17 __inv_17 __viff_17
-
-theorem __vrel_16 : ∀ (__v : (List (Prod Nat Bool))), _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_16 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_17 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (fun _ => rfl) __vrel_17 rfl
-
-def __valid_15 : (List (List (Prod Nat Bool))) -> Bool :=
-  _root_.LexLeanPreservation.validList __valid_16
-
-def __inv_15 : (List (List (Prod Nat Bool))) -> Prop :=
-  _root_.LexLeanPreservation.InvList __inv_16
-
-theorem __viff_15 : ∀ (__v : (List (List (Prod Nat Bool)))), __valid_15 __v = Bool.true ↔ __inv_15 __v :=
-  _root_.LexLeanPreservation.validList_inv __valid_16 __inv_16 __viff_16
-
-theorem __vrel_15 : ∀ (__v : (List (List (Prod Nat Bool)))), _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_15 __v))) :=
-  _root_.LexLeanPreservation.tpl_validList __valid_16 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) (fun _ => rfl) __vrel_16 rfl
-
-def entryFits (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : Bool :=
-  (if __valid_2 g then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) else Bool.true) else Bool.true)
-
-def entryValue (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_2 g then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryFits g ledger picks spare) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryValue g ledger picks spare)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : Prop :=
-  (__inv_2 g ∧ (__inv_13 ledger ∧ (__inv_14 picks ∧ (__inv_15 spare ∧ _root_.True))))
-
-theorem entry (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) : _root_.LexLeanPreservation.RunConv __prog 18 [(__enc_0 g), (__enc_1 ledger), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) picks), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool))) spare)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denoteEntry g ledger picks spare) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_13 ledger then (if __valid_14 picks then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_2 g) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_2 g)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_14 picks then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_14 picks then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_13 ledger) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_13 ledger)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_15 spare then __fits_0 g ledger picks spare else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_15 spare then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_14 picks) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_14 picks)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 g ledger picks spare else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair __enc_1 (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)))))) (Coverage.Boundary.groveRoot g ledger picks spare))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_15 spare) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_15 spare)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))) (__rel_0 g ledger picks spare)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryFits]))
-
-theorem entry_accepts (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.accepts g ledger picks spare) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denoteEntry g ledger picks spare = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denote g ledger picks spare) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denote
-  simp only [_root_.if_true, (__viff_2 g).mpr __h.1, (__viff_13 ledger).mpr __h.2.1, (__viff_14 picks).mpr __h.2.2.1, (__viff_15 spare).mpr __h.2.2.2.1]
-  cases __fits_0 g ledger picks spare <;> rfl
-
-theorem entry_refuses (g : (Coverage.Boundary.Grove)) (ledger : (Coverage.Boundary.Ledger)) (picks : (Option (List Nat))) (spare : (List (List (Prod Nat Bool)))) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.accepts g ledger picks spare) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denoteEntry g ledger picks spare = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryValue
-  cases __c0 : __valid_2 g
-  · simp
-  · cases __c1 : __valid_13 ledger
-    · simp
-    · cases __c2 : __valid_14 picks
-      · simp
-      · cases __c3 : __valid_15 spare
-        · simp
-        · exact _root_.absurd ⟨(__viff_2 g).mp __c0, (__viff_13 ledger).mp __c1, (__viff_14 picks).mp __c2, (__viff_15 spare).mp __c3, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/Compose/RustStd.lex.tex
deleted file mode 100644
index 3a5abf3af..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,1883 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_0 : @2059 := @2058 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_0 : @2081 := @2080 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_1 : @2103 := @2102 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_3 : @2125 := @2124 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_3],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_4 : @2147 := @2146 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_4],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_2 : @2169 := @2168 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_1 : @2176 := @2362 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.root : @3729 := @3730 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.flags
-@3 := Coverage.Boundary.Grove
-@4 := #0
-@5 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := fun (__v : @3) => @15
-@17 := List.{0}
-@18 := @17 @3
-@19 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__items_0
-@20 := @19 @4
-@21 := LexLeanPreservation.Rust.WTAll
-@22 := @21 @0
-@23 := @22 @1
-@24 := @23 @2
-@26 := @24 @20 @10
-@27 := fun (__v : @18) => @26
-@28 := Option.{0}
-@29 := @28 @3
-@30 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__aux_1
-@31 := @30 @4
-@32 := LexLeanTarget.TargetSyntax.Ty.option
-@33 := @32 @10
-@35 := @13 @31 @33
-@36 := fun (__v : @29) => @35
-@37 := Nat
-@38 := Prod.{0, 0}
-@39 := @38 @37
-@40 := @39 @3
-@41 := @17 @40
-@42 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__items_3
-@43 := @42 @4
-@44 := LexLeanTarget.TargetSyntax.Ty.nat
-@45 := LexLeanTarget.TargetSyntax.Ty.pair
-@46 := @45 @44
-@47 := @46 @10
-@49 := @24 @43 @47
-@50 := fun (__v : @41) => @49
-@53 := Except.{0, 0} @37 @3
-@54 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__aux_4
-@55 := @54 @4
-@56 := LexLeanTarget.TargetSyntax.Ty.result
-@57 := @56 @10
-@58 := @57 @44
-@60 := @13 @55 @58
-@61 := fun (__v : @53) => @60
-@62 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__aux_2
-@65 := @13 (@62 @4) @47
-@66 := fun (__v : @40) => @65
-@67 := #7
-@68 := #6
-@69 := #2
-@70 := #5
-@71 := #4
-@72 := #1
-@73 := #3
-@74 := LexLeanTarget.TargetSyntax.Value.nat
-@75 := LexLeanPreservation.encList
-@76 := @75 @37
-@77 := @76 @74
-@78 := @77 @67
-@79 := LexLeanTarget.TargetSyntax.Ty.list
-@80 := @79 @44
-@81 := LexLeanTarget.TargetSyntax.Program
-@82 := LexLeanPreservation.Rust.RCrate
-@83 := LexLeanPreservation.Rust.Flags
-@86 := @7 @73 @69 @72
-@87 := @74 @4
-@93 := {p : @81} -> {c : @82} -> {A : @83} -> (n : @37) -> @86 @87 @44
-@95 := LexLeanPreservation.Rust.wt_nat @0
-@97 := @11 @69 @72
-@102 := {c : @82} -> {A : @83} -> (n : @37) -> @97 @87 @44
-@103 := @95 @1
-@104 := @12 @72
-@108 := {A : @83} -> (n : @37) -> @104 @87 @44
-@109 := @103 @2
-@110 := @13 @87
-@111 := @110 @44
-@112 := (n : @37) -> @111
-@113 := @109 @4
-@114 := fun (__x : @37) => @113
-@115 := Sort 1
-@116 := LexLeanTarget.TargetSyntax.Value
-@117 := (a._@._internal._hyg.#0 : @4) -> @116
-@118 := LexLeanTarget.TargetSyntax.Ty
-@121 := @7 @68 @70 @71
-@122 := @69 @4
-@125 := (x : @69) -> @121 @122 @72
-@126 := @17 @73
-@129 := @7 @67 @68 @70
-@132 := @75 @71 @73 @4
-@133 := @129 @132
-@134 := @79 @69
-@143 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} -> {α : @115} -> {e : @117} -> {t : @118} -> (h : @125) -> (xs : @126) -> @133 @134
-@145 := LexLeanPreservation.Rust.wt_encList @0
-@147 := @11 @70 @71
-@150 := (x : @69) -> @147 @122 @72
-@152 := @11 @68 @70
-@161 := {c : @82} ->
-  {A : @83} -> {α : @115} -> {e : @117} -> {t : @118} -> (h : @150) -> (xs : @126) -> @152 @132 @134
-@162 := @145 @1
-@163 := @12 @71
-@166 := (x : @69) -> @163 @122 @72
-@167 := @12 @70
-@175 := {A : @83} ->
-  {α : @115} -> {e : @117} -> {t : @118} -> (h : @166) -> (xs : @126) -> @167 @132 @134
-@176 := @162 @2
-@178 := @13 @122 @72
-@179 := (x : @69) -> @178
-@186 := {α : @115} -> {e : @117} -> {t : @118} -> (h : @179) -> (xs : @126) -> @13 @132 @134
-@187 := @176 @37
-@188 := (a._@._internal._hyg.#0 : @37) -> @116
-@189 := (x : @37) -> @178
-@190 := @17 @37
-@198 := {e : @188} -> {t : @118} -> (h : @189) -> (xs : @190) -> @13 (@76 @73 @4) @134
-@199 := @187 @74
-@201 := (x : @37) -> @110 @72
-@203 := @13 (@77 @4)
-@207 := {t : @118} -> (h : @201) -> (xs : @190) -> @203 @134
-@208 := @199 @44
-@209 := (x : @37) -> @111
-@210 := @203 @80
-@212 := (h : @209) -> (xs : @190) -> @210
-@213 := @208 @114
-@214 := @213 @67
-@216 := @13 @78 @80
-@217 := LexLeanPreservation.ListEnc.enc
-@218 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__L_0
-@220 := @217 @3 @218
-@221 := @220 @68
-@222 := @79 @10
-@223 := @19 @68
-@224 := @17 @116
-@229 := @21 @71 @73 @69 @72 @4
-@232 := @7 @70 @71 @73
-@233 := LexLeanTarget.TargetSyntax.Value.list
-@234 := @233 @69
-@235 := @232 @234
-@236 := @79 @72
-@243 := {p : @81} -> {c : @82} -> {A : @83} -> {vs : @224} -> {t : @118} -> (h : @229) -> @235 @236
-@245 := LexLeanPreservation.Rust.wt_list @0
-@249 := @22 @73 @69 @72 @4
-@251 := @11 @71 @73
-@258 := {c : @82} -> {A : @83} -> {vs : @224} -> {t : @118} -> (h : @249) -> @251 @234 @236
-@259 := @245 @1
-@262 := @23 @69 @72 @4
-@263 := @12 @73
-@269 := {A : @83} -> {vs : @224} -> {t : @118} -> (h : @262) -> @263 @234 @236
-@270 := @259 @2
-@277 := {vs : @224} -> {t : @118} -> (h : @24 @72 @4) -> @13 @234 @236
-@278 := @270 @223
-@279 := @19 @67
-@281 := @24 @279 @4
-@282 := #8
-@288 := {t : @118} -> (h : @281) -> @13 (@233 (@19 @282)) @236
-@289 := @278 @10
-@295 := (h : @24 @223 @10) -> @13 (@233 @279) @222
-@296 := @289 @69
-@299 := @13 (@233 @223) @222
-@300 := String
-@301 := Int
-@302 := @38 @300
-@303 := @302 @301
-@304 := LexLeanTarget.TargetSyntax.Value.string
-@305 := LexLeanTarget.TargetSyntax.Value.int
-@306 := LexLeanPreservation.encPair
-@307 := @306 @300
-@308 := @307 @301
-@309 := @308 @304
-@310 := @309 @305
-@311 := @75 @303
-@312 := @311 @310
-@313 := @312 @70
-@314 := LexLeanTarget.TargetSyntax.Ty.string
-@315 := LexLeanTarget.TargetSyntax.Ty.int
-@316 := @45 @314
-@317 := @316 @315
-@318 := @79 @317
-@319 := @304 @4
-@325 := {p : @81} -> {c : @82} -> {A : @83} -> (s : @300) -> @86 @319 @314
-@327 := LexLeanPreservation.Rust.wt_string @0
-@332 := {c : @82} -> {A : @83} -> (s : @300) -> @97 @319 @314
-@333 := @327 @1
-@337 := {A : @83} -> (s : @300) -> @104 @319 @314
-@338 := @333 @2
-@339 := @13 @319
-@340 := @339 @314
-@341 := (s : @300) -> @340
-@343 := fun (__x : @300) => @338 @4
-@344 := @305 @4
-@350 := {p : @81} -> {c : @82} -> {A : @83} -> (n : @301) -> @86 @344 @315
-@352 := LexLeanPreservation.Rust.wt_int @0
-@357 := {c : @82} -> {A : @83} -> (n : @301) -> @97 @344 @315
-@358 := @352 @1
-@362 := {A : @83} -> (n : @301) -> @104 @344 @315
-@363 := @358 @2
-@364 := @13 @344
-@365 := @364 @315
-@366 := (n : @301) -> @365
-@368 := fun (__x : @301) => @363 @4
-@369 := (a._@._internal._hyg.#0 : @72) -> @116
-@370 := #9
-@373 := @7 @370 @282 @67
-@374 := @71 @4
-@377 := (x : @70) -> @373 @374 @69
-@378 := #10
-@384 := (x : @70) -> @7 @378 @370 @282 @374 @69
-@386 := @38 @67 @68
-@387 := #11
-@390 := @7 @387 @378 @370
-@395 := @306 @282 @67 @68 @70 @4
-@396 := @390 @395
-@398 := @45 @71 @73
-@411 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} ->
-  {α : @115} ->
-  {β : @115} ->
-  {ea : @369} ->
-  {eb : @369} -> {s : @118} -> {t : @118} -> (ha : @377) -> (hb : @384) -> (x : @386) -> @396 @398
-@413 := LexLeanPreservation.Rust.wt_encPair @0
-@438 := {c : @82} ->
-  {A : @83} ->
-  {α : @115} ->
-  {β : @115} ->
-  {ea : @369} ->
-  {eb : @369} ->
-  {s : @118} ->
-  {t : @118} ->
-  (ha : (x : @70) -> @11 @282 @67 @374 @69) ->
-  (hb : (x : @70) -> @11 @370 @282 @374 @69) -> (x : @386) -> @11 @378 @370 @395 @398
-@439 := @413 @1
-@460 := {A : @83} ->
-  {α : @115} ->
-  {β : @115} ->
-  {ea : @369} ->
-  {eb : @369} ->
-  {s : @118} ->
-  {t : @118} ->
-  (ha : (x : @70) -> @12 @67 @374 @69) ->
-  (hb : (x : @70) -> @12 @282 @374 @69) -> (x : @386) -> @12 @370 @395 @398
-@461 := @439 @2
-@463 := @13 @374 @69
-@464 := (x : @70) -> @463
-@475 := {α : @115} ->
-  {β : @115} ->
-  {ea : @369} ->
-  {eb : @369} ->
-  {s : @118} -> {t : @118} -> (ha : @464) -> (hb : @464) -> (x : @386) -> @13 @395 @398
-@476 := @461 @300
-@477 := (a._@._internal._hyg.#0 : @300) -> @116
-@478 := (x : @300) -> @463
-@493 := {β : @115} ->
-  {ea : @477} ->
-  {eb : @369} ->
-  {s : @118} ->
-  {t : @118} -> (ha : @478) -> (hb : @464) -> (x : @302 @68) -> @13 (@307 @67 @68 @70 @4) @398
-@494 := @476 @301
-@495 := (a._@._internal._hyg.#0 : @301) -> @116
-@496 := (x : @301) -> @463
-@508 := {ea : @477} ->
-  {eb : @495} ->
-  {s : @118} -> {t : @118} -> (ha : @478) -> (hb : @496) -> (x : @303) -> @13 (@308 @68 @70 @4) @398
-@509 := @494 @304
-@511 := (x : @300) -> @339 @69
-@521 := {eb : @495} ->
-  {s : @118} -> {t : @118} -> (ha : @511) -> (hb : @496) -> (x : @303) -> @13 (@309 @70 @4) @398
-@522 := @509 @305
-@524 := (x : @301) -> @364 @69
-@526 := @13 (@310 @4)
-@532 := {s : @118} -> {t : @118} -> (ha : @511) -> (hb : @524) -> (x : @303) -> @526 @398
-@533 := @522 @314
-@534 := (x : @300) -> @340
-@540 := {t : @118} -> (ha : @534) -> (hb : @524) -> (x : @303) -> @526 (@316 @73)
-@541 := @533 @315
-@542 := (x : @301) -> @365
-@544 := (x : @303) -> @526 @317
-@546 := (ha : @534) -> (hb : @542) -> @544
-@550 := fun (__x : @303) => @541 @343 @368 @4
-@551 := @176 @303
-@552 := (a._@._internal._hyg.#0 : @303) -> @116
-@553 := (x : @303) -> @178
-@554 := @17 @303
-@562 := {e : @552} -> {t : @118} -> (h : @553) -> (xs : @554) -> @13 (@311 @73 @4) @134
-@563 := @551 @310
-@565 := (x : @303) -> @526 @72
-@567 := @13 (@312 @4)
-@571 := {t : @118} -> (h : @565) -> (xs : @554) -> @567 @134
-@572 := @563 @317
-@575 := (h : @544) -> (xs : @554) -> @567 @318
-@576 := @572 @550
-@577 := @576 @70
-@579 := @13 @313 @318
-@580 := LexLeanPreservation.OptEnc.enc
-@581 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__O_1
-@583 := @580 @3 @581
-@584 := @583 @71
-@585 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__L_3
-@587 := @217 @40 @585
-@588 := @587 @73
-@589 := @79 @47
-@590 := @42 @73
-@591 := @270 @590
-@592 := @42 @71
-@593 := @24 @592
-@594 := @593 @4
-@595 := @42 @70
-@600 := {t : @118} -> (h : @594) -> @13 (@233 @595) @236
-@601 := @591 @47
-@603 := @24 @590 @47
-@607 := (h : @603) -> @13 (@233 @592) @589
-@608 := @601 @4
-@611 := @13 (@233 @590) @589
-@612 := List.nil.{0}
-@613 := List.cons.{0}
-@614 := @612 @116
-@615 := @613 @116
-@617 := @615 @588 @614
-@619 := @615 @584 @617
-@621 := @615 @313 @619
-@623 := @615 @221 @621
-@625 := @615 @78 @623
-@626 := @612 @118
-@627 := @613 @118
-@628 := @627 @589
-@629 := @628 @626
-@630 := @627 @33
-@631 := @630 @629
-@632 := @627 @318
-@633 := @632 @631
-@634 := @627 @222
-@635 := @634 @633
-@636 := @627 @80
-@637 := @636 @635
-@638 := LexLeanPreservation.Rust.WTL
-@646 := {p : @81} -> {c : @82} -> {A : @83} -> @638 @69 @72 @4 @614 @626
-@648 := LexLeanPreservation.Rust.wtl_nil @0
-@649 := @638 @0
-@655 := {c : @82} -> {A : @83} -> @649 @72 @4 @614 @626
-@656 := @648 @1
-@657 := @649 @1
-@661 := {A : @83} -> @657 @4 @614 @626
-@662 := @656 @2
-@663 := @657 @2
-@664 := @663 @614
-@665 := @664 @626
-@666 := @17 @118
-@667 := @121 @73
-@668 := @667 @69
-@673 := @638 @67 @68 @70 @69 @72
-@676 := @638 @282 @67 @68
-@678 := @615 @70 @73
-@679 := @676 @678
-@681 := @627 @71 @69
-@691 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} ->
-  {v : @116} -> {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @668) -> (hs : @673) -> @679 @681
-@693 := LexLeanPreservation.Rust.wtl_cons @0
-@694 := @147 @73
-@695 := @694 @69
-@699 := @649 @68 @70 @69 @72
-@711 := {c : @82} ->
-  {A : @83} ->
-  {v : @116} ->
-  {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @695) -> (hs : @699) -> @649 @67 @68 @678 @681
-@712 := @693 @1
-@713 := @163 @73
-@714 := @713 @69
-@717 := @657 @70 @69 @72
-@727 := {A : @83} ->
-  {v : @116} ->
-  {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @714) -> (hs : @717) -> @657 @68 @678 @681
-@728 := @712 @2
-@729 := @13 @73
-@730 := @729 @69
-@732 := @663 @69 @72
-@740 := {v : @116} ->
-  {t : @118} -> {vs : @224} -> {ts : @666} -> (h : @730) -> (hs : @732) -> @663 @678 @681
-@741 := @728 @588
-@742 := @587 @68
-@754 := {t : @118} ->
-  {vs : @224} ->
-  {ts : @666} -> (h : @13 @742 @69) -> (hs : @732) -> @663 (@615 (@587 @282) @73) @681
-@755 := @741 @589
-@756 := @587 @70
-@758 := @13 @756 @589
-@762 := @663 (@615 (@587 @67) @73)
-@763 := @628 @69
-@768 := {vs : @224} -> {ts : @666} -> (h : @758) -> (hs : @732) -> @762 @763
-@769 := @755 @614
-@770 := @587 @71
-@772 := @13 @770 @589
-@773 := @664 @72
-@775 := @615 @742 @614
-@780 := {ts : @666} -> (h : @772) -> (hs : @773) -> @663 @775 @763
-@781 := @769 @626
-@783 := @13 @588 @589
-@785 := @615 @756 @614
-@786 := @663 @785
-@789 := (h : @783) -> (hs : @665) -> @786 @629
-@790 := @781 @608
-@792 := @615 @770 @614
-@794 := @663 @792 @629
-@795 := (hs : @665) -> @794
-@796 := @790 @662
-@798 := @663 @617 @629
-@799 := @728 @584
-@800 := @583 @67
-@812 := {t : @118} ->
-  {vs : @224} ->
-  {ts : @666} -> (h : @13 @800 @69) -> (hs : @732) -> @663 (@615 (@583 @370) @73) @681
-@813 := @799 @33
-@814 := @583 @68
-@816 := @13 @814 @33
-@820 := @663 (@615 (@583 @282) @73)
-@821 := @630 @69
-@826 := {vs : @224} -> {ts : @666} -> (h : @816) -> (hs : @732) -> @820 @821
-@827 := @813 @617
-@828 := @583 @70
-@830 := @13 @828 @33
-@831 := @786 @72
-@833 := @615 @800 @775
-@838 := {ts : @666} -> (h : @830) -> (hs : @831) -> @663 @833 @821
-@839 := @827 @629
-@841 := @13 @584 @33
-@843 := @615 @814 @785
-@844 := @663 @843
-@847 := (h : @841) -> (hs : @794) -> @844 @631
-@848 := @839 @72
-@850 := @615 @828 @792
-@852 := @663 @850 @631
-@853 := (hs : @798) -> @852
-@854 := @848 @796
-@856 := @663 @619 @631
-@857 := @728 @313
-@858 := @312 @282
-@870 := {t : @118} ->
-  {vs : @224} ->
-  {ts : @666} -> (h : @13 @858 @69) -> (hs : @732) -> @663 (@615 (@312 @378) @73) @681
-@871 := @857 @318
-@872 := @312 @67
-@874 := @13 @872 @318
-@878 := @663 (@615 (@312 @370) @73)
-@879 := @632 @69
-@884 := {vs : @224} -> {ts : @666} -> (h : @874) -> (hs : @732) -> @878 @879
-@885 := @871 @619
-@886 := @312 @68
-@888 := @13 @886 @318
-@889 := @844 @72
-@891 := @615 @858 @833
-@896 := {ts : @666} -> (h : @888) -> (hs : @889) -> @663 @891 @879
-@897 := @885 @631
-@899 := @615 @872 @843
-@900 := @663 @899
-@903 := (h : @579) -> (hs : @852) -> @900 @633
-@904 := @897 @577
-@906 := @615 @886 @850
-@908 := @663 @906 @633
-@909 := (hs : @856) -> @908
-@910 := @904 @854
-@912 := @663 @621 @633
-@913 := @728 @221
-@914 := @220 @370
-@926 := {t : @118} ->
-  {vs : @224} ->
-  {ts : @666} -> (h : @13 @914 @69) -> (hs : @732) -> @663 (@615 (@220 @387) @73) @681
-@927 := @913 @222
-@928 := @220 @282
-@930 := @13 @928 @222
-@934 := @663 (@615 (@220 @378) @73)
-@935 := @634 @69
-@940 := {vs : @224} -> {ts : @666} -> (h : @930) -> (hs : @732) -> @934 @935
-@941 := @927 @621
-@942 := @220 @67
-@944 := @13 @942 @222
-@945 := @900 @72
-@947 := @615 @914 @891
-@952 := {ts : @666} -> (h : @944) -> (hs : @945) -> @663 @947 @935
-@953 := @941 @633
-@955 := @13 @221 @222
-@957 := @615 @928 @899
-@958 := @663 @957
-@961 := (h : @955) -> (hs : @908) -> @958 @635
-@962 := @953 @296
-@964 := @615 @942 @906
-@966 := @663 @964 @635
-@967 := (hs : @912) -> @966
-@968 := @962 @910
-@970 := @663 @623 @635
-@971 := @728 @78
-@972 := @77 @378
-@974 := @13 @972 @69
-@975 := #12
-@985 := {t : @118} ->
-  {vs : @224} -> {ts : @666} -> (h : @974) -> (hs : @732) -> @663 (@615 (@77 @975) @73) @681
-@986 := @971 @80
-@987 := @77 @370
-@989 := @13 @987 @80
-@993 := @663 (@615 (@77 @387) @73)
-@994 := @636 @69
-@999 := {vs : @224} -> {ts : @666} -> (h : @989) -> (hs : @732) -> @993 @994
-@1000 := @986 @623
-@1001 := @77 @282
-@1003 := @13 @1001 @80
-@1004 := @958 @72
-@1006 := @615 @972 @947
-@1011 := {ts : @666} -> (h : @1003) -> (hs : @1004) -> @663 @1006 @994
-@1012 := @1000 @635
-@1014 := @615 @987 @957
-@1015 := @663 @1014
-@1018 := (h : @216) -> (hs : @966) -> @1015 @637
-@1019 := @1012 @214
-@1021 := @615 @1001 @964
-@1023 := @663 @1021 @637
-@1024 := (hs : @970) -> @1023
-@1025 := @1019 @968
-@1027 := @663 @625 @637
-@1028 := Eq.{1}
-@1029 := @28 @666
-@1030 := @1028 @1029
-@1031 := LexLeanPreservation.Rust.adtFields
-@1035 := @1030 (@1031 @68 @73 @69)
-@1036 := Option.some.{0}
-@1037 := @1036 @666
-@1038 := @1037 @4
-@1039 := @1035 @1038
-@1042 := @7 @282 @67 @68
-@1043 := LexLeanTarget.TargetSyntax.Value.adt
-@1045 := @1043 @71 @73
-@1046 := @1042 @1045
-@1047 := @8 @70
-@1057 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} ->
-  {i : @37} -> {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1039) -> (hf : @673) -> @1046 @1047
-@1059 := LexLeanPreservation.Rust.wt_adt @0
-@1060 := @1031 @0
-@1064 := @1030 (@1060 @73 @69) @1038
-@1066 := @11 @67 @68
-@1076 := {c : @82} ->
-  {A : @83} ->
-  {i : @37} ->
-  {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1064) -> (hf : @699) -> @1066 @1045 @1047
-@1077 := @1059 @1
-@1078 := @12 @68
-@1087 := {A : @83} ->
-  {i : @37} ->
-  {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1064) -> (hf : @717) -> @1078 @1045 @1047
-@1088 := @1077 @2
-@1089 := @13 @1045
-@1096 := {i : @37} ->
-  {k : @37} -> {fs : @224} -> {tys : @666} -> (h : @1064) -> (hf : @732) -> @1089 @1047
-@1097 := @1088 @9
-@1098 := @1060 @9
-@1107 := {k : @37} ->
-  {fs : @224} -> {tys : @666} -> (h : @1030 (@1098 @69) @1038) -> (hf : @732) -> @1089 @10
-@1108 := @1097 @9
-@1109 := @1098 @9
-@1110 := @1030 @1109
-@1111 := @1110 @1038
-@1112 := @1043 @9
-@1114 := @13 (@1112 @73)
-@1119 := {fs : @224} -> {tys : @666} -> (h : @1111) -> (hf : @732) -> @1114 @10
-@1120 := @1108 @625
-@1127 := {tys : @666} -> (h : @1111) -> (hf : @1015 @72) -> @13 (@1112 @1006) @10
-@1128 := @1120 @637
-@1135 := (h : @1110 (@1037 @637)) -> (hf : @1023) -> @13 (@1112 @1014) @10
-@1136 := Eq.refl.{1}
-@1137 := @1136 @1029
-@1139 := @1128 (@1137 @1109)
-@1143 := (hf : @1027) -> @13 (@1112 @1021) @10
-@1144 := @1139 @1025
-@1147 := @13 (@1112 @625) @10
-@1148 := @42 @69
-@1150 := @24 @1148 @47
-@1151 := fun (__ih2 : @1150) => @1144
-@1155 := fun (__ih1 : @13 (@30 @69) @33) => @1151
-@1156 := @19 @73
-@1158 := @24 @1156 @10
-@1164 := fun (__x0 : @190) =>
-  fun (__x1 : @18) =>
-  fun (__x2 : @554) => fun (__x3 : @29) => fun (__x4 : @41) => fun (__ih0 : @1158) => @1155
-@1165 := @39 @301
-@1166 := @306 @37
-@1167 := @1166 @301
-@1168 := @1167 @74
-@1169 := @1168 @305
-@1170 := @75 @1165
-@1171 := @1170 @1169
-@1172 := @1171 @4
-@1173 := @46 @315
-@1174 := @79 @1173
-@1175 := @461 @37
-@1176 := (x : @37) -> @463
-@1191 := {β : @115} ->
-  {ea : @188} ->
-  {eb : @369} ->
-  {s : @118} ->
-  {t : @118} -> (ha : @1176) -> (hb : @464) -> (x : @39 @68) -> @13 (@1166 @67 @68 @70 @4) @398
-@1192 := @1175 @301
-@1204 := {ea : @188} ->
-  {eb : @495} ->
-  {s : @118} ->
-  {t : @118} -> (ha : @1176) -> (hb : @496) -> (x : @1165) -> @13 (@1167 @68 @70 @4) @398
-@1205 := @1192 @74
-@1207 := (x : @37) -> @110 @69
-@1217 := {eb : @495} ->
-  {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @496) -> (x : @1165) -> @13 (@1168 @70 @4) @398
-@1218 := @1205 @305
-@1220 := @13 (@1169 @4)
-@1226 := {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @524) -> (x : @1165) -> @1220 @398
-@1227 := @1218 @44
-@1228 := @46 @73
-@1233 := {t : @118} -> (ha : @209) -> (hb : @524) -> (x : @1165) -> @1220 @1228
-@1234 := @1227 @315
-@1236 := (x : @1165) -> @1220 @1173
-@1238 := (ha : @209) -> (hb : @542) -> @1236
-@1242 := fun (__x : @1165) => @1234 @114 @368 @4
-@1243 := @176 @1165
-@1244 := (a._@._internal._hyg.#0 : @1165) -> @116
-@1245 := (x : @1165) -> @178
-@1246 := @17 @1165
-@1254 := {e : @1244} -> {t : @118} -> (h : @1245) -> (xs : @1246) -> @13 (@1170 @73 @4) @134
-@1255 := @1243 @1169
-@1257 := (x : @1165) -> @1220 @72
-@1258 := @13 @1172
-@1262 := {t : @118} -> (h : @1257) -> (xs : @1246) -> @1258 @134
-@1263 := @1255 @1173
-@1264 := @1258 @1174
-@1266 := (h : @1236) -> (xs : @1246) -> @1264
-@1268 := @1263 @1242 @4
-@1270 := @615 @1172 @614
-@1271 := @627 @1174
-@1272 := @1271 @626
-@1273 := @728 @1172
-@1274 := @1171 @73
-@1286 := {t : @118} ->
-  {vs : @224} ->
-  {ts : @666} -> (h : @13 @1274 @69) -> (hs : @732) -> @663 (@615 (@1171 @70) @73) @681
-@1287 := @1273 @1174
-@1288 := @1171 @69
-@1290 := @13 @1288 @1174
-@1294 := @663 (@615 (@1171 @71) @73)
-@1295 := @1271 @69
-@1300 := {vs : @224} -> {ts : @666} -> (h : @1290) -> (hs : @732) -> @1294 @1295
-@1301 := @1287 @614
-@1302 := @1171 @72
-@1304 := @13 @1302 @1174
-@1306 := @615 @1274 @614
-@1311 := {ts : @666} -> (h : @1304) -> (hs : @773) -> @663 @1306 @1295
-@1312 := @1301 @626
-@1314 := @615 @1288 @614
-@1315 := @663 @1314
-@1318 := (h : @1264) -> (hs : @665) -> @1315 @1272
-@1319 := @1312 @1268
-@1321 := @615 @1302 @614
-@1323 := @663 @1321 @1272
-@1324 := (hs : @665) -> @1323
-@1325 := @1319 @662
-@1327 := @663 @1270 @1272
-@1328 := 1
-@1329 := @1097 @1328
-@1330 := @1098 @1328
-@1331 := @1030 @1330
-@1332 := @1331 @1038
-@1333 := @1043 @1328
-@1340 := {fs : @224} -> {tys : @666} -> (h : @1332) -> (hf : @732) -> @13 (@1333 @73) @10
-@1341 := @1329 @1270
-@1348 := {tys : @666} -> (h : @1332) -> (hf : @1315 @72) -> @13 (@1333 @1306) @10
-@1349 := @1341 @1272
-@1356 := (h : @1331 (@1037 @1272)) -> (hf : @1323) -> @13 (@1333 @1314) @10
-@1358 := @1349 (@1137 @1330)
-@1362 := (hf : @1327) -> @13 (@1333 @1321) @10
-@1363 := @1358 @1325
-@1366 := @13 (@1333 @1270) @10
-@1367 := fun (__x0 : @1246) => @1363
-@1368 := @54 @72
-@1370 := @615 @1368 @614
-@1371 := @627 @58
-@1372 := @1371 @626
-@1373 := @728 @1368
-@1374 := @54 @71
-@1386 := {t : @118} ->
-  {vs : @224} -> {ts : @666} -> (h : @13 @1374 @69) -> (hs : @732) -> @663 (@615 (@54 @68) @73) @681
-@1387 := @1373 @58
-@1388 := @54 @73
-@1390 := @13 @1388 @58
-@1394 := @663 (@615 (@54 @70) @73)
-@1395 := @1371 @69
-@1400 := {vs : @224} -> {ts : @666} -> (h : @1390) -> (hs : @732) -> @1394 @1395
-@1401 := @1387 @614
-@1402 := @54 @69
-@1404 := @13 @1402 @58
-@1406 := @615 @1374 @614
-@1411 := {ts : @666} -> (h : @1404) -> (hs : @773) -> @663 @1406 @1395
-@1412 := @1401 @626
-@1414 := @13 @1368 @58
-@1416 := @615 @1388 @614
-@1417 := @663 @1416
-@1420 := (h : @1414) -> (hs : @665) -> @1417 @1372
-@1421 := @1412 @4
-@1423 := @615 @1402 @614
-@1425 := @663 @1423 @1372
-@1426 := (hs : @665) -> @1425
-@1427 := @1421 @662
-@1429 := @663 @1370 @1372
-@1430 := 2
-@1431 := @1097 @1430
-@1432 := @1098 @1430
-@1433 := @1030 @1432
-@1434 := @1433 @1038
-@1435 := @1043 @1430
-@1442 := {fs : @224} -> {tys : @666} -> (h : @1434) -> (hf : @732) -> @13 (@1435 @73) @10
-@1443 := @1431 @1370
-@1450 := {tys : @666} -> (h : @1434) -> (hf : @1417 @72) -> @13 (@1435 @1406) @10
-@1451 := @1443 @1372
-@1458 := (h : @1433 (@1037 @1372)) -> (hf : @1425) -> @13 (@1435 @1416) @10
-@1460 := @1451 (@1137 @1432)
-@1464 := (hf : @1429) -> @13 (@1435 @1423) @10
-@1465 := @1460 @1427
-@1468 := @13 (@1435 @1370) @10
-@1470 := fun (__x0 : @53) => fun (__ih0 : @60) => @1465
-@1479 := {p : @81} -> {c : @82} -> {A : @83} -> {t : @118} -> @21 @73 @69 @72 @614 @4
-@1481 := LexLeanPreservation.Rust.wtAll_nil @0
-@1488 := {c : @82} -> {A : @83} -> {t : @118} -> @22 @69 @72 @614 @4
-@1489 := @1481 @1
-@1494 := {A : @83} -> {t : @118} -> @23 @72 @614 @4
-@1495 := @1489 @2
-@1496 := @24 @614
-@1498 := {t : @118} -> @1496 @4
-@1499 := @1495 @10
-@1500 := @1496 @10
-@1501 := @5 @73
-@1502 := @19 @69
-@1503 := @232 @69
-@1504 := @1503 @4
-@1509 := @21 @68 @70 @71 @69 @72
-@1512 := @21 @67 @68 @70
-@1514 := @615 @71 @73
-@1524 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} ->
-  {v : @116} -> {vs : @224} -> {t : @118} -> (h : @1504) -> (hs : @1509) -> @1512 @1514 @69
-@1526 := LexLeanPreservation.Rust.wtAll_cons @0
-@1527 := @251 @69
-@1528 := @1527 @4
-@1543 := {c : @82} ->
-  {A : @83} ->
-  {v : @116} ->
-  {vs : @224} -> {t : @118} -> (h : @1528) -> (hs : @22 @70 @71 @69 @72) -> @22 @68 @70 @1514 @69
-@1544 := @1526 @1
-@1545 := @263 @69
-@1546 := @1545 @4
-@1558 := {A : @83} ->
-  {v : @116} ->
-  {vs : @224} -> {t : @118} -> (h : @1546) -> (hs : @23 @71 @69 @72) -> @23 @70 @1514 @69
-@1559 := @1544 @2
-@1560 := @13 @69
-@1561 := @1560 @4
-@1563 := @24 @69 @72
-@1570 := {v : @116} -> {vs : @224} -> {t : @118} -> (h : @1561) -> (hs : @1563) -> @24 @1514 @69
-@1571 := @1559 @1501
-@1572 := @5 @70
-@1573 := @13 @1572
-@1574 := @1573 @4
-@1575 := @5 @67
-@1576 := @615 @1575
-@1583 := {vs : @224} -> {t : @118} -> (h : @1574) -> (hs : @1563) -> @24 (@1576 @73) @69
-@1584 := @1571 @1502
-@1585 := @5 @71
-@1586 := @13 @1585
-@1587 := @1586 @4
-@1588 := @19 @71
-@1590 := @24 @1588 @72
-@1591 := @5 @68
-@1592 := @615 @1591
-@1599 := {t : @118} -> (h : @1587) -> (hs : @1590) -> @24 (@1592 (@19 @70)) @69
-@1600 := @1584 @10
-@1601 := @13 @1501
-@1602 := @1601 @10
-@1603 := @615 @1572
-@1608 := (h : @1602) -> (hs : @1158) -> @24 (@1603 @1588) @10
-@1609 := @1600 @72
-@1611 := @24 @1502 @10
-@1612 := @615 @1585
-@1616 := (hs : @1611) -> @24 (@1612 @1156) @10
-@1617 := @1609 @4
-@1618 := @615 @1501
-@1621 := @24 (@1618 @1502) @10
-@1625 := fun (__ih1 : @24 (@19 @72) @10) => @1617
-@1626 := @5 @72
-@1628 := @13 @1626 @10
-@1631 := fun (__x0 : @3) => fun (__x1 : @18) => fun (__ih0 : @1628) => @1625
-@1632 := LexLeanTarget.TargetSyntax.Value.none
-@1633 := @86 @1632
-@1634 := @32 @4
-@1639 := {p : @81} -> {c : @82} -> {A : @83} -> {t : @118} -> @1633 @1634
-@1641 := LexLeanPreservation.Rust.wt_noneV @0
-@1646 := {c : @82} -> {A : @83} -> {t : @118} -> @97 @1632 @1634
-@1647 := @1641 @1
-@1651 := {A : @83} -> {t : @118} -> @104 @1632 @1634
-@1652 := @1647 @2
-@1653 := @13 @1632
-@1655 := {t : @118} -> @1653 @1634
-@1656 := @1652 @10
-@1657 := @1653 @33
-@1662 := @7 @71 @73 @69 @72 @4
-@1663 := LexLeanTarget.TargetSyntax.Value.some
-@1664 := @1663 @69
-@1665 := @232 @1664
-@1666 := @32 @72
-@1673 := {p : @81} ->
-  {c : @82} -> {A : @83} -> {v : @116} -> {t : @118} -> (h : @1662) -> @1665 @1666
-@1675 := LexLeanPreservation.Rust.wt_someV @0
-@1686 := {c : @82} ->
-  {A : @83} -> {v : @116} -> {t : @118} -> (h : @11 @73 @69 @72 @4) -> @251 @1664 @1666
-@1687 := @1675 @1
-@1696 := {A : @83} -> {v : @116} -> {t : @118} -> (h : @12 @69 @72 @4) -> @263 @1664 @1666
-@1697 := @1687 @2
-@1704 := {v : @116} -> {t : @118} -> (h : @13 @72 @4) -> @13 @1664 @1666
-@1705 := @1697 @1626
-@1706 := @5 @69
-@1707 := @13 @1706
-@1713 := {t : @118} -> (h : @1707 @4) -> @13 (@1663 @1501) @1666
-@1714 := @1705 @10
-@1718 := (h : @1628) -> @13 (@1663 @1706) @33
-@1719 := @1714 @4
-@1722 := @13 (@1663 @1626) @33
-@1724 := fun (__x0 : @3) => fun (__ih0 : @15) => @1719
-@1725 := @1495 @47
-@1726 := @1496 @47
-@1727 := @62 @73
-@1728 := @1559 @1727
-@1729 := @62 @70
-@1740 := {vs : @224} ->
-  {t : @118} -> (h : @13 @1729 @4) -> (hs : @1563) -> @24 (@615 (@62 @67) @73) @69
-@1741 := @1728 @1148
-@1742 := @62 @71
-@1753 := {t : @118} -> (h : @13 @1742 @4) -> (hs : @593 @72) -> @24 (@615 (@62 @68) @595) @69
-@1754 := @1741 @47
-@1762 := (h : @13 @1727 @47) -> (hs : @603) -> @24 (@615 @1729 @592) @47
-@1763 := @1754 @72
-@1768 := (hs : @1150) -> @24 (@615 @1742 @590) @47
-@1769 := @1763 @4
-@1773 := @24 (@615 @1727 @1148) @47
-@1777 := fun (__ih1 : @24 (@42 @72) @47) => @1769
-@1783 := fun (__x0 : @40) => fun (__x1 : @41) => fun (__ih0 : @13 (@62 @72) @47) => @1777
-@1784 := LexLeanTarget.TargetSyntax.Value.error
-@1785 := @1784 @73
-@1786 := @121 @1785
-@1788 := @56 @69 @72
-@1796 := {p : @81} ->
-  {c : @82} -> {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1504) -> @1786 @1788
-@1798 := LexLeanPreservation.Rust.wt_errorV @0
-@1806 := {c : @82} ->
-  {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1528) -> @147 @1785 @1788
-@1807 := @1798 @1
-@1814 := {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1546) -> @163 @1785 @1788
-@1815 := @1807 @2
-@1821 := {v : @116} -> {s : @118} -> {t : @118} -> (h : @1561) -> @13 @1785 @1788
-@1822 := @1815 @87
-@1823 := @74 @69
-@1824 := @13 @1823
-@1825 := @1824 @4
-@1826 := @74 @73
-@1832 := {s : @118} -> {t : @118} -> (h : @1825) -> @13 (@1784 @1826) @1788
-@1833 := @1822 @10
-@1834 := @74 @72
-@1836 := @13 @1834 @4
-@1838 := @13 (@1784 @1823)
-@1839 := @57 @72
-@1842 := {t : @118} -> (h : @1836) -> @1838 @1839
-@1843 := @1833 @44
-@1847 := (h : @111) -> @13 (@1784 @1834) @58
-@1848 := @1843 @113
-@1851 := @13 (@1784 @87) @58
-@1852 := fun (__x0 : @37) => @1848
-@1853 := @1503 @72
-@1854 := LexLeanTarget.TargetSyntax.Value.ok
-@1855 := @1854 @73
-@1864 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1853) -> @121 @1855 @1788
-@1866 := LexLeanPreservation.Rust.wt_okV @0
-@1875 := {c : @82} ->
-  {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1527 @72) -> @147 @1855 @1788
-@1876 := @1866 @1
-@1884 := {A : @83} -> {v : @116} -> {s : @118} -> {t : @118} -> (h : @1545 @72) -> @163 @1855 @1788
-@1885 := @1876 @2
-@1892 := {v : @116} -> {s : @118} -> {t : @118} -> (h : @1560 @72) -> @13 @1855 @1788
-@1893 := @1885 @1626
-@1894 := @1601 @72
-@1900 := {s : @118} -> {t : @118} -> (h : @1894) -> @13 (@1854 @1585) @1788
-@1901 := @1893 @10
-@1902 := @1707 @10
-@1907 := {t : @118} -> (h : @1902) -> @13 (@1854 @1501) @1839
-@1908 := @1901 @44
-@1912 := (h : @1628) -> @13 (@1854 @1706) @58
-@1913 := @1908 @4
-@1916 := @13 (@1854 @1626) @58
-@1918 := fun (__x0 : @3) => fun (__ih0 : @15) => @1913
-@1919 := @109 @69
-@1920 := @1824 @44
-@1921 := @667 @72
-@1923 := @129 @73 @72
-@1924 := LexLeanTarget.TargetSyntax.Value.pair
-@1926 := @1924 @70 @71
-@1927 := @1042 @1926
-@1929 := @45 @73 @69
-@1939 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} ->
-  {a : @116} ->
-  {b : @116} -> {s : @118} -> {t : @118} -> (ha : @1921) -> (hb : @1923) -> @1927 @1929
-@1941 := LexLeanPreservation.Rust.wt_pairV @0
-@1954 := {c : @82} ->
-  {A : @83} ->
-  {a : @116} ->
-  {b : @116} ->
-  {s : @118} -> {t : @118} -> (ha : @694 @72) -> (hb : @152 @73 @72) -> @1066 @1926 @1929
-@1955 := @1941 @1
-@1967 := {A : @83} ->
-  {a : @116} ->
-  {b : @116} ->
-  {s : @118} -> {t : @118} -> (ha : @713 @72) -> (hb : @167 @73 @72) -> @1078 @1926 @1929
-@1968 := @1955 @2
-@1969 := @729 @72
-@1977 := {a : @116} ->
-  {b : @116} -> {s : @118} -> {t : @118} -> (ha : @1969) -> (hb : @1969) -> @13 @1926 @1929
-@1978 := @1968 @1823
-@1979 := @74 @70
-@1991 := {b : @116} ->
-  {s : @118} ->
-  {t : @118} -> (ha : @13 @1979 @72) -> (hb : @1969) -> @13 (@1924 (@74 @67) @71) @1929
-@1992 := @1978 @1626
-@1993 := @74 @71
-@2005 := {s : @118} ->
-  {t : @118} -> (ha : @13 @1993 @72) -> (hb : @1586 @72) -> @13 (@1924 (@74 @68) @1572) @1929
-@2006 := @1992 @44
-@2016 := {t : @118} -> (ha : @13 @1826 @44) -> (hb : @1894) -> @13 (@1924 @1979 @1585) (@46 @69)
-@2017 := @2006 @10
-@2023 := (ha : @1920) -> (hb : @1902) -> @13 (@1924 @1993 @1501) @47
-@2024 := @2017 @1919
-@2029 := (hb : @1628) -> @13 (@1924 @1826 @1706) @47
-@2030 := @2024 @4
-@2034 := @13 (@1924 @1823 @1626) @47
-@2037 := fun (__x0 : @37) => fun (__x1 : @3) => fun (__ih0 : @15) => @2030
-@2058 := fun (__v : @3) =>
-  Coverage.Boundary.Grove.rec.{0}
-    @16
-    @27
-    @36
-    @50
-    @61
-    @66
-    @1164
-    @1367
-    @1470
-    @1499
-    @1631
-    @1656
-    @1724
-    @1725
-    @1783
-    @1852
-    @1918
-    @2037
-    @4
-@2059 := (__v : @3) -> @15
-@2080 := fun (__v : @18) =>
-  Coverage.Boundary.Grove.rec_1.{0}
-    @16
-    @27
-    @36
-    @50
-    @61
-    @66
-    @1164
-    @1367
-    @1470
-    @1499
-    @1631
-    @1656
-    @1724
-    @1725
-    @1783
-    @1852
-    @1918
-    @2037
-    @4
-@2081 := (__v : @18) -> @26
-@2102 := fun (__v : @29) =>
-  Coverage.Boundary.Grove.rec_2.{0}
-    @16
-    @27
-    @36
-    @50
-    @61
-    @66
-    @1164
-    @1367
-    @1470
-    @1499
-    @1631
-    @1656
-    @1724
-    @1725
-    @1783
-    @1852
-    @1918
-    @2037
-    @4
-@2103 := (__v : @29) -> @35
-@2124 := fun (__v : @41) =>
-  Coverage.Boundary.Grove.rec_3.{0}
-    @16
-    @27
-    @36
-    @50
-    @61
-    @66
-    @1164
-    @1367
-    @1470
-    @1499
-    @1631
-    @1656
-    @1724
-    @1725
-    @1783
-    @1852
-    @1918
-    @2037
-    @4
-@2125 := (__v : @41) -> @49
-@2146 := fun (__v : @53) =>
-  Coverage.Boundary.Grove.rec_4.{0}
-    @16
-    @27
-    @36
-    @50
-    @61
-    @66
-    @1164
-    @1367
-    @1470
-    @1499
-    @1631
-    @1656
-    @1724
-    @1725
-    @1783
-    @1852
-    @1918
-    @2037
-    @4
-@2147 := (__v : @53) -> @60
-@2168 := fun (__v : @40) =>
-  Coverage.Boundary.Grove.rec_5.{0}
-    @16
-    @27
-    @36
-    @50
-    @61
-    @66
-    @1164
-    @1367
-    @1470
-    @1499
-    @1631
-    @1656
-    @1724
-    @1725
-    @1783
-    @1852
-    @1918
-    @2037
-    @4
-@2169 := (__v : @40) -> @65
-@2170 := Coverage.Boundary.Ledger
-@2171 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.__enc_1
-@2172 := @2171 @4
-@2173 := @8 @1328
-@2176 := (__s : @2170) -> @13 @2172 @2173
-@2177 := Coverage.Boundary.Ledger.entries
-@2178 := @2177 @4
-@2179 := Coverage.Boundary.Ledger.owner
-@2180 := @2179 @4
-@2181 := @312 @2178
-@2182 := @576 @2178
-@2184 := @13 @2181 @318
-@2185 := @304 @2180
-@2186 := @338 @2180
-@2188 := @13 @2185 @314
-@2190 := @615 @2185 @614
-@2192 := @615 @2181 @2190
-@2193 := @627 @314
-@2194 := @2193 @626
-@2195 := @632 @2194
-@2196 := @728 @2185
-@2198 := @304 (@2179 @73)
-@2211 := {t : @118} ->
-  {vs : @224} ->
-  {ts : @666} -> (h : @13 @2198 @69) -> (hs : @732) -> @663 (@615 (@304 (@2179 @70)) @73) @681
-@2212 := @2196 @314
-@2214 := @304 (@2179 @69)
-@2216 := @13 @2214 @314
-@2221 := @663 (@615 (@304 (@2179 @71)) @73)
-@2222 := @2193 @69
-@2227 := {vs : @224} -> {ts : @666} -> (h : @2216) -> (hs : @732) -> @2221 @2222
-@2228 := @2212 @614
-@2230 := @304 (@2179 @72)
-@2232 := @13 @2230 @314
-@2234 := @615 @2198 @614
-@2239 := {ts : @666} -> (h : @2232) -> (hs : @773) -> @663 @2234 @2222
-@2240 := @2228 @626
-@2242 := @615 @2214 @614
-@2243 := @663 @2242
-@2246 := (h : @2188) -> (hs : @665) -> @2243 @2194
-@2247 := @2240 @2186
-@2249 := @615 @2230 @614
-@2251 := @663 @2249 @2194
-@2252 := (hs : @665) -> @2251
-@2253 := @2247 @662
-@2255 := @663 @2190 @2194
-@2256 := @728 @2181
-@2258 := @312 (@2177 @73)
-@2271 := {t : @118} ->
-  {vs : @224} ->
-  {ts : @666} -> (h : @13 @2258 @69) -> (hs : @732) -> @663 (@615 (@312 (@2177 @70)) @73) @681
-@2272 := @2256 @318
-@2274 := @312 (@2177 @69)
-@2286 := {vs : @224} ->
-  {ts : @666} -> (h : @13 @2274 @318) -> (hs : @732) -> @663 (@615 (@312 (@2177 @71)) @73) @879
-@2287 := @2272 @2190
-@2289 := @312 (@2177 @72)
-@2291 := @13 @2289 @318
-@2292 := @2243 @72
-@2294 := @615 @2258 @2234
-@2299 := {ts : @666} -> (h : @2291) -> (hs : @2292) -> @663 @2294 @879
-@2300 := @2287 @2194
-@2302 := @615 @2274 @2242
-@2303 := @663 @2302
-@2306 := (h : @2184) -> (hs : @2251) -> @2303 @2195
-@2307 := @2300 @2182
-@2309 := @615 @2289 @2249
-@2311 := @663 @2309 @2195
-@2312 := (hs : @2255) -> @2311
-@2313 := @2307 @2253
-@2315 := @663 @2192 @2195
-@2316 := @1088 @1328
-@2317 := @1060 @1328
-@2326 := {k : @37} ->
-  {fs : @224} -> {tys : @666} -> (h : @1030 (@2317 @69) @1038) -> (hf : @732) -> @1089 @2173
-@2327 := @2316 @9
-@2328 := @2317 @9
-@2329 := @1030 @2328
-@2330 := @2329 @1038
-@2335 := {fs : @224} -> {tys : @666} -> (h : @2330) -> (hf : @732) -> @1114 @2173
-@2336 := @2327 @2192
-@2343 := {tys : @666} -> (h : @2330) -> (hf : @2303 @72) -> @13 (@1112 @2294) @2173
-@2344 := @2336 @2195
-@2351 := (h : @2329 (@1037 @2195)) -> (hf : @2311) -> @13 (@1112 @2302) @2173
-@2353 := @2344 (@1137 @2328)
-@2357 := (hf : @2315) -> @13 (@1112 @2309) @2173
-@2358 := @2353 @2313
-@2361 := @13 (@1112 @2192) @2173
-@2362 := fun (__s : @2170) => @2358
-@2364 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_0 @71
-@2365 := @2171 @73
-@2367 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_1 @73
-@2368 := @28 @190
-@2369 := LexLeanPreservation.encOption
-@2370 := @2369 @190
-@2371 := @2370 @77
-@2372 := @2371 @69
-@2373 := @32 @80
-@2375 := fun (__x : @190) => @213 @4
-@2376 := @28 @73
-@2379 := @2369 @71 @73 @4
-@2380 := @129 @2379
-@2381 := @32 @69
-@2390 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} -> {α : @115} -> {e : @117} -> {t : @118} -> (h : @125) -> (o : @2376) -> @2380 @2381
-@2392 := LexLeanPreservation.Rust.wt_encOption @0
-@2401 := {c : @82} ->
-  {A : @83} ->
-  {α : @115} -> {e : @117} -> {t : @118} -> (h : @150) -> (o : @2376) -> @152 @2379 @2381
-@2402 := @2392 @1
-@2410 := {A : @83} ->
-  {α : @115} -> {e : @117} -> {t : @118} -> (h : @166) -> (o : @2376) -> @167 @2379 @2381
-@2411 := @2402 @2
-@2418 := {α : @115} -> {e : @117} -> {t : @118} -> (h : @179) -> (o : @2376) -> @13 @2379 @2381
-@2419 := @2411 @190
-@2429 := {e : (a._@._internal._hyg.#0 : @190) -> @116} ->
-  {t : @118} -> (h : (x : @190) -> @178) -> (o : @2368) -> @13 (@2370 @73 @4) @2381
-@2430 := @2419 @77
-@2432 := (x : @190) -> @203 @72
-@2434 := @13 (@2371 @4)
-@2438 := {t : @118} -> (h : @2432) -> (o : @2368) -> @2434 @2381
-@2439 := @2430 @80
-@2443 := (h : (x : @190) -> @210) -> (o : @2368) -> @2434 @2373
-@2445 := @2439 @2375 @69
-@2447 := @13 @2372 @2373
-@2448 := Bool
-@2449 := @39 @2448
-@2450 := @17 @2449
-@2451 := @17 @2450
-@2452 := LexLeanTarget.TargetSyntax.Value.bool
-@2453 := @1166 @2448
-@2454 := @2453 @74
-@2455 := @2454 @2452
-@2456 := @75 @2449
-@2457 := @2456 @2455
-@2458 := @75 @2450
-@2459 := @2458 @2457
-@2460 := @2459 @72
-@2461 := LexLeanTarget.TargetSyntax.Ty.bool
-@2462 := @46 @2461
-@2463 := @79 @2462
-@2464 := @79 @2463
-@2465 := @2452 @4
-@2471 := {p : @81} -> {c : @82} -> {A : @83} -> (b : @2448) -> @86 @2465 @2461
-@2473 := LexLeanPreservation.Rust.wt_bool @0
-@2478 := {c : @82} -> {A : @83} -> (b : @2448) -> @97 @2465 @2461
-@2479 := @2473 @1
-@2483 := {A : @83} -> (b : @2448) -> @104 @2465 @2461
-@2484 := @2479 @2
-@2485 := @13 @2465
-@2486 := @2485 @2461
-@2487 := (b : @2448) -> @2486
-@2489 := fun (__x : @2448) => @2484 @4
-@2490 := @1175 @2448
-@2491 := (a._@._internal._hyg.#0 : @2448) -> @116
-@2492 := (x : @2448) -> @463
-@2504 := {ea : @188} ->
-  {eb : @2491} ->
-  {s : @118} ->
-  {t : @118} -> (ha : @1176) -> (hb : @2492) -> (x : @2449) -> @13 (@2453 @68 @70 @4) @398
-@2505 := @2490 @74
-@2515 := {eb : @2491} ->
-  {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @2492) -> (x : @2449) -> @13 (@2454 @70 @4) @398
-@2516 := @2505 @2452
-@2518 := (x : @2448) -> @2485 @69
-@2520 := @13 (@2455 @4)
-@2526 := {s : @118} -> {t : @118} -> (ha : @1207) -> (hb : @2518) -> (x : @2449) -> @2520 @398
-@2527 := @2516 @44
-@2532 := {t : @118} -> (ha : @209) -> (hb : @2518) -> (x : @2449) -> @2520 @1228
-@2533 := @2527 @2461
-@2534 := (x : @2448) -> @2486
-@2536 := (x : @2449) -> @2520 @2462
-@2538 := (ha : @209) -> (hb : @2534) -> @2536
-@2542 := fun (__x : @2449) => @2533 @114 @2489 @4
-@2543 := @176 @2449
-@2553 := {e : (a._@._internal._hyg.#0 : @2449) -> @116} ->
-  {t : @118} -> (h : (x : @2449) -> @178) -> (xs : @2450) -> @13 (@2456 @73 @4) @134
-@2554 := @2543 @2455
-@2556 := (x : @2449) -> @2520 @72
-@2558 := @13 (@2457 @4)
-@2562 := {t : @118} -> (h : @2556) -> (xs : @2450) -> @2558 @134
-@2563 := @2554 @2462
-@2564 := @2558 @2463
-@2566 := (h : @2536) -> (xs : @2450) -> @2564
-@2569 := fun (__x : @2450) => @2563 @2542 @4
-@2570 := @176 @2450
-@2580 := {e : (a._@._internal._hyg.#0 : @2450) -> @116} ->
-  {t : @118} -> (h : (x : @2450) -> @178) -> (xs : @2451) -> @13 (@2458 @73 @4) @134
-@2581 := @2570 @2457
-@2583 := (x : @2450) -> @2558 @72
-@2584 := @2459 @4
-@2585 := @13 @2584
-@2589 := {t : @118} -> (h : @2583) -> (xs : @2451) -> @2585 @134
-@2590 := @2581 @2463
-@2594 := (h : (x : @2450) -> @2564) -> (xs : @2451) -> @2585 @2464
-@2596 := @2590 @2569 @72
-@2598 := @13 @2460 @2464
-@2600 := @615 @2460 @614
-@2602 := @615 @2372 @2600
-@2604 := @615 @2365 @2602
-@2605 := @1612 @2604
-@2606 := @39 @116
-@2607 := 3
-@2610 := Prod.mk.{0, 0} @37 @116
-@2611 := @2610 @2607
-@2612 := @2611 @2460
-@2613 := @2610 @1430
-@2614 := @2613 @2372
-@2615 := @2610 @1328
-@2616 := @2615 @2365
-@2617 := @2610 @9
-@2618 := @2617 @1585
-@2619 := @612 @2606
-@2620 := @613 @2606
-@2622 := @2620 @2618 @2619
-@2624 := @2620 @2616 @2622
-@2626 := @2620 @2614 @2624
-@2628 := @2620 @2612 @2626
-@2629 := Bool.false
-@2630 := LexLeanTarget.TargetSyntax.Function
-@2631 := LexLeanTarget.TargetSyntax.Program.functions
-@2632 := @2631 @0
-@2633 := 18
-@2634 := @612 @37
-@2635 := LexLeanTarget.TargetSyntax.Ty.unit
-@2636 := LexLeanTarget.TargetSyntax.Value.unit
-@2639 := LexLeanTarget.TargetSyntax.Expr.value @2635 @2636
-@2644 := LexLeanTarget.TargetSyntax.Function.mk @2634 @626 @2635 @2639
-@2649 := List.getD.{0} @2630 @2632 @2633 @2644
-@2653 := fun (__e_n : @37) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.root @4 @2633
-@2654 := @728 @2460
-@2655 := @2459 @71
-@2657 := @13 @2655 @69
-@2658 := @2459 @68
-@2659 := @615 @2658
-@2667 := {t : @118} ->
-  {vs : @224} -> {ts : @666} -> (h : @2657) -> (hs : @732) -> @663 (@2659 @73) @681
-@2668 := @2654 @2464
-@2669 := @2459 @73
-@2671 := @13 @2669 @2464
-@2672 := @2459 @70
-@2673 := @615 @2672
-@2675 := @663 (@2673 @73)
-@2676 := @627 @2464
-@2677 := @2676 @69
-@2682 := {vs : @224} -> {ts : @666} -> (h : @2671) -> (hs : @732) -> @2675 @2677
-@2683 := @2668 @614
-@2684 := @2459 @69
-@2686 := @13 @2684 @2464
-@2688 := @615 @2655 @614
-@2693 := {ts : @666} -> (h : @2686) -> (hs : @773) -> @663 @2688 @2677
-@2694 := @2683 @626
-@2696 := @615 @2669 @614
-@2697 := @663 @2696
-@2698 := @2676 @626
-@2701 := (h : @2598) -> (hs : @665) -> @2697 @2698
-@2702 := @2694 @2596
-@2704 := @615 @2684 @614
-@2706 := @663 @2704 @2698
-@2707 := (hs : @665) -> @2706
-@2708 := @2702 @662
-@2710 := @663 @2600 @2698
-@2711 := @728 @2372
-@2712 := @2371 @70
-@2714 := @13 @2712 @69
-@2715 := @2371 @67
-@2716 := @615 @2715
-@2724 := {t : @118} ->
-  {vs : @224} -> {ts : @666} -> (h : @2714) -> (hs : @732) -> @663 (@2716 @73) @681
-@2725 := @2711 @2373
-@2726 := @2371 @71
-@2728 := @13 @2726 @2373
-@2729 := @2371 @68
-@2730 := @615 @2729
-@2732 := @663 (@2730 @73)
-@2733 := @627 @2373
-@2734 := @2733 @69
-@2739 := {vs : @224} -> {ts : @666} -> (h : @2728) -> (hs : @732) -> @2732 @2734
-@2740 := @2725 @2600
-@2741 := @2371 @73
-@2743 := @13 @2741 @2373
-@2744 := @2697 @72
-@2746 := @615 @2712 @2688
-@2751 := {ts : @666} -> (h : @2743) -> (hs : @2744) -> @663 @2746 @2734
-@2752 := @2740 @2698
-@2754 := @615 @2726 @2696
-@2755 := @663 @2754
-@2756 := @2733 @2698
-@2759 := (h : @2447) -> (hs : @2706) -> @2755 @2756
-@2760 := @2752 @2445
-@2762 := @615 @2741 @2704
-@2764 := @663 @2762 @2756
-@2765 := (hs : @2710) -> @2764
-@2766 := @2760 @2708
-@2768 := @663 @2602 @2756
-@2769 := @728 @2365
-@2770 := @2171 @68
-@2772 := @13 @2770 @69
-@2773 := @2171 @282
-@2774 := @615 @2773
-@2782 := {t : @118} ->
-  {vs : @224} -> {ts : @666} -> (h : @2772) -> (hs : @732) -> @663 (@2774 @73) @681
-@2783 := @2769 @2173
-@2784 := @2171 @70
-@2786 := @13 @2784 @2173
-@2787 := @2171 @67
-@2788 := @615 @2787
-@2790 := @663 (@2788 @73)
-@2791 := @627 @2173
-@2792 := @2791 @69
-@2797 := {vs : @224} -> {ts : @666} -> (h : @2786) -> (hs : @732) -> @2790 @2792
-@2798 := @2783 @2602
-@2799 := @2171 @71
-@2801 := @13 @2799 @2173
-@2802 := @2755 @72
-@2804 := @615 @2770 @2746
-@2809 := {ts : @666} -> (h : @2801) -> (hs : @2802) -> @663 @2804 @2792
-@2810 := @2798 @2756
-@2812 := @13 @2365 @2173
-@2814 := @615 @2784 @2754
-@2815 := @663 @2814
-@2816 := @2791 @2756
-@2819 := (h : @2812) -> (hs : @2764) -> @2815 @2816
-@2820 := @2810 @2367
-@2822 := @615 @2799 @2762
-@2824 := @663 @2822 @2816
-@2825 := (hs : @2768) -> @2824
-@2826 := @2820 @2766
-@2828 := @663 @2604 @2816
-@2829 := @728 @1585
-@2831 := @13 @1575 @69
-@2832 := @5 @370
-@2833 := @615 @2832
-@2841 := {t : @118} ->
-  {vs : @224} -> {ts : @666} -> (h : @2831) -> (hs : @732) -> @663 (@2833 @73) @681
-@2842 := @2829 @10
-@2844 := @13 @1591 @10
-@2845 := @5 @282
-@2846 := @615 @2845
-@2848 := @663 (@2846 @73)
-@2849 := @627 @10
-@2850 := @2849 @69
-@2855 := {vs : @224} -> {ts : @666} -> (h : @2844) -> (hs : @732) -> @2848 @2850
-@2856 := @2842 @2604
-@2857 := @1573 @10
-@2858 := @2815 @72
-@2859 := @1576 @2804
-@2860 := @663 @2859
-@2864 := {ts : @666} -> (h : @2857) -> (hs : @2858) -> @2860 @2850
-@2865 := @2856 @2816
-@2866 := @1586 @10
-@2867 := @1592 @2814
-@2868 := @663 @2867
-@2869 := @2849 @2816
-@2872 := (h : @2866) -> (hs : @2824) -> @2868 @2869
-@2873 := @2865 @2364
-@2874 := @1603 @2822
-@2875 := @663 @2874
-@2877 := (hs : @2828) -> @2875 @2869
-@2878 := @2873 @2826
-@2879 := @663 @2605
-@2880 := @2879 @2869
-@2881 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denoteEntry
-@2885 := @2881 @71 @73 @69 @72
-@2886 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryFits
-@2890 := @2886 @71 @73 @69 @72
-@2895 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entryValue @71 @73 @69 @72
-@2900 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entry @71 @73 @69 @72
-@2901 := Ne.{1}
-@2902 := LexLeanPreservation.Obs
-@2903 := @2901 @2902
-@2904 := LexLeanPreservation.Rel
-@2907 := @2903 (@2904 @72 @4)
-@2908 := LexLeanPreservation.Obs.stuck
-@2911 := (f : @2448) -> (v : @116) -> @2907 @2908
-@2913 := LexLeanPreservation.Rust.rel_ne_stuck @2890
-@2922 := (v : @116) -> @2903 (@2904 (@2886 @70 @71 @73 @69) @4) @2908
-@2923 := @2913 @2895
-@2927 := @2903 (@2904 @2890 @2895) @2908
-@2928 := @17 @2606
-@2929 := LexLeanPreservation.Rust.FunSem
-@2935 := (n : @37) -> @2929 @370 @282 @67 @4 @68
-@2936 := @28 @2630
-@2937 := @1028 @2936
-@2944 := LexLeanRuntime.index (@17 @2630) @2630 (LexLeanRuntime.instIndexableList @2630)
-@2948 := @2937 (@2944 (@2631 @370) @68)
-@2949 := @1036 @2630
-@2950 := @2949 @70
-@2951 := @2948 @2950
-@2955 := @638 @378 @370 @282 @70
-@2956 := LexLeanTarget.TargetSyntax.Function.types
-@2957 := @2956 @68
-@2958 := @2955 @2957
-@2959 := @28 @2928
-@2960 := @1028 @2959
-@2961 := LexLeanTarget.TargetSemantics.bindAll
-@2962 := LexLeanTarget.TargetSyntax.Function.parameters
-@2967 := @2960 (@2961 (@2962 @67) @68 @2619)
-@2968 := @1036 @2928
-@2969 := @2968 @70
-@2970 := @2967 @2969
-@2971 := @28 @2448
-@2972 := @1028 @2971
-@2973 := LexLeanPreservation.Rust.fnFallible
-@2976 := @2972 (@2973 @387 @370)
-@2977 := @1036 @2448
-@2978 := @2977 @70
-@2979 := @2976 @2978
-@2980 := LexLeanPreservation.RunConv
-@2981 := #13
-@2985 := @2980 @2981 @378 @282 @70
-@2987 := @2903 @68 @2908
-@2988 := Exists.{1}
-@2989 := LexLeanPreservation.Rust.ROut
-@2990 := @2988 @2989
-@2991 := And
-@2992 := LexLeanPreservation.Rust.RealizesFn
-@2996 := @2991 (@2992 @370 @282 @4)
-@2997 := LexLeanPreservation.Rust.RCI
-@2998 := #15
-@2999 := @2997 @2998
-@3000 := LexLeanPreservation.Rust.fnIdent
-@3001 := @3000 @2981
-@3008 := (hne : @2987) -> @2990 (fun (ro : @2989) => @2996 (@2999 @3001 @387 @4))
-@3023 := {p : @81} ->
-  {c : @82} ->
-  {A : @83} ->
-  {f : @37} ->
-  {fn : @2630} ->
-  {args : @224} ->
-  {env : @2928} ->
-  {F : @2448} ->
-  {o : @2902} ->
-  (hB : @2935) ->
-  (hfn : @2951) -> (hwt : @2958) -> (hbind : @2970) -> (hF : @2979) -> (hA : @2985) -> @3008
-@3025 := LexLeanPreservation.Rust.compose @0
-@3026 := @2929 @0
-@3031 := (n : @37) -> @3026 @282 @67 @4 @68
-@3032 := @2944 @2632
-@3035 := @2937 (@3032 @68) @2950
-@3039 := @649 @370 @282 @70 @2957
-@3040 := @2980 @0
-@3043 := @3040 @378 @282 @70
-@3057 := {c : @82} ->
-  {A : @83} ->
-  {f : @37} ->
-  {fn : @2630} ->
-  {args : @224} ->
-  {env : @2928} ->
-  {F : @2448} ->
-  {o : @2902} ->
-  (hB : @3031) ->
-  (hfn : @3035) -> (hwt : @3039) -> (hbind : @2970) -> (hF : @2979) -> (hA : @3043) -> @3008
-@3058 := @3025 @1
-@3059 := @3026 @1
-@3063 := (n : @37) -> @3059 @67 @4 @68
-@3066 := @657 @282 @70 @2957
-@3067 := @2973 @1
-@3070 := @2972 (@3067 @370) @2978
-@3071 := @2997 @1
-@3081 := (hbind : @2970) ->
-  (hF : @3070) ->
-  (hA : @3043) -> (hne : @2987) -> @2990 (fun (ro : @2989) => @2996 (@3071 @3001 @387 @4))
-@3091 := {A : @83} ->
-  {f : @37} ->
-  {fn : @2630} ->
-  {args : @224} ->
-  {env : @2928} ->
-  {F : @2448} -> {o : @2902} -> (hB : @3063) -> (hfn : @3035) -> (hwt : @3066) -> @3081
-@3092 := @3058 @2
-@3094 := @3059 @2 @4
-@3096 := (n : @37) -> @3094 @68
-@3097 := @663 @70
-@3098 := @3097 @2957
-@3107 := {f : @37} ->
-  {fn : @2630} ->
-  {args : @224} ->
-  {env : @2928} ->
-  {F : @2448} -> {o : @2902} -> (hB : @3096) -> (hfn : @3035) -> (hwt : @3098) -> @3081
-@3108 := @3092 @2633
-@3110 := (n : @37) -> @3094 @2633
-@3111 := @3032 @2633
-@3112 := @2937 @3111
-@3113 := @3112 @2950
-@3114 := @3067 @2633
-@3115 := @2972 @3114
-@3116 := @3115 @2978
-@3117 := @3040 @2633
-@3119 := @3117 @282 @70
-@3121 := @3071 (@3000 @2633)
-@3129 := (hF : @3116) ->
-  (hA : @3119) -> (hne : @2987) -> @2990 (fun (ro : @2989) => @2996 (@3121 @387 @4))
-@3138 := {fn : @2630} ->
-  {args : @224} ->
-  {env : @2928} ->
-  {F : @2448} ->
-  {o : @2902} -> (hB : @3110) -> (hfn : @3113) -> (hwt : @3098) -> (hbind : @2970) -> @3129
-@3139 := @3108 @2649
-@3141 := @3112 (@2949 @2649)
-@3142 := @2956 @2649
-@3143 := @3097 @3142
-@3145 := @2961 (@2962 @2649)
-@3157 := {args : @224} ->
-  {env : @2928} ->
-  {F : @2448} ->
-  {o : @2902} ->
-  (hB : @3110) -> (hfn : @3141) -> (hwt : @3143) -> (hbind : @2960 (@3145 @68 @2619) @2969) -> @3129
-@3158 := @3139 @2605
-@3162 := @2833 (@2774 (@2716 (@2659 @614)))
-@3164 := @663 @3162 @3142
-@3176 := @615 (@5 @378) (@615 (@2171 @370) (@615 (@2371 @282) (@615 (@2459 @67) @614)))
-@3180 := @2960 (@3145 @3176 @2619) @2969
-@3192 := @615 (@5 @975) (@615 (@2171 @387) (@615 (@2371 @378) (@615 (@2459 @370) @614)))
-@3194 := @3117 @3192 @70
-@3196 := @615 (@5 @2998)
-@3197 := #14
-@3222 := {env : @2928} ->
-  {F : @2448} ->
-  {o : @2902} ->
-  (hB : @3110) ->
-  (hfn : @3141) ->
-  (hwt : @3164) ->
-  (hbind : @3180) ->
-  (hF : @3116) ->
-  (hA : @3194) ->
-  (hne : @2987) ->
-  @2990
-    (fun (ro : @2989) =>
-    @2996 (@3121 (@3196 (@615 (@2171 @3197) (@615 (@2371 @2981) (@615 (@2459 @975) @614)))) @4))
-@3223 := @3158 @2628
-@3227 := @2846 (@2788 (@2730 (@2673 @614)))
-@3229 := @663 @3227 @3142
-@3246 := @2960
-    (@3145 @3162 @2619)
-    (@2968
-      (@2620 (@2611 @2658) (@2620 (@2613 @2715) (@2620 (@2615 @2773) (@2620 (@2617 @2832) @2619)))))
-@3258 := @615 (@5 @387) (@615 (@2171 @378) (@615 (@2371 @370) (@615 (@2459 @282) @614)))
-@3286 := {F : @2448} ->
-  {o : @2902} ->
-  (hB : @3110) ->
-  (hfn : @3141) ->
-  (hwt : @3229) ->
-  (hbind : @3246) ->
-  (hF : @3116) ->
-  (hA : @3117 @3258 @70) ->
-  (hne : @2987) ->
-  @2990
-    (fun (ro : @2989) =>
-    @2996
-      (@3121
-        (@615 (@5 @3197) (@615 (@2171 @2981) (@615 (@2371 @975) (@615 (@2459 @387) @614))))
-        @4))
-@3287 := @3223 @2629
-@3288 := @2860 @3142
-@3305 := @2960
-    (@3145 @3227 @2619)
-    (@2968
-      (@2620 (@2611 @2672) (@2620 (@2613 @2729) (@2620 (@2615 @2787) (@2620 (@2617 @2845) @2619)))))
-@3307 := @3115 (@2977 @2629)
-@3309 := @3117 @3176 @70
-@3310 := @2992 @2629
-@3338 := {o : @2902} ->
-  (hB : @3110) ->
-  (hfn : @3141) ->
-  (hwt : @3288) ->
-  (hbind : @3305) ->
-  (hF : @3307) ->
-  (hA : @3309) ->
-  (hne : @2987) ->
-  @2990
-    (fun (ro : @2989) =>
-    @2991
-      (@3310 @282 @4)
-      (@3121 (@615 (@5 @2981) (@615 (@2171 @975) (@615 (@2371 @387) (@615 (@2459 @378) @614)))) @4))
-@3339 := @3287 @2885
-@3340 := @2868 @3142
-@3357 := @2960
-    (@3145 @2859 @2619)
-    (@2968
-      (@2620 (@2611 @2655) (@2620 (@2613 @2712) (@2620 (@2615 @2770) (@2620 (@2617 @1575) @2619)))))
-@3358 := @3117 @3162
-@3362 := @2881 @370 @282 @67 @68
-@3363 := @3358 @3362
-@3367 := @2881 @378 @370 @282 @67
-@3388 := (hB : @3110) ->
-  (hfn : @3141) ->
-  (hwt : @3340) ->
-  (hbind : @3357) ->
-  (hF : @3307) ->
-  (hA : @3363) ->
-  (hne : @2903 @3367 @2908) ->
-  @2990 (fun (ro : @2989) => @2991 (@3310 (@2881 @975 @387 @378 @370) @4) (@3121 @3192 @4))
-@3389 := @3339 @2653
-@3390 := @2875 @3142
-@3407 := @2960
-    (@3145 @2867 @2619)
-    (@2968
-      (@2620 (@2611 @2669) (@2620 (@2613 @2726) (@2620 (@2615 @2784) (@2620 (@2617 @1591) @2619)))))
-@3408 := @3117 @3227
-@3412 := @2881 @282 @67 @68 @70
-@3433 := (hfn : @3141) ->
-  (hwt : @3390) ->
-  (hbind : @3407) ->
-  (hF : @3307) ->
-  (hA : @3408 @3412) ->
-  (hne : @2903 @3362 @2908) ->
-  @2990 (fun (ro : @2989) => @2991 (@3310 (@2881 @387 @378 @370 @282) @4) (@3121 @3258 @4))
-@3436 := @3389 (@1136 @2936 @3111)
-@3437 := @2879 @3142
-@3454 := @2960
-    (@3145 @2874 @2619)
-    (@2968
-      (@2620 (@2611 @2684) (@2620 (@2613 @2741) (@2620 (@2615 @2799) (@2620 (@2617 @1572) @2619)))))
-@3455 := @3117 @2859
-@3459 := @2881 @67 @68 @70 @71
-@3475 := (hwt : @3437) ->
-  (hbind : @3454) ->
-  (hF : @3307) ->
-  (hA : @3455 @3459) ->
-  (hne : @2903 @3412 @2908) -> @2990 (fun (ro : @2989) => @2991 (@3310 @3367 @4) (@3121 @3176 @4))
-@3476 := @3436 @2878
-@3478 := @3145 @2605 @2619
-@3481 := @2960 @3478 (@2968 @2628)
-@3482 := @3117 @2867
-@3486 := @2881 @68 @70 @71 @73
-@3501 := (hbind : @3481) ->
-  (hF : @3307) ->
-  (hA : @3482 @3486) ->
-  (hne : @2903 @3459 @2908) -> @2990 (fun (ro : @2989) => @2991 (@3310 @3362 @4) (@3121 @3162 @4))
-@3504 := @3476 (@1136 @2959 @3478)
-@3505 := @3117 @2874
-@3509 := @2881 @70 @71 @73 @69
-@3523 := (hF : @3307) ->
-  (hA : @3505 @3509) ->
-  (hne : @2903 @3486 @2908) -> @2990 (fun (ro : @2989) => @2991 (@3310 @3412 @4) (@3121 @3227 @4))
-@3526 := @3504 (@1136 @2971 @3114)
-@3528 := @3117 @2605 @2885
-@3530 := @2903 @3509 @2908
-@3531 := @3310 @3459
-@3533 := @2991 (@3531 @4)
-@3534 := @3121 @2859
-@3535 := @3534 @4
-@3540 := (hA : @3528) -> (hne : @3530) -> @2990 (fun (ro : @2989) => @3533 @3535)
-@3541 := @3526 @2900
-@3543 := @2903 @2885 @2908
-@3544 := @3310 @3486
-@3546 := @2991 (@3544 @4)
-@3547 := @3121 @2867
-@3552 := (hne : @3543) -> @2990 (fun (ro : @2989) => @3546 (@3547 @4))
-@3553 := @3541 @2923
-@3556 := @2991 (@3310 @3509 @4)
-@3558 := @3121 @2874 @4
-@3559 := @3556 @3558
-@3561 := @2990 (fun (ro : @2989) => @3559)
-@3562 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.accepts
-@3566 := @3562 @71 @73 @69 @72
-@3567 := LexLeanPreservation.someObs
-@3568 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.denote
-@3573 := @3567 (@3568 @71 @73 @69 @72)
-@3575 := LexLeanPreservation.Obs.value @1632
-@3576 := Not
-@3577 := @3576 @3566
-@3581 := @3562 @70 @71 @73 @69
-@3586 := @3567 (@3568 @70 @71 @73 @69)
-@3587 := @3576 @3581
-@3595 := @3581 -> @3310 (@3567 (@3568 @68 @70 @71 @73)) @72
-@3596 := @3310 @3575
-@3597 := @3596 @72
-@3598 := @3587 -> @3597
-@3600 := @2991 @3595 @3598
-@3604 := @2990 (fun (__e_ro : @2989) => @2991 @3558 @3600)
-@3605 := fun (__e_ro : @2989) => @3559
-@3606 := @3544 @72
-@3607 := @3547 @72
-@3608 := And.left
-@3609 := And.right
-@3612 := @3608 @3606 @3607 @4
-@3615 := @3609 @3606 @3607 @4
-@3616 := @3310 @4
-@3618 := fun (__e_o : @2902) => @3616 @69
-@3619 := Eq.subst.{1}
-@3623 := @3562 @68 @70 @71 @73
-@3624 := @3576 @3623
-@3630 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entry_accepts @67 @68 @70 @71 @4
-@3635 := @3567 (@3568 @67 @68 @70 @71)
-@3640 := @3608 (@3531 @69) (@3534 @69) @72
-@3642 := fun (__e_o : @2902) => @3616 @73
-@3645 := @3619 @2902 @3642 @3459
-@3649 := fun (__e_h : @3623) => @3645 @3635 @3630 @3640
-@3655 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.entry_refuses @67 @68 @70 @71 @4
-@3659 := fun (__e_h : @3624) => @3645 @3575 @3655 @3640
-@3660 := And.intro
-@3663 := @3623 -> @3310 @3635 @69
-@3665 := @3624 -> @3596 @69
-@3667 := @2991 @3663 @3665
-@3671 := @3660 @3663 @3665 @3649 @3659
-@3675 := @3660 @3607 @3667 @3615 @3671
-@3676 := Exists.intro.{1}
-@3677 := @2991 @3535
-@3681 := @3562 @67 @68 @70 @71
-@3695 := fun (__e_ro : @2989) =>
-  @3677 (@2991 (@3681 -> @3310 (@3567 (@3568 @282 @67 @68 @70)) @72) (@3576 @3681 -> @3597))
-@3699 := @3676 @2989 @3695 @72 @3675
-@3701 := @2991 @3606 @3607
-@3703 := fun (__e_ro : @2989) => fun (__e_hand : @3559) => @3699
-@3709 := Exists.elim.{1} @2989 @3605 @3604 @3553 @3703
-@3710 := LexLeanPreservation.Rust.RepresentableL
-@3711 := @2171 @69
-@3712 := @2371 @72
-@3714 := @615 @2584 @614
-@3716 := @615 @3712 @3714
-@3720 := @3710 (@1618 (@615 @3711 @3716))
-@3721 := (__e_hrep : @3720) -> @3604
-@3722 := fun (__e_hrep : @3720) => @3709
-@3723 := (spare : @2451) -> @3721
-@3724 := fun (spare : @2451) => @3722
-@3725 := (picks : @2368) -> @3723
-@3726 := fun (picks : @2368) => @3724
-@3727 := (ledger : @2170) -> @3725
-@3728 := fun (ledger : @2170) => @3726
-@3729 := (g : @3) -> @3727
-@3730 := fun (g : @3) => @3728
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/RustStd.lean
deleted file mode 100644
index 02f13dd85..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/RustStd.lean
+++ /dev/null
@@ -1,180 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[(.list .nat), (.list (.adt 0)), (.list (.pair .string .int)), (.option (.adt 0)), (.list (.pair .nat (.adt 0)))], [(.list (.pair .nat .int))], [(.result (.adt 0) .nat)]] },
-    { constructors := [[(.list (.pair .string .int)), .string]] }], functions := [
-    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))),
-      body := (.build .pair (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))) [(.call 1 [(.var 0)]), (.build .pair (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))) [(.var 1), (.build .pair (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))) [(.var 2), (.var 3)])])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.prim .length [(.var 1)])), (.arm (.adt 1) [6] (.prim .length [(.var 6)])), (.arm (.adt 2) [7] (.value .nat (.nat 0)))]) },
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2, 3, 4, 5] (.cond (.call 3 [(.var 1)]) (.cond (.call 4 [(.var 2)]) (.cond (.call 5 [(.var 3)]) (.cond (.call 7 [(.var 4)]) (.cond (.call 8 [(.var 5)]) (.build .true .bool []) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))), (.arm (.adt 1) [6] (.cond (.call 11 [(.var 6)]) (.build .true .bool []) (.build .false .bool []))), (.arm (.adt 2) [7] (.cond (.call 12 [(.var 7)]) (.build .true .bool []) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0], types := [(.list (.adt 0))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 2 [(.var 1)]) (.call 4 [(.var 2)]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair .string .int))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.int], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.option (.adt 0))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 2 [(.var 1)]))]) },
-    { parameters := [0], types := [(.list (.pair .nat (.adt 0)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.var 1)]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.pair .nat (.adt 0))], result := .bool,
-      body := (.cond (.call 10 [(.first (.var 0))]) (.call 2 [(.second (.var 0))]) (.build .false .bool [])) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.list (.pair .nat .int))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 6 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.result (.adt 0) .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .ok [1] (.call 2 [(.var 1)])), (.arm .error [2] (.call 10 [(.var 2)]))]) },
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm (.adt 0) [1, 2] (.cond (.call 5 [(.var 1)]) (.build .true .bool []) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.option (.list .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .none [] (.build .true .bool [])), (.arm .some [1] (.call 3 [(.var 1)]))]) },
-    { parameters := [0], types := [(.list (.list (.pair .nat .bool)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 16 [(.var 1)]) (.call 15 [(.var 2)]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair .nat .bool))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 17 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 16 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.bool], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0, 1, 2, 3], types := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))], result := (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))),
-      body := (.cond (.call 2 [(.var 0)]) (.cond (.call 13 [(.var 1)]) (.cond (.call 14 [(.var 2)]) (.cond (.call 15 [(.var 3)]) (.build .some (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3)])]) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (.build .none (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [(.list .nat), (.list (.adt 0)), (.list (.pair .str .int)), (.rc (.option (.adt 0))), (.list (.pair .nat (.adt 0)))] }, { number := 1, fields := [(.list (.pair .nat .int))] }, { number := 2, fields := [(.rc (.result (.adt 0) .nat))] }]),
-    (.enum (.adt 1) [{ number := 0, fields := [(.list (.pair .str .int)), .str] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 2)), type := (.option (.list .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.list (.list (.pair .nat .bool))) }] (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool)))))) (.mk [] (.pair (.call (.function 1) [(.move (.generated .binding 0))] false) (.pair (.move (.generated .binding 1)) (.pair (.move (.generated .binding 2)) (.move (.generated .binding 3))))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .nat (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), .wild, .wild, .wild, .wild]) (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 2))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false))), (.mk (.adt 0 2 [.wild]) (.mk [] (.lit (.nat 0))))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 4)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), (.bind (.generated .binding 2)), (.bind (.generated .binding 3)), (.bind (.generated .boxed 5)), (.bind (.generated .binding 5))]) (.mk [(.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 5)))] (.cond (.call (.function 3) [(.move (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 6))] false))), (.mk (.adt 0 2 [(.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 7)) none (.unbox (.generated .boxed 6)))] (.call (.function 12) [(.move (.generated .binding 7))] false)))]))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 0)) }] .bool (.mk [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 2) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 4) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .int)) }] .bool (.mk [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 6) [{ pattern := .wild, type := .int }] .bool (.mk [] (.lit (.bool true)))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.option (.adt 0)) }] .bool (.mk [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false)))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.adt 0))) }] .bool (.mk [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat (.adt 0)) }] .bool (.mk [] (.cond (.call (.function 10) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 23))))] false) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))] (.move (.generated .part 24))))] false)) (.mk [] (.lit (.bool false)))))),
-    (.function (.generated .function 10) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .int)) }] .bool (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false) (.mk [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.result (.adt 0) .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 33)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 33)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 2))] false)))]))),
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 34)) [(.mk (.adt 1 0 [(.bind (.generated .binding 1)), .wild]) (.mk [] (.call (.function 5) [(.move (.generated .binding 1))] false)))]))),
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.option (.list .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 35)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 35)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 3) [(.move (.generated .binding 1))] false)))]))),
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.list (.pair .nat .bool))) }] .bool (.mk [(.mk (.bind (.generated .holder 36)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 16) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 15) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .bool)) }] .bool (.mk [(.mk (.bind (.generated .holder 37)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 37)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 17) [{ pattern := .wild, type := .bool }] .bool (.mk [] (.lit (.bool true)))),
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 2)), type := (.option (.list .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.list (.list (.pair .nat .bool))) }] (.option (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) (.mk [] (.cond (.call (.function 2) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.move (.generated .binding 0))] false) (.pair (.move (.generated .binding 1)) (.pair (.move (.generated .binding 2)) (.move (.generated .binding 3))))), [(3, (.list (.list (.pair .nat .bool))), (some 3)), (2, (.option (.list .nat)), (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), .wild, .wild, .wild, .wild]) (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 2))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false))), (.mk (.adt 0 2 [.wild]) (.mk [] (.lit (.nat 0))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(5, (.list (.pair .nat (.adt 0))), none), (4, (.option (.adt 0)), none), (3, (.list (.pair .string .int)), none), (2, (.list (.adt 0)), none), (1, (.list .nat), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 2))] false)) (Corr.mCons (Γ' := [(6, (.list (.pair .nat .int)), (some 6)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 3)) none (.move (.generated .binding 6)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false)) (Corr.mCons (Γ' := [(7, (.result (.adt 0) .nat), none), (0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl (Corr.prim (ts := [(.list (.pair .nat .int))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 4)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1)), (.bind (.generated .binding 2)), (.bind (.generated .binding 3)), (.bind (.generated .boxed 5)), (.bind (.generated .binding 5))]) (.mk [(.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 5)))] (.cond (.call (.function 3) [(.move (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))), (.mk (.adt 0 1 [(.bind (.generated .binding 6))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 6))] false))), (.mk (.adt 0 2 [(.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 7)) none (.unbox (.generated .boxed 6)))] (.call (.function 12) [(.move (.generated .binding 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(5, (.list (.pair .nat (.adt 0))), (some 5)), (4, (.option (.adt 0)), (some 4)), (3, (.list (.pair .string .int)), (some 3)), (2, (.list (.adt 0)), (some 2)), (1, (.list .nat), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := [(.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 5)))]) (lets := []) (tail := (.cond (.call (.function 3) [(.move (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (Corr.mCons (Γ' := [(6, (.list (.pair .nat .int)), (some 6)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.move (.generated .binding 6))] false)) (Corr.mCons (Γ' := [(7, (.result (.adt 0) .nat), (some 7)), (0, (.adt 0), (some 0))]) (j := 2) (loads := [(.mk (.bind (.generated .binding 7)) none (.unbox (.generated .boxed 6)))]) (lets := []) (tail := (.call (.function 12) [(.move (.generated .binding 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 12) [(.move (.generated .binding 7))] false)) (lk := []) (Corr.callOps (ts := [(.result (.adt 0) .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.move (.generated .binding 6))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 3) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 4) [(.move (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 4) [(.move (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 5) [(.move (.generated .binding 3))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 5) [(.move (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.move (.generated .binding 4))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 5))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.move (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [(.option (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 5))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.move (.generated .binding 5))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat (.adt 0)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl)) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 8)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (ce := (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 3) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 2) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 4) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.adt 0)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 0))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.adt 0)), (some 2)), (1, (.adt 0), (some 1)), (0, (.list (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 2) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 4) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 2) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 4) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .string .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))] (.move (.generated .part 14))))] false)) (lk := []) (Corr.callOps (ts := [.int]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 14))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.second (ta := .string) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .string .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))]) (ce := (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 17)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 16))) (Corr.first (ta := .string) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 17))) (Corr.first (ta := .string) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .int)), none), (3, (.pair .string .int), (some 3)), (2, (.list (.pair .string .int)), (some 2)), (1, (.pair .string .int), (some 1)), (0, (.list (.pair .string .int)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 5) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .string .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .int, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false)))]), [(0, (.option (.adt 0)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.option (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.option (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat (.adt 0))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat (.adt 0)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat (.adt 0))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat (.adt 0))), (some 2)), (1, (.pair .nat (.adt 0)), (some 1)), (0, (.list (.pair .nat (.adt 0))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat (.adt 0)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 10) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 23))))] false) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))] (.move (.generated .part 24))))] false)) (.mk [] (.lit (.bool false)))), [(0, (.pair .nat (.adt 0)), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 10) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 23))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 23)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 23))) (Corr.first (ta := .nat) (tb := (.adt 0)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 2) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))] (.move (.generated .part 24))))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .nat) (tb := (.adt 0)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false) (.mk [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat .int)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false) (.mk [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 6) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 26))))] false)) (lk := []) (Corr.callOps (ts := [.int]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 26))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 26))) (Corr.second (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 27)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))] (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat .int))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 32)) none (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))] (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false))))]) (ce := (.matchOn (.move (.generated .holder 32)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 28))))), (.mk (.bind (.generated .operand 31)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 29)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 28)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 28))) (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 29)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 29))) (Corr.first (ta := .nat) (tb := .int) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .int)), none), (3, (.pair .nat .int), (some 3)), (2, (.list (.pair .nat .int)), (some 2)), (1, (.pair .nat .int), (some 1)), (0, (.list (.pair .nat .int)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 11) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 33)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 33)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.call (.function 2) [(.move (.generated .binding 1))] false))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 2))] false)))]), [(0, (.result (.adt 0) .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.adt 0) .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.result (.adt 0) .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 1))] false)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (0, (.result (.adt 0) .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 34)) [(.mk (.adt 1 0 [(.bind (.generated .binding 1)), .wild]) (.mk [] (.call (.function 5) [(.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .string, none), (1, (.list (.pair .string .int)), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 5) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string .int))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kId (Corr.bOfE (Corr.buildConst rfl)) (Corr.bOfE (Corr.buildConst rfl)) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 35)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 35)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 3) [(.move (.generated .binding 1))] false)))]), [(0, (.option (.list .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.option (.list .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.option (.list .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 36)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 16) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 15) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.list (.pair .nat .bool))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.list (.pair .nat .bool)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.list (.pair .nat .bool))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.list (.pair .nat .bool))), (some 2)), (1, (.list (.pair .nat .bool)), (some 1)), (0, (.list (.list (.pair .nat .bool))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 16) [(.move (.generated .binding 1))] false) (.mk [] (.call (.function 15) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 16) [(.move (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 15) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.list (.pair .nat .bool)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 37)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 37)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat .bool)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 38))))] false)) (lk := []) (Corr.callOps (ts := [.bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 38))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 38))) (Corr.second (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))] (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 16) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 44)) none (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))] (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false))))]) (ce := (.matchOn (.move (.generated .holder 44)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 42)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 41)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 40)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 40))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 41)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 41))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .bool)), none), (3, (.pair .nat .bool), (some 3)), (2, (.list (.pair .nat .bool)), (some 2)), (1, (.pair .nat .bool), (some 1)), (0, (.list (.pair .nat .bool)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 16) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .bool, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 2) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) []))), [(3, (.list (.list (.pair .nat .bool))), (some 3)), (2, (.option (.list .nat)), (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 2) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 13) [(.clone (.generated .binding 1))] false) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 14) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.option (.list .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 15) [(.clone (.generated .binding 3))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (.mk [] (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])))) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list (.list (.pair .nat .bool)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.move (.generated .binding 3))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))) [])) (Corr.build (ts := [(.pair .nat (.pair (.adt 1) (.pair (.option (.list .nat)) (.list (.list (.pair .nat .bool))))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1), (.option (.list .nat)), (.list (.list (.pair .nat .bool)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | _ + 19 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1.lean
deleted file mode 100644
index ad4d4f071..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1.lean
+++ /dev/null
@@ -1,114 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))),
-      body := (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))) [(.call 1 [(.var 0), (.var 1), (.var 2)]), (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))) [(.call 2 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))) [(.call 3 [(.var 0), (.var 1)]), (.build .pair (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))) [(.call 6 [(.var 0)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))) [(.call 7 [(.var 0)]), (.build .pair (.pair .nat (.list (.pair .string .nat))) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.list (.pair .string .nat)),
-      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.build .nil (.list (.pair .string .nat)) [])])), (.arm .cons [3, 4] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 3))]) [(.arm .lt [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 0)])), (.arm .eq [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 4)])), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 3), (.call 1 [(.var 4), (.var 1), (.var 2)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.list (.pair .string .nat)),
-      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .nil (.list (.pair .string .nat)) [])), (.arm .cons [2, 3] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := .bool,
-      body := (.«match» .bool (.call 5 [(.var 0), (.var 1)]) [(.arm .none [] (.build .false .bool [])), (.arm .some [2] (.build .true .bool []))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [1, 2] (.build .cons (.list .string) [(.first (.var 1)), (.call 6 [(.var 2)])]))]) },
-    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [1, 2] (.build .cons (.list .nat) [(.second (.var 1)), (.call 7 [(.var 2)])]))]) },
-    { parameters := [0], types := [(.list (.pair .string .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))),
-      body := (.cond (.call 8 [(.var 0)]) (.build .some (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [])) }] }
-
-def __fits_0 (m : (List (Prod String Nat))) (k : String) (v : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && Bool.true) && Bool.true) && (((((Bool.true && Bool.true) && Bool.true) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.mapSize (m) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_0 (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.string k), (_root_.LexLeanTarget.TargetSyntax.Value.nat v)] (_root_.LexLeanPreservation.Rel (__fits_0 m k v) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_mapInsert (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.insertEntry (fun _ _ => rfl) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.insertEntry, __h]) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.insertEntry, __h]) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.insertEntry, __h]) (p := __prog) (fi := 1) (tk := .string) (tw := .nat) rfl (m) (k) (v))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapRemove (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.removeEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.removeEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.removeEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.removeEntry, __h]) (p := __prog) (fi := 2) (tk := .string) (tw := .nat) rfl (m) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 3) (tk := .string) (tw := .nat) rfl (m) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapContains (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 4) (tk := .string) (tw := .nat) rfl rfl (m) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_mapKeys (ek := _root_.LexLeanTarget.TargetSyntax.Value.string) (ev := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.string) (fun _ => rfl) (p := __prog) (fi := 6) (tk := .string) (tw := .nat) rfl (m))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_mapValues (ek := _root_.LexLeanTarget.TargetSyntax.Value.string) (ev := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (p := __prog) (fi := 7) (tk := .string) (tw := .nat) rfl (m))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def denote (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 m k v) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.string k), (_root_.LexLeanTarget.TargetSyntax.Value.nat v)] (_root_.LexLeanPreservation.Rel (__fits_0 m k v) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 m k v)
-
-def __valid_9 : Nat -> Bool :=
-  fun _ => Bool.true
-
-def __inv_9 : Nat -> Prop :=
-  fun _ => _root_.True
-
-theorem __viff_9 : ∀ (__v : Nat), __valid_9 __v = Bool.true ↔ __inv_9 __v :=
-  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
-
-theorem __vrel_9 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_9 __v))) :=
-  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
-
-def __valid_8 : (List (Prod String Nat)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_9
-
-def __inv_8 : (List (Prod String Nat)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __inv_9
-
-theorem __viff_8 : ∀ (__v : (List (Prod String Nat))), __valid_8 __v = Bool.true ↔ __inv_8 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_9 __inv_9 __viff_9
-
-theorem __vrel_8 : ∀ (__v : (List (Prod String Nat))), _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_8 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
-
-def entryFits (m : (List (Prod String Nat))) (k : String) (v : Nat) : Bool :=
-  (if __valid_8 m then __fits_0 m k v else Bool.true)
-
-def entryValue (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_8 m then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryFits m k v) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryValue m k v)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (m : (List (Prod String Nat))) (k : String) (v : Nat) : Prop :=
-  (__inv_8 m ∧ _root_.True)
-
-theorem entry (m : (List (Prod String Nat))) (k : String) (v : Nat) : _root_.LexLeanPreservation.RunConv __prog 10 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.string k), (_root_.LexLeanTarget.TargetSyntax.Value.nat v)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denoteEntry m k v) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 m k v else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string _root_.LexLeanTarget.TargetSyntax.Value.nat))))))))) (Coverage.Colls.mapOps m k v))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_8 m) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 m)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_0 m k v)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryFits]))
-
-theorem entry_accepts (m : (List (Prod String Nat))) (k : String) (v : Nat) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.accepts m k v) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denoteEntry m k v = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denote m k v) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denote
-  simp only [_root_.if_true, (__viff_8 m).mpr __h.1]
-  cases __fits_0 m k v <;> rfl
-
-theorem entry_refuses (m : (List (Prod String Nat))) (k : String) (v : Nat) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.accepts m k v) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denoteEntry m k v = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryValue
-  cases __c0 : __valid_8 m
-  · simp
-  · exact _root_.absurd ⟨(__viff_8 m).mp __c0, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/Compose/RustStd.lex.tex
deleted file mode 100644
index c33de98c6..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,728 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.root : @1520 := @1521 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.flags
-@3 := String
-@4 := Nat
-@5 := Prod.{0, 0}
-@6 := @5 @3
-@7 := @6 @4
-@8 := List.{0}
-@9 := @8 @7
-@10 := #3
-@11 := LexLeanTarget.TargetSyntax.Value.string
-@12 := LexLeanTarget.TargetSyntax.Value.nat
-@13 := LexLeanPreservation.encPair
-@14 := @13 @3
-@15 := @14 @4
-@16 := @15 @11
-@17 := @16 @12
-@18 := LexLeanPreservation.encList
-@19 := @18 @7
-@20 := @19 @17
-@21 := @20 @10
-@22 := LexLeanTarget.TargetSyntax.Ty.string
-@23 := LexLeanTarget.TargetSyntax.Ty.nat
-@24 := LexLeanTarget.TargetSyntax.Ty.pair
-@25 := @24 @22
-@26 := @25 @23
-@27 := LexLeanTarget.TargetSyntax.Ty.list
-@28 := @27 @26
-@29 := #0
-@30 := LexLeanTarget.TargetSyntax.Program
-@31 := LexLeanPreservation.Rust.RCrate
-@32 := LexLeanPreservation.Rust.Flags
-@33 := LexLeanPreservation.Rust.WT
-@34 := @33 @10
-@35 := #2
-@36 := @34 @35
-@37 := #1
-@38 := @36 @37
-@39 := @11 @29
-@45 := {p : @30} -> {c : @31} -> {A : @32} -> (s : @3) -> @38 @39 @22
-@47 := LexLeanPreservation.Rust.wt_string @0
-@48 := @33 @0
-@50 := @48 @35 @37
-@55 := {c : @31} -> {A : @32} -> (s : @3) -> @50 @39 @22
-@56 := @47 @1
-@57 := @48 @1
-@58 := @57 @37
-@62 := {A : @32} -> (s : @3) -> @58 @39 @22
-@63 := @56 @2
-@64 := @57 @2
-@65 := @64 @39
-@66 := @65 @22
-@67 := (s : @3) -> @66
-@69 := fun (__x : @3) => @63 @29
-@70 := @12 @29
-@76 := {p : @30} -> {c : @31} -> {A : @32} -> (n : @4) -> @38 @70 @23
-@78 := LexLeanPreservation.Rust.wt_nat @0
-@83 := {c : @31} -> {A : @32} -> (n : @4) -> @50 @70 @23
-@84 := @78 @1
-@88 := {A : @32} -> (n : @4) -> @58 @70 @23
-@89 := @84 @2
-@90 := @64 @70
-@91 := @90 @23
-@92 := (n : @4) -> @91
-@94 := fun (__x : @4) => @89 @29
-@95 := Sort 1
-@96 := LexLeanTarget.TargetSyntax.Value
-@97 := (a._@._internal._hyg.#0 : @37) -> @96
-@98 := LexLeanTarget.TargetSyntax.Ty
-@99 := #5
-@100 := #9
-@101 := @33 @100
-@102 := #8
-@103 := @101 @102
-@104 := #7
-@105 := @103 @104
-@106 := #4
-@107 := @106 @29
-@110 := (x : @99) -> @105 @107 @35
-@111 := #10
-@117 := (x : @99) -> @33 @111 @100 @102 @107 @35
-@118 := @5 @104
-@119 := #6
-@120 := @118 @119
-@121 := #11
-@124 := @33 @121 @111 @100
-@129 := @13 @102 @104 @119 @99 @29
-@130 := @124 @129
-@132 := @24 @106 @10
-@145 := {p : @30} ->
-  {c : @31} ->
-  {A : @32} ->
-  {α : @95} ->
-  {β : @95} ->
-  {ea : @97} ->
-  {eb : @97} -> {s : @98} -> {t : @98} -> (ha : @110) -> (hb : @117) -> (x : @120) -> @130 @132
-@147 := LexLeanPreservation.Rust.wt_encPair @0
-@172 := {c : @31} ->
-  {A : @32} ->
-  {α : @95} ->
-  {β : @95} ->
-  {ea : @97} ->
-  {eb : @97} ->
-  {s : @98} ->
-  {t : @98} ->
-  (ha : (x : @99) -> @48 @102 @104 @107 @35) ->
-  (hb : (x : @99) -> @48 @100 @102 @107 @35) -> (x : @120) -> @48 @111 @100 @129 @132
-@173 := @147 @1
-@194 := {A : @32} ->
-  {α : @95} ->
-  {β : @95} ->
-  {ea : @97} ->
-  {eb : @97} ->
-  {s : @98} ->
-  {t : @98} ->
-  (ha : (x : @99) -> @57 @104 @107 @35) ->
-  (hb : (x : @99) -> @57 @102 @107 @35) -> (x : @120) -> @57 @100 @129 @132
-@195 := @173 @2
-@197 := @64 @107 @35
-@198 := (x : @99) -> @197
-@209 := {α : @95} ->
-  {β : @95} ->
-  {ea : @97} ->
-  {eb : @97} -> {s : @98} -> {t : @98} -> (ha : @198) -> (hb : @198) -> (x : @120) -> @64 @129 @132
-@210 := @195 @3
-@211 := (a._@._internal._hyg.#0 : @3) -> @96
-@212 := (x : @3) -> @197
-@227 := {β : @95} ->
-  {ea : @211} ->
-  {eb : @97} ->
-  {s : @98} ->
-  {t : @98} -> (ha : @212) -> (hb : @198) -> (x : @6 @119) -> @64 (@14 @104 @119 @99 @29) @132
-@228 := @210 @4
-@229 := (a._@._internal._hyg.#0 : @4) -> @96
-@230 := (x : @4) -> @197
-@242 := {ea : @211} ->
-  {eb : @229} ->
-  {s : @98} -> {t : @98} -> (ha : @212) -> (hb : @230) -> (x : @7) -> @64 (@15 @119 @99 @29) @132
-@243 := @228 @11
-@245 := (x : @3) -> @65 @35
-@255 := {eb : @229} ->
-  {s : @98} -> {t : @98} -> (ha : @245) -> (hb : @230) -> (x : @7) -> @64 (@16 @99 @29) @132
-@256 := @243 @12
-@258 := (x : @4) -> @90 @35
-@260 := @64 (@17 @29)
-@266 := {s : @98} -> {t : @98} -> (ha : @245) -> (hb : @258) -> (x : @7) -> @260 @132
-@267 := @256 @22
-@268 := (x : @3) -> @66
-@274 := {t : @98} -> (ha : @268) -> (hb : @258) -> (x : @7) -> @260 (@25 @10)
-@275 := @267 @23
-@276 := (x : @4) -> @91
-@278 := (x : @7) -> @260 @26
-@280 := (ha : @268) -> (hb : @276) -> @278
-@284 := fun (__x : @7) => @275 @69 @94 @29
-@285 := (a._@._internal._hyg.#0 : @29) -> @96
-@288 := @33 @119 @99 @106
-@289 := @35 @29
-@292 := (x : @35) -> @288 @289 @37
-@293 := @8 @10
-@296 := @33 @104 @119 @99
-@299 := @18 @106 @10 @29
-@300 := @296 @299
-@301 := @27 @35
-@310 := {p : @30} ->
-  {c : @31} ->
-  {A : @32} -> {α : @95} -> {e : @285} -> {t : @98} -> (h : @292) -> (xs : @293) -> @300 @301
-@312 := LexLeanPreservation.Rust.wt_encList @0
-@314 := @48 @99 @106
-@328 := {c : @31} ->
-  {A : @32} ->
-  {α : @95} ->
-  {e : @285} ->
-  {t : @98} -> (h : (x : @35) -> @314 @289 @37) -> (xs : @293) -> @48 @119 @99 @299 @301
-@329 := @312 @1
-@330 := @57 @106
-@342 := {A : @32} ->
-  {α : @95} ->
-  {e : @285} -> {t : @98} -> (h : (x : @35) -> @330 @289 @37) -> (xs : @293) -> @57 @99 @299 @301
-@343 := @329 @2
-@345 := @64 @289 @37
-@353 := {α : @95} ->
-  {e : @285} -> {t : @98} -> (h : (x : @35) -> @345) -> (xs : @293) -> @64 @299 @301
-@354 := @343 @7
-@364 := {e : (a._@._internal._hyg.#0 : @7) -> @96} ->
-  {t : @98} -> (h : (x : @7) -> @345) -> (xs : @9) -> @64 (@19 @10 @29) @301
-@365 := @354 @17
-@367 := (x : @7) -> @260 @37
-@369 := @64 (@20 @29)
-@373 := {t : @98} -> (h : @367) -> (xs : @9) -> @369 @301
-@374 := @365 @26
-@377 := (h : @278) -> (xs : @9) -> @369 @28
-@379 := @374 @284 @10
-@381 := @64 @21 @28
-@382 := @11 @35
-@383 := @63 @35
-@385 := @64 @382 @22
-@386 := @12 @37
-@387 := @89 @37
-@389 := @64 @386 @23
-@390 := List.nil.{0}
-@391 := List.cons.{0}
-@392 := @390 @96
-@393 := @391 @96
-@395 := @393 @386 @392
-@397 := @393 @382 @395
-@399 := @393 @21 @397
-@401 := @5 @4 @96
-@402 := 2
-@405 := Prod.mk.{0, 0} @4 @96
-@406 := @405 @402
-@407 := @406 @386
-@409 := @405 1
-@410 := @409 @382
-@412 := @405 0
-@413 := @412 @21
-@414 := @390 @401
-@415 := @391 @401
-@417 := @415 @413 @414
-@419 := @415 @410 @417
-@421 := @415 @407 @419
-@422 := Bool.false
-@423 := LexLeanTarget.TargetSyntax.Function
-@424 := LexLeanTarget.TargetSyntax.Program.functions
-@425 := @424 @0
-@426 := 10
-@427 := @390 @4
-@428 := @390 @98
-@429 := LexLeanTarget.TargetSyntax.Ty.unit
-@430 := LexLeanTarget.TargetSyntax.Value.unit
-@433 := LexLeanTarget.TargetSyntax.Expr.value @429 @430
-@438 := LexLeanTarget.TargetSyntax.Function.mk @427 @428 @429 @433
-@443 := List.getD.{0} @423 @425 @426 @438
-@447 := fun (__e_n : @4) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.root @29 @426
-@448 := LexLeanPreservation.Rust.WTL
-@456 := {p : @30} -> {c : @31} -> {A : @32} -> @448 @35 @37 @29 @392 @428
-@458 := LexLeanPreservation.Rust.wtl_nil @0
-@459 := @448 @0
-@465 := {c : @31} -> {A : @32} -> @459 @37 @29 @392 @428
-@466 := @458 @1
-@467 := @459 @1
-@471 := {A : @32} -> @467 @29 @392 @428
-@472 := @466 @2
-@473 := @467 @2
-@474 := @473 @392
-@475 := @474 @428
-@476 := @8 @96
-@477 := @8 @98
-@479 := @288 @10 @35
-@484 := @448 @104 @119 @99 @35 @37
-@487 := @448 @102 @104 @119
-@489 := @393 @99 @10
-@490 := @487 @489
-@491 := @391 @98
-@493 := @491 @106 @35
-@503 := {p : @30} ->
-  {c : @31} ->
-  {A : @32} ->
-  {v : @96} -> {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @479) -> (hs : @484) -> @490 @493
-@505 := LexLeanPreservation.Rust.wtl_cons @0
-@523 := {c : @31} ->
-  {A : @32} ->
-  {v : @96} ->
-  {t : @98} ->
-  {vs : @476} ->
-  {ts : @477} -> (h : @314 @10 @35) -> (hs : @459 @119 @99 @35 @37) -> @459 @104 @119 @489 @493
-@524 := @505 @1
-@539 := {A : @32} ->
-  {v : @96} ->
-  {t : @98} ->
-  {vs : @476} -> {ts : @477} -> (h : @330 @10 @35) -> (hs : @467 @99 @35 @37) -> @467 @119 @489 @493
-@540 := @524 @2
-@542 := @64 @10 @35
-@544 := @473 @35 @37
-@552 := {v : @96} ->
-  {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @542) -> (hs : @544) -> @473 @489 @493
-@553 := @540 @386
-@554 := @12 @106
-@556 := @64 @554 @35
-@557 := @12 @119
-@558 := @393 @557
-@566 := {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @556) -> (hs : @544) -> @473 (@558 @10) @493
-@567 := @553 @23
-@568 := @12 @10
-@570 := @64 @568 @23
-@571 := @12 @99
-@572 := @393 @571
-@574 := @473 (@572 @10)
-@575 := @491 @23
-@576 := @575 @35
-@581 := {vs : @476} -> {ts : @477} -> (h : @570) -> (hs : @544) -> @574 @576
-@582 := @567 @392
-@583 := @12 @35
-@585 := @64 @583 @23
-@586 := @474 @37
-@588 := @393 @554 @392
-@593 := {ts : @477} -> (h : @585) -> (hs : @586) -> @473 @588 @576
-@594 := @582 @428
-@596 := @393 @568 @392
-@597 := @473 @596
-@598 := @575 @428
-@601 := (h : @389) -> (hs : @475) -> @597 @598
-@602 := @594 @387
-@604 := @393 @583 @392
-@606 := @473 @604 @598
-@607 := (hs : @475) -> @606
-@608 := @602 @472
-@610 := @473 @395 @598
-@611 := @540 @382
-@612 := @11 @99
-@614 := @64 @612 @35
-@615 := @11 @104
-@616 := @393 @615
-@624 := {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @614) -> (hs : @544) -> @473 (@616 @10) @493
-@625 := @611 @22
-@626 := @11 @106
-@628 := @64 @626 @22
-@629 := @11 @119
-@630 := @393 @629
-@632 := @473 (@630 @10)
-@633 := @491 @22
-@634 := @633 @35
-@639 := {vs : @476} -> {ts : @477} -> (h : @628) -> (hs : @544) -> @632 @634
-@640 := @625 @395
-@641 := @11 @10
-@643 := @64 @641 @22
-@644 := @597 @37
-@646 := @393 @612 @588
-@651 := {ts : @477} -> (h : @643) -> (hs : @644) -> @473 @646 @634
-@652 := @640 @598
-@654 := @393 @626 @596
-@655 := @473 @654
-@656 := @633 @598
-@659 := (h : @385) -> (hs : @606) -> @655 @656
-@660 := @652 @383
-@662 := @393 @641 @604
-@664 := @473 @662 @656
-@665 := (hs : @610) -> @664
-@666 := @660 @608
-@668 := @473 @397 @656
-@669 := @540 @21
-@670 := @20 @119
-@672 := @64 @670 @35
-@673 := @20 @102
-@674 := @393 @673
-@682 := {t : @98} -> {vs : @476} -> {ts : @477} -> (h : @672) -> (hs : @544) -> @473 (@674 @10) @493
-@683 := @669 @28
-@684 := @20 @99
-@686 := @64 @684 @28
-@687 := @20 @104
-@688 := @393 @687
-@690 := @473 (@688 @10)
-@691 := @491 @28
-@692 := @691 @35
-@697 := {vs : @476} -> {ts : @477} -> (h : @686) -> (hs : @544) -> @690 @692
-@698 := @683 @397
-@699 := @20 @106
-@701 := @64 @699 @28
-@702 := @655 @37
-@704 := @393 @670 @646
-@705 := @473 @704
-@709 := {ts : @477} -> (h : @701) -> (hs : @702) -> @705 @692
-@710 := @698 @656
-@712 := @393 @684 @654
-@713 := @473 @712
-@714 := @691 @656
-@717 := (h : @381) -> (hs : @664) -> @713 @714
-@718 := @710 @379
-@720 := @393 @699 @662
-@721 := @473 @720
-@723 := (hs : @668) -> @721 @714
-@724 := @718 @666
-@725 := @473 @399
-@726 := @725 @714
-@727 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denoteEntry
-@730 := @727 @10 @35 @37
-@731 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryFits
-@734 := @731 @10 @35 @37
-@738 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entryValue @10 @35 @37
-@742 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entry @10 @35 @37
-@743 := Bool
-@744 := Ne.{1}
-@745 := LexLeanPreservation.Obs
-@746 := @744 @745
-@747 := LexLeanPreservation.Rel
-@750 := @746 (@747 @37 @29)
-@751 := LexLeanPreservation.Obs.stuck
-@754 := (f : @743) -> (v : @96) -> @750 @751
-@756 := LexLeanPreservation.Rust.rel_ne_stuck @734
-@764 := (v : @96) -> @746 (@747 (@731 @106 @10 @35) @29) @751
-@765 := @756 @738
-@769 := @746 (@747 @734 @738) @751
-@770 := @8 @401
-@771 := LexLeanPreservation.Rust.FunSem
-@777 := (n : @4) -> @771 @100 @102 @104 @29 @119
-@778 := Eq.{1}
-@779 := Option.{0}
-@780 := @779 @423
-@781 := @778 @780
-@788 := LexLeanRuntime.index (@8 @423) @423 (LexLeanRuntime.instIndexableList @423)
-@792 := @781 (@788 (@424 @100) @119)
-@793 := Option.some.{0}
-@794 := @793 @423
-@795 := @794 @99
-@796 := @792 @795
-@800 := @448 @111 @100 @102 @99
-@801 := LexLeanTarget.TargetSyntax.Function.types
-@802 := @801 @119
-@803 := @800 @802
-@804 := @779 @770
-@805 := @778 @804
-@806 := LexLeanTarget.TargetSemantics.bindAll
-@807 := LexLeanTarget.TargetSyntax.Function.parameters
-@812 := @805 (@806 (@807 @104) @119 @414)
-@813 := @793 @770
-@814 := @813 @99
-@815 := @812 @814
-@816 := @779 @743
-@817 := @778 @816
-@818 := LexLeanPreservation.Rust.fnFallible
-@821 := @817 (@818 @121 @100)
-@822 := @793 @743
-@823 := @822 @99
-@824 := @821 @823
-@825 := LexLeanPreservation.RunConv
-@826 := #13
-@830 := @825 @826 @111 @102 @99
-@832 := @746 @119 @751
-@833 := Exists.{1}
-@834 := LexLeanPreservation.Rust.ROut
-@835 := @833 @834
-@836 := And
-@837 := LexLeanPreservation.Rust.RealizesFn
-@841 := @836 (@837 @100 @102 @29)
-@842 := LexLeanPreservation.Rust.RCI
-@844 := @842 #15
-@845 := LexLeanPreservation.Rust.fnIdent
-@846 := @845 @826
-@853 := (hne : @832) -> @835 (fun (ro : @834) => @841 (@844 @846 @121 @29))
-@868 := {p : @30} ->
-  {c : @31} ->
-  {A : @32} ->
-  {f : @4} ->
-  {fn : @423} ->
-  {args : @476} ->
-  {env : @770} ->
-  {F : @743} ->
-  {o : @745} ->
-  (hB : @777) ->
-  (hfn : @796) -> (hwt : @803) -> (hbind : @815) -> (hF : @824) -> (hA : @830) -> @853
-@870 := LexLeanPreservation.Rust.compose @0
-@871 := @771 @0
-@876 := (n : @4) -> @871 @102 @104 @29 @119
-@877 := @788 @425
-@880 := @781 (@877 @119) @795
-@884 := @459 @100 @102 @99 @802
-@885 := @825 @0
-@888 := @885 @111 @102 @99
-@902 := {c : @31} ->
-  {A : @32} ->
-  {f : @4} ->
-  {fn : @423} ->
-  {args : @476} ->
-  {env : @770} ->
-  {F : @743} ->
-  {o : @745} ->
-  (hB : @876) ->
-  (hfn : @880) -> (hwt : @884) -> (hbind : @815) -> (hF : @824) -> (hA : @888) -> @853
-@903 := @870 @1
-@904 := @871 @1
-@908 := (n : @4) -> @904 @104 @29 @119
-@911 := @467 @102 @99 @802
-@912 := @818 @1
-@915 := @817 (@912 @100) @823
-@916 := @842 @1
-@926 := (hbind : @815) ->
-  (hF : @915) -> (hA : @888) -> (hne : @832) -> @835 (fun (ro : @834) => @841 (@916 @846 @121 @29))
-@936 := {A : @32} ->
-  {f : @4} ->
-  {fn : @423} ->
-  {args : @476} ->
-  {env : @770} -> {F : @743} -> {o : @745} -> (hB : @908) -> (hfn : @880) -> (hwt : @911) -> @926
-@937 := @903 @2
-@939 := @904 @2 @29
-@941 := (n : @4) -> @939 @119
-@942 := @473 @99
-@943 := @942 @802
-@952 := {f : @4} ->
-  {fn : @423} ->
-  {args : @476} ->
-  {env : @770} -> {F : @743} -> {o : @745} -> (hB : @941) -> (hfn : @880) -> (hwt : @943) -> @926
-@953 := @937 @426
-@955 := (n : @4) -> @939 @426
-@956 := @877 @426
-@957 := @781 @956
-@958 := @957 @795
-@959 := @912 @426
-@960 := @817 @959
-@961 := @960 @823
-@962 := @885 @426
-@964 := @962 @102 @99
-@966 := @916 (@845 @426)
-@974 := (hF : @961) -> (hA : @964) -> (hne : @832) -> @835 (fun (ro : @834) => @841 (@966 @121 @29))
-@983 := {fn : @423} ->
-  {args : @476} ->
-  {env : @770} ->
-  {F : @743} -> {o : @745} -> (hB : @955) -> (hfn : @958) -> (hwt : @943) -> (hbind : @815) -> @974
-@984 := @953 @443
-@986 := @957 (@794 @443)
-@987 := @801 @443
-@988 := @942 @987
-@990 := @806 (@807 @443)
-@1002 := {args : @476} ->
-  {env : @770} ->
-  {F : @743} ->
-  {o : @745} ->
-  (hB : @955) -> (hfn : @986) -> (hwt : @988) -> (hbind : @805 (@990 @119 @414) @814) -> @974
-@1003 := @984 @399
-@1006 := @674 (@616 (@558 @392))
-@1008 := @473 @1006 @987
-@1017 := @393 (@20 @100) (@393 (@11 @102) (@393 (@12 @104) @392))
-@1021 := @805 (@990 @1017 @414) @814
-@1030 := @393 (@20 @121) (@393 (@11 @111) (@393 (@12 @100) @392))
-@1032 := @962 @1030 @99
-@1035 := @393 (@20 #14)
-@1037 := @393 (@11 @826)
-@1038 := #12
-@1058 := {env : @770} ->
-  {F : @743} ->
-  {o : @745} ->
-  (hB : @955) ->
-  (hfn : @986) ->
-  (hwt : @1008) ->
-  (hbind : @1021) ->
-  (hF : @961) ->
-  (hA : @1032) ->
-  (hne : @832) -> @835 (fun (ro : @834) => @841 (@966 (@1035 (@1037 (@393 (@12 @1038) @392))) @29))
-@1059 := @1003 @421
-@1062 := @688 (@630 (@572 @392))
-@1064 := @473 @1062 @987
-@1078 := @805 (@990 @1006 @414) (@813 (@415 (@406 @557) (@415 (@409 @615) (@415 (@412 @673) @414))))
-@1087 := @393 (@20 @111) (@393 (@11 @100) (@393 (@12 @102) @392))
-@1112 := {F : @743} ->
-  {o : @745} ->
-  (hB : @955) ->
-  (hfn : @986) ->
-  (hwt : @1064) ->
-  (hbind : @1078) ->
-  (hF : @961) ->
-  (hA : @962 @1087 @99) ->
-  (hne : @832) ->
-  @835
-    (fun (ro : @834) => @841 (@966 (@393 (@20 @826) (@393 (@11 @1038) (@393 (@12 @121) @392))) @29))
-@1113 := @1059 @422
-@1114 := @705 @987
-@1128 := @805 (@990 @1062 @414) (@813 (@415 (@406 @571) (@415 (@409 @629) (@415 (@412 @687) @414))))
-@1130 := @960 (@822 @422)
-@1132 := @962 @1017 @99
-@1133 := @837 @422
-@1158 := {o : @745} ->
-  (hB : @955) ->
-  (hfn : @986) ->
-  (hwt : @1114) ->
-  (hbind : @1128) ->
-  (hF : @1130) ->
-  (hA : @1132) ->
-  (hne : @832) ->
-  @835
-    (fun (ro : @834) =>
-    @836 (@1133 @102 @29) (@966 (@393 (@20 @1038) (@393 (@11 @121) (@393 (@12 @111) @392))) @29))
-@1159 := @1113 @730
-@1160 := @713 @987
-@1174 := @805 (@990 @704 @414) (@813 (@415 (@406 @554) (@415 (@409 @612) (@415 (@412 @670) @414))))
-@1175 := @962 @1006
-@1178 := @727 @102 @104 @119
-@1179 := @1175 @1178
-@1182 := @727 @100 @102 @104
-@1202 := (hB : @955) ->
-  (hfn : @986) ->
-  (hwt : @1160) ->
-  (hbind : @1174) ->
-  (hF : @1130) ->
-  (hA : @1179) ->
-  (hne : @746 @1182 @751) ->
-  @835 (fun (ro : @834) => @836 (@1133 (@727 @121 @111 @100) @29) (@966 @1030 @29))
-@1203 := @1159 @447
-@1204 := @721 @987
-@1218 := @805 (@990 @712 @414) (@813 (@415 (@406 @568) (@415 (@409 @626) (@415 (@412 @684) @414))))
-@1219 := @962 @1062
-@1222 := @727 @104 @119 @99
-@1242 := (hfn : @986) ->
-  (hwt : @1204) ->
-  (hbind : @1218) ->
-  (hF : @1130) ->
-  (hA : @1219 @1222) ->
-  (hne : @746 @1178 @751) ->
-  @835 (fun (ro : @834) => @836 (@1133 (@727 @111 @100 @102) @29) (@966 @1087 @29))
-@1243 := Eq.refl.{1}
-@1246 := @1203 (@1243 @780 @956)
-@1247 := @725 @987
-@1261 := @805 (@990 @720 @414) (@813 (@415 (@406 @583) (@415 (@409 @641) (@415 (@412 @699) @414))))
-@1262 := @962 @704
-@1265 := @727 @119 @99 @106
-@1281 := (hwt : @1247) ->
-  (hbind : @1261) ->
-  (hF : @1130) ->
-  (hA : @1262 @1265) ->
-  (hne : @746 @1222 @751) -> @835 (fun (ro : @834) => @836 (@1133 @1182 @29) (@966 @1017 @29))
-@1282 := @1246 @724
-@1284 := @990 @399 @414
-@1287 := @805 @1284 (@813 @421)
-@1288 := @962 @712
-@1291 := @727 @99 @106 @10
-@1306 := (hbind : @1287) ->
-  (hF : @1130) ->
-  (hA : @1288 @1291) ->
-  (hne : @746 @1265 @751) -> @835 (fun (ro : @834) => @836 (@1133 @1178 @29) (@966 @1006 @29))
-@1309 := @1282 (@1243 @804 @1284)
-@1310 := @962 @720
-@1313 := @727 @106 @10 @35
-@1327 := (hF : @1130) ->
-  (hA : @1310 @1313) ->
-  (hne : @746 @1291 @751) -> @835 (fun (ro : @834) => @836 (@1133 @1222 @29) (@966 @1062 @29))
-@1330 := @1309 (@1243 @816 @959)
-@1332 := @962 @399 @730
-@1334 := @746 @1313 @751
-@1335 := @1133 @1265
-@1337 := @836 (@1335 @29)
-@1338 := @966 @704
-@1339 := @1338 @29
-@1344 := (hA : @1332) -> (hne : @1334) -> @835 (fun (ro : @834) => @1337 @1339)
-@1345 := @1330 @742
-@1347 := @746 @730 @751
-@1348 := @1133 @1291
-@1350 := @836 (@1348 @29)
-@1351 := @966 @712
-@1356 := (hne : @1347) -> @835 (fun (ro : @834) => @1350 (@1351 @29))
-@1357 := @1345 @765
-@1360 := @836 (@1133 @1313 @29)
-@1362 := @966 @720 @29
-@1363 := @1360 @1362
-@1365 := @835 (fun (ro : @834) => @1363)
-@1366 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.accepts
-@1369 := @1366 @10 @35 @37
-@1370 := LexLeanPreservation.someObs
-@1371 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.denote
-@1375 := @1370 (@1371 @10 @35 @37)
-@1378 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
-@1379 := Not
-@1380 := @1379 @1369
-@1383 := @1366 @106 @10 @35
-@1387 := @1370 (@1371 @106 @10 @35)
-@1388 := @1379 @1383
-@1395 := @1383 -> @1133 (@1370 (@1371 @99 @106 @10)) @37
-@1396 := @1133 @1378
-@1397 := @1396 @37
-@1398 := @1388 -> @1397
-@1400 := @836 @1395 @1398
-@1404 := @835 (fun (__e_ro : @834) => @836 @1362 @1400)
-@1405 := fun (__e_ro : @834) => @1363
-@1406 := @1348 @37
-@1407 := @1351 @37
-@1408 := And.left
-@1409 := And.right
-@1412 := @1408 @1406 @1407 @29
-@1415 := @1409 @1406 @1407 @29
-@1416 := @1133 @29
-@1418 := fun (__e_o : @745) => @1416 @35
-@1419 := Eq.subst.{1}
-@1422 := @1366 @99 @106 @10
-@1423 := @1379 @1422
-@1428 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entry_accepts @119 @99 @106 @29
-@1432 := @1370 (@1371 @119 @99 @106)
-@1437 := @1408 (@1335 @35) (@1338 @35) @37
-@1439 := fun (__e_o : @745) => @1416 @10
-@1442 := @1419 @745 @1439 @1265
-@1446 := fun (__e_h : @1422) => @1442 @1432 @1428 @1437
-@1451 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.entry_refuses @119 @99 @106 @29
-@1455 := fun (__e_h : @1423) => @1442 @1378 @1451 @1437
-@1456 := And.intro
-@1459 := @1422 -> @1133 @1432 @35
-@1461 := @1423 -> @1396 @35
-@1463 := @836 @1459 @1461
-@1467 := @1456 @1459 @1461 @1446 @1455
-@1471 := @1456 @1407 @1463 @1415 @1467
-@1472 := Exists.intro.{1}
-@1473 := @836 @1339
-@1476 := @1366 @119 @99 @106
-@1489 := fun (__e_ro : @834) =>
-  @1473 (@836 (@1476 -> @1133 (@1370 (@1371 @104 @119 @99)) @37) (@1379 @1476 -> @1397))
-@1493 := @1472 @834 @1489 @37 @1471
-@1495 := @836 @1406 @1407
-@1497 := fun (__e_ro : @834) => fun (__e_hand : @1363) => @1493
-@1503 := Exists.elim.{1} @834 @1405 @1404 @1357 @1497
-@1504 := LexLeanPreservation.Rust.RepresentableL
-@1505 := @20 @35
-@1506 := @11 @37
-@1508 := @393 @70 @392
-@1510 := @393 @1506 @1508
-@1513 := @1504 (@393 @1505 @1510)
-@1514 := (__e_hrep : @1513) -> @1404
-@1515 := fun (__e_hrep : @1513) => @1503
-@1516 := (v : @4) -> @1514
-@1517 := fun (v : @4) => @1515
-@1518 := (k : @3) -> @1516
-@1519 := fun (k : @3) => @1517
-@1520 := (m : @9) -> @1518
-@1521 := fun (m : @9) => @1519
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/RustStd.lean
deleted file mode 100644
index 692ab55d2..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/RustStd.lean
+++ /dev/null
@@ -1,113 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))),
-      body := (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))))) [(.call 1 [(.var 0), (.var 1), (.var 2)]), (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))) [(.call 2 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))))) [(.call 3 [(.var 0), (.var 1)]), (.build .pair (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat))))) [(.call 6 [(.var 0)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))) [(.call 7 [(.var 0)]), (.build .pair (.pair .nat (.list (.pair .string .nat))) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.list (.pair .string .nat)),
-      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.build .nil (.list (.pair .string .nat)) [])])), (.arm .cons [3, 4] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 3))]) [(.arm .lt [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 0)])), (.arm .eq [] (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.var 1), (.var 2)]), (.var 4)])), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 3), (.call 1 [(.var 4), (.var 1), (.var 2)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.list (.pair .string .nat)),
-      body := (.«match» (.list (.pair .string .nat)) (.var 0) [(.arm .nil [] (.build .nil (.list (.pair .string .nat)) [])), (.arm .cons [2, 3] (.«match» (.list (.pair .string .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list (.pair .string .nat)) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := .bool,
-      body := (.«match» .bool (.call 5 [(.var 0), (.var 1)]) [(.arm .none [] (.build .false .bool [])), (.arm .some [2] (.build .true .bool []))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string .nat)), .string], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [1, 2] (.build .cons (.list .string) [(.first (.var 1)), (.call 6 [(.var 2)])]))]) },
-    { parameters := [0], types := [(.list (.pair .string .nat))], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [1, 2] (.build .cons (.list .nat) [(.second (.var 1)), (.call 7 [(.var 2)])]))]) },
-    { parameters := [0], types := [(.list (.pair .string .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string .nat)), .string, .nat], result := (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))),
-      body := (.cond (.call 8 [(.var 0)]) (.build .some (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat))))))))) (.mk [] (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0))] false) (.pair (.call (.function 7) [(.clone (.generated .binding 0))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.list (.pair .str .nat)) (.mk [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.construct (.nil (.pair .str .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))]))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])))])))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list (.pair .str .nat)) (.mk [(.mk (.bind (.generated .holder 7)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.nil (.pair .str .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] .bool (.mk [(.mk (.bind (.generated .holder 18)) none (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 26)))), (.call (.function 6) [(.move (.generated .binding 2))] false)])))]))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))] (.move (.generated .part 28)))), (.call (.function 7) [(.move (.generated .binding 2))] false)])))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false) (.mk [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 9) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) (.mk [] (.cond (.call (.function 8) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0))] false) (.pair (.call (.function 7) [(.clone (.generated .binding 0))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))), [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list (.pair .string .nat))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.construct (.nil (.pair .str .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))]))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])))])))]), [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.construct (.nil (.pair .str .nat)) [])])) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))]))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))] (.move (.generated .part 3)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.pair (.move (.generated .binding 1)) (.copy (.generated .binding 2))), (.move (.generated .binding 4))])) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), (some 4)), (3, (.pair .string .nat), (some 3)), (2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 3)), (.call (.function 1) [(.move (.generated .binding 4)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.nil (.pair .str .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil (.pair .str .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 8)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))] (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))))]) (tail := (.matchOn (.move (.generated .holder 16)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 13))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))] (.move (.generated .part 17))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 17))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 17))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 18)) none (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some .wild) (.mk [] (.lit (.bool true))))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .nat, none), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 20))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))] (.move (.generated .part 24))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .string .nat)), (some 3)), (2, (.pair .string .nat), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string .nat)), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 26)))), (.call (.function 6) [(.move (.generated .binding 2))] false)])))]), [(0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 26)))), (.call (.function 6) [(.move (.generated .binding 2))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 26))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))] (.move (.generated .part 28)))), (.call (.function 7) [(.move (.generated .binding 2))] false)])))]), [(0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))] (.move (.generated .part 28)))), (.call (.function 7) [(.move (.generated .binding 2))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 28))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 28))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false) (.mk [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false) (.mk [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))] (.move (.generated .part 30))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 30))) (Corr.second (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))] (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .string .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 36)) none (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))] (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false))))]) (ce := (.matchOn (.move (.generated .holder 36)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))), (.mk (.bind (.generated .operand 35)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 33)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 32)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 32))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 33)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 33))) (Corr.first (ta := .string) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .string .nat)), none), (3, (.pair .string .nat), (some 3)), (2, (.list (.pair .string .nat)), (some 2)), (1, (.pair .string .nat), (some 1)), (0, (.list (.pair .string .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 8) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) []))), [(2, .nat, (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string .nat)), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 8) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (lb := []) (tb := (.construct (.none (.pair (.list (.pair .str .nat)) (.pair (.list (.pair .str .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .str) (.pair (.list .nat) (.pair .nat (.list (.pair .str .nat)))))))))) [])) (Corr.build (ts := [(.pair (.list (.pair .string .nat)) (.pair (.list (.pair .string .nat)) (.pair (.option .nat) (.pair .bool (.pair (.list .string) (.pair (.list .nat) (.pair .nat (.list (.pair .string .nat)))))))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string .nat)), .string, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | _ + 11 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustCore.lex.tex
deleted file mode 100644
index 6330ed302..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,462 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.root : @914 := @915 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@65 := Prod.{0, 0} @3 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.__fits_0
-@326 := @324 @4 @15
-@330 := @5 (Coverage.Main.natOps @4 @15)
-@333 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.root @4 @15
-@334 := Bool
-@335 := Ne.{1}
-@336 := LexLeanPreservation.Obs
-@337 := @335 @336
-@338 := LexLeanPreservation.Rel
-@341 := @337 (@338 @15 @17)
-@342 := LexLeanPreservation.Obs.stuck
-@345 := (f : @334) -> (v : @54) -> @341 @342
-@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
-@355 := @347 @330
-@359 := @337 (@338 @326 @330) @342
-@360 := @135 @65
-@361 := LexLeanPreservation.Rust.FunSem
-@362 := #9
-@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
-@369 := Eq.{1}
-@370 := Option.{0}
-@371 := @370 @82
-@372 := @369 @371
-@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@383 := @372 (@379 (@83 @362) @138)
-@384 := Option.some.{0}
-@385 := @384 @82
-@386 := @385 @140
-@387 := @383 @386
-@388 := #10
-@392 := @107 @388 @362 @152 @140
-@393 := LexLeanTarget.TargetSyntax.Function.types
-@394 := @393 @138
-@395 := @392 @394
-@396 := @370 @360
-@397 := @369 @396
-@398 := LexLeanTarget.TargetSemantics.bindAll
-@399 := LexLeanTarget.TargetSyntax.Function.parameters
-@404 := @397 (@398 (@399 @146) @138 @75)
-@405 := @384 @360
-@406 := @405 @140
-@407 := @404 @406
-@408 := @370 @334
-@409 := @369 @408
-@410 := LexLeanPreservation.Rust.fnFallible
-@411 := #11
-@414 := @409 (@410 @411 @362)
-@415 := @384 @334
-@416 := @415 @140
-@417 := @414 @416
-@418 := LexLeanPreservation.RunConv
-@419 := #13
-@423 := @418 @419 @388 @152 @140
-@425 := @337 @138 @342
-@426 := Exists.{1}
-@427 := LexLeanPreservation.Rust.ROut
-@428 := @426 @427
-@429 := And
-@430 := LexLeanPreservation.Rust.RealizesFn
-@434 := @429 (@430 @362 @152 @17)
-@435 := LexLeanPreservation.Rust.RCI
-@437 := @435 #15
-@438 := LexLeanPreservation.Rust.fnIdent
-@439 := @438 @419
-@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
-@461 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @368) ->
-  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
-@463 := LexLeanPreservation.Rust.compose @0
-@464 := @361 @0
-@469 := (n : @3) -> @464 @152 @146 @17 @138
-@470 := @379 @84
-@473 := @372 (@470 @138) @386
-@477 := @118 @362 @152 @140 @394
-@478 := @418 @0
-@481 := @478 @388 @152 @140
-@495 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @469) ->
-  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
-@496 := @463 @1
-@497 := @464 @1
-@501 := (n : @3) -> @497 @146 @17 @138
-@504 := @126 @152 @140 @394
-@505 := @410 @1
-@508 := @409 (@505 @362) @416
-@509 := @435 @1
-@519 := (hbind : @407) ->
-  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
-@529 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
-@530 := @496 @2
-@532 := @497 @2 @17
-@534 := (n : @3) -> @532 @138
-@535 := @132 @140
-@536 := @535 @394
-@545 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
-@546 := @530 @72
-@548 := (n : @3) -> @532 @72
-@549 := @470 @72
-@550 := @372 @549
-@551 := @550 @386
-@552 := @505 @72
-@553 := @409 @552
-@554 := @553 @416
-@555 := @478 @72
-@557 := @555 @152 @140
-@559 := @509 (@438 @72)
-@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
-@576 := {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
-@577 := @546 @102
-@579 := @550 (@385 @102)
-@580 := @393 @102
-@581 := @535 @580
-@583 := @398 (@399 @102)
-@595 := {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
-@596 := @577 @62
-@598 := @282 (@229 @57)
-@600 := @132 @598 @580
-@602 := @58 (@5 @152)
-@604 := @602 (@282 @57)
-@608 := @397 (@583 @604 @75) @406
-@610 := @58 (@5 @388)
-@612 := @58 (@5 @362)
-@614 := @610 (@612 @57)
-@616 := @555 @614 @140
-@618 := @58 (@5 @419)
-@621 := @58 (@5 #12)
-@638 := {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @600) ->
-  (hbind : @608) ->
-  (hF : @554) ->
-  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
-@639 := @596 @80
-@641 := @229 (@243 @57)
-@643 := @132 @641 @580
-@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@656 := @612 (@602 @57)
-@658 := @555 @656 @140
-@660 := @58 (@5 @411)
-@676 := {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @643) ->
-  (hbind : @654) ->
-  (hF : @554) ->
-  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
-@677 := @639 @81
-@678 := @301 @580
-@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@691 := @553 (@415 @81)
-@693 := @555 @604 @140
-@694 := @430 @81
-@712 := {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @678) ->
-  (hbind : @689) ->
-  (hF : @691) ->
-  (hA : @693) ->
-  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
-@713 := @677 @323
-@714 := @308 @580
-@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@726 := @555 @598
-@728 := @321 @146 @138
-@729 := @726 @728
-@731 := @321 @152 @146
-@750 := (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @714) ->
-  (hbind : @725) ->
-  (hF : @691) ->
-  (hA : @729) ->
-  (hne : @337 @731 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
-@751 := @713 @106
-@752 := @315 @580
-@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@764 := @555 @641
-@766 := @321 @138 @140
-@785 := (hfn : @579) ->
-  (hwt : @752) ->
-  (hbind : @763) ->
-  (hF : @691) ->
-  (hA : @764 @766) ->
-  (hne : @337 @728 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
-@786 := Eq.refl.{1}
-@789 := @751 (@786 @371 @549)
-@790 := @319 @580
-@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@802 := @555 @300
-@804 := @321 @140 @142
-@820 := (hwt : @790) ->
-  (hbind : @801) ->
-  (hF : @691) ->
-  (hA : @802 @804) ->
-  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
-@821 := @789 @318
-@823 := @583 @62 @75
-@826 := @397 @823 (@405 @80)
-@827 := @555 @307
-@829 := @321 @142 @12
-@844 := (hbind : @826) ->
-  (hF : @691) ->
-  (hA : @827 @829) ->
-  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
-@847 := @821 (@786 @396 @823)
-@848 := @555 @314
-@850 := @321 @12 @4
-@864 := (hF : @691) ->
-  (hA : @848 @850) ->
-  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
-@867 := @847 (@786 @408 @552)
-@881 := (hA : @555 @62 @323) ->
-  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
-@882 := @867 @333
-@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
-@894 := @882 @355
-@900 := @429 (@694 @850 @17) (@559 @314 @17)
-@902 := @428 (fun (ro : @427) => @900)
-@904 := @428 (fun (__e_ro : @427) => @900)
-@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@910 := (__e_hrep : @909) -> @904
-@911 := fun (__e_hrep : @909) => @894
-@912 := (b : @3) -> @910
-@913 := fun (b : @3) => @911
-@914 := (a : @3) -> @912
-@915 := fun (a : @3) => @913
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustStd.lex.tex
deleted file mode 100644
index b4f587e3a..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,462 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.root : @914 := @915 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@65 := Prod.{0, 0} @3 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.__fits_0
-@326 := @324 @4 @15
-@330 := @5 (Coverage.Main.natOps @4 @15)
-@333 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.root @4 @15
-@334 := Bool
-@335 := Ne.{1}
-@336 := LexLeanPreservation.Obs
-@337 := @335 @336
-@338 := LexLeanPreservation.Rel
-@341 := @337 (@338 @15 @17)
-@342 := LexLeanPreservation.Obs.stuck
-@345 := (f : @334) -> (v : @54) -> @341 @342
-@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
-@355 := @347 @330
-@359 := @337 (@338 @326 @330) @342
-@360 := @135 @65
-@361 := LexLeanPreservation.Rust.FunSem
-@362 := #9
-@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
-@369 := Eq.{1}
-@370 := Option.{0}
-@371 := @370 @82
-@372 := @369 @371
-@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@383 := @372 (@379 (@83 @362) @138)
-@384 := Option.some.{0}
-@385 := @384 @82
-@386 := @385 @140
-@387 := @383 @386
-@388 := #10
-@392 := @107 @388 @362 @152 @140
-@393 := LexLeanTarget.TargetSyntax.Function.types
-@394 := @393 @138
-@395 := @392 @394
-@396 := @370 @360
-@397 := @369 @396
-@398 := LexLeanTarget.TargetSemantics.bindAll
-@399 := LexLeanTarget.TargetSyntax.Function.parameters
-@404 := @397 (@398 (@399 @146) @138 @75)
-@405 := @384 @360
-@406 := @405 @140
-@407 := @404 @406
-@408 := @370 @334
-@409 := @369 @408
-@410 := LexLeanPreservation.Rust.fnFallible
-@411 := #11
-@414 := @409 (@410 @411 @362)
-@415 := @384 @334
-@416 := @415 @140
-@417 := @414 @416
-@418 := LexLeanPreservation.RunConv
-@419 := #13
-@423 := @418 @419 @388 @152 @140
-@425 := @337 @138 @342
-@426 := Exists.{1}
-@427 := LexLeanPreservation.Rust.ROut
-@428 := @426 @427
-@429 := And
-@430 := LexLeanPreservation.Rust.RealizesFn
-@434 := @429 (@430 @362 @152 @17)
-@435 := LexLeanPreservation.Rust.RCI
-@437 := @435 #15
-@438 := LexLeanPreservation.Rust.fnIdent
-@439 := @438 @419
-@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
-@461 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @368) ->
-  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
-@463 := LexLeanPreservation.Rust.compose @0
-@464 := @361 @0
-@469 := (n : @3) -> @464 @152 @146 @17 @138
-@470 := @379 @84
-@473 := @372 (@470 @138) @386
-@477 := @118 @362 @152 @140 @394
-@478 := @418 @0
-@481 := @478 @388 @152 @140
-@495 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @469) ->
-  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
-@496 := @463 @1
-@497 := @464 @1
-@501 := (n : @3) -> @497 @146 @17 @138
-@504 := @126 @152 @140 @394
-@505 := @410 @1
-@508 := @409 (@505 @362) @416
-@509 := @435 @1
-@519 := (hbind : @407) ->
-  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
-@529 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
-@530 := @496 @2
-@532 := @497 @2 @17
-@534 := (n : @3) -> @532 @138
-@535 := @132 @140
-@536 := @535 @394
-@545 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
-@546 := @530 @72
-@548 := (n : @3) -> @532 @72
-@549 := @470 @72
-@550 := @372 @549
-@551 := @550 @386
-@552 := @505 @72
-@553 := @409 @552
-@554 := @553 @416
-@555 := @478 @72
-@557 := @555 @152 @140
-@559 := @509 (@438 @72)
-@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
-@576 := {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
-@577 := @546 @102
-@579 := @550 (@385 @102)
-@580 := @393 @102
-@581 := @535 @580
-@583 := @398 (@399 @102)
-@595 := {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
-@596 := @577 @62
-@598 := @282 (@229 @57)
-@600 := @132 @598 @580
-@602 := @58 (@5 @152)
-@604 := @602 (@282 @57)
-@608 := @397 (@583 @604 @75) @406
-@610 := @58 (@5 @388)
-@612 := @58 (@5 @362)
-@614 := @610 (@612 @57)
-@616 := @555 @614 @140
-@618 := @58 (@5 @419)
-@621 := @58 (@5 #12)
-@638 := {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @600) ->
-  (hbind : @608) ->
-  (hF : @554) ->
-  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
-@639 := @596 @80
-@641 := @229 (@243 @57)
-@643 := @132 @641 @580
-@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@656 := @612 (@602 @57)
-@658 := @555 @656 @140
-@660 := @58 (@5 @411)
-@676 := {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @643) ->
-  (hbind : @654) ->
-  (hF : @554) ->
-  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
-@677 := @639 @81
-@678 := @301 @580
-@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@691 := @553 (@415 @81)
-@693 := @555 @604 @140
-@694 := @430 @81
-@712 := {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @678) ->
-  (hbind : @689) ->
-  (hF : @691) ->
-  (hA : @693) ->
-  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
-@713 := @677 @323
-@714 := @308 @580
-@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@726 := @555 @598
-@728 := @321 @146 @138
-@729 := @726 @728
-@731 := @321 @152 @146
-@750 := (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @714) ->
-  (hbind : @725) ->
-  (hF : @691) ->
-  (hA : @729) ->
-  (hne : @337 @731 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
-@751 := @713 @106
-@752 := @315 @580
-@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@764 := @555 @641
-@766 := @321 @138 @140
-@785 := (hfn : @579) ->
-  (hwt : @752) ->
-  (hbind : @763) ->
-  (hF : @691) ->
-  (hA : @764 @766) ->
-  (hne : @337 @728 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
-@786 := Eq.refl.{1}
-@789 := @751 (@786 @371 @549)
-@790 := @319 @580
-@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@802 := @555 @300
-@804 := @321 @140 @142
-@820 := (hwt : @790) ->
-  (hbind : @801) ->
-  (hF : @691) ->
-  (hA : @802 @804) ->
-  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
-@821 := @789 @318
-@823 := @583 @62 @75
-@826 := @397 @823 (@405 @80)
-@827 := @555 @307
-@829 := @321 @142 @12
-@844 := (hbind : @826) ->
-  (hF : @691) ->
-  (hA : @827 @829) ->
-  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
-@847 := @821 (@786 @396 @823)
-@848 := @555 @314
-@850 := @321 @12 @4
-@864 := (hF : @691) ->
-  (hA : @848 @850) ->
-  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
-@867 := @847 (@786 @408 @552)
-@881 := (hA : @555 @62 @323) ->
-  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
-@882 := @867 @333
-@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
-@894 := @882 @355
-@900 := @429 (@694 @850 @17) (@559 @314 @17)
-@902 := @428 (fun (ro : @427) => @900)
-@904 := @428 (fun (__e_ro : @427) => @900)
-@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@910 := (__e_hrep : @909) -> @904
-@911 := fun (__e_hrep : @909) => @894
-@912 := (b : @3) -> @910
-@913 := fun (b : @3) => @911
-@914 := (a : @3) -> @912
-@915 := fun (a : @3) => @913
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustCore.lean
deleted file mode 100644
index 81d43cfdc..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.«let» 2 .nat (.prim .natQuot [(.var 0), (.var 1), (.value .nat (.nat 7))]) (.«let» 3 .nat (.prim .natRem [(.var 0), (.var 1), (.value .nat (.nat 0))]) (.cond (.cond (.prim .natEq [(.var 2), (.value .nat (.nat 0))]) (.cond (.prim .natLe [(.var 3), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.prim .natLt [(.var 0), (.var 1)])])) (.build .false .bool [])) (.prim .natAdd [(.prim .natSub [(.var 0), (.var 1)]), (.var 3)]) (.prim .natMul [(.var 2), (.var 3)])))) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))]) (tail := (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))]) (ta := (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (lb := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))]) (tb := (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustStd.lean
deleted file mode 100644
index 8411ec452..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.«let» 2 .nat (.prim .natQuot [(.var 0), (.var 1), (.value .nat (.nat 7))]) (.«let» 3 .nat (.prim .natRem [(.var 0), (.var 1), (.value .nat (.nat 0))]) (.cond (.cond (.prim .natEq [(.var 2), (.value .nat (.nat 0))]) (.cond (.prim .natLe [(.var 3), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.prim .natLt [(.var 0), (.var 1)])])) (.build .false .bool [])) (.prim .natAdd [(.prim .natSub [(.var 0), (.var 1)]), (.var 3)]) (.prim .natMul [(.var 2), (.var 3)])))) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))] (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))] (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 7)))]) (tail := (.call (.runtime .natQuot) [(.move (.generated .operand 1)), (.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natRem) [(.move (.generated .operand 4)), (.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 13))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 3)))]) (ta := (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (lb := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 3)))]) (tb := (.call (.runtime .natMul) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustCore.lex.tex
deleted file mode 100644
index 315c85662..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,463 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.root : @915 := @916 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.flags
-@3 := Int
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.int
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.int
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_int @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Nat
-@66 := Prod.{0, 0} @63 @54
-@67 := 1
-@70 := Prod.mk.{0, 0} @63 @54
-@71 := @70 @67
-@72 := @71 @50
-@73 := 0
-@74 := @70 @73
-@75 := @74 @6
-@76 := @55 @66
-@77 := @56 @66
-@79 := @77 @75 @76
-@81 := @77 @72 @79
-@82 := Bool.true
-@83 := LexLeanTarget.TargetSyntax.Function
-@84 := LexLeanTarget.TargetSyntax.Program.functions
-@85 := @84 @0
-@86 := LexLeanTarget.TargetSyntax.Ty
-@87 := @55 @63
-@88 := @55 @86
-@89 := LexLeanTarget.TargetSyntax.Ty.unit
-@90 := LexLeanTarget.TargetSyntax.Value.unit
-@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
-@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
-@103 := List.getD.{0} @83 @85 @73 @98
-@107 := fun (__e_n : @63) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.root @17 @73
-@108 := LexLeanPreservation.Rust.WTL
-@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
-@118 := LexLeanPreservation.Rust.wtl_nil @0
-@119 := @108 @0
-@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
-@126 := @118 @1
-@127 := @119 @1
-@131 := {A : @10} -> @127 @17 @57 @88
-@132 := @126 @2
-@133 := @127 @2
-@134 := @133 @57
-@135 := @134 @88
-@136 := List.{0}
-@137 := @136 @54
-@138 := @136 @86
-@139 := #6
-@140 := @11 @139
-@141 := #5
-@142 := @140 @141
-@143 := #4
-@146 := @142 @143 @12 @4
-@147 := #7
-@152 := @108 @147 @139 @141 @4 @15
-@153 := #8
-@156 := @108 @153 @147 @139
-@158 := @58 @141 @12
-@159 := @156 @158
-@160 := @56 @86
-@162 := @160 @143 @4
-@172 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
-@174 := LexLeanPreservation.Rust.wtl_cons @0
-@194 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} ->
-  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
-@195 := @174 @1
-@211 := {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
-@212 := @195 @2
-@214 := @43 @12 @4
-@216 := @133 @4 @15
-@224 := {v : @54} ->
-  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
-@225 := @212 @50
-@226 := @5 @143
-@227 := @43 @226
-@228 := @227 @4
-@229 := @5 @139
-@230 := @58 @229
-@232 := @133 (@230 @12)
-@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
-@239 := @225 @7
-@240 := @5 @12
-@242 := @43 @240 @7
-@243 := @5 @141
-@244 := @58 @243
-@246 := @133 (@244 @12)
-@247 := @160 @7
-@248 := @247 @4
-@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
-@254 := @239 @57
-@255 := @134 @15
-@256 := @58 @226
-@257 := @256 @57
-@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
-@263 := @254 @88
-@264 := @58 @240
-@265 := @264 @57
-@266 := @133 @265
-@267 := @247 @88
-@270 := (h : @53) -> (hs : @135) -> @266 @267
-@271 := @263 @51
-@272 := @61 @57
-@274 := @133 @272 @267
-@275 := (hs : @135) -> @274
-@276 := @271 @132
-@278 := @133 @60 @267
-@279 := @212 @6
-@281 := @43 @243 @4
-@282 := @5 @147
-@283 := @58 @282
-@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
-@292 := @279 @7
-@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
-@299 := @292 @60
-@300 := @266 @15
-@301 := @244 @257
-@302 := @133 @301
-@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
-@307 := @299 @267
-@308 := @256 @265
-@309 := @133 @308
-@310 := @247 @267
-@313 := (h : @49) -> (hs : @274) -> @309 @310
-@314 := @307 @47
-@315 := @264 @272
-@316 := @133 @315
-@318 := (hs : @278) -> @316 @310
-@319 := @314 @276
-@320 := @133 @62
-@321 := @320 @310
-@322 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.denote
-@324 := @322 @4 @15
-@325 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.__fits_0
-@327 := @325 @4 @15
-@331 := @5 (Coverage.Main.intOps @4 @15)
-@334 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.root @4 @15
-@335 := Bool
-@336 := Ne.{1}
-@337 := LexLeanPreservation.Obs
-@338 := @336 @337
-@339 := LexLeanPreservation.Rel
-@342 := @338 (@339 @15 @17)
-@343 := LexLeanPreservation.Obs.stuck
-@346 := (f : @335) -> (v : @54) -> @342 @343
-@348 := LexLeanPreservation.Rust.rel_ne_stuck @327
-@355 := (v : @54) -> @338 (@339 (@325 @12 @4) @17) @343
-@356 := @348 @331
-@360 := @338 (@339 @327 @331) @343
-@361 := @136 @66
-@362 := LexLeanPreservation.Rust.FunSem
-@363 := #9
-@369 := (n : @63) -> @362 @363 @153 @147 @17 @139
-@370 := Eq.{1}
-@371 := Option.{0}
-@372 := @371 @83
-@373 := @370 @372
-@380 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
-@384 := @373 (@380 (@84 @363) @139)
-@385 := Option.some.{0}
-@386 := @385 @83
-@387 := @386 @141
-@388 := @384 @387
-@389 := #10
-@393 := @108 @389 @363 @153 @141
-@394 := LexLeanTarget.TargetSyntax.Function.types
-@395 := @394 @139
-@396 := @393 @395
-@397 := @371 @361
-@398 := @370 @397
-@399 := LexLeanTarget.TargetSemantics.bindAll
-@400 := LexLeanTarget.TargetSyntax.Function.parameters
-@405 := @398 (@399 (@400 @147) @139 @76)
-@406 := @385 @361
-@407 := @406 @141
-@408 := @405 @407
-@409 := @371 @335
-@410 := @370 @409
-@411 := LexLeanPreservation.Rust.fnFallible
-@412 := #11
-@415 := @410 (@411 @412 @363)
-@416 := @385 @335
-@417 := @416 @141
-@418 := @415 @417
-@419 := LexLeanPreservation.RunConv
-@420 := #13
-@424 := @419 @420 @389 @153 @141
-@426 := @338 @139 @343
-@427 := Exists.{1}
-@428 := LexLeanPreservation.Rust.ROut
-@429 := @427 @428
-@430 := And
-@431 := LexLeanPreservation.Rust.RealizesFn
-@435 := @430 (@431 @363 @153 @17)
-@436 := LexLeanPreservation.Rust.RCI
-@438 := @436 #15
-@439 := LexLeanPreservation.Rust.fnIdent
-@440 := @439 @420
-@447 := (hne : @426) -> @429 (fun (ro : @428) => @435 (@438 @440 @412 @17))
-@462 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @369) ->
-  (hfn : @388) -> (hwt : @396) -> (hbind : @408) -> (hF : @418) -> (hA : @424) -> @447
-@464 := LexLeanPreservation.Rust.compose @0
-@465 := @362 @0
-@470 := (n : @63) -> @465 @153 @147 @17 @139
-@471 := @380 @85
-@474 := @373 (@471 @139) @387
-@478 := @119 @363 @153 @141 @395
-@479 := @419 @0
-@482 := @479 @389 @153 @141
-@496 := {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @470) ->
-  (hfn : @474) -> (hwt : @478) -> (hbind : @408) -> (hF : @418) -> (hA : @482) -> @447
-@497 := @464 @1
-@498 := @465 @1
-@502 := (n : @63) -> @498 @147 @17 @139
-@505 := @127 @153 @141 @395
-@506 := @411 @1
-@509 := @410 (@506 @363) @417
-@510 := @436 @1
-@520 := (hbind : @408) ->
-  (hF : @509) -> (hA : @482) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@510 @440 @412 @17))
-@530 := {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @502) -> (hfn : @474) -> (hwt : @505) -> @520
-@531 := @497 @2
-@533 := @498 @2 @17
-@535 := (n : @63) -> @533 @139
-@536 := @133 @141
-@537 := @536 @395
-@546 := {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @535) -> (hfn : @474) -> (hwt : @537) -> @520
-@547 := @531 @73
-@549 := (n : @63) -> @533 @73
-@550 := @471 @73
-@551 := @373 @550
-@552 := @551 @387
-@553 := @506 @73
-@554 := @410 @553
-@555 := @554 @417
-@556 := @479 @73
-@558 := @556 @153 @141
-@560 := @510 (@439 @73)
-@568 := (hF : @555) -> (hA : @558) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 @412 @17))
-@577 := {fn : @83} ->
-  {args : @137} ->
-  {env : @361} ->
-  {F : @335} -> {o : @337} -> (hB : @549) -> (hfn : @552) -> (hwt : @537) -> (hbind : @408) -> @568
-@578 := @547 @103
-@580 := @551 (@386 @103)
-@581 := @394 @103
-@582 := @536 @581
-@584 := @399 (@400 @103)
-@596 := {args : @137} ->
-  {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @549) -> (hfn : @580) -> (hwt : @582) -> (hbind : @398 (@584 @139 @76) @407) -> @568
-@597 := @578 @62
-@599 := @283 (@230 @57)
-@601 := @133 @599 @581
-@603 := @58 (@5 @153)
-@605 := @603 (@283 @57)
-@609 := @398 (@584 @605 @76) @407
-@611 := @58 (@5 @389)
-@613 := @58 (@5 @363)
-@615 := @611 (@613 @57)
-@617 := @556 @615 @141
-@619 := @58 (@5 @420)
-@622 := @58 (@5 #12)
-@639 := {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @601) ->
-  (hbind : @609) ->
-  (hF : @555) ->
-  (hA : @617) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@619 (@622 @57)) @17))
-@640 := @597 @81
-@642 := @230 (@244 @57)
-@644 := @133 @642 @581
-@655 := @398 (@584 @599 @76) (@406 (@77 (@71 @229) (@77 (@74 @282) @76)))
-@657 := @613 (@603 @57)
-@659 := @556 @657 @141
-@661 := @58 (@5 @412)
-@677 := {F : @335} ->
-  {o : @337} ->
-  (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @644) ->
-  (hbind : @655) ->
-  (hF : @555) ->
-  (hA : @659) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@622 (@661 @57)) @17))
-@678 := @640 @82
-@679 := @302 @581
-@690 := @398 (@584 @642 @76) (@406 (@77 (@71 @243) (@77 (@74 @229) @76)))
-@692 := @554 (@416 @82)
-@694 := @556 @605 @141
-@695 := @431 @82
-@713 := {o : @337} ->
-  (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @679) ->
-  (hbind : @690) ->
-  (hF : @692) ->
-  (hA : @694) ->
-  (hne : @426) -> @429 (fun (ro : @428) => @430 (@695 @153 @17) (@560 (@661 (@611 @57)) @17))
-@714 := @678 @324
-@715 := @309 @581
-@726 := @398 (@584 @301 @76) (@406 (@77 (@71 @226) (@77 (@74 @243) @76)))
-@727 := @556 @599
-@729 := @322 @147 @139
-@730 := @727 @729
-@732 := @322 @153 @147
-@751 := (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @715) ->
-  (hbind : @726) ->
-  (hF : @692) ->
-  (hA : @730) ->
-  (hne : @338 @732 @343) ->
-  @429 (fun (ro : @428) => @430 (@695 (@322 @389 @363) @17) (@560 @615 @17))
-@752 := @714 @107
-@753 := @316 @581
-@764 := @398 (@584 @308 @76) (@406 (@77 (@71 @240) (@77 (@74 @226) @76)))
-@765 := @556 @642
-@767 := @322 @139 @141
-@786 := (hfn : @580) ->
-  (hwt : @753) ->
-  (hbind : @764) ->
-  (hF : @692) ->
-  (hA : @765 @767) ->
-  (hne : @338 @729 @343) ->
-  @429 (fun (ro : @428) => @430 (@695 (@322 @363 @153) @17) (@560 @657 @17))
-@787 := Eq.refl.{1}
-@790 := @752 (@787 @372 @550)
-@791 := @320 @581
-@802 := @398 (@584 @315 @76) (@406 (@77 (@71 @6) (@77 (@74 @240) @76)))
-@803 := @556 @301
-@805 := @322 @141 @143
-@821 := (hwt : @791) ->
-  (hbind : @802) ->
-  (hF : @692) ->
-  (hA : @803 @805) ->
-  (hne : @338 @767 @343) -> @429 (fun (ro : @428) => @430 (@695 @732 @17) (@560 @605 @17))
-@822 := @790 @319
-@824 := @584 @62 @76
-@827 := @398 @824 (@406 @81)
-@828 := @556 @308
-@830 := @322 @143 @12
-@845 := (hbind : @827) ->
-  (hF : @692) ->
-  (hA : @828 @830) ->
-  (hne : @338 @805 @343) -> @429 (fun (ro : @428) => @430 (@695 @729 @17) (@560 @599 @17))
-@848 := @822 (@787 @397 @824)
-@849 := @556 @315
-@851 := @322 @12 @4
-@865 := (hF : @692) ->
-  (hA : @849 @851) ->
-  (hne : @338 @830 @343) -> @429 (fun (ro : @428) => @430 (@695 @767 @17) (@560 @642 @17))
-@868 := @848 (@787 @409 @553)
-@882 := (hA : @556 @62 @324) ->
-  (hne : @338 @851 @343) -> @429 (fun (ro : @428) => @430 (@695 @805 @17) (@560 @301 @17))
-@883 := @868 @334
-@894 := (hne : @338 @324 @343) -> @429 (fun (ro : @428) => @430 (@695 @830 @17) (@560 @308 @17))
-@895 := @883 @356
-@901 := @430 (@695 @851 @17) (@560 @315 @17)
-@903 := @429 (fun (ro : @428) => @901)
-@905 := @429 (fun (__e_ro : @428) => @901)
-@910 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@911 := (__e_hrep : @910) -> @905
-@912 := fun (__e_hrep : @910) => @895
-@913 := (b : @3) -> @911
-@914 := fun (b : @3) => @912
-@915 := (a : @3) -> @913
-@916 := fun (a : @3) => @914
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustStd.lex.tex
deleted file mode 100644
index a51e79dcf..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,463 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.root : @915 := @916 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.flags
-@3 := Int
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.int
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.int
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_int @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Nat
-@66 := Prod.{0, 0} @63 @54
-@67 := 1
-@70 := Prod.mk.{0, 0} @63 @54
-@71 := @70 @67
-@72 := @71 @50
-@73 := 0
-@74 := @70 @73
-@75 := @74 @6
-@76 := @55 @66
-@77 := @56 @66
-@79 := @77 @75 @76
-@81 := @77 @72 @79
-@82 := Bool.true
-@83 := LexLeanTarget.TargetSyntax.Function
-@84 := LexLeanTarget.TargetSyntax.Program.functions
-@85 := @84 @0
-@86 := LexLeanTarget.TargetSyntax.Ty
-@87 := @55 @63
-@88 := @55 @86
-@89 := LexLeanTarget.TargetSyntax.Ty.unit
-@90 := LexLeanTarget.TargetSyntax.Value.unit
-@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
-@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
-@103 := List.getD.{0} @83 @85 @73 @98
-@107 := fun (__e_n : @63) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.root @17 @73
-@108 := LexLeanPreservation.Rust.WTL
-@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
-@118 := LexLeanPreservation.Rust.wtl_nil @0
-@119 := @108 @0
-@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
-@126 := @118 @1
-@127 := @119 @1
-@131 := {A : @10} -> @127 @17 @57 @88
-@132 := @126 @2
-@133 := @127 @2
-@134 := @133 @57
-@135 := @134 @88
-@136 := List.{0}
-@137 := @136 @54
-@138 := @136 @86
-@139 := #6
-@140 := @11 @139
-@141 := #5
-@142 := @140 @141
-@143 := #4
-@146 := @142 @143 @12 @4
-@147 := #7
-@152 := @108 @147 @139 @141 @4 @15
-@153 := #8
-@156 := @108 @153 @147 @139
-@158 := @58 @141 @12
-@159 := @156 @158
-@160 := @56 @86
-@162 := @160 @143 @4
-@172 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
-@174 := LexLeanPreservation.Rust.wtl_cons @0
-@194 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} ->
-  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
-@195 := @174 @1
-@211 := {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
-@212 := @195 @2
-@214 := @43 @12 @4
-@216 := @133 @4 @15
-@224 := {v : @54} ->
-  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
-@225 := @212 @50
-@226 := @5 @143
-@227 := @43 @226
-@228 := @227 @4
-@229 := @5 @139
-@230 := @58 @229
-@232 := @133 (@230 @12)
-@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
-@239 := @225 @7
-@240 := @5 @12
-@242 := @43 @240 @7
-@243 := @5 @141
-@244 := @58 @243
-@246 := @133 (@244 @12)
-@247 := @160 @7
-@248 := @247 @4
-@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
-@254 := @239 @57
-@255 := @134 @15
-@256 := @58 @226
-@257 := @256 @57
-@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
-@263 := @254 @88
-@264 := @58 @240
-@265 := @264 @57
-@266 := @133 @265
-@267 := @247 @88
-@270 := (h : @53) -> (hs : @135) -> @266 @267
-@271 := @263 @51
-@272 := @61 @57
-@274 := @133 @272 @267
-@275 := (hs : @135) -> @274
-@276 := @271 @132
-@278 := @133 @60 @267
-@279 := @212 @6
-@281 := @43 @243 @4
-@282 := @5 @147
-@283 := @58 @282
-@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
-@292 := @279 @7
-@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
-@299 := @292 @60
-@300 := @266 @15
-@301 := @244 @257
-@302 := @133 @301
-@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
-@307 := @299 @267
-@308 := @256 @265
-@309 := @133 @308
-@310 := @247 @267
-@313 := (h : @49) -> (hs : @274) -> @309 @310
-@314 := @307 @47
-@315 := @264 @272
-@316 := @133 @315
-@318 := (hs : @278) -> @316 @310
-@319 := @314 @276
-@320 := @133 @62
-@321 := @320 @310
-@322 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.denote
-@324 := @322 @4 @15
-@325 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.__fits_0
-@327 := @325 @4 @15
-@331 := @5 (Coverage.Main.intOps @4 @15)
-@334 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.root @4 @15
-@335 := Bool
-@336 := Ne.{1}
-@337 := LexLeanPreservation.Obs
-@338 := @336 @337
-@339 := LexLeanPreservation.Rel
-@342 := @338 (@339 @15 @17)
-@343 := LexLeanPreservation.Obs.stuck
-@346 := (f : @335) -> (v : @54) -> @342 @343
-@348 := LexLeanPreservation.Rust.rel_ne_stuck @327
-@355 := (v : @54) -> @338 (@339 (@325 @12 @4) @17) @343
-@356 := @348 @331
-@360 := @338 (@339 @327 @331) @343
-@361 := @136 @66
-@362 := LexLeanPreservation.Rust.FunSem
-@363 := #9
-@369 := (n : @63) -> @362 @363 @153 @147 @17 @139
-@370 := Eq.{1}
-@371 := Option.{0}
-@372 := @371 @83
-@373 := @370 @372
-@380 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
-@384 := @373 (@380 (@84 @363) @139)
-@385 := Option.some.{0}
-@386 := @385 @83
-@387 := @386 @141
-@388 := @384 @387
-@389 := #10
-@393 := @108 @389 @363 @153 @141
-@394 := LexLeanTarget.TargetSyntax.Function.types
-@395 := @394 @139
-@396 := @393 @395
-@397 := @371 @361
-@398 := @370 @397
-@399 := LexLeanTarget.TargetSemantics.bindAll
-@400 := LexLeanTarget.TargetSyntax.Function.parameters
-@405 := @398 (@399 (@400 @147) @139 @76)
-@406 := @385 @361
-@407 := @406 @141
-@408 := @405 @407
-@409 := @371 @335
-@410 := @370 @409
-@411 := LexLeanPreservation.Rust.fnFallible
-@412 := #11
-@415 := @410 (@411 @412 @363)
-@416 := @385 @335
-@417 := @416 @141
-@418 := @415 @417
-@419 := LexLeanPreservation.RunConv
-@420 := #13
-@424 := @419 @420 @389 @153 @141
-@426 := @338 @139 @343
-@427 := Exists.{1}
-@428 := LexLeanPreservation.Rust.ROut
-@429 := @427 @428
-@430 := And
-@431 := LexLeanPreservation.Rust.RealizesFn
-@435 := @430 (@431 @363 @153 @17)
-@436 := LexLeanPreservation.Rust.RCI
-@438 := @436 #15
-@439 := LexLeanPreservation.Rust.fnIdent
-@440 := @439 @420
-@447 := (hne : @426) -> @429 (fun (ro : @428) => @435 (@438 @440 @412 @17))
-@462 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @369) ->
-  (hfn : @388) -> (hwt : @396) -> (hbind : @408) -> (hF : @418) -> (hA : @424) -> @447
-@464 := LexLeanPreservation.Rust.compose @0
-@465 := @362 @0
-@470 := (n : @63) -> @465 @153 @147 @17 @139
-@471 := @380 @85
-@474 := @373 (@471 @139) @387
-@478 := @119 @363 @153 @141 @395
-@479 := @419 @0
-@482 := @479 @389 @153 @141
-@496 := {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @470) ->
-  (hfn : @474) -> (hwt : @478) -> (hbind : @408) -> (hF : @418) -> (hA : @482) -> @447
-@497 := @464 @1
-@498 := @465 @1
-@502 := (n : @63) -> @498 @147 @17 @139
-@505 := @127 @153 @141 @395
-@506 := @411 @1
-@509 := @410 (@506 @363) @417
-@510 := @436 @1
-@520 := (hbind : @408) ->
-  (hF : @509) -> (hA : @482) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@510 @440 @412 @17))
-@530 := {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @502) -> (hfn : @474) -> (hwt : @505) -> @520
-@531 := @497 @2
-@533 := @498 @2 @17
-@535 := (n : @63) -> @533 @139
-@536 := @133 @141
-@537 := @536 @395
-@546 := {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @361} -> {F : @335} -> {o : @337} -> (hB : @535) -> (hfn : @474) -> (hwt : @537) -> @520
-@547 := @531 @73
-@549 := (n : @63) -> @533 @73
-@550 := @471 @73
-@551 := @373 @550
-@552 := @551 @387
-@553 := @506 @73
-@554 := @410 @553
-@555 := @554 @417
-@556 := @479 @73
-@558 := @556 @153 @141
-@560 := @510 (@439 @73)
-@568 := (hF : @555) -> (hA : @558) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 @412 @17))
-@577 := {fn : @83} ->
-  {args : @137} ->
-  {env : @361} ->
-  {F : @335} -> {o : @337} -> (hB : @549) -> (hfn : @552) -> (hwt : @537) -> (hbind : @408) -> @568
-@578 := @547 @103
-@580 := @551 (@386 @103)
-@581 := @394 @103
-@582 := @536 @581
-@584 := @399 (@400 @103)
-@596 := {args : @137} ->
-  {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @549) -> (hfn : @580) -> (hwt : @582) -> (hbind : @398 (@584 @139 @76) @407) -> @568
-@597 := @578 @62
-@599 := @283 (@230 @57)
-@601 := @133 @599 @581
-@603 := @58 (@5 @153)
-@605 := @603 (@283 @57)
-@609 := @398 (@584 @605 @76) @407
-@611 := @58 (@5 @389)
-@613 := @58 (@5 @363)
-@615 := @611 (@613 @57)
-@617 := @556 @615 @141
-@619 := @58 (@5 @420)
-@622 := @58 (@5 #12)
-@639 := {env : @361} ->
-  {F : @335} ->
-  {o : @337} ->
-  (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @601) ->
-  (hbind : @609) ->
-  (hF : @555) ->
-  (hA : @617) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@619 (@622 @57)) @17))
-@640 := @597 @81
-@642 := @230 (@244 @57)
-@644 := @133 @642 @581
-@655 := @398 (@584 @599 @76) (@406 (@77 (@71 @229) (@77 (@74 @282) @76)))
-@657 := @613 (@603 @57)
-@659 := @556 @657 @141
-@661 := @58 (@5 @412)
-@677 := {F : @335} ->
-  {o : @337} ->
-  (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @644) ->
-  (hbind : @655) ->
-  (hF : @555) ->
-  (hA : @659) -> (hne : @426) -> @429 (fun (ro : @428) => @435 (@560 (@622 (@661 @57)) @17))
-@678 := @640 @82
-@679 := @302 @581
-@690 := @398 (@584 @642 @76) (@406 (@77 (@71 @243) (@77 (@74 @229) @76)))
-@692 := @554 (@416 @82)
-@694 := @556 @605 @141
-@695 := @431 @82
-@713 := {o : @337} ->
-  (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @679) ->
-  (hbind : @690) ->
-  (hF : @692) ->
-  (hA : @694) ->
-  (hne : @426) -> @429 (fun (ro : @428) => @430 (@695 @153 @17) (@560 (@661 (@611 @57)) @17))
-@714 := @678 @324
-@715 := @309 @581
-@726 := @398 (@584 @301 @76) (@406 (@77 (@71 @226) (@77 (@74 @243) @76)))
-@727 := @556 @599
-@729 := @322 @147 @139
-@730 := @727 @729
-@732 := @322 @153 @147
-@751 := (hB : @549) ->
-  (hfn : @580) ->
-  (hwt : @715) ->
-  (hbind : @726) ->
-  (hF : @692) ->
-  (hA : @730) ->
-  (hne : @338 @732 @343) ->
-  @429 (fun (ro : @428) => @430 (@695 (@322 @389 @363) @17) (@560 @615 @17))
-@752 := @714 @107
-@753 := @316 @581
-@764 := @398 (@584 @308 @76) (@406 (@77 (@71 @240) (@77 (@74 @226) @76)))
-@765 := @556 @642
-@767 := @322 @139 @141
-@786 := (hfn : @580) ->
-  (hwt : @753) ->
-  (hbind : @764) ->
-  (hF : @692) ->
-  (hA : @765 @767) ->
-  (hne : @338 @729 @343) ->
-  @429 (fun (ro : @428) => @430 (@695 (@322 @363 @153) @17) (@560 @657 @17))
-@787 := Eq.refl.{1}
-@790 := @752 (@787 @372 @550)
-@791 := @320 @581
-@802 := @398 (@584 @315 @76) (@406 (@77 (@71 @6) (@77 (@74 @240) @76)))
-@803 := @556 @301
-@805 := @322 @141 @143
-@821 := (hwt : @791) ->
-  (hbind : @802) ->
-  (hF : @692) ->
-  (hA : @803 @805) ->
-  (hne : @338 @767 @343) -> @429 (fun (ro : @428) => @430 (@695 @732 @17) (@560 @605 @17))
-@822 := @790 @319
-@824 := @584 @62 @76
-@827 := @398 @824 (@406 @81)
-@828 := @556 @308
-@830 := @322 @143 @12
-@845 := (hbind : @827) ->
-  (hF : @692) ->
-  (hA : @828 @830) ->
-  (hne : @338 @805 @343) -> @429 (fun (ro : @428) => @430 (@695 @729 @17) (@560 @599 @17))
-@848 := @822 (@787 @397 @824)
-@849 := @556 @315
-@851 := @322 @12 @4
-@865 := (hF : @692) ->
-  (hA : @849 @851) ->
-  (hne : @338 @830 @343) -> @429 (fun (ro : @428) => @430 (@695 @767 @17) (@560 @642 @17))
-@868 := @848 (@787 @409 @553)
-@882 := (hA : @556 @62 @324) ->
-  (hne : @338 @851 @343) -> @429 (fun (ro : @428) => @430 (@695 @805 @17) (@560 @301 @17))
-@883 := @868 @334
-@894 := (hne : @338 @324 @343) -> @429 (fun (ro : @428) => @430 (@695 @830 @17) (@560 @308 @17))
-@895 := @883 @356
-@901 := @430 (@695 @851 @17) (@560 @315 @17)
-@903 := @429 (fun (ro : @428) => @901)
-@905 := @429 (fun (__e_ro : @428) => @901)
-@910 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@911 := (__e_hrep : @910) -> @905
-@912 := fun (__e_hrep : @910) => @895
-@913 := (b : @3) -> @911
-@914 := fun (b : @3) => @912
-@915 := (a : @3) -> @913
-@916 := fun (a : @3) => @914
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustCore.lean
deleted file mode 100644
index 5764458c1..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.int, .int], result := .int,
-      body := (.prim .intSub [(.prim .intMul [(.var 0), (.value .int (.int (-3)))]), (.prim .intNeg [(.prim .intRem [(.prim .intQuot [(.var 0), (.var 1), (.value .int (.int 1))]), (.var 1), (.value .int (.int 0))])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible .int) (.mk [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))], (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false), [(1, .int, (some 1)), (0, .int, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustStd.lean
deleted file mode 100644
index df2f71a23..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.int, .int], result := .int,
-      body := (.prim .intSub [(.prim .intMul [(.var 0), (.value .int (.int (-3)))]), (.prim .intNeg [(.prim .intRem [(.prim .intQuot [(.var 0), (.var 1), (.value .int (.int 1))]), (.var 1), (.value .int (.int 0))])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible .int) (.mk [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))] (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))] (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true))))], (.call (.runtime .intSub) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false), [(1, .int, (some 1)), (0, .int, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.int (-3))))]) (tail := (.call (.runtime .intMul) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))] (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))]) (tail := (.call (.runtime .intNeg) [(.move (.generated .operand 9))] true)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))] (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.int 0)))]) (tail := (.call (.runtime .intRem) [(.move (.generated .operand 6)), (.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.lit (.int 1)))]) (tail := (.call (.runtime .intQuot) [(.move (.generated .operand 3)), (.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.int, .int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustCore.lex.tex
deleted file mode 100644
index 9cbfa7aad..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,578 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.__wt_0 : @16 := @482 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.root : @1157 := @1158 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.flags
-@3 := Coverage.Types.Shape
-@4 := #0
-@6 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.__enc_0 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value.nat
-@19 := @18 @4
-@20 := LexLeanTarget.TargetSyntax.Ty.nat
-@21 := LexLeanTarget.TargetSyntax.Program
-@22 := LexLeanPreservation.Rust.RCrate
-@23 := LexLeanPreservation.Rust.Flags
-@24 := Nat
-@25 := #3
-@26 := @7 @25
-@27 := #2
-@28 := @26 @27
-@29 := #1
-@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
-@38 := LexLeanPreservation.Rust.wt_nat @0
-@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
-@46 := @38 @1
-@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
-@52 := @46 @2
-@54 := @13 @19 @20
-@55 := (n : @24) -> @54
-@56 := @52 @4
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := LexLeanTarget.TargetSyntax.Ty
-@59 := List.nil.{0}
-@60 := List.cons.{0}
-@61 := @59 @57
-@62 := @60 @57
-@64 := @62 @19 @61
-@65 := @59 @58
-@66 := @60 @58
-@67 := @66 @20
-@68 := @67 @65
-@69 := LexLeanPreservation.Rust.WTL
-@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
-@79 := LexLeanPreservation.Rust.wtl_nil @0
-@80 := @69 @0
-@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
-@87 := @79 @1
-@88 := @80 @1
-@92 := {A : @23} -> @88 @4 @61 @65
-@93 := @87 @2
-@94 := @88 @2
-@95 := @94 @61
-@96 := @95 @65
-@97 := List.{0}
-@98 := @97 @57
-@99 := @97 @58
-@100 := #6
-@101 := @7 @100
-@102 := #5
-@103 := @101 @102
-@104 := #4
-@107 := @103 @104 @25 @27
-@108 := #7
-@113 := @69 @108 @100 @102 @27 @29
-@114 := #8
-@117 := @69 @114 @108 @100
-@119 := @62 @102 @25
-@120 := @117 @119
-@122 := @66 @104 @27
-@132 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
-@134 := LexLeanPreservation.Rust.wtl_cons @0
-@138 := @11 @102 @104 @25 @27
-@142 := @80 @100 @102 @27 @29
-@154 := {c : @22} ->
-  {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
-@155 := @134 @1
-@158 := @12 @104 @25 @27
-@161 := @88 @102 @27 @29
-@171 := {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
-@172 := @155 @2
-@174 := @13 @25 @27
-@176 := @94 @27 @29
-@184 := {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
-@185 := @172 @19
-@186 := @18 @25
-@187 := @13 @186
-@188 := @187 @27
-@189 := @18 @102
-@190 := @62 @189
-@192 := @94 (@190 @25)
-@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
-@199 := @185 @20
-@200 := @18 @27
-@202 := @13 @200 @20
-@203 := @18 @104
-@204 := @62 @203
-@206 := @94 (@204 @25)
-@207 := @67 @27
-@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
-@213 := @199 @61
-@214 := @18 @29
-@216 := @13 @214 @20
-@217 := @95 @29
-@218 := @62 @186
-@219 := @218 @61
-@220 := @94 @219
-@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
-@225 := @213 @65
-@226 := @62 @200
-@227 := @226 @61
-@228 := @94 @227
-@229 := @228 @68
-@231 := (h : @54) -> (hs : @96) -> @229
-@232 := @225 @56
-@233 := @62 @214
-@234 := @233 @61
-@236 := @94 @234 @68
-@237 := (hs : @96) -> @236
-@238 := @232 @93
-@240 := @94 @64 @68
-@241 := Eq.{1}
-@242 := Option.{0}
-@243 := @242 @99
-@244 := @241 @243
-@245 := LexLeanPreservation.Rust.adtFields
-@249 := @244 (@245 @100 @25 @27)
-@250 := Option.some.{0}
-@251 := @250 @99
-@252 := @251 @4
-@253 := @249 @252
-@256 := @7 @114 @108 @100
-@257 := LexLeanTarget.TargetSyntax.Value.adt
-@259 := @257 @104 @25
-@260 := @256 @259
-@261 := @8 @102
-@271 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
-@273 := LexLeanPreservation.Rust.wt_adt @0
-@274 := @245 @0
-@278 := @244 (@274 @25 @27) @252
-@290 := {c : @22} ->
-  {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
-@291 := @273 @1
-@301 := {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
-@302 := @291 @2
-@303 := @13 @259
-@310 := {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
-@311 := @302 @9
-@312 := @274 @9
-@321 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
-@322 := @311 @9
-@323 := @312 @9
-@324 := @244 @323
-@325 := @324 @252
-@326 := @257 @9
-@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
-@334 := @322 @64
-@335 := @228 @29
-@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
-@342 := @334 @68
-@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
-@350 := Eq.refl.{1}
-@351 := @350 @243
-@353 := @342 (@351 @323)
-@357 := (hf : @240) -> @13 (@326 @234) @10
-@358 := @353 @238
-@361 := @13 (@326 @64) @10
-@362 := fun (__x0 : @24) => @358
-@363 := @52 @29
-@364 := @233 @64
-@365 := @67 @68
-@366 := @172 @214
-@367 := @13 @203
-@368 := @367 @27
-@369 := @18 @100
-@370 := @62 @369
-@372 := @94 (@370 @25)
-@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
-@379 := @366 @20
-@380 := @187 @20
-@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
-@386 := @379 @64
-@387 := @204 @219
-@388 := @94 @387
-@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
-@393 := @386 @68
-@394 := @218 @227
-@395 := @94 @394
-@398 := (h : @216) -> (hs : @236) -> @395 @365
-@399 := @393 @363
-@400 := @226 @234
-@401 := @94 @400
-@402 := @401 @365
-@403 := (hs : @240) -> @402
-@404 := @399 @238
-@406 := @94 @364 @365
-@407 := 1
-@408 := @311 @407
-@409 := @312 @407
-@410 := @244 @409
-@411 := @410 @252
-@412 := @257 @407
-@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
-@420 := @408 @364
-@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
-@428 := @420 @365
-@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
-@437 := @428 (@351 @409)
-@441 := (hf : @406) -> @13 (@412 @400) @10
-@442 := @437 @404
-@445 := @13 (@412 @364) @10
-@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
-@448 := 2
-@449 := @311 @448
-@450 := @312 @448
-@451 := @244 @450
-@452 := @451 @252
-@453 := @257 @448
-@460 := {fs : @98} -> {tys : @99} -> (h : @452) -> (hf : @176) -> @13 (@453 @25) @10
-@461 := @449 @61
-@464 := @13 (@453 @61) @10
-@467 := {tys : @99} -> (h : @452) -> (hf : @217) -> @464
-@468 := @461 @65
-@472 := (h : @451 (@251 @65)) -> (hf : @96) -> @464
-@475 := @468 (@351 @450) @93
-@482 := fun (__v : @3) => Coverage.Types.Shape.casesOn.{0} @17 @4 @362 @447 @475
-@483 := @52 @27
-@486 := Prod.{0, 0} @24 @57
-@489 := Prod.mk.{0, 0} @24 @57
-@490 := @489 @407
-@491 := @490 @214
-@492 := @489 @9
-@493 := @492 @200
-@494 := @59 @486
-@495 := @60 @486
-@497 := @495 @493 @494
-@499 := @495 @491 @497
-@500 := Bool.true
-@501 := LexLeanTarget.TargetSyntax.Function
-@502 := LexLeanTarget.TargetSyntax.Program.functions
-@503 := @502 @0
-@504 := @59 @24
-@505 := LexLeanTarget.TargetSyntax.Ty.unit
-@506 := LexLeanTarget.TargetSyntax.Value.unit
-@509 := LexLeanTarget.TargetSyntax.Expr.value @505 @506
-@514 := LexLeanTarget.TargetSyntax.Function.mk @504 @65 @505 @509
-@519 := List.getD.{0} @501 @503 @9 @514
-@523 := fun (__e_n : @24) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.root @4 @9
-@524 := @379 @61
-@525 := @204 @61
-@530 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @525 @207
-@531 := @524 @65
-@534 := (h : @216) -> (hs : @96) -> @220 @68
-@536 := @531 @363 @93
-@537 := @172 @200
-@539 := @13 @189 @27
-@540 := @18 @108
-@541 := @62 @540
-@549 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @539) -> (hs : @176) -> @94 (@541 @25) @122
-@550 := @537 @20
-@556 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
-@557 := @550 @234
-@558 := @220 @29
-@559 := @190 @525
-@560 := @94 @559
-@564 := {ts : @99} -> (h : @380) -> (hs : @558) -> @560 @207
-@565 := @557 @68
-@568 := (h : @202) -> (hs : @229) -> @388 @365
-@570 := @565 @483 @536
-@571 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.denote
-@573 := @571 @27 @29
-@574 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.__fits_0
-@576 := @574 @27 @29
-@580 := @18 (Coverage.Main.shapes @27 @29)
-@583 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.root @27 @29
-@584 := Bool
-@585 := Ne.{1}
-@586 := LexLeanPreservation.Obs
-@587 := @585 @586
-@588 := LexLeanPreservation.Rel
-@591 := @587 (@588 @29 @4)
-@592 := LexLeanPreservation.Obs.stuck
-@595 := (f : @584) -> (v : @57) -> @591 @592
-@597 := LexLeanPreservation.Rust.rel_ne_stuck @576
-@604 := (v : @57) -> @587 (@588 (@574 @25 @27) @4) @592
-@605 := @597 @580
-@609 := @587 (@588 @576 @580) @592
-@610 := @97 @486
-@611 := LexLeanPreservation.Rust.FunSem
-@612 := #9
-@618 := (n : @24) -> @611 @612 @114 @108 @4 @100
-@619 := @242 @501
-@620 := @241 @619
-@627 := LexLeanRuntime.index (@97 @501) @501 (LexLeanRuntime.instIndexableList @501)
-@631 := @620 (@627 (@502 @612) @100)
-@632 := @250 @501
-@633 := @632 @102
-@634 := @631 @633
-@635 := #10
-@639 := @69 @635 @612 @114 @102
-@640 := LexLeanTarget.TargetSyntax.Function.types
-@641 := @640 @100
-@642 := @639 @641
-@643 := @242 @610
-@644 := @241 @643
-@645 := LexLeanTarget.TargetSemantics.bindAll
-@646 := LexLeanTarget.TargetSyntax.Function.parameters
-@651 := @644 (@645 (@646 @108) @100 @494)
-@652 := @250 @610
-@653 := @652 @102
-@654 := @651 @653
-@655 := @242 @584
-@656 := @241 @655
-@657 := LexLeanPreservation.Rust.fnFallible
-@658 := #11
-@661 := @656 (@657 @658 @612)
-@662 := @250 @584
-@663 := @662 @102
-@664 := @661 @663
-@665 := LexLeanPreservation.RunConv
-@666 := #13
-@670 := @665 @666 @635 @114 @102
-@672 := @587 @100 @592
-@673 := Exists.{1}
-@674 := LexLeanPreservation.Rust.ROut
-@675 := @673 @674
-@676 := And
-@677 := LexLeanPreservation.Rust.RealizesFn
-@681 := @676 (@677 @612 @114 @4)
-@682 := LexLeanPreservation.Rust.RCI
-@684 := @682 #15
-@685 := LexLeanPreservation.Rust.fnIdent
-@686 := @685 @666
-@693 := (hne : @672) -> @675 (fun (ro : @674) => @681 (@684 @686 @658 @4))
-@708 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @618) ->
-  (hfn : @634) -> (hwt : @642) -> (hbind : @654) -> (hF : @664) -> (hA : @670) -> @693
-@710 := LexLeanPreservation.Rust.compose @0
-@711 := @611 @0
-@716 := (n : @24) -> @711 @114 @108 @4 @100
-@717 := @627 @503
-@720 := @620 (@717 @100) @633
-@724 := @80 @612 @114 @102 @641
-@725 := @665 @0
-@728 := @725 @635 @114 @102
-@742 := {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @716) ->
-  (hfn : @720) -> (hwt : @724) -> (hbind : @654) -> (hF : @664) -> (hA : @728) -> @693
-@743 := @710 @1
-@744 := @711 @1
-@748 := (n : @24) -> @744 @108 @4 @100
-@751 := @88 @114 @102 @641
-@752 := @657 @1
-@755 := @656 (@752 @612) @663
-@756 := @682 @1
-@766 := (hbind : @654) ->
-  (hF : @755) -> (hA : @728) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@756 @686 @658 @4))
-@776 := {A : @23} ->
-  {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @748) -> (hfn : @720) -> (hwt : @751) -> @766
-@777 := @743 @2
-@779 := @744 @2 @4
-@781 := (n : @24) -> @779 @100
-@782 := @94 @102
-@783 := @782 @641
-@792 := {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @781) -> (hfn : @720) -> (hwt : @783) -> @766
-@793 := @777 @9
-@795 := (n : @24) -> @779 @9
-@796 := @717 @9
-@797 := @620 @796
-@798 := @797 @633
-@799 := @752 @9
-@800 := @656 @799
-@801 := @800 @663
-@802 := @725 @9
-@804 := @802 @114 @102
-@806 := @756 (@685 @9)
-@814 := (hF : @801) -> (hA : @804) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 @658 @4))
-@823 := {fn : @501} ->
-  {args : @98} ->
-  {env : @610} ->
-  {F : @584} -> {o : @586} -> (hB : @795) -> (hfn : @798) -> (hwt : @783) -> (hbind : @654) -> @814
-@824 := @793 @519
-@826 := @797 (@632 @519)
-@827 := @640 @519
-@828 := @782 @827
-@830 := @645 (@646 @519)
-@842 := {args : @98} ->
-  {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @795) -> (hfn : @826) -> (hwt : @828) -> (hbind : @644 (@830 @100 @494) @653) -> @814
-@843 := @824 @400
-@845 := @541 (@370 @61)
-@847 := @94 @845 @827
-@849 := @62 (@18 @114)
-@851 := @849 (@541 @61)
-@855 := @644 (@830 @851 @494) @653
-@857 := @62 (@18 @635)
-@859 := @62 (@18 @612)
-@861 := @857 (@859 @61)
-@863 := @802 @861 @102
-@865 := @62 (@18 @666)
-@868 := @62 (@18 #12)
-@885 := {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @847) ->
-  (hbind : @855) ->
-  (hF : @801) ->
-  (hA : @863) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@865 (@868 @61)) @4))
-@886 := @843 @499
-@888 := @370 (@190 @61)
-@890 := @94 @888 @827
-@901 := @644 (@830 @845 @494) (@652 (@495 (@490 @369) (@495 (@492 @540) @494)))
-@903 := @859 (@849 @61)
-@905 := @802 @903 @102
-@907 := @62 (@18 @658)
-@923 := {F : @584} ->
-  {o : @586} ->
-  (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @890) ->
-  (hbind : @901) ->
-  (hF : @801) ->
-  (hA : @905) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@868 (@907 @61)) @4))
-@924 := @886 @500
-@925 := @560 @827
-@936 := @644 (@830 @888 @494) (@652 (@495 (@490 @189) (@495 (@492 @369) @494)))
-@938 := @800 (@662 @500)
-@940 := @802 @851 @102
-@941 := @677 @500
-@959 := {o : @586} ->
-  (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @925) ->
-  (hbind : @936) ->
-  (hF : @938) ->
-  (hA : @940) ->
-  (hne : @672) -> @675 (fun (ro : @674) => @676 (@941 @114 @4) (@806 (@907 (@857 @61)) @4))
-@960 := @924 @573
-@961 := @388 @827
-@972 := @644 (@830 @559 @494) (@652 (@495 (@490 @203) (@495 (@492 @189) @494)))
-@973 := @802 @845
-@975 := @571 @108 @100
-@976 := @973 @975
-@978 := @571 @114 @108
-@997 := (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @961) ->
-  (hbind : @972) ->
-  (hF : @938) ->
-  (hA : @976) ->
-  (hne : @587 @978 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @635 @612) @4) (@806 @861 @4))
-@998 := @960 @523
-@999 := @395 @827
-@1010 := @644 (@830 @387 @494) (@652 (@495 (@490 @186) (@495 (@492 @203) @494)))
-@1011 := @802 @888
-@1013 := @571 @100 @102
-@1032 := (hfn : @826) ->
-  (hwt : @999) ->
-  (hbind : @1010) ->
-  (hF : @938) ->
-  (hA : @1011 @1013) ->
-  (hne : @587 @975 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @612 @114) @4) (@806 @903 @4))
-@1035 := @998 (@350 @619 @796)
-@1036 := @401 @827
-@1047 := @644 (@830 @394 @494) (@652 (@495 (@490 @200) (@495 (@492 @186) @494)))
-@1048 := @802 @559
-@1050 := @571 @102 @104
-@1066 := (hwt : @1036) ->
-  (hbind : @1047) ->
-  (hF : @938) ->
-  (hA : @1048 @1050) ->
-  (hne : @587 @1013 @592) -> @675 (fun (ro : @674) => @676 (@941 @978 @4) (@806 @851 @4))
-@1067 := @1035 @570
-@1069 := @830 @400 @494
-@1072 := @644 @1069 (@652 @499)
-@1073 := @802 @387
-@1075 := @571 @104 @25
-@1090 := (hbind : @1072) ->
-  (hF : @938) ->
-  (hA : @1073 @1075) ->
-  (hne : @587 @1050 @592) -> @675 (fun (ro : @674) => @676 (@941 @975 @4) (@806 @845 @4))
-@1093 := @1067 (@350 @643 @1069)
-@1094 := @802 @394
-@1096 := @571 @25 @27
-@1110 := (hF : @938) ->
-  (hA : @1094 @1096) ->
-  (hne : @587 @1075 @592) -> @675 (fun (ro : @674) => @676 (@941 @1013 @4) (@806 @888 @4))
-@1113 := @1093 (@350 @655 @799)
-@1127 := (hA : @802 @400 @573) ->
-  (hne : @587 @1096 @592) -> @675 (fun (ro : @674) => @676 (@941 @1050 @4) (@806 @559 @4))
-@1128 := @1113 @583
-@1139 := (hne : @587 @573 @592) -> @675 (fun (ro : @674) => @676 (@941 @1075 @4) (@806 @387 @4))
-@1140 := @1128 @605
-@1146 := @676 (@941 @1096 @4) (@806 @394 @4)
-@1148 := @675 (fun (ro : @674) => @1146)
-@1150 := @675 (fun (__e_ro : @674) => @1146)
-@1152 := LexLeanPreservation.Rust.RepresentableL @364
-@1153 := (__e_hrep : @1152) -> @1150
-@1154 := fun (__e_hrep : @1152) => @1140
-@1155 := (h : @24) -> @1153
-@1156 := fun (h : @24) => @1154
-@1157 := (w : @24) -> @1155
-@1158 := fun (w : @24) => @1156
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustStd.lex.tex
deleted file mode 100644
index 18a1d8968..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,578 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.__wt_0 : @16 := @482 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.root : @1157 := @1158 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.flags
-@3 := Coverage.Types.Shape
-@4 := #0
-@6 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.__enc_0 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value.nat
-@19 := @18 @4
-@20 := LexLeanTarget.TargetSyntax.Ty.nat
-@21 := LexLeanTarget.TargetSyntax.Program
-@22 := LexLeanPreservation.Rust.RCrate
-@23 := LexLeanPreservation.Rust.Flags
-@24 := Nat
-@25 := #3
-@26 := @7 @25
-@27 := #2
-@28 := @26 @27
-@29 := #1
-@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
-@38 := LexLeanPreservation.Rust.wt_nat @0
-@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
-@46 := @38 @1
-@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
-@52 := @46 @2
-@54 := @13 @19 @20
-@55 := (n : @24) -> @54
-@56 := @52 @4
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := LexLeanTarget.TargetSyntax.Ty
-@59 := List.nil.{0}
-@60 := List.cons.{0}
-@61 := @59 @57
-@62 := @60 @57
-@64 := @62 @19 @61
-@65 := @59 @58
-@66 := @60 @58
-@67 := @66 @20
-@68 := @67 @65
-@69 := LexLeanPreservation.Rust.WTL
-@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
-@79 := LexLeanPreservation.Rust.wtl_nil @0
-@80 := @69 @0
-@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
-@87 := @79 @1
-@88 := @80 @1
-@92 := {A : @23} -> @88 @4 @61 @65
-@93 := @87 @2
-@94 := @88 @2
-@95 := @94 @61
-@96 := @95 @65
-@97 := List.{0}
-@98 := @97 @57
-@99 := @97 @58
-@100 := #6
-@101 := @7 @100
-@102 := #5
-@103 := @101 @102
-@104 := #4
-@107 := @103 @104 @25 @27
-@108 := #7
-@113 := @69 @108 @100 @102 @27 @29
-@114 := #8
-@117 := @69 @114 @108 @100
-@119 := @62 @102 @25
-@120 := @117 @119
-@122 := @66 @104 @27
-@132 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
-@134 := LexLeanPreservation.Rust.wtl_cons @0
-@138 := @11 @102 @104 @25 @27
-@142 := @80 @100 @102 @27 @29
-@154 := {c : @22} ->
-  {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
-@155 := @134 @1
-@158 := @12 @104 @25 @27
-@161 := @88 @102 @27 @29
-@171 := {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
-@172 := @155 @2
-@174 := @13 @25 @27
-@176 := @94 @27 @29
-@184 := {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
-@185 := @172 @19
-@186 := @18 @25
-@187 := @13 @186
-@188 := @187 @27
-@189 := @18 @102
-@190 := @62 @189
-@192 := @94 (@190 @25)
-@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
-@199 := @185 @20
-@200 := @18 @27
-@202 := @13 @200 @20
-@203 := @18 @104
-@204 := @62 @203
-@206 := @94 (@204 @25)
-@207 := @67 @27
-@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
-@213 := @199 @61
-@214 := @18 @29
-@216 := @13 @214 @20
-@217 := @95 @29
-@218 := @62 @186
-@219 := @218 @61
-@220 := @94 @219
-@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
-@225 := @213 @65
-@226 := @62 @200
-@227 := @226 @61
-@228 := @94 @227
-@229 := @228 @68
-@231 := (h : @54) -> (hs : @96) -> @229
-@232 := @225 @56
-@233 := @62 @214
-@234 := @233 @61
-@236 := @94 @234 @68
-@237 := (hs : @96) -> @236
-@238 := @232 @93
-@240 := @94 @64 @68
-@241 := Eq.{1}
-@242 := Option.{0}
-@243 := @242 @99
-@244 := @241 @243
-@245 := LexLeanPreservation.Rust.adtFields
-@249 := @244 (@245 @100 @25 @27)
-@250 := Option.some.{0}
-@251 := @250 @99
-@252 := @251 @4
-@253 := @249 @252
-@256 := @7 @114 @108 @100
-@257 := LexLeanTarget.TargetSyntax.Value.adt
-@259 := @257 @104 @25
-@260 := @256 @259
-@261 := @8 @102
-@271 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
-@273 := LexLeanPreservation.Rust.wt_adt @0
-@274 := @245 @0
-@278 := @244 (@274 @25 @27) @252
-@290 := {c : @22} ->
-  {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
-@291 := @273 @1
-@301 := {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
-@302 := @291 @2
-@303 := @13 @259
-@310 := {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
-@311 := @302 @9
-@312 := @274 @9
-@321 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
-@322 := @311 @9
-@323 := @312 @9
-@324 := @244 @323
-@325 := @324 @252
-@326 := @257 @9
-@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
-@334 := @322 @64
-@335 := @228 @29
-@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
-@342 := @334 @68
-@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
-@350 := Eq.refl.{1}
-@351 := @350 @243
-@353 := @342 (@351 @323)
-@357 := (hf : @240) -> @13 (@326 @234) @10
-@358 := @353 @238
-@361 := @13 (@326 @64) @10
-@362 := fun (__x0 : @24) => @358
-@363 := @52 @29
-@364 := @233 @64
-@365 := @67 @68
-@366 := @172 @214
-@367 := @13 @203
-@368 := @367 @27
-@369 := @18 @100
-@370 := @62 @369
-@372 := @94 (@370 @25)
-@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
-@379 := @366 @20
-@380 := @187 @20
-@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
-@386 := @379 @64
-@387 := @204 @219
-@388 := @94 @387
-@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
-@393 := @386 @68
-@394 := @218 @227
-@395 := @94 @394
-@398 := (h : @216) -> (hs : @236) -> @395 @365
-@399 := @393 @363
-@400 := @226 @234
-@401 := @94 @400
-@402 := @401 @365
-@403 := (hs : @240) -> @402
-@404 := @399 @238
-@406 := @94 @364 @365
-@407 := 1
-@408 := @311 @407
-@409 := @312 @407
-@410 := @244 @409
-@411 := @410 @252
-@412 := @257 @407
-@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
-@420 := @408 @364
-@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
-@428 := @420 @365
-@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
-@437 := @428 (@351 @409)
-@441 := (hf : @406) -> @13 (@412 @400) @10
-@442 := @437 @404
-@445 := @13 (@412 @364) @10
-@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
-@448 := 2
-@449 := @311 @448
-@450 := @312 @448
-@451 := @244 @450
-@452 := @451 @252
-@453 := @257 @448
-@460 := {fs : @98} -> {tys : @99} -> (h : @452) -> (hf : @176) -> @13 (@453 @25) @10
-@461 := @449 @61
-@464 := @13 (@453 @61) @10
-@467 := {tys : @99} -> (h : @452) -> (hf : @217) -> @464
-@468 := @461 @65
-@472 := (h : @451 (@251 @65)) -> (hf : @96) -> @464
-@475 := @468 (@351 @450) @93
-@482 := fun (__v : @3) => Coverage.Types.Shape.casesOn.{0} @17 @4 @362 @447 @475
-@483 := @52 @27
-@486 := Prod.{0, 0} @24 @57
-@489 := Prod.mk.{0, 0} @24 @57
-@490 := @489 @407
-@491 := @490 @214
-@492 := @489 @9
-@493 := @492 @200
-@494 := @59 @486
-@495 := @60 @486
-@497 := @495 @493 @494
-@499 := @495 @491 @497
-@500 := Bool.true
-@501 := LexLeanTarget.TargetSyntax.Function
-@502 := LexLeanTarget.TargetSyntax.Program.functions
-@503 := @502 @0
-@504 := @59 @24
-@505 := LexLeanTarget.TargetSyntax.Ty.unit
-@506 := LexLeanTarget.TargetSyntax.Value.unit
-@509 := LexLeanTarget.TargetSyntax.Expr.value @505 @506
-@514 := LexLeanTarget.TargetSyntax.Function.mk @504 @65 @505 @509
-@519 := List.getD.{0} @501 @503 @9 @514
-@523 := fun (__e_n : @24) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.root @4 @9
-@524 := @379 @61
-@525 := @204 @61
-@530 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @525 @207
-@531 := @524 @65
-@534 := (h : @216) -> (hs : @96) -> @220 @68
-@536 := @531 @363 @93
-@537 := @172 @200
-@539 := @13 @189 @27
-@540 := @18 @108
-@541 := @62 @540
-@549 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @539) -> (hs : @176) -> @94 (@541 @25) @122
-@550 := @537 @20
-@556 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
-@557 := @550 @234
-@558 := @220 @29
-@559 := @190 @525
-@560 := @94 @559
-@564 := {ts : @99} -> (h : @380) -> (hs : @558) -> @560 @207
-@565 := @557 @68
-@568 := (h : @202) -> (hs : @229) -> @388 @365
-@570 := @565 @483 @536
-@571 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.denote
-@573 := @571 @27 @29
-@574 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.__fits_0
-@576 := @574 @27 @29
-@580 := @18 (Coverage.Main.shapes @27 @29)
-@583 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.root @27 @29
-@584 := Bool
-@585 := Ne.{1}
-@586 := LexLeanPreservation.Obs
-@587 := @585 @586
-@588 := LexLeanPreservation.Rel
-@591 := @587 (@588 @29 @4)
-@592 := LexLeanPreservation.Obs.stuck
-@595 := (f : @584) -> (v : @57) -> @591 @592
-@597 := LexLeanPreservation.Rust.rel_ne_stuck @576
-@604 := (v : @57) -> @587 (@588 (@574 @25 @27) @4) @592
-@605 := @597 @580
-@609 := @587 (@588 @576 @580) @592
-@610 := @97 @486
-@611 := LexLeanPreservation.Rust.FunSem
-@612 := #9
-@618 := (n : @24) -> @611 @612 @114 @108 @4 @100
-@619 := @242 @501
-@620 := @241 @619
-@627 := LexLeanRuntime.index (@97 @501) @501 (LexLeanRuntime.instIndexableList @501)
-@631 := @620 (@627 (@502 @612) @100)
-@632 := @250 @501
-@633 := @632 @102
-@634 := @631 @633
-@635 := #10
-@639 := @69 @635 @612 @114 @102
-@640 := LexLeanTarget.TargetSyntax.Function.types
-@641 := @640 @100
-@642 := @639 @641
-@643 := @242 @610
-@644 := @241 @643
-@645 := LexLeanTarget.TargetSemantics.bindAll
-@646 := LexLeanTarget.TargetSyntax.Function.parameters
-@651 := @644 (@645 (@646 @108) @100 @494)
-@652 := @250 @610
-@653 := @652 @102
-@654 := @651 @653
-@655 := @242 @584
-@656 := @241 @655
-@657 := LexLeanPreservation.Rust.fnFallible
-@658 := #11
-@661 := @656 (@657 @658 @612)
-@662 := @250 @584
-@663 := @662 @102
-@664 := @661 @663
-@665 := LexLeanPreservation.RunConv
-@666 := #13
-@670 := @665 @666 @635 @114 @102
-@672 := @587 @100 @592
-@673 := Exists.{1}
-@674 := LexLeanPreservation.Rust.ROut
-@675 := @673 @674
-@676 := And
-@677 := LexLeanPreservation.Rust.RealizesFn
-@681 := @676 (@677 @612 @114 @4)
-@682 := LexLeanPreservation.Rust.RCI
-@684 := @682 #15
-@685 := LexLeanPreservation.Rust.fnIdent
-@686 := @685 @666
-@693 := (hne : @672) -> @675 (fun (ro : @674) => @681 (@684 @686 @658 @4))
-@708 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @618) ->
-  (hfn : @634) -> (hwt : @642) -> (hbind : @654) -> (hF : @664) -> (hA : @670) -> @693
-@710 := LexLeanPreservation.Rust.compose @0
-@711 := @611 @0
-@716 := (n : @24) -> @711 @114 @108 @4 @100
-@717 := @627 @503
-@720 := @620 (@717 @100) @633
-@724 := @80 @612 @114 @102 @641
-@725 := @665 @0
-@728 := @725 @635 @114 @102
-@742 := {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @716) ->
-  (hfn : @720) -> (hwt : @724) -> (hbind : @654) -> (hF : @664) -> (hA : @728) -> @693
-@743 := @710 @1
-@744 := @711 @1
-@748 := (n : @24) -> @744 @108 @4 @100
-@751 := @88 @114 @102 @641
-@752 := @657 @1
-@755 := @656 (@752 @612) @663
-@756 := @682 @1
-@766 := (hbind : @654) ->
-  (hF : @755) -> (hA : @728) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@756 @686 @658 @4))
-@776 := {A : @23} ->
-  {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @748) -> (hfn : @720) -> (hwt : @751) -> @766
-@777 := @743 @2
-@779 := @744 @2 @4
-@781 := (n : @24) -> @779 @100
-@782 := @94 @102
-@783 := @782 @641
-@792 := {f : @24} ->
-  {fn : @501} ->
-  {args : @98} ->
-  {env : @610} -> {F : @584} -> {o : @586} -> (hB : @781) -> (hfn : @720) -> (hwt : @783) -> @766
-@793 := @777 @9
-@795 := (n : @24) -> @779 @9
-@796 := @717 @9
-@797 := @620 @796
-@798 := @797 @633
-@799 := @752 @9
-@800 := @656 @799
-@801 := @800 @663
-@802 := @725 @9
-@804 := @802 @114 @102
-@806 := @756 (@685 @9)
-@814 := (hF : @801) -> (hA : @804) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 @658 @4))
-@823 := {fn : @501} ->
-  {args : @98} ->
-  {env : @610} ->
-  {F : @584} -> {o : @586} -> (hB : @795) -> (hfn : @798) -> (hwt : @783) -> (hbind : @654) -> @814
-@824 := @793 @519
-@826 := @797 (@632 @519)
-@827 := @640 @519
-@828 := @782 @827
-@830 := @645 (@646 @519)
-@842 := {args : @98} ->
-  {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @795) -> (hfn : @826) -> (hwt : @828) -> (hbind : @644 (@830 @100 @494) @653) -> @814
-@843 := @824 @400
-@845 := @541 (@370 @61)
-@847 := @94 @845 @827
-@849 := @62 (@18 @114)
-@851 := @849 (@541 @61)
-@855 := @644 (@830 @851 @494) @653
-@857 := @62 (@18 @635)
-@859 := @62 (@18 @612)
-@861 := @857 (@859 @61)
-@863 := @802 @861 @102
-@865 := @62 (@18 @666)
-@868 := @62 (@18 #12)
-@885 := {env : @610} ->
-  {F : @584} ->
-  {o : @586} ->
-  (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @847) ->
-  (hbind : @855) ->
-  (hF : @801) ->
-  (hA : @863) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@865 (@868 @61)) @4))
-@886 := @843 @499
-@888 := @370 (@190 @61)
-@890 := @94 @888 @827
-@901 := @644 (@830 @845 @494) (@652 (@495 (@490 @369) (@495 (@492 @540) @494)))
-@903 := @859 (@849 @61)
-@905 := @802 @903 @102
-@907 := @62 (@18 @658)
-@923 := {F : @584} ->
-  {o : @586} ->
-  (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @890) ->
-  (hbind : @901) ->
-  (hF : @801) ->
-  (hA : @905) -> (hne : @672) -> @675 (fun (ro : @674) => @681 (@806 (@868 (@907 @61)) @4))
-@924 := @886 @500
-@925 := @560 @827
-@936 := @644 (@830 @888 @494) (@652 (@495 (@490 @189) (@495 (@492 @369) @494)))
-@938 := @800 (@662 @500)
-@940 := @802 @851 @102
-@941 := @677 @500
-@959 := {o : @586} ->
-  (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @925) ->
-  (hbind : @936) ->
-  (hF : @938) ->
-  (hA : @940) ->
-  (hne : @672) -> @675 (fun (ro : @674) => @676 (@941 @114 @4) (@806 (@907 (@857 @61)) @4))
-@960 := @924 @573
-@961 := @388 @827
-@972 := @644 (@830 @559 @494) (@652 (@495 (@490 @203) (@495 (@492 @189) @494)))
-@973 := @802 @845
-@975 := @571 @108 @100
-@976 := @973 @975
-@978 := @571 @114 @108
-@997 := (hB : @795) ->
-  (hfn : @826) ->
-  (hwt : @961) ->
-  (hbind : @972) ->
-  (hF : @938) ->
-  (hA : @976) ->
-  (hne : @587 @978 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @635 @612) @4) (@806 @861 @4))
-@998 := @960 @523
-@999 := @395 @827
-@1010 := @644 (@830 @387 @494) (@652 (@495 (@490 @186) (@495 (@492 @203) @494)))
-@1011 := @802 @888
-@1013 := @571 @100 @102
-@1032 := (hfn : @826) ->
-  (hwt : @999) ->
-  (hbind : @1010) ->
-  (hF : @938) ->
-  (hA : @1011 @1013) ->
-  (hne : @587 @975 @592) -> @675 (fun (ro : @674) => @676 (@941 (@571 @612 @114) @4) (@806 @903 @4))
-@1035 := @998 (@350 @619 @796)
-@1036 := @401 @827
-@1047 := @644 (@830 @394 @494) (@652 (@495 (@490 @200) (@495 (@492 @186) @494)))
-@1048 := @802 @559
-@1050 := @571 @102 @104
-@1066 := (hwt : @1036) ->
-  (hbind : @1047) ->
-  (hF : @938) ->
-  (hA : @1048 @1050) ->
-  (hne : @587 @1013 @592) -> @675 (fun (ro : @674) => @676 (@941 @978 @4) (@806 @851 @4))
-@1067 := @1035 @570
-@1069 := @830 @400 @494
-@1072 := @644 @1069 (@652 @499)
-@1073 := @802 @387
-@1075 := @571 @104 @25
-@1090 := (hbind : @1072) ->
-  (hF : @938) ->
-  (hA : @1073 @1075) ->
-  (hne : @587 @1050 @592) -> @675 (fun (ro : @674) => @676 (@941 @975 @4) (@806 @845 @4))
-@1093 := @1067 (@350 @643 @1069)
-@1094 := @802 @394
-@1096 := @571 @25 @27
-@1110 := (hF : @938) ->
-  (hA : @1094 @1096) ->
-  (hne : @587 @1075 @592) -> @675 (fun (ro : @674) => @676 (@941 @1013 @4) (@806 @888 @4))
-@1113 := @1093 (@350 @655 @799)
-@1127 := (hA : @802 @400 @573) ->
-  (hne : @587 @1096 @592) -> @675 (fun (ro : @674) => @676 (@941 @1050 @4) (@806 @559 @4))
-@1128 := @1113 @583
-@1139 := (hne : @587 @573 @592) -> @675 (fun (ro : @674) => @676 (@941 @1075 @4) (@806 @387 @4))
-@1140 := @1128 @605
-@1146 := @676 (@941 @1096 @4) (@806 @394 @4)
-@1148 := @675 (fun (ro : @674) => @1146)
-@1150 := @675 (fun (__e_ro : @674) => @1146)
-@1152 := LexLeanPreservation.Rust.RepresentableL @364
-@1153 := (__e_hrep : @1152) -> @1150
-@1154 := fun (__e_hrep : @1152) => @1140
-@1155 := (h : @24) -> @1153
-@1156 := fun (h : @24) => @1154
-@1157 := (w : @24) -> @1155
-@1158 := fun (w : @24) => @1156
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustCore.lean
deleted file mode 100644
index e63042723..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustCore.lean
+++ /dev/null
@@ -1,42 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat], [.nat, .nat], []] }], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]), (.prim .natAdd [(.call 1 [(.build (.adt 0) (.adt 0) [(.var 0)])]), (.call 1 [(.build (.adt 2) (.adt 0) [])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)])), (.arm (.adt 2) [] (.value .nat (.nat 0)))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }, { number := 2, fields := [] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustStd.lean
deleted file mode 100644
index e4b2c7e27..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustStd.lean
+++ /dev/null
@@ -1,42 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat], [.nat, .nat], []] }], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]), (.prim .natAdd [(.call 1 [(.build (.adt 0) (.adt 0) [(.var 0)])]), (.call 1 [(.build (.adt 2) (.adt 0) [])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)])), (.arm (.adt 2) [] (.value .nat (.nat 0)))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }, { number := 2, fields := [] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] true)), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0))])] true)), (.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.construct (.adt 0 2) [])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 5)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))), (.mk (.adt 0 2 []) (.mk [] (.succeed (.lit (.nat 0)))))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/Compose/RustStd.lex.tex
deleted file mode 100644
index 0841097c9..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,585 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.__wt_0 : @520 := @519 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.root : @1152 := @1153 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.flags
-@3 := Coverage.Types.Tree
-@4 := #0
-@5 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := fun (__v : @3) => @15
-@17 := LexLeanTarget.TargetSyntax.Value
-@18 := LexLeanTarget.TargetSyntax.Ty
-@19 := List.nil.{0}
-@20 := List.cons.{0}
-@21 := @19 @17
-@22 := @19 @18
-@23 := LexLeanTarget.TargetSyntax.Program
-@24 := LexLeanPreservation.Rust.RCrate
-@25 := LexLeanPreservation.Rust.Flags
-@26 := LexLeanPreservation.Rust.WTL
-@27 := #2
-@28 := @26 @27
-@29 := #1
-@36 := {p : @23} -> {c : @24} -> {A : @25} -> @28 @29 @4 @21 @22
-@38 := LexLeanPreservation.Rust.wtl_nil @0
-@39 := @26 @0
-@45 := {c : @24} -> {A : @25} -> @39 @29 @4 @21 @22
-@46 := @38 @1
-@47 := @39 @1
-@51 := {A : @25} -> @47 @4 @21 @22
-@52 := @46 @2
-@53 := @47 @2
-@54 := @53 @21
-@55 := @54 @22
-@56 := Nat
-@57 := List.{0}
-@58 := @57 @17
-@59 := @57 @18
-@60 := Eq.{1}
-@61 := Option.{0}
-@62 := @61 @59
-@63 := @60 @62
-@64 := LexLeanPreservation.Rust.adtFields
-@65 := #6
-@66 := @64 @65
-@67 := #3
-@70 := @63 (@66 @67 @27)
-@71 := Option.some.{0}
-@72 := @71 @59
-@73 := @72 @4
-@74 := @70 @73
-@75 := #7
-@77 := @26 @75 @65
-@78 := #5
-@81 := @77 @78 @27 @29
-@82 := #8
-@85 := @7 @82 @75 @65
-@86 := LexLeanTarget.TargetSyntax.Value.adt
-@87 := #4
-@89 := @86 @87 @67
-@90 := @85 @89
-@91 := @8 @78
-@101 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {i : @56} -> {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @74) -> (hf : @81) -> @90 @91
-@103 := LexLeanPreservation.Rust.wt_adt @0
-@104 := @64 @0
-@108 := @63 (@104 @67 @27) @73
-@112 := @39 @65 @78 @27 @29
-@124 := {c : @24} ->
-  {A : @25} ->
-  {i : @56} ->
-  {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @108) -> (hf : @112) -> @11 @75 @65 @89 @91
-@125 := @103 @1
-@128 := @47 @78 @27 @29
-@138 := {A : @25} ->
-  {i : @56} ->
-  {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @108) -> (hf : @128) -> @12 @65 @89 @91
-@139 := @125 @2
-@141 := @53 @27 @29
-@142 := @13 @89
-@149 := {i : @56} -> {k : @56} -> {fs : @58} -> {tys : @59} -> (h : @108) -> (hf : @141) -> @142 @91
-@150 := @139 @9
-@151 := @104 @9
-@160 := {k : @56} ->
-  {fs : @58} -> {tys : @59} -> (h : @63 (@151 @27) @73) -> (hf : @141) -> @142 @10
-@161 := @150 @9
-@162 := @151 @9
-@163 := @63 @162
-@164 := @163 @73
-@165 := @86 @9
-@172 := {fs : @58} -> {tys : @59} -> (h : @164) -> (hf : @141) -> @13 (@165 @67) @10
-@173 := @161 @21
-@174 := @54 @29
-@177 := @13 (@165 @21) @10
-@180 := {tys : @59} -> (h : @164) -> (hf : @174) -> @177
-@181 := @173 @22
-@185 := (h : @163 (@72 @22)) -> (hf : @55) -> @177
-@186 := Eq.refl.{1}
-@187 := @186 @62
-@190 := @181 (@187 @162) @52
-@191 := @5 @87
-@192 := LexLeanTarget.TargetSyntax.Value.nat
-@193 := @192 @67
-@194 := LexLeanTarget.TargetSyntax.Ty.nat
-@197 := @7 @67 @27 @29
-@198 := @192 @4
-@204 := {p : @23} -> {c : @24} -> {A : @25} -> (n : @56) -> @197 @198 @194
-@206 := LexLeanPreservation.Rust.wt_nat @0
-@213 := {c : @24} -> {A : @25} -> (n : @56) -> @11 @27 @29 @198 @194
-@214 := @206 @1
-@219 := {A : @25} -> (n : @56) -> @12 @29 @198 @194
-@220 := @214 @2
-@223 := (n : @56) -> @13 @198 @194
-@224 := @220 @67
-@226 := @13 @193 @194
-@227 := @5 @27
-@228 := @20 @17
-@230 := @228 @227 @21
-@231 := @228 @193
-@232 := @231 @230
-@233 := @228 @191
-@234 := @233 @232
-@235 := @20 @18
-@236 := @235 @10
-@237 := @236 @22
-@238 := @235 @194
-@239 := @238 @237
-@240 := @236 @239
-@245 := @7 @65 @78 @87 @67 @27
-@248 := @26 @82 @75 @65
-@250 := @228 @78 @67
-@251 := @248 @250
-@253 := @235 @87 @27
-@263 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {v : @17} -> {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @245) -> (hs : @81) -> @251 @253
-@265 := LexLeanPreservation.Rust.wtl_cons @0
-@281 := {c : @24} ->
-  {A : @25} ->
-  {v : @17} ->
-  {t : @18} ->
-  {vs : @58} -> {ts : @59} -> (h : @11 @78 @87 @67 @27) -> (hs : @112) -> @39 @75 @65 @250 @253
-@282 := @265 @1
-@295 := {A : @25} ->
-  {v : @17} ->
-  {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @12 @87 @67 @27) -> (hs : @128) -> @47 @65 @250 @253
-@296 := @282 @2
-@306 := {v : @17} ->
-  {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @13 @67 @27) -> (hs : @141) -> @53 @250 @253
-@307 := @296 @227
-@308 := @5 @78
-@309 := @13 @308
-@310 := @309 @27
-@311 := @5 @75
-@312 := @228 @311
-@320 := {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @310) -> (hs : @141) -> @53 (@312 @67) @253
-@321 := @307 @10
-@323 := @13 @191 @10
-@324 := @5 @65
-@325 := @228 @324
-@327 := @53 (@325 @67)
-@328 := @236 @27
-@333 := {vs : @58} -> {ts : @59} -> (h : @323) -> (hs : @141) -> @327 @328
-@334 := @321 @21
-@335 := @5 @67
-@337 := @13 @335 @10
-@338 := @228 @308
-@339 := @338 @21
-@344 := {ts : @59} -> (h : @337) -> (hs : @174) -> @53 @339 @328
-@345 := @334 @22
-@347 := @13 @227 @10
-@348 := @233 @21
-@349 := @53 @348
-@352 := (h : @347) -> (hs : @55) -> @349 @237
-@353 := @345 @4
-@355 := @228 @335 @21
-@357 := @53 @355 @237
-@358 := (hs : @55) -> @357
-@359 := @353 @52
-@361 := @53 @230 @237
-@362 := @296 @193
-@363 := @192 @65
-@365 := @13 @363 @27
-@367 := @228 (@192 @82)
-@375 := {t : @18} -> {vs : @58} -> {ts : @59} -> (h : @365) -> (hs : @141) -> @53 (@367 @67) @253
-@376 := @362 @194
-@377 := @192 @78
-@379 := @13 @377 @194
-@381 := @228 (@192 @75)
-@383 := @53 (@381 @67)
-@384 := @238 @27
-@389 := {vs : @58} -> {ts : @59} -> (h : @379) -> (hs : @141) -> @383 @384
-@390 := @376 @230
-@391 := @192 @87
-@392 := @13 @391
-@393 := @392 @194
-@394 := @349 @29
-@395 := @228 @363
-@396 := @395 @339
-@401 := {ts : @59} -> (h : @393) -> (hs : @394) -> @53 @396 @384
-@402 := @390 @237
-@403 := @228 @377
-@404 := @403 @348
-@405 := @53 @404
-@408 := (h : @226) -> (hs : @357) -> @405 @239
-@409 := @402 @224
-@410 := @228 @391
-@411 := @410 @355
-@413 := @53 @411 @239
-@414 := (hs : @361) -> @413
-@415 := @409 @359
-@417 := @53 @232 @239
-@418 := @296 @191
-@420 := @13 @311 @27
-@421 := #9
-@431 := {t : @18} ->
-  {vs : @58} -> {ts : @59} -> (h : @420) -> (hs : @141) -> @53 (@228 (@5 @421) @67) @253
-@432 := @418 @10
-@443 := {vs : @58} ->
-  {ts : @59} -> (h : @13 @324 @10) -> (hs : @141) -> @53 (@228 (@5 @82) @67) @328
-@444 := @432 @232
-@445 := @309 @10
-@446 := @405 @29
-@447 := @312 @396
-@452 := {ts : @59} -> (h : @445) -> (hs : @446) -> @53 @447 @328
-@453 := @444 @239
-@454 := @325 @404
-@455 := @53 @454
-@458 := (h : @323) -> (hs : @413) -> @455 @240
-@459 := @453 @29
-@460 := @338 @411
-@462 := @53 @460 @240
-@463 := (hs : @417) -> @462
-@464 := @459 @415
-@466 := @53 @234 @240
-@467 := 1
-@468 := @150 @467
-@469 := @151 @467
-@470 := @63 @469
-@471 := @470 @73
-@472 := @86 @467
-@479 := {fs : @58} -> {tys : @59} -> (h : @471) -> (hf : @141) -> @13 (@472 @67) @10
-@480 := @468 @234
-@487 := {tys : @59} -> (h : @471) -> (hf : @455 @29) -> @13 (@472 @447) @10
-@488 := @480 @240
-@495 := (h : @470 (@72 @240)) -> (hf : @462) -> @13 (@472 @454) @10
-@497 := @488 (@187 @469)
-@501 := (hf : @466) -> @13 (@472 @460) @10
-@502 := @497 @464
-@505 := @13 (@472 @234) @10
-@513 := fun (__x0 : @3) =>
-  fun (__x1 : @56) =>
-  fun (__x2 : @3) => fun (__ih0 : @347) => fun (__ih1 : @13 (@5 @29) @10) => @502
-@519 := fun (__v : @3) => Coverage.Types.Tree.rec.{0} @16 @190 @513 @4
-@520 := (__v : @3) -> @15
-@521 := @192 @29
-@522 := @220 @29
-@524 := @13 @521 @194
-@526 := @228 @521 @21
-@529 := Prod.{0, 0} @56 @17
-@533 := Prod.mk.{0, 0} @56 @17 @9
-@534 := @533 @521
-@535 := @19 @529
-@536 := @20 @529
-@538 := @536 @534 @535
-@539 := Bool.true
-@540 := LexLeanTarget.TargetSyntax.Function
-@541 := LexLeanTarget.TargetSyntax.Program.functions
-@542 := @541 @0
-@543 := @19 @56
-@544 := LexLeanTarget.TargetSyntax.Ty.unit
-@545 := LexLeanTarget.TargetSyntax.Value.unit
-@548 := LexLeanTarget.TargetSyntax.Expr.value @544 @545
-@553 := LexLeanTarget.TargetSyntax.Function.mk @543 @22 @544 @548
-@558 := List.getD.{0} @540 @542 @9 @553
-@562 := fun (__e_n : @56) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.root @4 @9
-@563 := @296 @521
-@572 := {t : @18} ->
-  {vs : @58} -> {ts : @59} -> (h : @392 @27) -> (hs : @141) -> @53 (@395 @67) @253
-@573 := @563 @194
-@580 := {vs : @58} -> {ts : @59} -> (h : @226) -> (hs : @141) -> @53 (@403 @67) @384
-@581 := @573 @21
-@582 := @192 @27
-@584 := @13 @582 @194
-@585 := @410 @21
-@586 := @53 @585
-@590 := {ts : @59} -> (h : @584) -> (hs : @174) -> @586 @384
-@591 := @581 @22
-@592 := @231 @21
-@593 := @53 @592
-@594 := @238 @22
-@597 := (h : @524) -> (hs : @55) -> @593 @594
-@598 := @591 @522
-@600 := @228 @582 @21
-@601 := @53 @600
-@603 := (hs : @55) -> @601 @594
-@604 := @598 @52
-@605 := @53 @526
-@606 := @605 @594
-@607 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.denote
-@608 := @607 @29
-@609 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.__fits_0
-@610 := @609 @29
-@613 := @192 (Coverage.Main.treeTotal @29)
-@615 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.root @29
-@616 := Bool
-@617 := Ne.{1}
-@618 := LexLeanPreservation.Obs
-@619 := @617 @618
-@620 := LexLeanPreservation.Rel
-@623 := @619 (@620 @29 @4)
-@624 := LexLeanPreservation.Obs.stuck
-@627 := (f : @616) -> (v : @17) -> @623 @624
-@629 := LexLeanPreservation.Rust.rel_ne_stuck @610
-@635 := (v : @17) -> @619 (@620 (@609 @27) @4) @624
-@636 := @629 @613
-@640 := @619 (@620 @610 @613) @624
-@641 := @57 @529
-@642 := LexLeanPreservation.Rust.FunSem
-@648 := (n : @56) -> @642 @421 @82 @75 @4 @65
-@649 := @61 @540
-@650 := @60 @649
-@657 := LexLeanRuntime.index (@57 @540) @540 (LexLeanRuntime.instIndexableList @540)
-@661 := @650 (@657 (@541 @421) @65)
-@662 := @71 @540
-@663 := @662 @78
-@664 := @661 @663
-@665 := #10
-@669 := @26 @665 @421 @82 @78
-@670 := LexLeanTarget.TargetSyntax.Function.types
-@671 := @670 @65
-@672 := @669 @671
-@673 := @61 @641
-@674 := @60 @673
-@675 := LexLeanTarget.TargetSemantics.bindAll
-@676 := LexLeanTarget.TargetSyntax.Function.parameters
-@681 := @674 (@675 (@676 @75) @65 @535)
-@682 := @71 @641
-@683 := @682 @78
-@684 := @681 @683
-@685 := @61 @616
-@686 := @60 @685
-@687 := LexLeanPreservation.Rust.fnFallible
-@688 := #11
-@691 := @686 (@687 @688 @421)
-@692 := @71 @616
-@693 := @692 @78
-@694 := @691 @693
-@695 := LexLeanPreservation.RunConv
-@696 := #13
-@700 := @695 @696 @665 @82 @78
-@702 := @619 @65 @624
-@703 := Exists.{1}
-@704 := LexLeanPreservation.Rust.ROut
-@705 := @703 @704
-@706 := And
-@707 := LexLeanPreservation.Rust.RealizesFn
-@711 := @706 (@707 @421 @82 @4)
-@712 := LexLeanPreservation.Rust.RCI
-@714 := @712 #15
-@715 := LexLeanPreservation.Rust.fnIdent
-@716 := @715 @696
-@723 := (hne : @702) -> @705 (fun (ro : @704) => @711 (@714 @716 @688 @4))
-@738 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {f : @56} ->
-  {fn : @540} ->
-  {args : @58} ->
-  {env : @641} ->
-  {F : @616} ->
-  {o : @618} ->
-  (hB : @648) ->
-  (hfn : @664) -> (hwt : @672) -> (hbind : @684) -> (hF : @694) -> (hA : @700) -> @723
-@740 := LexLeanPreservation.Rust.compose @0
-@741 := @642 @0
-@746 := (n : @56) -> @741 @82 @75 @4 @65
-@747 := @657 @542
-@750 := @650 (@747 @65) @663
-@754 := @39 @421 @82 @78 @671
-@755 := @695 @0
-@758 := @755 @665 @82 @78
-@772 := {c : @24} ->
-  {A : @25} ->
-  {f : @56} ->
-  {fn : @540} ->
-  {args : @58} ->
-  {env : @641} ->
-  {F : @616} ->
-  {o : @618} ->
-  (hB : @746) ->
-  (hfn : @750) -> (hwt : @754) -> (hbind : @684) -> (hF : @694) -> (hA : @758) -> @723
-@773 := @740 @1
-@774 := @741 @1
-@778 := (n : @56) -> @774 @75 @4 @65
-@781 := @47 @82 @78 @671
-@782 := @687 @1
-@785 := @686 (@782 @421) @693
-@786 := @712 @1
-@796 := (hbind : @684) ->
-  (hF : @785) -> (hA : @758) -> (hne : @702) -> @705 (fun (ro : @704) => @711 (@786 @716 @688 @4))
-@806 := {A : @25} ->
-  {f : @56} ->
-  {fn : @540} ->
-  {args : @58} ->
-  {env : @641} -> {F : @616} -> {o : @618} -> (hB : @778) -> (hfn : @750) -> (hwt : @781) -> @796
-@807 := @773 @2
-@809 := @774 @2 @4
-@811 := (n : @56) -> @809 @65
-@812 := @53 @78
-@813 := @812 @671
-@822 := {f : @56} ->
-  {fn : @540} ->
-  {args : @58} ->
-  {env : @641} -> {F : @616} -> {o : @618} -> (hB : @811) -> (hfn : @750) -> (hwt : @813) -> @796
-@823 := @807 @9
-@825 := (n : @56) -> @809 @9
-@826 := @747 @9
-@827 := @650 @826
-@828 := @827 @663
-@829 := @782 @9
-@830 := @686 @829
-@831 := @830 @693
-@832 := @755 @9
-@834 := @832 @82 @78
-@836 := @786 (@715 @9)
-@844 := (hF : @831) -> (hA : @834) -> (hne : @702) -> @705 (fun (ro : @704) => @711 (@836 @688 @4))
-@853 := {fn : @540} ->
-  {args : @58} ->
-  {env : @641} ->
-  {F : @616} -> {o : @618} -> (hB : @825) -> (hfn : @828) -> (hwt : @813) -> (hbind : @684) -> @844
-@854 := @823 @558
-@856 := @827 (@662 @558)
-@857 := @670 @558
-@858 := @812 @857
-@860 := @675 (@676 @558)
-@872 := {args : @58} ->
-  {env : @641} ->
-  {F : @616} ->
-  {o : @618} ->
-  (hB : @825) -> (hfn : @856) -> (hwt : @858) -> (hbind : @674 (@860 @65 @535) @683) -> @844
-@873 := @854 @526
-@874 := @395 @21
-@876 := @53 @874 @857
-@877 := @381 @21
-@881 := @674 (@860 @877 @535) @683
-@884 := @228 (@192 @421) @21
-@905 := {env : @641} ->
-  {F : @616} ->
-  {o : @618} ->
-  (hB : @825) ->
-  (hfn : @856) ->
-  (hwt : @876) ->
-  (hbind : @881) ->
-  (hF : @831) ->
-  (hA : @832 @884 @78) ->
-  (hne : @702) -> @705 (fun (ro : @704) => @711 (@836 (@228 (@192 #12) @21) @4))
-@906 := @873 @538
-@907 := @403 @21
-@909 := @53 @907 @857
-@917 := @674 (@860 @874 @535) (@682 (@536 (@533 @363) @535))
-@918 := @367 @21
-@937 := {F : @616} ->
-  {o : @618} ->
-  (hB : @825) ->
-  (hfn : @856) ->
-  (hwt : @909) ->
-  (hbind : @917) ->
-  (hF : @831) ->
-  (hA : @832 @918 @78) ->
-  (hne : @702) -> @705 (fun (ro : @704) => @711 (@836 (@228 (@192 @688) @21) @4))
-@938 := @906 @539
-@939 := @586 @857
-@947 := @674 (@860 @907 @535) (@682 (@536 (@533 @377) @535))
-@949 := @830 (@692 @539)
-@951 := @832 @877 @78
-@952 := @707 @539
-@971 := {o : @618} ->
-  (hB : @825) ->
-  (hfn : @856) ->
-  (hwt : @939) ->
-  (hbind : @947) ->
-  (hF : @949) ->
-  (hA : @951) ->
-  (hne : @702) -> @705 (fun (ro : @704) => @706 (@952 @82 @4) (@836 (@228 (@192 @665) @21) @4))
-@972 := @938 @608
-@973 := @593 @857
-@981 := @674 (@860 @585 @535) (@682 (@536 (@533 @391) @535))
-@982 := @832 @874
-@983 := @607 @65
-@984 := @982 @983
-@985 := @607 @75
-@1003 := (hB : @825) ->
-  (hfn : @856) ->
-  (hwt : @973) ->
-  (hbind : @981) ->
-  (hF : @949) ->
-  (hA : @984) ->
-  (hne : @619 @985 @624) -> @705 (fun (ro : @704) => @706 (@952 (@607 @421) @4) (@836 @884 @4))
-@1004 := @972 @562
-@1005 := @601 @857
-@1013 := @674 (@860 @592 @535) (@682 (@536 (@533 @193) @535))
-@1014 := @832 @907
-@1015 := @607 @78
-@1033 := (hfn : @856) ->
-  (hwt : @1005) ->
-  (hbind : @1013) ->
-  (hF : @949) ->
-  (hA : @1014 @1015) ->
-  (hne : @619 @983 @624) -> @705 (fun (ro : @704) => @706 (@952 (@607 @82) @4) (@836 @918 @4))
-@1036 := @1004 (@186 @649 @826)
-@1037 := @605 @857
-@1045 := @674 (@860 @600 @535) (@682 (@536 (@533 @582) @535))
-@1046 := @832 @585
-@1047 := @607 @87
-@1063 := (hwt : @1037) ->
-  (hbind : @1045) ->
-  (hF : @949) ->
-  (hA : @1046 @1047) ->
-  (hne : @619 @1015 @624) -> @705 (fun (ro : @704) => @706 (@952 @985 @4) (@836 @877 @4))
-@1064 := @1036 @604
-@1066 := @860 @526 @535
-@1069 := @674 @1066 (@682 @538)
-@1070 := @832 @592
-@1071 := @607 @67
-@1086 := (hbind : @1069) ->
-  (hF : @949) ->
-  (hA : @1070 @1071) ->
-  (hne : @619 @1047 @624) -> @705 (fun (ro : @704) => @706 (@952 @983 @4) (@836 @874 @4))
-@1089 := @1064 (@186 @673 @1066)
-@1090 := @832 @600
-@1091 := @607 @27
-@1105 := (hF : @949) ->
-  (hA : @1090 @1091) ->
-  (hne : @619 @1071 @624) -> @705 (fun (ro : @704) => @706 (@952 @1015 @4) (@836 @907 @4))
-@1108 := @1089 (@186 @685 @829)
-@1122 := (hA : @832 @526 @608) ->
-  (hne : @619 @1091 @624) -> @705 (fun (ro : @704) => @706 (@952 @1047 @4) (@836 @585 @4))
-@1123 := @1108 @615
-@1134 := (hne : @619 @608 @624) -> @705 (fun (ro : @704) => @706 (@952 @1071 @4) (@836 @592 @4))
-@1135 := @1123 @636
-@1141 := @706 (@952 @1091 @4) (@836 @600 @4)
-@1143 := @705 (fun (ro : @704) => @1141)
-@1145 := @705 (fun (__e_ro : @704) => @1141)
-@1149 := LexLeanPreservation.Rust.RepresentableL (@228 @198 @21)
-@1150 := (__e_hrep : @1149) -> @1145
-@1151 := fun (__e_hrep : @1149) => @1135
-@1152 := (n : @56) -> @1150
-@1153 := fun (n : @56) => @1151
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/RustStd.lean
deleted file mode 100644
index 16f9a1b2d..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/RustStd.lean
+++ /dev/null
@@ -1,42 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [(.adt 0), .nat, (.adt 0)]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.build (.adt 0) (.adt 0) []), (.var 0), (.build (.adt 1) (.adt 0) [(.build (.adt 0) (.adt 0) []), (.value .nat (.nat 5)), (.build (.adt 0) (.adt 0) [])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [] (.value .nat (.nat 0))), (.arm (.adt 1) [1, 2, 3] (.prim .natAdd [(.prim .natAdd [(.call 1 [(.var 1)]), (.var 2)]), (.call 1 [(.var 3)])]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [(.rc (.adt 0)), .nat, (.rc (.adt 0))] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.copy (.generated .binding 0)), (.box (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.lit (.nat 5)), (.box (.construct (.adt 0 0) []))]))])] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 6)), (.bind (.generated .binding 2)), (.bind (.generated .boxed 7))]) (.mk [(.mk (.bind (.generated .binding 1)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 7))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.copy (.generated .binding 0)), (.box (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [])), (.lit (.nat 5)), (.box (.construct (.adt 0 0) []))]))])] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), .nat, (.adt 0)]) (mask := [true, false, true]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), .nat, (.adt 0)]) (mask := [true, false, true]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))))) rfl)) (Corr.lNil))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 6)), (.bind (.generated .binding 2)), (.bind (.generated .boxed 7))]) (.mk [(.mk (.bind (.generated .binding 1)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 7))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 1)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 7)))]) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 3))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustCore.lex.tex
deleted file mode 100644
index 2fbf028ee..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,776 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_0 : @16 := @440 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_1 : @449 := @632 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_2 : @640 := @821 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.root : @1560 := @1561 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.flags
-@3 := Coverage.Types.Point
-@4 := #0
-@6 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__enc_0 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Coverage.Types.Point.x
-@18 := @17 @4
-@19 := Coverage.Types.Point.y
-@20 := @19 @4
-@21 := LexLeanTarget.TargetSyntax.Value.nat
-@22 := @21 @18
-@23 := LexLeanTarget.TargetSyntax.Ty.nat
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := Nat
-@28 := #3
-@29 := @7 @28
-@30 := #2
-@31 := @29 @30
-@32 := #1
-@33 := @31 @32
-@34 := @21 @4
-@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
-@42 := LexLeanPreservation.Rust.wt_nat @0
-@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
-@50 := @42 @1
-@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
-@56 := @50 @2
-@59 := (n : @27) -> @13 @34 @23
-@60 := @56 @18
-@62 := @13 @22 @23
-@63 := @21 @20
-@64 := @56 @20
-@66 := @13 @63 @23
-@67 := LexLeanTarget.TargetSyntax.Value
-@68 := LexLeanTarget.TargetSyntax.Ty
-@69 := List.nil.{0}
-@70 := List.cons.{0}
-@71 := @69 @67
-@72 := @70 @67
-@74 := @72 @63 @71
-@76 := @72 @22 @74
-@77 := @69 @68
-@78 := @70 @68
-@79 := @78 @23
-@80 := @79 @77
-@81 := @79 @80
-@82 := LexLeanPreservation.Rust.WTL
-@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
-@92 := LexLeanPreservation.Rust.wtl_nil @0
-@93 := @82 @0
-@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
-@100 := @92 @1
-@101 := @93 @1
-@105 := {A : @26} -> @101 @4 @71 @77
-@106 := @100 @2
-@107 := @101 @2
-@108 := @107 @71
-@109 := @108 @77
-@110 := List.{0}
-@111 := @110 @67
-@112 := @110 @68
-@113 := #6
-@114 := @7 @113
-@115 := #5
-@116 := @114 @115
-@117 := #4
-@120 := @116 @117 @28 @30
-@121 := #7
-@126 := @82 @121 @113 @115 @30 @32
-@127 := #8
-@130 := @82 @127 @121 @113
-@132 := @72 @115 @28
-@133 := @130 @132
-@135 := @78 @117 @30
-@145 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
-@147 := LexLeanPreservation.Rust.wtl_cons @0
-@151 := @11 @115 @117 @28 @30
-@155 := @93 @113 @115 @30 @32
-@167 := {c : @25} ->
-  {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
-@168 := @147 @1
-@171 := @12 @117 @28 @30
-@174 := @101 @115 @30 @32
-@184 := {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
-@185 := @168 @2
-@187 := @13 @28 @30
-@189 := @107 @30 @32
-@197 := {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
-@198 := @185 @63
-@200 := @21 (@19 @28)
-@213 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
-@214 := @198 @23
-@216 := @21 (@19 @30)
-@218 := @13 @216 @23
-@223 := @107 (@72 (@21 (@19 @117)) @28)
-@224 := @79 @30
-@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
-@230 := @214 @71
-@232 := @21 (@19 @32)
-@234 := @13 @232 @23
-@235 := @108 @32
-@237 := @72 @200 @71
-@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
-@243 := @230 @77
-@245 := @72 @216 @71
-@246 := @107 @245
-@249 := (h : @66) -> (hs : @109) -> @246 @80
-@250 := @243 @64
-@252 := @72 @232 @71
-@254 := @107 @252 @80
-@255 := (hs : @109) -> @254
-@256 := @250 @106
-@258 := @107 @74 @80
-@259 := @185 @22
-@261 := @21 (@17 @28)
-@274 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
-@275 := @259 @23
-@277 := @21 (@17 @30)
-@289 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
-@290 := @275 @74
-@292 := @21 (@17 @32)
-@294 := @13 @292 @23
-@295 := @246 @32
-@297 := @72 @261 @237
-@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
-@303 := @290 @80
-@305 := @72 @277 @245
-@306 := @107 @305
-@309 := (h : @62) -> (hs : @254) -> @306 @81
-@310 := @303 @60
-@312 := @72 @292 @252
-@314 := @107 @312 @81
-@315 := (hs : @258) -> @314
-@316 := @310 @256
-@318 := @107 @76 @81
-@319 := Eq.{1}
-@320 := Option.{0}
-@321 := @320 @112
-@322 := @319 @321
-@323 := LexLeanPreservation.Rust.adtFields
-@327 := @322 (@323 @113 @28 @30)
-@328 := Option.some.{0}
-@329 := @328 @112
-@330 := @329 @4
-@331 := @327 @330
-@334 := @7 @127 @121 @113
-@335 := LexLeanTarget.TargetSyntax.Value.adt
-@337 := @335 @117 @28
-@338 := @334 @337
-@339 := @8 @115
-@349 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
-@351 := LexLeanPreservation.Rust.wt_adt @0
-@352 := @323 @0
-@356 := @322 (@352 @28 @30) @330
-@368 := {c : @25} ->
-  {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
-@369 := @351 @1
-@379 := {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
-@380 := @369 @2
-@381 := @13 @337
-@388 := {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
-@389 := @380 @9
-@390 := @352 @9
-@399 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
-@400 := @389 @9
-@401 := @390 @9
-@402 := @322 @401
-@403 := @402 @330
-@404 := @335 @9
-@406 := @13 (@404 @28)
-@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @406 @10
-@412 := @400 @76
-@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
-@420 := @412 @81
-@421 := @329 @81
-@427 := (h : @402 @421) -> (hf : @314) -> @13 (@404 @305) @10
-@428 := Eq.refl.{1}
-@429 := @428 @321
-@431 := @420 (@429 @401)
-@435 := (hf : @318) -> @13 (@404 @312) @10
-@436 := @431 @316
-@439 := @13 (@404 @76) @10
-@440 := fun (__s : @3) => @436
-@442 := Coverage.Types.Box @27
-@444 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__enc_1 @4
-@445 := 1
-@446 := @8 @445
-@449 := (__s : @442) -> @13 @444 @446
-@451 := Coverage.Types.Box.content @27
-@452 := @451 @4
-@454 := Coverage.Types.Box.count @27
-@455 := @454 @4
-@456 := @21 @452
-@457 := @56 @452
-@459 := @13 @456 @23
-@460 := @21 @455
-@461 := @56 @455
-@463 := @13 @460 @23
-@465 := @72 @460 @71
-@467 := @72 @456 @465
-@468 := @185 @460
-@470 := @21 (@454 @28)
-@483 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @470 @30) -> (hs : @189) -> @107 (@72 (@21 (@454 @115)) @28) @135
-@484 := @468 @23
-@486 := @21 (@454 @30)
-@498 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @486 @23) -> (hs : @189) -> @107 (@72 (@21 (@454 @117)) @28) @224
-@499 := @484 @71
-@501 := @21 (@454 @32)
-@503 := @13 @501 @23
-@505 := @72 @470 @71
-@510 := {ts : @112} -> (h : @503) -> (hs : @235) -> @107 @505 @224
-@511 := @499 @77
-@513 := @72 @486 @71
-@514 := @107 @513
-@517 := (h : @463) -> (hs : @109) -> @514 @80
-@518 := @511 @461
-@520 := @72 @501 @71
-@522 := @107 @520 @80
-@523 := (hs : @109) -> @522
-@524 := @518 @106
-@526 := @107 @465 @80
-@527 := @185 @456
-@529 := @21 (@451 @28)
-@542 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @529 @30) -> (hs : @189) -> @107 (@72 (@21 (@451 @115)) @28) @135
-@543 := @527 @23
-@545 := @21 (@451 @30)
-@557 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @545 @23) -> (hs : @189) -> @107 (@72 (@21 (@451 @117)) @28) @224
-@558 := @543 @465
-@560 := @21 (@451 @32)
-@562 := @13 @560 @23
-@563 := @514 @32
-@565 := @72 @529 @505
-@570 := {ts : @112} -> (h : @562) -> (hs : @563) -> @107 @565 @224
-@571 := @558 @80
-@573 := @72 @545 @513
-@574 := @107 @573
-@577 := (h : @459) -> (hs : @522) -> @574 @81
-@578 := @571 @457
-@580 := @72 @560 @520
-@582 := @107 @580 @81
-@583 := (hs : @526) -> @582
-@584 := @578 @524
-@586 := @107 @467 @81
-@587 := @380 @445
-@588 := @352 @445
-@597 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@588 @30) @330) -> (hf : @189) -> @381 @446
-@598 := @587 @9
-@599 := @588 @9
-@600 := @322 @599
-@601 := @600 @330
-@606 := {fs : @111} -> {tys : @112} -> (h : @601) -> (hf : @189) -> @406 @446
-@607 := @598 @467
-@614 := {tys : @112} -> (h : @601) -> (hf : @574 @32) -> @13 (@404 @565) @446
-@615 := @607 @81
-@621 := (h : @600 @421) -> (hf : @582) -> @13 (@404 @573) @446
-@623 := @615 (@429 @599)
-@627 := (hf : @586) -> @13 (@404 @580) @446
-@628 := @623 @584
-@631 := @13 (@404 @467) @446
-@632 := fun (__s : @442) => @628
-@633 := Coverage.Types.Weights
-@635 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__enc_2 @4
-@636 := 2
-@637 := @8 @636
-@640 := (__s : @633) -> @13 @635 @637
-@641 := Coverage.Types.Weights.base
-@642 := @641 @4
-@643 := Coverage.Types.Weights.scale
-@644 := @643 @4
-@645 := @21 @642
-@646 := @56 @642
-@648 := @13 @645 @23
-@649 := @21 @644
-@650 := @56 @644
-@652 := @13 @649 @23
-@654 := @72 @649 @71
-@656 := @72 @645 @654
-@657 := @185 @649
-@659 := @21 (@643 @28)
-@672 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @659 @30) -> (hs : @189) -> @107 (@72 (@21 (@643 @115)) @28) @135
-@673 := @657 @23
-@675 := @21 (@643 @30)
-@687 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @675 @23) -> (hs : @189) -> @107 (@72 (@21 (@643 @117)) @28) @224
-@688 := @673 @71
-@690 := @21 (@643 @32)
-@692 := @13 @690 @23
-@694 := @72 @659 @71
-@699 := {ts : @112} -> (h : @692) -> (hs : @235) -> @107 @694 @224
-@700 := @688 @77
-@702 := @72 @675 @71
-@703 := @107 @702
-@706 := (h : @652) -> (hs : @109) -> @703 @80
-@707 := @700 @650
-@709 := @72 @690 @71
-@711 := @107 @709 @80
-@712 := (hs : @109) -> @711
-@713 := @707 @106
-@715 := @107 @654 @80
-@716 := @185 @645
-@718 := @21 (@641 @28)
-@731 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @718 @30) -> (hs : @189) -> @107 (@72 (@21 (@641 @115)) @28) @135
-@732 := @716 @23
-@734 := @21 (@641 @30)
-@746 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @734 @23) -> (hs : @189) -> @107 (@72 (@21 (@641 @117)) @28) @224
-@747 := @732 @654
-@749 := @21 (@641 @32)
-@751 := @13 @749 @23
-@752 := @703 @32
-@754 := @72 @718 @694
-@759 := {ts : @112} -> (h : @751) -> (hs : @752) -> @107 @754 @224
-@760 := @747 @80
-@762 := @72 @734 @702
-@763 := @107 @762
-@766 := (h : @648) -> (hs : @711) -> @763 @81
-@767 := @760 @646
-@769 := @72 @749 @709
-@771 := @107 @769 @81
-@772 := (hs : @715) -> @771
-@773 := @767 @713
-@775 := @107 @656 @81
-@776 := @380 @636
-@777 := @352 @636
-@786 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@777 @30) @330) -> (hf : @189) -> @381 @637
-@787 := @776 @9
-@788 := @777 @9
-@789 := @322 @788
-@790 := @789 @330
-@795 := {fs : @111} -> {tys : @112} -> (h : @790) -> (hf : @189) -> @406 @637
-@796 := @787 @656
-@803 := {tys : @112} -> (h : @790) -> (hf : @763 @32) -> @13 (@404 @754) @637
-@804 := @796 @81
-@810 := (h : @789 @421) -> (hf : @771) -> @13 (@404 @762) @637
-@812 := @804 (@429 @788)
-@816 := (hf : @775) -> @13 (@404 @769) @637
-@817 := @812 @773
-@820 := @13 (@404 @656) @637
-@821 := fun (__s : @633) => @817
-@822 := @21 @30
-@823 := @56 @30
-@825 := @13 @822 @23
-@826 := @21 @32
-@827 := @56 @32
-@829 := @13 @826 @23
-@830 := @72 @826
-@831 := @830 @71
-@832 := @72 @822
-@833 := @832 @831
-@836 := Prod.{0, 0} @27 @67
-@839 := Prod.mk.{0, 0} @27 @67
-@840 := @839 @445
-@841 := @840 @826
-@842 := @839 @9
-@843 := @842 @822
-@844 := @69 @836
-@845 := @70 @836
-@847 := @845 @843 @844
-@849 := @845 @841 @847
-@850 := Bool.true
-@851 := LexLeanTarget.TargetSyntax.Function
-@852 := LexLeanTarget.TargetSyntax.Program.functions
-@853 := @852 @0
-@854 := @69 @27
-@855 := LexLeanTarget.TargetSyntax.Ty.unit
-@856 := LexLeanTarget.TargetSyntax.Value.unit
-@859 := LexLeanTarget.TargetSyntax.Expr.value @855 @856
-@864 := LexLeanTarget.TargetSyntax.Function.mk @854 @77 @855 @859
-@869 := List.getD.{0} @851 @853 @9 @864
-@873 := fun (__e_n : @27) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.root @4 @9
-@874 := @185 @826
-@875 := @21 @117
-@876 := @13 @875
-@877 := @876 @30
-@878 := @21 @113
-@879 := @72 @878
-@881 := @107 (@879 @28)
-@887 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @877) -> (hs : @189) -> @881 @135
-@888 := @874 @23
-@889 := @21 @28
-@891 := @13 @889 @23
-@892 := @21 @115
-@893 := @72 @892
-@900 := {vs : @111} -> {ts : @112} -> (h : @891) -> (hs : @189) -> @107 (@893 @28) @224
-@901 := @888 @71
-@902 := @72 @875
-@903 := @902 @71
-@908 := {ts : @112} -> (h : @825) -> (hs : @235) -> @107 @903 @224
-@909 := @901 @77
-@910 := @72 @889
-@911 := @910 @71
-@912 := @107 @911
-@915 := (h : @829) -> (hs : @109) -> @912 @80
-@916 := @909 @827
-@917 := @832 @71
-@919 := @107 @917 @80
-@920 := (hs : @109) -> @919
-@921 := @916 @106
-@923 := @107 @831 @80
-@924 := @185 @822
-@926 := @13 @892 @30
-@927 := @21 @121
-@928 := @72 @927
-@936 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @926) -> (hs : @189) -> @107 (@928 @28) @135
-@937 := @924 @23
-@943 := {vs : @111} -> {ts : @112} -> (h : @876 @23) -> (hs : @189) -> @881 @224
-@944 := @937 @831
-@945 := @912 @32
-@946 := @893 @903
-@947 := @107 @946
-@951 := {ts : @112} -> (h : @891) -> (hs : @945) -> @947 @224
-@952 := @944 @80
-@953 := @902 @911
-@954 := @107 @953
-@957 := (h : @825) -> (hs : @919) -> @954 @81
-@958 := @952 @823
-@959 := @910 @917
-@960 := @107 @959
-@962 := (hs : @923) -> @960 @81
-@963 := @958 @921
-@964 := @107 @833
-@965 := @964 @81
-@966 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.denote
-@968 := @966 @30 @32
-@969 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__fits_0
-@971 := @969 @30 @32
-@974 := Coverage.Main.records @30 @32
-@980 := LexLeanPreservation.encPair @27 @27 @21 @21 @974
-@983 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.root @30 @32
-@984 := Bool
-@985 := Ne.{1}
-@986 := LexLeanPreservation.Obs
-@987 := @985 @986
-@988 := LexLeanPreservation.Rel
-@991 := @987 (@988 @32 @4)
-@992 := LexLeanPreservation.Obs.stuck
-@995 := (f : @984) -> (v : @67) -> @991 @992
-@997 := LexLeanPreservation.Rust.rel_ne_stuck @971
-@1004 := (v : @67) -> @987 (@988 (@969 @28 @30) @4) @992
-@1005 := @997 @980
-@1009 := @987 (@988 @971 @980) @992
-@1010 := @110 @836
-@1011 := LexLeanPreservation.Rust.FunSem
-@1012 := #9
-@1018 := (n : @27) -> @1011 @1012 @127 @121 @4 @113
-@1019 := @320 @851
-@1020 := @319 @1019
-@1027 := LexLeanRuntime.index (@110 @851) @851 (LexLeanRuntime.instIndexableList @851)
-@1031 := @1020 (@1027 (@852 @1012) @113)
-@1032 := @328 @851
-@1033 := @1032 @115
-@1034 := @1031 @1033
-@1035 := #10
-@1039 := @82 @1035 @1012 @127 @115
-@1040 := LexLeanTarget.TargetSyntax.Function.types
-@1041 := @1040 @113
-@1042 := @1039 @1041
-@1043 := @320 @1010
-@1044 := @319 @1043
-@1045 := LexLeanTarget.TargetSemantics.bindAll
-@1046 := LexLeanTarget.TargetSyntax.Function.parameters
-@1051 := @1044 (@1045 (@1046 @121) @113 @844)
-@1052 := @328 @1010
-@1053 := @1052 @115
-@1054 := @1051 @1053
-@1055 := @320 @984
-@1056 := @319 @1055
-@1057 := LexLeanPreservation.Rust.fnFallible
-@1058 := #11
-@1061 := @1056 (@1057 @1058 @1012)
-@1062 := @328 @984
-@1063 := @1062 @115
-@1064 := @1061 @1063
-@1065 := LexLeanPreservation.RunConv
-@1066 := #13
-@1070 := @1065 @1066 @1035 @127 @115
-@1072 := @987 @113 @992
-@1073 := Exists.{1}
-@1074 := LexLeanPreservation.Rust.ROut
-@1075 := @1073 @1074
-@1076 := And
-@1077 := LexLeanPreservation.Rust.RealizesFn
-@1081 := @1076 (@1077 @1012 @127 @4)
-@1082 := LexLeanPreservation.Rust.RCI
-@1084 := @1082 #15
-@1085 := LexLeanPreservation.Rust.fnIdent
-@1086 := @1085 @1066
-@1093 := (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1084 @1086 @1058 @4))
-@1108 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1018) ->
-  (hfn : @1034) -> (hwt : @1042) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1070) -> @1093
-@1110 := LexLeanPreservation.Rust.compose @0
-@1111 := @1011 @0
-@1116 := (n : @27) -> @1111 @127 @121 @4 @113
-@1117 := @1027 @853
-@1120 := @1020 (@1117 @113) @1033
-@1124 := @93 @1012 @127 @115 @1041
-@1125 := @1065 @0
-@1128 := @1125 @1035 @127 @115
-@1142 := {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1116) ->
-  (hfn : @1120) -> (hwt : @1124) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1128) -> @1093
-@1143 := @1110 @1
-@1144 := @1111 @1
-@1148 := (n : @27) -> @1144 @121 @4 @113
-@1151 := @101 @127 @115 @1041
-@1152 := @1057 @1
-@1155 := @1056 (@1152 @1012) @1063
-@1156 := @1082 @1
-@1166 := (hbind : @1054) ->
-  (hF : @1155) ->
-  (hA : @1128) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1156 @1086 @1058 @4))
-@1176 := {A : @26} ->
-  {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} -> {o : @986} -> (hB : @1148) -> (hfn : @1120) -> (hwt : @1151) -> @1166
-@1177 := @1143 @2
-@1179 := @1144 @2 @4
-@1181 := (n : @27) -> @1179 @113
-@1182 := @107 @115
-@1183 := @1182 @1041
-@1192 := {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} -> {o : @986} -> (hB : @1181) -> (hfn : @1120) -> (hwt : @1183) -> @1166
-@1193 := @1177 @9
-@1195 := (n : @27) -> @1179 @9
-@1196 := @1117 @9
-@1197 := @1020 @1196
-@1198 := @1197 @1033
-@1199 := @1152 @9
-@1200 := @1056 @1199
-@1201 := @1200 @1063
-@1202 := @1125 @9
-@1204 := @1202 @127 @115
-@1206 := @1156 (@1085 @9)
-@1214 := (hF : @1201) ->
-  (hA : @1204) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 @1058 @4))
-@1223 := {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} -> (hB : @1195) -> (hfn : @1198) -> (hwt : @1183) -> (hbind : @1054) -> @1214
-@1224 := @1193 @869
-@1226 := @1197 (@1032 @869)
-@1227 := @1040 @869
-@1228 := @1182 @1227
-@1230 := @1045 (@1046 @869)
-@1242 := {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1195) -> (hfn : @1226) -> (hwt : @1228) -> (hbind : @1044 (@1230 @113 @844) @1053) -> @1214
-@1243 := @1224 @833
-@1245 := @928 (@879 @71)
-@1247 := @107 @1245 @1227
-@1249 := @72 (@21 @127)
-@1251 := @1249 (@928 @71)
-@1255 := @1044 (@1230 @1251 @844) @1053
-@1257 := @72 (@21 @1035)
-@1259 := @72 (@21 @1012)
-@1261 := @1257 (@1259 @71)
-@1263 := @1202 @1261 @115
-@1265 := @72 (@21 @1066)
-@1268 := @72 (@21 #12)
-@1285 := {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1247) ->
-  (hbind : @1255) ->
-  (hF : @1201) ->
-  (hA : @1263) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1265 (@1268 @71)) @4))
-@1286 := @1243 @849
-@1288 := @879 (@893 @71)
-@1290 := @107 @1288 @1227
-@1301 := @1044 (@1230 @1245 @844) (@1052 (@845 (@840 @878) (@845 (@842 @927) @844)))
-@1303 := @1259 (@1249 @71)
-@1305 := @1202 @1303 @115
-@1307 := @72 (@21 @1058)
-@1323 := {F : @984} ->
-  {o : @986} ->
-  (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1290) ->
-  (hbind : @1301) ->
-  (hF : @1201) ->
-  (hA : @1305) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1268 (@1307 @71)) @4))
-@1324 := @1286 @850
-@1325 := @947 @1227
-@1336 := @1044 (@1230 @1288 @844) (@1052 (@845 (@840 @892) (@845 (@842 @878) @844)))
-@1338 := @1200 (@1062 @850)
-@1340 := @1202 @1251 @115
-@1341 := @1077 @850
-@1359 := {o : @986} ->
-  (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1325) ->
-  (hbind : @1336) ->
-  (hF : @1338) ->
-  (hA : @1340) ->
-  (hne : @1072) -> @1075 (fun (ro : @1074) => @1076 (@1341 @127 @4) (@1206 (@1307 (@1257 @71)) @4))
-@1360 := @1324 @968
-@1361 := @954 @1227
-@1372 := @1044 (@1230 @946 @844) (@1052 (@845 (@840 @875) (@845 (@842 @892) @844)))
-@1373 := @1202 @1245
-@1375 := @966 @121 @113
-@1376 := @1373 @1375
-@1378 := @966 @127 @121
-@1397 := (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1361) ->
-  (hbind : @1372) ->
-  (hF : @1338) ->
-  (hA : @1376) ->
-  (hne : @987 @1378 @992) ->
-  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1035 @1012) @4) (@1206 @1261 @4))
-@1398 := @1360 @873
-@1399 := @960 @1227
-@1410 := @1044 (@1230 @953 @844) (@1052 (@845 (@840 @889) (@845 (@842 @875) @844)))
-@1411 := @1202 @1288
-@1413 := @966 @113 @115
-@1432 := (hfn : @1226) ->
-  (hwt : @1399) ->
-  (hbind : @1410) ->
-  (hF : @1338) ->
-  (hA : @1411 @1413) ->
-  (hne : @987 @1375 @992) ->
-  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1012 @127) @4) (@1206 @1303 @4))
-@1435 := @1398 (@428 @1019 @1196)
-@1436 := @964 @1227
-@1447 := @1044 (@1230 @959 @844) (@1052 (@845 (@840 @822) (@845 (@842 @889) @844)))
-@1448 := @1202 @946
-@1450 := @966 @115 @117
-@1466 := (hwt : @1436) ->
-  (hbind : @1447) ->
-  (hF : @1338) ->
-  (hA : @1448 @1450) ->
-  (hne : @987 @1413 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1378 @4) (@1206 @1251 @4))
-@1467 := @1435 @963
-@1469 := @1230 @833 @844
-@1472 := @1044 @1469 (@1052 @849)
-@1473 := @1202 @953
-@1475 := @966 @117 @28
-@1490 := (hbind : @1472) ->
-  (hF : @1338) ->
-  (hA : @1473 @1475) ->
-  (hne : @987 @1450 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1375 @4) (@1206 @1245 @4))
-@1493 := @1467 (@428 @1043 @1469)
-@1494 := @1202 @959
-@1496 := @966 @28 @30
-@1510 := (hF : @1338) ->
-  (hA : @1494 @1496) ->
-  (hne : @987 @1475 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1413 @4) (@1206 @1288 @4))
-@1513 := @1493 (@428 @1055 @1199)
-@1527 := (hA : @1202 @833 @968) ->
-  (hne : @987 @1496 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1450 @4) (@1206 @946 @4))
-@1528 := @1513 @983
-@1539 := (hne : @987 @968 @992) ->
-  @1075 (fun (ro : @1074) => @1076 (@1341 @1475 @4) (@1206 @953 @4))
-@1540 := @1528 @1005
-@1546 := @1076 (@1341 @1496 @4) (@1206 @959 @4)
-@1548 := @1075 (fun (ro : @1074) => @1546)
-@1550 := @1075 (fun (__e_ro : @1074) => @1546)
-@1555 := LexLeanPreservation.Rust.RepresentableL (@830 (@72 @34 @71))
-@1556 := (__e_hrep : @1555) -> @1550
-@1557 := fun (__e_hrep : @1555) => @1540
-@1558 := (b : @27) -> @1556
-@1559 := fun (b : @27) => @1557
-@1560 := (a : @27) -> @1558
-@1561 := fun (a : @27) => @1559
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustStd.lex.tex
deleted file mode 100644
index 2fcbc374c..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,776 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_0 : @16 := @440 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_1 : @449 := @632 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_2 : @640 := @821 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.root : @1560 := @1561 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.flags
-@3 := Coverage.Types.Point
-@4 := #0
-@6 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__enc_0 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Coverage.Types.Point.x
-@18 := @17 @4
-@19 := Coverage.Types.Point.y
-@20 := @19 @4
-@21 := LexLeanTarget.TargetSyntax.Value.nat
-@22 := @21 @18
-@23 := LexLeanTarget.TargetSyntax.Ty.nat
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := Nat
-@28 := #3
-@29 := @7 @28
-@30 := #2
-@31 := @29 @30
-@32 := #1
-@33 := @31 @32
-@34 := @21 @4
-@40 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @27) -> @33 @34 @23
-@42 := LexLeanPreservation.Rust.wt_nat @0
-@49 := {c : @25} -> {A : @26} -> (n : @27) -> @11 @30 @32 @34 @23
-@50 := @42 @1
-@55 := {A : @26} -> (n : @27) -> @12 @32 @34 @23
-@56 := @50 @2
-@59 := (n : @27) -> @13 @34 @23
-@60 := @56 @18
-@62 := @13 @22 @23
-@63 := @21 @20
-@64 := @56 @20
-@66 := @13 @63 @23
-@67 := LexLeanTarget.TargetSyntax.Value
-@68 := LexLeanTarget.TargetSyntax.Ty
-@69 := List.nil.{0}
-@70 := List.cons.{0}
-@71 := @69 @67
-@72 := @70 @67
-@74 := @72 @63 @71
-@76 := @72 @22 @74
-@77 := @69 @68
-@78 := @70 @68
-@79 := @78 @23
-@80 := @79 @77
-@81 := @79 @80
-@82 := LexLeanPreservation.Rust.WTL
-@90 := {p : @24} -> {c : @25} -> {A : @26} -> @82 @30 @32 @4 @71 @77
-@92 := LexLeanPreservation.Rust.wtl_nil @0
-@93 := @82 @0
-@99 := {c : @25} -> {A : @26} -> @93 @32 @4 @71 @77
-@100 := @92 @1
-@101 := @93 @1
-@105 := {A : @26} -> @101 @4 @71 @77
-@106 := @100 @2
-@107 := @101 @2
-@108 := @107 @71
-@109 := @108 @77
-@110 := List.{0}
-@111 := @110 @67
-@112 := @110 @68
-@113 := #6
-@114 := @7 @113
-@115 := #5
-@116 := @114 @115
-@117 := #4
-@120 := @116 @117 @28 @30
-@121 := #7
-@126 := @82 @121 @113 @115 @30 @32
-@127 := #8
-@130 := @82 @127 @121 @113
-@132 := @72 @115 @28
-@133 := @130 @132
-@135 := @78 @117 @30
-@145 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @67} -> {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @120) -> (hs : @126) -> @133 @135
-@147 := LexLeanPreservation.Rust.wtl_cons @0
-@151 := @11 @115 @117 @28 @30
-@155 := @93 @113 @115 @30 @32
-@167 := {c : @25} ->
-  {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @151) -> (hs : @155) -> @93 @121 @113 @132 @135
-@168 := @147 @1
-@171 := @12 @117 @28 @30
-@174 := @101 @115 @30 @32
-@184 := {A : @26} ->
-  {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @171) -> (hs : @174) -> @101 @113 @132 @135
-@185 := @168 @2
-@187 := @13 @28 @30
-@189 := @107 @30 @32
-@197 := {v : @67} ->
-  {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @187) -> (hs : @189) -> @107 @132 @135
-@198 := @185 @63
-@200 := @21 (@19 @28)
-@213 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @200 @30) -> (hs : @189) -> @107 (@72 (@21 (@19 @115)) @28) @135
-@214 := @198 @23
-@216 := @21 (@19 @30)
-@218 := @13 @216 @23
-@223 := @107 (@72 (@21 (@19 @117)) @28)
-@224 := @79 @30
-@229 := {vs : @111} -> {ts : @112} -> (h : @218) -> (hs : @189) -> @223 @224
-@230 := @214 @71
-@232 := @21 (@19 @32)
-@234 := @13 @232 @23
-@235 := @108 @32
-@237 := @72 @200 @71
-@242 := {ts : @112} -> (h : @234) -> (hs : @235) -> @107 @237 @224
-@243 := @230 @77
-@245 := @72 @216 @71
-@246 := @107 @245
-@249 := (h : @66) -> (hs : @109) -> @246 @80
-@250 := @243 @64
-@252 := @72 @232 @71
-@254 := @107 @252 @80
-@255 := (hs : @109) -> @254
-@256 := @250 @106
-@258 := @107 @74 @80
-@259 := @185 @22
-@261 := @21 (@17 @28)
-@274 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @261 @30) -> (hs : @189) -> @107 (@72 (@21 (@17 @115)) @28) @135
-@275 := @259 @23
-@277 := @21 (@17 @30)
-@289 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @277 @23) -> (hs : @189) -> @107 (@72 (@21 (@17 @117)) @28) @224
-@290 := @275 @74
-@292 := @21 (@17 @32)
-@294 := @13 @292 @23
-@295 := @246 @32
-@297 := @72 @261 @237
-@302 := {ts : @112} -> (h : @294) -> (hs : @295) -> @107 @297 @224
-@303 := @290 @80
-@305 := @72 @277 @245
-@306 := @107 @305
-@309 := (h : @62) -> (hs : @254) -> @306 @81
-@310 := @303 @60
-@312 := @72 @292 @252
-@314 := @107 @312 @81
-@315 := (hs : @258) -> @314
-@316 := @310 @256
-@318 := @107 @76 @81
-@319 := Eq.{1}
-@320 := Option.{0}
-@321 := @320 @112
-@322 := @319 @321
-@323 := LexLeanPreservation.Rust.adtFields
-@327 := @322 (@323 @113 @28 @30)
-@328 := Option.some.{0}
-@329 := @328 @112
-@330 := @329 @4
-@331 := @327 @330
-@334 := @7 @127 @121 @113
-@335 := LexLeanTarget.TargetSyntax.Value.adt
-@337 := @335 @117 @28
-@338 := @334 @337
-@339 := @8 @115
-@349 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @27} -> {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @331) -> (hf : @126) -> @338 @339
-@351 := LexLeanPreservation.Rust.wt_adt @0
-@352 := @323 @0
-@356 := @322 (@352 @28 @30) @330
-@368 := {c : @25} ->
-  {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @155) -> @11 @121 @113 @337 @339
-@369 := @351 @1
-@379 := {A : @26} ->
-  {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @174) -> @12 @113 @337 @339
-@380 := @369 @2
-@381 := @13 @337
-@388 := {i : @27} ->
-  {k : @27} -> {fs : @111} -> {tys : @112} -> (h : @356) -> (hf : @189) -> @381 @339
-@389 := @380 @9
-@390 := @352 @9
-@399 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@390 @30) @330) -> (hf : @189) -> @381 @10
-@400 := @389 @9
-@401 := @390 @9
-@402 := @322 @401
-@403 := @402 @330
-@404 := @335 @9
-@406 := @13 (@404 @28)
-@411 := {fs : @111} -> {tys : @112} -> (h : @403) -> (hf : @189) -> @406 @10
-@412 := @400 @76
-@419 := {tys : @112} -> (h : @403) -> (hf : @306 @32) -> @13 (@404 @297) @10
-@420 := @412 @81
-@421 := @329 @81
-@427 := (h : @402 @421) -> (hf : @314) -> @13 (@404 @305) @10
-@428 := Eq.refl.{1}
-@429 := @428 @321
-@431 := @420 (@429 @401)
-@435 := (hf : @318) -> @13 (@404 @312) @10
-@436 := @431 @316
-@439 := @13 (@404 @76) @10
-@440 := fun (__s : @3) => @436
-@442 := Coverage.Types.Box @27
-@444 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__enc_1 @4
-@445 := 1
-@446 := @8 @445
-@449 := (__s : @442) -> @13 @444 @446
-@451 := Coverage.Types.Box.content @27
-@452 := @451 @4
-@454 := Coverage.Types.Box.count @27
-@455 := @454 @4
-@456 := @21 @452
-@457 := @56 @452
-@459 := @13 @456 @23
-@460 := @21 @455
-@461 := @56 @455
-@463 := @13 @460 @23
-@465 := @72 @460 @71
-@467 := @72 @456 @465
-@468 := @185 @460
-@470 := @21 (@454 @28)
-@483 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @470 @30) -> (hs : @189) -> @107 (@72 (@21 (@454 @115)) @28) @135
-@484 := @468 @23
-@486 := @21 (@454 @30)
-@498 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @486 @23) -> (hs : @189) -> @107 (@72 (@21 (@454 @117)) @28) @224
-@499 := @484 @71
-@501 := @21 (@454 @32)
-@503 := @13 @501 @23
-@505 := @72 @470 @71
-@510 := {ts : @112} -> (h : @503) -> (hs : @235) -> @107 @505 @224
-@511 := @499 @77
-@513 := @72 @486 @71
-@514 := @107 @513
-@517 := (h : @463) -> (hs : @109) -> @514 @80
-@518 := @511 @461
-@520 := @72 @501 @71
-@522 := @107 @520 @80
-@523 := (hs : @109) -> @522
-@524 := @518 @106
-@526 := @107 @465 @80
-@527 := @185 @456
-@529 := @21 (@451 @28)
-@542 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @529 @30) -> (hs : @189) -> @107 (@72 (@21 (@451 @115)) @28) @135
-@543 := @527 @23
-@545 := @21 (@451 @30)
-@557 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @545 @23) -> (hs : @189) -> @107 (@72 (@21 (@451 @117)) @28) @224
-@558 := @543 @465
-@560 := @21 (@451 @32)
-@562 := @13 @560 @23
-@563 := @514 @32
-@565 := @72 @529 @505
-@570 := {ts : @112} -> (h : @562) -> (hs : @563) -> @107 @565 @224
-@571 := @558 @80
-@573 := @72 @545 @513
-@574 := @107 @573
-@577 := (h : @459) -> (hs : @522) -> @574 @81
-@578 := @571 @457
-@580 := @72 @560 @520
-@582 := @107 @580 @81
-@583 := (hs : @526) -> @582
-@584 := @578 @524
-@586 := @107 @467 @81
-@587 := @380 @445
-@588 := @352 @445
-@597 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@588 @30) @330) -> (hf : @189) -> @381 @446
-@598 := @587 @9
-@599 := @588 @9
-@600 := @322 @599
-@601 := @600 @330
-@606 := {fs : @111} -> {tys : @112} -> (h : @601) -> (hf : @189) -> @406 @446
-@607 := @598 @467
-@614 := {tys : @112} -> (h : @601) -> (hf : @574 @32) -> @13 (@404 @565) @446
-@615 := @607 @81
-@621 := (h : @600 @421) -> (hf : @582) -> @13 (@404 @573) @446
-@623 := @615 (@429 @599)
-@627 := (hf : @586) -> @13 (@404 @580) @446
-@628 := @623 @584
-@631 := @13 (@404 @467) @446
-@632 := fun (__s : @442) => @628
-@633 := Coverage.Types.Weights
-@635 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__enc_2 @4
-@636 := 2
-@637 := @8 @636
-@640 := (__s : @633) -> @13 @635 @637
-@641 := Coverage.Types.Weights.base
-@642 := @641 @4
-@643 := Coverage.Types.Weights.scale
-@644 := @643 @4
-@645 := @21 @642
-@646 := @56 @642
-@648 := @13 @645 @23
-@649 := @21 @644
-@650 := @56 @644
-@652 := @13 @649 @23
-@654 := @72 @649 @71
-@656 := @72 @645 @654
-@657 := @185 @649
-@659 := @21 (@643 @28)
-@672 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @659 @30) -> (hs : @189) -> @107 (@72 (@21 (@643 @115)) @28) @135
-@673 := @657 @23
-@675 := @21 (@643 @30)
-@687 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @675 @23) -> (hs : @189) -> @107 (@72 (@21 (@643 @117)) @28) @224
-@688 := @673 @71
-@690 := @21 (@643 @32)
-@692 := @13 @690 @23
-@694 := @72 @659 @71
-@699 := {ts : @112} -> (h : @692) -> (hs : @235) -> @107 @694 @224
-@700 := @688 @77
-@702 := @72 @675 @71
-@703 := @107 @702
-@706 := (h : @652) -> (hs : @109) -> @703 @80
-@707 := @700 @650
-@709 := @72 @690 @71
-@711 := @107 @709 @80
-@712 := (hs : @109) -> @711
-@713 := @707 @106
-@715 := @107 @654 @80
-@716 := @185 @645
-@718 := @21 (@641 @28)
-@731 := {t : @68} ->
-  {vs : @111} ->
-  {ts : @112} -> (h : @13 @718 @30) -> (hs : @189) -> @107 (@72 (@21 (@641 @115)) @28) @135
-@732 := @716 @23
-@734 := @21 (@641 @30)
-@746 := {vs : @111} ->
-  {ts : @112} -> (h : @13 @734 @23) -> (hs : @189) -> @107 (@72 (@21 (@641 @117)) @28) @224
-@747 := @732 @654
-@749 := @21 (@641 @32)
-@751 := @13 @749 @23
-@752 := @703 @32
-@754 := @72 @718 @694
-@759 := {ts : @112} -> (h : @751) -> (hs : @752) -> @107 @754 @224
-@760 := @747 @80
-@762 := @72 @734 @702
-@763 := @107 @762
-@766 := (h : @648) -> (hs : @711) -> @763 @81
-@767 := @760 @646
-@769 := @72 @749 @709
-@771 := @107 @769 @81
-@772 := (hs : @715) -> @771
-@773 := @767 @713
-@775 := @107 @656 @81
-@776 := @380 @636
-@777 := @352 @636
-@786 := {k : @27} ->
-  {fs : @111} -> {tys : @112} -> (h : @322 (@777 @30) @330) -> (hf : @189) -> @381 @637
-@787 := @776 @9
-@788 := @777 @9
-@789 := @322 @788
-@790 := @789 @330
-@795 := {fs : @111} -> {tys : @112} -> (h : @790) -> (hf : @189) -> @406 @637
-@796 := @787 @656
-@803 := {tys : @112} -> (h : @790) -> (hf : @763 @32) -> @13 (@404 @754) @637
-@804 := @796 @81
-@810 := (h : @789 @421) -> (hf : @771) -> @13 (@404 @762) @637
-@812 := @804 (@429 @788)
-@816 := (hf : @775) -> @13 (@404 @769) @637
-@817 := @812 @773
-@820 := @13 (@404 @656) @637
-@821 := fun (__s : @633) => @817
-@822 := @21 @30
-@823 := @56 @30
-@825 := @13 @822 @23
-@826 := @21 @32
-@827 := @56 @32
-@829 := @13 @826 @23
-@830 := @72 @826
-@831 := @830 @71
-@832 := @72 @822
-@833 := @832 @831
-@836 := Prod.{0, 0} @27 @67
-@839 := Prod.mk.{0, 0} @27 @67
-@840 := @839 @445
-@841 := @840 @826
-@842 := @839 @9
-@843 := @842 @822
-@844 := @69 @836
-@845 := @70 @836
-@847 := @845 @843 @844
-@849 := @845 @841 @847
-@850 := Bool.true
-@851 := LexLeanTarget.TargetSyntax.Function
-@852 := LexLeanTarget.TargetSyntax.Program.functions
-@853 := @852 @0
-@854 := @69 @27
-@855 := LexLeanTarget.TargetSyntax.Ty.unit
-@856 := LexLeanTarget.TargetSyntax.Value.unit
-@859 := LexLeanTarget.TargetSyntax.Expr.value @855 @856
-@864 := LexLeanTarget.TargetSyntax.Function.mk @854 @77 @855 @859
-@869 := List.getD.{0} @851 @853 @9 @864
-@873 := fun (__e_n : @27) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.root @4 @9
-@874 := @185 @826
-@875 := @21 @117
-@876 := @13 @875
-@877 := @876 @30
-@878 := @21 @113
-@879 := @72 @878
-@881 := @107 (@879 @28)
-@887 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @877) -> (hs : @189) -> @881 @135
-@888 := @874 @23
-@889 := @21 @28
-@891 := @13 @889 @23
-@892 := @21 @115
-@893 := @72 @892
-@900 := {vs : @111} -> {ts : @112} -> (h : @891) -> (hs : @189) -> @107 (@893 @28) @224
-@901 := @888 @71
-@902 := @72 @875
-@903 := @902 @71
-@908 := {ts : @112} -> (h : @825) -> (hs : @235) -> @107 @903 @224
-@909 := @901 @77
-@910 := @72 @889
-@911 := @910 @71
-@912 := @107 @911
-@915 := (h : @829) -> (hs : @109) -> @912 @80
-@916 := @909 @827
-@917 := @832 @71
-@919 := @107 @917 @80
-@920 := (hs : @109) -> @919
-@921 := @916 @106
-@923 := @107 @831 @80
-@924 := @185 @822
-@926 := @13 @892 @30
-@927 := @21 @121
-@928 := @72 @927
-@936 := {t : @68} -> {vs : @111} -> {ts : @112} -> (h : @926) -> (hs : @189) -> @107 (@928 @28) @135
-@937 := @924 @23
-@943 := {vs : @111} -> {ts : @112} -> (h : @876 @23) -> (hs : @189) -> @881 @224
-@944 := @937 @831
-@945 := @912 @32
-@946 := @893 @903
-@947 := @107 @946
-@951 := {ts : @112} -> (h : @891) -> (hs : @945) -> @947 @224
-@952 := @944 @80
-@953 := @902 @911
-@954 := @107 @953
-@957 := (h : @825) -> (hs : @919) -> @954 @81
-@958 := @952 @823
-@959 := @910 @917
-@960 := @107 @959
-@962 := (hs : @923) -> @960 @81
-@963 := @958 @921
-@964 := @107 @833
-@965 := @964 @81
-@966 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.denote
-@968 := @966 @30 @32
-@969 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.__fits_0
-@971 := @969 @30 @32
-@974 := Coverage.Main.records @30 @32
-@980 := LexLeanPreservation.encPair @27 @27 @21 @21 @974
-@983 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.root @30 @32
-@984 := Bool
-@985 := Ne.{1}
-@986 := LexLeanPreservation.Obs
-@987 := @985 @986
-@988 := LexLeanPreservation.Rel
-@991 := @987 (@988 @32 @4)
-@992 := LexLeanPreservation.Obs.stuck
-@995 := (f : @984) -> (v : @67) -> @991 @992
-@997 := LexLeanPreservation.Rust.rel_ne_stuck @971
-@1004 := (v : @67) -> @987 (@988 (@969 @28 @30) @4) @992
-@1005 := @997 @980
-@1009 := @987 (@988 @971 @980) @992
-@1010 := @110 @836
-@1011 := LexLeanPreservation.Rust.FunSem
-@1012 := #9
-@1018 := (n : @27) -> @1011 @1012 @127 @121 @4 @113
-@1019 := @320 @851
-@1020 := @319 @1019
-@1027 := LexLeanRuntime.index (@110 @851) @851 (LexLeanRuntime.instIndexableList @851)
-@1031 := @1020 (@1027 (@852 @1012) @113)
-@1032 := @328 @851
-@1033 := @1032 @115
-@1034 := @1031 @1033
-@1035 := #10
-@1039 := @82 @1035 @1012 @127 @115
-@1040 := LexLeanTarget.TargetSyntax.Function.types
-@1041 := @1040 @113
-@1042 := @1039 @1041
-@1043 := @320 @1010
-@1044 := @319 @1043
-@1045 := LexLeanTarget.TargetSemantics.bindAll
-@1046 := LexLeanTarget.TargetSyntax.Function.parameters
-@1051 := @1044 (@1045 (@1046 @121) @113 @844)
-@1052 := @328 @1010
-@1053 := @1052 @115
-@1054 := @1051 @1053
-@1055 := @320 @984
-@1056 := @319 @1055
-@1057 := LexLeanPreservation.Rust.fnFallible
-@1058 := #11
-@1061 := @1056 (@1057 @1058 @1012)
-@1062 := @328 @984
-@1063 := @1062 @115
-@1064 := @1061 @1063
-@1065 := LexLeanPreservation.RunConv
-@1066 := #13
-@1070 := @1065 @1066 @1035 @127 @115
-@1072 := @987 @113 @992
-@1073 := Exists.{1}
-@1074 := LexLeanPreservation.Rust.ROut
-@1075 := @1073 @1074
-@1076 := And
-@1077 := LexLeanPreservation.Rust.RealizesFn
-@1081 := @1076 (@1077 @1012 @127 @4)
-@1082 := LexLeanPreservation.Rust.RCI
-@1084 := @1082 #15
-@1085 := LexLeanPreservation.Rust.fnIdent
-@1086 := @1085 @1066
-@1093 := (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1084 @1086 @1058 @4))
-@1108 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1018) ->
-  (hfn : @1034) -> (hwt : @1042) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1070) -> @1093
-@1110 := LexLeanPreservation.Rust.compose @0
-@1111 := @1011 @0
-@1116 := (n : @27) -> @1111 @127 @121 @4 @113
-@1117 := @1027 @853
-@1120 := @1020 (@1117 @113) @1033
-@1124 := @93 @1012 @127 @115 @1041
-@1125 := @1065 @0
-@1128 := @1125 @1035 @127 @115
-@1142 := {c : @25} ->
-  {A : @26} ->
-  {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1116) ->
-  (hfn : @1120) -> (hwt : @1124) -> (hbind : @1054) -> (hF : @1064) -> (hA : @1128) -> @1093
-@1143 := @1110 @1
-@1144 := @1111 @1
-@1148 := (n : @27) -> @1144 @121 @4 @113
-@1151 := @101 @127 @115 @1041
-@1152 := @1057 @1
-@1155 := @1056 (@1152 @1012) @1063
-@1156 := @1082 @1
-@1166 := (hbind : @1054) ->
-  (hF : @1155) ->
-  (hA : @1128) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1156 @1086 @1058 @4))
-@1176 := {A : @26} ->
-  {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} -> {o : @986} -> (hB : @1148) -> (hfn : @1120) -> (hwt : @1151) -> @1166
-@1177 := @1143 @2
-@1179 := @1144 @2 @4
-@1181 := (n : @27) -> @1179 @113
-@1182 := @107 @115
-@1183 := @1182 @1041
-@1192 := {f : @27} ->
-  {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} -> {o : @986} -> (hB : @1181) -> (hfn : @1120) -> (hwt : @1183) -> @1166
-@1193 := @1177 @9
-@1195 := (n : @27) -> @1179 @9
-@1196 := @1117 @9
-@1197 := @1020 @1196
-@1198 := @1197 @1033
-@1199 := @1152 @9
-@1200 := @1056 @1199
-@1201 := @1200 @1063
-@1202 := @1125 @9
-@1204 := @1202 @127 @115
-@1206 := @1156 (@1085 @9)
-@1214 := (hF : @1201) ->
-  (hA : @1204) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 @1058 @4))
-@1223 := {fn : @851} ->
-  {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} -> (hB : @1195) -> (hfn : @1198) -> (hwt : @1183) -> (hbind : @1054) -> @1214
-@1224 := @1193 @869
-@1226 := @1197 (@1032 @869)
-@1227 := @1040 @869
-@1228 := @1182 @1227
-@1230 := @1045 (@1046 @869)
-@1242 := {args : @111} ->
-  {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1195) -> (hfn : @1226) -> (hwt : @1228) -> (hbind : @1044 (@1230 @113 @844) @1053) -> @1214
-@1243 := @1224 @833
-@1245 := @928 (@879 @71)
-@1247 := @107 @1245 @1227
-@1249 := @72 (@21 @127)
-@1251 := @1249 (@928 @71)
-@1255 := @1044 (@1230 @1251 @844) @1053
-@1257 := @72 (@21 @1035)
-@1259 := @72 (@21 @1012)
-@1261 := @1257 (@1259 @71)
-@1263 := @1202 @1261 @115
-@1265 := @72 (@21 @1066)
-@1268 := @72 (@21 #12)
-@1285 := {env : @1010} ->
-  {F : @984} ->
-  {o : @986} ->
-  (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1247) ->
-  (hbind : @1255) ->
-  (hF : @1201) ->
-  (hA : @1263) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1265 (@1268 @71)) @4))
-@1286 := @1243 @849
-@1288 := @879 (@893 @71)
-@1290 := @107 @1288 @1227
-@1301 := @1044 (@1230 @1245 @844) (@1052 (@845 (@840 @878) (@845 (@842 @927) @844)))
-@1303 := @1259 (@1249 @71)
-@1305 := @1202 @1303 @115
-@1307 := @72 (@21 @1058)
-@1323 := {F : @984} ->
-  {o : @986} ->
-  (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1290) ->
-  (hbind : @1301) ->
-  (hF : @1201) ->
-  (hA : @1305) -> (hne : @1072) -> @1075 (fun (ro : @1074) => @1081 (@1206 (@1268 (@1307 @71)) @4))
-@1324 := @1286 @850
-@1325 := @947 @1227
-@1336 := @1044 (@1230 @1288 @844) (@1052 (@845 (@840 @892) (@845 (@842 @878) @844)))
-@1338 := @1200 (@1062 @850)
-@1340 := @1202 @1251 @115
-@1341 := @1077 @850
-@1359 := {o : @986} ->
-  (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1325) ->
-  (hbind : @1336) ->
-  (hF : @1338) ->
-  (hA : @1340) ->
-  (hne : @1072) -> @1075 (fun (ro : @1074) => @1076 (@1341 @127 @4) (@1206 (@1307 (@1257 @71)) @4))
-@1360 := @1324 @968
-@1361 := @954 @1227
-@1372 := @1044 (@1230 @946 @844) (@1052 (@845 (@840 @875) (@845 (@842 @892) @844)))
-@1373 := @1202 @1245
-@1375 := @966 @121 @113
-@1376 := @1373 @1375
-@1378 := @966 @127 @121
-@1397 := (hB : @1195) ->
-  (hfn : @1226) ->
-  (hwt : @1361) ->
-  (hbind : @1372) ->
-  (hF : @1338) ->
-  (hA : @1376) ->
-  (hne : @987 @1378 @992) ->
-  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1035 @1012) @4) (@1206 @1261 @4))
-@1398 := @1360 @873
-@1399 := @960 @1227
-@1410 := @1044 (@1230 @953 @844) (@1052 (@845 (@840 @889) (@845 (@842 @875) @844)))
-@1411 := @1202 @1288
-@1413 := @966 @113 @115
-@1432 := (hfn : @1226) ->
-  (hwt : @1399) ->
-  (hbind : @1410) ->
-  (hF : @1338) ->
-  (hA : @1411 @1413) ->
-  (hne : @987 @1375 @992) ->
-  @1075 (fun (ro : @1074) => @1076 (@1341 (@966 @1012 @127) @4) (@1206 @1303 @4))
-@1435 := @1398 (@428 @1019 @1196)
-@1436 := @964 @1227
-@1447 := @1044 (@1230 @959 @844) (@1052 (@845 (@840 @822) (@845 (@842 @889) @844)))
-@1448 := @1202 @946
-@1450 := @966 @115 @117
-@1466 := (hwt : @1436) ->
-  (hbind : @1447) ->
-  (hF : @1338) ->
-  (hA : @1448 @1450) ->
-  (hne : @987 @1413 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1378 @4) (@1206 @1251 @4))
-@1467 := @1435 @963
-@1469 := @1230 @833 @844
-@1472 := @1044 @1469 (@1052 @849)
-@1473 := @1202 @953
-@1475 := @966 @117 @28
-@1490 := (hbind : @1472) ->
-  (hF : @1338) ->
-  (hA : @1473 @1475) ->
-  (hne : @987 @1450 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1375 @4) (@1206 @1245 @4))
-@1493 := @1467 (@428 @1043 @1469)
-@1494 := @1202 @959
-@1496 := @966 @28 @30
-@1510 := (hF : @1338) ->
-  (hA : @1494 @1496) ->
-  (hne : @987 @1475 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1413 @4) (@1206 @1288 @4))
-@1513 := @1493 (@428 @1055 @1199)
-@1527 := (hA : @1202 @833 @968) ->
-  (hne : @987 @1496 @992) -> @1075 (fun (ro : @1074) => @1076 (@1341 @1450 @4) (@1206 @946 @4))
-@1528 := @1513 @983
-@1539 := (hne : @987 @968 @992) ->
-  @1075 (fun (ro : @1074) => @1076 (@1341 @1475 @4) (@1206 @953 @4))
-@1540 := @1528 @1005
-@1546 := @1076 (@1341 @1496 @4) (@1206 @959 @4)
-@1548 := @1075 (fun (ro : @1074) => @1546)
-@1550 := @1075 (fun (__e_ro : @1074) => @1546)
-@1555 := LexLeanPreservation.Rust.RepresentableL (@830 (@72 @34 @71))
-@1556 := (__e_hrep : @1555) -> @1550
-@1557 := fun (__e_hrep : @1555) => @1540
-@1558 := (b : @27) -> @1556
-@1559 := fun (b : @27) => @1557
-@1560 := (a : @27) -> @1558
-@1561 := fun (a : @27) => @1559
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustCore.lean
deleted file mode 100644
index 8cf80391f..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustCore.lean
+++ /dev/null
@@ -1,54 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat]] },
-    { constructors := [[.nat, .nat]] },
-    { constructors := [[.nat, .nat]] }], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.«let» 2 (.adt 0) (.build (.adt 0) (.adt 0) [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.field (.var 2) 0), (.field (.call 1 []) 1)]), (.call 2 [(.build (.adt 0) (.adt 1) [(.field (.var 2) 1), (.value .nat (.nat 1))])])])) },
-    { parameters := [], types := [], result := (.adt 2),
-      body := (.build (.adt 0) (.adt 2) [(.value .nat (.nat 2)), (.value .nat (.nat 3))]) },
-    { parameters := [0], types := [(.adt 1)], result := .nat,
-      body := (.field (.var 0) 0) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
-    (.enum (.adt 1) [{ number := 0, fields := [.nat, .nat] }]),
-    (.enum (.adt 2) [{ number := 0, fields := [.nat, .nat] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))))),
-    (.function (.generated .function 1) [] (.adt 2) (.mk [] (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 1))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))]) (tail := (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))])) (Corr.fieldHeld (ts := [.nat, .nat]) (rd := (.move (.generated .part 2))) (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]), [], rfl, rfl,
-    (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 7))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustStd.lean
deleted file mode 100644
index 969183c8d..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustStd.lean
+++ /dev/null
@@ -1,54 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat]] },
-    { constructors := [[.nat, .nat]] },
-    { constructors := [[.nat, .nat]] }], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat .nat),
-      body := (.«let» 2 (.adt 0) (.build (.adt 0) (.adt 0) [(.var 0), (.var 1)]) (.build .pair (.pair .nat .nat) [(.prim .natAdd [(.field (.var 2) 0), (.field (.call 1 []) 1)]), (.call 2 [(.build (.adt 0) (.adt 1) [(.field (.var 2) 1), (.value .nat (.nat 1))])])])) },
-    { parameters := [], types := [], result := (.adt 2),
-      body := (.build (.adt 0) (.adt 2) [(.value .nat (.nat 2)), (.value .nat (.nat 3))]) },
-    { parameters := [0], types := [(.adt 1)], result := .nat,
-      body := (.field (.var 0) 0) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat, .nat] }]),
-    (.enum (.adt 1) [{ number := 0, fields := [.nat, .nat] }]),
-    (.enum (.adt 2) [{ number := 0, fields := [.nat, .nat] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))))),
-    (.function (.generated .function 1) [] (.adt 2) (.mk [] (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .nat (.mk [] (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some (.adt 0)) (.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))]))], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))) (.call (.function 2) [(.construct (.adt 1 0) [(.matchOn (.move (.generated .binding 2)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 6))]) (.mk [] (.move (.generated .part 6))))]), (.lit (.nat 1))])] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.matchOn (.clone (.generated .binding 2)) [(.mk (.adt 0 0 [(.bind (.generated .part 1)), .wild]) (.mk [] (.move (.generated .part 1))))])), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))] (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))]))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 1))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 3)) none (.call (.function 1) [] false))]) (tail := (.matchOn (.move (.generated .holder 3)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 2))]) (.mk [] (.move (.generated .part 2))))])) (Corr.fieldHeld (ts := [.nat, .nat]) (rd := (.move (.generated .part 2))) (Corr.eOfBNil (Corr.callOps (ts := []) (Corr.opsNil) rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 2 0) [(.lit (.nat 2)), (.lit (.nat 3))]), [], rfl, rfl,
-    (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 7)), .wild]) (.mk [] (.move (.generated .part 7))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.fieldRead (ts := [.nat, .nat]) (rd := (.move (.generated .part 7))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustCore.lex.tex
deleted file mode 100644
index a86d02c03..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,615 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.root : @1260 := @1261 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.flags
-@3 := Nat
-@4 := Option.{0}
-@5 := @4 @3
-@6 := #2
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encOption
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.option
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := #3
-@22 := @19 @20 @6
-@23 := #1
-@24 := @22 @23
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@36 := @34 @6 @23
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@44 := @43 @23
-@48 := {A : @18} -> (n : @3) -> @44 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @6 @15
-@69 := (x : @6) -> @65 @66 @23
-@70 := @4 @20
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @20 @15
-@78 := @74 @77
-@79 := @13 @6
-@88 := {p : @16} ->
-  {c : @17} -> {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (o : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encOption @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (o : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (o : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @23
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (o : @70) -> @50 @77 @79
-@132 := @121 @3
-@133 := (a._@._internal._hyg.#0 : @3) -> @57
-@142 := {e : @133} -> {t : @59} -> (h : (x : @3) -> @123) -> (o : @5) -> @50 (@9 @20 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @23
-@147 := @50 (@10 @15)
-@151 := {t : @59} -> (h : @145) -> (o : @5) -> @147 @79
-@152 := @143 @12
-@153 := (x : @3) -> @52
-@156 := (h : @153) -> (o : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := Bool
-@162 := Except.{0, 0}
-@163 := @162 @161
-@164 := @163 @3
-@165 := LexLeanTarget.TargetSyntax.Value.bool
-@166 := LexLeanPreservation.encExcept
-@167 := @166 @161
-@168 := @167 @3
-@169 := @168 @165
-@170 := @169 @7
-@171 := @170 @23
-@172 := LexLeanTarget.TargetSyntax.Ty.bool
-@173 := LexLeanTarget.TargetSyntax.Ty.result
-@174 := @173 @12
-@175 := @174 @172
-@176 := @165 @15
-@182 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @161) -> @24 @176 @172
-@184 := LexLeanPreservation.Rust.wt_bool @0
-@189 := {c : @17} -> {A : @18} -> (b : @161) -> @36 @176 @172
-@190 := @184 @1
-@194 := {A : @18} -> (b : @161) -> @44 @176 @172
-@195 := @190 @2
-@196 := @50 @176
-@197 := @196 @172
-@198 := (b : @161) -> @197
-@200 := fun (__x : @161) => @195 @15
-@201 := (a._@._internal._hyg.#0 : @23) -> @57
-@202 := #9
-@203 := @19 @202
-@204 := #8
-@206 := @203 @204 @71
-@207 := @64 @15
-@210 := (x : @62) -> @206 @207 @23
-@211 := #10
-@217 := (x : @62) -> @19 @211 @202 @204 @207 @20
-@219 := @162 @71 @60
-@220 := #11
-@223 := @19 @220 @211 @202
-@228 := @166 @204 @71 @60 @62 @15
-@229 := @223 @228
-@231 := @173 @64 @20
-@244 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @210) -> (ha : @217) -> (x : @219) -> @229 @231
-@246 := LexLeanPreservation.Rust.wt_encExcept @0
-@271 := {c : @17} ->
-  {A : @18} ->
-  {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} ->
-  {s : @59} ->
-  {t : @59} ->
-  (he : (x : @62) -> @34 @204 @71 @207 @23) ->
-  (ha : (x : @62) -> @34 @202 @204 @207 @20) -> (x : @219) -> @34 @211 @202 @228 @231
-@272 := @246 @1
-@293 := {A : @18} ->
-  {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} ->
-  {s : @59} ->
-  {t : @59} ->
-  (he : (x : @62) -> @43 @71 @207 @23) ->
-  (ha : (x : @62) -> @43 @204 @207 @20) -> (x : @219) -> @43 @202 @228 @231
-@294 := @272 @2
-@295 := @50 @207
-@296 := @295 @23
-@297 := (x : @62) -> @296
-@298 := @295 @20
-@299 := (x : @62) -> @298
-@310 := {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @297) -> (ha : @299) -> (x : @219) -> @50 @228 @231
-@311 := @294 @161
-@312 := (a._@._internal._hyg.#0 : @161) -> @57
-@313 := (x : @161) -> @296
-@328 := {α : @56} ->
-  {ee : @312} ->
-  {ea : @201} ->
-  {s : @59} ->
-  {t : @59} -> (he : @313) -> (ha : @299) -> (x : @163 @60) -> @50 (@167 @71 @60 @62 @15) @231
-@329 := @311 @3
-@330 := (x : @3) -> @298
-@342 := {ee : @312} ->
-  {ea : @133} ->
-  {s : @59} -> {t : @59} -> (he : @313) -> (ha : @330) -> (x : @164) -> @50 (@168 @60 @62 @15) @231
-@343 := @329 @165
-@345 := (x : @161) -> @196 @23
-@355 := {ea : @133} ->
-  {s : @59} -> {t : @59} -> (he : @345) -> (ha : @330) -> (x : @164) -> @50 (@169 @62 @15) @231
-@356 := @343 @7
-@358 := (x : @3) -> @51 @20
-@359 := @170 @15
-@360 := @50 @359
-@366 := {s : @59} -> {t : @59} -> (he : @345) -> (ha : @358) -> (x : @164) -> @360 @231
-@367 := @356 @12
-@373 := {t : @59} -> (he : @345) -> (ha : @153) -> (x : @164) -> @360 (@174 @20)
-@374 := @367 @172
-@379 := (he : (x : @161) -> @197) -> (ha : @153) -> (x : @164) -> @360 @175
-@382 := @374 @200 @55 @23
-@384 := @50 @171 @175
-@385 := List.nil.{0}
-@386 := List.cons.{0}
-@387 := @385 @57
-@388 := @386 @57
-@390 := @388 @171 @387
-@392 := @388 @11 @390
-@395 := Prod.{0, 0} @3 @57
-@396 := 1
-@399 := Prod.mk.{0, 0} @3 @57
-@400 := @399 @396
-@401 := @400 @171
-@402 := 0
-@403 := @399 @402
-@404 := @403 @11
-@405 := @385 @395
-@406 := @386 @395
-@408 := @406 @404 @405
-@410 := @406 @401 @408
-@411 := Bool.true
-@412 := LexLeanTarget.TargetSyntax.Function
-@413 := LexLeanTarget.TargetSyntax.Program.functions
-@414 := @413 @0
-@415 := @385 @3
-@416 := @385 @59
-@417 := LexLeanTarget.TargetSyntax.Ty.unit
-@418 := LexLeanTarget.TargetSyntax.Value.unit
-@421 := LexLeanTarget.TargetSyntax.Expr.value @417 @418
-@426 := LexLeanTarget.TargetSyntax.Function.mk @415 @416 @417 @421
-@431 := List.getD.{0} @412 @414 @402 @426
-@435 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.root @15 @402
-@436 := LexLeanPreservation.Rust.WTL
-@444 := {p : @16} -> {c : @17} -> {A : @18} -> @436 @6 @23 @15 @387 @416
-@446 := LexLeanPreservation.Rust.wtl_nil @0
-@447 := @436 @0
-@453 := {c : @17} -> {A : @18} -> @447 @23 @15 @387 @416
-@454 := @446 @1
-@455 := @447 @1
-@459 := {A : @18} -> @455 @15 @387 @416
-@460 := @454 @2
-@461 := @455 @2
-@462 := @461 @387
-@463 := @462 @416
-@464 := List.{0}
-@465 := @464 @57
-@466 := @464 @59
-@468 := @65 @20 @6
-@473 := @436 @71 @60 @62 @6 @23
-@476 := @436 @204 @71 @60
-@478 := @388 @62 @20
-@479 := @476 @478
-@480 := @386 @59
-@482 := @480 @64 @6
-@492 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @468) -> (hs : @473) -> @479 @482
-@494 := LexLeanPreservation.Rust.wtl_cons @0
-@512 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @465} ->
-  {ts : @466} -> (h : @92 @20 @6) -> (hs : @447 @60 @62 @6 @23) -> @447 @71 @60 @478 @482
-@513 := @494 @1
-@528 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @465} -> {ts : @466} -> (h : @108 @20 @6) -> (hs : @455 @62 @6 @23) -> @455 @60 @478 @482
-@529 := @513 @2
-@531 := @50 @20 @6
-@533 := @461 @6 @23
-@541 := {v : @57} ->
-  {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @531) -> (hs : @533) -> @461 @478 @482
-@542 := @529 @171
-@543 := @170 @64
-@545 := @50 @543 @6
-@546 := @170 @60
-@547 := @388 @546
-@555 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @545) -> (hs : @533) -> @461 (@547 @20) @482
-@556 := @542 @175
-@557 := @170 @20
-@559 := @50 @557 @175
-@560 := @170 @62
-@561 := @388 @560
-@563 := @461 (@561 @20)
-@564 := @480 @175
-@565 := @564 @6
-@570 := {vs : @465} -> {ts : @466} -> (h : @559) -> (hs : @533) -> @563 @565
-@571 := @556 @387
-@572 := @170 @6
-@574 := @50 @572 @175
-@575 := @462 @23
-@577 := @388 @543 @387
-@582 := {ts : @466} -> (h : @574) -> (hs : @575) -> @461 @577 @565
-@583 := @571 @416
-@585 := @388 @557 @387
-@586 := @461 @585
-@587 := @564 @416
-@590 := (h : @384) -> (hs : @463) -> @586 @587
-@591 := @583 @382
-@593 := @388 @572 @387
-@595 := @461 @593 @587
-@596 := (hs : @463) -> @595
-@597 := @591 @460
-@599 := @461 @390 @587
-@600 := @529 @11
-@601 := @10 @62
-@603 := @50 @601 @6
-@604 := @10 @71
-@605 := @388 @604
-@613 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @603) -> (hs : @533) -> @461 (@605 @20) @482
-@614 := @600 @14
-@615 := @10 @64
-@617 := @50 @615 @14
-@618 := @10 @60
-@619 := @388 @618
-@621 := @461 (@619 @20)
-@622 := @480 @14
-@623 := @622 @6
-@628 := {vs : @465} -> {ts : @466} -> (h : @617) -> (hs : @533) -> @621 @623
-@629 := @614 @390
-@630 := @10 @20
-@632 := @50 @630 @14
-@633 := @586 @23
-@635 := @388 @601 @577
-@636 := @461 @635
-@640 := {ts : @466} -> (h : @632) -> (hs : @633) -> @636 @623
-@641 := @629 @587
-@643 := @388 @615 @585
-@644 := @461 @643
-@645 := @622 @587
-@648 := (h : @160) -> (hs : @595) -> @644 @645
-@649 := @641 @158
-@651 := @388 @630 @593
-@652 := @461 @651
-@654 := (hs : @599) -> @652 @645
-@655 := @649 @597
-@656 := @461 @392
-@657 := @656 @645
-@658 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.denote
-@660 := @658 @6 @23
-@661 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.__fits_0
-@663 := @661 @6 @23
-@667 := @7 (Coverage.Main.options @6 @23)
-@670 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.root @6 @23
-@671 := Ne.{1}
-@672 := LexLeanPreservation.Obs
-@673 := @671 @672
-@674 := LexLeanPreservation.Rel
-@677 := @673 (@674 @23 @15)
-@678 := LexLeanPreservation.Obs.stuck
-@681 := (f : @161) -> (v : @57) -> @677 @678
-@683 := LexLeanPreservation.Rust.rel_ne_stuck @663
-@690 := (v : @57) -> @673 (@674 (@661 @20 @6) @15) @678
-@691 := @683 @667
-@695 := @673 (@674 @663 @667) @678
-@696 := @464 @395
-@697 := LexLeanPreservation.Rust.FunSem
-@703 := (n : @3) -> @697 @202 @204 @71 @15 @60
-@704 := Eq.{1}
-@705 := @4 @412
-@706 := @704 @705
-@713 := LexLeanRuntime.index (@464 @412) @412 (LexLeanRuntime.instIndexableList @412)
-@717 := @706 (@713 (@413 @202) @60)
-@718 := Option.some.{0}
-@719 := @718 @412
-@720 := @719 @62
-@721 := @717 @720
-@725 := @436 @211 @202 @204 @62
-@726 := LexLeanTarget.TargetSyntax.Function.types
-@727 := @726 @60
-@728 := @725 @727
-@729 := @4 @696
-@730 := @704 @729
-@731 := LexLeanTarget.TargetSemantics.bindAll
-@732 := LexLeanTarget.TargetSyntax.Function.parameters
-@737 := @730 (@731 (@732 @71) @60 @405)
-@738 := @718 @696
-@739 := @738 @62
-@740 := @737 @739
-@741 := @4 @161
-@742 := @704 @741
-@743 := LexLeanPreservation.Rust.fnFallible
-@746 := @742 (@743 @220 @202)
-@747 := @718 @161
-@748 := @747 @62
-@749 := @746 @748
-@750 := LexLeanPreservation.RunConv
-@751 := #13
-@755 := @750 @751 @211 @204 @62
-@757 := @673 @60 @678
-@758 := Exists.{1}
-@759 := LexLeanPreservation.Rust.ROut
-@760 := @758 @759
-@761 := And
-@762 := LexLeanPreservation.Rust.RealizesFn
-@766 := @761 (@762 @202 @204 @15)
-@767 := LexLeanPreservation.Rust.RCI
-@769 := @767 #15
-@770 := LexLeanPreservation.Rust.fnIdent
-@771 := @770 @751
-@778 := (hne : @757) -> @760 (fun (ro : @759) => @766 (@769 @771 @220 @15))
-@793 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @703) ->
-  (hfn : @721) -> (hwt : @728) -> (hbind : @740) -> (hF : @749) -> (hA : @755) -> @778
-@795 := LexLeanPreservation.Rust.compose @0
-@796 := @697 @0
-@801 := (n : @3) -> @796 @204 @71 @15 @60
-@802 := @713 @414
-@805 := @706 (@802 @60) @720
-@809 := @447 @202 @204 @62 @727
-@810 := @750 @0
-@813 := @810 @211 @204 @62
-@827 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @801) ->
-  (hfn : @805) -> (hwt : @809) -> (hbind : @740) -> (hF : @749) -> (hA : @813) -> @778
-@828 := @795 @1
-@829 := @796 @1
-@833 := (n : @3) -> @829 @71 @15 @60
-@836 := @455 @204 @62 @727
-@837 := @743 @1
-@840 := @742 (@837 @202) @748
-@841 := @767 @1
-@851 := (hbind : @740) ->
-  (hF : @840) -> (hA : @813) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@841 @771 @220 @15))
-@861 := {A : @18} ->
-  {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @833) -> (hfn : @805) -> (hwt : @836) -> @851
-@862 := @828 @2
-@864 := @829 @2 @15
-@866 := (n : @3) -> @864 @60
-@867 := @461 @62
-@868 := @867 @727
-@877 := {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @866) -> (hfn : @805) -> (hwt : @868) -> @851
-@878 := @862 @402
-@880 := (n : @3) -> @864 @402
-@881 := @802 @402
-@882 := @706 @881
-@883 := @882 @720
-@884 := @837 @402
-@885 := @742 @884
-@886 := @885 @748
-@887 := @810 @402
-@889 := @887 @204 @62
-@891 := @841 (@770 @402)
-@899 := (hF : @886) -> (hA : @889) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 @220 @15))
-@908 := {fn : @412} ->
-  {args : @465} ->
-  {env : @696} ->
-  {F : @161} -> {o : @672} -> (hB : @880) -> (hfn : @883) -> (hwt : @868) -> (hbind : @740) -> @899
-@909 := @878 @431
-@911 := @882 (@719 @431)
-@912 := @726 @431
-@913 := @867 @912
-@915 := @731 (@732 @431)
-@927 := {args : @465} ->
-  {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @880) -> (hfn : @911) -> (hwt : @913) -> (hbind : @730 (@915 @60 @405) @739) -> @899
-@928 := @909 @392
-@930 := @605 (@547 @387)
-@932 := @461 @930 @912
-@938 := @388 (@10 @204) (@388 (@170 @71) @387)
-@942 := @730 (@915 @938 @405) @739
-@948 := @388 (@10 @211) (@388 (@170 @202) @387)
-@950 := @887 @948 @62
-@952 := @388 (@10 @751)
-@953 := #12
-@972 := {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @932) ->
-  (hbind : @942) ->
-  (hF : @886) ->
-  (hA : @950) ->
-  (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 (@952 (@388 (@170 @953) @387)) @15))
-@973 := @928 @410
-@975 := @619 (@561 @387)
-@977 := @461 @975 @912
-@988 := @730 (@915 @930 @405) (@738 (@406 (@400 @546) (@406 (@403 @604) @405)))
-@994 := @388 (@10 @202) (@388 (@170 @204) @387)
-@1016 := {F : @161} ->
-  {o : @672} ->
-  (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @977) ->
-  (hbind : @988) ->
-  (hF : @886) ->
-  (hA : @887 @994 @62) ->
-  (hne : @757) ->
-  @760 (fun (ro : @759) => @766 (@891 (@388 (@10 @953) (@388 (@170 @220) @387)) @15))
-@1017 := @973 @411
-@1018 := @636 @912
-@1029 := @730 (@915 @975 @405) (@738 (@406 (@400 @560) (@406 (@403 @618) @405)))
-@1031 := @885 (@747 @411)
-@1033 := @887 @938 @62
-@1034 := @762 @411
-@1056 := {o : @672} ->
-  (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @1018) ->
-  (hbind : @1029) ->
-  (hF : @1031) ->
-  (hA : @1033) ->
-  (hne : @757) ->
-  @760
-    (fun (ro : @759) => @761 (@1034 @204 @15) (@891 (@388 (@10 @220) (@388 (@170 @211) @387)) @15))
-@1057 := @1017 @660
-@1058 := @644 @912
-@1069 := @730 (@915 @635 @405) (@738 (@406 (@400 @543) (@406 (@403 @601) @405)))
-@1070 := @887 @930
-@1072 := @658 @71 @60
-@1073 := @1070 @1072
-@1075 := @658 @204 @71
-@1094 := (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @1058) ->
-  (hbind : @1069) ->
-  (hF : @1031) ->
-  (hA : @1073) ->
-  (hne : @673 @1075 @678) ->
-  @760 (fun (ro : @759) => @761 (@1034 (@658 @211 @202) @15) (@891 @948 @15))
-@1095 := @1057 @435
-@1096 := @652 @912
-@1107 := @730 (@915 @643 @405) (@738 (@406 (@400 @557) (@406 (@403 @615) @405)))
-@1108 := @887 @975
-@1110 := @658 @60 @62
-@1129 := (hfn : @911) ->
-  (hwt : @1096) ->
-  (hbind : @1107) ->
-  (hF : @1031) ->
-  (hA : @1108 @1110) ->
-  (hne : @673 @1072 @678) ->
-  @760 (fun (ro : @759) => @761 (@1034 (@658 @202 @204) @15) (@891 @994 @15))
-@1130 := Eq.refl.{1}
-@1133 := @1095 (@1130 @705 @881)
-@1134 := @656 @912
-@1145 := @730 (@915 @651 @405) (@738 (@406 (@400 @572) (@406 (@403 @630) @405)))
-@1146 := @887 @635
-@1148 := @658 @62 @64
-@1164 := (hwt : @1134) ->
-  (hbind : @1145) ->
-  (hF : @1031) ->
-  (hA : @1146 @1148) ->
-  (hne : @673 @1110 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1075 @15) (@891 @938 @15))
-@1165 := @1133 @655
-@1167 := @915 @392 @405
-@1170 := @730 @1167 (@738 @410)
-@1171 := @887 @643
-@1173 := @658 @64 @20
-@1188 := (hbind : @1170) ->
-  (hF : @1031) ->
-  (hA : @1171 @1173) ->
-  (hne : @673 @1148 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1072 @15) (@891 @930 @15))
-@1191 := @1165 (@1130 @729 @1167)
-@1192 := @887 @651
-@1194 := @658 @20 @6
-@1208 := (hF : @1031) ->
-  (hA : @1192 @1194) ->
-  (hne : @673 @1173 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1110 @15) (@891 @975 @15))
-@1211 := @1191 (@1130 @741 @884)
-@1225 := (hA : @887 @392 @660) ->
-  (hne : @673 @1194 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1148 @15) (@891 @635 @15))
-@1226 := @1211 @670
-@1237 := (hne : @673 @660 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1173 @15) (@891 @643 @15))
-@1238 := @1226 @691
-@1244 := @761 (@1034 @1194 @15) (@891 @651 @15)
-@1246 := @760 (fun (ro : @759) => @1244)
-@1248 := @760 (fun (__e_ro : @759) => @1244)
-@1249 := LexLeanPreservation.Rust.RepresentableL
-@1250 := @10 @23
-@1252 := @388 @359 @387
-@1255 := @1249 (@388 @1250 @1252)
-@1256 := (__e_hrep : @1255) -> @1248
-@1257 := fun (__e_hrep : @1255) => @1238
-@1258 := (r : @164) -> @1256
-@1259 := fun (r : @164) => @1257
-@1260 := (v : @5) -> @1258
-@1261 := fun (v : @5) => @1259
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustStd.lex.tex
deleted file mode 100644
index 13d3fa35f..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,615 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.root : @1260 := @1261 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.flags
-@3 := Nat
-@4 := Option.{0}
-@5 := @4 @3
-@6 := #2
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encOption
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.option
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := #3
-@22 := @19 @20 @6
-@23 := #1
-@24 := @22 @23
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@36 := @34 @6 @23
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@44 := @43 @23
-@48 := {A : @18} -> (n : @3) -> @44 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @6 @15
-@69 := (x : @6) -> @65 @66 @23
-@70 := @4 @20
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @20 @15
-@78 := @74 @77
-@79 := @13 @6
-@88 := {p : @16} ->
-  {c : @17} -> {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (o : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encOption @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (o : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (o : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @23
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (o : @70) -> @50 @77 @79
-@132 := @121 @3
-@133 := (a._@._internal._hyg.#0 : @3) -> @57
-@142 := {e : @133} -> {t : @59} -> (h : (x : @3) -> @123) -> (o : @5) -> @50 (@9 @20 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @23
-@147 := @50 (@10 @15)
-@151 := {t : @59} -> (h : @145) -> (o : @5) -> @147 @79
-@152 := @143 @12
-@153 := (x : @3) -> @52
-@156 := (h : @153) -> (o : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := Bool
-@162 := Except.{0, 0}
-@163 := @162 @161
-@164 := @163 @3
-@165 := LexLeanTarget.TargetSyntax.Value.bool
-@166 := LexLeanPreservation.encExcept
-@167 := @166 @161
-@168 := @167 @3
-@169 := @168 @165
-@170 := @169 @7
-@171 := @170 @23
-@172 := LexLeanTarget.TargetSyntax.Ty.bool
-@173 := LexLeanTarget.TargetSyntax.Ty.result
-@174 := @173 @12
-@175 := @174 @172
-@176 := @165 @15
-@182 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @161) -> @24 @176 @172
-@184 := LexLeanPreservation.Rust.wt_bool @0
-@189 := {c : @17} -> {A : @18} -> (b : @161) -> @36 @176 @172
-@190 := @184 @1
-@194 := {A : @18} -> (b : @161) -> @44 @176 @172
-@195 := @190 @2
-@196 := @50 @176
-@197 := @196 @172
-@198 := (b : @161) -> @197
-@200 := fun (__x : @161) => @195 @15
-@201 := (a._@._internal._hyg.#0 : @23) -> @57
-@202 := #9
-@203 := @19 @202
-@204 := #8
-@206 := @203 @204 @71
-@207 := @64 @15
-@210 := (x : @62) -> @206 @207 @23
-@211 := #10
-@217 := (x : @62) -> @19 @211 @202 @204 @207 @20
-@219 := @162 @71 @60
-@220 := #11
-@223 := @19 @220 @211 @202
-@228 := @166 @204 @71 @60 @62 @15
-@229 := @223 @228
-@231 := @173 @64 @20
-@244 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @210) -> (ha : @217) -> (x : @219) -> @229 @231
-@246 := LexLeanPreservation.Rust.wt_encExcept @0
-@271 := {c : @17} ->
-  {A : @18} ->
-  {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} ->
-  {s : @59} ->
-  {t : @59} ->
-  (he : (x : @62) -> @34 @204 @71 @207 @23) ->
-  (ha : (x : @62) -> @34 @202 @204 @207 @20) -> (x : @219) -> @34 @211 @202 @228 @231
-@272 := @246 @1
-@293 := {A : @18} ->
-  {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} ->
-  {s : @59} ->
-  {t : @59} ->
-  (he : (x : @62) -> @43 @71 @207 @23) ->
-  (ha : (x : @62) -> @43 @204 @207 @20) -> (x : @219) -> @43 @202 @228 @231
-@294 := @272 @2
-@295 := @50 @207
-@296 := @295 @23
-@297 := (x : @62) -> @296
-@298 := @295 @20
-@299 := (x : @62) -> @298
-@310 := {ε : @56} ->
-  {α : @56} ->
-  {ee : @201} ->
-  {ea : @201} -> {s : @59} -> {t : @59} -> (he : @297) -> (ha : @299) -> (x : @219) -> @50 @228 @231
-@311 := @294 @161
-@312 := (a._@._internal._hyg.#0 : @161) -> @57
-@313 := (x : @161) -> @296
-@328 := {α : @56} ->
-  {ee : @312} ->
-  {ea : @201} ->
-  {s : @59} ->
-  {t : @59} -> (he : @313) -> (ha : @299) -> (x : @163 @60) -> @50 (@167 @71 @60 @62 @15) @231
-@329 := @311 @3
-@330 := (x : @3) -> @298
-@342 := {ee : @312} ->
-  {ea : @133} ->
-  {s : @59} -> {t : @59} -> (he : @313) -> (ha : @330) -> (x : @164) -> @50 (@168 @60 @62 @15) @231
-@343 := @329 @165
-@345 := (x : @161) -> @196 @23
-@355 := {ea : @133} ->
-  {s : @59} -> {t : @59} -> (he : @345) -> (ha : @330) -> (x : @164) -> @50 (@169 @62 @15) @231
-@356 := @343 @7
-@358 := (x : @3) -> @51 @20
-@359 := @170 @15
-@360 := @50 @359
-@366 := {s : @59} -> {t : @59} -> (he : @345) -> (ha : @358) -> (x : @164) -> @360 @231
-@367 := @356 @12
-@373 := {t : @59} -> (he : @345) -> (ha : @153) -> (x : @164) -> @360 (@174 @20)
-@374 := @367 @172
-@379 := (he : (x : @161) -> @197) -> (ha : @153) -> (x : @164) -> @360 @175
-@382 := @374 @200 @55 @23
-@384 := @50 @171 @175
-@385 := List.nil.{0}
-@386 := List.cons.{0}
-@387 := @385 @57
-@388 := @386 @57
-@390 := @388 @171 @387
-@392 := @388 @11 @390
-@395 := Prod.{0, 0} @3 @57
-@396 := 1
-@399 := Prod.mk.{0, 0} @3 @57
-@400 := @399 @396
-@401 := @400 @171
-@402 := 0
-@403 := @399 @402
-@404 := @403 @11
-@405 := @385 @395
-@406 := @386 @395
-@408 := @406 @404 @405
-@410 := @406 @401 @408
-@411 := Bool.true
-@412 := LexLeanTarget.TargetSyntax.Function
-@413 := LexLeanTarget.TargetSyntax.Program.functions
-@414 := @413 @0
-@415 := @385 @3
-@416 := @385 @59
-@417 := LexLeanTarget.TargetSyntax.Ty.unit
-@418 := LexLeanTarget.TargetSyntax.Value.unit
-@421 := LexLeanTarget.TargetSyntax.Expr.value @417 @418
-@426 := LexLeanTarget.TargetSyntax.Function.mk @415 @416 @417 @421
-@431 := List.getD.{0} @412 @414 @402 @426
-@435 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.root @15 @402
-@436 := LexLeanPreservation.Rust.WTL
-@444 := {p : @16} -> {c : @17} -> {A : @18} -> @436 @6 @23 @15 @387 @416
-@446 := LexLeanPreservation.Rust.wtl_nil @0
-@447 := @436 @0
-@453 := {c : @17} -> {A : @18} -> @447 @23 @15 @387 @416
-@454 := @446 @1
-@455 := @447 @1
-@459 := {A : @18} -> @455 @15 @387 @416
-@460 := @454 @2
-@461 := @455 @2
-@462 := @461 @387
-@463 := @462 @416
-@464 := List.{0}
-@465 := @464 @57
-@466 := @464 @59
-@468 := @65 @20 @6
-@473 := @436 @71 @60 @62 @6 @23
-@476 := @436 @204 @71 @60
-@478 := @388 @62 @20
-@479 := @476 @478
-@480 := @386 @59
-@482 := @480 @64 @6
-@492 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @468) -> (hs : @473) -> @479 @482
-@494 := LexLeanPreservation.Rust.wtl_cons @0
-@512 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @465} ->
-  {ts : @466} -> (h : @92 @20 @6) -> (hs : @447 @60 @62 @6 @23) -> @447 @71 @60 @478 @482
-@513 := @494 @1
-@528 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @465} -> {ts : @466} -> (h : @108 @20 @6) -> (hs : @455 @62 @6 @23) -> @455 @60 @478 @482
-@529 := @513 @2
-@531 := @50 @20 @6
-@533 := @461 @6 @23
-@541 := {v : @57} ->
-  {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @531) -> (hs : @533) -> @461 @478 @482
-@542 := @529 @171
-@543 := @170 @64
-@545 := @50 @543 @6
-@546 := @170 @60
-@547 := @388 @546
-@555 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @545) -> (hs : @533) -> @461 (@547 @20) @482
-@556 := @542 @175
-@557 := @170 @20
-@559 := @50 @557 @175
-@560 := @170 @62
-@561 := @388 @560
-@563 := @461 (@561 @20)
-@564 := @480 @175
-@565 := @564 @6
-@570 := {vs : @465} -> {ts : @466} -> (h : @559) -> (hs : @533) -> @563 @565
-@571 := @556 @387
-@572 := @170 @6
-@574 := @50 @572 @175
-@575 := @462 @23
-@577 := @388 @543 @387
-@582 := {ts : @466} -> (h : @574) -> (hs : @575) -> @461 @577 @565
-@583 := @571 @416
-@585 := @388 @557 @387
-@586 := @461 @585
-@587 := @564 @416
-@590 := (h : @384) -> (hs : @463) -> @586 @587
-@591 := @583 @382
-@593 := @388 @572 @387
-@595 := @461 @593 @587
-@596 := (hs : @463) -> @595
-@597 := @591 @460
-@599 := @461 @390 @587
-@600 := @529 @11
-@601 := @10 @62
-@603 := @50 @601 @6
-@604 := @10 @71
-@605 := @388 @604
-@613 := {t : @59} -> {vs : @465} -> {ts : @466} -> (h : @603) -> (hs : @533) -> @461 (@605 @20) @482
-@614 := @600 @14
-@615 := @10 @64
-@617 := @50 @615 @14
-@618 := @10 @60
-@619 := @388 @618
-@621 := @461 (@619 @20)
-@622 := @480 @14
-@623 := @622 @6
-@628 := {vs : @465} -> {ts : @466} -> (h : @617) -> (hs : @533) -> @621 @623
-@629 := @614 @390
-@630 := @10 @20
-@632 := @50 @630 @14
-@633 := @586 @23
-@635 := @388 @601 @577
-@636 := @461 @635
-@640 := {ts : @466} -> (h : @632) -> (hs : @633) -> @636 @623
-@641 := @629 @587
-@643 := @388 @615 @585
-@644 := @461 @643
-@645 := @622 @587
-@648 := (h : @160) -> (hs : @595) -> @644 @645
-@649 := @641 @158
-@651 := @388 @630 @593
-@652 := @461 @651
-@654 := (hs : @599) -> @652 @645
-@655 := @649 @597
-@656 := @461 @392
-@657 := @656 @645
-@658 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.denote
-@660 := @658 @6 @23
-@661 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.__fits_0
-@663 := @661 @6 @23
-@667 := @7 (Coverage.Main.options @6 @23)
-@670 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.root @6 @23
-@671 := Ne.{1}
-@672 := LexLeanPreservation.Obs
-@673 := @671 @672
-@674 := LexLeanPreservation.Rel
-@677 := @673 (@674 @23 @15)
-@678 := LexLeanPreservation.Obs.stuck
-@681 := (f : @161) -> (v : @57) -> @677 @678
-@683 := LexLeanPreservation.Rust.rel_ne_stuck @663
-@690 := (v : @57) -> @673 (@674 (@661 @20 @6) @15) @678
-@691 := @683 @667
-@695 := @673 (@674 @663 @667) @678
-@696 := @464 @395
-@697 := LexLeanPreservation.Rust.FunSem
-@703 := (n : @3) -> @697 @202 @204 @71 @15 @60
-@704 := Eq.{1}
-@705 := @4 @412
-@706 := @704 @705
-@713 := LexLeanRuntime.index (@464 @412) @412 (LexLeanRuntime.instIndexableList @412)
-@717 := @706 (@713 (@413 @202) @60)
-@718 := Option.some.{0}
-@719 := @718 @412
-@720 := @719 @62
-@721 := @717 @720
-@725 := @436 @211 @202 @204 @62
-@726 := LexLeanTarget.TargetSyntax.Function.types
-@727 := @726 @60
-@728 := @725 @727
-@729 := @4 @696
-@730 := @704 @729
-@731 := LexLeanTarget.TargetSemantics.bindAll
-@732 := LexLeanTarget.TargetSyntax.Function.parameters
-@737 := @730 (@731 (@732 @71) @60 @405)
-@738 := @718 @696
-@739 := @738 @62
-@740 := @737 @739
-@741 := @4 @161
-@742 := @704 @741
-@743 := LexLeanPreservation.Rust.fnFallible
-@746 := @742 (@743 @220 @202)
-@747 := @718 @161
-@748 := @747 @62
-@749 := @746 @748
-@750 := LexLeanPreservation.RunConv
-@751 := #13
-@755 := @750 @751 @211 @204 @62
-@757 := @673 @60 @678
-@758 := Exists.{1}
-@759 := LexLeanPreservation.Rust.ROut
-@760 := @758 @759
-@761 := And
-@762 := LexLeanPreservation.Rust.RealizesFn
-@766 := @761 (@762 @202 @204 @15)
-@767 := LexLeanPreservation.Rust.RCI
-@769 := @767 #15
-@770 := LexLeanPreservation.Rust.fnIdent
-@771 := @770 @751
-@778 := (hne : @757) -> @760 (fun (ro : @759) => @766 (@769 @771 @220 @15))
-@793 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @703) ->
-  (hfn : @721) -> (hwt : @728) -> (hbind : @740) -> (hF : @749) -> (hA : @755) -> @778
-@795 := LexLeanPreservation.Rust.compose @0
-@796 := @697 @0
-@801 := (n : @3) -> @796 @204 @71 @15 @60
-@802 := @713 @414
-@805 := @706 (@802 @60) @720
-@809 := @447 @202 @204 @62 @727
-@810 := @750 @0
-@813 := @810 @211 @204 @62
-@827 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @801) ->
-  (hfn : @805) -> (hwt : @809) -> (hbind : @740) -> (hF : @749) -> (hA : @813) -> @778
-@828 := @795 @1
-@829 := @796 @1
-@833 := (n : @3) -> @829 @71 @15 @60
-@836 := @455 @204 @62 @727
-@837 := @743 @1
-@840 := @742 (@837 @202) @748
-@841 := @767 @1
-@851 := (hbind : @740) ->
-  (hF : @840) -> (hA : @813) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@841 @771 @220 @15))
-@861 := {A : @18} ->
-  {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @833) -> (hfn : @805) -> (hwt : @836) -> @851
-@862 := @828 @2
-@864 := @829 @2 @15
-@866 := (n : @3) -> @864 @60
-@867 := @461 @62
-@868 := @867 @727
-@877 := {f : @3} ->
-  {fn : @412} ->
-  {args : @465} ->
-  {env : @696} -> {F : @161} -> {o : @672} -> (hB : @866) -> (hfn : @805) -> (hwt : @868) -> @851
-@878 := @862 @402
-@880 := (n : @3) -> @864 @402
-@881 := @802 @402
-@882 := @706 @881
-@883 := @882 @720
-@884 := @837 @402
-@885 := @742 @884
-@886 := @885 @748
-@887 := @810 @402
-@889 := @887 @204 @62
-@891 := @841 (@770 @402)
-@899 := (hF : @886) -> (hA : @889) -> (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 @220 @15))
-@908 := {fn : @412} ->
-  {args : @465} ->
-  {env : @696} ->
-  {F : @161} -> {o : @672} -> (hB : @880) -> (hfn : @883) -> (hwt : @868) -> (hbind : @740) -> @899
-@909 := @878 @431
-@911 := @882 (@719 @431)
-@912 := @726 @431
-@913 := @867 @912
-@915 := @731 (@732 @431)
-@927 := {args : @465} ->
-  {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @880) -> (hfn : @911) -> (hwt : @913) -> (hbind : @730 (@915 @60 @405) @739) -> @899
-@928 := @909 @392
-@930 := @605 (@547 @387)
-@932 := @461 @930 @912
-@938 := @388 (@10 @204) (@388 (@170 @71) @387)
-@942 := @730 (@915 @938 @405) @739
-@948 := @388 (@10 @211) (@388 (@170 @202) @387)
-@950 := @887 @948 @62
-@952 := @388 (@10 @751)
-@953 := #12
-@972 := {env : @696} ->
-  {F : @161} ->
-  {o : @672} ->
-  (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @932) ->
-  (hbind : @942) ->
-  (hF : @886) ->
-  (hA : @950) ->
-  (hne : @757) -> @760 (fun (ro : @759) => @766 (@891 (@952 (@388 (@170 @953) @387)) @15))
-@973 := @928 @410
-@975 := @619 (@561 @387)
-@977 := @461 @975 @912
-@988 := @730 (@915 @930 @405) (@738 (@406 (@400 @546) (@406 (@403 @604) @405)))
-@994 := @388 (@10 @202) (@388 (@170 @204) @387)
-@1016 := {F : @161} ->
-  {o : @672} ->
-  (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @977) ->
-  (hbind : @988) ->
-  (hF : @886) ->
-  (hA : @887 @994 @62) ->
-  (hne : @757) ->
-  @760 (fun (ro : @759) => @766 (@891 (@388 (@10 @953) (@388 (@170 @220) @387)) @15))
-@1017 := @973 @411
-@1018 := @636 @912
-@1029 := @730 (@915 @975 @405) (@738 (@406 (@400 @560) (@406 (@403 @618) @405)))
-@1031 := @885 (@747 @411)
-@1033 := @887 @938 @62
-@1034 := @762 @411
-@1056 := {o : @672} ->
-  (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @1018) ->
-  (hbind : @1029) ->
-  (hF : @1031) ->
-  (hA : @1033) ->
-  (hne : @757) ->
-  @760
-    (fun (ro : @759) => @761 (@1034 @204 @15) (@891 (@388 (@10 @220) (@388 (@170 @211) @387)) @15))
-@1057 := @1017 @660
-@1058 := @644 @912
-@1069 := @730 (@915 @635 @405) (@738 (@406 (@400 @543) (@406 (@403 @601) @405)))
-@1070 := @887 @930
-@1072 := @658 @71 @60
-@1073 := @1070 @1072
-@1075 := @658 @204 @71
-@1094 := (hB : @880) ->
-  (hfn : @911) ->
-  (hwt : @1058) ->
-  (hbind : @1069) ->
-  (hF : @1031) ->
-  (hA : @1073) ->
-  (hne : @673 @1075 @678) ->
-  @760 (fun (ro : @759) => @761 (@1034 (@658 @211 @202) @15) (@891 @948 @15))
-@1095 := @1057 @435
-@1096 := @652 @912
-@1107 := @730 (@915 @643 @405) (@738 (@406 (@400 @557) (@406 (@403 @615) @405)))
-@1108 := @887 @975
-@1110 := @658 @60 @62
-@1129 := (hfn : @911) ->
-  (hwt : @1096) ->
-  (hbind : @1107) ->
-  (hF : @1031) ->
-  (hA : @1108 @1110) ->
-  (hne : @673 @1072 @678) ->
-  @760 (fun (ro : @759) => @761 (@1034 (@658 @202 @204) @15) (@891 @994 @15))
-@1130 := Eq.refl.{1}
-@1133 := @1095 (@1130 @705 @881)
-@1134 := @656 @912
-@1145 := @730 (@915 @651 @405) (@738 (@406 (@400 @572) (@406 (@403 @630) @405)))
-@1146 := @887 @635
-@1148 := @658 @62 @64
-@1164 := (hwt : @1134) ->
-  (hbind : @1145) ->
-  (hF : @1031) ->
-  (hA : @1146 @1148) ->
-  (hne : @673 @1110 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1075 @15) (@891 @938 @15))
-@1165 := @1133 @655
-@1167 := @915 @392 @405
-@1170 := @730 @1167 (@738 @410)
-@1171 := @887 @643
-@1173 := @658 @64 @20
-@1188 := (hbind : @1170) ->
-  (hF : @1031) ->
-  (hA : @1171 @1173) ->
-  (hne : @673 @1148 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1072 @15) (@891 @930 @15))
-@1191 := @1165 (@1130 @729 @1167)
-@1192 := @887 @651
-@1194 := @658 @20 @6
-@1208 := (hF : @1031) ->
-  (hA : @1192 @1194) ->
-  (hne : @673 @1173 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1110 @15) (@891 @975 @15))
-@1211 := @1191 (@1130 @741 @884)
-@1225 := (hA : @887 @392 @660) ->
-  (hne : @673 @1194 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1148 @15) (@891 @635 @15))
-@1226 := @1211 @670
-@1237 := (hne : @673 @660 @678) -> @760 (fun (ro : @759) => @761 (@1034 @1173 @15) (@891 @643 @15))
-@1238 := @1226 @691
-@1244 := @761 (@1034 @1194 @15) (@891 @651 @15)
-@1246 := @760 (fun (ro : @759) => @1244)
-@1248 := @760 (fun (__e_ro : @759) => @1244)
-@1249 := LexLeanPreservation.Rust.RepresentableL
-@1250 := @10 @23
-@1252 := @388 @359 @387
-@1255 := @1249 (@388 @1250 @1252)
-@1256 := (__e_hrep : @1255) -> @1248
-@1257 := fun (__e_hrep : @1255) => @1238
-@1258 := (r : @164) -> @1256
-@1259 := fun (r : @164) => @1257
-@1260 := (v : @5) -> @1258
-@1261 := fun (v : @5) => @1259
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustCore.lean
deleted file mode 100644
index 2dc70b986..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.option .nat), (.result .nat .bool)], result := .nat,
-      body := (.prim .natAdd [(.«match» .nat (.var 0) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [2] (.var 2))]), (.«match» .nat (.var 1) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.cond (.var 4) (.value .nat (.nat 1)) (.value .nat (.nat 2))))])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.option .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.result .nat .bool) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))]) (tail := (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.copy (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))]) (tail := (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))])) (Corr.matchArms (st := (.result .nat .bool)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.copy (.generated .binding 3))) (Corr.mCons (Γ' := [(4, .bool, (some 4)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.copy (.generated .binding 4))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustStd.lean
deleted file mode 100644
index a2900a27f..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.option .nat), (.result .nat .bool)], result := .nat,
-      body := (.prim .natAdd [(.«match» .nat (.var 0) [(.arm .none [] (.value .nat (.nat 0))), (.arm .some [2] (.var 2))]), (.«match» .nat (.var 1) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.cond (.var 4) (.value .nat (.nat 1)) (.value .nat (.nat 2))))])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.option .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.result .nat .bool) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))]))))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))]) (tail := (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.nat 0)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.copy (.generated .binding 2))))])) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.nat 0))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.copy (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 1)))]) (tail := (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.copy (.generated .binding 3)))), (.mk (.err (.bind (.generated .binding 4))) (.mk [] (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))))])) (Corr.matchArms (st := (.result .nat .bool)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.copy (.generated .binding 3))) (Corr.mCons (Γ' := [(4, .bool, (some 4)), (1, (.result .nat .bool), (some 1)), (0, (.option .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.copy (.generated .binding 4)) (.mk [] (.lit (.nat 1))) (.mk [] (.lit (.nat 2))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.copy (.generated .binding 4))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := []) (ta := (.lit (.nat 1))) (lb := []) (tb := (.lit (.nat 2))) (Corr.bOfE (Corr.value rfl rfl)) (Corr.bOfE (Corr.value rfl rfl))))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustCore.lex.tex
deleted file mode 100644
index 67b0f955d..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,424 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.root : @844 := @845 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.true
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.__fits_0
-@274 := @273 @4
-@276 := Coverage.Main.builders @4
-@277 := Option.{0}
-@278 := @277 @3
-@279 := Unit
-@282 := Except.{0, 0} @279 @3
-@285 := LexLeanPreservation.encOption @3 @5
-@286 := LexLeanPreservation.encUnit
-@291 := LexLeanPreservation.encExcept @279 @3 @286 @5
-@297 := LexLeanPreservation.encPair @278 @282 @285 @291 @276
-@299 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.root @4
-@300 := Bool
-@301 := Ne.{1}
-@302 := LexLeanPreservation.Obs
-@303 := @301 @302
-@304 := LexLeanPreservation.Rel
-@307 := @303 (@304 @4 @17)
-@308 := LexLeanPreservation.Obs.stuck
-@311 := (f : @300) -> (v : @50) -> @307 @308
-@313 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@319 := (v : @50) -> @303 (@304 (@273 @14) @17) @308
-@320 := @313 @297
-@324 := @303 (@304 @274 @297) @308
-@325 := @124 @59
-@326 := LexLeanPreservation.Rust.FunSem
-@327 := #9
-@333 := (n : @3) -> @326 @327 @141 @135 @17 @127
-@334 := Eq.{1}
-@335 := @277 @71
-@336 := @334 @335
-@343 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@347 := @336 (@343 (@72 @327) @127)
-@348 := Option.some.{0}
-@349 := @348 @71
-@350 := @349 @129
-@351 := @347 @350
-@352 := #10
-@356 := @96 @352 @327 @141 @129
-@357 := LexLeanTarget.TargetSyntax.Function.types
-@358 := @357 @127
-@359 := @356 @358
-@360 := @277 @325
-@361 := @334 @360
-@362 := LexLeanTarget.TargetSemantics.bindAll
-@363 := LexLeanTarget.TargetSyntax.Function.parameters
-@368 := @361 (@362 (@363 @135) @127 @66)
-@369 := @348 @325
-@370 := @369 @129
-@371 := @368 @370
-@372 := @277 @300
-@373 := @334 @372
-@374 := LexLeanPreservation.Rust.fnFallible
-@375 := #11
-@378 := @373 (@374 @375 @327)
-@379 := @348 @300
-@380 := @379 @129
-@381 := @378 @380
-@382 := LexLeanPreservation.RunConv
-@383 := #13
-@387 := @382 @383 @352 @141 @129
-@389 := @303 @127 @308
-@390 := Exists.{1}
-@391 := LexLeanPreservation.Rust.ROut
-@392 := @390 @391
-@393 := And
-@394 := LexLeanPreservation.Rust.RealizesFn
-@398 := @393 (@394 @327 @141 @17)
-@399 := LexLeanPreservation.Rust.RCI
-@401 := @399 #15
-@402 := LexLeanPreservation.Rust.fnIdent
-@403 := @402 @383
-@410 := (hne : @389) -> @392 (fun (ro : @391) => @398 (@401 @403 @375 @17))
-@425 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @333) ->
-  (hfn : @351) -> (hwt : @359) -> (hbind : @371) -> (hF : @381) -> (hA : @387) -> @410
-@427 := LexLeanPreservation.Rust.compose @0
-@428 := @326 @0
-@433 := (n : @3) -> @428 @141 @135 @17 @127
-@434 := @343 @73
-@437 := @336 (@434 @127) @350
-@441 := @107 @327 @141 @129 @358
-@442 := @382 @0
-@445 := @442 @352 @141 @129
-@459 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @433) ->
-  (hfn : @437) -> (hwt : @441) -> (hbind : @371) -> (hF : @381) -> (hA : @445) -> @410
-@460 := @427 @1
-@461 := @428 @1
-@465 := (n : @3) -> @461 @135 @17 @127
-@468 := @115 @141 @129 @358
-@469 := @374 @1
-@472 := @373 (@469 @327) @380
-@473 := @399 @1
-@483 := (hbind : @371) ->
-  (hF : @472) -> (hA : @445) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@473 @403 @375 @17))
-@493 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @465) -> (hfn : @437) -> (hwt : @468) -> @483
-@494 := @460 @2
-@496 := @461 @2 @17
-@498 := (n : @3) -> @496 @127
-@499 := @121 @129
-@500 := @499 @358
-@509 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @498) -> (hfn : @437) -> (hwt : @500) -> @483
-@510 := @494 @60
-@512 := (n : @3) -> @496 @60
-@513 := @434 @60
-@514 := @336 @513
-@515 := @514 @350
-@516 := @469 @60
-@517 := @373 @516
-@518 := @517 @380
-@519 := @442 @60
-@521 := @519 @141 @129
-@523 := @473 (@402 @60)
-@531 := (hF : @518) -> (hA : @521) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 @375 @17))
-@540 := {fn : @71} ->
-  {args : @125} ->
-  {env : @325} ->
-  {F : @300} -> {o : @302} -> (hB : @512) -> (hfn : @515) -> (hwt : @500) -> (hbind : @371) -> @531
-@541 := @510 @91
-@543 := @514 (@349 @91)
-@544 := @357 @91
-@545 := @499 @544
-@547 := @362 (@363 @91)
-@559 := {args : @125} ->
-  {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @512) -> (hfn : @543) -> (hwt : @545) -> (hbind : @361 (@547 @127 @66) @370) -> @531
-@560 := @541 @56
-@561 := @218 @53
-@563 := @121 @561 @544
-@566 := @54 (@5 @135) @53
-@570 := @361 (@547 @566 @66) @370
-@573 := @54 (@5 @327) @53
-@594 := {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @563) ->
-  (hbind : @570) ->
-  (hF : @518) ->
-  (hA : @519 @573 @129) ->
-  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 #12) @53) @17))
-@595 := @560 @69
-@596 := @232 @53
-@598 := @121 @596 @544
-@606 := @361 (@547 @561 @66) (@369 (@67 (@64 @217) @66))
-@609 := @54 (@5 @141) @53
-@628 := {F : @300} ->
-  {o : @302} ->
-  (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @598) ->
-  (hbind : @606) ->
-  (hF : @518) ->
-  (hA : @519 @609 @129) ->
-  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 @375) @53) @17))
-@629 := @595 @70
-@630 := @249 @544
-@638 := @361 (@547 @596 @66) (@369 (@67 (@64 @231) @66))
-@640 := @517 (@379 @70)
-@642 := @519 @566 @129
-@643 := @394 @70
-@662 := {o : @302} ->
-  (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @630) ->
-  (hbind : @638) ->
-  (hF : @640) ->
-  (hA : @642) ->
-  (hne : @389) -> @392 (fun (ro : @391) => @393 (@643 @141 @17) (@523 (@54 (@5 @352) @53) @17))
-@663 := @629 @272
-@664 := @257 @544
-@672 := @361 (@547 @248 @66) (@369 (@67 (@64 @214) @66))
-@673 := @519 @561
-@674 := @271 @127
-@675 := @673 @674
-@676 := @271 @135
-@694 := (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @664) ->
-  (hbind : @672) ->
-  (hF : @640) ->
-  (hA : @675) ->
-  (hne : @303 @676 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @327) @17) (@523 @573 @17))
-@695 := @663 @95
-@696 := @265 @544
-@704 := @361 (@547 @256 @66) (@369 (@67 (@64 @228) @66))
-@705 := @519 @596
-@706 := @271 @129
-@724 := (hfn : @543) ->
-  (hwt : @696) ->
-  (hbind : @704) ->
-  (hF : @640) ->
-  (hA : @705 @706) ->
-  (hne : @303 @674 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @141) @17) (@523 @609 @17))
-@725 := Eq.refl.{1}
-@728 := @695 (@725 @335 @513)
-@729 := @269 @544
-@737 := @361 (@547 @264 @66) (@369 (@67 (@64 @243) @66))
-@738 := @519 @248
-@739 := @271 @131
-@755 := (hwt : @729) ->
-  (hbind : @737) ->
-  (hF : @640) ->
-  (hA : @738 @739) ->
-  (hne : @303 @706 @308) -> @392 (fun (ro : @391) => @393 (@643 @676 @17) (@523 @566 @17))
-@756 := @728 @268
-@758 := @547 @56 @66
-@761 := @361 @758 (@369 @69)
-@762 := @519 @256
-@763 := @271 @12
-@778 := (hbind : @761) ->
-  (hF : @640) ->
-  (hA : @762 @763) ->
-  (hne : @303 @739 @308) -> @392 (fun (ro : @391) => @393 (@643 @674 @17) (@523 @561 @17))
-@781 := @756 (@725 @360 @758)
-@782 := @519 @264
-@783 := @271 @14
-@797 := (hF : @640) ->
-  (hA : @782 @783) ->
-  (hne : @303 @763 @308) -> @392 (fun (ro : @391) => @393 (@643 @706 @17) (@523 @596 @17))
-@800 := @781 (@725 @372 @516)
-@814 := (hA : @519 @56 @272) ->
-  (hne : @303 @783 @308) -> @392 (fun (ro : @391) => @393 (@643 @739 @17) (@523 @248 @17))
-@815 := @800 @299
-@826 := (hne : @303 @272 @308) -> @392 (fun (ro : @391) => @393 (@643 @763 @17) (@523 @256 @17))
-@827 := @815 @320
-@833 := @393 (@643 @783 @17) (@523 @264 @17)
-@835 := @392 (fun (ro : @391) => @833)
-@837 := @392 (fun (__e_ro : @391) => @833)
-@841 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@842 := (__e_hrep : @841) -> @837
-@843 := fun (__e_hrep : @841) => @827
-@844 := (n : @3) -> @842
-@845 := fun (n : @3) => @843
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustStd.lex.tex
deleted file mode 100644
index 6949fcfff..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,424 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.root : @844 := @845 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.true
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.__fits_0
-@274 := @273 @4
-@276 := Coverage.Main.builders @4
-@277 := Option.{0}
-@278 := @277 @3
-@279 := Unit
-@282 := Except.{0, 0} @279 @3
-@285 := LexLeanPreservation.encOption @3 @5
-@286 := LexLeanPreservation.encUnit
-@291 := LexLeanPreservation.encExcept @279 @3 @286 @5
-@297 := LexLeanPreservation.encPair @278 @282 @285 @291 @276
-@299 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.root @4
-@300 := Bool
-@301 := Ne.{1}
-@302 := LexLeanPreservation.Obs
-@303 := @301 @302
-@304 := LexLeanPreservation.Rel
-@307 := @303 (@304 @4 @17)
-@308 := LexLeanPreservation.Obs.stuck
-@311 := (f : @300) -> (v : @50) -> @307 @308
-@313 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@319 := (v : @50) -> @303 (@304 (@273 @14) @17) @308
-@320 := @313 @297
-@324 := @303 (@304 @274 @297) @308
-@325 := @124 @59
-@326 := LexLeanPreservation.Rust.FunSem
-@327 := #9
-@333 := (n : @3) -> @326 @327 @141 @135 @17 @127
-@334 := Eq.{1}
-@335 := @277 @71
-@336 := @334 @335
-@343 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@347 := @336 (@343 (@72 @327) @127)
-@348 := Option.some.{0}
-@349 := @348 @71
-@350 := @349 @129
-@351 := @347 @350
-@352 := #10
-@356 := @96 @352 @327 @141 @129
-@357 := LexLeanTarget.TargetSyntax.Function.types
-@358 := @357 @127
-@359 := @356 @358
-@360 := @277 @325
-@361 := @334 @360
-@362 := LexLeanTarget.TargetSemantics.bindAll
-@363 := LexLeanTarget.TargetSyntax.Function.parameters
-@368 := @361 (@362 (@363 @135) @127 @66)
-@369 := @348 @325
-@370 := @369 @129
-@371 := @368 @370
-@372 := @277 @300
-@373 := @334 @372
-@374 := LexLeanPreservation.Rust.fnFallible
-@375 := #11
-@378 := @373 (@374 @375 @327)
-@379 := @348 @300
-@380 := @379 @129
-@381 := @378 @380
-@382 := LexLeanPreservation.RunConv
-@383 := #13
-@387 := @382 @383 @352 @141 @129
-@389 := @303 @127 @308
-@390 := Exists.{1}
-@391 := LexLeanPreservation.Rust.ROut
-@392 := @390 @391
-@393 := And
-@394 := LexLeanPreservation.Rust.RealizesFn
-@398 := @393 (@394 @327 @141 @17)
-@399 := LexLeanPreservation.Rust.RCI
-@401 := @399 #15
-@402 := LexLeanPreservation.Rust.fnIdent
-@403 := @402 @383
-@410 := (hne : @389) -> @392 (fun (ro : @391) => @398 (@401 @403 @375 @17))
-@425 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @333) ->
-  (hfn : @351) -> (hwt : @359) -> (hbind : @371) -> (hF : @381) -> (hA : @387) -> @410
-@427 := LexLeanPreservation.Rust.compose @0
-@428 := @326 @0
-@433 := (n : @3) -> @428 @141 @135 @17 @127
-@434 := @343 @73
-@437 := @336 (@434 @127) @350
-@441 := @107 @327 @141 @129 @358
-@442 := @382 @0
-@445 := @442 @352 @141 @129
-@459 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @433) ->
-  (hfn : @437) -> (hwt : @441) -> (hbind : @371) -> (hF : @381) -> (hA : @445) -> @410
-@460 := @427 @1
-@461 := @428 @1
-@465 := (n : @3) -> @461 @135 @17 @127
-@468 := @115 @141 @129 @358
-@469 := @374 @1
-@472 := @373 (@469 @327) @380
-@473 := @399 @1
-@483 := (hbind : @371) ->
-  (hF : @472) -> (hA : @445) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@473 @403 @375 @17))
-@493 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @465) -> (hfn : @437) -> (hwt : @468) -> @483
-@494 := @460 @2
-@496 := @461 @2 @17
-@498 := (n : @3) -> @496 @127
-@499 := @121 @129
-@500 := @499 @358
-@509 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @325} -> {F : @300} -> {o : @302} -> (hB : @498) -> (hfn : @437) -> (hwt : @500) -> @483
-@510 := @494 @60
-@512 := (n : @3) -> @496 @60
-@513 := @434 @60
-@514 := @336 @513
-@515 := @514 @350
-@516 := @469 @60
-@517 := @373 @516
-@518 := @517 @380
-@519 := @442 @60
-@521 := @519 @141 @129
-@523 := @473 (@402 @60)
-@531 := (hF : @518) -> (hA : @521) -> (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 @375 @17))
-@540 := {fn : @71} ->
-  {args : @125} ->
-  {env : @325} ->
-  {F : @300} -> {o : @302} -> (hB : @512) -> (hfn : @515) -> (hwt : @500) -> (hbind : @371) -> @531
-@541 := @510 @91
-@543 := @514 (@349 @91)
-@544 := @357 @91
-@545 := @499 @544
-@547 := @362 (@363 @91)
-@559 := {args : @125} ->
-  {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @512) -> (hfn : @543) -> (hwt : @545) -> (hbind : @361 (@547 @127 @66) @370) -> @531
-@560 := @541 @56
-@561 := @218 @53
-@563 := @121 @561 @544
-@566 := @54 (@5 @135) @53
-@570 := @361 (@547 @566 @66) @370
-@573 := @54 (@5 @327) @53
-@594 := {env : @325} ->
-  {F : @300} ->
-  {o : @302} ->
-  (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @563) ->
-  (hbind : @570) ->
-  (hF : @518) ->
-  (hA : @519 @573 @129) ->
-  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 #12) @53) @17))
-@595 := @560 @69
-@596 := @232 @53
-@598 := @121 @596 @544
-@606 := @361 (@547 @561 @66) (@369 (@67 (@64 @217) @66))
-@609 := @54 (@5 @141) @53
-@628 := {F : @300} ->
-  {o : @302} ->
-  (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @598) ->
-  (hbind : @606) ->
-  (hF : @518) ->
-  (hA : @519 @609 @129) ->
-  (hne : @389) -> @392 (fun (ro : @391) => @398 (@523 (@54 (@5 @375) @53) @17))
-@629 := @595 @70
-@630 := @249 @544
-@638 := @361 (@547 @596 @66) (@369 (@67 (@64 @231) @66))
-@640 := @517 (@379 @70)
-@642 := @519 @566 @129
-@643 := @394 @70
-@662 := {o : @302} ->
-  (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @630) ->
-  (hbind : @638) ->
-  (hF : @640) ->
-  (hA : @642) ->
-  (hne : @389) -> @392 (fun (ro : @391) => @393 (@643 @141 @17) (@523 (@54 (@5 @352) @53) @17))
-@663 := @629 @272
-@664 := @257 @544
-@672 := @361 (@547 @248 @66) (@369 (@67 (@64 @214) @66))
-@673 := @519 @561
-@674 := @271 @127
-@675 := @673 @674
-@676 := @271 @135
-@694 := (hB : @512) ->
-  (hfn : @543) ->
-  (hwt : @664) ->
-  (hbind : @672) ->
-  (hF : @640) ->
-  (hA : @675) ->
-  (hne : @303 @676 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @327) @17) (@523 @573 @17))
-@695 := @663 @95
-@696 := @265 @544
-@704 := @361 (@547 @256 @66) (@369 (@67 (@64 @228) @66))
-@705 := @519 @596
-@706 := @271 @129
-@724 := (hfn : @543) ->
-  (hwt : @696) ->
-  (hbind : @704) ->
-  (hF : @640) ->
-  (hA : @705 @706) ->
-  (hne : @303 @674 @308) -> @392 (fun (ro : @391) => @393 (@643 (@271 @141) @17) (@523 @609 @17))
-@725 := Eq.refl.{1}
-@728 := @695 (@725 @335 @513)
-@729 := @269 @544
-@737 := @361 (@547 @264 @66) (@369 (@67 (@64 @243) @66))
-@738 := @519 @248
-@739 := @271 @131
-@755 := (hwt : @729) ->
-  (hbind : @737) ->
-  (hF : @640) ->
-  (hA : @738 @739) ->
-  (hne : @303 @706 @308) -> @392 (fun (ro : @391) => @393 (@643 @676 @17) (@523 @566 @17))
-@756 := @728 @268
-@758 := @547 @56 @66
-@761 := @361 @758 (@369 @69)
-@762 := @519 @256
-@763 := @271 @12
-@778 := (hbind : @761) ->
-  (hF : @640) ->
-  (hA : @762 @763) ->
-  (hne : @303 @739 @308) -> @392 (fun (ro : @391) => @393 (@643 @674 @17) (@523 @561 @17))
-@781 := @756 (@725 @360 @758)
-@782 := @519 @264
-@783 := @271 @14
-@797 := (hF : @640) ->
-  (hA : @782 @783) ->
-  (hne : @303 @763 @308) -> @392 (fun (ro : @391) => @393 (@643 @706 @17) (@523 @596 @17))
-@800 := @781 (@725 @372 @516)
-@814 := (hA : @519 @56 @272) ->
-  (hne : @303 @783 @308) -> @392 (fun (ro : @391) => @393 (@643 @739 @17) (@523 @248 @17))
-@815 := @800 @299
-@826 := (hne : @303 @272 @308) -> @392 (fun (ro : @391) => @393 (@643 @763 @17) (@523 @256 @17))
-@827 := @815 @320
-@833 := @393 (@643 @783 @17) (@523 @264 @17)
-@835 := @392 (fun (ro : @391) => @833)
-@837 := @392 (fun (__e_ro : @391) => @833)
-@841 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@842 := (__e_hrep : @841) -> @837
-@843 := fun (__e_hrep : @841) => @827
-@844 := (n : @3) -> @842
-@845 := fun (n : @3) => @843
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustCore.lean
deleted file mode 100644
index 4a930ffff..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := (.pair (.option .nat) (.result .nat .unit)),
-      body := (.build .pair (.pair (.option .nat) (.result .nat .unit)) [(.build .some (.option .nat) [(.build .succ .nat [(.var 0)])]), (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 3))]) (.build .ok (.result .nat .unit) [(.build .zero .nat [])]) (.build .error (.result .nat .unit) [(.build .unit .unit [])]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.option .nat) (.result .nat .unit))) (.mk [] (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)]))))))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildSucc (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (lb := []) (tb := (.construct (.err .nat .unit) [(.lit .unit)])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl) (Corr.build (ts := [.unit]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl)))) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustStd.lean
deleted file mode 100644
index 6a1df6c56..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := (.pair (.option .nat) (.result .nat .unit)),
-      body := (.build .pair (.pair (.option .nat) (.result .nat .unit)) [(.build .some (.option .nat) [(.build .succ .nat [(.var 0)])]), (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 3))]) (.build .ok (.result .nat .unit) [(.build .zero .nat [])]) (.build .error (.result .nat .unit) [(.build .unit .unit [])]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.option .nat) (.result .nat .unit))) (.mk [] (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.construct .some [(.call (.runtime .natSucc) [(.copy (.generated .binding 0))] true)]) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)]))))))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildSucc (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (.mk [] (.construct (.err .nat .unit) [(.lit .unit)])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok .nat .unit) [(.lit (.nat 0))])) (lb := []) (tb := (.construct (.err .nat .unit) [(.lit .unit)])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl) (Corr.build (ts := [.unit]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))) rfl)))) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustCore.lex.tex
deleted file mode 100644
index e0b262c93..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,521 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.root : @1045 := @1046 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.flags
-@3 := Nat
-@4 := Bool
-@5 := Prod.{0, 0}
-@6 := @5 @3
-@7 := @6 @4
-@8 := #1
-@9 := LexLeanTarget.TargetSyntax.Value.nat
-@10 := LexLeanTarget.TargetSyntax.Value.bool
-@11 := LexLeanPreservation.encPair
-@12 := @11 @3
-@13 := @12 @4
-@14 := @13 @9
-@15 := @14 @10
-@16 := @15 @8
-@17 := LexLeanTarget.TargetSyntax.Ty.nat
-@18 := LexLeanTarget.TargetSyntax.Ty.bool
-@19 := LexLeanTarget.TargetSyntax.Ty.pair
-@20 := @19 @17
-@21 := @20 @18
-@22 := #0
-@23 := LexLeanTarget.TargetSyntax.Program
-@24 := LexLeanPreservation.Rust.RCrate
-@25 := LexLeanPreservation.Rust.Flags
-@26 := LexLeanPreservation.Rust.WT
-@27 := #3
-@28 := @26 @27
-@29 := #2
-@31 := @28 @29 @8
-@32 := @9 @22
-@38 := {p : @23} -> {c : @24} -> {A : @25} -> (n : @3) -> @31 @32 @17
-@40 := LexLeanPreservation.Rust.wt_nat @0
-@41 := @26 @0
-@43 := @41 @29 @8
-@48 := {c : @24} -> {A : @25} -> (n : @3) -> @43 @32 @17
-@49 := @40 @1
-@50 := @41 @1
-@51 := @50 @8
-@55 := {A : @25} -> (n : @3) -> @51 @32 @17
-@56 := @49 @2
-@57 := @50 @2
-@58 := @57 @32
-@59 := @58 @17
-@60 := (n : @3) -> @59
-@62 := fun (__x : @3) => @56 @22
-@63 := @10 @22
-@69 := {p : @23} -> {c : @24} -> {A : @25} -> (b : @4) -> @31 @63 @18
-@71 := LexLeanPreservation.Rust.wt_bool @0
-@76 := {c : @24} -> {A : @25} -> (b : @4) -> @43 @63 @18
-@77 := @71 @1
-@81 := {A : @25} -> (b : @4) -> @51 @63 @18
-@82 := @77 @2
-@83 := @57 @63
-@84 := @83 @18
-@85 := (b : @4) -> @84
-@87 := fun (__x : @4) => @82 @22
-@88 := Sort 1
-@89 := LexLeanTarget.TargetSyntax.Value
-@90 := (a._@._internal._hyg.#0 : @8) -> @89
-@91 := LexLeanTarget.TargetSyntax.Ty
-@92 := #5
-@93 := #9
-@94 := @26 @93
-@95 := #8
-@96 := @94 @95
-@97 := #7
-@98 := @96 @97
-@99 := #4
-@100 := @99 @22
-@103 := (x : @92) -> @98 @100 @29
-@104 := #10
-@110 := (x : @92) -> @26 @104 @93 @95 @100 @29
-@111 := @5 @97
-@112 := #6
-@113 := @111 @112
-@114 := #11
-@117 := @26 @114 @104 @93
-@122 := @11 @95 @97 @112 @92 @22
-@123 := @117 @122
-@125 := @19 @99 @27
-@138 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @103) -> (hb : @110) -> (x : @113) -> @123 @125
-@140 := LexLeanPreservation.Rust.wt_encPair @0
-@165 := {c : @24} ->
-  {A : @25} ->
-  {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} ->
-  {s : @91} ->
-  {t : @91} ->
-  (ha : (x : @92) -> @41 @95 @97 @100 @29) ->
-  (hb : (x : @92) -> @41 @93 @95 @100 @29) -> (x : @113) -> @41 @104 @93 @122 @125
-@166 := @140 @1
-@187 := {A : @25} ->
-  {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} ->
-  {s : @91} ->
-  {t : @91} ->
-  (ha : (x : @92) -> @50 @97 @100 @29) ->
-  (hb : (x : @92) -> @50 @95 @100 @29) -> (x : @113) -> @50 @93 @122 @125
-@188 := @166 @2
-@190 := @57 @100 @29
-@191 := (x : @92) -> @190
-@202 := {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @191) -> (hb : @191) -> (x : @113) -> @57 @122 @125
-@203 := @188 @3
-@204 := (a._@._internal._hyg.#0 : @3) -> @89
-@205 := (x : @3) -> @190
-@220 := {β : @88} ->
-  {ea : @204} ->
-  {eb : @90} ->
-  {s : @91} ->
-  {t : @91} -> (ha : @205) -> (hb : @191) -> (x : @6 @112) -> @57 (@12 @97 @112 @92 @22) @125
-@221 := @203 @4
-@222 := (a._@._internal._hyg.#0 : @4) -> @89
-@223 := (x : @4) -> @190
-@235 := {ea : @204} ->
-  {eb : @222} ->
-  {s : @91} -> {t : @91} -> (ha : @205) -> (hb : @223) -> (x : @7) -> @57 (@13 @112 @92 @22) @125
-@236 := @221 @9
-@238 := (x : @3) -> @58 @29
-@248 := {eb : @222} ->
-  {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @223) -> (x : @7) -> @57 (@14 @92 @22) @125
-@249 := @236 @10
-@251 := (x : @4) -> @83 @29
-@252 := @15 @22
-@253 := @57 @252
-@259 := {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @251) -> (x : @7) -> @253 @125
-@260 := @249 @17
-@261 := (x : @3) -> @59
-@267 := {t : @91} -> (ha : @261) -> (hb : @251) -> (x : @7) -> @253 (@20 @27)
-@268 := @260 @18
-@273 := (ha : @261) -> (hb : (x : @4) -> @84) -> (x : @7) -> @253 @21
-@276 := @268 @62 @87 @8
-@278 := @57 @16 @21
-@279 := List.nil.{0}
-@280 := List.cons.{0}
-@281 := @279 @89
-@282 := @280 @89
-@284 := @282 @16 @281
-@285 := @6 @89
-@286 := 0
-@290 := Prod.mk.{0, 0} @3 @89 @286
-@291 := @290 @16
-@292 := @279 @285
-@293 := @280 @285
-@295 := @293 @291 @292
-@296 := Bool.false
-@297 := LexLeanTarget.TargetSyntax.Function
-@298 := LexLeanTarget.TargetSyntax.Program.functions
-@299 := @298 @0
-@300 := @279 @3
-@301 := @279 @91
-@302 := LexLeanTarget.TargetSyntax.Ty.unit
-@303 := LexLeanTarget.TargetSyntax.Value.unit
-@306 := LexLeanTarget.TargetSyntax.Expr.value @302 @303
-@311 := LexLeanTarget.TargetSyntax.Function.mk @300 @301 @302 @306
-@316 := List.getD.{0} @297 @299 @286 @311
-@320 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.root @22 @286
-@321 := LexLeanPreservation.Rust.WTL
-@329 := {p : @23} -> {c : @24} -> {A : @25} -> @321 @29 @8 @22 @281 @301
-@331 := LexLeanPreservation.Rust.wtl_nil @0
-@332 := @321 @0
-@338 := {c : @24} -> {A : @25} -> @332 @8 @22 @281 @301
-@339 := @331 @1
-@340 := @332 @1
-@344 := {A : @25} -> @340 @22 @281 @301
-@345 := @339 @2
-@346 := @340 @2
-@347 := @346 @281
-@348 := @347 @301
-@349 := List.{0}
-@350 := @349 @89
-@351 := @349 @91
-@356 := @26 @112 @92 @99 @27 @29
-@361 := @321 @97 @112 @92 @29 @8
-@364 := @321 @95 @97 @112
-@366 := @282 @92 @27
-@367 := @364 @366
-@368 := @280 @91
-@370 := @368 @99 @29
-@380 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {v : @89} -> {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @356) -> (hs : @361) -> @367 @370
-@382 := LexLeanPreservation.Rust.wtl_cons @0
-@402 := {c : @24} ->
-  {A : @25} ->
-  {v : @89} ->
-  {t : @91} ->
-  {vs : @350} ->
-  {ts : @351} -> (h : @41 @92 @99 @27 @29) -> (hs : @332 @112 @92 @29 @8) -> @332 @97 @112 @366 @370
-@403 := @382 @1
-@419 := {A : @25} ->
-  {v : @89} ->
-  {t : @91} ->
-  {vs : @350} ->
-  {ts : @351} -> (h : @50 @99 @27 @29) -> (hs : @340 @92 @29 @8) -> @340 @112 @366 @370
-@420 := @403 @2
-@422 := @57 @27 @29
-@424 := @346 @29 @8
-@432 := {v : @89} ->
-  {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @422) -> (hs : @424) -> @346 @366 @370
-@433 := @420 @16
-@434 := @15 @99
-@436 := @57 @434 @29
-@437 := @15 @112
-@438 := @282 @437
-@446 := {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @436) -> (hs : @424) -> @346 (@438 @27) @370
-@447 := @433 @21
-@448 := @15 @27
-@450 := @57 @448 @21
-@451 := @15 @92
-@452 := @282 @451
-@454 := @346 (@452 @27)
-@455 := @368 @21
-@456 := @455 @29
-@461 := {vs : @350} -> {ts : @351} -> (h : @450) -> (hs : @424) -> @454 @456
-@462 := @447 @281
-@463 := @15 @29
-@465 := @57 @463 @21
-@466 := @347 @8
-@468 := @282 @434 @281
-@469 := @346 @468
-@473 := {ts : @351} -> (h : @465) -> (hs : @466) -> @469 @456
-@474 := @462 @301
-@476 := @282 @448 @281
-@477 := @346 @476
-@478 := @455 @301
-@481 := (h : @278) -> (hs : @348) -> @477 @478
-@482 := @474 @276
-@484 := @282 @463 @281
-@485 := @346 @484
-@487 := (hs : @348) -> @485 @478
-@488 := @482 @345
-@489 := @346 @284
-@490 := @489 @478
-@491 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.denote
-@492 := @491 @8
-@493 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.__fits_0
-@494 := @493 @8
-@496 := Coverage.Main.pairs @8
-@501 := @11 @4 @3 @10 @9 @496
-@503 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.root @8
-@504 := Ne.{1}
-@505 := LexLeanPreservation.Obs
-@506 := @504 @505
-@507 := LexLeanPreservation.Rel
-@510 := @506 (@507 @8 @22)
-@511 := LexLeanPreservation.Obs.stuck
-@514 := (f : @4) -> (v : @89) -> @510 @511
-@516 := LexLeanPreservation.Rust.rel_ne_stuck @494
-@522 := (v : @89) -> @506 (@507 (@493 @29) @22) @511
-@523 := @516 @501
-@527 := @506 (@507 @494 @501) @511
-@528 := @349 @285
-@529 := LexLeanPreservation.Rust.FunSem
-@535 := (n : @3) -> @529 @93 @95 @97 @22 @112
-@536 := Eq.{1}
-@537 := Option.{0}
-@538 := @537 @297
-@539 := @536 @538
-@546 := LexLeanRuntime.index (@349 @297) @297 (LexLeanRuntime.instIndexableList @297)
-@550 := @539 (@546 (@298 @93) @112)
-@551 := Option.some.{0}
-@552 := @551 @297
-@553 := @552 @92
-@554 := @550 @553
-@558 := @321 @104 @93 @95 @92
-@559 := LexLeanTarget.TargetSyntax.Function.types
-@560 := @559 @112
-@561 := @558 @560
-@562 := @537 @528
-@563 := @536 @562
-@564 := LexLeanTarget.TargetSemantics.bindAll
-@565 := LexLeanTarget.TargetSyntax.Function.parameters
-@570 := @563 (@564 (@565 @97) @112 @292)
-@571 := @551 @528
-@572 := @571 @92
-@573 := @570 @572
-@574 := @537 @4
-@575 := @536 @574
-@576 := LexLeanPreservation.Rust.fnFallible
-@579 := @575 (@576 @114 @93)
-@580 := @551 @4
-@581 := @580 @92
-@582 := @579 @581
-@583 := LexLeanPreservation.RunConv
-@584 := #13
-@588 := @583 @584 @104 @95 @92
-@590 := @506 @112 @511
-@591 := Exists.{1}
-@592 := LexLeanPreservation.Rust.ROut
-@593 := @591 @592
-@594 := And
-@595 := LexLeanPreservation.Rust.RealizesFn
-@599 := @594 (@595 @93 @95 @22)
-@600 := LexLeanPreservation.Rust.RCI
-@602 := @600 #15
-@603 := LexLeanPreservation.Rust.fnIdent
-@604 := @603 @584
-@611 := (hne : @590) -> @593 (fun (ro : @592) => @599 (@602 @604 @114 @22))
-@626 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @535) ->
-  (hfn : @554) -> (hwt : @561) -> (hbind : @573) -> (hF : @582) -> (hA : @588) -> @611
-@628 := LexLeanPreservation.Rust.compose @0
-@629 := @529 @0
-@634 := (n : @3) -> @629 @95 @97 @22 @112
-@635 := @546 @299
-@638 := @539 (@635 @112) @553
-@642 := @332 @93 @95 @92 @560
-@643 := @583 @0
-@646 := @643 @104 @95 @92
-@660 := {c : @24} ->
-  {A : @25} ->
-  {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @634) ->
-  (hfn : @638) -> (hwt : @642) -> (hbind : @573) -> (hF : @582) -> (hA : @646) -> @611
-@661 := @628 @1
-@662 := @629 @1
-@666 := (n : @3) -> @662 @97 @22 @112
-@669 := @340 @95 @92 @560
-@670 := @576 @1
-@673 := @575 (@670 @93) @581
-@674 := @600 @1
-@684 := (hbind : @573) ->
-  (hF : @673) -> (hA : @646) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@674 @604 @114 @22))
-@694 := {A : @25} ->
-  {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @666) -> (hfn : @638) -> (hwt : @669) -> @684
-@695 := @661 @2
-@697 := @662 @2 @22
-@699 := (n : @3) -> @697 @112
-@700 := @346 @92
-@701 := @700 @560
-@710 := {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @699) -> (hfn : @638) -> (hwt : @701) -> @684
-@711 := @695 @286
-@713 := (n : @3) -> @697 @286
-@714 := @635 @286
-@715 := @539 @714
-@716 := @715 @553
-@717 := @670 @286
-@718 := @575 @717
-@719 := @718 @581
-@720 := @643 @286
-@722 := @720 @95 @92
-@724 := @674 (@603 @286)
-@732 := (hF : @719) -> (hA : @722) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 @114 @22))
-@741 := {fn : @297} ->
-  {args : @350} ->
-  {env : @528} ->
-  {F : @4} -> {o : @505} -> (hB : @713) -> (hfn : @716) -> (hwt : @701) -> (hbind : @573) -> @732
-@742 := @711 @316
-@744 := @715 (@552 @316)
-@745 := @559 @316
-@746 := @700 @745
-@748 := @564 (@565 @316)
-@760 := {args : @350} ->
-  {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @713) -> (hfn : @744) -> (hwt : @746) -> (hbind : @563 (@748 @112 @292) @572) -> @732
-@761 := @742 @284
-@762 := @438 @281
-@764 := @346 @762 @745
-@767 := @282 (@15 @97) @281
-@771 := @563 (@748 @767 @292) @572
-@774 := @282 (@15 @93) @281
-@795 := {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @764) ->
-  (hbind : @771) ->
-  (hF : @719) ->
-  (hA : @720 @774 @92) ->
-  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 #12) @281) @22))
-@796 := @761 @295
-@797 := @452 @281
-@799 := @346 @797 @745
-@807 := @563 (@748 @762 @292) (@571 (@293 (@290 @437) @292))
-@810 := @282 (@15 @95) @281
-@829 := {F : @4} ->
-  {o : @505} ->
-  (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @799) ->
-  (hbind : @807) ->
-  (hF : @719) ->
-  (hA : @720 @810 @92) ->
-  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 @114) @281) @22))
-@830 := @796 @296
-@831 := @469 @745
-@839 := @563 (@748 @797 @292) (@571 (@293 (@290 @451) @292))
-@841 := @718 (@580 @296)
-@843 := @720 @767 @92
-@844 := @595 @296
-@863 := {o : @505} ->
-  (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @831) ->
-  (hbind : @839) ->
-  (hF : @841) ->
-  (hA : @843) ->
-  (hne : @590) -> @593 (fun (ro : @592) => @594 (@844 @95 @22) (@724 (@282 (@15 @104) @281) @22))
-@864 := @830 @492
-@865 := @477 @745
-@873 := @563 (@748 @468 @292) (@571 (@293 (@290 @434) @292))
-@874 := @720 @762
-@875 := @491 @112
-@876 := @874 @875
-@877 := @491 @97
-@895 := (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @865) ->
-  (hbind : @873) ->
-  (hF : @841) ->
-  (hA : @876) ->
-  (hne : @506 @877 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @93) @22) (@724 @774 @22))
-@896 := @864 @320
-@897 := @485 @745
-@905 := @563 (@748 @476 @292) (@571 (@293 (@290 @448) @292))
-@906 := @720 @797
-@907 := @491 @92
-@925 := (hfn : @744) ->
-  (hwt : @897) ->
-  (hbind : @905) ->
-  (hF : @841) ->
-  (hA : @906 @907) ->
-  (hne : @506 @875 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @95) @22) (@724 @810 @22))
-@926 := Eq.refl.{1}
-@929 := @896 (@926 @538 @714)
-@930 := @489 @745
-@938 := @563 (@748 @484 @292) (@571 (@293 (@290 @463) @292))
-@939 := @720 @468
-@940 := @491 @99
-@956 := (hwt : @930) ->
-  (hbind : @938) ->
-  (hF : @841) ->
-  (hA : @939 @940) ->
-  (hne : @506 @907 @511) -> @593 (fun (ro : @592) => @594 (@844 @877 @22) (@724 @767 @22))
-@957 := @929 @488
-@959 := @748 @284 @292
-@962 := @563 @959 (@571 @295)
-@963 := @720 @476
-@964 := @491 @27
-@979 := (hbind : @962) ->
-  (hF : @841) ->
-  (hA : @963 @964) ->
-  (hne : @506 @940 @511) -> @593 (fun (ro : @592) => @594 (@844 @875 @22) (@724 @762 @22))
-@982 := @957 (@926 @562 @959)
-@983 := @720 @484
-@984 := @491 @29
-@998 := (hF : @841) ->
-  (hA : @983 @984) ->
-  (hne : @506 @964 @511) -> @593 (fun (ro : @592) => @594 (@844 @907 @22) (@724 @797 @22))
-@1001 := @982 (@926 @574 @717)
-@1015 := (hA : @720 @284 @492) ->
-  (hne : @506 @984 @511) -> @593 (fun (ro : @592) => @594 (@844 @940 @22) (@724 @468 @22))
-@1016 := @1001 @503
-@1027 := (hne : @506 @492 @511) -> @593 (fun (ro : @592) => @594 (@844 @964 @22) (@724 @476 @22))
-@1028 := @1016 @523
-@1034 := @594 (@844 @984 @22) (@724 @484 @22)
-@1036 := @593 (fun (ro : @592) => @1034)
-@1038 := @593 (fun (__e_ro : @592) => @1034)
-@1042 := LexLeanPreservation.Rust.RepresentableL (@282 @252 @281)
-@1043 := (__e_hrep : @1042) -> @1038
-@1044 := fun (__e_hrep : @1042) => @1028
-@1045 := (p : @7) -> @1043
-@1046 := fun (p : @7) => @1044
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustStd.lex.tex
deleted file mode 100644
index e2f4e40ec..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,521 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.root : @1045 := @1046 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.flags
-@3 := Nat
-@4 := Bool
-@5 := Prod.{0, 0}
-@6 := @5 @3
-@7 := @6 @4
-@8 := #1
-@9 := LexLeanTarget.TargetSyntax.Value.nat
-@10 := LexLeanTarget.TargetSyntax.Value.bool
-@11 := LexLeanPreservation.encPair
-@12 := @11 @3
-@13 := @12 @4
-@14 := @13 @9
-@15 := @14 @10
-@16 := @15 @8
-@17 := LexLeanTarget.TargetSyntax.Ty.nat
-@18 := LexLeanTarget.TargetSyntax.Ty.bool
-@19 := LexLeanTarget.TargetSyntax.Ty.pair
-@20 := @19 @17
-@21 := @20 @18
-@22 := #0
-@23 := LexLeanTarget.TargetSyntax.Program
-@24 := LexLeanPreservation.Rust.RCrate
-@25 := LexLeanPreservation.Rust.Flags
-@26 := LexLeanPreservation.Rust.WT
-@27 := #3
-@28 := @26 @27
-@29 := #2
-@31 := @28 @29 @8
-@32 := @9 @22
-@38 := {p : @23} -> {c : @24} -> {A : @25} -> (n : @3) -> @31 @32 @17
-@40 := LexLeanPreservation.Rust.wt_nat @0
-@41 := @26 @0
-@43 := @41 @29 @8
-@48 := {c : @24} -> {A : @25} -> (n : @3) -> @43 @32 @17
-@49 := @40 @1
-@50 := @41 @1
-@51 := @50 @8
-@55 := {A : @25} -> (n : @3) -> @51 @32 @17
-@56 := @49 @2
-@57 := @50 @2
-@58 := @57 @32
-@59 := @58 @17
-@60 := (n : @3) -> @59
-@62 := fun (__x : @3) => @56 @22
-@63 := @10 @22
-@69 := {p : @23} -> {c : @24} -> {A : @25} -> (b : @4) -> @31 @63 @18
-@71 := LexLeanPreservation.Rust.wt_bool @0
-@76 := {c : @24} -> {A : @25} -> (b : @4) -> @43 @63 @18
-@77 := @71 @1
-@81 := {A : @25} -> (b : @4) -> @51 @63 @18
-@82 := @77 @2
-@83 := @57 @63
-@84 := @83 @18
-@85 := (b : @4) -> @84
-@87 := fun (__x : @4) => @82 @22
-@88 := Sort 1
-@89 := LexLeanTarget.TargetSyntax.Value
-@90 := (a._@._internal._hyg.#0 : @8) -> @89
-@91 := LexLeanTarget.TargetSyntax.Ty
-@92 := #5
-@93 := #9
-@94 := @26 @93
-@95 := #8
-@96 := @94 @95
-@97 := #7
-@98 := @96 @97
-@99 := #4
-@100 := @99 @22
-@103 := (x : @92) -> @98 @100 @29
-@104 := #10
-@110 := (x : @92) -> @26 @104 @93 @95 @100 @29
-@111 := @5 @97
-@112 := #6
-@113 := @111 @112
-@114 := #11
-@117 := @26 @114 @104 @93
-@122 := @11 @95 @97 @112 @92 @22
-@123 := @117 @122
-@125 := @19 @99 @27
-@138 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @103) -> (hb : @110) -> (x : @113) -> @123 @125
-@140 := LexLeanPreservation.Rust.wt_encPair @0
-@165 := {c : @24} ->
-  {A : @25} ->
-  {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} ->
-  {s : @91} ->
-  {t : @91} ->
-  (ha : (x : @92) -> @41 @95 @97 @100 @29) ->
-  (hb : (x : @92) -> @41 @93 @95 @100 @29) -> (x : @113) -> @41 @104 @93 @122 @125
-@166 := @140 @1
-@187 := {A : @25} ->
-  {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} ->
-  {s : @91} ->
-  {t : @91} ->
-  (ha : (x : @92) -> @50 @97 @100 @29) ->
-  (hb : (x : @92) -> @50 @95 @100 @29) -> (x : @113) -> @50 @93 @122 @125
-@188 := @166 @2
-@190 := @57 @100 @29
-@191 := (x : @92) -> @190
-@202 := {α : @88} ->
-  {β : @88} ->
-  {ea : @90} ->
-  {eb : @90} -> {s : @91} -> {t : @91} -> (ha : @191) -> (hb : @191) -> (x : @113) -> @57 @122 @125
-@203 := @188 @3
-@204 := (a._@._internal._hyg.#0 : @3) -> @89
-@205 := (x : @3) -> @190
-@220 := {β : @88} ->
-  {ea : @204} ->
-  {eb : @90} ->
-  {s : @91} ->
-  {t : @91} -> (ha : @205) -> (hb : @191) -> (x : @6 @112) -> @57 (@12 @97 @112 @92 @22) @125
-@221 := @203 @4
-@222 := (a._@._internal._hyg.#0 : @4) -> @89
-@223 := (x : @4) -> @190
-@235 := {ea : @204} ->
-  {eb : @222} ->
-  {s : @91} -> {t : @91} -> (ha : @205) -> (hb : @223) -> (x : @7) -> @57 (@13 @112 @92 @22) @125
-@236 := @221 @9
-@238 := (x : @3) -> @58 @29
-@248 := {eb : @222} ->
-  {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @223) -> (x : @7) -> @57 (@14 @92 @22) @125
-@249 := @236 @10
-@251 := (x : @4) -> @83 @29
-@252 := @15 @22
-@253 := @57 @252
-@259 := {s : @91} -> {t : @91} -> (ha : @238) -> (hb : @251) -> (x : @7) -> @253 @125
-@260 := @249 @17
-@261 := (x : @3) -> @59
-@267 := {t : @91} -> (ha : @261) -> (hb : @251) -> (x : @7) -> @253 (@20 @27)
-@268 := @260 @18
-@273 := (ha : @261) -> (hb : (x : @4) -> @84) -> (x : @7) -> @253 @21
-@276 := @268 @62 @87 @8
-@278 := @57 @16 @21
-@279 := List.nil.{0}
-@280 := List.cons.{0}
-@281 := @279 @89
-@282 := @280 @89
-@284 := @282 @16 @281
-@285 := @6 @89
-@286 := 0
-@290 := Prod.mk.{0, 0} @3 @89 @286
-@291 := @290 @16
-@292 := @279 @285
-@293 := @280 @285
-@295 := @293 @291 @292
-@296 := Bool.false
-@297 := LexLeanTarget.TargetSyntax.Function
-@298 := LexLeanTarget.TargetSyntax.Program.functions
-@299 := @298 @0
-@300 := @279 @3
-@301 := @279 @91
-@302 := LexLeanTarget.TargetSyntax.Ty.unit
-@303 := LexLeanTarget.TargetSyntax.Value.unit
-@306 := LexLeanTarget.TargetSyntax.Expr.value @302 @303
-@311 := LexLeanTarget.TargetSyntax.Function.mk @300 @301 @302 @306
-@316 := List.getD.{0} @297 @299 @286 @311
-@320 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.root @22 @286
-@321 := LexLeanPreservation.Rust.WTL
-@329 := {p : @23} -> {c : @24} -> {A : @25} -> @321 @29 @8 @22 @281 @301
-@331 := LexLeanPreservation.Rust.wtl_nil @0
-@332 := @321 @0
-@338 := {c : @24} -> {A : @25} -> @332 @8 @22 @281 @301
-@339 := @331 @1
-@340 := @332 @1
-@344 := {A : @25} -> @340 @22 @281 @301
-@345 := @339 @2
-@346 := @340 @2
-@347 := @346 @281
-@348 := @347 @301
-@349 := List.{0}
-@350 := @349 @89
-@351 := @349 @91
-@356 := @26 @112 @92 @99 @27 @29
-@361 := @321 @97 @112 @92 @29 @8
-@364 := @321 @95 @97 @112
-@366 := @282 @92 @27
-@367 := @364 @366
-@368 := @280 @91
-@370 := @368 @99 @29
-@380 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {v : @89} -> {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @356) -> (hs : @361) -> @367 @370
-@382 := LexLeanPreservation.Rust.wtl_cons @0
-@402 := {c : @24} ->
-  {A : @25} ->
-  {v : @89} ->
-  {t : @91} ->
-  {vs : @350} ->
-  {ts : @351} -> (h : @41 @92 @99 @27 @29) -> (hs : @332 @112 @92 @29 @8) -> @332 @97 @112 @366 @370
-@403 := @382 @1
-@419 := {A : @25} ->
-  {v : @89} ->
-  {t : @91} ->
-  {vs : @350} ->
-  {ts : @351} -> (h : @50 @99 @27 @29) -> (hs : @340 @92 @29 @8) -> @340 @112 @366 @370
-@420 := @403 @2
-@422 := @57 @27 @29
-@424 := @346 @29 @8
-@432 := {v : @89} ->
-  {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @422) -> (hs : @424) -> @346 @366 @370
-@433 := @420 @16
-@434 := @15 @99
-@436 := @57 @434 @29
-@437 := @15 @112
-@438 := @282 @437
-@446 := {t : @91} -> {vs : @350} -> {ts : @351} -> (h : @436) -> (hs : @424) -> @346 (@438 @27) @370
-@447 := @433 @21
-@448 := @15 @27
-@450 := @57 @448 @21
-@451 := @15 @92
-@452 := @282 @451
-@454 := @346 (@452 @27)
-@455 := @368 @21
-@456 := @455 @29
-@461 := {vs : @350} -> {ts : @351} -> (h : @450) -> (hs : @424) -> @454 @456
-@462 := @447 @281
-@463 := @15 @29
-@465 := @57 @463 @21
-@466 := @347 @8
-@468 := @282 @434 @281
-@469 := @346 @468
-@473 := {ts : @351} -> (h : @465) -> (hs : @466) -> @469 @456
-@474 := @462 @301
-@476 := @282 @448 @281
-@477 := @346 @476
-@478 := @455 @301
-@481 := (h : @278) -> (hs : @348) -> @477 @478
-@482 := @474 @276
-@484 := @282 @463 @281
-@485 := @346 @484
-@487 := (hs : @348) -> @485 @478
-@488 := @482 @345
-@489 := @346 @284
-@490 := @489 @478
-@491 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.denote
-@492 := @491 @8
-@493 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.__fits_0
-@494 := @493 @8
-@496 := Coverage.Main.pairs @8
-@501 := @11 @4 @3 @10 @9 @496
-@503 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.root @8
-@504 := Ne.{1}
-@505 := LexLeanPreservation.Obs
-@506 := @504 @505
-@507 := LexLeanPreservation.Rel
-@510 := @506 (@507 @8 @22)
-@511 := LexLeanPreservation.Obs.stuck
-@514 := (f : @4) -> (v : @89) -> @510 @511
-@516 := LexLeanPreservation.Rust.rel_ne_stuck @494
-@522 := (v : @89) -> @506 (@507 (@493 @29) @22) @511
-@523 := @516 @501
-@527 := @506 (@507 @494 @501) @511
-@528 := @349 @285
-@529 := LexLeanPreservation.Rust.FunSem
-@535 := (n : @3) -> @529 @93 @95 @97 @22 @112
-@536 := Eq.{1}
-@537 := Option.{0}
-@538 := @537 @297
-@539 := @536 @538
-@546 := LexLeanRuntime.index (@349 @297) @297 (LexLeanRuntime.instIndexableList @297)
-@550 := @539 (@546 (@298 @93) @112)
-@551 := Option.some.{0}
-@552 := @551 @297
-@553 := @552 @92
-@554 := @550 @553
-@558 := @321 @104 @93 @95 @92
-@559 := LexLeanTarget.TargetSyntax.Function.types
-@560 := @559 @112
-@561 := @558 @560
-@562 := @537 @528
-@563 := @536 @562
-@564 := LexLeanTarget.TargetSemantics.bindAll
-@565 := LexLeanTarget.TargetSyntax.Function.parameters
-@570 := @563 (@564 (@565 @97) @112 @292)
-@571 := @551 @528
-@572 := @571 @92
-@573 := @570 @572
-@574 := @537 @4
-@575 := @536 @574
-@576 := LexLeanPreservation.Rust.fnFallible
-@579 := @575 (@576 @114 @93)
-@580 := @551 @4
-@581 := @580 @92
-@582 := @579 @581
-@583 := LexLeanPreservation.RunConv
-@584 := #13
-@588 := @583 @584 @104 @95 @92
-@590 := @506 @112 @511
-@591 := Exists.{1}
-@592 := LexLeanPreservation.Rust.ROut
-@593 := @591 @592
-@594 := And
-@595 := LexLeanPreservation.Rust.RealizesFn
-@599 := @594 (@595 @93 @95 @22)
-@600 := LexLeanPreservation.Rust.RCI
-@602 := @600 #15
-@603 := LexLeanPreservation.Rust.fnIdent
-@604 := @603 @584
-@611 := (hne : @590) -> @593 (fun (ro : @592) => @599 (@602 @604 @114 @22))
-@626 := {p : @23} ->
-  {c : @24} ->
-  {A : @25} ->
-  {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @535) ->
-  (hfn : @554) -> (hwt : @561) -> (hbind : @573) -> (hF : @582) -> (hA : @588) -> @611
-@628 := LexLeanPreservation.Rust.compose @0
-@629 := @529 @0
-@634 := (n : @3) -> @629 @95 @97 @22 @112
-@635 := @546 @299
-@638 := @539 (@635 @112) @553
-@642 := @332 @93 @95 @92 @560
-@643 := @583 @0
-@646 := @643 @104 @95 @92
-@660 := {c : @24} ->
-  {A : @25} ->
-  {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @634) ->
-  (hfn : @638) -> (hwt : @642) -> (hbind : @573) -> (hF : @582) -> (hA : @646) -> @611
-@661 := @628 @1
-@662 := @629 @1
-@666 := (n : @3) -> @662 @97 @22 @112
-@669 := @340 @95 @92 @560
-@670 := @576 @1
-@673 := @575 (@670 @93) @581
-@674 := @600 @1
-@684 := (hbind : @573) ->
-  (hF : @673) -> (hA : @646) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@674 @604 @114 @22))
-@694 := {A : @25} ->
-  {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @666) -> (hfn : @638) -> (hwt : @669) -> @684
-@695 := @661 @2
-@697 := @662 @2 @22
-@699 := (n : @3) -> @697 @112
-@700 := @346 @92
-@701 := @700 @560
-@710 := {f : @3} ->
-  {fn : @297} ->
-  {args : @350} ->
-  {env : @528} -> {F : @4} -> {o : @505} -> (hB : @699) -> (hfn : @638) -> (hwt : @701) -> @684
-@711 := @695 @286
-@713 := (n : @3) -> @697 @286
-@714 := @635 @286
-@715 := @539 @714
-@716 := @715 @553
-@717 := @670 @286
-@718 := @575 @717
-@719 := @718 @581
-@720 := @643 @286
-@722 := @720 @95 @92
-@724 := @674 (@603 @286)
-@732 := (hF : @719) -> (hA : @722) -> (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 @114 @22))
-@741 := {fn : @297} ->
-  {args : @350} ->
-  {env : @528} ->
-  {F : @4} -> {o : @505} -> (hB : @713) -> (hfn : @716) -> (hwt : @701) -> (hbind : @573) -> @732
-@742 := @711 @316
-@744 := @715 (@552 @316)
-@745 := @559 @316
-@746 := @700 @745
-@748 := @564 (@565 @316)
-@760 := {args : @350} ->
-  {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @713) -> (hfn : @744) -> (hwt : @746) -> (hbind : @563 (@748 @112 @292) @572) -> @732
-@761 := @742 @284
-@762 := @438 @281
-@764 := @346 @762 @745
-@767 := @282 (@15 @97) @281
-@771 := @563 (@748 @767 @292) @572
-@774 := @282 (@15 @93) @281
-@795 := {env : @528} ->
-  {F : @4} ->
-  {o : @505} ->
-  (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @764) ->
-  (hbind : @771) ->
-  (hF : @719) ->
-  (hA : @720 @774 @92) ->
-  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 #12) @281) @22))
-@796 := @761 @295
-@797 := @452 @281
-@799 := @346 @797 @745
-@807 := @563 (@748 @762 @292) (@571 (@293 (@290 @437) @292))
-@810 := @282 (@15 @95) @281
-@829 := {F : @4} ->
-  {o : @505} ->
-  (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @799) ->
-  (hbind : @807) ->
-  (hF : @719) ->
-  (hA : @720 @810 @92) ->
-  (hne : @590) -> @593 (fun (ro : @592) => @599 (@724 (@282 (@15 @114) @281) @22))
-@830 := @796 @296
-@831 := @469 @745
-@839 := @563 (@748 @797 @292) (@571 (@293 (@290 @451) @292))
-@841 := @718 (@580 @296)
-@843 := @720 @767 @92
-@844 := @595 @296
-@863 := {o : @505} ->
-  (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @831) ->
-  (hbind : @839) ->
-  (hF : @841) ->
-  (hA : @843) ->
-  (hne : @590) -> @593 (fun (ro : @592) => @594 (@844 @95 @22) (@724 (@282 (@15 @104) @281) @22))
-@864 := @830 @492
-@865 := @477 @745
-@873 := @563 (@748 @468 @292) (@571 (@293 (@290 @434) @292))
-@874 := @720 @762
-@875 := @491 @112
-@876 := @874 @875
-@877 := @491 @97
-@895 := (hB : @713) ->
-  (hfn : @744) ->
-  (hwt : @865) ->
-  (hbind : @873) ->
-  (hF : @841) ->
-  (hA : @876) ->
-  (hne : @506 @877 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @93) @22) (@724 @774 @22))
-@896 := @864 @320
-@897 := @485 @745
-@905 := @563 (@748 @476 @292) (@571 (@293 (@290 @448) @292))
-@906 := @720 @797
-@907 := @491 @92
-@925 := (hfn : @744) ->
-  (hwt : @897) ->
-  (hbind : @905) ->
-  (hF : @841) ->
-  (hA : @906 @907) ->
-  (hne : @506 @875 @511) -> @593 (fun (ro : @592) => @594 (@844 (@491 @95) @22) (@724 @810 @22))
-@926 := Eq.refl.{1}
-@929 := @896 (@926 @538 @714)
-@930 := @489 @745
-@938 := @563 (@748 @484 @292) (@571 (@293 (@290 @463) @292))
-@939 := @720 @468
-@940 := @491 @99
-@956 := (hwt : @930) ->
-  (hbind : @938) ->
-  (hF : @841) ->
-  (hA : @939 @940) ->
-  (hne : @506 @907 @511) -> @593 (fun (ro : @592) => @594 (@844 @877 @22) (@724 @767 @22))
-@957 := @929 @488
-@959 := @748 @284 @292
-@962 := @563 @959 (@571 @295)
-@963 := @720 @476
-@964 := @491 @27
-@979 := (hbind : @962) ->
-  (hF : @841) ->
-  (hA : @963 @964) ->
-  (hne : @506 @940 @511) -> @593 (fun (ro : @592) => @594 (@844 @875 @22) (@724 @762 @22))
-@982 := @957 (@926 @562 @959)
-@983 := @720 @484
-@984 := @491 @29
-@998 := (hF : @841) ->
-  (hA : @983 @984) ->
-  (hne : @506 @964 @511) -> @593 (fun (ro : @592) => @594 (@844 @907 @22) (@724 @797 @22))
-@1001 := @982 (@926 @574 @717)
-@1015 := (hA : @720 @284 @492) ->
-  (hne : @506 @984 @511) -> @593 (fun (ro : @592) => @594 (@844 @940 @22) (@724 @468 @22))
-@1016 := @1001 @503
-@1027 := (hne : @506 @492 @511) -> @593 (fun (ro : @592) => @594 (@844 @964 @22) (@724 @476 @22))
-@1028 := @1016 @523
-@1034 := @594 (@844 @984 @22) (@724 @484 @22)
-@1036 := @593 (fun (ro : @592) => @1034)
-@1038 := @593 (fun (__e_ro : @592) => @1034)
-@1042 := LexLeanPreservation.Rust.RepresentableL (@282 @252 @281)
-@1043 := (__e_hrep : @1042) -> @1038
-@1044 := fun (__e_hrep : @1042) => @1028
-@1045 := (p : @7) -> @1043
-@1046 := fun (p : @7) => @1044
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustCore.lean
deleted file mode 100644
index 02612c762..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.pair .nat .bool)], result := (.pair .bool .nat),
-      body := (.build .pair (.pair .bool .nat) [(.second (.var 0)), (.first (.var 0))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .bool) }] (.pair .bool .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2))))), [(0, (.pair .nat .bool), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 1))) (Corr.second (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustStd.lean
deleted file mode 100644
index 0ba46b394..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.pair .nat .bool)], result := (.pair .bool .nat),
-      body := (.build .pair (.pair .bool .nat) [(.second (.var 0)), (.first (.var 0))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .bool) }] (.pair .bool .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 1)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 2))))), [(0, (.pair .nat .bool), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 1))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 1))) (Corr.second (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := .nat) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustCore.lex.tex
deleted file mode 100644
index 904847861..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,462 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.root : @914 := @915 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@65 := Prod.{0, 0} @3 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.__fits_0
-@326 := @324 @4 @15
-@330 := @5 (Coverage.Main.higher @4 @15)
-@333 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.root @4 @15
-@334 := Bool
-@335 := Ne.{1}
-@336 := LexLeanPreservation.Obs
-@337 := @335 @336
-@338 := LexLeanPreservation.Rel
-@341 := @337 (@338 @15 @17)
-@342 := LexLeanPreservation.Obs.stuck
-@345 := (f : @334) -> (v : @54) -> @341 @342
-@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
-@355 := @347 @330
-@359 := @337 (@338 @326 @330) @342
-@360 := @135 @65
-@361 := LexLeanPreservation.Rust.FunSem
-@362 := #9
-@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
-@369 := Eq.{1}
-@370 := Option.{0}
-@371 := @370 @82
-@372 := @369 @371
-@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@383 := @372 (@379 (@83 @362) @138)
-@384 := Option.some.{0}
-@385 := @384 @82
-@386 := @385 @140
-@387 := @383 @386
-@388 := #10
-@392 := @107 @388 @362 @152 @140
-@393 := LexLeanTarget.TargetSyntax.Function.types
-@394 := @393 @138
-@395 := @392 @394
-@396 := @370 @360
-@397 := @369 @396
-@398 := LexLeanTarget.TargetSemantics.bindAll
-@399 := LexLeanTarget.TargetSyntax.Function.parameters
-@404 := @397 (@398 (@399 @146) @138 @75)
-@405 := @384 @360
-@406 := @405 @140
-@407 := @404 @406
-@408 := @370 @334
-@409 := @369 @408
-@410 := LexLeanPreservation.Rust.fnFallible
-@411 := #11
-@414 := @409 (@410 @411 @362)
-@415 := @384 @334
-@416 := @415 @140
-@417 := @414 @416
-@418 := LexLeanPreservation.RunConv
-@419 := #13
-@423 := @418 @419 @388 @152 @140
-@425 := @337 @138 @342
-@426 := Exists.{1}
-@427 := LexLeanPreservation.Rust.ROut
-@428 := @426 @427
-@429 := And
-@430 := LexLeanPreservation.Rust.RealizesFn
-@434 := @429 (@430 @362 @152 @17)
-@435 := LexLeanPreservation.Rust.RCI
-@437 := @435 #15
-@438 := LexLeanPreservation.Rust.fnIdent
-@439 := @438 @419
-@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
-@461 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @368) ->
-  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
-@463 := LexLeanPreservation.Rust.compose @0
-@464 := @361 @0
-@469 := (n : @3) -> @464 @152 @146 @17 @138
-@470 := @379 @84
-@473 := @372 (@470 @138) @386
-@477 := @118 @362 @152 @140 @394
-@478 := @418 @0
-@481 := @478 @388 @152 @140
-@495 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @469) ->
-  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
-@496 := @463 @1
-@497 := @464 @1
-@501 := (n : @3) -> @497 @146 @17 @138
-@504 := @126 @152 @140 @394
-@505 := @410 @1
-@508 := @409 (@505 @362) @416
-@509 := @435 @1
-@519 := (hbind : @407) ->
-  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
-@529 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
-@530 := @496 @2
-@532 := @497 @2 @17
-@534 := (n : @3) -> @532 @138
-@535 := @132 @140
-@536 := @535 @394
-@545 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
-@546 := @530 @72
-@548 := (n : @3) -> @532 @72
-@549 := @470 @72
-@550 := @372 @549
-@551 := @550 @386
-@552 := @505 @72
-@553 := @409 @552
-@554 := @553 @416
-@555 := @478 @72
-@557 := @555 @152 @140
-@559 := @509 (@438 @72)
-@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
-@576 := {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
-@577 := @546 @102
-@579 := @550 (@385 @102)
-@580 := @393 @102
-@581 := @535 @580
-@583 := @398 (@399 @102)
-@595 := {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
-@596 := @577 @62
-@598 := @282 (@229 @57)
-@600 := @132 @598 @580
-@602 := @58 (@5 @152)
-@604 := @602 (@282 @57)
-@608 := @397 (@583 @604 @75) @406
-@610 := @58 (@5 @388)
-@612 := @58 (@5 @362)
-@614 := @610 (@612 @57)
-@616 := @555 @614 @140
-@618 := @58 (@5 @419)
-@621 := @58 (@5 #12)
-@638 := {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @600) ->
-  (hbind : @608) ->
-  (hF : @554) ->
-  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
-@639 := @596 @80
-@641 := @229 (@243 @57)
-@643 := @132 @641 @580
-@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@656 := @612 (@602 @57)
-@658 := @555 @656 @140
-@660 := @58 (@5 @411)
-@676 := {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @643) ->
-  (hbind : @654) ->
-  (hF : @554) ->
-  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
-@677 := @639 @81
-@678 := @301 @580
-@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@691 := @553 (@415 @81)
-@693 := @555 @604 @140
-@694 := @430 @81
-@712 := {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @678) ->
-  (hbind : @689) ->
-  (hF : @691) ->
-  (hA : @693) ->
-  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
-@713 := @677 @323
-@714 := @308 @580
-@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@726 := @555 @598
-@728 := @321 @146 @138
-@729 := @726 @728
-@731 := @321 @152 @146
-@750 := (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @714) ->
-  (hbind : @725) ->
-  (hF : @691) ->
-  (hA : @729) ->
-  (hne : @337 @731 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
-@751 := @713 @106
-@752 := @315 @580
-@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@764 := @555 @641
-@766 := @321 @138 @140
-@785 := (hfn : @579) ->
-  (hwt : @752) ->
-  (hbind : @763) ->
-  (hF : @691) ->
-  (hA : @764 @766) ->
-  (hne : @337 @728 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
-@786 := Eq.refl.{1}
-@789 := @751 (@786 @371 @549)
-@790 := @319 @580
-@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@802 := @555 @300
-@804 := @321 @140 @142
-@820 := (hwt : @790) ->
-  (hbind : @801) ->
-  (hF : @691) ->
-  (hA : @802 @804) ->
-  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
-@821 := @789 @318
-@823 := @583 @62 @75
-@826 := @397 @823 (@405 @80)
-@827 := @555 @307
-@829 := @321 @142 @12
-@844 := (hbind : @826) ->
-  (hF : @691) ->
-  (hA : @827 @829) ->
-  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
-@847 := @821 (@786 @396 @823)
-@848 := @555 @314
-@850 := @321 @12 @4
-@864 := (hF : @691) ->
-  (hA : @848 @850) ->
-  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
-@867 := @847 (@786 @408 @552)
-@881 := (hA : @555 @62 @323) ->
-  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
-@882 := @867 @333
-@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
-@894 := @882 @355
-@900 := @429 (@694 @850 @17) (@559 @314 @17)
-@902 := @428 (fun (ro : @427) => @900)
-@904 := @428 (fun (__e_ro : @427) => @900)
-@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@910 := (__e_hrep : @909) -> @904
-@911 := fun (__e_hrep : @909) => @894
-@912 := (offset : @3) -> @910
-@913 := fun (offset : @3) => @911
-@914 := (base : @3) -> @912
-@915 := fun (base : @3) => @913
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustStd.lex.tex
deleted file mode 100644
index 9f2580920..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,462 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.root : @914 := @915 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@65 := Prod.{0, 0} @3 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.__fits_0
-@326 := @324 @4 @15
-@330 := @5 (Coverage.Main.higher @4 @15)
-@333 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.root @4 @15
-@334 := Bool
-@335 := Ne.{1}
-@336 := LexLeanPreservation.Obs
-@337 := @335 @336
-@338 := LexLeanPreservation.Rel
-@341 := @337 (@338 @15 @17)
-@342 := LexLeanPreservation.Obs.stuck
-@345 := (f : @334) -> (v : @54) -> @341 @342
-@347 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@354 := (v : @54) -> @337 (@338 (@324 @12 @4) @17) @342
-@355 := @347 @330
-@359 := @337 (@338 @326 @330) @342
-@360 := @135 @65
-@361 := LexLeanPreservation.Rust.FunSem
-@362 := #9
-@368 := (n : @3) -> @361 @362 @152 @146 @17 @138
-@369 := Eq.{1}
-@370 := Option.{0}
-@371 := @370 @82
-@372 := @369 @371
-@379 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@383 := @372 (@379 (@83 @362) @138)
-@384 := Option.some.{0}
-@385 := @384 @82
-@386 := @385 @140
-@387 := @383 @386
-@388 := #10
-@392 := @107 @388 @362 @152 @140
-@393 := LexLeanTarget.TargetSyntax.Function.types
-@394 := @393 @138
-@395 := @392 @394
-@396 := @370 @360
-@397 := @369 @396
-@398 := LexLeanTarget.TargetSemantics.bindAll
-@399 := LexLeanTarget.TargetSyntax.Function.parameters
-@404 := @397 (@398 (@399 @146) @138 @75)
-@405 := @384 @360
-@406 := @405 @140
-@407 := @404 @406
-@408 := @370 @334
-@409 := @369 @408
-@410 := LexLeanPreservation.Rust.fnFallible
-@411 := #11
-@414 := @409 (@410 @411 @362)
-@415 := @384 @334
-@416 := @415 @140
-@417 := @414 @416
-@418 := LexLeanPreservation.RunConv
-@419 := #13
-@423 := @418 @419 @388 @152 @140
-@425 := @337 @138 @342
-@426 := Exists.{1}
-@427 := LexLeanPreservation.Rust.ROut
-@428 := @426 @427
-@429 := And
-@430 := LexLeanPreservation.Rust.RealizesFn
-@434 := @429 (@430 @362 @152 @17)
-@435 := LexLeanPreservation.Rust.RCI
-@437 := @435 #15
-@438 := LexLeanPreservation.Rust.fnIdent
-@439 := @438 @419
-@446 := (hne : @425) -> @428 (fun (ro : @427) => @434 (@437 @439 @411 @17))
-@461 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @368) ->
-  (hfn : @387) -> (hwt : @395) -> (hbind : @407) -> (hF : @417) -> (hA : @423) -> @446
-@463 := LexLeanPreservation.Rust.compose @0
-@464 := @361 @0
-@469 := (n : @3) -> @464 @152 @146 @17 @138
-@470 := @379 @84
-@473 := @372 (@470 @138) @386
-@477 := @118 @362 @152 @140 @394
-@478 := @418 @0
-@481 := @478 @388 @152 @140
-@495 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @469) ->
-  (hfn : @473) -> (hwt : @477) -> (hbind : @407) -> (hF : @417) -> (hA : @481) -> @446
-@496 := @463 @1
-@497 := @464 @1
-@501 := (n : @3) -> @497 @146 @17 @138
-@504 := @126 @152 @140 @394
-@505 := @410 @1
-@508 := @409 (@505 @362) @416
-@509 := @435 @1
-@519 := (hbind : @407) ->
-  (hF : @508) -> (hA : @481) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@509 @439 @411 @17))
-@529 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @501) -> (hfn : @473) -> (hwt : @504) -> @519
-@530 := @496 @2
-@532 := @497 @2 @17
-@534 := (n : @3) -> @532 @138
-@535 := @132 @140
-@536 := @535 @394
-@545 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @360} -> {F : @334} -> {o : @336} -> (hB : @534) -> (hfn : @473) -> (hwt : @536) -> @519
-@546 := @530 @72
-@548 := (n : @3) -> @532 @72
-@549 := @470 @72
-@550 := @372 @549
-@551 := @550 @386
-@552 := @505 @72
-@553 := @409 @552
-@554 := @553 @416
-@555 := @478 @72
-@557 := @555 @152 @140
-@559 := @509 (@438 @72)
-@567 := (hF : @554) -> (hA : @557) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 @411 @17))
-@576 := {fn : @82} ->
-  {args : @136} ->
-  {env : @360} ->
-  {F : @334} -> {o : @336} -> (hB : @548) -> (hfn : @551) -> (hwt : @536) -> (hbind : @407) -> @567
-@577 := @546 @102
-@579 := @550 (@385 @102)
-@580 := @393 @102
-@581 := @535 @580
-@583 := @398 (@399 @102)
-@595 := {args : @136} ->
-  {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) -> (hfn : @579) -> (hwt : @581) -> (hbind : @397 (@583 @138 @75) @406) -> @567
-@596 := @577 @62
-@598 := @282 (@229 @57)
-@600 := @132 @598 @580
-@602 := @58 (@5 @152)
-@604 := @602 (@282 @57)
-@608 := @397 (@583 @604 @75) @406
-@610 := @58 (@5 @388)
-@612 := @58 (@5 @362)
-@614 := @610 (@612 @57)
-@616 := @555 @614 @140
-@618 := @58 (@5 @419)
-@621 := @58 (@5 #12)
-@638 := {env : @360} ->
-  {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @600) ->
-  (hbind : @608) ->
-  (hF : @554) ->
-  (hA : @616) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@618 (@621 @57)) @17))
-@639 := @596 @80
-@641 := @229 (@243 @57)
-@643 := @132 @641 @580
-@654 := @397 (@583 @598 @75) (@405 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@656 := @612 (@602 @57)
-@658 := @555 @656 @140
-@660 := @58 (@5 @411)
-@676 := {F : @334} ->
-  {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @643) ->
-  (hbind : @654) ->
-  (hF : @554) ->
-  (hA : @658) -> (hne : @425) -> @428 (fun (ro : @427) => @434 (@559 (@621 (@660 @57)) @17))
-@677 := @639 @81
-@678 := @301 @580
-@689 := @397 (@583 @641 @75) (@405 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@691 := @553 (@415 @81)
-@693 := @555 @604 @140
-@694 := @430 @81
-@712 := {o : @336} ->
-  (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @678) ->
-  (hbind : @689) ->
-  (hF : @691) ->
-  (hA : @693) ->
-  (hne : @425) -> @428 (fun (ro : @427) => @429 (@694 @152 @17) (@559 (@660 (@610 @57)) @17))
-@713 := @677 @323
-@714 := @308 @580
-@725 := @397 (@583 @300 @75) (@405 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@726 := @555 @598
-@728 := @321 @146 @138
-@729 := @726 @728
-@731 := @321 @152 @146
-@750 := (hB : @548) ->
-  (hfn : @579) ->
-  (hwt : @714) ->
-  (hbind : @725) ->
-  (hF : @691) ->
-  (hA : @729) ->
-  (hne : @337 @731 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @388 @362) @17) (@559 @614 @17))
-@751 := @713 @106
-@752 := @315 @580
-@763 := @397 (@583 @307 @75) (@405 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@764 := @555 @641
-@766 := @321 @138 @140
-@785 := (hfn : @579) ->
-  (hwt : @752) ->
-  (hbind : @763) ->
-  (hF : @691) ->
-  (hA : @764 @766) ->
-  (hne : @337 @728 @342) ->
-  @428 (fun (ro : @427) => @429 (@694 (@321 @362 @152) @17) (@559 @656 @17))
-@786 := Eq.refl.{1}
-@789 := @751 (@786 @371 @549)
-@790 := @319 @580
-@801 := @397 (@583 @314 @75) (@405 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@802 := @555 @300
-@804 := @321 @140 @142
-@820 := (hwt : @790) ->
-  (hbind : @801) ->
-  (hF : @691) ->
-  (hA : @802 @804) ->
-  (hne : @337 @766 @342) -> @428 (fun (ro : @427) => @429 (@694 @731 @17) (@559 @604 @17))
-@821 := @789 @318
-@823 := @583 @62 @75
-@826 := @397 @823 (@405 @80)
-@827 := @555 @307
-@829 := @321 @142 @12
-@844 := (hbind : @826) ->
-  (hF : @691) ->
-  (hA : @827 @829) ->
-  (hne : @337 @804 @342) -> @428 (fun (ro : @427) => @429 (@694 @728 @17) (@559 @598 @17))
-@847 := @821 (@786 @396 @823)
-@848 := @555 @314
-@850 := @321 @12 @4
-@864 := (hF : @691) ->
-  (hA : @848 @850) ->
-  (hne : @337 @829 @342) -> @428 (fun (ro : @427) => @429 (@694 @766 @17) (@559 @641 @17))
-@867 := @847 (@786 @408 @552)
-@881 := (hA : @555 @62 @323) ->
-  (hne : @337 @850 @342) -> @428 (fun (ro : @427) => @429 (@694 @804 @17) (@559 @300 @17))
-@882 := @867 @333
-@893 := (hne : @337 @323 @342) -> @428 (fun (ro : @427) => @429 (@694 @829 @17) (@559 @307 @17))
-@894 := @882 @355
-@900 := @429 (@694 @850 @17) (@559 @314 @17)
-@902 := @428 (fun (ro : @427) => @900)
-@904 := @428 (fun (__e_ro : @427) => @900)
-@909 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@910 := (__e_hrep : @909) -> @904
-@911 := fun (__e_hrep : @909) => @894
-@912 := (offset : @3) -> @910
-@913 := fun (offset : @3) => @911
-@914 := (base : @3) -> @912
-@915 := fun (base : @3) => @913
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustCore.lean
deleted file mode 100644
index faa15cb6b..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustCore.lean
+++ /dev/null
@@ -1,67 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) (.prim .natAdd [(.call 1 [(.closure 2 [(.var 2), (.var 1)]), (.var 0)]), (.prim .natAdd [(.apply (.closure 3 [(.var 2)]) [(.var 0)]), (.call 1 [(.closure 4 []), (.var 1)])])])) },
-    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
-      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
-    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.prim .natMul [(.var 2), (.var 0)]), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.prim .natSub [(.var 1), (.var 0)]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [.nat, .nat] }, { number := 3, fields := [.nat] }, { number := 4, fields := [] }]),
-    (.apply 0 [.nat] .nat true [{ function := 2, captures := [.copy, .copy], functionFallible := true }, { function := 3, captures := [.copy], functionFallible := false }, { function := 4, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], .nat), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .nat]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))]) (tail := (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
-    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))], (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | _ + 5 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustStd.lean
deleted file mode 100644
index cddecbc09..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustStd.lean
+++ /dev/null
@@ -1,67 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.«let» 2 .nat (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) (.prim .natAdd [(.call 1 [(.closure 2 [(.var 2), (.var 1)]), (.var 0)]), (.prim .natAdd [(.apply (.closure 3 [(.var 2)]) [(.var 0)]), (.call 1 [(.closure 4 []), (.var 1)])])])) },
-    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
-      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
-    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.prim .natMul [(.var 2), (.var 0)]), (.var 1)]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.prim .natSub [(.var 1), (.var 0)]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [.nat, .nat] }, { number := 3, fields := [.nat] }, { number := 4, fields := [] }]),
-    (.apply 0 [.nat] .nat true [{ function := 2, captures := [.copy, .copy], functionFallible := true }, { function := 3, captures := [.copy], functionFallible := false }, { function := 4, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))] (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], .nat), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)))), (.mk (.bind (.generated .operand 6)) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 2)), (.copy (.generated .binding 1))]), (.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .nat]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))] (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)))), (.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.construct (.closure 0 4) []), (.copy (.generated .binding 1))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.construct (.closure 0 3) [(.copy (.generated .binding 2))]))]) (tail := (.apply (.generated .callee 3) [(.copy (.generated .binding 0))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 8) [(.block (.mk [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
-    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 9)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 9) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 12)) none (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))] (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 0)))], (.call (.runtime .natSub) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | _ + 5 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/Compose/RustStd.lex.tex
deleted file mode 100644
index 30f54881c..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,463 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.root : @926 := @927 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.flags
-@3 := Nat
-@4 := List.{0}
-@5 := @4 @3
-@6 := #1
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encList
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.list
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := #3
-@21 := @19 @20
-@22 := #2
-@24 := @21 @22 @6
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @22 @6 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@48 := {A : @18} -> (n : @3) -> @43 @6 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @22 @15
-@69 := (x : @22) -> @65 @66 @6
-@70 := @4 @20
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @20 @15
-@78 := @74 @77
-@79 := @13 @22
-@88 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encList @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @22) -> @92 @66 @6) -> (xs : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @22) -> @108 @66 @6) -> (xs : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @6
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @22) -> @123) -> (xs : @70) -> @50 @77 @79
-@132 := @121 @3
-@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
-  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @6
-@146 := @10 @15
-@147 := @50 @146
-@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
-@152 := @143 @12
-@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := List.nil.{0}
-@162 := List.cons.{0}
-@163 := @161 @57
-@164 := @162 @57
-@166 := @164 @11 @163
-@169 := Prod.{0, 0} @3 @57
-@170 := 0
-@174 := Prod.mk.{0, 0} @3 @57 @170
-@175 := @174 @11
-@176 := @161 @169
-@177 := @162 @169
-@179 := @177 @175 @176
-@180 := Bool.false
-@181 := LexLeanTarget.TargetSyntax.Function
-@182 := LexLeanTarget.TargetSyntax.Program.functions
-@183 := @182 @0
-@184 := @161 @3
-@185 := @161 @59
-@186 := LexLeanTarget.TargetSyntax.Ty.unit
-@187 := LexLeanTarget.TargetSyntax.Value.unit
-@190 := LexLeanTarget.TargetSyntax.Expr.value @186 @187
-@195 := LexLeanTarget.TargetSyntax.Function.mk @184 @185 @186 @190
-@200 := List.getD.{0} @181 @183 @170 @195
-@204 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.root @15 @170
-@205 := LexLeanPreservation.Rust.WTL
-@213 := {p : @16} -> {c : @17} -> {A : @18} -> @205 @22 @6 @15 @163 @185
-@215 := LexLeanPreservation.Rust.wtl_nil @0
-@216 := @205 @0
-@222 := {c : @17} -> {A : @18} -> @216 @6 @15 @163 @185
-@223 := @215 @1
-@224 := @216 @1
-@228 := {A : @18} -> @224 @15 @163 @185
-@229 := @223 @2
-@230 := @224 @2
-@231 := @230 @163
-@232 := @231 @185
-@233 := @4 @57
-@234 := @4 @59
-@236 := @65 @20 @22
-@241 := @205 @71 @60 @62 @22 @6
-@242 := #8
-@245 := @205 @242 @71 @60
-@247 := @164 @62 @20
-@248 := @245 @247
-@249 := @162 @59
-@251 := @249 @64 @22
-@261 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @236) -> (hs : @241) -> @248 @251
-@263 := LexLeanPreservation.Rust.wtl_cons @0
-@281 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @233} ->
-  {ts : @234} -> (h : @92 @20 @22) -> (hs : @216 @60 @62 @22 @6) -> @216 @71 @60 @247 @251
-@282 := @263 @1
-@297 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @233} -> {ts : @234} -> (h : @108 @20 @22) -> (hs : @224 @62 @22 @6) -> @224 @60 @247 @251
-@298 := @282 @2
-@300 := @50 @20 @22
-@302 := @230 @22 @6
-@310 := {v : @57} ->
-  {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @300) -> (hs : @302) -> @230 @247 @251
-@311 := @298 @11
-@312 := @10 @64
-@314 := @50 @312 @22
-@315 := @10 @60
-@316 := @164 @315
-@324 := {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @314) -> (hs : @302) -> @230 (@316 @20) @251
-@325 := @311 @14
-@326 := @10 @20
-@328 := @50 @326 @14
-@329 := @10 @62
-@330 := @164 @329
-@332 := @230 (@330 @20)
-@333 := @249 @14
-@334 := @333 @22
-@339 := {vs : @233} -> {ts : @234} -> (h : @328) -> (hs : @302) -> @332 @334
-@340 := @325 @163
-@341 := @10 @22
-@343 := @50 @341 @14
-@344 := @231 @6
-@346 := @164 @312 @163
-@347 := @230 @346
-@351 := {ts : @234} -> (h : @343) -> (hs : @344) -> @347 @334
-@352 := @340 @185
-@354 := @164 @326 @163
-@355 := @230 @354
-@356 := @333 @185
-@359 := (h : @160) -> (hs : @232) -> @355 @356
-@360 := @352 @158
-@362 := @164 @341 @163
-@363 := @230 @362
-@365 := (hs : @232) -> @363 @356
-@366 := @360 @229
-@367 := @230 @166
-@368 := @367 @356
-@369 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.denote
-@370 := @369 @6
-@371 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.__fits_0
-@372 := @371 @6
-@374 := Coverage.Main.mapped @6
-@375 := Bool
-@376 := LexLeanTarget.TargetSyntax.Value.bool
-@379 := @8 @375 @376 @374
-@381 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.root @6
-@382 := Ne.{1}
-@383 := LexLeanPreservation.Obs
-@384 := @382 @383
-@385 := LexLeanPreservation.Rel
-@388 := @384 (@385 @6 @15)
-@389 := LexLeanPreservation.Obs.stuck
-@392 := (f : @375) -> (v : @57) -> @388 @389
-@394 := LexLeanPreservation.Rust.rel_ne_stuck @372
-@400 := (v : @57) -> @384 (@385 (@371 @22) @15) @389
-@401 := @394 @379
-@405 := @384 (@385 @372 @379) @389
-@406 := @4 @169
-@407 := LexLeanPreservation.Rust.FunSem
-@408 := #9
-@414 := (n : @3) -> @407 @408 @242 @71 @15 @60
-@415 := Eq.{1}
-@416 := Option.{0}
-@417 := @416 @181
-@418 := @415 @417
-@425 := LexLeanRuntime.index (@4 @181) @181 (LexLeanRuntime.instIndexableList @181)
-@429 := @418 (@425 (@182 @408) @60)
-@430 := Option.some.{0}
-@431 := @430 @181
-@432 := @431 @62
-@433 := @429 @432
-@434 := #10
-@438 := @205 @434 @408 @242 @62
-@439 := LexLeanTarget.TargetSyntax.Function.types
-@440 := @439 @60
-@441 := @438 @440
-@442 := @416 @406
-@443 := @415 @442
-@444 := LexLeanTarget.TargetSemantics.bindAll
-@445 := LexLeanTarget.TargetSyntax.Function.parameters
-@450 := @443 (@444 (@445 @71) @60 @176)
-@451 := @430 @406
-@452 := @451 @62
-@453 := @450 @452
-@454 := @416 @375
-@455 := @415 @454
-@456 := LexLeanPreservation.Rust.fnFallible
-@457 := #11
-@460 := @455 (@456 @457 @408)
-@461 := @430 @375
-@462 := @461 @62
-@463 := @460 @462
-@464 := LexLeanPreservation.RunConv
-@465 := #13
-@469 := @464 @465 @434 @242 @62
-@471 := @384 @60 @389
-@472 := Exists.{1}
-@473 := LexLeanPreservation.Rust.ROut
-@474 := @472 @473
-@475 := And
-@476 := LexLeanPreservation.Rust.RealizesFn
-@480 := @475 (@476 @408 @242 @15)
-@481 := LexLeanPreservation.Rust.RCI
-@483 := @481 #15
-@484 := LexLeanPreservation.Rust.fnIdent
-@485 := @484 @465
-@492 := (hne : @471) -> @474 (fun (ro : @473) => @480 (@483 @485 @457 @15))
-@507 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @406} ->
-  {F : @375} ->
-  {o : @383} ->
-  (hB : @414) ->
-  (hfn : @433) -> (hwt : @441) -> (hbind : @453) -> (hF : @463) -> (hA : @469) -> @492
-@509 := LexLeanPreservation.Rust.compose @0
-@510 := @407 @0
-@515 := (n : @3) -> @510 @242 @71 @15 @60
-@516 := @425 @183
-@519 := @418 (@516 @60) @432
-@523 := @216 @408 @242 @62 @440
-@524 := @464 @0
-@527 := @524 @434 @242 @62
-@541 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @406} ->
-  {F : @375} ->
-  {o : @383} ->
-  (hB : @515) ->
-  (hfn : @519) -> (hwt : @523) -> (hbind : @453) -> (hF : @463) -> (hA : @527) -> @492
-@542 := @509 @1
-@543 := @510 @1
-@547 := (n : @3) -> @543 @71 @15 @60
-@550 := @224 @242 @62 @440
-@551 := @456 @1
-@554 := @455 (@551 @408) @462
-@555 := @481 @1
-@565 := (hbind : @453) ->
-  (hF : @554) -> (hA : @527) -> (hne : @471) -> @474 (fun (ro : @473) => @480 (@555 @485 @457 @15))
-@575 := {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @406} -> {F : @375} -> {o : @383} -> (hB : @547) -> (hfn : @519) -> (hwt : @550) -> @565
-@576 := @542 @2
-@578 := @543 @2 @15
-@580 := (n : @3) -> @578 @60
-@581 := @230 @62
-@582 := @581 @440
-@591 := {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @406} -> {F : @375} -> {o : @383} -> (hB : @580) -> (hfn : @519) -> (hwt : @582) -> @565
-@592 := @576 @170
-@594 := (n : @3) -> @578 @170
-@595 := @516 @170
-@596 := @418 @595
-@597 := @596 @432
-@598 := @551 @170
-@599 := @455 @598
-@600 := @599 @462
-@601 := @524 @170
-@603 := @601 @242 @62
-@605 := @555 (@484 @170)
-@613 := (hF : @600) -> (hA : @603) -> (hne : @471) -> @474 (fun (ro : @473) => @480 (@605 @457 @15))
-@622 := {fn : @181} ->
-  {args : @233} ->
-  {env : @406} ->
-  {F : @375} -> {o : @383} -> (hB : @594) -> (hfn : @597) -> (hwt : @582) -> (hbind : @453) -> @613
-@623 := @592 @200
-@625 := @596 (@431 @200)
-@626 := @439 @200
-@627 := @581 @626
-@629 := @444 (@445 @200)
-@641 := {args : @233} ->
-  {env : @406} ->
-  {F : @375} ->
-  {o : @383} ->
-  (hB : @594) -> (hfn : @625) -> (hwt : @627) -> (hbind : @443 (@629 @60 @176) @452) -> @613
-@642 := @623 @166
-@643 := @316 @163
-@645 := @230 @643 @626
-@648 := @164 (@10 @71) @163
-@652 := @443 (@629 @648 @176) @452
-@655 := @164 (@10 @408) @163
-@676 := {env : @406} ->
-  {F : @375} ->
-  {o : @383} ->
-  (hB : @594) ->
-  (hfn : @625) ->
-  (hwt : @645) ->
-  (hbind : @652) ->
-  (hF : @600) ->
-  (hA : @601 @655 @62) ->
-  (hne : @471) -> @474 (fun (ro : @473) => @480 (@605 (@164 (@10 #12) @163) @15))
-@677 := @642 @179
-@678 := @330 @163
-@680 := @230 @678 @626
-@688 := @443 (@629 @643 @176) (@451 (@177 (@174 @315) @176))
-@691 := @164 (@10 @242) @163
-@710 := {F : @375} ->
-  {o : @383} ->
-  (hB : @594) ->
-  (hfn : @625) ->
-  (hwt : @680) ->
-  (hbind : @688) ->
-  (hF : @600) ->
-  (hA : @601 @691 @62) ->
-  (hne : @471) -> @474 (fun (ro : @473) => @480 (@605 (@164 (@10 @457) @163) @15))
-@711 := @677 @180
-@712 := @347 @626
-@720 := @443 (@629 @678 @176) (@451 (@177 (@174 @329) @176))
-@722 := @599 (@461 @180)
-@724 := @601 @648 @62
-@725 := @476 @180
-@744 := {o : @383} ->
-  (hB : @594) ->
-  (hfn : @625) ->
-  (hwt : @712) ->
-  (hbind : @720) ->
-  (hF : @722) ->
-  (hA : @724) ->
-  (hne : @471) -> @474 (fun (ro : @473) => @475 (@725 @242 @15) (@605 (@164 (@10 @434) @163) @15))
-@745 := @711 @370
-@746 := @355 @626
-@754 := @443 (@629 @346 @176) (@451 (@177 (@174 @312) @176))
-@755 := @601 @643
-@756 := @369 @60
-@757 := @755 @756
-@758 := @369 @71
-@776 := (hB : @594) ->
-  (hfn : @625) ->
-  (hwt : @746) ->
-  (hbind : @754) ->
-  (hF : @722) ->
-  (hA : @757) ->
-  (hne : @384 @758 @389) -> @474 (fun (ro : @473) => @475 (@725 (@369 @408) @15) (@605 @655 @15))
-@777 := @745 @204
-@778 := @363 @626
-@786 := @443 (@629 @354 @176) (@451 (@177 (@174 @326) @176))
-@787 := @601 @678
-@788 := @369 @62
-@806 := (hfn : @625) ->
-  (hwt : @778) ->
-  (hbind : @786) ->
-  (hF : @722) ->
-  (hA : @787 @788) ->
-  (hne : @384 @756 @389) -> @474 (fun (ro : @473) => @475 (@725 (@369 @242) @15) (@605 @691 @15))
-@807 := Eq.refl.{1}
-@810 := @777 (@807 @417 @595)
-@811 := @367 @626
-@819 := @443 (@629 @362 @176) (@451 (@177 (@174 @341) @176))
-@820 := @601 @346
-@821 := @369 @64
-@837 := (hwt : @811) ->
-  (hbind : @819) ->
-  (hF : @722) ->
-  (hA : @820 @821) ->
-  (hne : @384 @788 @389) -> @474 (fun (ro : @473) => @475 (@725 @758 @15) (@605 @648 @15))
-@838 := @810 @366
-@840 := @629 @166 @176
-@843 := @443 @840 (@451 @179)
-@844 := @601 @354
-@845 := @369 @20
-@860 := (hbind : @843) ->
-  (hF : @722) ->
-  (hA : @844 @845) ->
-  (hne : @384 @821 @389) -> @474 (fun (ro : @473) => @475 (@725 @756 @15) (@605 @643 @15))
-@863 := @838 (@807 @442 @840)
-@864 := @601 @362
-@865 := @369 @22
-@879 := (hF : @722) ->
-  (hA : @864 @865) ->
-  (hne : @384 @845 @389) -> @474 (fun (ro : @473) => @475 (@725 @788 @15) (@605 @678 @15))
-@882 := @863 (@807 @454 @598)
-@896 := (hA : @601 @166 @370) ->
-  (hne : @384 @865 @389) -> @474 (fun (ro : @473) => @475 (@725 @821 @15) (@605 @346 @15))
-@897 := @882 @381
-@908 := (hne : @384 @370 @389) -> @474 (fun (ro : @473) => @475 (@725 @845 @15) (@605 @354 @15))
-@909 := @897 @401
-@915 := @475 (@725 @865 @15) (@605 @362 @15)
-@917 := @474 (fun (ro : @473) => @915)
-@919 := @474 (fun (__e_ro : @473) => @915)
-@923 := LexLeanPreservation.Rust.RepresentableL (@164 @146 @163)
-@924 := (__e_hrep : @923) -> @919
-@925 := fun (__e_hrep : @923) => @909
-@926 := (values : @5) -> @924
-@927 := fun (values : @5) => @925
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/RustStd.lean
deleted file mode 100644
index 098c420b2..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/RustStd.lean
+++ /dev/null
@@ -1,59 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.list .nat)], result := (.list .bool),
-      body := (.call 1 [(.closure 2 []), (.var 0)]) },
-    { parameters := [0, 1], types := [(.fn [.nat] .bool), (.list .nat)], result := (.list .bool),
-      body := (.«match» (.list .bool) (.var 1) [(.arm .nil [] (.build .nil (.list .bool) [])), (.arm .cons [2, 3] (.build .cons (.list .bool) [(.apply (.var 0) [(.var 2)]), (.call 1 [(.var 0), (.var 3)])]))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .true .bool [])), (.arm .succ [1] (.call 3 [(.var 1)]))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .false .bool [])), (.arm .succ [1] (.call 2 [(.var 1)]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [] }]),
-    (.apply 0 [.nat] .bool false [{ function := 2, captures := [], functionFallible := false }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.list .bool) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) []), (.move (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .bool) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false))), (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false)])))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 3)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 3)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 3)))] (.call (.function 3) [(.copy (.generated .binding 1))] false))))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 4)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 4)))] (.call (.function 2) [(.copy (.generated .binding 1))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], .bool), false)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) []), (.move (.generated .binding 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.fn [.nat] .bool), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false))), (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false)])))]), [(1, (.list .nat), (some 1)), (0, (.fn [.nat] .bool), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.fn [.nat] .bool), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .bool) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.fn [.nat] .bool), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .cons [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false))), (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 3))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.bool, (.list .bool)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] false)) (Corr.apply (ps := [.nat]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .bool), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 3)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 3)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 3)))] (.call (.function 3) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 3) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 4)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 4)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 2) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | _ + 4 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2.lean
deleted file mode 100644
index d1f256be5..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2.lean
+++ /dev/null
@@ -1,110 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := .nat,
-      body := (.call 1 [(.closure 2 [(.var 1)]), (.value .nat (.nat 0)), (.var 0)]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))], result := .nat,
-      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.first (.var 3)), (.second (.var 3))]), (.var 4)]))]) },
-    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.prim .natAdd [(.var 1), (.var 2)]), (.prim .natAdd [(.var 3), (.var 0)])]) },
-    { parameters := [0], types := [(.list (.pair .nat .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 4 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := (.option .nat),
-      body := (.cond (.call 3 [(.var 0)]) (.build .some (.option .nat) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option .nat) [])) }] }
-
-def __fits_2 (bonus : Nat) (acc : Nat) (key : Nat) (value : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (acc + key) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (value + bonus) 18446744073709551616)) && Bool.true)) && (Nat.blt ((acc + key) + (value + bonus)) 18446744073709551616))
-
-theorem __rel_2 (bonus : Nat) (acc : Nat) (key : Nat) (value : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat bonus), (_root_.LexLeanTarget.TargetSyntax.Value.nat acc), (_root_.LexLeanTarget.TargetSyntax.Value.nat key), (_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_2 bonus acc key value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (((acc + key) + (value + bonus))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd acc key)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd value bonus)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (acc + key) (value + bonus)))
-
-def __fits_0 (m : (List (Prod Nat Nat))) (bonus : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun __st __e => (fun (__p0 : Nat) (__p1 : Nat) (__p2 : Nat) => __fits_2 (bonus) __p0 __p1 __p2) __st __e.1 __e.2) (fun __st __e => ((fun (acc : Nat) (key : Nat) (value : Nat) => ((acc + key) + (value + bonus)))) __st __e.1 __e.2) ((0 : Nat)) (m)))
-
-theorem __rel_0 (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (_root_.LexLeanPreservation.Rel (__fits_0 m bonus) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_mapFold (ek := _root_.LexLeanTarget.TargetSyntax.Value.nat) (ev := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) ((fun (acc : Nat) (key : Nat) (value : Nat) => ((acc + key) + (value + bonus)))) (fun (__p0 : Nat) (__p1 : Nat) (__p2 : Nat) => __fits_2 (bonus) __p0 __p1 __p2) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (fun (__p0 : Nat) (__p1 : Nat) (__p2 : Nat) => __rel_2 (bonus) __p0 __p1 __p2) (p := __prog) (fi := 1) (tk := .nat) (tw := .nat) (ts := .nat) rfl ((0 : Nat)) (m)))
-
-def denote (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 m bonus) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (_root_.LexLeanPreservation.Rel (__fits_0 m bonus) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 m bonus)
-
-def __valid_4 : Nat -> Bool :=
-  fun _ => Bool.true
-
-def __inv_4 : Nat -> Prop :=
-  fun _ => _root_.True
-
-theorem __viff_4 : ∀ (__v : Nat), __valid_4 __v = Bool.true ↔ __inv_4 __v :=
-  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
-
-theorem __vrel_4 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_4 __v))) :=
-  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
-
-def __valid_3 : (List (Prod Nat Nat)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_4
-
-def __inv_3 : (List (Prod Nat Nat)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_4
-
-theorem __viff_3 : ∀ (__v : (List (Prod Nat Nat))), __valid_3 __v = Bool.true ↔ __inv_3 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_4 __inv_4 __viff_4
-
-theorem __vrel_3 : ∀ (__v : (List (Prod Nat Nat))), _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_3 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_4 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_4 rfl
-
-def entryFits (m : (List (Prod Nat Nat))) (bonus : Nat) : Bool :=
-  (if __valid_3 m then __fits_0 m bonus else Bool.true)
-
-def entryValue (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_3 m then (_root_.LexLeanTarget.TargetSyntax.Value.some (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryFits m bonus) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryValue m bonus)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (m : (List (Prod Nat Nat))) (bonus : Nat) : Prop :=
-  (__inv_3 m ∧ _root_.True)
-
-theorem entry (m : (List (Prod Nat Nat))) (bonus : Nat) : _root_.LexLeanPreservation.RunConv __prog 5 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) m), (_root_.LexLeanTarget.TargetSyntax.Value.nat bonus)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denoteEntry m bonus) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 m bonus else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some (_root_.LexLeanTarget.TargetSyntax.Value.nat (Coverage.Colls.mapFolding m bonus))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_3 m) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_3 m)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_0 m bonus)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryFits]))
-
-theorem entry_accepts (m : (List (Prod Nat Nat))) (bonus : Nat) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.accepts m bonus) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denoteEntry m bonus = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denote m bonus) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denote
-  simp only [_root_.if_true, (__viff_3 m).mpr __h.1]
-  cases __fits_0 m bonus <;> rfl
-
-theorem entry_refuses (m : (List (Prod Nat Nat))) (bonus : Nat) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.accepts m bonus) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denoteEntry m bonus = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryValue
-  cases __c0 : __valid_3 m
-  · simp
-  · exact _root_.absurd ⟨(__viff_3 m).mp __c0, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/Compose/RustStd.lex.tex
deleted file mode 100644
index 42e6f3b8d..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,658 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.root : @1352 := @1353 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.flags
-@3 := Nat
-@4 := Prod.{0, 0}
-@5 := @4 @3
-@6 := @5 @3
-@7 := List.{0}
-@8 := @7 @6
-@9 := #2
-@10 := LexLeanTarget.TargetSyntax.Value.nat
-@11 := LexLeanPreservation.encPair
-@12 := @11 @3
-@13 := @12 @3
-@14 := @13 @10
-@15 := @14 @10
-@16 := LexLeanPreservation.encList
-@17 := @16 @6
-@18 := @17 @15
-@19 := @18 @9
-@20 := LexLeanTarget.TargetSyntax.Ty.nat
-@21 := LexLeanTarget.TargetSyntax.Ty.pair
-@22 := @21 @20
-@23 := @22 @20
-@24 := LexLeanTarget.TargetSyntax.Ty.list
-@25 := @24 @23
-@26 := #0
-@27 := LexLeanTarget.TargetSyntax.Program
-@28 := LexLeanPreservation.Rust.RCrate
-@29 := LexLeanPreservation.Rust.Flags
-@30 := LexLeanPreservation.Rust.WT
-@31 := #3
-@33 := @30 @31 @9
-@34 := #1
-@35 := @33 @34
-@36 := @10 @26
-@42 := {p : @27} -> {c : @28} -> {A : @29} -> (n : @3) -> @35 @36 @20
-@44 := LexLeanPreservation.Rust.wt_nat @0
-@45 := @30 @0
-@52 := {c : @28} -> {A : @29} -> (n : @3) -> @45 @9 @34 @36 @20
-@53 := @44 @1
-@54 := @45 @1
-@59 := {A : @29} -> (n : @3) -> @54 @34 @36 @20
-@60 := @53 @2
-@61 := @54 @2
-@62 := @61 @36
-@63 := @62 @20
-@64 := (n : @3) -> @63
-@66 := fun (__x : @3) => @60 @26
-@67 := Sort 1
-@68 := LexLeanTarget.TargetSyntax.Value
-@69 := (a._@._internal._hyg.#0 : @34) -> @68
-@70 := LexLeanTarget.TargetSyntax.Ty
-@71 := #5
-@72 := #9
-@73 := @30 @72
-@74 := #8
-@75 := @73 @74
-@76 := #7
-@77 := @75 @76
-@78 := #4
-@79 := @78 @26
-@82 := (x : @71) -> @77 @79 @9
-@83 := #10
-@89 := (x : @71) -> @30 @83 @72 @74 @79 @9
-@90 := @4 @76
-@91 := #6
-@92 := @90 @91
-@93 := #11
-@96 := @30 @93 @83 @72
-@101 := @11 @74 @76 @91 @71 @26
-@102 := @96 @101
-@104 := @21 @78 @31
-@117 := {p : @27} ->
-  {c : @28} ->
-  {A : @29} ->
-  {α : @67} ->
-  {β : @67} ->
-  {ea : @69} ->
-  {eb : @69} -> {s : @70} -> {t : @70} -> (ha : @82) -> (hb : @89) -> (x : @92) -> @102 @104
-@119 := LexLeanPreservation.Rust.wt_encPair @0
-@144 := {c : @28} ->
-  {A : @29} ->
-  {α : @67} ->
-  {β : @67} ->
-  {ea : @69} ->
-  {eb : @69} ->
-  {s : @70} ->
-  {t : @70} ->
-  (ha : (x : @71) -> @45 @74 @76 @79 @9) ->
-  (hb : (x : @71) -> @45 @72 @74 @79 @9) -> (x : @92) -> @45 @83 @72 @101 @104
-@145 := @119 @1
-@166 := {A : @29} ->
-  {α : @67} ->
-  {β : @67} ->
-  {ea : @69} ->
-  {eb : @69} ->
-  {s : @70} ->
-  {t : @70} ->
-  (ha : (x : @71) -> @54 @76 @79 @9) ->
-  (hb : (x : @71) -> @54 @74 @79 @9) -> (x : @92) -> @54 @72 @101 @104
-@167 := @145 @2
-@169 := @61 @79 @9
-@170 := (x : @71) -> @169
-@181 := {α : @67} ->
-  {β : @67} ->
-  {ea : @69} ->
-  {eb : @69} -> {s : @70} -> {t : @70} -> (ha : @170) -> (hb : @170) -> (x : @92) -> @61 @101 @104
-@182 := @167 @3
-@183 := (a._@._internal._hyg.#0 : @3) -> @68
-@184 := (x : @3) -> @169
-@199 := {β : @67} ->
-  {ea : @183} ->
-  {eb : @69} ->
-  {s : @70} ->
-  {t : @70} -> (ha : @184) -> (hb : @170) -> (x : @5 @91) -> @61 (@12 @76 @91 @71 @26) @104
-@200 := @182 @3
-@212 := {ea : @183} ->
-  {eb : @183} ->
-  {s : @70} -> {t : @70} -> (ha : @184) -> (hb : @184) -> (x : @6) -> @61 (@13 @91 @71 @26) @104
-@213 := @200 @10
-@215 := (x : @3) -> @62 @9
-@225 := {eb : @183} ->
-  {s : @70} -> {t : @70} -> (ha : @215) -> (hb : @184) -> (x : @6) -> @61 (@14 @71 @26) @104
-@226 := @213 @10
-@228 := @61 (@15 @26)
-@234 := {s : @70} -> {t : @70} -> (ha : @215) -> (hb : @215) -> (x : @6) -> @228 @104
-@235 := @226 @20
-@236 := (x : @3) -> @63
-@242 := {t : @70} -> (ha : @236) -> (hb : @215) -> (x : @6) -> @228 (@22 @31)
-@243 := @235 @20
-@245 := (x : @6) -> @228 @23
-@247 := (ha : @236) -> (hb : @236) -> @245
-@251 := fun (__x : @6) => @243 @66 @66 @26
-@252 := (a._@._internal._hyg.#0 : @26) -> @68
-@255 := @30 @91 @71 @78
-@256 := @9 @26
-@259 := (x : @9) -> @255 @256 @34
-@260 := @7 @31
-@263 := @30 @76 @91 @71
-@266 := @16 @78 @31 @26
-@267 := @263 @266
-@268 := @24 @9
-@277 := {p : @27} ->
-  {c : @28} ->
-  {A : @29} -> {α : @67} -> {e : @252} -> {t : @70} -> (h : @259) -> (xs : @260) -> @267 @268
-@279 := LexLeanPreservation.Rust.wt_encList @0
-@281 := @45 @71 @78
-@295 := {c : @28} ->
-  {A : @29} ->
-  {α : @67} ->
-  {e : @252} -> {t : @70} -> (h : (x : @9) -> @281 @256 @34) -> (xs : @260) -> @45 @91 @71 @266 @268
-@296 := @279 @1
-@297 := @54 @78
-@309 := {A : @29} ->
-  {α : @67} ->
-  {e : @252} -> {t : @70} -> (h : (x : @9) -> @297 @256 @34) -> (xs : @260) -> @54 @71 @266 @268
-@310 := @296 @2
-@312 := @61 @256 @34
-@320 := {α : @67} ->
-  {e : @252} -> {t : @70} -> (h : (x : @9) -> @312) -> (xs : @260) -> @61 @266 @268
-@321 := @310 @6
-@331 := {e : (a._@._internal._hyg.#0 : @6) -> @68} ->
-  {t : @70} -> (h : (x : @6) -> @312) -> (xs : @8) -> @61 (@17 @31 @26) @268
-@332 := @321 @15
-@334 := (x : @6) -> @228 @34
-@336 := @61 (@18 @26)
-@340 := {t : @70} -> (h : @334) -> (xs : @8) -> @336 @268
-@341 := @332 @23
-@344 := (h : @245) -> (xs : @8) -> @336 @25
-@346 := @341 @251 @9
-@348 := @61 @19 @25
-@349 := @10 @34
-@350 := @60 @34
-@352 := @61 @349 @20
-@353 := List.nil.{0}
-@354 := List.cons.{0}
-@355 := @353 @68
-@356 := @354 @68
-@358 := @356 @349 @355
-@360 := @356 @19 @358
-@361 := @5 @68
-@362 := 1
-@365 := Prod.mk.{0, 0} @3 @68
-@366 := @365 @362
-@367 := @366 @349
-@369 := @365 0
-@370 := @369 @19
-@371 := @353 @361
-@372 := @354 @361
-@374 := @372 @370 @371
-@376 := @372 @367 @374
-@377 := Bool.true
-@378 := LexLeanTarget.TargetSyntax.Function
-@379 := LexLeanTarget.TargetSyntax.Program.functions
-@380 := @379 @0
-@381 := 5
-@382 := @353 @3
-@383 := @353 @70
-@384 := LexLeanTarget.TargetSyntax.Ty.unit
-@385 := LexLeanTarget.TargetSyntax.Value.unit
-@388 := LexLeanTarget.TargetSyntax.Expr.value @384 @385
-@393 := LexLeanTarget.TargetSyntax.Function.mk @382 @383 @384 @388
-@398 := List.getD.{0} @378 @380 @381 @393
-@402 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.root @26 @381
-@403 := LexLeanPreservation.Rust.WTL
-@411 := {p : @27} -> {c : @28} -> {A : @29} -> @403 @9 @34 @26 @355 @383
-@413 := LexLeanPreservation.Rust.wtl_nil @0
-@414 := @403 @0
-@420 := {c : @28} -> {A : @29} -> @414 @34 @26 @355 @383
-@421 := @413 @1
-@422 := @414 @1
-@426 := {A : @29} -> @422 @26 @355 @383
-@427 := @421 @2
-@428 := @422 @2
-@429 := @428 @355
-@430 := @429 @383
-@431 := @7 @68
-@432 := @7 @70
-@434 := @255 @31 @9
-@439 := @403 @76 @91 @71 @9 @34
-@442 := @403 @74 @76 @91
-@444 := @356 @71 @31
-@445 := @442 @444
-@446 := @354 @70
-@448 := @446 @78 @9
-@458 := {p : @27} ->
-  {c : @28} ->
-  {A : @29} ->
-  {v : @68} -> {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @434) -> (hs : @439) -> @445 @448
-@460 := LexLeanPreservation.Rust.wtl_cons @0
-@478 := {c : @28} ->
-  {A : @29} ->
-  {v : @68} ->
-  {t : @70} ->
-  {vs : @431} ->
-  {ts : @432} -> (h : @281 @31 @9) -> (hs : @414 @91 @71 @9 @34) -> @414 @76 @91 @444 @448
-@479 := @460 @1
-@494 := {A : @29} ->
-  {v : @68} ->
-  {t : @70} ->
-  {vs : @431} -> {ts : @432} -> (h : @297 @31 @9) -> (hs : @422 @71 @9 @34) -> @422 @91 @444 @448
-@495 := @479 @2
-@497 := @61 @31 @9
-@499 := @428 @9 @34
-@507 := {v : @68} ->
-  {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @497) -> (hs : @499) -> @428 @444 @448
-@508 := @495 @349
-@509 := @10 @78
-@511 := @61 @509 @9
-@512 := @10 @91
-@513 := @356 @512
-@521 := {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @511) -> (hs : @499) -> @428 (@513 @31) @448
-@522 := @508 @20
-@523 := @10 @31
-@525 := @61 @523 @20
-@526 := @10 @71
-@527 := @356 @526
-@529 := @428 (@527 @31)
-@530 := @446 @20
-@531 := @530 @9
-@536 := {vs : @431} -> {ts : @432} -> (h : @525) -> (hs : @499) -> @529 @531
-@537 := @522 @355
-@538 := @10 @9
-@540 := @61 @538 @20
-@541 := @429 @34
-@543 := @356 @509 @355
-@548 := {ts : @432} -> (h : @540) -> (hs : @541) -> @428 @543 @531
-@549 := @537 @383
-@551 := @356 @523 @355
-@552 := @428 @551
-@553 := @530 @383
-@556 := (h : @352) -> (hs : @430) -> @552 @553
-@557 := @549 @350
-@559 := @356 @538 @355
-@561 := @428 @559 @553
-@562 := (hs : @430) -> @561
-@563 := @557 @427
-@565 := @428 @358 @553
-@566 := @495 @19
-@567 := @18 @71
-@569 := @61 @567 @9
-@570 := @18 @76
-@571 := @356 @570
-@579 := {t : @70} -> {vs : @431} -> {ts : @432} -> (h : @569) -> (hs : @499) -> @428 (@571 @31) @448
-@580 := @566 @25
-@581 := @18 @78
-@583 := @61 @581 @25
-@584 := @18 @91
-@585 := @356 @584
-@587 := @428 (@585 @31)
-@588 := @446 @25
-@589 := @588 @9
-@594 := {vs : @431} -> {ts : @432} -> (h : @583) -> (hs : @499) -> @587 @589
-@595 := @580 @358
-@596 := @18 @31
-@598 := @61 @596 @25
-@599 := @552 @34
-@601 := @356 @567 @543
-@602 := @428 @601
-@606 := {ts : @432} -> (h : @598) -> (hs : @599) -> @602 @589
-@607 := @595 @553
-@609 := @356 @581 @551
-@610 := @428 @609
-@611 := @588 @553
-@614 := (h : @348) -> (hs : @561) -> @610 @611
-@615 := @607 @346
-@617 := @356 @596 @559
-@618 := @428 @617
-@620 := (hs : @565) -> @618 @611
-@621 := @615 @563
-@622 := @428 @360
-@623 := @622 @611
-@624 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denoteEntry
-@626 := @624 @9 @34
-@627 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryFits
-@629 := @627 @9 @34
-@632 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entryValue @9 @34
-@635 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entry @9 @34
-@636 := Bool
-@637 := Ne.{1}
-@638 := LexLeanPreservation.Obs
-@639 := @637 @638
-@640 := LexLeanPreservation.Rel
-@643 := @639 (@640 @34 @26)
-@644 := LexLeanPreservation.Obs.stuck
-@647 := (f : @636) -> (v : @68) -> @643 @644
-@649 := LexLeanPreservation.Rust.rel_ne_stuck @629
-@656 := (v : @68) -> @639 (@640 (@627 @31 @9) @26) @644
-@657 := @649 @632
-@661 := @639 (@640 @629 @632) @644
-@662 := @7 @361
-@663 := LexLeanPreservation.Rust.FunSem
-@669 := (n : @3) -> @663 @72 @74 @76 @26 @91
-@670 := Eq.{1}
-@671 := Option.{0}
-@672 := @671 @378
-@673 := @670 @672
-@680 := LexLeanRuntime.index (@7 @378) @378 (LexLeanRuntime.instIndexableList @378)
-@684 := @673 (@680 (@379 @72) @91)
-@685 := Option.some.{0}
-@686 := @685 @378
-@687 := @686 @71
-@688 := @684 @687
-@692 := @403 @83 @72 @74 @71
-@693 := LexLeanTarget.TargetSyntax.Function.types
-@694 := @693 @91
-@695 := @692 @694
-@696 := @671 @662
-@697 := @670 @696
-@698 := LexLeanTarget.TargetSemantics.bindAll
-@699 := LexLeanTarget.TargetSyntax.Function.parameters
-@704 := @697 (@698 (@699 @76) @91 @371)
-@705 := @685 @662
-@706 := @705 @71
-@707 := @704 @706
-@708 := @671 @636
-@709 := @670 @708
-@710 := LexLeanPreservation.Rust.fnFallible
-@713 := @709 (@710 @93 @72)
-@714 := @685 @636
-@715 := @714 @71
-@716 := @713 @715
-@717 := LexLeanPreservation.RunConv
-@718 := #13
-@722 := @717 @718 @83 @74 @71
-@724 := @639 @91 @644
-@725 := Exists.{1}
-@726 := LexLeanPreservation.Rust.ROut
-@727 := @725 @726
-@728 := And
-@729 := LexLeanPreservation.Rust.RealizesFn
-@733 := @728 (@729 @72 @74 @26)
-@734 := LexLeanPreservation.Rust.RCI
-@736 := @734 #15
-@737 := LexLeanPreservation.Rust.fnIdent
-@738 := @737 @718
-@745 := (hne : @724) -> @727 (fun (ro : @726) => @733 (@736 @738 @93 @26))
-@760 := {p : @27} ->
-  {c : @28} ->
-  {A : @29} ->
-  {f : @3} ->
-  {fn : @378} ->
-  {args : @431} ->
-  {env : @662} ->
-  {F : @636} ->
-  {o : @638} ->
-  (hB : @669) ->
-  (hfn : @688) -> (hwt : @695) -> (hbind : @707) -> (hF : @716) -> (hA : @722) -> @745
-@762 := LexLeanPreservation.Rust.compose @0
-@763 := @663 @0
-@768 := (n : @3) -> @763 @74 @76 @26 @91
-@769 := @680 @380
-@772 := @673 (@769 @91) @687
-@776 := @414 @72 @74 @71 @694
-@777 := @717 @0
-@780 := @777 @83 @74 @71
-@794 := {c : @28} ->
-  {A : @29} ->
-  {f : @3} ->
-  {fn : @378} ->
-  {args : @431} ->
-  {env : @662} ->
-  {F : @636} ->
-  {o : @638} ->
-  (hB : @768) ->
-  (hfn : @772) -> (hwt : @776) -> (hbind : @707) -> (hF : @716) -> (hA : @780) -> @745
-@795 := @762 @1
-@796 := @763 @1
-@800 := (n : @3) -> @796 @76 @26 @91
-@803 := @422 @74 @71 @694
-@804 := @710 @1
-@807 := @709 (@804 @72) @715
-@808 := @734 @1
-@818 := (hbind : @707) ->
-  (hF : @807) -> (hA : @780) -> (hne : @724) -> @727 (fun (ro : @726) => @733 (@808 @738 @93 @26))
-@828 := {A : @29} ->
-  {f : @3} ->
-  {fn : @378} ->
-  {args : @431} ->
-  {env : @662} -> {F : @636} -> {o : @638} -> (hB : @800) -> (hfn : @772) -> (hwt : @803) -> @818
-@829 := @795 @2
-@831 := @796 @2 @26
-@833 := (n : @3) -> @831 @91
-@834 := @428 @71
-@835 := @834 @694
-@844 := {f : @3} ->
-  {fn : @378} ->
-  {args : @431} ->
-  {env : @662} -> {F : @636} -> {o : @638} -> (hB : @833) -> (hfn : @772) -> (hwt : @835) -> @818
-@845 := @829 @381
-@847 := (n : @3) -> @831 @381
-@848 := @769 @381
-@849 := @673 @848
-@850 := @849 @687
-@851 := @804 @381
-@852 := @709 @851
-@853 := @852 @715
-@854 := @777 @381
-@856 := @854 @74 @71
-@858 := @808 (@737 @381)
-@866 := (hF : @853) -> (hA : @856) -> (hne : @724) -> @727 (fun (ro : @726) => @733 (@858 @93 @26))
-@875 := {fn : @378} ->
-  {args : @431} ->
-  {env : @662} ->
-  {F : @636} -> {o : @638} -> (hB : @847) -> (hfn : @850) -> (hwt : @835) -> (hbind : @707) -> @866
-@876 := @845 @398
-@878 := @849 (@686 @398)
-@879 := @693 @398
-@880 := @834 @879
-@882 := @698 (@699 @398)
-@894 := {args : @431} ->
-  {env : @662} ->
-  {F : @636} ->
-  {o : @638} ->
-  (hB : @847) -> (hfn : @878) -> (hwt : @880) -> (hbind : @697 (@882 @91 @371) @706) -> @866
-@895 := @876 @360
-@897 := @571 (@513 @355)
-@899 := @428 @897 @879
-@905 := @356 (@18 @74) (@356 (@10 @76) @355)
-@909 := @697 (@882 @905 @371) @706
-@915 := @356 (@18 @83) (@356 (@10 @72) @355)
-@917 := @854 @915 @71
-@919 := @356 (@18 @718)
-@920 := #12
-@939 := {env : @662} ->
-  {F : @636} ->
-  {o : @638} ->
-  (hB : @847) ->
-  (hfn : @878) ->
-  (hwt : @899) ->
-  (hbind : @909) ->
-  (hF : @853) ->
-  (hA : @917) ->
-  (hne : @724) -> @727 (fun (ro : @726) => @733 (@858 (@919 (@356 (@10 @920) @355)) @26))
-@940 := @895 @376
-@942 := @585 (@527 @355)
-@944 := @428 @942 @879
-@955 := @697 (@882 @897 @371) (@705 (@372 (@366 @512) (@372 (@369 @570) @371)))
-@961 := @356 (@18 @72) (@356 (@10 @74) @355)
-@983 := {F : @636} ->
-  {o : @638} ->
-  (hB : @847) ->
-  (hfn : @878) ->
-  (hwt : @944) ->
-  (hbind : @955) ->
-  (hF : @853) ->
-  (hA : @854 @961 @71) ->
-  (hne : @724) -> @727 (fun (ro : @726) => @733 (@858 (@356 (@18 @920) (@356 (@10 @93) @355)) @26))
-@984 := @940 @377
-@985 := @602 @879
-@996 := @697 (@882 @942 @371) (@705 (@372 (@366 @526) (@372 (@369 @584) @371)))
-@998 := @852 (@714 @377)
-@1000 := @854 @905 @71
-@1001 := @729 @377
-@1023 := {o : @638} ->
-  (hB : @847) ->
-  (hfn : @878) ->
-  (hwt : @985) ->
-  (hbind : @996) ->
-  (hF : @998) ->
-  (hA : @1000) ->
-  (hne : @724) ->
-  @727 (fun (ro : @726) => @728 (@1001 @74 @26) (@858 (@356 (@18 @93) (@356 (@10 @83) @355)) @26))
-@1024 := @984 @626
-@1025 := @610 @879
-@1036 := @697 (@882 @601 @371) (@705 (@372 (@366 @509) (@372 (@369 @567) @371)))
-@1037 := @854 @897
-@1039 := @624 @76 @91
-@1040 := @1037 @1039
-@1042 := @624 @74 @76
-@1061 := (hB : @847) ->
-  (hfn : @878) ->
-  (hwt : @1025) ->
-  (hbind : @1036) ->
-  (hF : @998) ->
-  (hA : @1040) ->
-  (hne : @639 @1042 @644) ->
-  @727 (fun (ro : @726) => @728 (@1001 (@624 @83 @72) @26) (@858 @915 @26))
-@1062 := @1024 @402
-@1063 := @618 @879
-@1074 := @697 (@882 @609 @371) (@705 (@372 (@366 @523) (@372 (@369 @581) @371)))
-@1075 := @854 @942
-@1077 := @624 @91 @71
-@1096 := (hfn : @878) ->
-  (hwt : @1063) ->
-  (hbind : @1074) ->
-  (hF : @998) ->
-  (hA : @1075 @1077) ->
-  (hne : @639 @1039 @644) ->
-  @727 (fun (ro : @726) => @728 (@1001 (@624 @72 @74) @26) (@858 @961 @26))
-@1097 := Eq.refl.{1}
-@1100 := @1062 (@1097 @672 @848)
-@1101 := @622 @879
-@1112 := @697 (@882 @617 @371) (@705 (@372 (@366 @538) (@372 (@369 @596) @371)))
-@1113 := @854 @601
-@1115 := @624 @71 @78
-@1131 := (hwt : @1101) ->
-  (hbind : @1112) ->
-  (hF : @998) ->
-  (hA : @1113 @1115) ->
-  (hne : @639 @1077 @644) -> @727 (fun (ro : @726) => @728 (@1001 @1042 @26) (@858 @905 @26))
-@1132 := @1100 @621
-@1134 := @882 @360 @371
-@1137 := @697 @1134 (@705 @376)
-@1138 := @854 @609
-@1140 := @624 @78 @31
-@1155 := (hbind : @1137) ->
-  (hF : @998) ->
-  (hA : @1138 @1140) ->
-  (hne : @639 @1115 @644) -> @727 (fun (ro : @726) => @728 (@1001 @1039 @26) (@858 @897 @26))
-@1158 := @1132 (@1097 @696 @1134)
-@1159 := @854 @617
-@1161 := @624 @31 @9
-@1175 := (hF : @998) ->
-  (hA : @1159 @1161) ->
-  (hne : @639 @1140 @644) -> @727 (fun (ro : @726) => @728 (@1001 @1077 @26) (@858 @942 @26))
-@1178 := @1158 (@1097 @708 @851)
-@1180 := @854 @360 @626
-@1182 := @639 @1161 @644
-@1183 := @1001 @1115
-@1185 := @728 (@1183 @26)
-@1186 := @858 @601
-@1187 := @1186 @26
-@1192 := (hA : @1180) -> (hne : @1182) -> @727 (fun (ro : @726) => @1185 @1187)
-@1193 := @1178 @635
-@1195 := @639 @626 @644
-@1196 := @1001 @1140
-@1198 := @728 (@1196 @26)
-@1199 := @858 @609
-@1204 := (hne : @1195) -> @727 (fun (ro : @726) => @1198 (@1199 @26))
-@1205 := @1193 @657
-@1208 := @728 (@1001 @1161 @26)
-@1210 := @858 @617 @26
-@1211 := @1208 @1210
-@1213 := @727 (fun (ro : @726) => @1211)
-@1214 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.accepts
-@1216 := @1214 @9 @34
-@1217 := LexLeanPreservation.someObs
-@1218 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.denote
-@1221 := @1217 (@1218 @9 @34)
-@1224 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
-@1225 := Not
-@1226 := @1225 @1216
-@1228 := @1214 @31 @9
-@1231 := @1217 (@1218 @31 @9)
-@1232 := @1225 @1228
-@1238 := @1228 -> @1001 (@1217 (@1218 @78 @31)) @34
-@1239 := @1001 @1224
-@1240 := @1239 @34
-@1241 := @1232 -> @1240
-@1243 := @728 @1238 @1241
-@1247 := @727 (fun (__e_ro : @726) => @728 @1210 @1243)
-@1248 := fun (__e_ro : @726) => @1211
-@1249 := @1196 @34
-@1250 := @1199 @34
-@1251 := And.left
-@1252 := And.right
-@1255 := @1251 @1249 @1250 @26
-@1258 := @1252 @1249 @1250 @26
-@1259 := @1001 @26
-@1261 := fun (__e_o : @638) => @1259 @9
-@1262 := Eq.subst.{1}
-@1264 := @1214 @78 @31
-@1265 := @1225 @1264
-@1269 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entry_accepts @71 @78 @26
-@1272 := @1217 (@1218 @71 @78)
-@1277 := @1251 (@1183 @9) (@1186 @9) @34
-@1279 := fun (__e_o : @638) => @1259 @31
-@1282 := @1262 @638 @1279 @1115
-@1286 := fun (__e_h : @1264) => @1282 @1272 @1269 @1277
-@1290 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.entry_refuses @71 @78 @26
-@1294 := fun (__e_h : @1265) => @1282 @1224 @1290 @1277
-@1295 := And.intro
-@1298 := @1264 -> @1001 @1272 @9
-@1300 := @1265 -> @1239 @9
-@1302 := @728 @1298 @1300
-@1306 := @1295 @1298 @1300 @1286 @1294
-@1310 := @1295 @1250 @1302 @1258 @1306
-@1311 := Exists.intro.{1}
-@1312 := @728 @1187
-@1314 := @1214 @71 @78
-@1326 := fun (__e_ro : @726) =>
-  @1312 (@728 (@1314 -> @1001 (@1217 (@1218 @91 @71)) @34) (@1225 @1314 -> @1240))
-@1330 := @1311 @726 @1326 @34 @1310
-@1332 := @728 @1249 @1250
-@1334 := fun (__e_ro : @726) => fun (__e_hand : @1211) => @1330
-@1340 := Exists.elim.{1} @726 @1248 @1247 @1205 @1334
-@1341 := LexLeanPreservation.Rust.RepresentableL
-@1342 := @18 @34
-@1344 := @356 @36 @355
-@1347 := @1341 (@356 @1342 @1344)
-@1348 := (__e_hrep : @1347) -> @1247
-@1349 := fun (__e_hrep : @1347) => @1340
-@1350 := (bonus : @3) -> @1348
-@1351 := fun (bonus : @3) => @1349
-@1352 := (m : @8) -> @1350
-@1353 := fun (m : @8) => @1351
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/RustStd.lean
deleted file mode 100644
index 9de8fee65..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/RustStd.lean
+++ /dev/null
@@ -1,75 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := .nat,
-      body := (.call 1 [(.closure 2 [(.var 1)]), (.value .nat (.nat 0)), (.var 0)]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))], result := .nat,
-      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.first (.var 3)), (.second (.var 3))]), (.var 4)]))]) },
-    { parameters := [0, 1, 2, 3], types := [.nat, .nat, .nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.prim .natAdd [(.var 1), (.var 2)]), (.prim .natAdd [(.var 3), (.var 0)])]) },
-    { parameters := [0], types := [(.list (.pair .nat .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 4 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 3 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), .nat], result := (.option .nat),
-      body := (.cond (.call 3 [(.var 0)]) (.build .some (.option .nat) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option .nat) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [.nat] }]),
-    (.apply 0 [.nat, .nat, .nat] .nat true [{ function := 2, captures := [.copy], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1))]), (.lit (.nat 0)), (.move (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list (.pair .nat .nat)) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false) (.mk [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 4) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 3) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none .nat) []))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat, .nat, .nat], .nat), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1))]), (.lit (.nat 0)), (.move (.generated .binding 0))] false), [(1, .nat, (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.pair .nat .nat)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat, .nat] .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .nat)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat, .nat] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), (some 4)), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat, .nat] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, .nat, .nat] .nat), .nat, (.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 3)))), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 4))))] true)) (Corr.apply (ps := [.nat, .nat, .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false), [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false) (.mk [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false) (.mk [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 12))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 13)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 3) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (ce := (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 14))))), (.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 15)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 15))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat .nat)), none), (3, (.pair .nat .nat), (some 3)), (2, (.list (.pair .nat .nat)), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 3) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 3) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 3) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | _ + 6 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustCore.lex.tex
deleted file mode 100644
index 4a4fb8539..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,418 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.root : @826 := @827 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.false
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.__fits_0
-@274 := @273 @4
-@276 := Coverage.Main.parity @4
-@278 := LexLeanTarget.TargetSyntax.Value.bool @276
-@280 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.root @4
-@281 := Bool
-@282 := Ne.{1}
-@283 := LexLeanPreservation.Obs
-@284 := @282 @283
-@285 := LexLeanPreservation.Rel
-@288 := @284 (@285 @4 @17)
-@289 := LexLeanPreservation.Obs.stuck
-@292 := (f : @281) -> (v : @50) -> @288 @289
-@294 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@300 := (v : @50) -> @284 (@285 (@273 @14) @17) @289
-@301 := @294 @278
-@305 := @284 (@285 @274 @278) @289
-@306 := @124 @59
-@307 := LexLeanPreservation.Rust.FunSem
-@308 := #9
-@314 := (n : @3) -> @307 @308 @141 @135 @17 @127
-@315 := Eq.{1}
-@316 := Option.{0}
-@317 := @316 @71
-@318 := @315 @317
-@325 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@329 := @318 (@325 (@72 @308) @127)
-@330 := Option.some.{0}
-@331 := @330 @71
-@332 := @331 @129
-@333 := @329 @332
-@334 := #10
-@338 := @96 @334 @308 @141 @129
-@339 := LexLeanTarget.TargetSyntax.Function.types
-@340 := @339 @127
-@341 := @338 @340
-@342 := @316 @306
-@343 := @315 @342
-@344 := LexLeanTarget.TargetSemantics.bindAll
-@345 := LexLeanTarget.TargetSyntax.Function.parameters
-@350 := @343 (@344 (@345 @135) @127 @66)
-@351 := @330 @306
-@352 := @351 @129
-@353 := @350 @352
-@354 := @316 @281
-@355 := @315 @354
-@356 := LexLeanPreservation.Rust.fnFallible
-@357 := #11
-@360 := @355 (@356 @357 @308)
-@361 := @330 @281
-@362 := @361 @129
-@363 := @360 @362
-@364 := LexLeanPreservation.RunConv
-@365 := #13
-@369 := @364 @365 @334 @141 @129
-@371 := @284 @127 @289
-@372 := Exists.{1}
-@373 := LexLeanPreservation.Rust.ROut
-@374 := @372 @373
-@375 := And
-@376 := LexLeanPreservation.Rust.RealizesFn
-@380 := @375 (@376 @308 @141 @17)
-@381 := LexLeanPreservation.Rust.RCI
-@383 := @381 #15
-@384 := LexLeanPreservation.Rust.fnIdent
-@385 := @384 @365
-@392 := (hne : @371) -> @374 (fun (ro : @373) => @380 (@383 @385 @357 @17))
-@407 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @314) ->
-  (hfn : @333) -> (hwt : @341) -> (hbind : @353) -> (hF : @363) -> (hA : @369) -> @392
-@409 := LexLeanPreservation.Rust.compose @0
-@410 := @307 @0
-@415 := (n : @3) -> @410 @141 @135 @17 @127
-@416 := @325 @73
-@419 := @318 (@416 @127) @332
-@423 := @107 @308 @141 @129 @340
-@424 := @364 @0
-@427 := @424 @334 @141 @129
-@441 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @415) ->
-  (hfn : @419) -> (hwt : @423) -> (hbind : @353) -> (hF : @363) -> (hA : @427) -> @392
-@442 := @409 @1
-@443 := @410 @1
-@447 := (n : @3) -> @443 @135 @17 @127
-@450 := @115 @141 @129 @340
-@451 := @356 @1
-@454 := @355 (@451 @308) @362
-@455 := @381 @1
-@465 := (hbind : @353) ->
-  (hF : @454) -> (hA : @427) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@455 @385 @357 @17))
-@475 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @447) -> (hfn : @419) -> (hwt : @450) -> @465
-@476 := @442 @2
-@478 := @443 @2 @17
-@480 := (n : @3) -> @478 @127
-@481 := @121 @129
-@482 := @481 @340
-@491 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @480) -> (hfn : @419) -> (hwt : @482) -> @465
-@492 := @476 @60
-@494 := (n : @3) -> @478 @60
-@495 := @416 @60
-@496 := @318 @495
-@497 := @496 @332
-@498 := @451 @60
-@499 := @355 @498
-@500 := @499 @362
-@501 := @424 @60
-@503 := @501 @141 @129
-@505 := @455 (@384 @60)
-@513 := (hF : @500) -> (hA : @503) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 @357 @17))
-@522 := {fn : @71} ->
-  {args : @125} ->
-  {env : @306} ->
-  {F : @281} -> {o : @283} -> (hB : @494) -> (hfn : @497) -> (hwt : @482) -> (hbind : @353) -> @513
-@523 := @492 @91
-@525 := @496 (@331 @91)
-@526 := @339 @91
-@527 := @481 @526
-@529 := @344 (@345 @91)
-@541 := {args : @125} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @494) -> (hfn : @525) -> (hwt : @527) -> (hbind : @343 (@529 @127 @66) @352) -> @513
-@542 := @523 @56
-@543 := @218 @53
-@545 := @121 @543 @526
-@548 := @54 (@5 @135) @53
-@552 := @343 (@529 @548 @66) @352
-@555 := @54 (@5 @308) @53
-@576 := {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @545) ->
-  (hbind : @552) ->
-  (hF : @500) ->
-  (hA : @501 @555 @129) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 #12) @53) @17))
-@577 := @542 @69
-@578 := @232 @53
-@580 := @121 @578 @526
-@588 := @343 (@529 @543 @66) (@351 (@67 (@64 @217) @66))
-@591 := @54 (@5 @141) @53
-@610 := {F : @281} ->
-  {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @580) ->
-  (hbind : @588) ->
-  (hF : @500) ->
-  (hA : @501 @591 @129) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 @357) @53) @17))
-@611 := @577 @70
-@612 := @249 @526
-@620 := @343 (@529 @578 @66) (@351 (@67 (@64 @231) @66))
-@622 := @499 (@361 @70)
-@624 := @501 @548 @129
-@625 := @376 @70
-@644 := {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @612) ->
-  (hbind : @620) ->
-  (hF : @622) ->
-  (hA : @624) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @375 (@625 @141 @17) (@505 (@54 (@5 @334) @53) @17))
-@645 := @611 @272
-@646 := @257 @526
-@654 := @343 (@529 @248 @66) (@351 (@67 (@64 @214) @66))
-@655 := @501 @543
-@656 := @271 @127
-@657 := @655 @656
-@658 := @271 @135
-@676 := (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @646) ->
-  (hbind : @654) ->
-  (hF : @622) ->
-  (hA : @657) ->
-  (hne : @284 @658 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @308) @17) (@505 @555 @17))
-@677 := @645 @95
-@678 := @265 @526
-@686 := @343 (@529 @256 @66) (@351 (@67 (@64 @228) @66))
-@687 := @501 @578
-@688 := @271 @129
-@706 := (hfn : @525) ->
-  (hwt : @678) ->
-  (hbind : @686) ->
-  (hF : @622) ->
-  (hA : @687 @688) ->
-  (hne : @284 @656 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @141) @17) (@505 @591 @17))
-@707 := Eq.refl.{1}
-@710 := @677 (@707 @317 @495)
-@711 := @269 @526
-@719 := @343 (@529 @264 @66) (@351 (@67 (@64 @243) @66))
-@720 := @501 @248
-@721 := @271 @131
-@737 := (hwt : @711) ->
-  (hbind : @719) ->
-  (hF : @622) ->
-  (hA : @720 @721) ->
-  (hne : @284 @688 @289) -> @374 (fun (ro : @373) => @375 (@625 @658 @17) (@505 @548 @17))
-@738 := @710 @268
-@740 := @529 @56 @66
-@743 := @343 @740 (@351 @69)
-@744 := @501 @256
-@745 := @271 @12
-@760 := (hbind : @743) ->
-  (hF : @622) ->
-  (hA : @744 @745) ->
-  (hne : @284 @721 @289) -> @374 (fun (ro : @373) => @375 (@625 @656 @17) (@505 @543 @17))
-@763 := @738 (@707 @342 @740)
-@764 := @501 @264
-@765 := @271 @14
-@779 := (hF : @622) ->
-  (hA : @764 @765) ->
-  (hne : @284 @745 @289) -> @374 (fun (ro : @373) => @375 (@625 @688 @17) (@505 @578 @17))
-@782 := @763 (@707 @354 @498)
-@796 := (hA : @501 @56 @272) ->
-  (hne : @284 @765 @289) -> @374 (fun (ro : @373) => @375 (@625 @721 @17) (@505 @248 @17))
-@797 := @782 @280
-@808 := (hne : @284 @272 @289) -> @374 (fun (ro : @373) => @375 (@625 @745 @17) (@505 @256 @17))
-@809 := @797 @301
-@815 := @375 (@625 @765 @17) (@505 @264 @17)
-@817 := @374 (fun (ro : @373) => @815)
-@819 := @374 (fun (__e_ro : @373) => @815)
-@823 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@824 := (__e_hrep : @823) -> @819
-@825 := fun (__e_hrep : @823) => @809
-@826 := (n : @3) -> @824
-@827 := fun (n : @3) => @825
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustStd.lex.tex
deleted file mode 100644
index 383d6f1f0..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,418 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.root : @826 := @827 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.false
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.__fits_0
-@274 := @273 @4
-@276 := Coverage.Main.parity @4
-@278 := LexLeanTarget.TargetSyntax.Value.bool @276
-@280 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.root @4
-@281 := Bool
-@282 := Ne.{1}
-@283 := LexLeanPreservation.Obs
-@284 := @282 @283
-@285 := LexLeanPreservation.Rel
-@288 := @284 (@285 @4 @17)
-@289 := LexLeanPreservation.Obs.stuck
-@292 := (f : @281) -> (v : @50) -> @288 @289
-@294 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@300 := (v : @50) -> @284 (@285 (@273 @14) @17) @289
-@301 := @294 @278
-@305 := @284 (@285 @274 @278) @289
-@306 := @124 @59
-@307 := LexLeanPreservation.Rust.FunSem
-@308 := #9
-@314 := (n : @3) -> @307 @308 @141 @135 @17 @127
-@315 := Eq.{1}
-@316 := Option.{0}
-@317 := @316 @71
-@318 := @315 @317
-@325 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@329 := @318 (@325 (@72 @308) @127)
-@330 := Option.some.{0}
-@331 := @330 @71
-@332 := @331 @129
-@333 := @329 @332
-@334 := #10
-@338 := @96 @334 @308 @141 @129
-@339 := LexLeanTarget.TargetSyntax.Function.types
-@340 := @339 @127
-@341 := @338 @340
-@342 := @316 @306
-@343 := @315 @342
-@344 := LexLeanTarget.TargetSemantics.bindAll
-@345 := LexLeanTarget.TargetSyntax.Function.parameters
-@350 := @343 (@344 (@345 @135) @127 @66)
-@351 := @330 @306
-@352 := @351 @129
-@353 := @350 @352
-@354 := @316 @281
-@355 := @315 @354
-@356 := LexLeanPreservation.Rust.fnFallible
-@357 := #11
-@360 := @355 (@356 @357 @308)
-@361 := @330 @281
-@362 := @361 @129
-@363 := @360 @362
-@364 := LexLeanPreservation.RunConv
-@365 := #13
-@369 := @364 @365 @334 @141 @129
-@371 := @284 @127 @289
-@372 := Exists.{1}
-@373 := LexLeanPreservation.Rust.ROut
-@374 := @372 @373
-@375 := And
-@376 := LexLeanPreservation.Rust.RealizesFn
-@380 := @375 (@376 @308 @141 @17)
-@381 := LexLeanPreservation.Rust.RCI
-@383 := @381 #15
-@384 := LexLeanPreservation.Rust.fnIdent
-@385 := @384 @365
-@392 := (hne : @371) -> @374 (fun (ro : @373) => @380 (@383 @385 @357 @17))
-@407 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @314) ->
-  (hfn : @333) -> (hwt : @341) -> (hbind : @353) -> (hF : @363) -> (hA : @369) -> @392
-@409 := LexLeanPreservation.Rust.compose @0
-@410 := @307 @0
-@415 := (n : @3) -> @410 @141 @135 @17 @127
-@416 := @325 @73
-@419 := @318 (@416 @127) @332
-@423 := @107 @308 @141 @129 @340
-@424 := @364 @0
-@427 := @424 @334 @141 @129
-@441 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @415) ->
-  (hfn : @419) -> (hwt : @423) -> (hbind : @353) -> (hF : @363) -> (hA : @427) -> @392
-@442 := @409 @1
-@443 := @410 @1
-@447 := (n : @3) -> @443 @135 @17 @127
-@450 := @115 @141 @129 @340
-@451 := @356 @1
-@454 := @355 (@451 @308) @362
-@455 := @381 @1
-@465 := (hbind : @353) ->
-  (hF : @454) -> (hA : @427) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@455 @385 @357 @17))
-@475 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @447) -> (hfn : @419) -> (hwt : @450) -> @465
-@476 := @442 @2
-@478 := @443 @2 @17
-@480 := (n : @3) -> @478 @127
-@481 := @121 @129
-@482 := @481 @340
-@491 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @480) -> (hfn : @419) -> (hwt : @482) -> @465
-@492 := @476 @60
-@494 := (n : @3) -> @478 @60
-@495 := @416 @60
-@496 := @318 @495
-@497 := @496 @332
-@498 := @451 @60
-@499 := @355 @498
-@500 := @499 @362
-@501 := @424 @60
-@503 := @501 @141 @129
-@505 := @455 (@384 @60)
-@513 := (hF : @500) -> (hA : @503) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 @357 @17))
-@522 := {fn : @71} ->
-  {args : @125} ->
-  {env : @306} ->
-  {F : @281} -> {o : @283} -> (hB : @494) -> (hfn : @497) -> (hwt : @482) -> (hbind : @353) -> @513
-@523 := @492 @91
-@525 := @496 (@331 @91)
-@526 := @339 @91
-@527 := @481 @526
-@529 := @344 (@345 @91)
-@541 := {args : @125} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @494) -> (hfn : @525) -> (hwt : @527) -> (hbind : @343 (@529 @127 @66) @352) -> @513
-@542 := @523 @56
-@543 := @218 @53
-@545 := @121 @543 @526
-@548 := @54 (@5 @135) @53
-@552 := @343 (@529 @548 @66) @352
-@555 := @54 (@5 @308) @53
-@576 := {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @545) ->
-  (hbind : @552) ->
-  (hF : @500) ->
-  (hA : @501 @555 @129) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 #12) @53) @17))
-@577 := @542 @69
-@578 := @232 @53
-@580 := @121 @578 @526
-@588 := @343 (@529 @543 @66) (@351 (@67 (@64 @217) @66))
-@591 := @54 (@5 @141) @53
-@610 := {F : @281} ->
-  {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @580) ->
-  (hbind : @588) ->
-  (hF : @500) ->
-  (hA : @501 @591 @129) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 @357) @53) @17))
-@611 := @577 @70
-@612 := @249 @526
-@620 := @343 (@529 @578 @66) (@351 (@67 (@64 @231) @66))
-@622 := @499 (@361 @70)
-@624 := @501 @548 @129
-@625 := @376 @70
-@644 := {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @612) ->
-  (hbind : @620) ->
-  (hF : @622) ->
-  (hA : @624) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @375 (@625 @141 @17) (@505 (@54 (@5 @334) @53) @17))
-@645 := @611 @272
-@646 := @257 @526
-@654 := @343 (@529 @248 @66) (@351 (@67 (@64 @214) @66))
-@655 := @501 @543
-@656 := @271 @127
-@657 := @655 @656
-@658 := @271 @135
-@676 := (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @646) ->
-  (hbind : @654) ->
-  (hF : @622) ->
-  (hA : @657) ->
-  (hne : @284 @658 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @308) @17) (@505 @555 @17))
-@677 := @645 @95
-@678 := @265 @526
-@686 := @343 (@529 @256 @66) (@351 (@67 (@64 @228) @66))
-@687 := @501 @578
-@688 := @271 @129
-@706 := (hfn : @525) ->
-  (hwt : @678) ->
-  (hbind : @686) ->
-  (hF : @622) ->
-  (hA : @687 @688) ->
-  (hne : @284 @656 @289) -> @374 (fun (ro : @373) => @375 (@625 (@271 @141) @17) (@505 @591 @17))
-@707 := Eq.refl.{1}
-@710 := @677 (@707 @317 @495)
-@711 := @269 @526
-@719 := @343 (@529 @264 @66) (@351 (@67 (@64 @243) @66))
-@720 := @501 @248
-@721 := @271 @131
-@737 := (hwt : @711) ->
-  (hbind : @719) ->
-  (hF : @622) ->
-  (hA : @720 @721) ->
-  (hne : @284 @688 @289) -> @374 (fun (ro : @373) => @375 (@625 @658 @17) (@505 @548 @17))
-@738 := @710 @268
-@740 := @529 @56 @66
-@743 := @343 @740 (@351 @69)
-@744 := @501 @256
-@745 := @271 @12
-@760 := (hbind : @743) ->
-  (hF : @622) ->
-  (hA : @744 @745) ->
-  (hne : @284 @721 @289) -> @374 (fun (ro : @373) => @375 (@625 @656 @17) (@505 @543 @17))
-@763 := @738 (@707 @342 @740)
-@764 := @501 @264
-@765 := @271 @14
-@779 := (hF : @622) ->
-  (hA : @764 @765) ->
-  (hne : @284 @745 @289) -> @374 (fun (ro : @373) => @375 (@625 @688 @17) (@505 @578 @17))
-@782 := @763 (@707 @354 @498)
-@796 := (hA : @501 @56 @272) ->
-  (hne : @284 @765 @289) -> @374 (fun (ro : @373) => @375 (@625 @721 @17) (@505 @248 @17))
-@797 := @782 @280
-@808 := (hne : @284 @272 @289) -> @374 (fun (ro : @373) => @375 (@625 @745 @17) (@505 @256 @17))
-@809 := @797 @301
-@815 := @375 (@625 @765 @17) (@505 @264 @17)
-@817 := @374 (fun (ro : @373) => @815)
-@819 := @374 (fun (__e_ro : @373) => @815)
-@823 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@824 := (__e_hrep : @823) -> @819
-@825 := fun (__e_hrep : @823) => @809
-@826 := (n : @3) -> @824
-@827 := fun (n : @3) => @825
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustCore.lean
deleted file mode 100644
index 7991e1599..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustCore.lean
+++ /dev/null
@@ -1,49 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .false .bool [])), (.arm .succ [1] (.call 2 [(.var 1)]))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .true .bool [])), (.arm .succ [1] (.call 1 [(.var 1)]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [] (.call (.function 1) [(.copy (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 2) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 1) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustStd.lean
deleted file mode 100644
index 799c91a37..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustStd.lean
+++ /dev/null
@@ -1,49 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .false .bool [])), (.arm .succ [1] (.call 2 [(.var 1)]))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .zero [] (.build .true .bool [])), (.arm .succ [1] (.call 1 [(.var 1)]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [] (.call (.function 1) [(.copy (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))] (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 1)) (.mk [] (.lit (.bool false))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 1)))] (.call (.function 2) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 2) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.copy (.generated .binding 0)))], (.cond (.isZero (.generated .holder 2)) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .binding 1)) none (.predecessor (.generated .holder 2)))] (.call (.function 1) [(.copy (.generated .binding 1))] false))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 1)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := []) (tb := (.call (.function 1) [(.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustCore.lex.tex
deleted file mode 100644
index 65332170c..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,475 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.root : @939 := @940 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.flags
-@3 := Int8
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.i8
-@6 := @5 @4
-@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := #3
-@16 := @13 @14 @4
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_i8 @0
-@29 := @13 @0
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @17
-@53 := @44 @17
-@55 := @45 @52 @9
-@56 := LexLeanTarget.TargetSyntax.Value
-@57 := List.nil.{0}
-@58 := List.cons.{0}
-@59 := @57 @56
-@60 := @58 @56
-@61 := @60 @52
-@62 := @61 @59
-@63 := @60 @6
-@64 := @63 @62
-@65 := Nat
-@66 := Prod.{0, 0}
-@68 := @66 @65 @56
-@69 := 1
-@72 := Prod.mk.{0, 0} @65 @56
-@73 := @72 @69
-@74 := @73 @52
-@75 := 0
-@76 := @72 @75
-@77 := @76 @6
-@78 := @57 @68
-@79 := @58 @68
-@81 := @79 @77 @78
-@83 := @79 @74 @81
-@84 := Bool.false
-@85 := LexLeanTarget.TargetSyntax.Function
-@86 := LexLeanTarget.TargetSyntax.Program.functions
-@87 := @86 @0
-@88 := LexLeanTarget.TargetSyntax.Ty
-@89 := @57 @65
-@90 := @57 @88
-@91 := LexLeanTarget.TargetSyntax.Ty.unit
-@92 := LexLeanTarget.TargetSyntax.Value.unit
-@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
-@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
-@105 := List.getD.{0} @85 @87 @75 @100
-@109 := fun (__e_n : @65) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.root @19 @75
-@110 := LexLeanPreservation.Rust.WTL
-@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
-@120 := LexLeanPreservation.Rust.wtl_nil @0
-@121 := @110 @0
-@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
-@128 := @120 @1
-@129 := @121 @1
-@133 := {A : @12} -> @129 @19 @59 @90
-@134 := @128 @2
-@135 := @129 @2
-@136 := @135 @59
-@137 := @136 @90
-@138 := List.{0}
-@139 := @138 @56
-@140 := @138 @88
-@141 := #6
-@142 := @13 @141
-@143 := #5
-@144 := @142 @143
-@145 := #4
-@148 := @144 @145 @14 @4
-@149 := #7
-@154 := @110 @149 @141 @143 @4 @17
-@155 := #8
-@158 := @110 @155 @149 @141
-@160 := @60 @143 @14
-@161 := @158 @160
-@162 := @58 @88
-@164 := @162 @145 @4
-@174 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
-@176 := LexLeanPreservation.Rust.wtl_cons @0
-@196 := {c : @11} ->
-  {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} ->
-  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
-@197 := @176 @1
-@213 := {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
-@214 := @197 @2
-@216 := @45 @14 @4
-@218 := @135 @4 @17
-@226 := {v : @56} ->
-  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
-@227 := @214 @52
-@228 := @5 @145
-@229 := @45 @228
-@230 := @229 @4
-@231 := @5 @141
-@232 := @60 @231
-@234 := @135 (@232 @14)
-@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
-@241 := @227 @9
-@242 := @5 @14
-@244 := @45 @242 @9
-@245 := @5 @143
-@246 := @60 @245
-@248 := @135 (@246 @14)
-@249 := @162 @9
-@250 := @249 @4
-@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
-@256 := @241 @59
-@257 := @136 @17
-@258 := @60 @228
-@259 := @258 @59
-@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
-@265 := @256 @90
-@266 := @60 @242
-@267 := @266 @59
-@268 := @135 @267
-@269 := @249 @90
-@272 := (h : @55) -> (hs : @137) -> @268 @269
-@273 := @265 @53
-@274 := @63 @59
-@276 := @135 @274 @269
-@277 := (hs : @137) -> @276
-@278 := @273 @134
-@280 := @135 @62 @269
-@281 := @214 @6
-@283 := @45 @245 @4
-@284 := @5 @149
-@285 := @60 @284
-@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
-@294 := @281 @9
-@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
-@301 := @294 @62
-@302 := @268 @17
-@303 := @246 @259
-@304 := @135 @303
-@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
-@309 := @301 @269
-@310 := @258 @267
-@311 := @135 @310
-@312 := @249 @269
-@315 := (h : @51) -> (hs : @276) -> @311 @312
-@316 := @309 @49
-@317 := @266 @274
-@318 := @135 @317
-@320 := (hs : @280) -> @318 @312
-@321 := @316 @278
-@322 := @135 @64
-@323 := @322 @312
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.denote
-@326 := @324 @4 @17
-@327 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.__fits_0
-@329 := @327 @4 @17
-@332 := Coverage.Prims.fixedSmall @4 @17
-@333 := Option.{0}
-@334 := @333 @3
-@335 := @66 @334
-@336 := @335 @334
-@337 := @335 @336
-@338 := @335 @337
-@341 := LexLeanPreservation.encOption @3 @5
-@343 := LexLeanPreservation.encPair @334
-@346 := @343 @334 @341 @341
-@349 := @343 @336 @341 @346
-@352 := @343 @337 @341 @349
-@356 := @343 @338 @341 @352 @332
-@359 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.root @4 @17
-@360 := Bool
-@361 := Ne.{1}
-@362 := LexLeanPreservation.Obs
-@363 := @361 @362
-@364 := LexLeanPreservation.Rel
-@367 := @363 (@364 @17 @19)
-@368 := LexLeanPreservation.Obs.stuck
-@371 := (f : @360) -> (v : @56) -> @367 @368
-@373 := LexLeanPreservation.Rust.rel_ne_stuck @329
-@380 := (v : @56) -> @363 (@364 (@327 @14 @4) @19) @368
-@381 := @373 @356
-@385 := @363 (@364 @329 @356) @368
-@386 := @138 @68
-@387 := LexLeanPreservation.Rust.FunSem
-@388 := #9
-@394 := (n : @65) -> @387 @388 @155 @149 @19 @141
-@395 := Eq.{1}
-@396 := @333 @85
-@397 := @395 @396
-@404 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
-@408 := @397 (@404 (@86 @388) @141)
-@409 := Option.some.{0}
-@410 := @409 @85
-@411 := @410 @143
-@412 := @408 @411
-@413 := #10
-@417 := @110 @413 @388 @155 @143
-@418 := LexLeanTarget.TargetSyntax.Function.types
-@419 := @418 @141
-@420 := @417 @419
-@421 := @333 @386
-@422 := @395 @421
-@423 := LexLeanTarget.TargetSemantics.bindAll
-@424 := LexLeanTarget.TargetSyntax.Function.parameters
-@429 := @422 (@423 (@424 @149) @141 @78)
-@430 := @409 @386
-@431 := @430 @143
-@432 := @429 @431
-@433 := @333 @360
-@434 := @395 @433
-@435 := LexLeanPreservation.Rust.fnFallible
-@436 := #11
-@439 := @434 (@435 @436 @388)
-@440 := @409 @360
-@441 := @440 @143
-@442 := @439 @441
-@443 := LexLeanPreservation.RunConv
-@444 := #13
-@448 := @443 @444 @413 @155 @143
-@450 := @363 @141 @368
-@451 := Exists.{1}
-@452 := LexLeanPreservation.Rust.ROut
-@453 := @451 @452
-@454 := And
-@455 := LexLeanPreservation.Rust.RealizesFn
-@459 := @454 (@455 @388 @155 @19)
-@460 := LexLeanPreservation.Rust.RCI
-@462 := @460 #15
-@463 := LexLeanPreservation.Rust.fnIdent
-@464 := @463 @444
-@471 := (hne : @450) -> @453 (fun (ro : @452) => @459 (@462 @464 @436 @19))
-@486 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @394) ->
-  (hfn : @412) -> (hwt : @420) -> (hbind : @432) -> (hF : @442) -> (hA : @448) -> @471
-@488 := LexLeanPreservation.Rust.compose @0
-@489 := @387 @0
-@494 := (n : @65) -> @489 @155 @149 @19 @141
-@495 := @404 @87
-@498 := @397 (@495 @141) @411
-@502 := @121 @388 @155 @143 @419
-@503 := @443 @0
-@506 := @503 @413 @155 @143
-@520 := {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @494) ->
-  (hfn : @498) -> (hwt : @502) -> (hbind : @432) -> (hF : @442) -> (hA : @506) -> @471
-@521 := @488 @1
-@522 := @489 @1
-@526 := (n : @65) -> @522 @149 @19 @141
-@529 := @129 @155 @143 @419
-@530 := @435 @1
-@533 := @434 (@530 @388) @441
-@534 := @460 @1
-@544 := (hbind : @432) ->
-  (hF : @533) -> (hA : @506) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@534 @464 @436 @19))
-@554 := {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @526) -> (hfn : @498) -> (hwt : @529) -> @544
-@555 := @521 @2
-@557 := @522 @2 @19
-@559 := (n : @65) -> @557 @141
-@560 := @135 @143
-@561 := @560 @419
-@570 := {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @559) -> (hfn : @498) -> (hwt : @561) -> @544
-@571 := @555 @75
-@573 := (n : @65) -> @557 @75
-@574 := @495 @75
-@575 := @397 @574
-@576 := @575 @411
-@577 := @530 @75
-@578 := @434 @577
-@579 := @578 @441
-@580 := @503 @75
-@582 := @580 @155 @143
-@584 := @534 (@463 @75)
-@592 := (hF : @579) -> (hA : @582) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 @436 @19))
-@601 := {fn : @85} ->
-  {args : @139} ->
-  {env : @386} ->
-  {F : @360} -> {o : @362} -> (hB : @573) -> (hfn : @576) -> (hwt : @561) -> (hbind : @432) -> @592
-@602 := @571 @105
-@604 := @575 (@410 @105)
-@605 := @418 @105
-@606 := @560 @605
-@608 := @423 (@424 @105)
-@620 := {args : @139} ->
-  {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @573) -> (hfn : @604) -> (hwt : @606) -> (hbind : @422 (@608 @141 @78) @431) -> @592
-@621 := @602 @64
-@623 := @285 (@232 @59)
-@625 := @135 @623 @605
-@627 := @60 (@5 @155)
-@629 := @627 (@285 @59)
-@633 := @422 (@608 @629 @78) @431
-@635 := @60 (@5 @413)
-@637 := @60 (@5 @388)
-@639 := @635 (@637 @59)
-@641 := @580 @639 @143
-@643 := @60 (@5 @444)
-@646 := @60 (@5 #12)
-@663 := {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @625) ->
-  (hbind : @633) ->
-  (hF : @579) ->
-  (hA : @641) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@643 (@646 @59)) @19))
-@664 := @621 @83
-@666 := @232 (@246 @59)
-@668 := @135 @666 @605
-@679 := @422 (@608 @623 @78) (@430 (@79 (@73 @231) (@79 (@76 @284) @78)))
-@681 := @637 (@627 @59)
-@683 := @580 @681 @143
-@685 := @60 (@5 @436)
-@701 := {F : @360} ->
-  {o : @362} ->
-  (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @668) ->
-  (hbind : @679) ->
-  (hF : @579) ->
-  (hA : @683) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@646 (@685 @59)) @19))
-@702 := @664 @84
-@703 := @304 @605
-@714 := @422 (@608 @666 @78) (@430 (@79 (@73 @245) (@79 (@76 @231) @78)))
-@716 := @578 (@440 @84)
-@718 := @580 @629 @143
-@719 := @455 @84
-@737 := {o : @362} ->
-  (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @703) ->
-  (hbind : @714) ->
-  (hF : @716) ->
-  (hA : @718) ->
-  (hne : @450) -> @453 (fun (ro : @452) => @454 (@719 @155 @19) (@584 (@685 (@635 @59)) @19))
-@738 := @702 @326
-@739 := @311 @605
-@750 := @422 (@608 @303 @78) (@430 (@79 (@73 @228) (@79 (@76 @245) @78)))
-@751 := @580 @623
-@753 := @324 @149 @141
-@754 := @751 @753
-@756 := @324 @155 @149
-@775 := (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @739) ->
-  (hbind : @750) ->
-  (hF : @716) ->
-  (hA : @754) ->
-  (hne : @363 @756 @368) ->
-  @453 (fun (ro : @452) => @454 (@719 (@324 @413 @388) @19) (@584 @639 @19))
-@776 := @738 @109
-@777 := @318 @605
-@788 := @422 (@608 @310 @78) (@430 (@79 (@73 @242) (@79 (@76 @228) @78)))
-@789 := @580 @666
-@791 := @324 @141 @143
-@810 := (hfn : @604) ->
-  (hwt : @777) ->
-  (hbind : @788) ->
-  (hF : @716) ->
-  (hA : @789 @791) ->
-  (hne : @363 @753 @368) ->
-  @453 (fun (ro : @452) => @454 (@719 (@324 @388 @155) @19) (@584 @681 @19))
-@811 := Eq.refl.{1}
-@814 := @776 (@811 @396 @574)
-@815 := @322 @605
-@826 := @422 (@608 @317 @78) (@430 (@79 (@73 @6) (@79 (@76 @242) @78)))
-@827 := @580 @303
-@829 := @324 @143 @145
-@845 := (hwt : @815) ->
-  (hbind : @826) ->
-  (hF : @716) ->
-  (hA : @827 @829) ->
-  (hne : @363 @791 @368) -> @453 (fun (ro : @452) => @454 (@719 @756 @19) (@584 @629 @19))
-@846 := @814 @321
-@848 := @608 @64 @78
-@851 := @422 @848 (@430 @83)
-@852 := @580 @310
-@854 := @324 @145 @14
-@869 := (hbind : @851) ->
-  (hF : @716) ->
-  (hA : @852 @854) ->
-  (hne : @363 @829 @368) -> @453 (fun (ro : @452) => @454 (@719 @753 @19) (@584 @623 @19))
-@872 := @846 (@811 @421 @848)
-@873 := @580 @317
-@875 := @324 @14 @4
-@889 := (hF : @716) ->
-  (hA : @873 @875) ->
-  (hne : @363 @854 @368) -> @453 (fun (ro : @452) => @454 (@719 @791 @19) (@584 @666 @19))
-@892 := @872 (@811 @433 @577)
-@906 := (hA : @580 @64 @326) ->
-  (hne : @363 @875 @368) -> @453 (fun (ro : @452) => @454 (@719 @829 @19) (@584 @303 @19))
-@907 := @892 @359
-@918 := (hne : @363 @326 @368) -> @453 (fun (ro : @452) => @454 (@719 @854 @19) (@584 @310 @19))
-@919 := @907 @381
-@925 := @454 (@719 @875 @19) (@584 @317 @19)
-@927 := @453 (fun (ro : @452) => @925)
-@929 := @453 (fun (__e_ro : @452) => @925)
-@934 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
-@935 := (__e_hrep : @934) -> @929
-@936 := fun (__e_hrep : @934) => @919
-@937 := (b : @3) -> @935
-@938 := fun (b : @3) => @936
-@939 := (a : @3) -> @937
-@940 := fun (a : @3) => @938
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustStd.lex.tex
deleted file mode 100644
index 9f91173d2..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,475 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.root : @939 := @940 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.flags
-@3 := Int8
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.i8
-@6 := @5 @4
-@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := #3
-@16 := @13 @14 @4
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_i8 @0
-@29 := @13 @0
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @17
-@53 := @44 @17
-@55 := @45 @52 @9
-@56 := LexLeanTarget.TargetSyntax.Value
-@57 := List.nil.{0}
-@58 := List.cons.{0}
-@59 := @57 @56
-@60 := @58 @56
-@61 := @60 @52
-@62 := @61 @59
-@63 := @60 @6
-@64 := @63 @62
-@65 := Nat
-@66 := Prod.{0, 0}
-@68 := @66 @65 @56
-@69 := 1
-@72 := Prod.mk.{0, 0} @65 @56
-@73 := @72 @69
-@74 := @73 @52
-@75 := 0
-@76 := @72 @75
-@77 := @76 @6
-@78 := @57 @68
-@79 := @58 @68
-@81 := @79 @77 @78
-@83 := @79 @74 @81
-@84 := Bool.false
-@85 := LexLeanTarget.TargetSyntax.Function
-@86 := LexLeanTarget.TargetSyntax.Program.functions
-@87 := @86 @0
-@88 := LexLeanTarget.TargetSyntax.Ty
-@89 := @57 @65
-@90 := @57 @88
-@91 := LexLeanTarget.TargetSyntax.Ty.unit
-@92 := LexLeanTarget.TargetSyntax.Value.unit
-@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
-@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
-@105 := List.getD.{0} @85 @87 @75 @100
-@109 := fun (__e_n : @65) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.root @19 @75
-@110 := LexLeanPreservation.Rust.WTL
-@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
-@120 := LexLeanPreservation.Rust.wtl_nil @0
-@121 := @110 @0
-@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
-@128 := @120 @1
-@129 := @121 @1
-@133 := {A : @12} -> @129 @19 @59 @90
-@134 := @128 @2
-@135 := @129 @2
-@136 := @135 @59
-@137 := @136 @90
-@138 := List.{0}
-@139 := @138 @56
-@140 := @138 @88
-@141 := #6
-@142 := @13 @141
-@143 := #5
-@144 := @142 @143
-@145 := #4
-@148 := @144 @145 @14 @4
-@149 := #7
-@154 := @110 @149 @141 @143 @4 @17
-@155 := #8
-@158 := @110 @155 @149 @141
-@160 := @60 @143 @14
-@161 := @158 @160
-@162 := @58 @88
-@164 := @162 @145 @4
-@174 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
-@176 := LexLeanPreservation.Rust.wtl_cons @0
-@196 := {c : @11} ->
-  {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} ->
-  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
-@197 := @176 @1
-@213 := {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
-@214 := @197 @2
-@216 := @45 @14 @4
-@218 := @135 @4 @17
-@226 := {v : @56} ->
-  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
-@227 := @214 @52
-@228 := @5 @145
-@229 := @45 @228
-@230 := @229 @4
-@231 := @5 @141
-@232 := @60 @231
-@234 := @135 (@232 @14)
-@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
-@241 := @227 @9
-@242 := @5 @14
-@244 := @45 @242 @9
-@245 := @5 @143
-@246 := @60 @245
-@248 := @135 (@246 @14)
-@249 := @162 @9
-@250 := @249 @4
-@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
-@256 := @241 @59
-@257 := @136 @17
-@258 := @60 @228
-@259 := @258 @59
-@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
-@265 := @256 @90
-@266 := @60 @242
-@267 := @266 @59
-@268 := @135 @267
-@269 := @249 @90
-@272 := (h : @55) -> (hs : @137) -> @268 @269
-@273 := @265 @53
-@274 := @63 @59
-@276 := @135 @274 @269
-@277 := (hs : @137) -> @276
-@278 := @273 @134
-@280 := @135 @62 @269
-@281 := @214 @6
-@283 := @45 @245 @4
-@284 := @5 @149
-@285 := @60 @284
-@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
-@294 := @281 @9
-@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
-@301 := @294 @62
-@302 := @268 @17
-@303 := @246 @259
-@304 := @135 @303
-@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
-@309 := @301 @269
-@310 := @258 @267
-@311 := @135 @310
-@312 := @249 @269
-@315 := (h : @51) -> (hs : @276) -> @311 @312
-@316 := @309 @49
-@317 := @266 @274
-@318 := @135 @317
-@320 := (hs : @280) -> @318 @312
-@321 := @316 @278
-@322 := @135 @64
-@323 := @322 @312
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.denote
-@326 := @324 @4 @17
-@327 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.__fits_0
-@329 := @327 @4 @17
-@332 := Coverage.Prims.fixedSmall @4 @17
-@333 := Option.{0}
-@334 := @333 @3
-@335 := @66 @334
-@336 := @335 @334
-@337 := @335 @336
-@338 := @335 @337
-@341 := LexLeanPreservation.encOption @3 @5
-@343 := LexLeanPreservation.encPair @334
-@346 := @343 @334 @341 @341
-@349 := @343 @336 @341 @346
-@352 := @343 @337 @341 @349
-@356 := @343 @338 @341 @352 @332
-@359 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.root @4 @17
-@360 := Bool
-@361 := Ne.{1}
-@362 := LexLeanPreservation.Obs
-@363 := @361 @362
-@364 := LexLeanPreservation.Rel
-@367 := @363 (@364 @17 @19)
-@368 := LexLeanPreservation.Obs.stuck
-@371 := (f : @360) -> (v : @56) -> @367 @368
-@373 := LexLeanPreservation.Rust.rel_ne_stuck @329
-@380 := (v : @56) -> @363 (@364 (@327 @14 @4) @19) @368
-@381 := @373 @356
-@385 := @363 (@364 @329 @356) @368
-@386 := @138 @68
-@387 := LexLeanPreservation.Rust.FunSem
-@388 := #9
-@394 := (n : @65) -> @387 @388 @155 @149 @19 @141
-@395 := Eq.{1}
-@396 := @333 @85
-@397 := @395 @396
-@404 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
-@408 := @397 (@404 (@86 @388) @141)
-@409 := Option.some.{0}
-@410 := @409 @85
-@411 := @410 @143
-@412 := @408 @411
-@413 := #10
-@417 := @110 @413 @388 @155 @143
-@418 := LexLeanTarget.TargetSyntax.Function.types
-@419 := @418 @141
-@420 := @417 @419
-@421 := @333 @386
-@422 := @395 @421
-@423 := LexLeanTarget.TargetSemantics.bindAll
-@424 := LexLeanTarget.TargetSyntax.Function.parameters
-@429 := @422 (@423 (@424 @149) @141 @78)
-@430 := @409 @386
-@431 := @430 @143
-@432 := @429 @431
-@433 := @333 @360
-@434 := @395 @433
-@435 := LexLeanPreservation.Rust.fnFallible
-@436 := #11
-@439 := @434 (@435 @436 @388)
-@440 := @409 @360
-@441 := @440 @143
-@442 := @439 @441
-@443 := LexLeanPreservation.RunConv
-@444 := #13
-@448 := @443 @444 @413 @155 @143
-@450 := @363 @141 @368
-@451 := Exists.{1}
-@452 := LexLeanPreservation.Rust.ROut
-@453 := @451 @452
-@454 := And
-@455 := LexLeanPreservation.Rust.RealizesFn
-@459 := @454 (@455 @388 @155 @19)
-@460 := LexLeanPreservation.Rust.RCI
-@462 := @460 #15
-@463 := LexLeanPreservation.Rust.fnIdent
-@464 := @463 @444
-@471 := (hne : @450) -> @453 (fun (ro : @452) => @459 (@462 @464 @436 @19))
-@486 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @394) ->
-  (hfn : @412) -> (hwt : @420) -> (hbind : @432) -> (hF : @442) -> (hA : @448) -> @471
-@488 := LexLeanPreservation.Rust.compose @0
-@489 := @387 @0
-@494 := (n : @65) -> @489 @155 @149 @19 @141
-@495 := @404 @87
-@498 := @397 (@495 @141) @411
-@502 := @121 @388 @155 @143 @419
-@503 := @443 @0
-@506 := @503 @413 @155 @143
-@520 := {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @494) ->
-  (hfn : @498) -> (hwt : @502) -> (hbind : @432) -> (hF : @442) -> (hA : @506) -> @471
-@521 := @488 @1
-@522 := @489 @1
-@526 := (n : @65) -> @522 @149 @19 @141
-@529 := @129 @155 @143 @419
-@530 := @435 @1
-@533 := @434 (@530 @388) @441
-@534 := @460 @1
-@544 := (hbind : @432) ->
-  (hF : @533) -> (hA : @506) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@534 @464 @436 @19))
-@554 := {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @526) -> (hfn : @498) -> (hwt : @529) -> @544
-@555 := @521 @2
-@557 := @522 @2 @19
-@559 := (n : @65) -> @557 @141
-@560 := @135 @143
-@561 := @560 @419
-@570 := {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @386} -> {F : @360} -> {o : @362} -> (hB : @559) -> (hfn : @498) -> (hwt : @561) -> @544
-@571 := @555 @75
-@573 := (n : @65) -> @557 @75
-@574 := @495 @75
-@575 := @397 @574
-@576 := @575 @411
-@577 := @530 @75
-@578 := @434 @577
-@579 := @578 @441
-@580 := @503 @75
-@582 := @580 @155 @143
-@584 := @534 (@463 @75)
-@592 := (hF : @579) -> (hA : @582) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 @436 @19))
-@601 := {fn : @85} ->
-  {args : @139} ->
-  {env : @386} ->
-  {F : @360} -> {o : @362} -> (hB : @573) -> (hfn : @576) -> (hwt : @561) -> (hbind : @432) -> @592
-@602 := @571 @105
-@604 := @575 (@410 @105)
-@605 := @418 @105
-@606 := @560 @605
-@608 := @423 (@424 @105)
-@620 := {args : @139} ->
-  {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @573) -> (hfn : @604) -> (hwt : @606) -> (hbind : @422 (@608 @141 @78) @431) -> @592
-@621 := @602 @64
-@623 := @285 (@232 @59)
-@625 := @135 @623 @605
-@627 := @60 (@5 @155)
-@629 := @627 (@285 @59)
-@633 := @422 (@608 @629 @78) @431
-@635 := @60 (@5 @413)
-@637 := @60 (@5 @388)
-@639 := @635 (@637 @59)
-@641 := @580 @639 @143
-@643 := @60 (@5 @444)
-@646 := @60 (@5 #12)
-@663 := {env : @386} ->
-  {F : @360} ->
-  {o : @362} ->
-  (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @625) ->
-  (hbind : @633) ->
-  (hF : @579) ->
-  (hA : @641) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@643 (@646 @59)) @19))
-@664 := @621 @83
-@666 := @232 (@246 @59)
-@668 := @135 @666 @605
-@679 := @422 (@608 @623 @78) (@430 (@79 (@73 @231) (@79 (@76 @284) @78)))
-@681 := @637 (@627 @59)
-@683 := @580 @681 @143
-@685 := @60 (@5 @436)
-@701 := {F : @360} ->
-  {o : @362} ->
-  (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @668) ->
-  (hbind : @679) ->
-  (hF : @579) ->
-  (hA : @683) -> (hne : @450) -> @453 (fun (ro : @452) => @459 (@584 (@646 (@685 @59)) @19))
-@702 := @664 @84
-@703 := @304 @605
-@714 := @422 (@608 @666 @78) (@430 (@79 (@73 @245) (@79 (@76 @231) @78)))
-@716 := @578 (@440 @84)
-@718 := @580 @629 @143
-@719 := @455 @84
-@737 := {o : @362} ->
-  (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @703) ->
-  (hbind : @714) ->
-  (hF : @716) ->
-  (hA : @718) ->
-  (hne : @450) -> @453 (fun (ro : @452) => @454 (@719 @155 @19) (@584 (@685 (@635 @59)) @19))
-@738 := @702 @326
-@739 := @311 @605
-@750 := @422 (@608 @303 @78) (@430 (@79 (@73 @228) (@79 (@76 @245) @78)))
-@751 := @580 @623
-@753 := @324 @149 @141
-@754 := @751 @753
-@756 := @324 @155 @149
-@775 := (hB : @573) ->
-  (hfn : @604) ->
-  (hwt : @739) ->
-  (hbind : @750) ->
-  (hF : @716) ->
-  (hA : @754) ->
-  (hne : @363 @756 @368) ->
-  @453 (fun (ro : @452) => @454 (@719 (@324 @413 @388) @19) (@584 @639 @19))
-@776 := @738 @109
-@777 := @318 @605
-@788 := @422 (@608 @310 @78) (@430 (@79 (@73 @242) (@79 (@76 @228) @78)))
-@789 := @580 @666
-@791 := @324 @141 @143
-@810 := (hfn : @604) ->
-  (hwt : @777) ->
-  (hbind : @788) ->
-  (hF : @716) ->
-  (hA : @789 @791) ->
-  (hne : @363 @753 @368) ->
-  @453 (fun (ro : @452) => @454 (@719 (@324 @388 @155) @19) (@584 @681 @19))
-@811 := Eq.refl.{1}
-@814 := @776 (@811 @396 @574)
-@815 := @322 @605
-@826 := @422 (@608 @317 @78) (@430 (@79 (@73 @6) (@79 (@76 @242) @78)))
-@827 := @580 @303
-@829 := @324 @143 @145
-@845 := (hwt : @815) ->
-  (hbind : @826) ->
-  (hF : @716) ->
-  (hA : @827 @829) ->
-  (hne : @363 @791 @368) -> @453 (fun (ro : @452) => @454 (@719 @756 @19) (@584 @629 @19))
-@846 := @814 @321
-@848 := @608 @64 @78
-@851 := @422 @848 (@430 @83)
-@852 := @580 @310
-@854 := @324 @145 @14
-@869 := (hbind : @851) ->
-  (hF : @716) ->
-  (hA : @852 @854) ->
-  (hne : @363 @829 @368) -> @453 (fun (ro : @452) => @454 (@719 @753 @19) (@584 @623 @19))
-@872 := @846 (@811 @421 @848)
-@873 := @580 @317
-@875 := @324 @14 @4
-@889 := (hF : @716) ->
-  (hA : @873 @875) ->
-  (hne : @363 @854 @368) -> @453 (fun (ro : @452) => @454 (@719 @791 @19) (@584 @666 @19))
-@892 := @872 (@811 @433 @577)
-@906 := (hA : @580 @64 @326) ->
-  (hne : @363 @875 @368) -> @453 (fun (ro : @452) => @454 (@719 @829 @19) (@584 @303 @19))
-@907 := @892 @359
-@918 := (hne : @363 @326 @368) -> @453 (fun (ro : @452) => @454 (@719 @854 @19) (@584 @310 @19))
-@919 := @907 @381
-@925 := @454 (@719 @875 @19) (@584 @317 @19)
-@927 := @453 (fun (ro : @452) => @925)
-@929 := @453 (fun (__e_ro : @452) => @925)
-@934 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
-@935 := (__e_hrep : @934) -> @929
-@936 := fun (__e_hrep : @934) => @919
-@937 := (b : @3) -> @935
-@938 := fun (b : @3) => @936
-@939 := (a : @3) -> @937
-@940 := fun (a : @3) => @938
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustCore.lean
deleted file mode 100644
index 8903a4973..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.fixed .i8), (.fixed .i8)], result := (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))),
-      body := (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.option (.fixed .i8))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.prim .checkedNeg [(.var 0)])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false))))))), [(1, (.fixed .i8), (some 1)), (0, (.fixed .i8), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustStd.lean
deleted file mode 100644
index 36609186f..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.fixed .i8), (.fixed .i8)], result := (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))),
-      body := (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i8)) (.option (.fixed .i8))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.prim .checkedNeg [(.var 0)])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.pair (.option (.fixed .i8)) (.option (.fixed .i8)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false))))))), [(1, (.fixed .i8), (some 1)), (0, (.fixed .i8), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i8)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i8)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i8)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i8)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i8)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustCore.lex.tex
deleted file mode 100644
index 30ad892e6..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,501 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.root : @1000 := @1001 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.flags
-@3 := Int16
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.i16
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.fixed
-@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i16
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := #3
-@16 := @13 @14 @4
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_i16 @0
-@29 := @13 @0
-@31 := @29 @4 @17
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@39 := @38 @17
-@43 := {A : @12} -> (x : @3) -> @39 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := Int32
-@53 := LexLeanTarget.TargetSyntax.Value.i32
-@54 := @53 @17
-@56 := @7 LexLeanTarget.TargetSyntax.IntKind.i32
-@57 := @53 @19
-@63 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @52) -> @18 @57 @56
-@65 := LexLeanPreservation.Rust.wt_i32 @0
-@70 := {c : @11} -> {A : @12} -> (x : @52) -> @31 @57 @56
-@71 := @65 @1
-@75 := {A : @12} -> (x : @52) -> @39 @57 @56
-@76 := @71 @2
-@79 := (x : @52) -> @45 @57 @56
-@80 := @76 @17
-@82 := @45 @54 @56
-@83 := LexLeanTarget.TargetSyntax.Value
-@84 := List.nil.{0}
-@85 := List.cons.{0}
-@86 := @84 @83
-@87 := @85 @83
-@89 := @87 @54 @86
-@91 := @87 @6 @89
-@92 := Nat
-@93 := Prod.{0, 0}
-@95 := @93 @92 @83
-@96 := 1
-@99 := Prod.mk.{0, 0} @92 @83
-@100 := @99 @96
-@101 := @100 @54
-@102 := 0
-@103 := @99 @102
-@104 := @103 @6
-@105 := @84 @95
-@106 := @85 @95
-@108 := @106 @104 @105
-@110 := @106 @101 @108
-@111 := Bool.false
-@112 := LexLeanTarget.TargetSyntax.Function
-@113 := LexLeanTarget.TargetSyntax.Program.functions
-@114 := @113 @0
-@115 := LexLeanTarget.TargetSyntax.Ty
-@116 := @84 @92
-@117 := @84 @115
-@118 := LexLeanTarget.TargetSyntax.Ty.unit
-@119 := LexLeanTarget.TargetSyntax.Value.unit
-@122 := LexLeanTarget.TargetSyntax.Expr.value @118 @119
-@127 := LexLeanTarget.TargetSyntax.Function.mk @116 @117 @118 @122
-@132 := List.getD.{0} @112 @114 @102 @127
-@136 := fun (__e_n : @92) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.root @19 @102
-@137 := LexLeanPreservation.Rust.WTL
-@145 := {p : @10} -> {c : @11} -> {A : @12} -> @137 @4 @17 @19 @86 @117
-@147 := LexLeanPreservation.Rust.wtl_nil @0
-@148 := @137 @0
-@154 := {c : @11} -> {A : @12} -> @148 @17 @19 @86 @117
-@155 := @147 @1
-@156 := @148 @1
-@160 := {A : @12} -> @156 @19 @86 @117
-@161 := @155 @2
-@162 := @156 @2
-@163 := @162 @86
-@164 := @163 @117
-@165 := List.{0}
-@166 := @165 @83
-@167 := @165 @115
-@168 := #6
-@169 := @13 @168
-@170 := #5
-@171 := @169 @170
-@172 := #4
-@175 := @171 @172 @14 @4
-@176 := #7
-@181 := @137 @176 @168 @170 @4 @17
-@182 := #8
-@185 := @137 @182 @176 @168
-@187 := @87 @170 @14
-@188 := @185 @187
-@189 := @85 @115
-@191 := @189 @172 @4
-@201 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @83} -> {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @175) -> (hs : @181) -> @188 @191
-@203 := LexLeanPreservation.Rust.wtl_cons @0
-@223 := {c : @11} ->
-  {A : @12} ->
-  {v : @83} ->
-  {t : @115} ->
-  {vs : @166} ->
-  {ts : @167} ->
-  (h : @29 @170 @172 @14 @4) -> (hs : @148 @168 @170 @4 @17) -> @148 @176 @168 @187 @191
-@224 := @203 @1
-@240 := {A : @12} ->
-  {v : @83} ->
-  {t : @115} ->
-  {vs : @166} ->
-  {ts : @167} -> (h : @38 @172 @14 @4) -> (hs : @156 @170 @4 @17) -> @156 @168 @187 @191
-@241 := @224 @2
-@243 := @45 @14 @4
-@245 := @162 @4 @17
-@253 := {v : @83} ->
-  {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @243) -> (hs : @245) -> @162 @187 @191
-@254 := @241 @54
-@255 := @53 @172
-@257 := @45 @255 @4
-@258 := @53 @168
-@259 := @87 @258
-@267 := {t : @115} ->
-  {vs : @166} -> {ts : @167} -> (h : @257) -> (hs : @245) -> @162 (@259 @14) @191
-@268 := @254 @56
-@269 := @53 @14
-@271 := @45 @269 @56
-@272 := @53 @170
-@273 := @87 @272
-@275 := @162 (@273 @14)
-@276 := @189 @56
-@277 := @276 @4
-@282 := {vs : @166} -> {ts : @167} -> (h : @271) -> (hs : @245) -> @275 @277
-@283 := @268 @86
-@284 := @53 @4
-@286 := @45 @284 @56
-@287 := @163 @17
-@289 := @87 @255 @86
-@294 := {ts : @167} -> (h : @286) -> (hs : @287) -> @162 @289 @277
-@295 := @283 @117
-@297 := @87 @269 @86
-@298 := @162 @297
-@299 := @276 @117
-@302 := (h : @82) -> (hs : @164) -> @298 @299
-@303 := @295 @80
-@305 := @87 @284 @86
-@307 := @162 @305 @299
-@308 := (hs : @164) -> @307
-@309 := @303 @161
-@311 := @162 @89 @299
-@312 := @241 @6
-@313 := @5 @170
-@315 := @45 @313 @4
-@316 := @5 @176
-@317 := @87 @316
-@325 := {t : @115} ->
-  {vs : @166} -> {ts : @167} -> (h : @315) -> (hs : @245) -> @162 (@317 @14) @191
-@326 := @312 @9
-@327 := @5 @172
-@329 := @45 @327 @9
-@330 := @5 @168
-@331 := @87 @330
-@333 := @162 (@331 @14)
-@334 := @189 @9
-@335 := @334 @4
-@340 := {vs : @166} -> {ts : @167} -> (h : @329) -> (hs : @245) -> @333 @335
-@341 := @326 @89
-@342 := @5 @14
-@344 := @45 @342 @9
-@345 := @298 @17
-@347 := @87 @313 @289
-@348 := @162 @347
-@352 := {ts : @167} -> (h : @344) -> (hs : @345) -> @348 @335
-@353 := @341 @299
-@355 := @87 @327 @297
-@356 := @162 @355
-@357 := @334 @299
-@360 := (h : @51) -> (hs : @307) -> @356 @357
-@361 := @353 @49
-@363 := @87 @342 @305
-@364 := @162 @363
-@366 := (hs : @311) -> @364 @357
-@367 := @361 @309
-@368 := @162 @91
-@369 := @368 @357
-@370 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.denote
-@372 := @370 @4 @17
-@373 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.__fits_0
-@375 := @373 @4 @17
-@378 := Coverage.Prims.fixedMiddle @4 @17
-@379 := Option.{0}
-@380 := @379 @3
-@381 := @379 @52
-@382 := Bool
-@383 := @93 @381
-@384 := @383 @382
-@385 := @383 @384
-@386 := LexLeanPreservation.encOption
-@388 := @386 @3 @5
-@390 := @386 @52 @53
-@391 := LexLeanTarget.TargetSyntax.Value.bool
-@392 := LexLeanPreservation.encPair
-@393 := @392 @381
-@396 := @393 @382 @390 @391
-@399 := @393 @384 @390 @396
-@404 := @392 @380 @385 @388 @399 @378
-@407 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.root @4 @17
-@408 := Ne.{1}
-@409 := LexLeanPreservation.Obs
-@410 := @408 @409
-@411 := LexLeanPreservation.Rel
-@414 := @410 (@411 @17 @19)
-@415 := LexLeanPreservation.Obs.stuck
-@418 := (f : @382) -> (v : @83) -> @414 @415
-@420 := LexLeanPreservation.Rust.rel_ne_stuck @375
-@427 := (v : @83) -> @410 (@411 (@373 @14 @4) @19) @415
-@428 := @420 @404
-@432 := @410 (@411 @375 @404) @415
-@433 := @165 @95
-@434 := LexLeanPreservation.Rust.FunSem
-@435 := #9
-@441 := (n : @92) -> @434 @435 @182 @176 @19 @168
-@442 := Eq.{1}
-@443 := @379 @112
-@444 := @442 @443
-@451 := LexLeanRuntime.index (@165 @112) @112 (LexLeanRuntime.instIndexableList @112)
-@455 := @444 (@451 (@113 @435) @168)
-@456 := Option.some.{0}
-@457 := @456 @112
-@458 := @457 @170
-@459 := @455 @458
-@460 := #10
-@464 := @137 @460 @435 @182 @170
-@465 := LexLeanTarget.TargetSyntax.Function.types
-@466 := @465 @168
-@467 := @464 @466
-@468 := @379 @433
-@469 := @442 @468
-@470 := LexLeanTarget.TargetSemantics.bindAll
-@471 := LexLeanTarget.TargetSyntax.Function.parameters
-@476 := @469 (@470 (@471 @176) @168 @105)
-@477 := @456 @433
-@478 := @477 @170
-@479 := @476 @478
-@480 := @379 @382
-@481 := @442 @480
-@482 := LexLeanPreservation.Rust.fnFallible
-@483 := #11
-@486 := @481 (@482 @483 @435)
-@487 := @456 @382
-@488 := @487 @170
-@489 := @486 @488
-@490 := LexLeanPreservation.RunConv
-@491 := #13
-@495 := @490 @491 @460 @182 @170
-@497 := @410 @168 @415
-@498 := Exists.{1}
-@499 := LexLeanPreservation.Rust.ROut
-@500 := @498 @499
-@501 := And
-@502 := LexLeanPreservation.Rust.RealizesFn
-@506 := @501 (@502 @435 @182 @19)
-@507 := LexLeanPreservation.Rust.RCI
-@509 := @507 #15
-@510 := LexLeanPreservation.Rust.fnIdent
-@511 := @510 @491
-@518 := (hne : @497) -> @500 (fun (ro : @499) => @506 (@509 @511 @483 @19))
-@533 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @441) ->
-  (hfn : @459) -> (hwt : @467) -> (hbind : @479) -> (hF : @489) -> (hA : @495) -> @518
-@535 := LexLeanPreservation.Rust.compose @0
-@536 := @434 @0
-@541 := (n : @92) -> @536 @182 @176 @19 @168
-@542 := @451 @114
-@545 := @444 (@542 @168) @458
-@549 := @148 @435 @182 @170 @466
-@550 := @490 @0
-@553 := @550 @460 @182 @170
-@567 := {c : @11} ->
-  {A : @12} ->
-  {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @541) ->
-  (hfn : @545) -> (hwt : @549) -> (hbind : @479) -> (hF : @489) -> (hA : @553) -> @518
-@568 := @535 @1
-@569 := @536 @1
-@573 := (n : @92) -> @569 @176 @19 @168
-@576 := @156 @182 @170 @466
-@577 := @482 @1
-@580 := @481 (@577 @435) @488
-@581 := @507 @1
-@591 := (hbind : @479) ->
-  (hF : @580) -> (hA : @553) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@581 @511 @483 @19))
-@601 := {A : @12} ->
-  {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @573) -> (hfn : @545) -> (hwt : @576) -> @591
-@602 := @568 @2
-@604 := @569 @2 @19
-@606 := (n : @92) -> @604 @168
-@607 := @162 @170
-@608 := @607 @466
-@617 := {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @606) -> (hfn : @545) -> (hwt : @608) -> @591
-@618 := @602 @102
-@620 := (n : @92) -> @604 @102
-@621 := @542 @102
-@622 := @444 @621
-@623 := @622 @458
-@624 := @577 @102
-@625 := @481 @624
-@626 := @625 @488
-@627 := @550 @102
-@629 := @627 @182 @170
-@631 := @581 (@510 @102)
-@639 := (hF : @626) -> (hA : @629) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 @483 @19))
-@648 := {fn : @112} ->
-  {args : @166} ->
-  {env : @433} ->
-  {F : @382} -> {o : @409} -> (hB : @620) -> (hfn : @623) -> (hwt : @608) -> (hbind : @479) -> @639
-@649 := @618 @132
-@651 := @622 (@457 @132)
-@652 := @465 @132
-@653 := @607 @652
-@655 := @470 (@471 @132)
-@667 := {args : @166} ->
-  {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @620) -> (hfn : @651) -> (hwt : @653) -> (hbind : @469 (@655 @168 @105) @478) -> @639
-@668 := @649 @91
-@670 := @317 (@259 @86)
-@672 := @162 @670 @652
-@678 := @87 (@5 @182) (@87 (@53 @176) @86)
-@682 := @469 (@655 @678 @105) @478
-@688 := @87 (@5 @460) (@87 (@53 @435) @86)
-@690 := @627 @688 @170
-@692 := @87 (@5 @491)
-@693 := #12
-@712 := {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @672) ->
-  (hbind : @682) ->
-  (hF : @626) ->
-  (hA : @690) ->
-  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@692 (@87 (@53 @693) @86)) @19))
-@713 := @668 @110
-@715 := @331 (@273 @86)
-@717 := @162 @715 @652
-@728 := @469 (@655 @670 @105) (@477 (@106 (@100 @258) (@106 (@103 @316) @105)))
-@734 := @87 (@5 @435) (@87 (@53 @182) @86)
-@756 := {F : @382} ->
-  {o : @409} ->
-  (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @717) ->
-  (hbind : @728) ->
-  (hF : @626) ->
-  (hA : @627 @734 @170) ->
-  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@87 (@5 @693) (@87 (@53 @483) @86)) @19))
-@757 := @713 @111
-@758 := @348 @652
-@769 := @469 (@655 @715 @105) (@477 (@106 (@100 @272) (@106 (@103 @330) @105)))
-@771 := @625 (@487 @111)
-@773 := @627 @678 @170
-@774 := @502 @111
-@796 := {o : @409} ->
-  (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @758) ->
-  (hbind : @769) ->
-  (hF : @771) ->
-  (hA : @773) ->
-  (hne : @497) ->
-  @500 (fun (ro : @499) => @501 (@774 @182 @19) (@631 (@87 (@5 @483) (@87 (@53 @460) @86)) @19))
-@797 := @757 @372
-@798 := @356 @652
-@809 := @469 (@655 @347 @105) (@477 (@106 (@100 @255) (@106 (@103 @313) @105)))
-@810 := @627 @670
-@812 := @370 @176 @168
-@813 := @810 @812
-@815 := @370 @182 @176
-@834 := (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @798) ->
-  (hbind : @809) ->
-  (hF : @771) ->
-  (hA : @813) ->
-  (hne : @410 @815 @415) ->
-  @500 (fun (ro : @499) => @501 (@774 (@370 @460 @435) @19) (@631 @688 @19))
-@835 := @797 @136
-@836 := @364 @652
-@847 := @469 (@655 @355 @105) (@477 (@106 (@100 @269) (@106 (@103 @327) @105)))
-@848 := @627 @715
-@850 := @370 @168 @170
-@869 := (hfn : @651) ->
-  (hwt : @836) ->
-  (hbind : @847) ->
-  (hF : @771) ->
-  (hA : @848 @850) ->
-  (hne : @410 @812 @415) ->
-  @500 (fun (ro : @499) => @501 (@774 (@370 @435 @182) @19) (@631 @734 @19))
-@870 := Eq.refl.{1}
-@873 := @835 (@870 @443 @621)
-@874 := @368 @652
-@885 := @469 (@655 @363 @105) (@477 (@106 (@100 @284) (@106 (@103 @342) @105)))
-@886 := @627 @347
-@888 := @370 @170 @172
-@904 := (hwt : @874) ->
-  (hbind : @885) ->
-  (hF : @771) ->
-  (hA : @886 @888) ->
-  (hne : @410 @850 @415) -> @500 (fun (ro : @499) => @501 (@774 @815 @19) (@631 @678 @19))
-@905 := @873 @367
-@907 := @655 @91 @105
-@910 := @469 @907 (@477 @110)
-@911 := @627 @355
-@913 := @370 @172 @14
-@928 := (hbind : @910) ->
-  (hF : @771) ->
-  (hA : @911 @913) ->
-  (hne : @410 @888 @415) -> @500 (fun (ro : @499) => @501 (@774 @812 @19) (@631 @670 @19))
-@931 := @905 (@870 @468 @907)
-@932 := @627 @363
-@934 := @370 @14 @4
-@948 := (hF : @771) ->
-  (hA : @932 @934) ->
-  (hne : @410 @913 @415) -> @500 (fun (ro : @499) => @501 (@774 @850 @19) (@631 @715 @19))
-@951 := @931 (@870 @480 @624)
-@965 := (hA : @627 @91 @372) ->
-  (hne : @410 @934 @415) -> @500 (fun (ro : @499) => @501 (@774 @888 @19) (@631 @347 @19))
-@966 := @951 @407
-@977 := (hne : @410 @372 @415) -> @500 (fun (ro : @499) => @501 (@774 @913 @19) (@631 @355 @19))
-@978 := @966 @428
-@984 := @501 (@774 @934 @19) (@631 @363 @19)
-@986 := @500 (fun (ro : @499) => @984)
-@988 := @500 (fun (__e_ro : @499) => @984)
-@989 := LexLeanPreservation.Rust.RepresentableL
-@990 := @5 @17
-@992 := @87 @57 @86
-@995 := @989 (@87 @990 @992)
-@996 := (__e_hrep : @995) -> @988
-@997 := fun (__e_hrep : @995) => @978
-@998 := (b : @52) -> @996
-@999 := fun (b : @52) => @997
-@1000 := (a : @3) -> @998
-@1001 := fun (a : @3) => @999
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustStd.lex.tex
deleted file mode 100644
index 27f070392..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,501 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.root : @1000 := @1001 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.flags
-@3 := Int16
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.i16
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.fixed
-@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i16
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := #3
-@16 := @13 @14 @4
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_i16 @0
-@29 := @13 @0
-@31 := @29 @4 @17
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@39 := @38 @17
-@43 := {A : @12} -> (x : @3) -> @39 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := Int32
-@53 := LexLeanTarget.TargetSyntax.Value.i32
-@54 := @53 @17
-@56 := @7 LexLeanTarget.TargetSyntax.IntKind.i32
-@57 := @53 @19
-@63 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @52) -> @18 @57 @56
-@65 := LexLeanPreservation.Rust.wt_i32 @0
-@70 := {c : @11} -> {A : @12} -> (x : @52) -> @31 @57 @56
-@71 := @65 @1
-@75 := {A : @12} -> (x : @52) -> @39 @57 @56
-@76 := @71 @2
-@79 := (x : @52) -> @45 @57 @56
-@80 := @76 @17
-@82 := @45 @54 @56
-@83 := LexLeanTarget.TargetSyntax.Value
-@84 := List.nil.{0}
-@85 := List.cons.{0}
-@86 := @84 @83
-@87 := @85 @83
-@89 := @87 @54 @86
-@91 := @87 @6 @89
-@92 := Nat
-@93 := Prod.{0, 0}
-@95 := @93 @92 @83
-@96 := 1
-@99 := Prod.mk.{0, 0} @92 @83
-@100 := @99 @96
-@101 := @100 @54
-@102 := 0
-@103 := @99 @102
-@104 := @103 @6
-@105 := @84 @95
-@106 := @85 @95
-@108 := @106 @104 @105
-@110 := @106 @101 @108
-@111 := Bool.false
-@112 := LexLeanTarget.TargetSyntax.Function
-@113 := LexLeanTarget.TargetSyntax.Program.functions
-@114 := @113 @0
-@115 := LexLeanTarget.TargetSyntax.Ty
-@116 := @84 @92
-@117 := @84 @115
-@118 := LexLeanTarget.TargetSyntax.Ty.unit
-@119 := LexLeanTarget.TargetSyntax.Value.unit
-@122 := LexLeanTarget.TargetSyntax.Expr.value @118 @119
-@127 := LexLeanTarget.TargetSyntax.Function.mk @116 @117 @118 @122
-@132 := List.getD.{0} @112 @114 @102 @127
-@136 := fun (__e_n : @92) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.root @19 @102
-@137 := LexLeanPreservation.Rust.WTL
-@145 := {p : @10} -> {c : @11} -> {A : @12} -> @137 @4 @17 @19 @86 @117
-@147 := LexLeanPreservation.Rust.wtl_nil @0
-@148 := @137 @0
-@154 := {c : @11} -> {A : @12} -> @148 @17 @19 @86 @117
-@155 := @147 @1
-@156 := @148 @1
-@160 := {A : @12} -> @156 @19 @86 @117
-@161 := @155 @2
-@162 := @156 @2
-@163 := @162 @86
-@164 := @163 @117
-@165 := List.{0}
-@166 := @165 @83
-@167 := @165 @115
-@168 := #6
-@169 := @13 @168
-@170 := #5
-@171 := @169 @170
-@172 := #4
-@175 := @171 @172 @14 @4
-@176 := #7
-@181 := @137 @176 @168 @170 @4 @17
-@182 := #8
-@185 := @137 @182 @176 @168
-@187 := @87 @170 @14
-@188 := @185 @187
-@189 := @85 @115
-@191 := @189 @172 @4
-@201 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @83} -> {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @175) -> (hs : @181) -> @188 @191
-@203 := LexLeanPreservation.Rust.wtl_cons @0
-@223 := {c : @11} ->
-  {A : @12} ->
-  {v : @83} ->
-  {t : @115} ->
-  {vs : @166} ->
-  {ts : @167} ->
-  (h : @29 @170 @172 @14 @4) -> (hs : @148 @168 @170 @4 @17) -> @148 @176 @168 @187 @191
-@224 := @203 @1
-@240 := {A : @12} ->
-  {v : @83} ->
-  {t : @115} ->
-  {vs : @166} ->
-  {ts : @167} -> (h : @38 @172 @14 @4) -> (hs : @156 @170 @4 @17) -> @156 @168 @187 @191
-@241 := @224 @2
-@243 := @45 @14 @4
-@245 := @162 @4 @17
-@253 := {v : @83} ->
-  {t : @115} -> {vs : @166} -> {ts : @167} -> (h : @243) -> (hs : @245) -> @162 @187 @191
-@254 := @241 @54
-@255 := @53 @172
-@257 := @45 @255 @4
-@258 := @53 @168
-@259 := @87 @258
-@267 := {t : @115} ->
-  {vs : @166} -> {ts : @167} -> (h : @257) -> (hs : @245) -> @162 (@259 @14) @191
-@268 := @254 @56
-@269 := @53 @14
-@271 := @45 @269 @56
-@272 := @53 @170
-@273 := @87 @272
-@275 := @162 (@273 @14)
-@276 := @189 @56
-@277 := @276 @4
-@282 := {vs : @166} -> {ts : @167} -> (h : @271) -> (hs : @245) -> @275 @277
-@283 := @268 @86
-@284 := @53 @4
-@286 := @45 @284 @56
-@287 := @163 @17
-@289 := @87 @255 @86
-@294 := {ts : @167} -> (h : @286) -> (hs : @287) -> @162 @289 @277
-@295 := @283 @117
-@297 := @87 @269 @86
-@298 := @162 @297
-@299 := @276 @117
-@302 := (h : @82) -> (hs : @164) -> @298 @299
-@303 := @295 @80
-@305 := @87 @284 @86
-@307 := @162 @305 @299
-@308 := (hs : @164) -> @307
-@309 := @303 @161
-@311 := @162 @89 @299
-@312 := @241 @6
-@313 := @5 @170
-@315 := @45 @313 @4
-@316 := @5 @176
-@317 := @87 @316
-@325 := {t : @115} ->
-  {vs : @166} -> {ts : @167} -> (h : @315) -> (hs : @245) -> @162 (@317 @14) @191
-@326 := @312 @9
-@327 := @5 @172
-@329 := @45 @327 @9
-@330 := @5 @168
-@331 := @87 @330
-@333 := @162 (@331 @14)
-@334 := @189 @9
-@335 := @334 @4
-@340 := {vs : @166} -> {ts : @167} -> (h : @329) -> (hs : @245) -> @333 @335
-@341 := @326 @89
-@342 := @5 @14
-@344 := @45 @342 @9
-@345 := @298 @17
-@347 := @87 @313 @289
-@348 := @162 @347
-@352 := {ts : @167} -> (h : @344) -> (hs : @345) -> @348 @335
-@353 := @341 @299
-@355 := @87 @327 @297
-@356 := @162 @355
-@357 := @334 @299
-@360 := (h : @51) -> (hs : @307) -> @356 @357
-@361 := @353 @49
-@363 := @87 @342 @305
-@364 := @162 @363
-@366 := (hs : @311) -> @364 @357
-@367 := @361 @309
-@368 := @162 @91
-@369 := @368 @357
-@370 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.denote
-@372 := @370 @4 @17
-@373 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.__fits_0
-@375 := @373 @4 @17
-@378 := Coverage.Prims.fixedMiddle @4 @17
-@379 := Option.{0}
-@380 := @379 @3
-@381 := @379 @52
-@382 := Bool
-@383 := @93 @381
-@384 := @383 @382
-@385 := @383 @384
-@386 := LexLeanPreservation.encOption
-@388 := @386 @3 @5
-@390 := @386 @52 @53
-@391 := LexLeanTarget.TargetSyntax.Value.bool
-@392 := LexLeanPreservation.encPair
-@393 := @392 @381
-@396 := @393 @382 @390 @391
-@399 := @393 @384 @390 @396
-@404 := @392 @380 @385 @388 @399 @378
-@407 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.root @4 @17
-@408 := Ne.{1}
-@409 := LexLeanPreservation.Obs
-@410 := @408 @409
-@411 := LexLeanPreservation.Rel
-@414 := @410 (@411 @17 @19)
-@415 := LexLeanPreservation.Obs.stuck
-@418 := (f : @382) -> (v : @83) -> @414 @415
-@420 := LexLeanPreservation.Rust.rel_ne_stuck @375
-@427 := (v : @83) -> @410 (@411 (@373 @14 @4) @19) @415
-@428 := @420 @404
-@432 := @410 (@411 @375 @404) @415
-@433 := @165 @95
-@434 := LexLeanPreservation.Rust.FunSem
-@435 := #9
-@441 := (n : @92) -> @434 @435 @182 @176 @19 @168
-@442 := Eq.{1}
-@443 := @379 @112
-@444 := @442 @443
-@451 := LexLeanRuntime.index (@165 @112) @112 (LexLeanRuntime.instIndexableList @112)
-@455 := @444 (@451 (@113 @435) @168)
-@456 := Option.some.{0}
-@457 := @456 @112
-@458 := @457 @170
-@459 := @455 @458
-@460 := #10
-@464 := @137 @460 @435 @182 @170
-@465 := LexLeanTarget.TargetSyntax.Function.types
-@466 := @465 @168
-@467 := @464 @466
-@468 := @379 @433
-@469 := @442 @468
-@470 := LexLeanTarget.TargetSemantics.bindAll
-@471 := LexLeanTarget.TargetSyntax.Function.parameters
-@476 := @469 (@470 (@471 @176) @168 @105)
-@477 := @456 @433
-@478 := @477 @170
-@479 := @476 @478
-@480 := @379 @382
-@481 := @442 @480
-@482 := LexLeanPreservation.Rust.fnFallible
-@483 := #11
-@486 := @481 (@482 @483 @435)
-@487 := @456 @382
-@488 := @487 @170
-@489 := @486 @488
-@490 := LexLeanPreservation.RunConv
-@491 := #13
-@495 := @490 @491 @460 @182 @170
-@497 := @410 @168 @415
-@498 := Exists.{1}
-@499 := LexLeanPreservation.Rust.ROut
-@500 := @498 @499
-@501 := And
-@502 := LexLeanPreservation.Rust.RealizesFn
-@506 := @501 (@502 @435 @182 @19)
-@507 := LexLeanPreservation.Rust.RCI
-@509 := @507 #15
-@510 := LexLeanPreservation.Rust.fnIdent
-@511 := @510 @491
-@518 := (hne : @497) -> @500 (fun (ro : @499) => @506 (@509 @511 @483 @19))
-@533 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @441) ->
-  (hfn : @459) -> (hwt : @467) -> (hbind : @479) -> (hF : @489) -> (hA : @495) -> @518
-@535 := LexLeanPreservation.Rust.compose @0
-@536 := @434 @0
-@541 := (n : @92) -> @536 @182 @176 @19 @168
-@542 := @451 @114
-@545 := @444 (@542 @168) @458
-@549 := @148 @435 @182 @170 @466
-@550 := @490 @0
-@553 := @550 @460 @182 @170
-@567 := {c : @11} ->
-  {A : @12} ->
-  {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @541) ->
-  (hfn : @545) -> (hwt : @549) -> (hbind : @479) -> (hF : @489) -> (hA : @553) -> @518
-@568 := @535 @1
-@569 := @536 @1
-@573 := (n : @92) -> @569 @176 @19 @168
-@576 := @156 @182 @170 @466
-@577 := @482 @1
-@580 := @481 (@577 @435) @488
-@581 := @507 @1
-@591 := (hbind : @479) ->
-  (hF : @580) -> (hA : @553) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@581 @511 @483 @19))
-@601 := {A : @12} ->
-  {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @573) -> (hfn : @545) -> (hwt : @576) -> @591
-@602 := @568 @2
-@604 := @569 @2 @19
-@606 := (n : @92) -> @604 @168
-@607 := @162 @170
-@608 := @607 @466
-@617 := {f : @92} ->
-  {fn : @112} ->
-  {args : @166} ->
-  {env : @433} -> {F : @382} -> {o : @409} -> (hB : @606) -> (hfn : @545) -> (hwt : @608) -> @591
-@618 := @602 @102
-@620 := (n : @92) -> @604 @102
-@621 := @542 @102
-@622 := @444 @621
-@623 := @622 @458
-@624 := @577 @102
-@625 := @481 @624
-@626 := @625 @488
-@627 := @550 @102
-@629 := @627 @182 @170
-@631 := @581 (@510 @102)
-@639 := (hF : @626) -> (hA : @629) -> (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 @483 @19))
-@648 := {fn : @112} ->
-  {args : @166} ->
-  {env : @433} ->
-  {F : @382} -> {o : @409} -> (hB : @620) -> (hfn : @623) -> (hwt : @608) -> (hbind : @479) -> @639
-@649 := @618 @132
-@651 := @622 (@457 @132)
-@652 := @465 @132
-@653 := @607 @652
-@655 := @470 (@471 @132)
-@667 := {args : @166} ->
-  {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @620) -> (hfn : @651) -> (hwt : @653) -> (hbind : @469 (@655 @168 @105) @478) -> @639
-@668 := @649 @91
-@670 := @317 (@259 @86)
-@672 := @162 @670 @652
-@678 := @87 (@5 @182) (@87 (@53 @176) @86)
-@682 := @469 (@655 @678 @105) @478
-@688 := @87 (@5 @460) (@87 (@53 @435) @86)
-@690 := @627 @688 @170
-@692 := @87 (@5 @491)
-@693 := #12
-@712 := {env : @433} ->
-  {F : @382} ->
-  {o : @409} ->
-  (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @672) ->
-  (hbind : @682) ->
-  (hF : @626) ->
-  (hA : @690) ->
-  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@692 (@87 (@53 @693) @86)) @19))
-@713 := @668 @110
-@715 := @331 (@273 @86)
-@717 := @162 @715 @652
-@728 := @469 (@655 @670 @105) (@477 (@106 (@100 @258) (@106 (@103 @316) @105)))
-@734 := @87 (@5 @435) (@87 (@53 @182) @86)
-@756 := {F : @382} ->
-  {o : @409} ->
-  (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @717) ->
-  (hbind : @728) ->
-  (hF : @626) ->
-  (hA : @627 @734 @170) ->
-  (hne : @497) -> @500 (fun (ro : @499) => @506 (@631 (@87 (@5 @693) (@87 (@53 @483) @86)) @19))
-@757 := @713 @111
-@758 := @348 @652
-@769 := @469 (@655 @715 @105) (@477 (@106 (@100 @272) (@106 (@103 @330) @105)))
-@771 := @625 (@487 @111)
-@773 := @627 @678 @170
-@774 := @502 @111
-@796 := {o : @409} ->
-  (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @758) ->
-  (hbind : @769) ->
-  (hF : @771) ->
-  (hA : @773) ->
-  (hne : @497) ->
-  @500 (fun (ro : @499) => @501 (@774 @182 @19) (@631 (@87 (@5 @483) (@87 (@53 @460) @86)) @19))
-@797 := @757 @372
-@798 := @356 @652
-@809 := @469 (@655 @347 @105) (@477 (@106 (@100 @255) (@106 (@103 @313) @105)))
-@810 := @627 @670
-@812 := @370 @176 @168
-@813 := @810 @812
-@815 := @370 @182 @176
-@834 := (hB : @620) ->
-  (hfn : @651) ->
-  (hwt : @798) ->
-  (hbind : @809) ->
-  (hF : @771) ->
-  (hA : @813) ->
-  (hne : @410 @815 @415) ->
-  @500 (fun (ro : @499) => @501 (@774 (@370 @460 @435) @19) (@631 @688 @19))
-@835 := @797 @136
-@836 := @364 @652
-@847 := @469 (@655 @355 @105) (@477 (@106 (@100 @269) (@106 (@103 @327) @105)))
-@848 := @627 @715
-@850 := @370 @168 @170
-@869 := (hfn : @651) ->
-  (hwt : @836) ->
-  (hbind : @847) ->
-  (hF : @771) ->
-  (hA : @848 @850) ->
-  (hne : @410 @812 @415) ->
-  @500 (fun (ro : @499) => @501 (@774 (@370 @435 @182) @19) (@631 @734 @19))
-@870 := Eq.refl.{1}
-@873 := @835 (@870 @443 @621)
-@874 := @368 @652
-@885 := @469 (@655 @363 @105) (@477 (@106 (@100 @284) (@106 (@103 @342) @105)))
-@886 := @627 @347
-@888 := @370 @170 @172
-@904 := (hwt : @874) ->
-  (hbind : @885) ->
-  (hF : @771) ->
-  (hA : @886 @888) ->
-  (hne : @410 @850 @415) -> @500 (fun (ro : @499) => @501 (@774 @815 @19) (@631 @678 @19))
-@905 := @873 @367
-@907 := @655 @91 @105
-@910 := @469 @907 (@477 @110)
-@911 := @627 @355
-@913 := @370 @172 @14
-@928 := (hbind : @910) ->
-  (hF : @771) ->
-  (hA : @911 @913) ->
-  (hne : @410 @888 @415) -> @500 (fun (ro : @499) => @501 (@774 @812 @19) (@631 @670 @19))
-@931 := @905 (@870 @468 @907)
-@932 := @627 @363
-@934 := @370 @14 @4
-@948 := (hF : @771) ->
-  (hA : @932 @934) ->
-  (hne : @410 @913 @415) -> @500 (fun (ro : @499) => @501 (@774 @850 @19) (@631 @715 @19))
-@951 := @931 (@870 @480 @624)
-@965 := (hA : @627 @91 @372) ->
-  (hne : @410 @934 @415) -> @500 (fun (ro : @499) => @501 (@774 @888 @19) (@631 @347 @19))
-@966 := @951 @407
-@977 := (hne : @410 @372 @415) -> @500 (fun (ro : @499) => @501 (@774 @913 @19) (@631 @355 @19))
-@978 := @966 @428
-@984 := @501 (@774 @934 @19) (@631 @363 @19)
-@986 := @500 (fun (ro : @499) => @984)
-@988 := @500 (fun (__e_ro : @499) => @984)
-@989 := LexLeanPreservation.Rust.RepresentableL
-@990 := @5 @17
-@992 := @87 @57 @86
-@995 := @989 (@87 @990 @992)
-@996 := (__e_hrep : @995) -> @988
-@997 := fun (__e_hrep : @995) => @978
-@998 := (b : @52) -> @996
-@999 := fun (b : @52) => @997
-@1000 := (a : @3) -> @998
-@1001 := fun (a : @3) => @999
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustCore.lean
deleted file mode 100644
index a50182eb9..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.fixed .i16), (.fixed .i32)], result := (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))),
-      body := (.build .pair (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) [(.prim .checkedMul [(.var 0), (.var 0)]), (.build .pair (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool)) [(.prim .checkedAdd [(.var 1), (.value (.fixed .i32) (.i32 (-7)))]), (.build .pair (.pair (.option (.fixed .i32)) .bool) [(.prim (.convert .i32) [(.var 0)]), (.prim .equal [(.var 1), (.value (.fixed .i32) (.i32 3))])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i32) }] (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))))), [(1, (.fixed .i32), (some 1)), (0, (.fixed .i16), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i16), (.fixed .i16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))]) (tail := (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false)) (Corr.primWiden (t0 := (.fixed .i16)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustStd.lean
deleted file mode 100644
index 3c32afc98..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.fixed .i16), (.fixed .i32)], result := (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))),
-      body := (.build .pair (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) [(.prim .checkedMul [(.var 0), (.var 0)]), (.build .pair (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool)) [(.prim .checkedAdd [(.var 1), (.value (.fixed .i32) (.i32 (-7)))]), (.build .pair (.pair (.option (.fixed .i32)) .bool) [(.prim (.convert .i32) [(.var 0)]), (.prim .equal [(.var 1), (.value (.fixed .i32) (.i32 3))])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i32) }] (.pair (.option (.fixed .i16)) (.pair (.option (.fixed .i32)) (.pair (.option (.fixed .i32)) .bool))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))] (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))))), [(1, (.fixed .i32), (some 1)), (0, (.fixed .i16), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedMul .i16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i16), (.fixed .i16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.fixed .i32 (-7))))]) (tail := (.call (.runtime (.checkedAdd .i32)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .i32)) [(.widen (.move (.generated .operand 5)))] false)) (Corr.primWiden (t0 := (.fixed .i16)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .i32 3)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .i32), (.fixed .i32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustCore.lex.tex
deleted file mode 100644
index 01829914d..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,543 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.root : @1096 := @1097 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.flags
-@3 := Int64
-@4 := #3
-@5 := LexLeanTarget.TargetSyntax.Value.i64
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.fixed
-@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i64
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := @13 @4
-@15 := #2
-@16 := @14 @15
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_i64 @0
-@29 := @13 @0
-@31 := @29 @15 @17
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@39 := @38 @17
-@43 := {A : @12} -> (x : @3) -> @39 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @15
-@53 := @44 @15
-@55 := @45 @52 @9
-@56 := UInt64
-@57 := LexLeanTarget.TargetSyntax.Value.u64
-@58 := @57 @17
-@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u64
-@61 := @57 @19
-@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
-@69 := LexLeanPreservation.Rust.wt_u64 @0
-@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
-@75 := @69 @1
-@79 := {A : @12} -> (x : @56) -> @39 @61 @60
-@80 := @75 @2
-@83 := (x : @56) -> @45 @61 @60
-@84 := @80 @17
-@86 := @45 @58 @60
-@87 := LexLeanTarget.TargetSyntax.Value
-@88 := List.nil.{0}
-@89 := List.cons.{0}
-@90 := @88 @87
-@91 := @89 @87
-@93 := @91 @58 @90
-@94 := @91 @52
-@95 := @94 @93
-@96 := @91 @6
-@97 := @96 @95
-@98 := Nat
-@99 := Prod.{0, 0}
-@101 := @99 @98 @87
-@102 := 2
-@105 := Prod.mk.{0, 0} @98 @87
-@106 := @105 @102
-@107 := @106 @58
-@109 := @105 1
-@110 := @109 @52
-@111 := 0
-@112 := @105 @111
-@113 := @112 @6
-@114 := @88 @101
-@115 := @89 @101
-@117 := @115 @113 @114
-@119 := @115 @110 @117
-@121 := @115 @107 @119
-@122 := Bool.false
-@123 := LexLeanTarget.TargetSyntax.Function
-@124 := LexLeanTarget.TargetSyntax.Program.functions
-@125 := @124 @0
-@126 := LexLeanTarget.TargetSyntax.Ty
-@127 := @88 @98
-@128 := @88 @126
-@129 := LexLeanTarget.TargetSyntax.Ty.unit
-@130 := LexLeanTarget.TargetSyntax.Value.unit
-@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
-@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
-@143 := List.getD.{0} @123 @125 @111 @138
-@147 := fun (__e_n : @98) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.root @19 @111
-@148 := LexLeanPreservation.Rust.WTL
-@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
-@158 := LexLeanPreservation.Rust.wtl_nil @0
-@159 := @148 @0
-@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
-@166 := @158 @1
-@167 := @159 @1
-@171 := {A : @12} -> @167 @19 @90 @128
-@172 := @166 @2
-@173 := @167 @2
-@174 := @173 @90
-@175 := @174 @128
-@176 := List.{0}
-@177 := @176 @87
-@178 := @176 @126
-@179 := #6
-@180 := @13 @179
-@181 := #5
-@182 := @180 @181
-@183 := #4
-@186 := @182 @183 @4 @15
-@187 := #7
-@192 := @148 @187 @179 @181 @15 @17
-@193 := #8
-@196 := @148 @193 @187 @179
-@198 := @91 @181 @4
-@199 := @196 @198
-@200 := @89 @126
-@202 := @200 @183 @15
-@212 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
-@214 := LexLeanPreservation.Rust.wtl_cons @0
-@234 := {c : @11} ->
-  {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} ->
-  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
-@235 := @214 @1
-@251 := {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
-@252 := @235 @2
-@254 := @45 @4 @15
-@256 := @173 @15 @17
-@264 := {v : @87} ->
-  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
-@265 := @252 @58
-@266 := @57 @183
-@268 := @45 @266 @15
-@269 := @57 @179
-@270 := @91 @269
-@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
-@279 := @265 @60
-@280 := @57 @4
-@282 := @45 @280 @60
-@283 := @57 @181
-@284 := @91 @283
-@286 := @173 (@284 @4)
-@287 := @200 @60
-@288 := @287 @15
-@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
-@294 := @279 @90
-@295 := @57 @15
-@297 := @45 @295 @60
-@298 := @174 @17
-@300 := @91 @266 @90
-@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
-@306 := @294 @128
-@308 := @91 @280 @90
-@309 := @173 @308
-@310 := @287 @128
-@313 := (h : @86) -> (hs : @175) -> @309 @310
-@314 := @306 @84
-@316 := @91 @295 @90
-@318 := @173 @316 @310
-@319 := (hs : @175) -> @318
-@320 := @314 @172
-@322 := @173 @93 @310
-@323 := @252 @52
-@324 := @5 @181
-@325 := @45 @324
-@326 := @325 @15
-@327 := @5 @187
-@328 := @91 @327
-@330 := @173 (@328 @4)
-@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
-@337 := @323 @9
-@338 := @5 @183
-@340 := @45 @338 @9
-@341 := @5 @179
-@342 := @91 @341
-@344 := @173 (@342 @4)
-@345 := @200 @9
-@346 := @345 @15
-@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
-@352 := @337 @93
-@353 := @309 @17
-@354 := @91 @324
-@355 := @354 @300
-@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
-@361 := @352 @310
-@362 := @91 @338
-@363 := @362 @308
-@364 := @173 @363
-@365 := @345 @310
-@368 := (h : @55) -> (hs : @318) -> @364 @365
-@369 := @361 @53
-@370 := @96 @316
-@372 := @173 @370 @365
-@373 := (hs : @322) -> @372
-@374 := @369 @320
-@376 := @173 @95 @365
-@377 := @252 @6
-@379 := @45 @341 @15
-@380 := @5 @193
-@381 := @91 @380
-@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
-@390 := @377 @9
-@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
-@397 := @390 @95
-@398 := @364 @17
-@399 := @342 @355
-@400 := @173 @399
-@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
-@405 := @397 @365
-@406 := @354 @363
-@407 := @173 @406
-@408 := @345 @365
-@411 := (h : @51) -> (hs : @372) -> @407 @408
-@412 := @405 @49
-@413 := @362 @370
-@414 := @173 @413
-@416 := (hs : @376) -> @414 @408
-@417 := @412 @374
-@418 := @173 @97
-@419 := @418 @408
-@420 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.denote
-@423 := @420 @4 @15 @17
-@424 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.__fits_0
-@427 := @424 @4 @15 @17
-@431 := Coverage.Prims.fixedWide @4 @15 @17
-@432 := Option.{0}
-@433 := @432 @3
-@434 := @432 @56
-@435 := @99 @433
-@436 := @435 @434
-@437 := @435 @436
-@438 := @435 @437
-@439 := @435 @438
-@440 := LexLeanPreservation.encOption
-@442 := @440 @3 @5
-@444 := @440 @56 @57
-@446 := LexLeanPreservation.encPair @433
-@449 := @446 @434 @442 @444
-@452 := @446 @436 @442 @449
-@455 := @446 @437 @442 @452
-@458 := @446 @438 @442 @455
-@462 := @446 @439 @442 @458 @431
-@466 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.root @4 @15 @17
-@467 := Bool
-@468 := Ne.{1}
-@469 := LexLeanPreservation.Obs
-@470 := @468 @469
-@471 := LexLeanPreservation.Rel
-@474 := @470 (@471 @17 @19)
-@475 := LexLeanPreservation.Obs.stuck
-@478 := (f : @467) -> (v : @87) -> @474 @475
-@480 := LexLeanPreservation.Rust.rel_ne_stuck @427
-@488 := (v : @87) -> @470 (@471 (@424 @183 @4 @15) @19) @475
-@489 := @480 @462
-@493 := @470 (@471 @427 @462) @475
-@494 := @176 @101
-@495 := LexLeanPreservation.Rust.FunSem
-@496 := #9
-@502 := (n : @98) -> @495 @496 @193 @187 @19 @179
-@503 := Eq.{1}
-@504 := @432 @123
-@505 := @503 @504
-@512 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
-@516 := @505 (@512 (@124 @496) @179)
-@517 := Option.some.{0}
-@518 := @517 @123
-@519 := @518 @181
-@520 := @516 @519
-@521 := #10
-@525 := @148 @521 @496 @193 @181
-@526 := LexLeanTarget.TargetSyntax.Function.types
-@527 := @526 @179
-@528 := @525 @527
-@529 := @432 @494
-@530 := @503 @529
-@531 := LexLeanTarget.TargetSemantics.bindAll
-@532 := LexLeanTarget.TargetSyntax.Function.parameters
-@537 := @530 (@531 (@532 @187) @179 @114)
-@538 := @517 @494
-@539 := @538 @181
-@540 := @537 @539
-@541 := @432 @467
-@542 := @503 @541
-@543 := LexLeanPreservation.Rust.fnFallible
-@544 := #11
-@547 := @542 (@543 @544 @496)
-@548 := @517 @467
-@549 := @548 @181
-@550 := @547 @549
-@551 := LexLeanPreservation.RunConv
-@552 := #13
-@556 := @551 @552 @521 @193 @181
-@558 := @470 @179 @475
-@559 := Exists.{1}
-@560 := LexLeanPreservation.Rust.ROut
-@561 := @559 @560
-@562 := And
-@563 := LexLeanPreservation.Rust.RealizesFn
-@567 := @562 (@563 @496 @193 @19)
-@568 := LexLeanPreservation.Rust.RCI
-@570 := @568 #15
-@571 := LexLeanPreservation.Rust.fnIdent
-@572 := @571 @552
-@579 := (hne : @558) -> @561 (fun (ro : @560) => @567 (@570 @572 @544 @19))
-@594 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @502) ->
-  (hfn : @520) -> (hwt : @528) -> (hbind : @540) -> (hF : @550) -> (hA : @556) -> @579
-@596 := LexLeanPreservation.Rust.compose @0
-@597 := @495 @0
-@602 := (n : @98) -> @597 @193 @187 @19 @179
-@603 := @512 @125
-@606 := @505 (@603 @179) @519
-@610 := @159 @496 @193 @181 @527
-@611 := @551 @0
-@614 := @611 @521 @193 @181
-@628 := {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @602) ->
-  (hfn : @606) -> (hwt : @610) -> (hbind : @540) -> (hF : @550) -> (hA : @614) -> @579
-@629 := @596 @1
-@630 := @597 @1
-@634 := (n : @98) -> @630 @187 @19 @179
-@637 := @167 @193 @181 @527
-@638 := @543 @1
-@641 := @542 (@638 @496) @549
-@642 := @568 @1
-@652 := (hbind : @540) ->
-  (hF : @641) -> (hA : @614) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@642 @572 @544 @19))
-@662 := {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @634) -> (hfn : @606) -> (hwt : @637) -> @652
-@663 := @629 @2
-@665 := @630 @2 @19
-@667 := (n : @98) -> @665 @179
-@668 := @173 @181
-@669 := @668 @527
-@678 := {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @667) -> (hfn : @606) -> (hwt : @669) -> @652
-@679 := @663 @111
-@681 := (n : @98) -> @665 @111
-@682 := @603 @111
-@683 := @505 @682
-@684 := @683 @519
-@685 := @638 @111
-@686 := @542 @685
-@687 := @686 @549
-@688 := @611 @111
-@690 := @688 @193 @181
-@692 := @642 (@571 @111)
-@700 := (hF : @687) -> (hA : @690) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 @544 @19))
-@709 := {fn : @123} ->
-  {args : @177} ->
-  {env : @494} ->
-  {F : @467} -> {o : @469} -> (hB : @681) -> (hfn : @684) -> (hwt : @669) -> (hbind : @540) -> @700
-@710 := @679 @143
-@712 := @683 (@518 @143)
-@713 := @526 @143
-@714 := @668 @713
-@716 := @531 (@532 @143)
-@728 := {args : @177} ->
-  {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @681) -> (hfn : @712) -> (hwt : @714) -> (hbind : @530 (@716 @179 @114) @539) -> @700
-@729 := @710 @97
-@732 := @381 (@328 (@270 @90))
-@734 := @173 @732 @713
-@736 := @91 (@5 @496)
-@741 := @736 (@381 (@91 (@57 @187) @90))
-@745 := @530 (@716 @741 @114) @539
-@747 := @91 (@5 @544)
-@749 := @91 (@5 @521)
-@754 := @747 (@749 (@91 (@57 @496) @90))
-@756 := @688 @754 @181
-@759 := @91 (@5 #14)
-@761 := @91 (@5 @552)
-@762 := #12
-@782 := {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @734) ->
-  (hbind : @745) ->
-  (hF : @687) ->
-  (hA : @756) ->
-  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@759 (@761 (@91 (@57 @762) @90))) @19))
-@783 := @729 @121
-@786 := @328 (@342 (@284 @90))
-@788 := @173 @786 @713
-@802 := @530 (@716 @732 @114) (@538 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
-@807 := @749 (@736 (@91 (@57 @193) @90))
-@809 := @688 @807 @181
-@811 := @91 (@5 @762)
-@830 := {F : @467} ->
-  {o : @469} ->
-  (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @788) ->
-  (hbind : @802) ->
-  (hF : @687) ->
-  (hA : @809) ->
-  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@761 (@811 (@91 (@57 @544) @90))) @19))
-@831 := @783 @122
-@832 := @400 @713
-@846 := @530 (@716 @786 @114) (@538 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
-@848 := @686 (@548 @122)
-@850 := @688 @741 @181
-@851 := @563 @122
-@872 := {o : @469} ->
-  (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @832) ->
-  (hbind : @846) ->
-  (hF : @848) ->
-  (hA : @850) ->
-  (hne : @558) ->
-  @561 (fun (ro : @560) => @562 (@851 @193 @19) (@692 (@811 (@747 (@91 (@57 @521) @90))) @19))
-@873 := @831 @423
-@874 := @407 @713
-@888 := @530 (@716 @399 @114) (@538 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
-@889 := @688 @732
-@892 := @420 @193 @187 @179
-@893 := @889 @892
-@896 := @420 @496 @193 @187
-@916 := (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @874) ->
-  (hbind : @888) ->
-  (hF : @848) ->
-  (hA : @893) ->
-  (hne : @470 @896 @475) ->
-  @561 (fun (ro : @560) => @562 (@851 (@420 @544 @521 @496) @19) (@692 @754 @19))
-@917 := @873 @147
-@918 := @414 @713
-@932 := @530 (@716 @406 @114) (@538 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
-@933 := @688 @786
-@936 := @420 @187 @179 @181
-@956 := (hfn : @712) ->
-  (hwt : @918) ->
-  (hbind : @932) ->
-  (hF : @848) ->
-  (hA : @933 @936) ->
-  (hne : @470 @892 @475) ->
-  @561 (fun (ro : @560) => @562 (@851 (@420 @521 @496 @193) @19) (@692 @807 @19))
-@957 := Eq.refl.{1}
-@960 := @917 (@957 @504 @682)
-@961 := @418 @713
-@975 := @530 (@716 @413 @114) (@538 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
-@976 := @688 @399
-@979 := @420 @179 @181 @183
-@995 := (hwt : @961) ->
-  (hbind : @975) ->
-  (hF : @848) ->
-  (hA : @976 @979) ->
-  (hne : @470 @936 @475) -> @561 (fun (ro : @560) => @562 (@851 @896 @19) (@692 @741 @19))
-@996 := @960 @417
-@998 := @716 @97 @114
-@1001 := @530 @998 (@538 @121)
-@1002 := @688 @406
-@1005 := @420 @181 @183 @4
-@1020 := (hbind : @1001) ->
-  (hF : @848) ->
-  (hA : @1002 @1005) ->
-  (hne : @470 @979 @475) -> @561 (fun (ro : @560) => @562 (@851 @892 @19) (@692 @732 @19))
-@1023 := @996 (@957 @529 @998)
-@1024 := @688 @413
-@1027 := @420 @183 @4 @15
-@1041 := (hF : @848) ->
-  (hA : @1024 @1027) ->
-  (hne : @470 @1005 @475) -> @561 (fun (ro : @560) => @562 (@851 @936 @19) (@692 @786 @19))
-@1044 := @1023 (@957 @541 @685)
-@1058 := (hA : @688 @97 @423) ->
-  (hne : @470 @1027 @475) -> @561 (fun (ro : @560) => @562 (@851 @979 @19) (@692 @399 @19))
-@1059 := @1044 @466
-@1070 := (hne : @470 @423 @475) -> @561 (fun (ro : @560) => @562 (@851 @1005 @19) (@692 @406 @19))
-@1071 := @1059 @489
-@1077 := @562 (@851 @1027 @19) (@692 @413 @19)
-@1079 := @561 (fun (ro : @560) => @1077)
-@1081 := @561 (fun (__e_ro : @560) => @1077)
-@1082 := LexLeanPreservation.Rust.RepresentableL
-@1083 := @5 @17
-@1085 := @91 @61 @90
-@1089 := @1082 (@94 (@91 @1083 @1085))
-@1090 := (__e_hrep : @1089) -> @1081
-@1091 := fun (__e_hrep : @1089) => @1071
-@1092 := (c : @56) -> @1090
-@1093 := fun (c : @56) => @1091
-@1094 := (b : @3) -> @1092
-@1095 := fun (b : @3) => @1093
-@1096 := (a : @3) -> @1094
-@1097 := fun (a : @3) => @1095
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustStd.lex.tex
deleted file mode 100644
index f3f183f6e..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,543 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.root : @1096 := @1097 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.flags
-@3 := Int64
-@4 := #3
-@5 := LexLeanTarget.TargetSyntax.Value.i64
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.fixed
-@9 := @7 LexLeanTarget.TargetSyntax.IntKind.i64
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := @13 @4
-@15 := #2
-@16 := @14 @15
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_i64 @0
-@29 := @13 @0
-@31 := @29 @15 @17
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@39 := @38 @17
-@43 := {A : @12} -> (x : @3) -> @39 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @15
-@53 := @44 @15
-@55 := @45 @52 @9
-@56 := UInt64
-@57 := LexLeanTarget.TargetSyntax.Value.u64
-@58 := @57 @17
-@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u64
-@61 := @57 @19
-@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
-@69 := LexLeanPreservation.Rust.wt_u64 @0
-@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
-@75 := @69 @1
-@79 := {A : @12} -> (x : @56) -> @39 @61 @60
-@80 := @75 @2
-@83 := (x : @56) -> @45 @61 @60
-@84 := @80 @17
-@86 := @45 @58 @60
-@87 := LexLeanTarget.TargetSyntax.Value
-@88 := List.nil.{0}
-@89 := List.cons.{0}
-@90 := @88 @87
-@91 := @89 @87
-@93 := @91 @58 @90
-@94 := @91 @52
-@95 := @94 @93
-@96 := @91 @6
-@97 := @96 @95
-@98 := Nat
-@99 := Prod.{0, 0}
-@101 := @99 @98 @87
-@102 := 2
-@105 := Prod.mk.{0, 0} @98 @87
-@106 := @105 @102
-@107 := @106 @58
-@109 := @105 1
-@110 := @109 @52
-@111 := 0
-@112 := @105 @111
-@113 := @112 @6
-@114 := @88 @101
-@115 := @89 @101
-@117 := @115 @113 @114
-@119 := @115 @110 @117
-@121 := @115 @107 @119
-@122 := Bool.false
-@123 := LexLeanTarget.TargetSyntax.Function
-@124 := LexLeanTarget.TargetSyntax.Program.functions
-@125 := @124 @0
-@126 := LexLeanTarget.TargetSyntax.Ty
-@127 := @88 @98
-@128 := @88 @126
-@129 := LexLeanTarget.TargetSyntax.Ty.unit
-@130 := LexLeanTarget.TargetSyntax.Value.unit
-@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
-@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
-@143 := List.getD.{0} @123 @125 @111 @138
-@147 := fun (__e_n : @98) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.root @19 @111
-@148 := LexLeanPreservation.Rust.WTL
-@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
-@158 := LexLeanPreservation.Rust.wtl_nil @0
-@159 := @148 @0
-@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
-@166 := @158 @1
-@167 := @159 @1
-@171 := {A : @12} -> @167 @19 @90 @128
-@172 := @166 @2
-@173 := @167 @2
-@174 := @173 @90
-@175 := @174 @128
-@176 := List.{0}
-@177 := @176 @87
-@178 := @176 @126
-@179 := #6
-@180 := @13 @179
-@181 := #5
-@182 := @180 @181
-@183 := #4
-@186 := @182 @183 @4 @15
-@187 := #7
-@192 := @148 @187 @179 @181 @15 @17
-@193 := #8
-@196 := @148 @193 @187 @179
-@198 := @91 @181 @4
-@199 := @196 @198
-@200 := @89 @126
-@202 := @200 @183 @15
-@212 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
-@214 := LexLeanPreservation.Rust.wtl_cons @0
-@234 := {c : @11} ->
-  {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} ->
-  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
-@235 := @214 @1
-@251 := {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
-@252 := @235 @2
-@254 := @45 @4 @15
-@256 := @173 @15 @17
-@264 := {v : @87} ->
-  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
-@265 := @252 @58
-@266 := @57 @183
-@268 := @45 @266 @15
-@269 := @57 @179
-@270 := @91 @269
-@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
-@279 := @265 @60
-@280 := @57 @4
-@282 := @45 @280 @60
-@283 := @57 @181
-@284 := @91 @283
-@286 := @173 (@284 @4)
-@287 := @200 @60
-@288 := @287 @15
-@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
-@294 := @279 @90
-@295 := @57 @15
-@297 := @45 @295 @60
-@298 := @174 @17
-@300 := @91 @266 @90
-@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
-@306 := @294 @128
-@308 := @91 @280 @90
-@309 := @173 @308
-@310 := @287 @128
-@313 := (h : @86) -> (hs : @175) -> @309 @310
-@314 := @306 @84
-@316 := @91 @295 @90
-@318 := @173 @316 @310
-@319 := (hs : @175) -> @318
-@320 := @314 @172
-@322 := @173 @93 @310
-@323 := @252 @52
-@324 := @5 @181
-@325 := @45 @324
-@326 := @325 @15
-@327 := @5 @187
-@328 := @91 @327
-@330 := @173 (@328 @4)
-@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
-@337 := @323 @9
-@338 := @5 @183
-@340 := @45 @338 @9
-@341 := @5 @179
-@342 := @91 @341
-@344 := @173 (@342 @4)
-@345 := @200 @9
-@346 := @345 @15
-@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
-@352 := @337 @93
-@353 := @309 @17
-@354 := @91 @324
-@355 := @354 @300
-@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
-@361 := @352 @310
-@362 := @91 @338
-@363 := @362 @308
-@364 := @173 @363
-@365 := @345 @310
-@368 := (h : @55) -> (hs : @318) -> @364 @365
-@369 := @361 @53
-@370 := @96 @316
-@372 := @173 @370 @365
-@373 := (hs : @322) -> @372
-@374 := @369 @320
-@376 := @173 @95 @365
-@377 := @252 @6
-@379 := @45 @341 @15
-@380 := @5 @193
-@381 := @91 @380
-@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
-@390 := @377 @9
-@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
-@397 := @390 @95
-@398 := @364 @17
-@399 := @342 @355
-@400 := @173 @399
-@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
-@405 := @397 @365
-@406 := @354 @363
-@407 := @173 @406
-@408 := @345 @365
-@411 := (h : @51) -> (hs : @372) -> @407 @408
-@412 := @405 @49
-@413 := @362 @370
-@414 := @173 @413
-@416 := (hs : @376) -> @414 @408
-@417 := @412 @374
-@418 := @173 @97
-@419 := @418 @408
-@420 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.denote
-@423 := @420 @4 @15 @17
-@424 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.__fits_0
-@427 := @424 @4 @15 @17
-@431 := Coverage.Prims.fixedWide @4 @15 @17
-@432 := Option.{0}
-@433 := @432 @3
-@434 := @432 @56
-@435 := @99 @433
-@436 := @435 @434
-@437 := @435 @436
-@438 := @435 @437
-@439 := @435 @438
-@440 := LexLeanPreservation.encOption
-@442 := @440 @3 @5
-@444 := @440 @56 @57
-@446 := LexLeanPreservation.encPair @433
-@449 := @446 @434 @442 @444
-@452 := @446 @436 @442 @449
-@455 := @446 @437 @442 @452
-@458 := @446 @438 @442 @455
-@462 := @446 @439 @442 @458 @431
-@466 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.root @4 @15 @17
-@467 := Bool
-@468 := Ne.{1}
-@469 := LexLeanPreservation.Obs
-@470 := @468 @469
-@471 := LexLeanPreservation.Rel
-@474 := @470 (@471 @17 @19)
-@475 := LexLeanPreservation.Obs.stuck
-@478 := (f : @467) -> (v : @87) -> @474 @475
-@480 := LexLeanPreservation.Rust.rel_ne_stuck @427
-@488 := (v : @87) -> @470 (@471 (@424 @183 @4 @15) @19) @475
-@489 := @480 @462
-@493 := @470 (@471 @427 @462) @475
-@494 := @176 @101
-@495 := LexLeanPreservation.Rust.FunSem
-@496 := #9
-@502 := (n : @98) -> @495 @496 @193 @187 @19 @179
-@503 := Eq.{1}
-@504 := @432 @123
-@505 := @503 @504
-@512 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
-@516 := @505 (@512 (@124 @496) @179)
-@517 := Option.some.{0}
-@518 := @517 @123
-@519 := @518 @181
-@520 := @516 @519
-@521 := #10
-@525 := @148 @521 @496 @193 @181
-@526 := LexLeanTarget.TargetSyntax.Function.types
-@527 := @526 @179
-@528 := @525 @527
-@529 := @432 @494
-@530 := @503 @529
-@531 := LexLeanTarget.TargetSemantics.bindAll
-@532 := LexLeanTarget.TargetSyntax.Function.parameters
-@537 := @530 (@531 (@532 @187) @179 @114)
-@538 := @517 @494
-@539 := @538 @181
-@540 := @537 @539
-@541 := @432 @467
-@542 := @503 @541
-@543 := LexLeanPreservation.Rust.fnFallible
-@544 := #11
-@547 := @542 (@543 @544 @496)
-@548 := @517 @467
-@549 := @548 @181
-@550 := @547 @549
-@551 := LexLeanPreservation.RunConv
-@552 := #13
-@556 := @551 @552 @521 @193 @181
-@558 := @470 @179 @475
-@559 := Exists.{1}
-@560 := LexLeanPreservation.Rust.ROut
-@561 := @559 @560
-@562 := And
-@563 := LexLeanPreservation.Rust.RealizesFn
-@567 := @562 (@563 @496 @193 @19)
-@568 := LexLeanPreservation.Rust.RCI
-@570 := @568 #15
-@571 := LexLeanPreservation.Rust.fnIdent
-@572 := @571 @552
-@579 := (hne : @558) -> @561 (fun (ro : @560) => @567 (@570 @572 @544 @19))
-@594 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @502) ->
-  (hfn : @520) -> (hwt : @528) -> (hbind : @540) -> (hF : @550) -> (hA : @556) -> @579
-@596 := LexLeanPreservation.Rust.compose @0
-@597 := @495 @0
-@602 := (n : @98) -> @597 @193 @187 @19 @179
-@603 := @512 @125
-@606 := @505 (@603 @179) @519
-@610 := @159 @496 @193 @181 @527
-@611 := @551 @0
-@614 := @611 @521 @193 @181
-@628 := {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @602) ->
-  (hfn : @606) -> (hwt : @610) -> (hbind : @540) -> (hF : @550) -> (hA : @614) -> @579
-@629 := @596 @1
-@630 := @597 @1
-@634 := (n : @98) -> @630 @187 @19 @179
-@637 := @167 @193 @181 @527
-@638 := @543 @1
-@641 := @542 (@638 @496) @549
-@642 := @568 @1
-@652 := (hbind : @540) ->
-  (hF : @641) -> (hA : @614) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@642 @572 @544 @19))
-@662 := {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @634) -> (hfn : @606) -> (hwt : @637) -> @652
-@663 := @629 @2
-@665 := @630 @2 @19
-@667 := (n : @98) -> @665 @179
-@668 := @173 @181
-@669 := @668 @527
-@678 := {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @494} -> {F : @467} -> {o : @469} -> (hB : @667) -> (hfn : @606) -> (hwt : @669) -> @652
-@679 := @663 @111
-@681 := (n : @98) -> @665 @111
-@682 := @603 @111
-@683 := @505 @682
-@684 := @683 @519
-@685 := @638 @111
-@686 := @542 @685
-@687 := @686 @549
-@688 := @611 @111
-@690 := @688 @193 @181
-@692 := @642 (@571 @111)
-@700 := (hF : @687) -> (hA : @690) -> (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 @544 @19))
-@709 := {fn : @123} ->
-  {args : @177} ->
-  {env : @494} ->
-  {F : @467} -> {o : @469} -> (hB : @681) -> (hfn : @684) -> (hwt : @669) -> (hbind : @540) -> @700
-@710 := @679 @143
-@712 := @683 (@518 @143)
-@713 := @526 @143
-@714 := @668 @713
-@716 := @531 (@532 @143)
-@728 := {args : @177} ->
-  {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @681) -> (hfn : @712) -> (hwt : @714) -> (hbind : @530 (@716 @179 @114) @539) -> @700
-@729 := @710 @97
-@732 := @381 (@328 (@270 @90))
-@734 := @173 @732 @713
-@736 := @91 (@5 @496)
-@741 := @736 (@381 (@91 (@57 @187) @90))
-@745 := @530 (@716 @741 @114) @539
-@747 := @91 (@5 @544)
-@749 := @91 (@5 @521)
-@754 := @747 (@749 (@91 (@57 @496) @90))
-@756 := @688 @754 @181
-@759 := @91 (@5 #14)
-@761 := @91 (@5 @552)
-@762 := #12
-@782 := {env : @494} ->
-  {F : @467} ->
-  {o : @469} ->
-  (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @734) ->
-  (hbind : @745) ->
-  (hF : @687) ->
-  (hA : @756) ->
-  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@759 (@761 (@91 (@57 @762) @90))) @19))
-@783 := @729 @121
-@786 := @328 (@342 (@284 @90))
-@788 := @173 @786 @713
-@802 := @530 (@716 @732 @114) (@538 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
-@807 := @749 (@736 (@91 (@57 @193) @90))
-@809 := @688 @807 @181
-@811 := @91 (@5 @762)
-@830 := {F : @467} ->
-  {o : @469} ->
-  (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @788) ->
-  (hbind : @802) ->
-  (hF : @687) ->
-  (hA : @809) ->
-  (hne : @558) -> @561 (fun (ro : @560) => @567 (@692 (@761 (@811 (@91 (@57 @544) @90))) @19))
-@831 := @783 @122
-@832 := @400 @713
-@846 := @530 (@716 @786 @114) (@538 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
-@848 := @686 (@548 @122)
-@850 := @688 @741 @181
-@851 := @563 @122
-@872 := {o : @469} ->
-  (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @832) ->
-  (hbind : @846) ->
-  (hF : @848) ->
-  (hA : @850) ->
-  (hne : @558) ->
-  @561 (fun (ro : @560) => @562 (@851 @193 @19) (@692 (@811 (@747 (@91 (@57 @521) @90))) @19))
-@873 := @831 @423
-@874 := @407 @713
-@888 := @530 (@716 @399 @114) (@538 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
-@889 := @688 @732
-@892 := @420 @193 @187 @179
-@893 := @889 @892
-@896 := @420 @496 @193 @187
-@916 := (hB : @681) ->
-  (hfn : @712) ->
-  (hwt : @874) ->
-  (hbind : @888) ->
-  (hF : @848) ->
-  (hA : @893) ->
-  (hne : @470 @896 @475) ->
-  @561 (fun (ro : @560) => @562 (@851 (@420 @544 @521 @496) @19) (@692 @754 @19))
-@917 := @873 @147
-@918 := @414 @713
-@932 := @530 (@716 @406 @114) (@538 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
-@933 := @688 @786
-@936 := @420 @187 @179 @181
-@956 := (hfn : @712) ->
-  (hwt : @918) ->
-  (hbind : @932) ->
-  (hF : @848) ->
-  (hA : @933 @936) ->
-  (hne : @470 @892 @475) ->
-  @561 (fun (ro : @560) => @562 (@851 (@420 @521 @496 @193) @19) (@692 @807 @19))
-@957 := Eq.refl.{1}
-@960 := @917 (@957 @504 @682)
-@961 := @418 @713
-@975 := @530 (@716 @413 @114) (@538 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
-@976 := @688 @399
-@979 := @420 @179 @181 @183
-@995 := (hwt : @961) ->
-  (hbind : @975) ->
-  (hF : @848) ->
-  (hA : @976 @979) ->
-  (hne : @470 @936 @475) -> @561 (fun (ro : @560) => @562 (@851 @896 @19) (@692 @741 @19))
-@996 := @960 @417
-@998 := @716 @97 @114
-@1001 := @530 @998 (@538 @121)
-@1002 := @688 @406
-@1005 := @420 @181 @183 @4
-@1020 := (hbind : @1001) ->
-  (hF : @848) ->
-  (hA : @1002 @1005) ->
-  (hne : @470 @979 @475) -> @561 (fun (ro : @560) => @562 (@851 @892 @19) (@692 @732 @19))
-@1023 := @996 (@957 @529 @998)
-@1024 := @688 @413
-@1027 := @420 @183 @4 @15
-@1041 := (hF : @848) ->
-  (hA : @1024 @1027) ->
-  (hne : @470 @1005 @475) -> @561 (fun (ro : @560) => @562 (@851 @936 @19) (@692 @786 @19))
-@1044 := @1023 (@957 @541 @685)
-@1058 := (hA : @688 @97 @423) ->
-  (hne : @470 @1027 @475) -> @561 (fun (ro : @560) => @562 (@851 @979 @19) (@692 @399 @19))
-@1059 := @1044 @466
-@1070 := (hne : @470 @423 @475) -> @561 (fun (ro : @560) => @562 (@851 @1005 @19) (@692 @406 @19))
-@1071 := @1059 @489
-@1077 := @562 (@851 @1027 @19) (@692 @413 @19)
-@1079 := @561 (fun (ro : @560) => @1077)
-@1081 := @561 (fun (__e_ro : @560) => @1077)
-@1082 := LexLeanPreservation.Rust.RepresentableL
-@1083 := @5 @17
-@1085 := @91 @61 @90
-@1089 := @1082 (@94 (@91 @1083 @1085))
-@1090 := (__e_hrep : @1089) -> @1081
-@1091 := fun (__e_hrep : @1089) => @1071
-@1092 := (c : @56) -> @1090
-@1093 := fun (c : @56) => @1091
-@1094 := (b : @3) -> @1092
-@1095 := fun (b : @3) => @1093
-@1096 := (a : @3) -> @1094
-@1097 := fun (a : @3) => @1095
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustCore.lean
deleted file mode 100644
index d202b11b6..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.fixed .i64), (.fixed .i64), (.fixed .u64)], result := (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))),
-      body := (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.option (.fixed .u64))) [(.prim .checkedNeg [(.var 0)]), (.prim .checkedAdd [(.var 2), (.value (.fixed .u64) (.u64 1))])])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u64) }] (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))))))), [(2, (.fixed .u64), (some 2)), (1, (.fixed .i64), (some 1)), (0, (.fixed .i64), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))]) (tail := (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustStd.lean
deleted file mode 100644
index 91a310f6d..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.fixed .i64), (.fixed .i64), (.fixed .u64)], result := (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))),
-      body := (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) [(.prim .checkedAdd [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))))) [(.prim .checkedSub [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))) [(.prim .checkedMul [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64)))) [(.prim .checkedQuot [(.var 0), (.var 1)]), (.build .pair (.pair (.option (.fixed .i64)) (.option (.fixed .u64))) [(.prim .checkedNeg [(.var 0)]), (.prim .checkedAdd [(.var 2), (.value (.fixed .u64) (.u64 1))])])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i64) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u64) }] (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.pair (.option (.fixed .i64)) (.option (.fixed .u64))))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))] (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false))) (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))] (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)))))))), [(2, (.fixed .u64), (some 2)), (1, (.fixed .i64), (some 1)), (0, (.fixed .i64), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedAdd .i64)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedSub .i64)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedMul .i64)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.checkedQuot .i64)) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.fixed .i64), (.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.checkedNeg .i64)) [(.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .i64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u64 1)))]) (tail := (.call (.runtime (.checkedAdd .u64)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustCore.lex.tex
deleted file mode 100644
index fa89a1a3a..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,546 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.root : @1100 := @1101 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.flags
-@3 := UInt16
-@4 := #3
-@5 := LexLeanTarget.TargetSyntax.Value.u16
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.fixed
-@9 := @7 LexLeanTarget.TargetSyntax.IntKind.u16
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := @13 @4
-@15 := #2
-@16 := @14 @15
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_u16 @0
-@29 := @13 @0
-@31 := @29 @15 @17
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@39 := @38 @17
-@43 := {A : @12} -> (x : @3) -> @39 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @15
-@53 := @44 @15
-@55 := @45 @52 @9
-@56 := UInt32
-@57 := LexLeanTarget.TargetSyntax.Value.u32
-@58 := @57 @17
-@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u32
-@61 := @57 @19
-@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
-@69 := LexLeanPreservation.Rust.wt_u32 @0
-@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
-@75 := @69 @1
-@79 := {A : @12} -> (x : @56) -> @39 @61 @60
-@80 := @75 @2
-@83 := (x : @56) -> @45 @61 @60
-@84 := @80 @17
-@86 := @45 @58 @60
-@87 := LexLeanTarget.TargetSyntax.Value
-@88 := List.nil.{0}
-@89 := List.cons.{0}
-@90 := @88 @87
-@91 := @89 @87
-@93 := @91 @58 @90
-@94 := @91 @52
-@95 := @94 @93
-@96 := @91 @6
-@97 := @96 @95
-@98 := Nat
-@99 := Prod.{0, 0}
-@101 := @99 @98 @87
-@102 := 2
-@105 := Prod.mk.{0, 0} @98 @87
-@106 := @105 @102
-@107 := @106 @58
-@109 := @105 1
-@110 := @109 @52
-@111 := 0
-@112 := @105 @111
-@113 := @112 @6
-@114 := @88 @101
-@115 := @89 @101
-@117 := @115 @113 @114
-@119 := @115 @110 @117
-@121 := @115 @107 @119
-@122 := Bool.false
-@123 := LexLeanTarget.TargetSyntax.Function
-@124 := LexLeanTarget.TargetSyntax.Program.functions
-@125 := @124 @0
-@126 := LexLeanTarget.TargetSyntax.Ty
-@127 := @88 @98
-@128 := @88 @126
-@129 := LexLeanTarget.TargetSyntax.Ty.unit
-@130 := LexLeanTarget.TargetSyntax.Value.unit
-@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
-@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
-@143 := List.getD.{0} @123 @125 @111 @138
-@147 := fun (__e_n : @98) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.root @19 @111
-@148 := LexLeanPreservation.Rust.WTL
-@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
-@158 := LexLeanPreservation.Rust.wtl_nil @0
-@159 := @148 @0
-@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
-@166 := @158 @1
-@167 := @159 @1
-@171 := {A : @12} -> @167 @19 @90 @128
-@172 := @166 @2
-@173 := @167 @2
-@174 := @173 @90
-@175 := @174 @128
-@176 := List.{0}
-@177 := @176 @87
-@178 := @176 @126
-@179 := #6
-@180 := @13 @179
-@181 := #5
-@182 := @180 @181
-@183 := #4
-@186 := @182 @183 @4 @15
-@187 := #7
-@192 := @148 @187 @179 @181 @15 @17
-@193 := #8
-@196 := @148 @193 @187 @179
-@198 := @91 @181 @4
-@199 := @196 @198
-@200 := @89 @126
-@202 := @200 @183 @15
-@212 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
-@214 := LexLeanPreservation.Rust.wtl_cons @0
-@234 := {c : @11} ->
-  {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} ->
-  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
-@235 := @214 @1
-@251 := {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
-@252 := @235 @2
-@254 := @45 @4 @15
-@256 := @173 @15 @17
-@264 := {v : @87} ->
-  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
-@265 := @252 @58
-@266 := @57 @183
-@268 := @45 @266 @15
-@269 := @57 @179
-@270 := @91 @269
-@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
-@279 := @265 @60
-@280 := @57 @4
-@282 := @45 @280 @60
-@283 := @57 @181
-@284 := @91 @283
-@286 := @173 (@284 @4)
-@287 := @200 @60
-@288 := @287 @15
-@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
-@294 := @279 @90
-@295 := @57 @15
-@297 := @45 @295 @60
-@298 := @174 @17
-@300 := @91 @266 @90
-@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
-@306 := @294 @128
-@308 := @91 @280 @90
-@309 := @173 @308
-@310 := @287 @128
-@313 := (h : @86) -> (hs : @175) -> @309 @310
-@314 := @306 @84
-@316 := @91 @295 @90
-@318 := @173 @316 @310
-@319 := (hs : @175) -> @318
-@320 := @314 @172
-@322 := @173 @93 @310
-@323 := @252 @52
-@324 := @5 @181
-@325 := @45 @324
-@326 := @325 @15
-@327 := @5 @187
-@328 := @91 @327
-@330 := @173 (@328 @4)
-@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
-@337 := @323 @9
-@338 := @5 @183
-@340 := @45 @338 @9
-@341 := @5 @179
-@342 := @91 @341
-@344 := @173 (@342 @4)
-@345 := @200 @9
-@346 := @345 @15
-@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
-@352 := @337 @93
-@353 := @309 @17
-@354 := @91 @324
-@355 := @354 @300
-@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
-@361 := @352 @310
-@362 := @91 @338
-@363 := @362 @308
-@364 := @173 @363
-@365 := @345 @310
-@368 := (h : @55) -> (hs : @318) -> @364 @365
-@369 := @361 @53
-@370 := @96 @316
-@372 := @173 @370 @365
-@373 := (hs : @322) -> @372
-@374 := @369 @320
-@376 := @173 @95 @365
-@377 := @252 @6
-@379 := @45 @341 @15
-@380 := @5 @193
-@381 := @91 @380
-@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
-@390 := @377 @9
-@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
-@397 := @390 @95
-@398 := @364 @17
-@399 := @342 @355
-@400 := @173 @399
-@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
-@405 := @397 @365
-@406 := @354 @363
-@407 := @173 @406
-@408 := @345 @365
-@411 := (h : @51) -> (hs : @372) -> @407 @408
-@412 := @405 @49
-@413 := @362 @370
-@414 := @173 @413
-@416 := (hs : @376) -> @414 @408
-@417 := @412 @374
-@418 := @173 @97
-@419 := @418 @408
-@420 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.denote
-@423 := @420 @4 @15 @17
-@424 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.__fits_0
-@427 := @424 @4 @15 @17
-@431 := Coverage.Prims.bits @4 @15 @17
-@432 := Option.{0}
-@433 := @432 @3
-@434 := Bool
-@435 := @99 @433
-@436 := @435 @434
-@437 := @435 @436
-@438 := @99 @3
-@439 := @438 @437
-@440 := @438 @439
-@441 := @438 @440
-@444 := LexLeanPreservation.encOption @3 @5
-@445 := LexLeanTarget.TargetSyntax.Value.bool
-@446 := LexLeanPreservation.encPair
-@447 := @446 @433
-@450 := @447 @434 @444 @445
-@453 := @447 @436 @444 @450
-@454 := @446 @3
-@457 := @454 @437 @5 @453
-@460 := @454 @439 @5 @457
-@463 := @454 @440 @5 @460
-@467 := @454 @441 @5 @463 @431
-@471 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.root @4 @15 @17
-@472 := Ne.{1}
-@473 := LexLeanPreservation.Obs
-@474 := @472 @473
-@475 := LexLeanPreservation.Rel
-@478 := @474 (@475 @17 @19)
-@479 := LexLeanPreservation.Obs.stuck
-@482 := (f : @434) -> (v : @87) -> @478 @479
-@484 := LexLeanPreservation.Rust.rel_ne_stuck @427
-@492 := (v : @87) -> @474 (@475 (@424 @183 @4 @15) @19) @479
-@493 := @484 @467
-@497 := @474 (@475 @427 @467) @479
-@498 := @176 @101
-@499 := LexLeanPreservation.Rust.FunSem
-@500 := #9
-@506 := (n : @98) -> @499 @500 @193 @187 @19 @179
-@507 := Eq.{1}
-@508 := @432 @123
-@509 := @507 @508
-@516 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
-@520 := @509 (@516 (@124 @500) @179)
-@521 := Option.some.{0}
-@522 := @521 @123
-@523 := @522 @181
-@524 := @520 @523
-@525 := #10
-@529 := @148 @525 @500 @193 @181
-@530 := LexLeanTarget.TargetSyntax.Function.types
-@531 := @530 @179
-@532 := @529 @531
-@533 := @432 @498
-@534 := @507 @533
-@535 := LexLeanTarget.TargetSemantics.bindAll
-@536 := LexLeanTarget.TargetSyntax.Function.parameters
-@541 := @534 (@535 (@536 @187) @179 @114)
-@542 := @521 @498
-@543 := @542 @181
-@544 := @541 @543
-@545 := @432 @434
-@546 := @507 @545
-@547 := LexLeanPreservation.Rust.fnFallible
-@548 := #11
-@551 := @546 (@547 @548 @500)
-@552 := @521 @434
-@553 := @552 @181
-@554 := @551 @553
-@555 := LexLeanPreservation.RunConv
-@556 := #13
-@560 := @555 @556 @525 @193 @181
-@562 := @474 @179 @479
-@563 := Exists.{1}
-@564 := LexLeanPreservation.Rust.ROut
-@565 := @563 @564
-@566 := And
-@567 := LexLeanPreservation.Rust.RealizesFn
-@571 := @566 (@567 @500 @193 @19)
-@572 := LexLeanPreservation.Rust.RCI
-@574 := @572 #15
-@575 := LexLeanPreservation.Rust.fnIdent
-@576 := @575 @556
-@583 := (hne : @562) -> @565 (fun (ro : @564) => @571 (@574 @576 @548 @19))
-@598 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @506) ->
-  (hfn : @524) -> (hwt : @532) -> (hbind : @544) -> (hF : @554) -> (hA : @560) -> @583
-@600 := LexLeanPreservation.Rust.compose @0
-@601 := @499 @0
-@606 := (n : @98) -> @601 @193 @187 @19 @179
-@607 := @516 @125
-@610 := @509 (@607 @179) @523
-@614 := @159 @500 @193 @181 @531
-@615 := @555 @0
-@618 := @615 @525 @193 @181
-@632 := {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @606) ->
-  (hfn : @610) -> (hwt : @614) -> (hbind : @544) -> (hF : @554) -> (hA : @618) -> @583
-@633 := @600 @1
-@634 := @601 @1
-@638 := (n : @98) -> @634 @187 @19 @179
-@641 := @167 @193 @181 @531
-@642 := @547 @1
-@645 := @546 (@642 @500) @553
-@646 := @572 @1
-@656 := (hbind : @544) ->
-  (hF : @645) -> (hA : @618) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@646 @576 @548 @19))
-@666 := {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @638) -> (hfn : @610) -> (hwt : @641) -> @656
-@667 := @633 @2
-@669 := @634 @2 @19
-@671 := (n : @98) -> @669 @179
-@672 := @173 @181
-@673 := @672 @531
-@682 := {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @671) -> (hfn : @610) -> (hwt : @673) -> @656
-@683 := @667 @111
-@685 := (n : @98) -> @669 @111
-@686 := @607 @111
-@687 := @509 @686
-@688 := @687 @523
-@689 := @642 @111
-@690 := @546 @689
-@691 := @690 @553
-@692 := @615 @111
-@694 := @692 @193 @181
-@696 := @646 (@575 @111)
-@704 := (hF : @691) -> (hA : @694) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 @548 @19))
-@713 := {fn : @123} ->
-  {args : @177} ->
-  {env : @498} ->
-  {F : @434} -> {o : @473} -> (hB : @685) -> (hfn : @688) -> (hwt : @673) -> (hbind : @544) -> @704
-@714 := @683 @143
-@716 := @687 (@522 @143)
-@717 := @530 @143
-@718 := @672 @717
-@720 := @535 (@536 @143)
-@732 := {args : @177} ->
-  {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @685) -> (hfn : @716) -> (hwt : @718) -> (hbind : @534 (@720 @179 @114) @543) -> @704
-@733 := @714 @97
-@736 := @381 (@328 (@270 @90))
-@738 := @173 @736 @717
-@740 := @91 (@5 @500)
-@745 := @740 (@381 (@91 (@57 @187) @90))
-@749 := @534 (@720 @745 @114) @543
-@751 := @91 (@5 @548)
-@753 := @91 (@5 @525)
-@758 := @751 (@753 (@91 (@57 @500) @90))
-@760 := @692 @758 @181
-@763 := @91 (@5 #14)
-@765 := @91 (@5 @556)
-@766 := #12
-@786 := {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @738) ->
-  (hbind : @749) ->
-  (hF : @691) ->
-  (hA : @760) ->
-  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@763 (@765 (@91 (@57 @766) @90))) @19))
-@787 := @733 @121
-@790 := @328 (@342 (@284 @90))
-@792 := @173 @790 @717
-@806 := @534 (@720 @736 @114) (@542 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
-@811 := @753 (@740 (@91 (@57 @193) @90))
-@813 := @692 @811 @181
-@815 := @91 (@5 @766)
-@834 := {F : @434} ->
-  {o : @473} ->
-  (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @792) ->
-  (hbind : @806) ->
-  (hF : @691) ->
-  (hA : @813) ->
-  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@765 (@815 (@91 (@57 @548) @90))) @19))
-@835 := @787 @122
-@836 := @400 @717
-@850 := @534 (@720 @790 @114) (@542 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
-@852 := @690 (@552 @122)
-@854 := @692 @745 @181
-@855 := @567 @122
-@876 := {o : @473} ->
-  (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @836) ->
-  (hbind : @850) ->
-  (hF : @852) ->
-  (hA : @854) ->
-  (hne : @562) ->
-  @565 (fun (ro : @564) => @566 (@855 @193 @19) (@696 (@815 (@751 (@91 (@57 @525) @90))) @19))
-@877 := @835 @423
-@878 := @407 @717
-@892 := @534 (@720 @399 @114) (@542 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
-@893 := @692 @736
-@896 := @420 @193 @187 @179
-@897 := @893 @896
-@900 := @420 @500 @193 @187
-@920 := (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @878) ->
-  (hbind : @892) ->
-  (hF : @852) ->
-  (hA : @897) ->
-  (hne : @474 @900 @479) ->
-  @565 (fun (ro : @564) => @566 (@855 (@420 @548 @525 @500) @19) (@696 @758 @19))
-@921 := @877 @147
-@922 := @414 @717
-@936 := @534 (@720 @406 @114) (@542 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
-@937 := @692 @790
-@940 := @420 @187 @179 @181
-@960 := (hfn : @716) ->
-  (hwt : @922) ->
-  (hbind : @936) ->
-  (hF : @852) ->
-  (hA : @937 @940) ->
-  (hne : @474 @896 @479) ->
-  @565 (fun (ro : @564) => @566 (@855 (@420 @525 @500 @193) @19) (@696 @811 @19))
-@961 := Eq.refl.{1}
-@964 := @921 (@961 @508 @686)
-@965 := @418 @717
-@979 := @534 (@720 @413 @114) (@542 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
-@980 := @692 @399
-@983 := @420 @179 @181 @183
-@999 := (hwt : @965) ->
-  (hbind : @979) ->
-  (hF : @852) ->
-  (hA : @980 @983) ->
-  (hne : @474 @940 @479) -> @565 (fun (ro : @564) => @566 (@855 @900 @19) (@696 @745 @19))
-@1000 := @964 @417
-@1002 := @720 @97 @114
-@1005 := @534 @1002 (@542 @121)
-@1006 := @692 @406
-@1009 := @420 @181 @183 @4
-@1024 := (hbind : @1005) ->
-  (hF : @852) ->
-  (hA : @1006 @1009) ->
-  (hne : @474 @983 @479) -> @565 (fun (ro : @564) => @566 (@855 @896 @19) (@696 @736 @19))
-@1027 := @1000 (@961 @533 @1002)
-@1028 := @692 @413
-@1031 := @420 @183 @4 @15
-@1045 := (hF : @852) ->
-  (hA : @1028 @1031) ->
-  (hne : @474 @1009 @479) -> @565 (fun (ro : @564) => @566 (@855 @940 @19) (@696 @790 @19))
-@1048 := @1027 (@961 @545 @689)
-@1062 := (hA : @692 @97 @423) ->
-  (hne : @474 @1031 @479) -> @565 (fun (ro : @564) => @566 (@855 @983 @19) (@696 @399 @19))
-@1063 := @1048 @471
-@1074 := (hne : @474 @423 @479) -> @565 (fun (ro : @564) => @566 (@855 @1009 @19) (@696 @406 @19))
-@1075 := @1063 @493
-@1081 := @566 (@855 @1031 @19) (@696 @413 @19)
-@1083 := @565 (fun (ro : @564) => @1081)
-@1085 := @565 (fun (__e_ro : @564) => @1081)
-@1086 := LexLeanPreservation.Rust.RepresentableL
-@1087 := @5 @17
-@1089 := @91 @61 @90
-@1093 := @1086 (@94 (@91 @1087 @1089))
-@1094 := (__e_hrep : @1093) -> @1085
-@1095 := fun (__e_hrep : @1093) => @1075
-@1096 := (s : @56) -> @1094
-@1097 := fun (s : @56) => @1095
-@1098 := (b : @3) -> @1096
-@1099 := fun (b : @3) => @1097
-@1100 := (a : @3) -> @1098
-@1101 := fun (a : @3) => @1099
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustStd.lex.tex
deleted file mode 100644
index 1b7912607..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,546 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.root : @1100 := @1101 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.flags
-@3 := UInt16
-@4 := #3
-@5 := LexLeanTarget.TargetSyntax.Value.u16
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.fixed
-@9 := @7 LexLeanTarget.TargetSyntax.IntKind.u16
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := @13 @4
-@15 := #2
-@16 := @14 @15
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_u16 @0
-@29 := @13 @0
-@31 := @29 @15 @17
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @31 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@39 := @38 @17
-@43 := {A : @12} -> (x : @3) -> @39 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @15
-@53 := @44 @15
-@55 := @45 @52 @9
-@56 := UInt32
-@57 := LexLeanTarget.TargetSyntax.Value.u32
-@58 := @57 @17
-@60 := @7 LexLeanTarget.TargetSyntax.IntKind.u32
-@61 := @57 @19
-@67 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @56) -> @18 @61 @60
-@69 := LexLeanPreservation.Rust.wt_u32 @0
-@74 := {c : @11} -> {A : @12} -> (x : @56) -> @31 @61 @60
-@75 := @69 @1
-@79 := {A : @12} -> (x : @56) -> @39 @61 @60
-@80 := @75 @2
-@83 := (x : @56) -> @45 @61 @60
-@84 := @80 @17
-@86 := @45 @58 @60
-@87 := LexLeanTarget.TargetSyntax.Value
-@88 := List.nil.{0}
-@89 := List.cons.{0}
-@90 := @88 @87
-@91 := @89 @87
-@93 := @91 @58 @90
-@94 := @91 @52
-@95 := @94 @93
-@96 := @91 @6
-@97 := @96 @95
-@98 := Nat
-@99 := Prod.{0, 0}
-@101 := @99 @98 @87
-@102 := 2
-@105 := Prod.mk.{0, 0} @98 @87
-@106 := @105 @102
-@107 := @106 @58
-@109 := @105 1
-@110 := @109 @52
-@111 := 0
-@112 := @105 @111
-@113 := @112 @6
-@114 := @88 @101
-@115 := @89 @101
-@117 := @115 @113 @114
-@119 := @115 @110 @117
-@121 := @115 @107 @119
-@122 := Bool.false
-@123 := LexLeanTarget.TargetSyntax.Function
-@124 := LexLeanTarget.TargetSyntax.Program.functions
-@125 := @124 @0
-@126 := LexLeanTarget.TargetSyntax.Ty
-@127 := @88 @98
-@128 := @88 @126
-@129 := LexLeanTarget.TargetSyntax.Ty.unit
-@130 := LexLeanTarget.TargetSyntax.Value.unit
-@133 := LexLeanTarget.TargetSyntax.Expr.value @129 @130
-@138 := LexLeanTarget.TargetSyntax.Function.mk @127 @128 @129 @133
-@143 := List.getD.{0} @123 @125 @111 @138
-@147 := fun (__e_n : @98) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.root @19 @111
-@148 := LexLeanPreservation.Rust.WTL
-@156 := {p : @10} -> {c : @11} -> {A : @12} -> @148 @15 @17 @19 @90 @128
-@158 := LexLeanPreservation.Rust.wtl_nil @0
-@159 := @148 @0
-@165 := {c : @11} -> {A : @12} -> @159 @17 @19 @90 @128
-@166 := @158 @1
-@167 := @159 @1
-@171 := {A : @12} -> @167 @19 @90 @128
-@172 := @166 @2
-@173 := @167 @2
-@174 := @173 @90
-@175 := @174 @128
-@176 := List.{0}
-@177 := @176 @87
-@178 := @176 @126
-@179 := #6
-@180 := @13 @179
-@181 := #5
-@182 := @180 @181
-@183 := #4
-@186 := @182 @183 @4 @15
-@187 := #7
-@192 := @148 @187 @179 @181 @15 @17
-@193 := #8
-@196 := @148 @193 @187 @179
-@198 := @91 @181 @4
-@199 := @196 @198
-@200 := @89 @126
-@202 := @200 @183 @15
-@212 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @87} -> {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @186) -> (hs : @192) -> @199 @202
-@214 := LexLeanPreservation.Rust.wtl_cons @0
-@234 := {c : @11} ->
-  {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} ->
-  (h : @29 @181 @183 @4 @15) -> (hs : @159 @179 @181 @15 @17) -> @159 @187 @179 @198 @202
-@235 := @214 @1
-@251 := {A : @12} ->
-  {v : @87} ->
-  {t : @126} ->
-  {vs : @177} ->
-  {ts : @178} -> (h : @38 @183 @4 @15) -> (hs : @167 @181 @15 @17) -> @167 @179 @198 @202
-@252 := @235 @2
-@254 := @45 @4 @15
-@256 := @173 @15 @17
-@264 := {v : @87} ->
-  {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @254) -> (hs : @256) -> @173 @198 @202
-@265 := @252 @58
-@266 := @57 @183
-@268 := @45 @266 @15
-@269 := @57 @179
-@270 := @91 @269
-@278 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @268) -> (hs : @256) -> @173 (@270 @4) @202
-@279 := @265 @60
-@280 := @57 @4
-@282 := @45 @280 @60
-@283 := @57 @181
-@284 := @91 @283
-@286 := @173 (@284 @4)
-@287 := @200 @60
-@288 := @287 @15
-@293 := {vs : @177} -> {ts : @178} -> (h : @282) -> (hs : @256) -> @286 @288
-@294 := @279 @90
-@295 := @57 @15
-@297 := @45 @295 @60
-@298 := @174 @17
-@300 := @91 @266 @90
-@305 := {ts : @178} -> (h : @297) -> (hs : @298) -> @173 @300 @288
-@306 := @294 @128
-@308 := @91 @280 @90
-@309 := @173 @308
-@310 := @287 @128
-@313 := (h : @86) -> (hs : @175) -> @309 @310
-@314 := @306 @84
-@316 := @91 @295 @90
-@318 := @173 @316 @310
-@319 := (hs : @175) -> @318
-@320 := @314 @172
-@322 := @173 @93 @310
-@323 := @252 @52
-@324 := @5 @181
-@325 := @45 @324
-@326 := @325 @15
-@327 := @5 @187
-@328 := @91 @327
-@330 := @173 (@328 @4)
-@336 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @326) -> (hs : @256) -> @330 @202
-@337 := @323 @9
-@338 := @5 @183
-@340 := @45 @338 @9
-@341 := @5 @179
-@342 := @91 @341
-@344 := @173 (@342 @4)
-@345 := @200 @9
-@346 := @345 @15
-@351 := {vs : @177} -> {ts : @178} -> (h : @340) -> (hs : @256) -> @344 @346
-@352 := @337 @93
-@353 := @309 @17
-@354 := @91 @324
-@355 := @354 @300
-@360 := {ts : @178} -> (h : @51) -> (hs : @353) -> @173 @355 @346
-@361 := @352 @310
-@362 := @91 @338
-@363 := @362 @308
-@364 := @173 @363
-@365 := @345 @310
-@368 := (h : @55) -> (hs : @318) -> @364 @365
-@369 := @361 @53
-@370 := @96 @316
-@372 := @173 @370 @365
-@373 := (hs : @322) -> @372
-@374 := @369 @320
-@376 := @173 @95 @365
-@377 := @252 @6
-@379 := @45 @341 @15
-@380 := @5 @193
-@381 := @91 @380
-@389 := {t : @126} -> {vs : @177} -> {ts : @178} -> (h : @379) -> (hs : @256) -> @173 (@381 @4) @202
-@390 := @377 @9
-@396 := {vs : @177} -> {ts : @178} -> (h : @325 @9) -> (hs : @256) -> @330 @346
-@397 := @390 @95
-@398 := @364 @17
-@399 := @342 @355
-@400 := @173 @399
-@404 := {ts : @178} -> (h : @340) -> (hs : @398) -> @400 @346
-@405 := @397 @365
-@406 := @354 @363
-@407 := @173 @406
-@408 := @345 @365
-@411 := (h : @51) -> (hs : @372) -> @407 @408
-@412 := @405 @49
-@413 := @362 @370
-@414 := @173 @413
-@416 := (hs : @376) -> @414 @408
-@417 := @412 @374
-@418 := @173 @97
-@419 := @418 @408
-@420 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.denote
-@423 := @420 @4 @15 @17
-@424 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.__fits_0
-@427 := @424 @4 @15 @17
-@431 := Coverage.Prims.bits @4 @15 @17
-@432 := Option.{0}
-@433 := @432 @3
-@434 := Bool
-@435 := @99 @433
-@436 := @435 @434
-@437 := @435 @436
-@438 := @99 @3
-@439 := @438 @437
-@440 := @438 @439
-@441 := @438 @440
-@444 := LexLeanPreservation.encOption @3 @5
-@445 := LexLeanTarget.TargetSyntax.Value.bool
-@446 := LexLeanPreservation.encPair
-@447 := @446 @433
-@450 := @447 @434 @444 @445
-@453 := @447 @436 @444 @450
-@454 := @446 @3
-@457 := @454 @437 @5 @453
-@460 := @454 @439 @5 @457
-@463 := @454 @440 @5 @460
-@467 := @454 @441 @5 @463 @431
-@471 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.root @4 @15 @17
-@472 := Ne.{1}
-@473 := LexLeanPreservation.Obs
-@474 := @472 @473
-@475 := LexLeanPreservation.Rel
-@478 := @474 (@475 @17 @19)
-@479 := LexLeanPreservation.Obs.stuck
-@482 := (f : @434) -> (v : @87) -> @478 @479
-@484 := LexLeanPreservation.Rust.rel_ne_stuck @427
-@492 := (v : @87) -> @474 (@475 (@424 @183 @4 @15) @19) @479
-@493 := @484 @467
-@497 := @474 (@475 @427 @467) @479
-@498 := @176 @101
-@499 := LexLeanPreservation.Rust.FunSem
-@500 := #9
-@506 := (n : @98) -> @499 @500 @193 @187 @19 @179
-@507 := Eq.{1}
-@508 := @432 @123
-@509 := @507 @508
-@516 := LexLeanRuntime.index (@176 @123) @123 (LexLeanRuntime.instIndexableList @123)
-@520 := @509 (@516 (@124 @500) @179)
-@521 := Option.some.{0}
-@522 := @521 @123
-@523 := @522 @181
-@524 := @520 @523
-@525 := #10
-@529 := @148 @525 @500 @193 @181
-@530 := LexLeanTarget.TargetSyntax.Function.types
-@531 := @530 @179
-@532 := @529 @531
-@533 := @432 @498
-@534 := @507 @533
-@535 := LexLeanTarget.TargetSemantics.bindAll
-@536 := LexLeanTarget.TargetSyntax.Function.parameters
-@541 := @534 (@535 (@536 @187) @179 @114)
-@542 := @521 @498
-@543 := @542 @181
-@544 := @541 @543
-@545 := @432 @434
-@546 := @507 @545
-@547 := LexLeanPreservation.Rust.fnFallible
-@548 := #11
-@551 := @546 (@547 @548 @500)
-@552 := @521 @434
-@553 := @552 @181
-@554 := @551 @553
-@555 := LexLeanPreservation.RunConv
-@556 := #13
-@560 := @555 @556 @525 @193 @181
-@562 := @474 @179 @479
-@563 := Exists.{1}
-@564 := LexLeanPreservation.Rust.ROut
-@565 := @563 @564
-@566 := And
-@567 := LexLeanPreservation.Rust.RealizesFn
-@571 := @566 (@567 @500 @193 @19)
-@572 := LexLeanPreservation.Rust.RCI
-@574 := @572 #15
-@575 := LexLeanPreservation.Rust.fnIdent
-@576 := @575 @556
-@583 := (hne : @562) -> @565 (fun (ro : @564) => @571 (@574 @576 @548 @19))
-@598 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @506) ->
-  (hfn : @524) -> (hwt : @532) -> (hbind : @544) -> (hF : @554) -> (hA : @560) -> @583
-@600 := LexLeanPreservation.Rust.compose @0
-@601 := @499 @0
-@606 := (n : @98) -> @601 @193 @187 @19 @179
-@607 := @516 @125
-@610 := @509 (@607 @179) @523
-@614 := @159 @500 @193 @181 @531
-@615 := @555 @0
-@618 := @615 @525 @193 @181
-@632 := {c : @11} ->
-  {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @606) ->
-  (hfn : @610) -> (hwt : @614) -> (hbind : @544) -> (hF : @554) -> (hA : @618) -> @583
-@633 := @600 @1
-@634 := @601 @1
-@638 := (n : @98) -> @634 @187 @19 @179
-@641 := @167 @193 @181 @531
-@642 := @547 @1
-@645 := @546 (@642 @500) @553
-@646 := @572 @1
-@656 := (hbind : @544) ->
-  (hF : @645) -> (hA : @618) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@646 @576 @548 @19))
-@666 := {A : @12} ->
-  {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @638) -> (hfn : @610) -> (hwt : @641) -> @656
-@667 := @633 @2
-@669 := @634 @2 @19
-@671 := (n : @98) -> @669 @179
-@672 := @173 @181
-@673 := @672 @531
-@682 := {f : @98} ->
-  {fn : @123} ->
-  {args : @177} ->
-  {env : @498} -> {F : @434} -> {o : @473} -> (hB : @671) -> (hfn : @610) -> (hwt : @673) -> @656
-@683 := @667 @111
-@685 := (n : @98) -> @669 @111
-@686 := @607 @111
-@687 := @509 @686
-@688 := @687 @523
-@689 := @642 @111
-@690 := @546 @689
-@691 := @690 @553
-@692 := @615 @111
-@694 := @692 @193 @181
-@696 := @646 (@575 @111)
-@704 := (hF : @691) -> (hA : @694) -> (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 @548 @19))
-@713 := {fn : @123} ->
-  {args : @177} ->
-  {env : @498} ->
-  {F : @434} -> {o : @473} -> (hB : @685) -> (hfn : @688) -> (hwt : @673) -> (hbind : @544) -> @704
-@714 := @683 @143
-@716 := @687 (@522 @143)
-@717 := @530 @143
-@718 := @672 @717
-@720 := @535 (@536 @143)
-@732 := {args : @177} ->
-  {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @685) -> (hfn : @716) -> (hwt : @718) -> (hbind : @534 (@720 @179 @114) @543) -> @704
-@733 := @714 @97
-@736 := @381 (@328 (@270 @90))
-@738 := @173 @736 @717
-@740 := @91 (@5 @500)
-@745 := @740 (@381 (@91 (@57 @187) @90))
-@749 := @534 (@720 @745 @114) @543
-@751 := @91 (@5 @548)
-@753 := @91 (@5 @525)
-@758 := @751 (@753 (@91 (@57 @500) @90))
-@760 := @692 @758 @181
-@763 := @91 (@5 #14)
-@765 := @91 (@5 @556)
-@766 := #12
-@786 := {env : @498} ->
-  {F : @434} ->
-  {o : @473} ->
-  (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @738) ->
-  (hbind : @749) ->
-  (hF : @691) ->
-  (hA : @760) ->
-  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@763 (@765 (@91 (@57 @766) @90))) @19))
-@787 := @733 @121
-@790 := @328 (@342 (@284 @90))
-@792 := @173 @790 @717
-@806 := @534 (@720 @736 @114) (@542 (@115 (@106 @269) (@115 (@109 @327) (@115 (@112 @380) @114))))
-@811 := @753 (@740 (@91 (@57 @193) @90))
-@813 := @692 @811 @181
-@815 := @91 (@5 @766)
-@834 := {F : @434} ->
-  {o : @473} ->
-  (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @792) ->
-  (hbind : @806) ->
-  (hF : @691) ->
-  (hA : @813) ->
-  (hne : @562) -> @565 (fun (ro : @564) => @571 (@696 (@765 (@815 (@91 (@57 @548) @90))) @19))
-@835 := @787 @122
-@836 := @400 @717
-@850 := @534 (@720 @790 @114) (@542 (@115 (@106 @283) (@115 (@109 @341) (@115 (@112 @327) @114))))
-@852 := @690 (@552 @122)
-@854 := @692 @745 @181
-@855 := @567 @122
-@876 := {o : @473} ->
-  (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @836) ->
-  (hbind : @850) ->
-  (hF : @852) ->
-  (hA : @854) ->
-  (hne : @562) ->
-  @565 (fun (ro : @564) => @566 (@855 @193 @19) (@696 (@815 (@751 (@91 (@57 @525) @90))) @19))
-@877 := @835 @423
-@878 := @407 @717
-@892 := @534 (@720 @399 @114) (@542 (@115 (@106 @266) (@115 (@109 @324) (@115 (@112 @341) @114))))
-@893 := @692 @736
-@896 := @420 @193 @187 @179
-@897 := @893 @896
-@900 := @420 @500 @193 @187
-@920 := (hB : @685) ->
-  (hfn : @716) ->
-  (hwt : @878) ->
-  (hbind : @892) ->
-  (hF : @852) ->
-  (hA : @897) ->
-  (hne : @474 @900 @479) ->
-  @565 (fun (ro : @564) => @566 (@855 (@420 @548 @525 @500) @19) (@696 @758 @19))
-@921 := @877 @147
-@922 := @414 @717
-@936 := @534 (@720 @406 @114) (@542 (@115 (@106 @280) (@115 (@109 @338) (@115 (@112 @324) @114))))
-@937 := @692 @790
-@940 := @420 @187 @179 @181
-@960 := (hfn : @716) ->
-  (hwt : @922) ->
-  (hbind : @936) ->
-  (hF : @852) ->
-  (hA : @937 @940) ->
-  (hne : @474 @896 @479) ->
-  @565 (fun (ro : @564) => @566 (@855 (@420 @525 @500 @193) @19) (@696 @811 @19))
-@961 := Eq.refl.{1}
-@964 := @921 (@961 @508 @686)
-@965 := @418 @717
-@979 := @534 (@720 @413 @114) (@542 (@115 (@106 @295) (@115 (@109 @6) (@115 (@112 @338) @114))))
-@980 := @692 @399
-@983 := @420 @179 @181 @183
-@999 := (hwt : @965) ->
-  (hbind : @979) ->
-  (hF : @852) ->
-  (hA : @980 @983) ->
-  (hne : @474 @940 @479) -> @565 (fun (ro : @564) => @566 (@855 @900 @19) (@696 @745 @19))
-@1000 := @964 @417
-@1002 := @720 @97 @114
-@1005 := @534 @1002 (@542 @121)
-@1006 := @692 @406
-@1009 := @420 @181 @183 @4
-@1024 := (hbind : @1005) ->
-  (hF : @852) ->
-  (hA : @1006 @1009) ->
-  (hne : @474 @983 @479) -> @565 (fun (ro : @564) => @566 (@855 @896 @19) (@696 @736 @19))
-@1027 := @1000 (@961 @533 @1002)
-@1028 := @692 @413
-@1031 := @420 @183 @4 @15
-@1045 := (hF : @852) ->
-  (hA : @1028 @1031) ->
-  (hne : @474 @1009 @479) -> @565 (fun (ro : @564) => @566 (@855 @940 @19) (@696 @790 @19))
-@1048 := @1027 (@961 @545 @689)
-@1062 := (hA : @692 @97 @423) ->
-  (hne : @474 @1031 @479) -> @565 (fun (ro : @564) => @566 (@855 @983 @19) (@696 @399 @19))
-@1063 := @1048 @471
-@1074 := (hne : @474 @423 @479) -> @565 (fun (ro : @564) => @566 (@855 @1009 @19) (@696 @406 @19))
-@1075 := @1063 @493
-@1081 := @566 (@855 @1031 @19) (@696 @413 @19)
-@1083 := @565 (fun (ro : @564) => @1081)
-@1085 := @565 (fun (__e_ro : @564) => @1081)
-@1086 := LexLeanPreservation.Rust.RepresentableL
-@1087 := @5 @17
-@1089 := @91 @61 @90
-@1093 := @1086 (@94 (@91 @1087 @1089))
-@1094 := (__e_hrep : @1093) -> @1085
-@1095 := fun (__e_hrep : @1093) => @1075
-@1096 := (s : @56) -> @1094
-@1097 := fun (s : @56) => @1095
-@1098 := (b : @3) -> @1096
-@1099 := fun (b : @3) => @1097
-@1100 := (a : @3) -> @1098
-@1101 := fun (a : @3) => @1099
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustCore.lean
deleted file mode 100644
index 13c621a46..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.fixed .u16), (.fixed .u16), (.fixed .u32)], result := (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))),
-      body := (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) [(.prim .bitAnd [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))))) [(.prim .bitOr [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))) [(.prim .bitXor [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))) [(.prim .bitNot [(.var 0)]), (.build .pair (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)) [(.prim .shiftLeft [(.var 0), (.var 2)]), (.build .pair (.pair (.option (.fixed .u16)) .bool) [(.prim .shiftRight [(.var 0), (.value (.fixed .u32) (.u32 3))]), (.prim .equal [(.var 0), (.var 1)])])])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u32) }] (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))))))), [(2, (.fixed .u32), (some 2)), (1, (.fixed .u16), (some 1)), (0, (.fixed .u16), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))]) (tail := (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustStd.lean
deleted file mode 100644
index b9d86a570..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.fixed .u16), (.fixed .u16), (.fixed .u32)], result := (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))),
-      body := (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) [(.prim .bitAnd [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))))) [(.prim .bitOr [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))) [(.prim .bitXor [(.var 0), (.var 1)]), (.build .pair (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool))) [(.prim .bitNot [(.var 0)]), (.build .pair (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)) [(.prim .shiftLeft [(.var 0), (.var 2)]), (.build .pair (.pair (.option (.fixed .u16)) .bool) [(.prim .shiftRight [(.var 0), (.value (.fixed .u32) (.u32 3))]), (.prim .equal [(.var 0), (.var 1)])])])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u16) }, { pattern := (.bind (.generated .binding 2)), type := (.fixed .u32) }] (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.fixed .u16) (.pair (.option (.fixed .u16)) (.pair (.option (.fixed .u16)) .bool)))))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))] (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))] (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))] (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false))) (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false))))))))), [(2, (.fixed .u32), (some 2)), (1, (.fixed .u16), (some 1)), (0, (.fixed .u16), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitAnd .u16)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitOr .u16)) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.bitXor .u16)) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.bitNot .u16)) [(.move (.generated .operand 7))] false)) (Corr.prim (ts := [(.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime (.shiftLeft .u16)) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.fixed .u32 3)))]) (tail := (.call (.runtime (.shiftRight .u16)) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.prim (ts := [(.fixed .u16), (.fixed .u16)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustCore.lex.tex
deleted file mode 100644
index 4f31cdb2b..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,495 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.root : @992 := @993 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.flags
-@3 := Int
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.int
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.int
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_int @0
-@27 := @11 @0
-@29 := @27 @4 @15
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@37 := @36 @15
-@41 := {A : @10} -> (n : @3) -> @37 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := Int8
-@51 := LexLeanTarget.TargetSyntax.Value.i8
-@52 := @51 @15
-@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
-@56 := @51 @17
-@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
-@64 := LexLeanPreservation.Rust.wt_i8 @0
-@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
-@70 := @64 @1
-@74 := {A : @10} -> (x : @50) -> @37 @56 @55
-@75 := @70 @2
-@78 := (x : @50) -> @43 @56 @55
-@79 := @75 @15
-@81 := @43 @52 @55
-@82 := LexLeanTarget.TargetSyntax.Value
-@83 := List.nil.{0}
-@84 := List.cons.{0}
-@85 := @83 @82
-@86 := @84 @82
-@88 := @86 @52 @85
-@90 := @86 @6 @88
-@91 := Nat
-@94 := Prod.{0, 0} @91 @82
-@95 := 1
-@98 := Prod.mk.{0, 0} @91 @82
-@99 := @98 @95
-@100 := @99 @52
-@101 := 0
-@102 := @98 @101
-@103 := @102 @6
-@104 := @83 @94
-@105 := @84 @94
-@107 := @105 @103 @104
-@109 := @105 @100 @107
-@110 := Bool.false
-@111 := LexLeanTarget.TargetSyntax.Function
-@112 := LexLeanTarget.TargetSyntax.Program.functions
-@113 := @112 @0
-@114 := LexLeanTarget.TargetSyntax.Ty
-@115 := @83 @91
-@116 := @83 @114
-@117 := LexLeanTarget.TargetSyntax.Ty.unit
-@118 := LexLeanTarget.TargetSyntax.Value.unit
-@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
-@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
-@131 := List.getD.{0} @111 @113 @101 @126
-@135 := fun (__e_n : @91) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.root @17 @101
-@136 := LexLeanPreservation.Rust.WTL
-@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
-@146 := LexLeanPreservation.Rust.wtl_nil @0
-@147 := @136 @0
-@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
-@154 := @146 @1
-@155 := @147 @1
-@159 := {A : @10} -> @155 @17 @85 @116
-@160 := @154 @2
-@161 := @155 @2
-@162 := @161 @85
-@163 := @162 @116
-@164 := List.{0}
-@165 := @164 @82
-@166 := @164 @114
-@167 := #6
-@168 := @11 @167
-@169 := #5
-@170 := @168 @169
-@171 := #4
-@174 := @170 @171 @12 @4
-@175 := #7
-@180 := @136 @175 @167 @169 @4 @15
-@181 := #8
-@184 := @136 @181 @175 @167
-@186 := @86 @169 @12
-@187 := @184 @186
-@188 := @84 @114
-@190 := @188 @171 @4
-@200 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
-@202 := LexLeanPreservation.Rust.wtl_cons @0
-@222 := {c : @9} ->
-  {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} ->
-  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
-@223 := @202 @1
-@239 := {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
-@240 := @223 @2
-@242 := @43 @12 @4
-@244 := @161 @4 @15
-@252 := {v : @82} ->
-  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
-@253 := @240 @52
-@254 := @51 @171
-@256 := @43 @254 @4
-@257 := @51 @167
-@258 := @86 @257
-@266 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
-@267 := @253 @55
-@268 := @51 @12
-@270 := @43 @268 @55
-@271 := @51 @169
-@272 := @86 @271
-@274 := @161 (@272 @12)
-@275 := @188 @55
-@276 := @275 @4
-@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
-@282 := @267 @85
-@283 := @51 @4
-@285 := @43 @283 @55
-@286 := @162 @15
-@288 := @86 @254 @85
-@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
-@294 := @282 @116
-@296 := @86 @268 @85
-@297 := @161 @296
-@298 := @275 @116
-@301 := (h : @81) -> (hs : @163) -> @297 @298
-@302 := @294 @79
-@304 := @86 @283 @85
-@306 := @161 @304 @298
-@307 := (hs : @163) -> @306
-@308 := @302 @160
-@310 := @161 @88 @298
-@311 := @240 @6
-@312 := @5 @169
-@314 := @43 @312 @4
-@315 := @5 @175
-@316 := @86 @315
-@324 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
-@325 := @311 @7
-@326 := @5 @171
-@328 := @43 @326 @7
-@329 := @5 @167
-@330 := @86 @329
-@332 := @161 (@330 @12)
-@333 := @188 @7
-@334 := @333 @4
-@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
-@340 := @325 @88
-@341 := @5 @12
-@343 := @43 @341 @7
-@344 := @297 @15
-@346 := @86 @312 @288
-@347 := @161 @346
-@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
-@352 := @340 @298
-@354 := @86 @326 @296
-@355 := @161 @354
-@356 := @333 @298
-@359 := (h : @49) -> (hs : @306) -> @355 @356
-@360 := @352 @47
-@362 := @86 @341 @304
-@363 := @161 @362
-@365 := (hs : @310) -> @363 @356
-@366 := @360 @308
-@367 := @161 @90
-@368 := @367 @356
-@369 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.denote
-@371 := @369 @4 @15
-@372 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.__fits_0
-@374 := @372 @4 @15
-@377 := Coverage.Prims.conversions @4 @15
-@378 := UInt16
-@379 := Option.{0}
-@380 := @379 @378
-@381 := Int64
-@382 := @379 @381
-@383 := LexLeanTarget.TargetSyntax.Value.u16
-@384 := LexLeanPreservation.encOption
-@386 := @384 @378 @383
-@387 := LexLeanTarget.TargetSyntax.Value.i64
-@389 := @384 @381 @387
-@395 := LexLeanPreservation.encPair @380 @382 @386 @389 @377
-@398 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.root @4 @15
-@399 := Bool
-@400 := Ne.{1}
-@401 := LexLeanPreservation.Obs
-@402 := @400 @401
-@403 := LexLeanPreservation.Rel
-@406 := @402 (@403 @15 @17)
-@407 := LexLeanPreservation.Obs.stuck
-@410 := (f : @399) -> (v : @82) -> @406 @407
-@412 := LexLeanPreservation.Rust.rel_ne_stuck @374
-@419 := (v : @82) -> @402 (@403 (@372 @12 @4) @17) @407
-@420 := @412 @395
-@424 := @402 (@403 @374 @395) @407
-@425 := @164 @94
-@426 := LexLeanPreservation.Rust.FunSem
-@427 := #9
-@433 := (n : @91) -> @426 @427 @181 @175 @17 @167
-@434 := Eq.{1}
-@435 := @379 @111
-@436 := @434 @435
-@443 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
-@447 := @436 (@443 (@112 @427) @167)
-@448 := Option.some.{0}
-@449 := @448 @111
-@450 := @449 @169
-@451 := @447 @450
-@452 := #10
-@456 := @136 @452 @427 @181 @169
-@457 := LexLeanTarget.TargetSyntax.Function.types
-@458 := @457 @167
-@459 := @456 @458
-@460 := @379 @425
-@461 := @434 @460
-@462 := LexLeanTarget.TargetSemantics.bindAll
-@463 := LexLeanTarget.TargetSyntax.Function.parameters
-@468 := @461 (@462 (@463 @175) @167 @104)
-@469 := @448 @425
-@470 := @469 @169
-@471 := @468 @470
-@472 := @379 @399
-@473 := @434 @472
-@474 := LexLeanPreservation.Rust.fnFallible
-@475 := #11
-@478 := @473 (@474 @475 @427)
-@479 := @448 @399
-@480 := @479 @169
-@481 := @478 @480
-@482 := LexLeanPreservation.RunConv
-@483 := #13
-@487 := @482 @483 @452 @181 @169
-@489 := @402 @167 @407
-@490 := Exists.{1}
-@491 := LexLeanPreservation.Rust.ROut
-@492 := @490 @491
-@493 := And
-@494 := LexLeanPreservation.Rust.RealizesFn
-@498 := @493 (@494 @427 @181 @17)
-@499 := LexLeanPreservation.Rust.RCI
-@501 := @499 #15
-@502 := LexLeanPreservation.Rust.fnIdent
-@503 := @502 @483
-@510 := (hne : @489) -> @492 (fun (ro : @491) => @498 (@501 @503 @475 @17))
-@525 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @433) ->
-  (hfn : @451) -> (hwt : @459) -> (hbind : @471) -> (hF : @481) -> (hA : @487) -> @510
-@527 := LexLeanPreservation.Rust.compose @0
-@528 := @426 @0
-@533 := (n : @91) -> @528 @181 @175 @17 @167
-@534 := @443 @113
-@537 := @436 (@534 @167) @450
-@541 := @147 @427 @181 @169 @458
-@542 := @482 @0
-@545 := @542 @452 @181 @169
-@559 := {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @533) ->
-  (hfn : @537) -> (hwt : @541) -> (hbind : @471) -> (hF : @481) -> (hA : @545) -> @510
-@560 := @527 @1
-@561 := @528 @1
-@565 := (n : @91) -> @561 @175 @17 @167
-@568 := @155 @181 @169 @458
-@569 := @474 @1
-@572 := @473 (@569 @427) @480
-@573 := @499 @1
-@583 := (hbind : @471) ->
-  (hF : @572) -> (hA : @545) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@573 @503 @475 @17))
-@593 := {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @565) -> (hfn : @537) -> (hwt : @568) -> @583
-@594 := @560 @2
-@596 := @561 @2 @17
-@598 := (n : @91) -> @596 @167
-@599 := @161 @169
-@600 := @599 @458
-@609 := {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @598) -> (hfn : @537) -> (hwt : @600) -> @583
-@610 := @594 @101
-@612 := (n : @91) -> @596 @101
-@613 := @534 @101
-@614 := @436 @613
-@615 := @614 @450
-@616 := @569 @101
-@617 := @473 @616
-@618 := @617 @480
-@619 := @542 @101
-@621 := @619 @181 @169
-@623 := @573 (@502 @101)
-@631 := (hF : @618) -> (hA : @621) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 @475 @17))
-@640 := {fn : @111} ->
-  {args : @165} ->
-  {env : @425} ->
-  {F : @399} -> {o : @401} -> (hB : @612) -> (hfn : @615) -> (hwt : @600) -> (hbind : @471) -> @631
-@641 := @610 @131
-@643 := @614 (@449 @131)
-@644 := @457 @131
-@645 := @599 @644
-@647 := @462 (@463 @131)
-@659 := {args : @165} ->
-  {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @612) -> (hfn : @643) -> (hwt : @645) -> (hbind : @461 (@647 @167 @104) @470) -> @631
-@660 := @641 @90
-@662 := @316 (@258 @85)
-@664 := @161 @662 @644
-@670 := @86 (@5 @181) (@86 (@51 @175) @85)
-@674 := @461 (@647 @670 @104) @470
-@680 := @86 (@5 @452) (@86 (@51 @427) @85)
-@682 := @619 @680 @169
-@684 := @86 (@5 @483)
-@685 := #12
-@704 := {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @664) ->
-  (hbind : @674) ->
-  (hF : @618) ->
-  (hA : @682) ->
-  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@684 (@86 (@51 @685) @85)) @17))
-@705 := @660 @109
-@707 := @330 (@272 @85)
-@709 := @161 @707 @644
-@720 := @461 (@647 @662 @104) (@469 (@105 (@99 @257) (@105 (@102 @315) @104)))
-@726 := @86 (@5 @427) (@86 (@51 @181) @85)
-@748 := {F : @399} ->
-  {o : @401} ->
-  (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @709) ->
-  (hbind : @720) ->
-  (hF : @618) ->
-  (hA : @619 @726 @169) ->
-  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@86 (@5 @685) (@86 (@51 @475) @85)) @17))
-@749 := @705 @110
-@750 := @347 @644
-@761 := @461 (@647 @707 @104) (@469 (@105 (@99 @271) (@105 (@102 @329) @104)))
-@763 := @617 (@479 @110)
-@765 := @619 @670 @169
-@766 := @494 @110
-@788 := {o : @401} ->
-  (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @750) ->
-  (hbind : @761) ->
-  (hF : @763) ->
-  (hA : @765) ->
-  (hne : @489) ->
-  @492 (fun (ro : @491) => @493 (@766 @181 @17) (@623 (@86 (@5 @475) (@86 (@51 @452) @85)) @17))
-@789 := @749 @371
-@790 := @355 @644
-@801 := @461 (@647 @346 @104) (@469 (@105 (@99 @254) (@105 (@102 @312) @104)))
-@802 := @619 @662
-@804 := @369 @175 @167
-@805 := @802 @804
-@807 := @369 @181 @175
-@826 := (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @790) ->
-  (hbind : @801) ->
-  (hF : @763) ->
-  (hA : @805) ->
-  (hne : @402 @807 @407) ->
-  @492 (fun (ro : @491) => @493 (@766 (@369 @452 @427) @17) (@623 @680 @17))
-@827 := @789 @135
-@828 := @363 @644
-@839 := @461 (@647 @354 @104) (@469 (@105 (@99 @268) (@105 (@102 @326) @104)))
-@840 := @619 @707
-@842 := @369 @167 @169
-@861 := (hfn : @643) ->
-  (hwt : @828) ->
-  (hbind : @839) ->
-  (hF : @763) ->
-  (hA : @840 @842) ->
-  (hne : @402 @804 @407) ->
-  @492 (fun (ro : @491) => @493 (@766 (@369 @427 @181) @17) (@623 @726 @17))
-@862 := Eq.refl.{1}
-@865 := @827 (@862 @435 @613)
-@866 := @367 @644
-@877 := @461 (@647 @362 @104) (@469 (@105 (@99 @283) (@105 (@102 @341) @104)))
-@878 := @619 @346
-@880 := @369 @169 @171
-@896 := (hwt : @866) ->
-  (hbind : @877) ->
-  (hF : @763) ->
-  (hA : @878 @880) ->
-  (hne : @402 @842 @407) -> @492 (fun (ro : @491) => @493 (@766 @807 @17) (@623 @670 @17))
-@897 := @865 @366
-@899 := @647 @90 @104
-@902 := @461 @899 (@469 @109)
-@903 := @619 @354
-@905 := @369 @171 @12
-@920 := (hbind : @902) ->
-  (hF : @763) ->
-  (hA : @903 @905) ->
-  (hne : @402 @880 @407) -> @492 (fun (ro : @491) => @493 (@766 @804 @17) (@623 @662 @17))
-@923 := @897 (@862 @460 @899)
-@924 := @619 @362
-@926 := @369 @12 @4
-@940 := (hF : @763) ->
-  (hA : @924 @926) ->
-  (hne : @402 @905 @407) -> @492 (fun (ro : @491) => @493 (@766 @842 @17) (@623 @707 @17))
-@943 := @923 (@862 @472 @616)
-@957 := (hA : @619 @90 @371) ->
-  (hne : @402 @926 @407) -> @492 (fun (ro : @491) => @493 (@766 @880 @17) (@623 @346 @17))
-@958 := @943 @398
-@969 := (hne : @402 @371 @407) -> @492 (fun (ro : @491) => @493 (@766 @905 @17) (@623 @354 @17))
-@970 := @958 @420
-@976 := @493 (@766 @926 @17) (@623 @362 @17)
-@978 := @492 (fun (ro : @491) => @976)
-@980 := @492 (fun (__e_ro : @491) => @976)
-@981 := LexLeanPreservation.Rust.RepresentableL
-@982 := @5 @15
-@984 := @86 @56 @85
-@987 := @981 (@86 @982 @984)
-@988 := (__e_hrep : @987) -> @980
-@989 := fun (__e_hrep : @987) => @970
-@990 := (b : @50) -> @988
-@991 := fun (b : @50) => @989
-@992 := (a : @3) -> @990
-@993 := fun (a : @3) => @991
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustStd.lex.tex
deleted file mode 100644
index 97b21c89b..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,495 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.root : @992 := @993 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.flags
-@3 := Int
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.int
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.int
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_int @0
-@27 := @11 @0
-@29 := @27 @4 @15
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@37 := @36 @15
-@41 := {A : @10} -> (n : @3) -> @37 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := Int8
-@51 := LexLeanTarget.TargetSyntax.Value.i8
-@52 := @51 @15
-@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
-@56 := @51 @17
-@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
-@64 := LexLeanPreservation.Rust.wt_i8 @0
-@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
-@70 := @64 @1
-@74 := {A : @10} -> (x : @50) -> @37 @56 @55
-@75 := @70 @2
-@78 := (x : @50) -> @43 @56 @55
-@79 := @75 @15
-@81 := @43 @52 @55
-@82 := LexLeanTarget.TargetSyntax.Value
-@83 := List.nil.{0}
-@84 := List.cons.{0}
-@85 := @83 @82
-@86 := @84 @82
-@88 := @86 @52 @85
-@90 := @86 @6 @88
-@91 := Nat
-@94 := Prod.{0, 0} @91 @82
-@95 := 1
-@98 := Prod.mk.{0, 0} @91 @82
-@99 := @98 @95
-@100 := @99 @52
-@101 := 0
-@102 := @98 @101
-@103 := @102 @6
-@104 := @83 @94
-@105 := @84 @94
-@107 := @105 @103 @104
-@109 := @105 @100 @107
-@110 := Bool.false
-@111 := LexLeanTarget.TargetSyntax.Function
-@112 := LexLeanTarget.TargetSyntax.Program.functions
-@113 := @112 @0
-@114 := LexLeanTarget.TargetSyntax.Ty
-@115 := @83 @91
-@116 := @83 @114
-@117 := LexLeanTarget.TargetSyntax.Ty.unit
-@118 := LexLeanTarget.TargetSyntax.Value.unit
-@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
-@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
-@131 := List.getD.{0} @111 @113 @101 @126
-@135 := fun (__e_n : @91) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.root @17 @101
-@136 := LexLeanPreservation.Rust.WTL
-@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
-@146 := LexLeanPreservation.Rust.wtl_nil @0
-@147 := @136 @0
-@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
-@154 := @146 @1
-@155 := @147 @1
-@159 := {A : @10} -> @155 @17 @85 @116
-@160 := @154 @2
-@161 := @155 @2
-@162 := @161 @85
-@163 := @162 @116
-@164 := List.{0}
-@165 := @164 @82
-@166 := @164 @114
-@167 := #6
-@168 := @11 @167
-@169 := #5
-@170 := @168 @169
-@171 := #4
-@174 := @170 @171 @12 @4
-@175 := #7
-@180 := @136 @175 @167 @169 @4 @15
-@181 := #8
-@184 := @136 @181 @175 @167
-@186 := @86 @169 @12
-@187 := @184 @186
-@188 := @84 @114
-@190 := @188 @171 @4
-@200 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
-@202 := LexLeanPreservation.Rust.wtl_cons @0
-@222 := {c : @9} ->
-  {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} ->
-  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
-@223 := @202 @1
-@239 := {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
-@240 := @223 @2
-@242 := @43 @12 @4
-@244 := @161 @4 @15
-@252 := {v : @82} ->
-  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
-@253 := @240 @52
-@254 := @51 @171
-@256 := @43 @254 @4
-@257 := @51 @167
-@258 := @86 @257
-@266 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
-@267 := @253 @55
-@268 := @51 @12
-@270 := @43 @268 @55
-@271 := @51 @169
-@272 := @86 @271
-@274 := @161 (@272 @12)
-@275 := @188 @55
-@276 := @275 @4
-@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
-@282 := @267 @85
-@283 := @51 @4
-@285 := @43 @283 @55
-@286 := @162 @15
-@288 := @86 @254 @85
-@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
-@294 := @282 @116
-@296 := @86 @268 @85
-@297 := @161 @296
-@298 := @275 @116
-@301 := (h : @81) -> (hs : @163) -> @297 @298
-@302 := @294 @79
-@304 := @86 @283 @85
-@306 := @161 @304 @298
-@307 := (hs : @163) -> @306
-@308 := @302 @160
-@310 := @161 @88 @298
-@311 := @240 @6
-@312 := @5 @169
-@314 := @43 @312 @4
-@315 := @5 @175
-@316 := @86 @315
-@324 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
-@325 := @311 @7
-@326 := @5 @171
-@328 := @43 @326 @7
-@329 := @5 @167
-@330 := @86 @329
-@332 := @161 (@330 @12)
-@333 := @188 @7
-@334 := @333 @4
-@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
-@340 := @325 @88
-@341 := @5 @12
-@343 := @43 @341 @7
-@344 := @297 @15
-@346 := @86 @312 @288
-@347 := @161 @346
-@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
-@352 := @340 @298
-@354 := @86 @326 @296
-@355 := @161 @354
-@356 := @333 @298
-@359 := (h : @49) -> (hs : @306) -> @355 @356
-@360 := @352 @47
-@362 := @86 @341 @304
-@363 := @161 @362
-@365 := (hs : @310) -> @363 @356
-@366 := @360 @308
-@367 := @161 @90
-@368 := @367 @356
-@369 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.denote
-@371 := @369 @4 @15
-@372 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.__fits_0
-@374 := @372 @4 @15
-@377 := Coverage.Prims.conversions @4 @15
-@378 := UInt16
-@379 := Option.{0}
-@380 := @379 @378
-@381 := Int64
-@382 := @379 @381
-@383 := LexLeanTarget.TargetSyntax.Value.u16
-@384 := LexLeanPreservation.encOption
-@386 := @384 @378 @383
-@387 := LexLeanTarget.TargetSyntax.Value.i64
-@389 := @384 @381 @387
-@395 := LexLeanPreservation.encPair @380 @382 @386 @389 @377
-@398 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.root @4 @15
-@399 := Bool
-@400 := Ne.{1}
-@401 := LexLeanPreservation.Obs
-@402 := @400 @401
-@403 := LexLeanPreservation.Rel
-@406 := @402 (@403 @15 @17)
-@407 := LexLeanPreservation.Obs.stuck
-@410 := (f : @399) -> (v : @82) -> @406 @407
-@412 := LexLeanPreservation.Rust.rel_ne_stuck @374
-@419 := (v : @82) -> @402 (@403 (@372 @12 @4) @17) @407
-@420 := @412 @395
-@424 := @402 (@403 @374 @395) @407
-@425 := @164 @94
-@426 := LexLeanPreservation.Rust.FunSem
-@427 := #9
-@433 := (n : @91) -> @426 @427 @181 @175 @17 @167
-@434 := Eq.{1}
-@435 := @379 @111
-@436 := @434 @435
-@443 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
-@447 := @436 (@443 (@112 @427) @167)
-@448 := Option.some.{0}
-@449 := @448 @111
-@450 := @449 @169
-@451 := @447 @450
-@452 := #10
-@456 := @136 @452 @427 @181 @169
-@457 := LexLeanTarget.TargetSyntax.Function.types
-@458 := @457 @167
-@459 := @456 @458
-@460 := @379 @425
-@461 := @434 @460
-@462 := LexLeanTarget.TargetSemantics.bindAll
-@463 := LexLeanTarget.TargetSyntax.Function.parameters
-@468 := @461 (@462 (@463 @175) @167 @104)
-@469 := @448 @425
-@470 := @469 @169
-@471 := @468 @470
-@472 := @379 @399
-@473 := @434 @472
-@474 := LexLeanPreservation.Rust.fnFallible
-@475 := #11
-@478 := @473 (@474 @475 @427)
-@479 := @448 @399
-@480 := @479 @169
-@481 := @478 @480
-@482 := LexLeanPreservation.RunConv
-@483 := #13
-@487 := @482 @483 @452 @181 @169
-@489 := @402 @167 @407
-@490 := Exists.{1}
-@491 := LexLeanPreservation.Rust.ROut
-@492 := @490 @491
-@493 := And
-@494 := LexLeanPreservation.Rust.RealizesFn
-@498 := @493 (@494 @427 @181 @17)
-@499 := LexLeanPreservation.Rust.RCI
-@501 := @499 #15
-@502 := LexLeanPreservation.Rust.fnIdent
-@503 := @502 @483
-@510 := (hne : @489) -> @492 (fun (ro : @491) => @498 (@501 @503 @475 @17))
-@525 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @433) ->
-  (hfn : @451) -> (hwt : @459) -> (hbind : @471) -> (hF : @481) -> (hA : @487) -> @510
-@527 := LexLeanPreservation.Rust.compose @0
-@528 := @426 @0
-@533 := (n : @91) -> @528 @181 @175 @17 @167
-@534 := @443 @113
-@537 := @436 (@534 @167) @450
-@541 := @147 @427 @181 @169 @458
-@542 := @482 @0
-@545 := @542 @452 @181 @169
-@559 := {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @533) ->
-  (hfn : @537) -> (hwt : @541) -> (hbind : @471) -> (hF : @481) -> (hA : @545) -> @510
-@560 := @527 @1
-@561 := @528 @1
-@565 := (n : @91) -> @561 @175 @17 @167
-@568 := @155 @181 @169 @458
-@569 := @474 @1
-@572 := @473 (@569 @427) @480
-@573 := @499 @1
-@583 := (hbind : @471) ->
-  (hF : @572) -> (hA : @545) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@573 @503 @475 @17))
-@593 := {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @565) -> (hfn : @537) -> (hwt : @568) -> @583
-@594 := @560 @2
-@596 := @561 @2 @17
-@598 := (n : @91) -> @596 @167
-@599 := @161 @169
-@600 := @599 @458
-@609 := {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @425} -> {F : @399} -> {o : @401} -> (hB : @598) -> (hfn : @537) -> (hwt : @600) -> @583
-@610 := @594 @101
-@612 := (n : @91) -> @596 @101
-@613 := @534 @101
-@614 := @436 @613
-@615 := @614 @450
-@616 := @569 @101
-@617 := @473 @616
-@618 := @617 @480
-@619 := @542 @101
-@621 := @619 @181 @169
-@623 := @573 (@502 @101)
-@631 := (hF : @618) -> (hA : @621) -> (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 @475 @17))
-@640 := {fn : @111} ->
-  {args : @165} ->
-  {env : @425} ->
-  {F : @399} -> {o : @401} -> (hB : @612) -> (hfn : @615) -> (hwt : @600) -> (hbind : @471) -> @631
-@641 := @610 @131
-@643 := @614 (@449 @131)
-@644 := @457 @131
-@645 := @599 @644
-@647 := @462 (@463 @131)
-@659 := {args : @165} ->
-  {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @612) -> (hfn : @643) -> (hwt : @645) -> (hbind : @461 (@647 @167 @104) @470) -> @631
-@660 := @641 @90
-@662 := @316 (@258 @85)
-@664 := @161 @662 @644
-@670 := @86 (@5 @181) (@86 (@51 @175) @85)
-@674 := @461 (@647 @670 @104) @470
-@680 := @86 (@5 @452) (@86 (@51 @427) @85)
-@682 := @619 @680 @169
-@684 := @86 (@5 @483)
-@685 := #12
-@704 := {env : @425} ->
-  {F : @399} ->
-  {o : @401} ->
-  (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @664) ->
-  (hbind : @674) ->
-  (hF : @618) ->
-  (hA : @682) ->
-  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@684 (@86 (@51 @685) @85)) @17))
-@705 := @660 @109
-@707 := @330 (@272 @85)
-@709 := @161 @707 @644
-@720 := @461 (@647 @662 @104) (@469 (@105 (@99 @257) (@105 (@102 @315) @104)))
-@726 := @86 (@5 @427) (@86 (@51 @181) @85)
-@748 := {F : @399} ->
-  {o : @401} ->
-  (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @709) ->
-  (hbind : @720) ->
-  (hF : @618) ->
-  (hA : @619 @726 @169) ->
-  (hne : @489) -> @492 (fun (ro : @491) => @498 (@623 (@86 (@5 @685) (@86 (@51 @475) @85)) @17))
-@749 := @705 @110
-@750 := @347 @644
-@761 := @461 (@647 @707 @104) (@469 (@105 (@99 @271) (@105 (@102 @329) @104)))
-@763 := @617 (@479 @110)
-@765 := @619 @670 @169
-@766 := @494 @110
-@788 := {o : @401} ->
-  (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @750) ->
-  (hbind : @761) ->
-  (hF : @763) ->
-  (hA : @765) ->
-  (hne : @489) ->
-  @492 (fun (ro : @491) => @493 (@766 @181 @17) (@623 (@86 (@5 @475) (@86 (@51 @452) @85)) @17))
-@789 := @749 @371
-@790 := @355 @644
-@801 := @461 (@647 @346 @104) (@469 (@105 (@99 @254) (@105 (@102 @312) @104)))
-@802 := @619 @662
-@804 := @369 @175 @167
-@805 := @802 @804
-@807 := @369 @181 @175
-@826 := (hB : @612) ->
-  (hfn : @643) ->
-  (hwt : @790) ->
-  (hbind : @801) ->
-  (hF : @763) ->
-  (hA : @805) ->
-  (hne : @402 @807 @407) ->
-  @492 (fun (ro : @491) => @493 (@766 (@369 @452 @427) @17) (@623 @680 @17))
-@827 := @789 @135
-@828 := @363 @644
-@839 := @461 (@647 @354 @104) (@469 (@105 (@99 @268) (@105 (@102 @326) @104)))
-@840 := @619 @707
-@842 := @369 @167 @169
-@861 := (hfn : @643) ->
-  (hwt : @828) ->
-  (hbind : @839) ->
-  (hF : @763) ->
-  (hA : @840 @842) ->
-  (hne : @402 @804 @407) ->
-  @492 (fun (ro : @491) => @493 (@766 (@369 @427 @181) @17) (@623 @726 @17))
-@862 := Eq.refl.{1}
-@865 := @827 (@862 @435 @613)
-@866 := @367 @644
-@877 := @461 (@647 @362 @104) (@469 (@105 (@99 @283) (@105 (@102 @341) @104)))
-@878 := @619 @346
-@880 := @369 @169 @171
-@896 := (hwt : @866) ->
-  (hbind : @877) ->
-  (hF : @763) ->
-  (hA : @878 @880) ->
-  (hne : @402 @842 @407) -> @492 (fun (ro : @491) => @493 (@766 @807 @17) (@623 @670 @17))
-@897 := @865 @366
-@899 := @647 @90 @104
-@902 := @461 @899 (@469 @109)
-@903 := @619 @354
-@905 := @369 @171 @12
-@920 := (hbind : @902) ->
-  (hF : @763) ->
-  (hA : @903 @905) ->
-  (hne : @402 @880 @407) -> @492 (fun (ro : @491) => @493 (@766 @804 @17) (@623 @662 @17))
-@923 := @897 (@862 @460 @899)
-@924 := @619 @362
-@926 := @369 @12 @4
-@940 := (hF : @763) ->
-  (hA : @924 @926) ->
-  (hne : @402 @905 @407) -> @492 (fun (ro : @491) => @493 (@766 @842 @17) (@623 @707 @17))
-@943 := @923 (@862 @472 @616)
-@957 := (hA : @619 @90 @371) ->
-  (hne : @402 @926 @407) -> @492 (fun (ro : @491) => @493 (@766 @880 @17) (@623 @346 @17))
-@958 := @943 @398
-@969 := (hne : @402 @371 @407) -> @492 (fun (ro : @491) => @493 (@766 @905 @17) (@623 @354 @17))
-@970 := @958 @420
-@976 := @493 (@766 @926 @17) (@623 @362 @17)
-@978 := @492 (fun (ro : @491) => @976)
-@980 := @492 (fun (__e_ro : @491) => @976)
-@981 := LexLeanPreservation.Rust.RepresentableL
-@982 := @5 @15
-@984 := @86 @56 @85
-@987 := @981 (@86 @982 @984)
-@988 := (__e_hrep : @987) -> @980
-@989 := fun (__e_hrep : @987) => @970
-@990 := (b : @50) -> @988
-@991 := fun (b : @50) => @989
-@992 := (a : @3) -> @990
-@993 := fun (a : @3) => @991
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustCore.lean
deleted file mode 100644
index e4661d900..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.int, (.fixed .i8)], result := (.pair (.option (.fixed .u16)) (.option (.fixed .i64))),
-      body := (.build .pair (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) [(.prim (.convert .u16) [(.var 0)]), (.prim (.convert .i64) [(.var 1)])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)))), [(1, (.fixed .i8), (some 1)), (0, .int, (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false)) (Corr.primWiden (t0 := .int) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)) (Corr.primWiden (t0 := (.fixed .i8)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustStd.lean
deleted file mode 100644
index e61055a18..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.int, (.fixed .i8)], result := (.pair (.option (.fixed .u16)) (.option (.fixed .i64))),
-      body := (.build .pair (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) [(.prim (.convert .u16) [(.var 0)]), (.prim (.convert .i64) [(.var 1)])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair (.option (.fixed .u16)) (.option (.fixed .i64))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)))), [(1, (.fixed .i8), (some 1)), (0, .int, (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime (.convert .u16)) [(.widen (.move (.generated .operand 1)))] false)) (Corr.primWiden (t0 := .int) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.convert .i64)) [(.widen (.move (.generated .operand 2)))] false)) (Corr.primWiden (t0 := (.fixed .i8)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl)) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/Compose/RustStd.lex.tex
deleted file mode 100644
index f3e7d03f7..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,604 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.root : @1256 := @1257 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.flags
-@3 := Nat
-@4 := List.{0}
-@5 := @4 @3
-@6 := #3
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encList
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.list
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := @19 @6
-@21 := #2
-@22 := @20 @21
-@23 := #1
-@24 := @22 @23
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@36 := @34 @21 @23
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@44 := @43 @23
-@48 := {A : @18} -> (n : @3) -> @44 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @21 @15
-@69 := (x : @21) -> @65 @66 @23
-@70 := @4 @6
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @6 @15
-@78 := @74 @77
-@79 := @13 @21
-@88 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encList @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @21) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @21) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @23
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @21) -> @123) -> (xs : @70) -> @50 @77 @79
-@132 := @121 @3
-@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
-  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @6 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @23
-@147 := @50 (@10 @15)
-@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
-@152 := @143 @12
-@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := ByteArray
-@162 := LexLeanTarget.TargetSyntax.Value.bytes
-@163 := @162 @21
-@164 := LexLeanTarget.TargetSyntax.Ty.bytes
-@165 := @162 @15
-@171 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @161) -> @24 @165 @164
-@173 := LexLeanPreservation.Rust.wt_bytes @0
-@178 := {c : @17} -> {A : @18} -> (b : @161) -> @36 @165 @164
-@179 := @173 @1
-@183 := {A : @18} -> (b : @161) -> @44 @165 @164
-@184 := @179 @2
-@187 := (b : @161) -> @50 @165 @164
-@188 := @184 @21
-@190 := @50 @163 @164
-@191 := @7 @23
-@192 := @49 @23
-@194 := @50 @191 @12
-@195 := List.nil.{0}
-@196 := List.cons.{0}
-@197 := @195 @57
-@198 := @196 @57
-@200 := @198 @191 @197
-@202 := @198 @163 @200
-@204 := @198 @11 @202
-@205 := Prod.{0, 0}
-@206 := @205 @3
-@207 := @206 @57
-@208 := 2
-@211 := Prod.mk.{0, 0} @3 @57
-@212 := @211 @208
-@213 := @212 @191
-@215 := @211 1
-@216 := @215 @163
-@217 := 0
-@218 := @211 @217
-@219 := @218 @11
-@220 := @195 @207
-@221 := @196 @207
-@223 := @221 @219 @220
-@225 := @221 @216 @223
-@227 := @221 @213 @225
-@228 := Bool.true
-@229 := LexLeanTarget.TargetSyntax.Function
-@230 := LexLeanTarget.TargetSyntax.Program.functions
-@231 := @230 @0
-@232 := @195 @3
-@233 := @195 @59
-@234 := LexLeanTarget.TargetSyntax.Ty.unit
-@235 := LexLeanTarget.TargetSyntax.Value.unit
-@238 := LexLeanTarget.TargetSyntax.Expr.value @234 @235
-@243 := LexLeanTarget.TargetSyntax.Function.mk @232 @233 @234 @238
-@248 := List.getD.{0} @229 @231 @217 @243
-@252 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.root @15 @217
-@253 := LexLeanPreservation.Rust.WTL
-@261 := {p : @16} -> {c : @17} -> {A : @18} -> @253 @21 @23 @15 @197 @233
-@263 := LexLeanPreservation.Rust.wtl_nil @0
-@264 := @253 @0
-@270 := {c : @17} -> {A : @18} -> @264 @23 @15 @197 @233
-@271 := @263 @1
-@272 := @264 @1
-@276 := {A : @18} -> @272 @15 @197 @233
-@277 := @271 @2
-@278 := @272 @2
-@279 := @278 @197
-@280 := @279 @233
-@281 := @4 @57
-@282 := @4 @59
-@284 := @65 @6 @21
-@289 := @253 @71 @60 @62 @21 @23
-@290 := #8
-@293 := @253 @290 @71 @60
-@295 := @198 @62 @6
-@296 := @293 @295
-@297 := @196 @59
-@299 := @297 @64 @21
-@309 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @284) -> (hs : @289) -> @296 @299
-@311 := LexLeanPreservation.Rust.wtl_cons @0
-@329 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @281} ->
-  {ts : @282} -> (h : @92 @6 @21) -> (hs : @264 @60 @62 @21 @23) -> @264 @71 @60 @295 @299
-@330 := @311 @1
-@345 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @281} -> {ts : @282} -> (h : @108 @6 @21) -> (hs : @272 @62 @21 @23) -> @272 @60 @295 @299
-@346 := @330 @2
-@348 := @50 @6 @21
-@350 := @278 @21 @23
-@358 := {v : @57} ->
-  {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @348) -> (hs : @350) -> @278 @295 @299
-@359 := @346 @191
-@360 := @7 @64
-@362 := @50 @360 @21
-@363 := @7 @60
-@364 := @198 @363
-@372 := {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @362) -> (hs : @350) -> @278 (@364 @6) @299
-@373 := @359 @12
-@374 := @7 @6
-@376 := @50 @374 @12
-@377 := @7 @62
-@378 := @198 @377
-@380 := @278 (@378 @6)
-@381 := @297 @12
-@382 := @381 @21
-@387 := {vs : @281} -> {ts : @282} -> (h : @376) -> (hs : @350) -> @380 @382
-@388 := @373 @197
-@389 := @7 @21
-@391 := @50 @389 @12
-@392 := @279 @23
-@394 := @198 @360 @197
-@399 := {ts : @282} -> (h : @391) -> (hs : @392) -> @278 @394 @382
-@400 := @388 @233
-@402 := @198 @374 @197
-@403 := @278 @402
-@404 := @381 @233
-@407 := (h : @194) -> (hs : @280) -> @403 @404
-@408 := @400 @192
-@410 := @198 @389 @197
-@412 := @278 @410 @404
-@413 := (hs : @280) -> @412
-@414 := @408 @277
-@416 := @278 @200 @404
-@417 := @346 @163
-@418 := @162 @62
-@420 := @50 @418 @21
-@421 := @162 @71
-@422 := @198 @421
-@430 := {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @420) -> (hs : @350) -> @278 (@422 @6) @299
-@431 := @417 @164
-@432 := @162 @64
-@434 := @50 @432 @164
-@435 := @162 @60
-@436 := @198 @435
-@438 := @278 (@436 @6)
-@439 := @297 @164
-@440 := @439 @21
-@445 := {vs : @281} -> {ts : @282} -> (h : @434) -> (hs : @350) -> @438 @440
-@446 := @431 @200
-@447 := @162 @6
-@449 := @50 @447 @164
-@450 := @403 @23
-@452 := @198 @418 @394
-@457 := {ts : @282} -> (h : @449) -> (hs : @450) -> @278 @452 @440
-@458 := @446 @404
-@460 := @198 @432 @402
-@461 := @278 @460
-@462 := @439 @404
-@465 := (h : @190) -> (hs : @412) -> @461 @462
-@466 := @458 @188
-@468 := @198 @447 @410
-@470 := @278 @468 @462
-@471 := (hs : @416) -> @470
-@472 := @466 @414
-@474 := @278 @202 @462
-@475 := @346 @11
-@476 := @10 @60
-@478 := @50 @476 @21
-@479 := @10 @290
-@480 := @198 @479
-@488 := {t : @59} -> {vs : @281} -> {ts : @282} -> (h : @478) -> (hs : @350) -> @278 (@480 @6) @299
-@489 := @475 @14
-@490 := @10 @62
-@492 := @50 @490 @14
-@493 := @10 @71
-@494 := @198 @493
-@496 := @278 (@494 @6)
-@497 := @297 @14
-@498 := @497 @21
-@503 := {vs : @281} -> {ts : @282} -> (h : @492) -> (hs : @350) -> @496 @498
-@504 := @489 @202
-@505 := @10 @64
-@507 := @50 @505 @14
-@508 := @461 @23
-@510 := @198 @476 @452
-@511 := @278 @510
-@515 := {ts : @282} -> (h : @507) -> (hs : @508) -> @511 @498
-@516 := @504 @462
-@518 := @198 @490 @460
-@519 := @278 @518
-@520 := @497 @462
-@523 := (h : @160) -> (hs : @470) -> @519 @520
-@524 := @516 @158
-@526 := @198 @505 @468
-@527 := @278 @526
-@529 := (hs : @474) -> @527 @520
-@530 := @524 @472
-@531 := @278 @204
-@532 := @531 @520
-@533 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.denote
-@536 := @533 @6 @21 @23
-@537 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.__fits_0
-@540 := @537 @6 @21 @23
-@544 := Coverage.Prims.sequences @6 @21 @23
-@545 := Option.{0}
-@546 := @545 @3
-@547 := UInt8
-@548 := @545 @547
-@549 := @545 @5
-@550 := @545 @161
-@551 := Bool
-@553 := @205 @551 @551
-@555 := @205 @550 @553
-@557 := @205 @549 @555
-@559 := @205 @548 @557
-@561 := @205 @546 @559
-@562 := @206 @561
-@564 := @205 @161 @562
-@565 := LexLeanPreservation.encOption
-@567 := @565 @3 @7
-@568 := LexLeanTarget.TargetSyntax.Value.u8
-@570 := @565 @547 @568
-@572 := @565 @5 @10
-@574 := @565 @161 @162
-@575 := LexLeanTarget.TargetSyntax.Value.bool
-@576 := LexLeanPreservation.encPair
-@580 := @576 @551 @551 @575 @575
-@584 := @576 @550 @553 @574 @580
-@588 := @576 @549 @555 @572 @584
-@592 := @576 @548 @557 @570 @588
-@596 := @576 @546 @559 @567 @592
-@600 := @576 @3 @561 @7 @596
-@604 := @576 @161 @562 @162 @600
-@609 := @576 @5 @564 @10 @604 @544
-@613 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.root @6 @21 @23
-@614 := Ne.{1}
-@615 := LexLeanPreservation.Obs
-@616 := @614 @615
-@617 := LexLeanPreservation.Rel
-@620 := @616 (@617 @23 @15)
-@621 := LexLeanPreservation.Obs.stuck
-@624 := (f : @551) -> (v : @57) -> @620 @621
-@626 := LexLeanPreservation.Rust.rel_ne_stuck @540
-@634 := (v : @57) -> @616 (@617 (@537 @64 @6 @21) @15) @621
-@635 := @626 @609
-@639 := @616 (@617 @540 @609) @621
-@640 := @4 @207
-@641 := LexLeanPreservation.Rust.FunSem
-@642 := #9
-@648 := (n : @3) -> @641 @642 @290 @71 @15 @60
-@649 := Eq.{1}
-@650 := @545 @229
-@651 := @649 @650
-@658 := LexLeanRuntime.index (@4 @229) @229 (LexLeanRuntime.instIndexableList @229)
-@662 := @651 (@658 (@230 @642) @60)
-@663 := Option.some.{0}
-@664 := @663 @229
-@665 := @664 @62
-@666 := @662 @665
-@667 := #10
-@671 := @253 @667 @642 @290 @62
-@672 := LexLeanTarget.TargetSyntax.Function.types
-@673 := @672 @60
-@674 := @671 @673
-@675 := @545 @640
-@676 := @649 @675
-@677 := LexLeanTarget.TargetSemantics.bindAll
-@678 := LexLeanTarget.TargetSyntax.Function.parameters
-@683 := @676 (@677 (@678 @71) @60 @220)
-@684 := @663 @640
-@685 := @684 @62
-@686 := @683 @685
-@687 := @545 @551
-@688 := @649 @687
-@689 := LexLeanPreservation.Rust.fnFallible
-@690 := #11
-@693 := @688 (@689 @690 @642)
-@694 := @663 @551
-@695 := @694 @62
-@696 := @693 @695
-@697 := LexLeanPreservation.RunConv
-@698 := #13
-@702 := @697 @698 @667 @290 @62
-@704 := @616 @60 @621
-@705 := Exists.{1}
-@706 := LexLeanPreservation.Rust.ROut
-@707 := @705 @706
-@708 := And
-@709 := LexLeanPreservation.Rust.RealizesFn
-@713 := @708 (@709 @642 @290 @15)
-@714 := LexLeanPreservation.Rust.RCI
-@716 := @714 #15
-@717 := LexLeanPreservation.Rust.fnIdent
-@718 := @717 @698
-@725 := (hne : @704) -> @707 (fun (ro : @706) => @713 (@716 @718 @690 @15))
-@740 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @229} ->
-  {args : @281} ->
-  {env : @640} ->
-  {F : @551} ->
-  {o : @615} ->
-  (hB : @648) ->
-  (hfn : @666) -> (hwt : @674) -> (hbind : @686) -> (hF : @696) -> (hA : @702) -> @725
-@742 := LexLeanPreservation.Rust.compose @0
-@743 := @641 @0
-@748 := (n : @3) -> @743 @290 @71 @15 @60
-@749 := @658 @231
-@752 := @651 (@749 @60) @665
-@756 := @264 @642 @290 @62 @673
-@757 := @697 @0
-@760 := @757 @667 @290 @62
-@774 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @229} ->
-  {args : @281} ->
-  {env : @640} ->
-  {F : @551} ->
-  {o : @615} ->
-  (hB : @748) ->
-  (hfn : @752) -> (hwt : @756) -> (hbind : @686) -> (hF : @696) -> (hA : @760) -> @725
-@775 := @742 @1
-@776 := @743 @1
-@780 := (n : @3) -> @776 @71 @15 @60
-@783 := @272 @290 @62 @673
-@784 := @689 @1
-@787 := @688 (@784 @642) @695
-@788 := @714 @1
-@798 := (hbind : @686) ->
-  (hF : @787) -> (hA : @760) -> (hne : @704) -> @707 (fun (ro : @706) => @713 (@788 @718 @690 @15))
-@808 := {A : @18} ->
-  {f : @3} ->
-  {fn : @229} ->
-  {args : @281} ->
-  {env : @640} -> {F : @551} -> {o : @615} -> (hB : @780) -> (hfn : @752) -> (hwt : @783) -> @798
-@809 := @775 @2
-@811 := @776 @2 @15
-@813 := (n : @3) -> @811 @60
-@814 := @278 @62
-@815 := @814 @673
-@824 := {f : @3} ->
-  {fn : @229} ->
-  {args : @281} ->
-  {env : @640} -> {F : @551} -> {o : @615} -> (hB : @813) -> (hfn : @752) -> (hwt : @815) -> @798
-@825 := @809 @217
-@827 := (n : @3) -> @811 @217
-@828 := @749 @217
-@829 := @651 @828
-@830 := @829 @665
-@831 := @784 @217
-@832 := @688 @831
-@833 := @832 @695
-@834 := @757 @217
-@836 := @834 @290 @62
-@838 := @788 (@717 @217)
-@846 := (hF : @833) -> (hA : @836) -> (hne : @704) -> @707 (fun (ro : @706) => @713 (@838 @690 @15))
-@855 := {fn : @229} ->
-  {args : @281} ->
-  {env : @640} ->
-  {F : @551} -> {o : @615} -> (hB : @827) -> (hfn : @830) -> (hwt : @815) -> (hbind : @686) -> @846
-@856 := @825 @248
-@858 := @829 (@664 @248)
-@859 := @672 @248
-@860 := @814 @859
-@862 := @677 (@678 @248)
-@874 := {args : @281} ->
-  {env : @640} ->
-  {F : @551} ->
-  {o : @615} ->
-  (hB : @827) -> (hfn : @858) -> (hwt : @860) -> (hbind : @676 (@862 @60 @220) @685) -> @846
-@875 := @856 @204
-@878 := @480 (@422 (@364 @197))
-@880 := @278 @878 @859
-@889 := @198 (@10 @642) (@198 (@162 @290) (@198 (@7 @71) @197))
-@893 := @676 (@862 @889 @220) @685
-@902 := @198 (@10 @690) (@198 (@162 @667) (@198 (@7 @642) @197))
-@904 := @834 @902 @62
-@907 := @198 (@10 #14)
-@909 := @198 (@162 @698)
-@910 := #12
-@930 := {env : @640} ->
-  {F : @551} ->
-  {o : @615} ->
-  (hB : @827) ->
-  (hfn : @858) ->
-  (hwt : @880) ->
-  (hbind : @893) ->
-  (hF : @833) ->
-  (hA : @904) ->
-  (hne : @704) -> @707 (fun (ro : @706) => @713 (@838 (@907 (@909 (@198 (@7 @910) @197))) @15))
-@931 := @875 @227
-@934 := @494 (@436 (@378 @197))
-@936 := @278 @934 @859
-@950 := @676 (@862 @878 @220) (@684 (@221 (@212 @363) (@221 (@215 @421) (@221 (@218 @479) @220))))
-@959 := @198 (@10 @667) (@198 (@162 @642) (@198 (@7 @290) @197))
-@984 := {F : @551} ->
-  {o : @615} ->
-  (hB : @827) ->
-  (hfn : @858) ->
-  (hwt : @936) ->
-  (hbind : @950) ->
-  (hF : @833) ->
-  (hA : @834 @959 @62) ->
-  (hne : @704) ->
-  @707
-    (fun (ro : @706) => @713 (@838 (@198 (@10 @698) (@198 (@162 @910) (@198 (@7 @690) @197))) @15))
-@985 := @931 @228
-@986 := @511 @859
-@1000 := @676 (@862 @934 @220) (@684 (@221 (@212 @377) (@221 (@215 @435) (@221 (@218 @493) @220))))
-@1002 := @832 (@694 @228)
-@1004 := @834 @889 @62
-@1005 := @709 @228
-@1030 := {o : @615} ->
-  (hB : @827) ->
-  (hfn : @858) ->
-  (hwt : @986) ->
-  (hbind : @1000) ->
-  (hF : @1002) ->
-  (hA : @1004) ->
-  (hne : @704) ->
-  @707
-    (fun (ro : @706) =>
-    @708 (@1005 @290 @15) (@838 (@198 (@10 @910) (@198 (@162 @690) (@198 (@7 @667) @197))) @15))
-@1031 := @985 @536
-@1032 := @519 @859
-@1046 := @676 (@862 @510 @220) (@684 (@221 (@212 @360) (@221 (@215 @418) (@221 (@218 @476) @220))))
-@1047 := @834 @878
-@1050 := @533 @290 @71 @60
-@1051 := @1047 @1050
-@1054 := @533 @642 @290 @71
-@1074 := (hB : @827) ->
-  (hfn : @858) ->
-  (hwt : @1032) ->
-  (hbind : @1046) ->
-  (hF : @1002) ->
-  (hA : @1051) ->
-  (hne : @616 @1054 @621) ->
-  @707 (fun (ro : @706) => @708 (@1005 (@533 @690 @667 @642) @15) (@838 @902 @15))
-@1075 := @1031 @252
-@1076 := @527 @859
-@1090 := @676 (@862 @518 @220) (@684 (@221 (@212 @374) (@221 (@215 @432) (@221 (@218 @490) @220))))
-@1091 := @834 @934
-@1094 := @533 @71 @60 @62
-@1114 := (hfn : @858) ->
-  (hwt : @1076) ->
-  (hbind : @1090) ->
-  (hF : @1002) ->
-  (hA : @1091 @1094) ->
-  (hne : @616 @1050 @621) ->
-  @707 (fun (ro : @706) => @708 (@1005 (@533 @667 @642 @290) @15) (@838 @959 @15))
-@1115 := Eq.refl.{1}
-@1118 := @1075 (@1115 @650 @828)
-@1119 := @531 @859
-@1133 := @676 (@862 @526 @220) (@684 (@221 (@212 @389) (@221 (@215 @447) (@221 (@218 @505) @220))))
-@1134 := @834 @510
-@1137 := @533 @60 @62 @64
-@1153 := (hwt : @1119) ->
-  (hbind : @1133) ->
-  (hF : @1002) ->
-  (hA : @1134 @1137) ->
-  (hne : @616 @1094 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1054 @15) (@838 @889 @15))
-@1154 := @1118 @530
-@1156 := @862 @204 @220
-@1159 := @676 @1156 (@684 @227)
-@1160 := @834 @518
-@1163 := @533 @62 @64 @6
-@1178 := (hbind : @1159) ->
-  (hF : @1002) ->
-  (hA : @1160 @1163) ->
-  (hne : @616 @1137 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1050 @15) (@838 @878 @15))
-@1181 := @1154 (@1115 @675 @1156)
-@1182 := @834 @526
-@1185 := @533 @64 @6 @21
-@1199 := (hF : @1002) ->
-  (hA : @1182 @1185) ->
-  (hne : @616 @1163 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1094 @15) (@838 @934 @15))
-@1202 := @1181 (@1115 @687 @831)
-@1216 := (hA : @834 @204 @536) ->
-  (hne : @616 @1185 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1137 @15) (@838 @510 @15))
-@1217 := @1202 @613
-@1228 := (hne : @616 @536 @621) -> @707 (fun (ro : @706) => @708 (@1005 @1163 @15) (@838 @518 @15))
-@1229 := @1217 @635
-@1235 := @708 (@1005 @1185 @15) (@838 @526 @15)
-@1237 := @707 (fun (ro : @706) => @1235)
-@1239 := @707 (fun (__e_ro : @706) => @1235)
-@1240 := LexLeanPreservation.Rust.RepresentableL
-@1241 := @10 @21
-@1242 := @162 @23
-@1244 := @198 @25 @197
-@1246 := @198 @1242 @1244
-@1249 := @1240 (@198 @1241 @1246)
-@1250 := (__e_hrep : @1249) -> @1239
-@1251 := fun (__e_hrep : @1249) => @1229
-@1252 := (i : @3) -> @1250
-@1253 := fun (i : @3) => @1251
-@1254 := (b : @161) -> @1252
-@1255 := fun (b : @161) => @1253
-@1256 := (xs : @5) -> @1254
-@1257 := fun (xs : @5) => @1255
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/RustStd.lean
deleted file mode 100644
index bc8e07265..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.list .nat), .bytes, .nat], result := (.pair (.list .nat) (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))))))),
-      body := (.build .pair (.pair (.list .nat) (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))))))) [(.prim .append [(.var 0), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]), (.build .pair (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))))))) [(.prim .append [(.var 1), (.value .bytes (.bytes (ByteArray.mk #[10])))]), (.build .pair (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))))) [(.prim .natAdd [(.prim .length [(.var 0)]), (.prim .length [(.var 1)])]), (.build .pair (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))))) [(.prim .index [(.var 0), (.var 2)]), (.build .pair (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool)))) [(.prim .index [(.var 1), (.var 2)]), (.build .pair (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))) [(.prim .slice [(.var 0), (.var 2), (.value .nat (.nat 2))]), (.build .pair (.pair (.option .bytes) (.pair .bool .bool)) [(.prim .slice [(.var 1), (.value .nat (.nat 0)), (.var 2)]), (.build .pair (.pair .bool .bool) [(.prim .equal [(.var 1), (.value .bytes (.bytes (ByteArray.mk #[])))]), (.prim .equal [(.prim .equal [(.var 2), (.value .nat (.nat 3))]), (.build .true .bool [])])])])])])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair (.list .nat) (.pair .bytes (.pair .nat (.pair (.option .nat) (.pair (.option (.fixed .u8)) (.pair (.option (.list .nat)) (.pair (.option .bytes) (.pair .bool .bool))))))))) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[10]))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexList) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 2)))] (.call (.runtime .sliceList) [(.move (.generated .operand 13)), (.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.bytes (ByteArray.mk #[]))))] (.call (.runtime .equal) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)))), (.mk (.bind (.generated .operand 24)) none (.lit (.bool true)))] (.call (.runtime .equal) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))))))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[10]))))] (.call (.runtime .appendBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexList) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 2)))] (.call (.runtime .sliceList) [(.move (.generated .operand 13)), (.move (.generated .operand 14)), (.move (.generated .operand 15))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.bytes (ByteArray.mk #[]))))] (.call (.runtime .equal) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false))) (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)))), (.mk (.bind (.generated .operand 24)) none (.lit (.bool true)))] (.call (.runtime .equal) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)))))))))))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.list .nat), (.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[10]))))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 5))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 6))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .indexList) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [(.list .nat), .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .indexBytes) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 13)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 15)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .sliceList) [(.move (.generated .operand 13)), (.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (Corr.prim (ts := [(.list .nat), .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.bytes (ByteArray.mk #[]))))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)))), (.mk (.bind (.generated .operand 24)) none (.lit (.bool true)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [.bool, .bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.buildConst rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/Compose/RustStd.lex.tex
deleted file mode 100644
index 9560cadd0..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,428 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.root : @842 := @843 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.flags
-@3 := String
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.string
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.string
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (s : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_string @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (s : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (s : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (s : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@57 := Nat
-@60 := Prod.{0, 0} @57 @50
-@61 := 0
-@65 := Prod.mk.{0, 0} @57 @50 @61
-@66 := @65 @6
-@67 := @51 @60
-@68 := @52 @60
-@70 := @68 @66 @67
-@71 := Bool.true
-@72 := LexLeanTarget.TargetSyntax.Function
-@73 := LexLeanTarget.TargetSyntax.Program.functions
-@74 := @73 @0
-@75 := LexLeanTarget.TargetSyntax.Ty
-@76 := @51 @57
-@77 := @51 @75
-@78 := LexLeanTarget.TargetSyntax.Ty.unit
-@79 := LexLeanTarget.TargetSyntax.Value.unit
-@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
-@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
-@92 := List.getD.{0} @72 @74 @61 @87
-@96 := fun (__e_n : @57) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.root @17 @61
-@97 := LexLeanPreservation.Rust.WTL
-@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
-@107 := LexLeanPreservation.Rust.wtl_nil @0
-@108 := @97 @0
-@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
-@115 := @107 @1
-@116 := @108 @1
-@120 := {A : @10} -> @116 @17 @53 @77
-@121 := @115 @2
-@122 := @116 @2
-@123 := @122 @53
-@124 := @123 @77
-@125 := List.{0}
-@126 := @125 @50
-@127 := @125 @75
-@128 := #6
-@129 := @11 @128
-@130 := #5
-@131 := @129 @130
-@132 := #4
-@135 := @131 @132 @12 @14
-@136 := #7
-@141 := @97 @136 @128 @130 @14 @4
-@142 := #8
-@145 := @97 @142 @136 @128
-@147 := @54 @130 @12
-@148 := @145 @147
-@149 := @52 @75
-@151 := @149 @132 @14
-@161 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
-@163 := LexLeanPreservation.Rust.wtl_cons @0
-@183 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} ->
-  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
-@184 := @163 @1
-@200 := {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
-@201 := @184 @2
-@203 := @43 @12 @14
-@205 := @122 @14 @4
-@213 := {v : @50} ->
-  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
-@214 := @201 @6
-@215 := @5 @132
-@217 := @43 @215 @14
-@218 := @5 @128
-@219 := @54 @218
-@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
-@228 := @214 @7
-@229 := @5 @12
-@231 := @43 @229 @7
-@232 := @5 @130
-@233 := @54 @232
-@235 := @122 (@233 @12)
-@236 := @149 @7
-@237 := @236 @14
-@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
-@243 := @228 @53
-@244 := @5 @14
-@246 := @43 @244 @7
-@247 := @123 @4
-@249 := @54 @215 @53
-@250 := @122 @249
-@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
-@255 := @243 @77
-@257 := @54 @229 @53
-@258 := @122 @257
-@259 := @236 @77
-@262 := (h : @49) -> (hs : @124) -> @258 @259
-@263 := @255 @47
-@265 := @54 @244 @53
-@266 := @122 @265
-@268 := (hs : @124) -> @266 @259
-@269 := @263 @121
-@270 := @122 @56
-@271 := @270 @259
-@272 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.denote
-@273 := @272 @4
-@274 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.__fits_0
-@275 := @274 @4
-@277 := Coverage.Prims.decimals @4
-@278 := Int
-@279 := Option.{0}
-@280 := @279 @278
-@281 := UInt32
-@282 := @279 @281
-@283 := LexLeanTarget.TargetSyntax.Value.int
-@284 := LexLeanPreservation.encOption
-@286 := @284 @278 @283
-@287 := LexLeanTarget.TargetSyntax.Value.u32
-@289 := @284 @281 @287
-@295 := LexLeanPreservation.encPair @280 @282 @286 @289 @277
-@297 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.root @4
-@298 := Bool
-@299 := Ne.{1}
-@300 := LexLeanPreservation.Obs
-@301 := @299 @300
-@302 := LexLeanPreservation.Rel
-@305 := @301 (@302 @4 @17)
-@306 := LexLeanPreservation.Obs.stuck
-@309 := (f : @298) -> (v : @50) -> @305 @306
-@311 := LexLeanPreservation.Rust.rel_ne_stuck @275
-@317 := (v : @50) -> @301 (@302 (@274 @14) @17) @306
-@318 := @311 @295
-@322 := @301 (@302 @275 @295) @306
-@323 := @125 @60
-@324 := LexLeanPreservation.Rust.FunSem
-@325 := #9
-@331 := (n : @57) -> @324 @325 @142 @136 @17 @128
-@332 := Eq.{1}
-@333 := @279 @72
-@334 := @332 @333
-@341 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
-@345 := @334 (@341 (@73 @325) @128)
-@346 := Option.some.{0}
-@347 := @346 @72
-@348 := @347 @130
-@349 := @345 @348
-@350 := #10
-@354 := @97 @350 @325 @142 @130
-@355 := LexLeanTarget.TargetSyntax.Function.types
-@356 := @355 @128
-@357 := @354 @356
-@358 := @279 @323
-@359 := @332 @358
-@360 := LexLeanTarget.TargetSemantics.bindAll
-@361 := LexLeanTarget.TargetSyntax.Function.parameters
-@366 := @359 (@360 (@361 @136) @128 @67)
-@367 := @346 @323
-@368 := @367 @130
-@369 := @366 @368
-@370 := @279 @298
-@371 := @332 @370
-@372 := LexLeanPreservation.Rust.fnFallible
-@373 := #11
-@376 := @371 (@372 @373 @325)
-@377 := @346 @298
-@378 := @377 @130
-@379 := @376 @378
-@380 := LexLeanPreservation.RunConv
-@381 := #13
-@385 := @380 @381 @350 @142 @130
-@387 := @301 @128 @306
-@388 := Exists.{1}
-@389 := LexLeanPreservation.Rust.ROut
-@390 := @388 @389
-@391 := And
-@392 := LexLeanPreservation.Rust.RealizesFn
-@396 := @391 (@392 @325 @142 @17)
-@397 := LexLeanPreservation.Rust.RCI
-@399 := @397 #15
-@400 := LexLeanPreservation.Rust.fnIdent
-@401 := @400 @381
-@408 := (hne : @387) -> @390 (fun (ro : @389) => @396 (@399 @401 @373 @17))
-@423 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @323} ->
-  {F : @298} ->
-  {o : @300} ->
-  (hB : @331) ->
-  (hfn : @349) -> (hwt : @357) -> (hbind : @369) -> (hF : @379) -> (hA : @385) -> @408
-@425 := LexLeanPreservation.Rust.compose @0
-@426 := @324 @0
-@431 := (n : @57) -> @426 @142 @136 @17 @128
-@432 := @341 @74
-@435 := @334 (@432 @128) @348
-@439 := @108 @325 @142 @130 @356
-@440 := @380 @0
-@443 := @440 @350 @142 @130
-@457 := {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @323} ->
-  {F : @298} ->
-  {o : @300} ->
-  (hB : @431) ->
-  (hfn : @435) -> (hwt : @439) -> (hbind : @369) -> (hF : @379) -> (hA : @443) -> @408
-@458 := @425 @1
-@459 := @426 @1
-@463 := (n : @57) -> @459 @136 @17 @128
-@466 := @116 @142 @130 @356
-@467 := @372 @1
-@470 := @371 (@467 @325) @378
-@471 := @397 @1
-@481 := (hbind : @369) ->
-  (hF : @470) -> (hA : @443) -> (hne : @387) -> @390 (fun (ro : @389) => @396 (@471 @401 @373 @17))
-@491 := {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @323} -> {F : @298} -> {o : @300} -> (hB : @463) -> (hfn : @435) -> (hwt : @466) -> @481
-@492 := @458 @2
-@494 := @459 @2 @17
-@496 := (n : @57) -> @494 @128
-@497 := @122 @130
-@498 := @497 @356
-@507 := {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @323} -> {F : @298} -> {o : @300} -> (hB : @496) -> (hfn : @435) -> (hwt : @498) -> @481
-@508 := @492 @61
-@510 := (n : @57) -> @494 @61
-@511 := @432 @61
-@512 := @334 @511
-@513 := @512 @348
-@514 := @467 @61
-@515 := @371 @514
-@516 := @515 @378
-@517 := @440 @61
-@519 := @517 @142 @130
-@521 := @471 (@400 @61)
-@529 := (hF : @516) -> (hA : @519) -> (hne : @387) -> @390 (fun (ro : @389) => @396 (@521 @373 @17))
-@538 := {fn : @72} ->
-  {args : @126} ->
-  {env : @323} ->
-  {F : @298} -> {o : @300} -> (hB : @510) -> (hfn : @513) -> (hwt : @498) -> (hbind : @369) -> @529
-@539 := @508 @92
-@541 := @512 (@347 @92)
-@542 := @355 @92
-@543 := @497 @542
-@545 := @360 (@361 @92)
-@557 := {args : @126} ->
-  {env : @323} ->
-  {F : @298} ->
-  {o : @300} ->
-  (hB : @510) -> (hfn : @541) -> (hwt : @543) -> (hbind : @359 (@545 @128 @67) @368) -> @529
-@558 := @539 @56
-@559 := @219 @53
-@561 := @122 @559 @542
-@564 := @54 (@5 @136) @53
-@568 := @359 (@545 @564 @67) @368
-@571 := @54 (@5 @325) @53
-@592 := {env : @323} ->
-  {F : @298} ->
-  {o : @300} ->
-  (hB : @510) ->
-  (hfn : @541) ->
-  (hwt : @561) ->
-  (hbind : @568) ->
-  (hF : @516) ->
-  (hA : @517 @571 @130) ->
-  (hne : @387) -> @390 (fun (ro : @389) => @396 (@521 (@54 (@5 #12) @53) @17))
-@593 := @558 @70
-@594 := @233 @53
-@596 := @122 @594 @542
-@604 := @359 (@545 @559 @67) (@367 (@68 (@65 @218) @67))
-@607 := @54 (@5 @142) @53
-@626 := {F : @298} ->
-  {o : @300} ->
-  (hB : @510) ->
-  (hfn : @541) ->
-  (hwt : @596) ->
-  (hbind : @604) ->
-  (hF : @516) ->
-  (hA : @517 @607 @130) ->
-  (hne : @387) -> @390 (fun (ro : @389) => @396 (@521 (@54 (@5 @373) @53) @17))
-@627 := @593 @71
-@628 := @250 @542
-@636 := @359 (@545 @594 @67) (@367 (@68 (@65 @232) @67))
-@638 := @515 (@377 @71)
-@640 := @517 @564 @130
-@641 := @392 @71
-@660 := {o : @300} ->
-  (hB : @510) ->
-  (hfn : @541) ->
-  (hwt : @628) ->
-  (hbind : @636) ->
-  (hF : @638) ->
-  (hA : @640) ->
-  (hne : @387) -> @390 (fun (ro : @389) => @391 (@641 @142 @17) (@521 (@54 (@5 @350) @53) @17))
-@661 := @627 @273
-@662 := @258 @542
-@670 := @359 (@545 @249 @67) (@367 (@68 (@65 @215) @67))
-@671 := @517 @559
-@672 := @272 @128
-@673 := @671 @672
-@674 := @272 @136
-@692 := (hB : @510) ->
-  (hfn : @541) ->
-  (hwt : @662) ->
-  (hbind : @670) ->
-  (hF : @638) ->
-  (hA : @673) ->
-  (hne : @301 @674 @306) -> @390 (fun (ro : @389) => @391 (@641 (@272 @325) @17) (@521 @571 @17))
-@693 := @661 @96
-@694 := @266 @542
-@702 := @359 (@545 @257 @67) (@367 (@68 (@65 @229) @67))
-@703 := @517 @594
-@704 := @272 @130
-@722 := (hfn : @541) ->
-  (hwt : @694) ->
-  (hbind : @702) ->
-  (hF : @638) ->
-  (hA : @703 @704) ->
-  (hne : @301 @672 @306) -> @390 (fun (ro : @389) => @391 (@641 (@272 @142) @17) (@521 @607 @17))
-@723 := Eq.refl.{1}
-@726 := @693 (@723 @333 @511)
-@727 := @270 @542
-@735 := @359 (@545 @265 @67) (@367 (@68 (@65 @244) @67))
-@736 := @517 @249
-@737 := @272 @132
-@753 := (hwt : @727) ->
-  (hbind : @735) ->
-  (hF : @638) ->
-  (hA : @736 @737) ->
-  (hne : @301 @704 @306) -> @390 (fun (ro : @389) => @391 (@641 @674 @17) (@521 @564 @17))
-@754 := @726 @269
-@756 := @545 @56 @67
-@759 := @359 @756 (@367 @70)
-@760 := @517 @257
-@761 := @272 @12
-@776 := (hbind : @759) ->
-  (hF : @638) ->
-  (hA : @760 @761) ->
-  (hne : @301 @737 @306) -> @390 (fun (ro : @389) => @391 (@641 @672 @17) (@521 @559 @17))
-@779 := @754 (@723 @358 @756)
-@780 := @517 @265
-@781 := @272 @14
-@795 := (hF : @638) ->
-  (hA : @780 @781) ->
-  (hne : @301 @761 @306) -> @390 (fun (ro : @389) => @391 (@641 @704 @17) (@521 @594 @17))
-@798 := @779 (@723 @370 @514)
-@812 := (hA : @517 @56 @273) ->
-  (hne : @301 @781 @306) -> @390 (fun (ro : @389) => @391 (@641 @737 @17) (@521 @249 @17))
-@813 := @798 @297
-@824 := (hne : @301 @273 @306) -> @390 (fun (ro : @389) => @391 (@641 @761 @17) (@521 @257 @17))
-@825 := @813 @318
-@831 := @391 (@641 @781 @17) (@521 @265 @17)
-@833 := @390 (fun (ro : @389) => @831)
-@835 := @390 (fun (__e_ro : @389) => @831)
-@839 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@840 := (__e_hrep : @839) -> @835
-@841 := fun (__e_hrep : @839) => @825
-@842 := (s : @3) -> @840
-@843 := fun (s : @3) => @841
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/RustStd.lean
deleted file mode 100644
index e61101eab..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.string], result := (.pair (.option .int) (.option (.fixed .u32))),
-      body := (.build .pair (.pair (.option .int) (.option (.fixed .u32))) [(.prim (.parseDecimal .int) [(.var 0)]), (.prim (.parseDecimal (.fixed .u32)) [(.var 0)])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .str }] (.fallible (.pair (.option .int) (.option (.fixed .u32)))) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .parseInt) [(.move (.generated .operand 1))] true))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0)))] (.call (.runtime (.parseFixed .u32)) [(.move (.generated .operand 2))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .parseInt) [(.move (.generated .operand 1))] true))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0)))] (.call (.runtime (.parseFixed .u32)) [(.move (.generated .operand 2))] false))))), [(0, .string, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .parseInt) [(.move (.generated .operand 1))] true)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime (.parseFixed .u32)) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/Compose/RustStd.lex.tex
deleted file mode 100644
index 47bda3ae9..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,488 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.root : @983 := @984 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.flags
-@3 := Int
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.int
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.int
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_int @0
-@27 := @11 @0
-@29 := @27 @4 @15
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@37 := @36 @15
-@41 := {A : @10} -> (n : @3) -> @37 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := Int8
-@51 := LexLeanTarget.TargetSyntax.Value.i8
-@52 := @51 @15
-@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.i8
-@56 := @51 @17
-@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
-@64 := LexLeanPreservation.Rust.wt_i8 @0
-@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
-@70 := @64 @1
-@74 := {A : @10} -> (x : @50) -> @37 @56 @55
-@75 := @70 @2
-@78 := (x : @50) -> @43 @56 @55
-@79 := @75 @15
-@81 := @43 @52 @55
-@82 := LexLeanTarget.TargetSyntax.Value
-@83 := List.nil.{0}
-@84 := List.cons.{0}
-@85 := @83 @82
-@86 := @84 @82
-@88 := @86 @52 @85
-@90 := @86 @6 @88
-@91 := Nat
-@94 := Prod.{0, 0} @91 @82
-@95 := 1
-@98 := Prod.mk.{0, 0} @91 @82
-@99 := @98 @95
-@100 := @99 @52
-@101 := 0
-@102 := @98 @101
-@103 := @102 @6
-@104 := @83 @94
-@105 := @84 @94
-@107 := @105 @103 @104
-@109 := @105 @100 @107
-@110 := Bool.false
-@111 := LexLeanTarget.TargetSyntax.Function
-@112 := LexLeanTarget.TargetSyntax.Program.functions
-@113 := @112 @0
-@114 := LexLeanTarget.TargetSyntax.Ty
-@115 := @83 @91
-@116 := @83 @114
-@117 := LexLeanTarget.TargetSyntax.Ty.unit
-@118 := LexLeanTarget.TargetSyntax.Value.unit
-@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
-@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
-@131 := List.getD.{0} @111 @113 @101 @126
-@135 := fun (__e_n : @91) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.root @17 @101
-@136 := LexLeanPreservation.Rust.WTL
-@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
-@146 := LexLeanPreservation.Rust.wtl_nil @0
-@147 := @136 @0
-@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
-@154 := @146 @1
-@155 := @147 @1
-@159 := {A : @10} -> @155 @17 @85 @116
-@160 := @154 @2
-@161 := @155 @2
-@162 := @161 @85
-@163 := @162 @116
-@164 := List.{0}
-@165 := @164 @82
-@166 := @164 @114
-@167 := #6
-@168 := @11 @167
-@169 := #5
-@170 := @168 @169
-@171 := #4
-@174 := @170 @171 @12 @4
-@175 := #7
-@180 := @136 @175 @167 @169 @4 @15
-@181 := #8
-@184 := @136 @181 @175 @167
-@186 := @86 @169 @12
-@187 := @184 @186
-@188 := @84 @114
-@190 := @188 @171 @4
-@200 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
-@202 := LexLeanPreservation.Rust.wtl_cons @0
-@222 := {c : @9} ->
-  {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} ->
-  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
-@223 := @202 @1
-@239 := {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
-@240 := @223 @2
-@242 := @43 @12 @4
-@244 := @161 @4 @15
-@252 := {v : @82} ->
-  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
-@253 := @240 @52
-@254 := @51 @171
-@256 := @43 @254 @4
-@257 := @51 @167
-@258 := @86 @257
-@266 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
-@267 := @253 @55
-@268 := @51 @12
-@270 := @43 @268 @55
-@271 := @51 @169
-@272 := @86 @271
-@274 := @161 (@272 @12)
-@275 := @188 @55
-@276 := @275 @4
-@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
-@282 := @267 @85
-@283 := @51 @4
-@285 := @43 @283 @55
-@286 := @162 @15
-@288 := @86 @254 @85
-@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
-@294 := @282 @116
-@296 := @86 @268 @85
-@297 := @161 @296
-@298 := @275 @116
-@301 := (h : @81) -> (hs : @163) -> @297 @298
-@302 := @294 @79
-@304 := @86 @283 @85
-@306 := @161 @304 @298
-@307 := (hs : @163) -> @306
-@308 := @302 @160
-@310 := @161 @88 @298
-@311 := @240 @6
-@312 := @5 @169
-@314 := @43 @312 @4
-@315 := @5 @175
-@316 := @86 @315
-@324 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
-@325 := @311 @7
-@326 := @5 @171
-@328 := @43 @326 @7
-@329 := @5 @167
-@330 := @86 @329
-@332 := @161 (@330 @12)
-@333 := @188 @7
-@334 := @333 @4
-@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
-@340 := @325 @88
-@341 := @5 @12
-@343 := @43 @341 @7
-@344 := @297 @15
-@346 := @86 @312 @288
-@347 := @161 @346
-@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
-@352 := @340 @298
-@354 := @86 @326 @296
-@355 := @161 @354
-@356 := @333 @298
-@359 := (h : @49) -> (hs : @306) -> @355 @356
-@360 := @352 @47
-@362 := @86 @341 @304
-@363 := @161 @362
-@365 := (hs : @310) -> @363 @356
-@366 := @360 @308
-@367 := @161 @90
-@368 := @367 @356
-@369 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.denote
-@371 := @369 @4 @15
-@372 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.__fits_0
-@374 := @372 @4 @15
-@377 := Coverage.Prims.formats @4 @15
-@378 := String
-@379 := LexLeanTarget.TargetSyntax.Value.string
-@385 := LexLeanPreservation.encPair @378 @378 @379 @379 @377
-@388 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.root @4 @15
-@389 := Bool
-@390 := Ne.{1}
-@391 := LexLeanPreservation.Obs
-@392 := @390 @391
-@393 := LexLeanPreservation.Rel
-@396 := @392 (@393 @15 @17)
-@397 := LexLeanPreservation.Obs.stuck
-@400 := (f : @389) -> (v : @82) -> @396 @397
-@402 := LexLeanPreservation.Rust.rel_ne_stuck @374
-@409 := (v : @82) -> @392 (@393 (@372 @12 @4) @17) @397
-@410 := @402 @385
-@414 := @392 (@393 @374 @385) @397
-@415 := @164 @94
-@416 := LexLeanPreservation.Rust.FunSem
-@417 := #9
-@423 := (n : @91) -> @416 @417 @181 @175 @17 @167
-@424 := Eq.{1}
-@425 := Option.{0}
-@426 := @425 @111
-@427 := @424 @426
-@434 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
-@438 := @427 (@434 (@112 @417) @167)
-@439 := Option.some.{0}
-@440 := @439 @111
-@441 := @440 @169
-@442 := @438 @441
-@443 := #10
-@447 := @136 @443 @417 @181 @169
-@448 := LexLeanTarget.TargetSyntax.Function.types
-@449 := @448 @167
-@450 := @447 @449
-@451 := @425 @415
-@452 := @424 @451
-@453 := LexLeanTarget.TargetSemantics.bindAll
-@454 := LexLeanTarget.TargetSyntax.Function.parameters
-@459 := @452 (@453 (@454 @175) @167 @104)
-@460 := @439 @415
-@461 := @460 @169
-@462 := @459 @461
-@463 := @425 @389
-@464 := @424 @463
-@465 := LexLeanPreservation.Rust.fnFallible
-@466 := #11
-@469 := @464 (@465 @466 @417)
-@470 := @439 @389
-@471 := @470 @169
-@472 := @469 @471
-@473 := LexLeanPreservation.RunConv
-@474 := #13
-@478 := @473 @474 @443 @181 @169
-@480 := @392 @167 @397
-@481 := Exists.{1}
-@482 := LexLeanPreservation.Rust.ROut
-@483 := @481 @482
-@484 := And
-@485 := LexLeanPreservation.Rust.RealizesFn
-@489 := @484 (@485 @417 @181 @17)
-@490 := LexLeanPreservation.Rust.RCI
-@492 := @490 #15
-@493 := LexLeanPreservation.Rust.fnIdent
-@494 := @493 @474
-@501 := (hne : @480) -> @483 (fun (ro : @482) => @489 (@492 @494 @466 @17))
-@516 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @415} ->
-  {F : @389} ->
-  {o : @391} ->
-  (hB : @423) ->
-  (hfn : @442) -> (hwt : @450) -> (hbind : @462) -> (hF : @472) -> (hA : @478) -> @501
-@518 := LexLeanPreservation.Rust.compose @0
-@519 := @416 @0
-@524 := (n : @91) -> @519 @181 @175 @17 @167
-@525 := @434 @113
-@528 := @427 (@525 @167) @441
-@532 := @147 @417 @181 @169 @449
-@533 := @473 @0
-@536 := @533 @443 @181 @169
-@550 := {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @415} ->
-  {F : @389} ->
-  {o : @391} ->
-  (hB : @524) ->
-  (hfn : @528) -> (hwt : @532) -> (hbind : @462) -> (hF : @472) -> (hA : @536) -> @501
-@551 := @518 @1
-@552 := @519 @1
-@556 := (n : @91) -> @552 @175 @17 @167
-@559 := @155 @181 @169 @449
-@560 := @465 @1
-@563 := @464 (@560 @417) @471
-@564 := @490 @1
-@574 := (hbind : @462) ->
-  (hF : @563) -> (hA : @536) -> (hne : @480) -> @483 (fun (ro : @482) => @489 (@564 @494 @466 @17))
-@584 := {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @415} -> {F : @389} -> {o : @391} -> (hB : @556) -> (hfn : @528) -> (hwt : @559) -> @574
-@585 := @551 @2
-@587 := @552 @2 @17
-@589 := (n : @91) -> @587 @167
-@590 := @161 @169
-@591 := @590 @449
-@600 := {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @415} -> {F : @389} -> {o : @391} -> (hB : @589) -> (hfn : @528) -> (hwt : @591) -> @574
-@601 := @585 @101
-@603 := (n : @91) -> @587 @101
-@604 := @525 @101
-@605 := @427 @604
-@606 := @605 @441
-@607 := @560 @101
-@608 := @464 @607
-@609 := @608 @471
-@610 := @533 @101
-@612 := @610 @181 @169
-@614 := @564 (@493 @101)
-@622 := (hF : @609) -> (hA : @612) -> (hne : @480) -> @483 (fun (ro : @482) => @489 (@614 @466 @17))
-@631 := {fn : @111} ->
-  {args : @165} ->
-  {env : @415} ->
-  {F : @389} -> {o : @391} -> (hB : @603) -> (hfn : @606) -> (hwt : @591) -> (hbind : @462) -> @622
-@632 := @601 @131
-@634 := @605 (@440 @131)
-@635 := @448 @131
-@636 := @590 @635
-@638 := @453 (@454 @131)
-@650 := {args : @165} ->
-  {env : @415} ->
-  {F : @389} ->
-  {o : @391} ->
-  (hB : @603) -> (hfn : @634) -> (hwt : @636) -> (hbind : @452 (@638 @167 @104) @461) -> @622
-@651 := @632 @90
-@653 := @316 (@258 @85)
-@655 := @161 @653 @635
-@661 := @86 (@5 @181) (@86 (@51 @175) @85)
-@665 := @452 (@638 @661 @104) @461
-@671 := @86 (@5 @443) (@86 (@51 @417) @85)
-@673 := @610 @671 @169
-@675 := @86 (@5 @474)
-@676 := #12
-@695 := {env : @415} ->
-  {F : @389} ->
-  {o : @391} ->
-  (hB : @603) ->
-  (hfn : @634) ->
-  (hwt : @655) ->
-  (hbind : @665) ->
-  (hF : @609) ->
-  (hA : @673) ->
-  (hne : @480) -> @483 (fun (ro : @482) => @489 (@614 (@675 (@86 (@51 @676) @85)) @17))
-@696 := @651 @109
-@698 := @330 (@272 @85)
-@700 := @161 @698 @635
-@711 := @452 (@638 @653 @104) (@460 (@105 (@99 @257) (@105 (@102 @315) @104)))
-@717 := @86 (@5 @417) (@86 (@51 @181) @85)
-@739 := {F : @389} ->
-  {o : @391} ->
-  (hB : @603) ->
-  (hfn : @634) ->
-  (hwt : @700) ->
-  (hbind : @711) ->
-  (hF : @609) ->
-  (hA : @610 @717 @169) ->
-  (hne : @480) -> @483 (fun (ro : @482) => @489 (@614 (@86 (@5 @676) (@86 (@51 @466) @85)) @17))
-@740 := @696 @110
-@741 := @347 @635
-@752 := @452 (@638 @698 @104) (@460 (@105 (@99 @271) (@105 (@102 @329) @104)))
-@754 := @608 (@470 @110)
-@756 := @610 @661 @169
-@757 := @485 @110
-@779 := {o : @391} ->
-  (hB : @603) ->
-  (hfn : @634) ->
-  (hwt : @741) ->
-  (hbind : @752) ->
-  (hF : @754) ->
-  (hA : @756) ->
-  (hne : @480) ->
-  @483 (fun (ro : @482) => @484 (@757 @181 @17) (@614 (@86 (@5 @466) (@86 (@51 @443) @85)) @17))
-@780 := @740 @371
-@781 := @355 @635
-@792 := @452 (@638 @346 @104) (@460 (@105 (@99 @254) (@105 (@102 @312) @104)))
-@793 := @610 @653
-@795 := @369 @175 @167
-@796 := @793 @795
-@798 := @369 @181 @175
-@817 := (hB : @603) ->
-  (hfn : @634) ->
-  (hwt : @781) ->
-  (hbind : @792) ->
-  (hF : @754) ->
-  (hA : @796) ->
-  (hne : @392 @798 @397) ->
-  @483 (fun (ro : @482) => @484 (@757 (@369 @443 @417) @17) (@614 @671 @17))
-@818 := @780 @135
-@819 := @363 @635
-@830 := @452 (@638 @354 @104) (@460 (@105 (@99 @268) (@105 (@102 @326) @104)))
-@831 := @610 @698
-@833 := @369 @167 @169
-@852 := (hfn : @634) ->
-  (hwt : @819) ->
-  (hbind : @830) ->
-  (hF : @754) ->
-  (hA : @831 @833) ->
-  (hne : @392 @795 @397) ->
-  @483 (fun (ro : @482) => @484 (@757 (@369 @417 @181) @17) (@614 @717 @17))
-@853 := Eq.refl.{1}
-@856 := @818 (@853 @426 @604)
-@857 := @367 @635
-@868 := @452 (@638 @362 @104) (@460 (@105 (@99 @283) (@105 (@102 @341) @104)))
-@869 := @610 @346
-@871 := @369 @169 @171
-@887 := (hwt : @857) ->
-  (hbind : @868) ->
-  (hF : @754) ->
-  (hA : @869 @871) ->
-  (hne : @392 @833 @397) -> @483 (fun (ro : @482) => @484 (@757 @798 @17) (@614 @661 @17))
-@888 := @856 @366
-@890 := @638 @90 @104
-@893 := @452 @890 (@460 @109)
-@894 := @610 @354
-@896 := @369 @171 @12
-@911 := (hbind : @893) ->
-  (hF : @754) ->
-  (hA : @894 @896) ->
-  (hne : @392 @871 @397) -> @483 (fun (ro : @482) => @484 (@757 @795 @17) (@614 @653 @17))
-@914 := @888 (@853 @451 @890)
-@915 := @610 @362
-@917 := @369 @12 @4
-@931 := (hF : @754) ->
-  (hA : @915 @917) ->
-  (hne : @392 @896 @397) -> @483 (fun (ro : @482) => @484 (@757 @833 @17) (@614 @698 @17))
-@934 := @914 (@853 @463 @607)
-@948 := (hA : @610 @90 @371) ->
-  (hne : @392 @917 @397) -> @483 (fun (ro : @482) => @484 (@757 @871 @17) (@614 @346 @17))
-@949 := @934 @388
-@960 := (hne : @392 @371 @397) -> @483 (fun (ro : @482) => @484 (@757 @896 @17) (@614 @354 @17))
-@961 := @949 @410
-@967 := @484 (@757 @917 @17) (@614 @362 @17)
-@969 := @483 (fun (ro : @482) => @967)
-@971 := @483 (fun (__e_ro : @482) => @967)
-@972 := LexLeanPreservation.Rust.RepresentableL
-@973 := @5 @15
-@975 := @86 @56 @85
-@978 := @972 (@86 @973 @975)
-@979 := (__e_hrep : @978) -> @971
-@980 := fun (__e_hrep : @978) => @961
-@981 := (b : @50) -> @979
-@982 := fun (b : @50) => @980
-@983 := (a : @3) -> @981
-@984 := fun (a : @3) => @982
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/RustStd.lean
deleted file mode 100644
index 79cb03aa2..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.int, (.fixed .i8)], result := (.pair .string .string),
-      body := (.build .pair (.pair .string .string) [(.prim .formatDecimal [(.var 0)]), (.prim .formatDecimal [(.var 1)])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.pair .str .str) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime .formatInt) [(.move (.generated .operand 1))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.formatFixed .i8)) [(.move (.generated .operand 2))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))] (.call (.runtime .formatInt) [(.move (.generated .operand 1))] false))) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.formatFixed .i8)) [(.move (.generated .operand 2))] false)))), [(1, (.fixed .i8), (some 1)), (0, .int, (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .formatInt) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime (.formatFixed .i8)) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [(.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/Compose/RustStd.lex.tex
deleted file mode 100644
index 8b0f6d13e..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,490 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.root : @966 := @967 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.flags
-@3 := String
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.string
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.string
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (s : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_string @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (s : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (s : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (s : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Nat
-@64 := Prod.{0, 0}
-@65 := @64 @63
-@66 := @65 @54
-@67 := 1
-@70 := Prod.mk.{0, 0} @63 @54
-@71 := @70 @67
-@72 := @71 @50
-@73 := 0
-@74 := @70 @73
-@75 := @74 @6
-@76 := @55 @66
-@77 := @56 @66
-@79 := @77 @75 @76
-@81 := @77 @72 @79
-@82 := Bool.false
-@83 := LexLeanTarget.TargetSyntax.Function
-@84 := LexLeanTarget.TargetSyntax.Program.functions
-@85 := @84 @0
-@86 := LexLeanTarget.TargetSyntax.Ty
-@87 := @55 @63
-@88 := @55 @86
-@89 := LexLeanTarget.TargetSyntax.Ty.unit
-@90 := LexLeanTarget.TargetSyntax.Value.unit
-@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
-@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
-@103 := List.getD.{0} @83 @85 @73 @98
-@107 := fun (__e_n : @63) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.root @17 @73
-@108 := LexLeanPreservation.Rust.WTL
-@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
-@118 := LexLeanPreservation.Rust.wtl_nil @0
-@119 := @108 @0
-@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
-@126 := @118 @1
-@127 := @119 @1
-@131 := {A : @10} -> @127 @17 @57 @88
-@132 := @126 @2
-@133 := @127 @2
-@134 := @133 @57
-@135 := @134 @88
-@136 := List.{0}
-@137 := @136 @54
-@138 := @136 @86
-@139 := #6
-@140 := @11 @139
-@141 := #5
-@142 := @140 @141
-@143 := #4
-@146 := @142 @143 @12 @4
-@147 := #7
-@152 := @108 @147 @139 @141 @4 @15
-@153 := #8
-@156 := @108 @153 @147 @139
-@158 := @58 @141 @12
-@159 := @156 @158
-@160 := @56 @86
-@162 := @160 @143 @4
-@172 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
-@174 := LexLeanPreservation.Rust.wtl_cons @0
-@194 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} ->
-  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
-@195 := @174 @1
-@211 := {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
-@212 := @195 @2
-@214 := @43 @12 @4
-@216 := @133 @4 @15
-@224 := {v : @54} ->
-  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
-@225 := @212 @50
-@226 := @5 @143
-@227 := @43 @226
-@228 := @227 @4
-@229 := @5 @139
-@230 := @58 @229
-@232 := @133 (@230 @12)
-@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
-@239 := @225 @7
-@240 := @5 @12
-@242 := @43 @240 @7
-@243 := @5 @141
-@244 := @58 @243
-@246 := @133 (@244 @12)
-@247 := @160 @7
-@248 := @247 @4
-@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
-@254 := @239 @57
-@255 := @134 @15
-@256 := @58 @226
-@257 := @256 @57
-@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
-@263 := @254 @88
-@264 := @58 @240
-@265 := @264 @57
-@266 := @133 @265
-@267 := @247 @88
-@270 := (h : @53) -> (hs : @135) -> @266 @267
-@271 := @263 @51
-@272 := @61 @57
-@274 := @133 @272 @267
-@275 := (hs : @135) -> @274
-@276 := @271 @132
-@278 := @133 @60 @267
-@279 := @212 @6
-@281 := @43 @243 @4
-@282 := @5 @147
-@283 := @58 @282
-@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
-@292 := @279 @7
-@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
-@299 := @292 @60
-@300 := @266 @15
-@301 := @244 @257
-@302 := @133 @301
-@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
-@307 := @299 @267
-@308 := @256 @265
-@309 := @133 @308
-@310 := @247 @267
-@313 := (h : @49) -> (hs : @274) -> @309 @310
-@314 := @307 @47
-@315 := @264 @272
-@316 := @133 @315
-@318 := (hs : @278) -> @316 @310
-@319 := @314 @276
-@320 := @133 @62
-@321 := @320 @310
-@322 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.denote
-@324 := @322 @4 @15
-@325 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.__fits_0
-@327 := @325 @4 @15
-@330 := Coverage.Prims.text @4 @15
-@331 := ByteArray
-@332 := Option.{0}
-@333 := @332 @3
-@334 := Ordering
-@335 := @136 @3
-@336 := @332 @335
-@337 := Bool
-@338 := @65 @337
-@340 := @64 @3 @338
-@342 := @64 @336 @340
-@344 := @64 @334 @342
-@346 := @64 @333 @344
-@347 := LexLeanTarget.TargetSyntax.Value.bytes
-@348 := LexLeanPreservation.encOption
-@350 := @348 @3 @5
-@351 := LexLeanPreservation.encOrdering
-@354 := LexLeanPreservation.encList @3 @5
-@356 := @348 @335 @354
-@357 := LexLeanTarget.TargetSyntax.Value.nat
-@358 := LexLeanTarget.TargetSyntax.Value.bool
-@359 := LexLeanPreservation.encPair
-@363 := @359 @63 @337 @357 @358
-@367 := @359 @3 @338 @5 @363
-@371 := @359 @336 @340 @356 @367
-@375 := @359 @334 @342 @351 @371
-@379 := @359 @333 @344 @350 @375
-@384 := @359 @331 @346 @347 @379 @330
-@387 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.root @4 @15
-@388 := Ne.{1}
-@389 := LexLeanPreservation.Obs
-@390 := @388 @389
-@391 := LexLeanPreservation.Rel
-@394 := @390 (@391 @15 @17)
-@395 := LexLeanPreservation.Obs.stuck
-@398 := (f : @337) -> (v : @54) -> @394 @395
-@400 := LexLeanPreservation.Rust.rel_ne_stuck @327
-@407 := (v : @54) -> @390 (@391 (@325 @12 @4) @17) @395
-@408 := @400 @384
-@412 := @390 (@391 @327 @384) @395
-@413 := @136 @66
-@414 := LexLeanPreservation.Rust.FunSem
-@415 := #9
-@421 := (n : @63) -> @414 @415 @153 @147 @17 @139
-@422 := Eq.{1}
-@423 := @332 @83
-@424 := @422 @423
-@431 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
-@435 := @424 (@431 (@84 @415) @139)
-@436 := Option.some.{0}
-@437 := @436 @83
-@438 := @437 @141
-@439 := @435 @438
-@440 := #10
-@444 := @108 @440 @415 @153 @141
-@445 := LexLeanTarget.TargetSyntax.Function.types
-@446 := @445 @139
-@447 := @444 @446
-@448 := @332 @413
-@449 := @422 @448
-@450 := LexLeanTarget.TargetSemantics.bindAll
-@451 := LexLeanTarget.TargetSyntax.Function.parameters
-@456 := @449 (@450 (@451 @147) @139 @76)
-@457 := @436 @413
-@458 := @457 @141
-@459 := @456 @458
-@460 := @332 @337
-@461 := @422 @460
-@462 := LexLeanPreservation.Rust.fnFallible
-@463 := #11
-@466 := @461 (@462 @463 @415)
-@467 := @436 @337
-@468 := @467 @141
-@469 := @466 @468
-@470 := LexLeanPreservation.RunConv
-@471 := #13
-@475 := @470 @471 @440 @153 @141
-@477 := @390 @139 @395
-@478 := Exists.{1}
-@479 := LexLeanPreservation.Rust.ROut
-@480 := @478 @479
-@481 := And
-@482 := LexLeanPreservation.Rust.RealizesFn
-@486 := @481 (@482 @415 @153 @17)
-@487 := LexLeanPreservation.Rust.RCI
-@489 := @487 #15
-@490 := LexLeanPreservation.Rust.fnIdent
-@491 := @490 @471
-@498 := (hne : @477) -> @480 (fun (ro : @479) => @486 (@489 @491 @463 @17))
-@513 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @413} ->
-  {F : @337} ->
-  {o : @389} ->
-  (hB : @421) ->
-  (hfn : @439) -> (hwt : @447) -> (hbind : @459) -> (hF : @469) -> (hA : @475) -> @498
-@515 := LexLeanPreservation.Rust.compose @0
-@516 := @414 @0
-@521 := (n : @63) -> @516 @153 @147 @17 @139
-@522 := @431 @85
-@525 := @424 (@522 @139) @438
-@529 := @119 @415 @153 @141 @446
-@530 := @470 @0
-@533 := @530 @440 @153 @141
-@547 := {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @413} ->
-  {F : @337} ->
-  {o : @389} ->
-  (hB : @521) ->
-  (hfn : @525) -> (hwt : @529) -> (hbind : @459) -> (hF : @469) -> (hA : @533) -> @498
-@548 := @515 @1
-@549 := @516 @1
-@553 := (n : @63) -> @549 @147 @17 @139
-@556 := @127 @153 @141 @446
-@557 := @462 @1
-@560 := @461 (@557 @415) @468
-@561 := @487 @1
-@571 := (hbind : @459) ->
-  (hF : @560) -> (hA : @533) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@561 @491 @463 @17))
-@581 := {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @413} -> {F : @337} -> {o : @389} -> (hB : @553) -> (hfn : @525) -> (hwt : @556) -> @571
-@582 := @548 @2
-@584 := @549 @2 @17
-@586 := (n : @63) -> @584 @139
-@587 := @133 @141
-@588 := @587 @446
-@597 := {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @413} -> {F : @337} -> {o : @389} -> (hB : @586) -> (hfn : @525) -> (hwt : @588) -> @571
-@598 := @582 @73
-@600 := (n : @63) -> @584 @73
-@601 := @522 @73
-@602 := @424 @601
-@603 := @602 @438
-@604 := @557 @73
-@605 := @461 @604
-@606 := @605 @468
-@607 := @530 @73
-@609 := @607 @153 @141
-@611 := @561 (@490 @73)
-@619 := (hF : @606) -> (hA : @609) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@611 @463 @17))
-@628 := {fn : @83} ->
-  {args : @137} ->
-  {env : @413} ->
-  {F : @337} -> {o : @389} -> (hB : @600) -> (hfn : @603) -> (hwt : @588) -> (hbind : @459) -> @619
-@629 := @598 @103
-@631 := @602 (@437 @103)
-@632 := @445 @103
-@633 := @587 @632
-@635 := @450 (@451 @103)
-@647 := {args : @137} ->
-  {env : @413} ->
-  {F : @337} ->
-  {o : @389} ->
-  (hB : @600) -> (hfn : @631) -> (hwt : @633) -> (hbind : @449 (@635 @139 @76) @458) -> @619
-@648 := @629 @62
-@650 := @283 (@230 @57)
-@652 := @133 @650 @632
-@654 := @58 (@5 @153)
-@656 := @654 (@283 @57)
-@660 := @449 (@635 @656 @76) @458
-@662 := @58 (@5 @440)
-@664 := @58 (@5 @415)
-@666 := @662 (@664 @57)
-@668 := @607 @666 @141
-@670 := @58 (@5 @471)
-@673 := @58 (@5 #12)
-@690 := {env : @413} ->
-  {F : @337} ->
-  {o : @389} ->
-  (hB : @600) ->
-  (hfn : @631) ->
-  (hwt : @652) ->
-  (hbind : @660) ->
-  (hF : @606) ->
-  (hA : @668) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@611 (@670 (@673 @57)) @17))
-@691 := @648 @81
-@693 := @230 (@244 @57)
-@695 := @133 @693 @632
-@706 := @449 (@635 @650 @76) (@457 (@77 (@71 @229) (@77 (@74 @282) @76)))
-@708 := @664 (@654 @57)
-@710 := @607 @708 @141
-@712 := @58 (@5 @463)
-@728 := {F : @337} ->
-  {o : @389} ->
-  (hB : @600) ->
-  (hfn : @631) ->
-  (hwt : @695) ->
-  (hbind : @706) ->
-  (hF : @606) ->
-  (hA : @710) -> (hne : @477) -> @480 (fun (ro : @479) => @486 (@611 (@673 (@712 @57)) @17))
-@729 := @691 @82
-@730 := @302 @632
-@741 := @449 (@635 @693 @76) (@457 (@77 (@71 @243) (@77 (@74 @229) @76)))
-@743 := @605 (@467 @82)
-@745 := @607 @656 @141
-@746 := @482 @82
-@764 := {o : @389} ->
-  (hB : @600) ->
-  (hfn : @631) ->
-  (hwt : @730) ->
-  (hbind : @741) ->
-  (hF : @743) ->
-  (hA : @745) ->
-  (hne : @477) -> @480 (fun (ro : @479) => @481 (@746 @153 @17) (@611 (@712 (@662 @57)) @17))
-@765 := @729 @324
-@766 := @309 @632
-@777 := @449 (@635 @301 @76) (@457 (@77 (@71 @226) (@77 (@74 @243) @76)))
-@778 := @607 @650
-@780 := @322 @147 @139
-@781 := @778 @780
-@783 := @322 @153 @147
-@802 := (hB : @600) ->
-  (hfn : @631) ->
-  (hwt : @766) ->
-  (hbind : @777) ->
-  (hF : @743) ->
-  (hA : @781) ->
-  (hne : @390 @783 @395) ->
-  @480 (fun (ro : @479) => @481 (@746 (@322 @440 @415) @17) (@611 @666 @17))
-@803 := @765 @107
-@804 := @316 @632
-@815 := @449 (@635 @308 @76) (@457 (@77 (@71 @240) (@77 (@74 @226) @76)))
-@816 := @607 @693
-@818 := @322 @139 @141
-@837 := (hfn : @631) ->
-  (hwt : @804) ->
-  (hbind : @815) ->
-  (hF : @743) ->
-  (hA : @816 @818) ->
-  (hne : @390 @780 @395) ->
-  @480 (fun (ro : @479) => @481 (@746 (@322 @415 @153) @17) (@611 @708 @17))
-@838 := Eq.refl.{1}
-@841 := @803 (@838 @423 @601)
-@842 := @320 @632
-@853 := @449 (@635 @315 @76) (@457 (@77 (@71 @6) (@77 (@74 @240) @76)))
-@854 := @607 @301
-@856 := @322 @141 @143
-@872 := (hwt : @842) ->
-  (hbind : @853) ->
-  (hF : @743) ->
-  (hA : @854 @856) ->
-  (hne : @390 @818 @395) -> @480 (fun (ro : @479) => @481 (@746 @783 @17) (@611 @656 @17))
-@873 := @841 @319
-@875 := @635 @62 @76
-@878 := @449 @875 (@457 @81)
-@879 := @607 @308
-@881 := @322 @143 @12
-@896 := (hbind : @878) ->
-  (hF : @743) ->
-  (hA : @879 @881) ->
-  (hne : @390 @856 @395) -> @480 (fun (ro : @479) => @481 (@746 @780 @17) (@611 @650 @17))
-@899 := @873 (@838 @448 @875)
-@900 := @607 @315
-@902 := @322 @12 @4
-@916 := (hF : @743) ->
-  (hA : @900 @902) ->
-  (hne : @390 @881 @395) -> @480 (fun (ro : @479) => @481 (@746 @818 @17) (@611 @693 @17))
-@919 := @899 (@838 @460 @604)
-@933 := (hA : @607 @62 @324) ->
-  (hne : @390 @902 @395) -> @480 (fun (ro : @479) => @481 (@746 @856 @17) (@611 @301 @17))
-@934 := @919 @387
-@945 := (hne : @390 @324 @395) -> @480 (fun (ro : @479) => @481 (@746 @881 @17) (@611 @308 @17))
-@946 := @934 @408
-@952 := @481 (@746 @902 @17) (@611 @315 @17)
-@954 := @480 (fun (ro : @479) => @952)
-@956 := @480 (fun (__e_ro : @479) => @952)
-@961 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@962 := (__e_hrep : @961) -> @956
-@963 := fun (__e_hrep : @961) => @946
-@964 := (d : @3) -> @962
-@965 := fun (d : @3) => @963
-@966 := (s : @3) -> @964
-@967 := fun (s : @3) => @965
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/RustStd.lean
deleted file mode 100644
index c10025621..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.string, .string], result := (.pair .bytes (.pair (.option .string) (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool)))))),
-      body := (.«let» 2 .bytes (.prim .utf8Encode [(.var 0)]) (.build .pair (.pair .bytes (.pair (.option .string) (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool)))))) [(.var 2), (.build .pair (.pair (.option .string) (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool))))) [(.prim .utf8Decode [(.var 2)]), (.build .pair (.pair .ordering (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool)))) [(.prim .compareBytes [(.var 2), (.value .bytes (.bytes (ByteArray.mk #[0, 255])))]), (.build .pair (.pair (.option (.list .string)) (.pair .string (.pair .nat .bool))) [(.prim .splitExact [(.var 0), (.var 1), (.value (.fixed .u32) (.u32 4))]), (.build .pair (.pair .string (.pair .nat .bool)) [(.prim .join [(.build .cons (.list .string) [(.var 0), (.build .cons (.list .string) [(.value .string (.string "x\"y")), (.build .nil (.list .string) [])])]), (.var 1)]), (.build .pair (.pair .nat .bool) [(.prim .length [(.var 0)]), (.cond (.prim .equal [(.var 0), (.var 1)]) (.prim .equal [(.prim .compareBytes [(.var 2), (.var 2)]), (.prim .compareBytes [(.value .bytes (.bytes (ByteArray.mk #[]))), (.value .bytes (.bytes (ByteArray.mk #[1])))])]) (.build .false .bool []))])])])])])])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .str }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.pair .bytes (.pair (.option .str) (.pair .ordering (.pair (.option (.list .str)) (.pair .str (.pair .nat .bool)))))) (.mk [(.mk (.bind (.generated .binding 2)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .utf8Encode) [(.move (.generated .operand 1))] false))))] (.pair (.clone (.generated .binding 2)) (.pair (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 2)))] (.call (.runtime .utf8Decode) [(.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[0, 255]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .u32 4)))] (.call (.runtime .splitExact) [(.move (.generated .operand 5)), (.move (.generated .operand 6)), (.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.construct .cons [(.clone (.generated .binding 0)), (.construct .cons [(.lit (.str "x\"y")), (.construct (.nil .str) [])])])), (.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1)))] (.call (.runtime .join) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthString) [(.move (.generated .operand 10))] false))) (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (.mk [] (.lit (.bool false))))))))))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .bytes) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .utf8Encode) [(.move (.generated .operand 1))] false))))], (.pair (.clone (.generated .binding 2)) (.pair (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 2)))] (.call (.runtime .utf8Decode) [(.move (.generated .operand 2))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[0, 255]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .u32 4)))] (.call (.runtime .splitExact) [(.move (.generated .operand 5)), (.move (.generated .operand 6)), (.move (.generated .operand 7))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.construct .cons [(.clone (.generated .binding 0)), (.construct .cons [(.lit (.str "x\"y")), (.construct (.nil .str) [])])])), (.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1)))] (.call (.runtime .join) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 10)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthString) [(.move (.generated .operand 10))] false))) (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (.mk [] (.lit (.bool false)))))))))))), [(1, .string, (some 1)), (0, .string, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .utf8Encode) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .utf8Decode) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 4)) none (.lit (.bytes (ByteArray.mk #[0, 255]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.clone (.generated .binding 0))), (.mk (.bind (.generated .operand 6)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 7)) none (.lit (.fixed .u32 4)))]) (tail := (.call (.runtime .splitExact) [(.move (.generated .operand 5)), (.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.prim (ts := [.string, .string, (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.construct .cons [(.clone (.generated .binding 0)), (.construct .cons [(.lit (.str "x\"y")), (.construct (.nil .str) [])])])), (.mk (.bind (.generated .operand 9)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .join) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [(.list .string), .string]) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthString) [(.move (.generated .operand 10))] false)) (Corr.prim (ts := [.string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (.mk [] (.lit (.bool false))))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (lk := []) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 17)) none (.block (.mk [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))] (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))] (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]) (ta := (.call (.runtime .equal) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.ordering, .ordering]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 13)) none (.clone (.generated .binding 2))), (.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 2)))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.lit (.bytes (ByteArray.mk #[])))), (.mk (.bind (.generated .operand 16)) none (.lit (.bytes (ByteArray.mk #[1]))))]) (tail := (.call (.runtime .compareBytes) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3.lean
deleted file mode 100644
index 101b6c4e9..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3.lean
+++ /dev/null
@@ -1,106 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))),
-      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))) [(.call 1 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))) [(.call 2 [(.var 0), (.var 2)]), (.build .pair (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))) [(.call 3 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))) [(.call 6 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list .nat))) [(.call 8 [(.var 0), (.var 1)]), (.build .pair (.pair .nat (.list .nat)) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 1 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 4 [(.call 5 [(.var 0), (.var 2)]), (.var 3)]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 5 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 7 [(.var 1), (.var 2)]) (.build .cons (.list .nat) [(.var 2), (.call 6 [(.var 3), (.var 1)])]) (.call 6 [(.var 3), (.var 1)])))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 7 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 9 [(.var 1), (.var 2)]) (.call 8 [(.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 2), (.call 8 [(.var 3), (.var 1)])])))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))),
-      body := (.cond (.call 10 [(.var 0)]) (.cond (.call 10 [(.var 1)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) }] }
-
-def __fits_0 (s : (List Nat)) (t : (List Nat)) (x : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanCollections.setSize (s) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_0 (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) s), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) t), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s t x) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setInsert (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 1) (tk := .nat) rfl (s) (x))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setRemove (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.removeElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]) (p := __prog) (fi := 2) (tk := .nat) rfl (s) (x))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setContains (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 3) (tk := .nat) rfl (s) (x))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setUnion (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 4) (tk := .nat) rfl rfl (t) (s))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setIntersection (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 6) (tk := .nat) rfl rfl (s) (t))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setDifference (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 8) (tk := .nat) rfl rfl (s) (t))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) s)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def denote (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 s t x) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) s), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) t), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 s t x) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 s t x)
-
-def __valid_10 : (List Nat) -> Bool :=
-  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-def __inv_10 : (List Nat) -> Prop :=
-  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-theorem __viff_10 : ∀ (__v : (List Nat)), __valid_10 __v = Bool.true ↔ __inv_10 __v :=
-  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-theorem __vrel_10 : ∀ (__v : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_10 __v))) :=
-  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) rfl
-
-def entryFits (s : (List Nat)) (t : (List Nat)) (x : Nat) : Bool :=
-  (if __valid_10 s then (if __valid_10 t then __fits_0 s t x else Bool.true) else Bool.true)
-
-def entryValue (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_10 s then (if __valid_10 t then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryFits s t x) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryValue s t x)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (s : (List Nat)) (t : (List Nat)) (x : Nat) : Prop :=
-  (__inv_10 s ∧ (__inv_10 t ∧ _root_.True))
-
-theorem entry (s : (List Nat)) (t : (List Nat)) (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 11 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) s), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) t), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denoteEntry s t x) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_10 t then __fits_0 s t x else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_10 t then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_10 s) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 s)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 s t x else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))))))) (Coverage.Colls.setOps s t x))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_10 t) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 t)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_0 s t x)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryFits]))
-
-theorem entry_accepts (s : (List Nat)) (t : (List Nat)) (x : Nat) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.accepts s t x) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denoteEntry s t x = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denote s t x) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denote
-  simp only [_root_.if_true, (__viff_10 s).mpr __h.1, (__viff_10 t).mpr __h.2.1]
-  cases __fits_0 s t x <;> rfl
-
-theorem entry_refuses (s : (List Nat)) (t : (List Nat)) (x : Nat) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.accepts s t x) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denoteEntry s t x = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryValue
-  cases __c0 : __valid_10 s
-  · simp
-  · cases __c1 : __valid_10 t
-    · simp
-    · exact _root_.absurd ⟨(__viff_10 s).mp __c0, (__viff_10 t).mp __c1, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/Compose/RustStd.lex.tex
deleted file mode 100644
index 2c6e34676..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,617 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.root : @1271 := @1272 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.flags
-@3 := Nat
-@4 := List.{0}
-@5 := @4 @3
-@6 := #3
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encList
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.list
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := @19 @6
-@21 := #2
-@22 := @20 @21
-@23 := #1
-@24 := @22 @23
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @21 @23 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@48 := {A : @18} -> (n : @3) -> @43 @23 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @21 @15
-@69 := (x : @21) -> @65 @66 @23
-@70 := @4 @6
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @6 @15
-@78 := @74 @77
-@79 := @13 @21
-@88 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encList @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @21) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @21) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @23
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @21) -> @123) -> (xs : @70) -> @50 @77 @79
-@132 := @121 @3
-@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
-  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @6 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @23
-@147 := @50 (@10 @15)
-@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
-@152 := @143 @12
-@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
-@157 := @152 @55
-@158 := @157 @6
-@160 := @50 @11 @14
-@161 := @10 @21
-@162 := @157 @21
-@164 := @50 @161 @14
-@165 := @7 @23
-@166 := @49 @23
-@168 := @50 @165 @12
-@169 := List.nil.{0}
-@170 := List.cons.{0}
-@171 := @169 @57
-@172 := @170 @57
-@174 := @172 @165 @171
-@175 := @172 @161
-@176 := @175 @174
-@177 := @172 @11
-@178 := @177 @176
-@181 := Prod.{0, 0} @3 @57
-@182 := 2
-@185 := Prod.mk.{0, 0} @3 @57
-@186 := @185 @182
-@187 := @186 @165
-@189 := @185 1
-@190 := @189 @161
-@192 := @185 0
-@193 := @192 @11
-@194 := @169 @181
-@195 := @170 @181
-@197 := @195 @193 @194
-@199 := @195 @190 @197
-@201 := @195 @187 @199
-@202 := Bool.false
-@203 := LexLeanTarget.TargetSyntax.Function
-@204 := LexLeanTarget.TargetSyntax.Program.functions
-@205 := @204 @0
-@206 := 11
-@207 := @169 @3
-@208 := @169 @59
-@209 := LexLeanTarget.TargetSyntax.Ty.unit
-@210 := LexLeanTarget.TargetSyntax.Value.unit
-@213 := LexLeanTarget.TargetSyntax.Expr.value @209 @210
-@218 := LexLeanTarget.TargetSyntax.Function.mk @207 @208 @209 @213
-@223 := List.getD.{0} @203 @205 @206 @218
-@227 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.root @15 @206
-@228 := LexLeanPreservation.Rust.WTL
-@236 := {p : @16} -> {c : @17} -> {A : @18} -> @228 @21 @23 @15 @171 @208
-@238 := LexLeanPreservation.Rust.wtl_nil @0
-@239 := @228 @0
-@245 := {c : @17} -> {A : @18} -> @239 @23 @15 @171 @208
-@246 := @238 @1
-@247 := @239 @1
-@251 := {A : @18} -> @247 @15 @171 @208
-@252 := @246 @2
-@253 := @247 @2
-@254 := @253 @171
-@255 := @254 @208
-@256 := @4 @57
-@257 := @4 @59
-@259 := @65 @6 @21
-@264 := @228 @71 @60 @62 @21 @23
-@265 := #8
-@268 := @228 @265 @71 @60
-@270 := @172 @62 @6
-@271 := @268 @270
-@272 := @170 @59
-@274 := @272 @64 @21
-@284 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @259) -> (hs : @264) -> @271 @274
-@286 := LexLeanPreservation.Rust.wtl_cons @0
-@304 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @256} ->
-  {ts : @257} -> (h : @92 @6 @21) -> (hs : @239 @60 @62 @21 @23) -> @239 @71 @60 @270 @274
-@305 := @286 @1
-@320 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @256} -> {ts : @257} -> (h : @108 @6 @21) -> (hs : @247 @62 @21 @23) -> @247 @60 @270 @274
-@321 := @305 @2
-@323 := @50 @6 @21
-@325 := @253 @21 @23
-@333 := {v : @57} ->
-  {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @323) -> (hs : @325) -> @253 @270 @274
-@334 := @321 @165
-@335 := @7 @64
-@337 := @50 @335 @21
-@338 := @7 @60
-@339 := @172 @338
-@347 := {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @337) -> (hs : @325) -> @253 (@339 @6) @274
-@348 := @334 @12
-@349 := @7 @6
-@351 := @50 @349 @12
-@352 := @7 @62
-@353 := @172 @352
-@355 := @253 (@353 @6)
-@356 := @272 @12
-@357 := @356 @21
-@362 := {vs : @256} -> {ts : @257} -> (h : @351) -> (hs : @325) -> @355 @357
-@363 := @348 @171
-@364 := @7 @21
-@366 := @50 @364 @12
-@367 := @254 @23
-@369 := @172 @335 @171
-@374 := {ts : @257} -> (h : @366) -> (hs : @367) -> @253 @369 @357
-@375 := @363 @208
-@377 := @172 @349 @171
-@378 := @253 @377
-@379 := @356 @208
-@382 := (h : @168) -> (hs : @255) -> @378 @379
-@383 := @375 @166
-@385 := @172 @364 @171
-@387 := @253 @385 @379
-@388 := (hs : @255) -> @387
-@389 := @383 @252
-@391 := @253 @174 @379
-@392 := @321 @161
-@393 := @10 @62
-@394 := @50 @393
-@395 := @394 @21
-@396 := @10 @71
-@397 := @172 @396
-@399 := @253 (@397 @6)
-@405 := {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @395) -> (hs : @325) -> @399 @274
-@406 := @392 @14
-@407 := @10 @64
-@409 := @50 @407 @14
-@410 := @10 @60
-@411 := @172 @410
-@413 := @253 (@411 @6)
-@414 := @272 @14
-@415 := @414 @21
-@420 := {vs : @256} -> {ts : @257} -> (h : @409) -> (hs : @325) -> @413 @415
-@421 := @406 @174
-@422 := @378 @23
-@423 := @172 @393
-@424 := @423 @369
-@429 := {ts : @257} -> (h : @160) -> (hs : @422) -> @253 @424 @415
-@430 := @421 @379
-@431 := @172 @407
-@432 := @431 @377
-@433 := @253 @432
-@434 := @414 @379
-@437 := (h : @164) -> (hs : @387) -> @433 @434
-@438 := @430 @162
-@439 := @177 @385
-@441 := @253 @439 @434
-@442 := (hs : @391) -> @441
-@443 := @438 @389
-@445 := @253 @176 @434
-@446 := @321 @11
-@448 := @50 @410 @21
-@449 := @10 @265
-@450 := @172 @449
-@458 := {t : @59} -> {vs : @256} -> {ts : @257} -> (h : @448) -> (hs : @325) -> @253 (@450 @6) @274
-@459 := @446 @14
-@465 := {vs : @256} -> {ts : @257} -> (h : @394 @14) -> (hs : @325) -> @399 @415
-@466 := @459 @176
-@467 := @433 @23
-@468 := @411 @424
-@469 := @253 @468
-@473 := {ts : @257} -> (h : @409) -> (hs : @467) -> @469 @415
-@474 := @466 @434
-@475 := @423 @432
-@476 := @253 @475
-@477 := @414 @434
-@480 := (h : @160) -> (hs : @441) -> @476 @477
-@481 := @474 @158
-@482 := @431 @439
-@483 := @253 @482
-@485 := (hs : @445) -> @483 @477
-@486 := @481 @443
-@487 := @253 @178
-@488 := @487 @477
-@489 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denoteEntry
-@492 := @489 @6 @21 @23
-@493 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryFits
-@496 := @493 @6 @21 @23
-@500 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entryValue @6 @21 @23
-@504 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entry @6 @21 @23
-@505 := Bool
-@506 := Ne.{1}
-@507 := LexLeanPreservation.Obs
-@508 := @506 @507
-@509 := LexLeanPreservation.Rel
-@512 := @508 (@509 @23 @15)
-@513 := LexLeanPreservation.Obs.stuck
-@516 := (f : @505) -> (v : @57) -> @512 @513
-@518 := LexLeanPreservation.Rust.rel_ne_stuck @496
-@526 := (v : @57) -> @508 (@509 (@493 @64 @6 @21) @15) @513
-@527 := @518 @500
-@531 := @508 (@509 @496 @500) @513
-@532 := @4 @181
-@533 := LexLeanPreservation.Rust.FunSem
-@534 := #9
-@540 := (n : @3) -> @533 @534 @265 @71 @15 @60
-@541 := Eq.{1}
-@542 := Option.{0}
-@543 := @542 @203
-@544 := @541 @543
-@551 := LexLeanRuntime.index (@4 @203) @203 (LexLeanRuntime.instIndexableList @203)
-@555 := @544 (@551 (@204 @534) @60)
-@556 := Option.some.{0}
-@557 := @556 @203
-@558 := @557 @62
-@559 := @555 @558
-@560 := #10
-@564 := @228 @560 @534 @265 @62
-@565 := LexLeanTarget.TargetSyntax.Function.types
-@566 := @565 @60
-@567 := @564 @566
-@568 := @542 @532
-@569 := @541 @568
-@570 := LexLeanTarget.TargetSemantics.bindAll
-@571 := LexLeanTarget.TargetSyntax.Function.parameters
-@576 := @569 (@570 (@571 @71) @60 @194)
-@577 := @556 @532
-@578 := @577 @62
-@579 := @576 @578
-@580 := @542 @505
-@581 := @541 @580
-@582 := LexLeanPreservation.Rust.fnFallible
-@583 := #11
-@586 := @581 (@582 @583 @534)
-@587 := @556 @505
-@588 := @587 @62
-@589 := @586 @588
-@590 := LexLeanPreservation.RunConv
-@591 := #13
-@595 := @590 @591 @560 @265 @62
-@597 := @508 @60 @513
-@598 := Exists.{1}
-@599 := LexLeanPreservation.Rust.ROut
-@600 := @598 @599
-@601 := And
-@602 := LexLeanPreservation.Rust.RealizesFn
-@606 := @601 (@602 @534 @265 @15)
-@607 := LexLeanPreservation.Rust.RCI
-@609 := @607 #15
-@610 := LexLeanPreservation.Rust.fnIdent
-@611 := @610 @591
-@618 := (hne : @597) -> @600 (fun (ro : @599) => @606 (@609 @611 @583 @15))
-@633 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @203} ->
-  {args : @256} ->
-  {env : @532} ->
-  {F : @505} ->
-  {o : @507} ->
-  (hB : @540) ->
-  (hfn : @559) -> (hwt : @567) -> (hbind : @579) -> (hF : @589) -> (hA : @595) -> @618
-@635 := LexLeanPreservation.Rust.compose @0
-@636 := @533 @0
-@641 := (n : @3) -> @636 @265 @71 @15 @60
-@642 := @551 @205
-@645 := @544 (@642 @60) @558
-@649 := @239 @534 @265 @62 @566
-@650 := @590 @0
-@653 := @650 @560 @265 @62
-@667 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @203} ->
-  {args : @256} ->
-  {env : @532} ->
-  {F : @505} ->
-  {o : @507} ->
-  (hB : @641) ->
-  (hfn : @645) -> (hwt : @649) -> (hbind : @579) -> (hF : @589) -> (hA : @653) -> @618
-@668 := @635 @1
-@669 := @636 @1
-@673 := (n : @3) -> @669 @71 @15 @60
-@676 := @247 @265 @62 @566
-@677 := @582 @1
-@680 := @581 (@677 @534) @588
-@681 := @607 @1
-@691 := (hbind : @579) ->
-  (hF : @680) -> (hA : @653) -> (hne : @597) -> @600 (fun (ro : @599) => @606 (@681 @611 @583 @15))
-@701 := {A : @18} ->
-  {f : @3} ->
-  {fn : @203} ->
-  {args : @256} ->
-  {env : @532} -> {F : @505} -> {o : @507} -> (hB : @673) -> (hfn : @645) -> (hwt : @676) -> @691
-@702 := @668 @2
-@704 := @669 @2 @15
-@706 := (n : @3) -> @704 @60
-@707 := @253 @62
-@708 := @707 @566
-@717 := {f : @3} ->
-  {fn : @203} ->
-  {args : @256} ->
-  {env : @532} -> {F : @505} -> {o : @507} -> (hB : @706) -> (hfn : @645) -> (hwt : @708) -> @691
-@718 := @702 @206
-@720 := (n : @3) -> @704 @206
-@721 := @642 @206
-@722 := @544 @721
-@723 := @722 @558
-@724 := @677 @206
-@725 := @581 @724
-@726 := @725 @588
-@727 := @650 @206
-@729 := @727 @265 @62
-@731 := @681 (@610 @206)
-@739 := (hF : @726) -> (hA : @729) -> (hne : @597) -> @600 (fun (ro : @599) => @606 (@731 @583 @15))
-@748 := {fn : @203} ->
-  {args : @256} ->
-  {env : @532} ->
-  {F : @505} -> {o : @507} -> (hB : @720) -> (hfn : @723) -> (hwt : @708) -> (hbind : @579) -> @739
-@749 := @718 @223
-@751 := @722 (@557 @223)
-@752 := @565 @223
-@753 := @707 @752
-@755 := @570 (@571 @223)
-@767 := {args : @256} ->
-  {env : @532} ->
-  {F : @505} ->
-  {o : @507} ->
-  (hB : @720) -> (hfn : @751) -> (hwt : @753) -> (hbind : @569 (@755 @60 @194) @578) -> @739
-@768 := @749 @178
-@771 := @450 (@397 (@339 @171))
-@773 := @253 @771 @752
-@775 := @172 (@10 @534)
-@780 := @775 (@450 (@172 (@7 @71) @171))
-@784 := @569 (@755 @780 @194) @578
-@786 := @172 (@10 @583)
-@788 := @172 (@10 @560)
-@793 := @786 (@788 (@172 (@7 @534) @171))
-@795 := @727 @793 @62
-@798 := @172 (@10 #14)
-@800 := @172 (@10 @591)
-@801 := #12
-@821 := {env : @532} ->
-  {F : @505} ->
-  {o : @507} ->
-  (hB : @720) ->
-  (hfn : @751) ->
-  (hwt : @773) ->
-  (hbind : @784) ->
-  (hF : @726) ->
-  (hA : @795) ->
-  (hne : @597) -> @600 (fun (ro : @599) => @606 (@731 (@798 (@800 (@172 (@7 @801) @171))) @15))
-@822 := @768 @201
-@825 := @397 (@411 (@353 @171))
-@827 := @253 @825 @752
-@841 := @569 (@755 @771 @194) (@577 (@195 (@186 @338) (@195 (@189 @396) (@195 (@192 @449) @194))))
-@846 := @788 (@775 (@172 (@7 @265) @171))
-@848 := @727 @846 @62
-@850 := @172 (@10 @801)
-@869 := {F : @505} ->
-  {o : @507} ->
-  (hB : @720) ->
-  (hfn : @751) ->
-  (hwt : @827) ->
-  (hbind : @841) ->
-  (hF : @726) ->
-  (hA : @848) ->
-  (hne : @597) -> @600 (fun (ro : @599) => @606 (@731 (@800 (@850 (@172 (@7 @583) @171))) @15))
-@870 := @822 @202
-@871 := @469 @752
-@885 := @569 (@755 @825 @194) (@577 (@195 (@186 @352) (@195 (@189 @410) (@195 (@192 @396) @194))))
-@887 := @725 (@587 @202)
-@889 := @727 @780 @62
-@890 := @602 @202
-@911 := {o : @507} ->
-  (hB : @720) ->
-  (hfn : @751) ->
-  (hwt : @871) ->
-  (hbind : @885) ->
-  (hF : @887) ->
-  (hA : @889) ->
-  (hne : @597) ->
-  @600 (fun (ro : @599) => @601 (@890 @265 @15) (@731 (@850 (@786 (@172 (@7 @560) @171))) @15))
-@912 := @870 @492
-@913 := @476 @752
-@927 := @569 (@755 @468 @194) (@577 (@195 (@186 @335) (@195 (@189 @393) (@195 (@192 @410) @194))))
-@928 := @727 @771
-@931 := @489 @265 @71 @60
-@932 := @928 @931
-@935 := @489 @534 @265 @71
-@955 := (hB : @720) ->
-  (hfn : @751) ->
-  (hwt : @913) ->
-  (hbind : @927) ->
-  (hF : @887) ->
-  (hA : @932) ->
-  (hne : @508 @935 @513) ->
-  @600 (fun (ro : @599) => @601 (@890 (@489 @583 @560 @534) @15) (@731 @793 @15))
-@956 := @912 @227
-@957 := @483 @752
-@971 := @569 (@755 @475 @194) (@577 (@195 (@186 @349) (@195 (@189 @407) (@195 (@192 @393) @194))))
-@972 := @727 @825
-@975 := @489 @71 @60 @62
-@995 := (hfn : @751) ->
-  (hwt : @957) ->
-  (hbind : @971) ->
-  (hF : @887) ->
-  (hA : @972 @975) ->
-  (hne : @508 @931 @513) ->
-  @600 (fun (ro : @599) => @601 (@890 (@489 @560 @534 @265) @15) (@731 @846 @15))
-@996 := Eq.refl.{1}
-@999 := @956 (@996 @543 @721)
-@1000 := @487 @752
-@1014 := @569 (@755 @482 @194) (@577 (@195 (@186 @364) (@195 (@189 @11) (@195 (@192 @407) @194))))
-@1015 := @727 @468
-@1018 := @489 @60 @62 @64
-@1034 := (hwt : @1000) ->
-  (hbind : @1014) ->
-  (hF : @887) ->
-  (hA : @1015 @1018) ->
-  (hne : @508 @975 @513) -> @600 (fun (ro : @599) => @601 (@890 @935 @15) (@731 @780 @15))
-@1035 := @999 @486
-@1037 := @755 @178 @194
-@1040 := @569 @1037 (@577 @201)
-@1041 := @727 @475
-@1044 := @489 @62 @64 @6
-@1059 := (hbind : @1040) ->
-  (hF : @887) ->
-  (hA : @1041 @1044) ->
-  (hne : @508 @1018 @513) -> @600 (fun (ro : @599) => @601 (@890 @931 @15) (@731 @771 @15))
-@1062 := @1035 (@996 @568 @1037)
-@1063 := @727 @482
-@1066 := @489 @64 @6 @21
-@1080 := (hF : @887) ->
-  (hA : @1063 @1066) ->
-  (hne : @508 @1044 @513) -> @600 (fun (ro : @599) => @601 (@890 @975 @15) (@731 @825 @15))
-@1083 := @1062 (@996 @580 @724)
-@1085 := @727 @178 @492
-@1087 := @508 @1066 @513
-@1088 := @890 @1018
-@1090 := @601 (@1088 @15)
-@1091 := @731 @468
-@1092 := @1091 @15
-@1097 := (hA : @1085) -> (hne : @1087) -> @600 (fun (ro : @599) => @1090 @1092)
-@1098 := @1083 @504
-@1100 := @508 @492 @513
-@1101 := @890 @1044
-@1103 := @601 (@1101 @15)
-@1104 := @731 @475
-@1109 := (hne : @1100) -> @600 (fun (ro : @599) => @1103 (@1104 @15))
-@1110 := @1098 @527
-@1113 := @601 (@890 @1066 @15)
-@1115 := @731 @482 @15
-@1116 := @1113 @1115
-@1118 := @600 (fun (ro : @599) => @1116)
-@1119 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.accepts
-@1122 := @1119 @6 @21 @23
-@1123 := LexLeanPreservation.someObs
-@1124 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.denote
-@1128 := @1123 (@1124 @6 @21 @23)
-@1131 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
-@1132 := Not
-@1133 := @1132 @1122
-@1136 := @1119 @64 @6 @21
-@1140 := @1123 (@1124 @64 @6 @21)
-@1141 := @1132 @1136
-@1148 := @1136 -> @890 (@1123 (@1124 @62 @64 @6)) @23
-@1149 := @890 @1131
-@1150 := @1149 @23
-@1151 := @1141 -> @1150
-@1153 := @601 @1148 @1151
-@1157 := @600 (fun (__e_ro : @599) => @601 @1115 @1153)
-@1158 := fun (__e_ro : @599) => @1116
-@1159 := @1101 @23
-@1160 := @1104 @23
-@1161 := And.left
-@1162 := And.right
-@1165 := @1161 @1159 @1160 @15
-@1168 := @1162 @1159 @1160 @15
-@1169 := @890 @15
-@1171 := fun (__e_o : @507) => @1169 @21
-@1172 := Eq.subst.{1}
-@1175 := @1119 @62 @64 @6
-@1176 := @1132 @1175
-@1181 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entry_accepts @60 @62 @64 @15
-@1185 := @1123 (@1124 @60 @62 @64)
-@1190 := @1161 (@1088 @21) (@1091 @21) @23
-@1192 := fun (__e_o : @507) => @1169 @6
-@1195 := @1172 @507 @1192 @1018
-@1199 := fun (__e_h : @1175) => @1195 @1185 @1181 @1190
-@1204 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.entry_refuses @60 @62 @64 @15
-@1208 := fun (__e_h : @1176) => @1195 @1131 @1204 @1190
-@1209 := And.intro
-@1212 := @1175 -> @890 @1185 @21
-@1214 := @1176 -> @1149 @21
-@1216 := @601 @1212 @1214
-@1220 := @1209 @1212 @1214 @1199 @1208
-@1224 := @1209 @1160 @1216 @1168 @1220
-@1225 := Exists.intro.{1}
-@1226 := @601 @1092
-@1229 := @1119 @60 @62 @64
-@1242 := fun (__e_ro : @599) =>
-  @1226 (@601 (@1229 -> @890 (@1123 (@1124 @71 @60 @62)) @23) (@1132 @1229 -> @1150))
-@1246 := @1225 @599 @1242 @23 @1224
-@1248 := @601 @1159 @1160
-@1250 := fun (__e_ro : @599) => fun (__e_hand : @1116) => @1246
-@1256 := Exists.elim.{1} @599 @1158 @1157 @1110 @1250
-@1257 := LexLeanPreservation.Rust.RepresentableL
-@1258 := @10 @23
-@1260 := @172 @25 @171
-@1264 := @1257 (@175 (@172 @1258 @1260))
-@1265 := (__e_hrep : @1264) -> @1157
-@1266 := fun (__e_hrep : @1264) => @1256
-@1267 := (x : @3) -> @1265
-@1268 := fun (x : @3) => @1266
-@1269 := (t : @5) -> @1267
-@1270 := fun (t : @5) => @1268
-@1271 := (s : @5) -> @1269
-@1272 := fun (s : @5) => @1270
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/RustStd.lean
deleted file mode 100644
index ff2748970..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/RustStd.lean
+++ /dev/null
@@ -1,121 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))),
-      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))) [(.call 1 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))) [(.call 2 [(.var 0), (.var 2)]), (.build .pair (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))) [(.call 3 [(.var 0), (.var 2)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))) [(.call 4 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))) [(.call 6 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.pair .nat (.list .nat))) [(.call 8 [(.var 0), (.var 1)]), (.build .pair (.pair .nat (.list .nat)) [(.prim .length [(.var 0)]), (.var 0)])])])])])])]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 1 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 2 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 4 [(.call 5 [(.var 0), (.var 2)]), (.var 3)]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 5 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 7 [(.var 1), (.var 2)]) (.build .cons (.list .nat) [(.var 2), (.call 6 [(.var 3), (.var 1)])]) (.call 6 [(.var 3), (.var 1)])))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 7 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.cond (.call 9 [(.var 1), (.var 2)]) (.call 8 [(.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 2), (.call 8 [(.var 3), (.var 1)])])))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))),
-      body := (.cond (.call 10 [(.var 0)]) (.cond (.call 10 [(.var 1)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [(.call 0 [(.var 0), (.var 1), (.var 2)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat)))))))) (.mk [] (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 8) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 6)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 4) [(.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))))]))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 24)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 24)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))))]))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false))))] (.matchOn (.move (.generated .holder 28)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.pair (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 6) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1))] false) (.pair (.call (.function 8) [(.clone (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false))) (.move (.generated .binding 0))))))))), [(2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))]) (tail := (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 1) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))))]) (tail := (.matchOn (.move (.generated .holder 9)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 4) [(.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (lb := []) (tb := (.call (.function 6) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl) (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 7) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 24)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 24)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.clone (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (lb := []) (tb := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false))))] (.matchOn (.move (.generated .holder 28)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 28)) none (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false))))]) (tail := (.matchOn (.move (.generated .holder 28)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 29)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (ce := (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 10) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 10) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) []))), [(2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 10) [(.clone (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (.mk [] (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)])) (lb := []) (tb := (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))) [])) (Corr.build (ts := [(.pair (.list .nat) (.pair (.list .nat) (.pair .bool (.pair (.list .nat) (.pair (.list .nat) (.pair (.list .nat) (.pair .nat (.list .nat))))))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | _ + 12 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/Compose/RustStd.lex.tex
deleted file mode 100644
index 397c9bce7..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,637 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wt_0 : @689 := @688 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wtItems_0 : @699 := @698 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wtItems_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.root : @1328 := @1329 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.flags
-@3 := Nat
-@5 := Coverage.Syntax.Rose @3
-@6 := #0
-@7 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.__enc_0
-@8 := @7 @6
-@9 := LexLeanPreservation.Rust.WT
-@10 := LexLeanTarget.TargetSyntax.Ty.adt
-@11 := 0
-@12 := @10 @11
-@13 := @9 @0
-@14 := @13 @1
-@15 := @14 @2
-@17 := @15 @8 @12
-@18 := fun (__v : @5) => @17
-@19 := List.{0}
-@20 := @19 @5
-@21 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.__items_0
-@22 := @21 @6
-@23 := LexLeanPreservation.Rust.WTAll
-@24 := @23 @0
-@25 := @24 @1
-@26 := @25 @2
-@28 := @26 @22 @12
-@29 := fun (__v : @20) => @28
-@30 := #2
-@31 := #1
-@32 := LexLeanTarget.TargetSyntax.Value.nat
-@33 := @32 @30
-@34 := LexLeanTarget.TargetSyntax.Ty.nat
-@35 := LexLeanTarget.TargetSyntax.Program
-@36 := LexLeanPreservation.Rust.RCrate
-@37 := LexLeanPreservation.Rust.Flags
-@38 := #3
-@41 := @9 @38 @30 @31
-@42 := @32 @6
-@48 := {p : @35} -> {c : @36} -> {A : @37} -> (n : @3) -> @41 @42 @34
-@50 := LexLeanPreservation.Rust.wt_nat @0
-@57 := {c : @36} -> {A : @37} -> (n : @3) -> @13 @30 @31 @42 @34
-@58 := @50 @1
-@63 := {A : @37} -> (n : @3) -> @14 @31 @42 @34
-@64 := @58 @2
-@67 := (n : @3) -> @15 @42 @34
-@68 := @64 @30
-@70 := @15 @33 @34
-@71 := LexLeanPreservation.ListEnc.enc
-@72 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.__L_0
-@74 := @71 @5 @72
-@75 := @74 @31
-@76 := LexLeanTarget.TargetSyntax.Ty.list
-@77 := @76 @12
-@78 := @21 @31
-@79 := LexLeanTarget.TargetSyntax.Value
-@80 := @19 @79
-@81 := LexLeanTarget.TargetSyntax.Ty
-@82 := #4
-@87 := @23 @82 @38 @30 @31 @6
-@88 := #5
-@91 := @9 @88 @82 @38
-@92 := LexLeanTarget.TargetSyntax.Value.list
-@93 := @92 @30
-@94 := @91 @93
-@95 := @76 @31
-@102 := {p : @35} -> {c : @36} -> {A : @37} -> {vs : @80} -> {t : @81} -> (h : @87) -> @94 @95
-@104 := LexLeanPreservation.Rust.wt_list @0
-@108 := @24 @38 @30 @31 @6
-@110 := @13 @82 @38
-@117 := {c : @36} -> {A : @37} -> {vs : @80} -> {t : @81} -> (h : @108) -> @110 @93 @95
-@118 := @104 @1
-@121 := @25 @30 @31 @6
-@122 := @14 @38
-@128 := {A : @37} -> {vs : @80} -> {t : @81} -> (h : @121) -> @122 @93 @95
-@129 := @118 @2
-@136 := {vs : @80} -> {t : @81} -> (h : @26 @31 @6) -> @15 @93 @95
-@137 := @129 @78
-@138 := @21 @30
-@139 := @26 @138
-@140 := @139 @6
-@141 := @21 @38
-@146 := {t : @81} -> (h : @140) -> @15 (@92 @141) @95
-@147 := @137 @12
-@149 := @26 @78 @12
-@153 := (h : @149) -> @15 (@92 @138) @77
-@154 := @147 @6
-@157 := @15 (@92 @78) @77
-@158 := List.nil.{0}
-@159 := List.cons.{0}
-@160 := @158 @79
-@161 := @159 @79
-@163 := @161 @75 @160
-@164 := @161 @33
-@165 := @164 @163
-@166 := @158 @81
-@167 := @159 @81
-@168 := @167 @77
-@169 := @168 @166
-@170 := @167 @34
-@171 := @170 @169
-@172 := LexLeanPreservation.Rust.WTL
-@180 := {p : @35} -> {c : @36} -> {A : @37} -> @172 @30 @31 @6 @160 @166
-@182 := LexLeanPreservation.Rust.wtl_nil @0
-@183 := @172 @0
-@189 := {c : @36} -> {A : @37} -> @183 @31 @6 @160 @166
-@190 := @182 @1
-@191 := @183 @1
-@195 := {A : @37} -> @191 @6 @160 @166
-@196 := @190 @2
-@197 := @191 @2
-@198 := @197 @160
-@199 := @198 @166
-@200 := @19 @81
-@201 := #6
-@206 := @9 @201 @88 @82 @38 @30
-@207 := #7
-@212 := @172 @207 @201 @88 @30 @31
-@213 := #8
-@216 := @172 @213 @207 @201
-@218 := @161 @88 @38
-@219 := @216 @218
-@221 := @167 @82 @30
-@231 := {p : @35} ->
-  {c : @36} ->
-  {A : @37} ->
-  {v : @79} -> {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @206) -> (hs : @212) -> @219 @221
-@233 := LexLeanPreservation.Rust.wtl_cons @0
-@237 := @13 @88 @82 @38 @30
-@241 := @183 @201 @88 @30 @31
-@253 := {c : @36} ->
-  {A : @37} ->
-  {v : @79} ->
-  {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @237) -> (hs : @241) -> @183 @207 @201 @218 @221
-@254 := @233 @1
-@257 := @14 @82 @38 @30
-@260 := @191 @88 @30 @31
-@270 := {A : @37} ->
-  {v : @79} ->
-  {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @257) -> (hs : @260) -> @191 @201 @218 @221
-@271 := @254 @2
-@273 := @15 @38 @30
-@275 := @197 @30 @31
-@283 := {v : @79} ->
-  {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @273) -> (hs : @275) -> @197 @218 @221
-@284 := @271 @75
-@285 := @74 @82
-@297 := {t : @81} ->
-  {vs : @80} -> {ts : @200} -> (h : @15 @285 @30) -> (hs : @275) -> @197 (@161 (@74 @201) @38) @221
-@298 := @284 @77
-@299 := @74 @38
-@301 := @15 @299 @77
-@305 := @197 (@161 (@74 @88) @38)
-@306 := @168 @30
-@311 := {vs : @80} -> {ts : @200} -> (h : @301) -> (hs : @275) -> @305 @306
-@312 := @298 @160
-@313 := @74 @30
-@315 := @15 @313 @77
-@316 := @198 @31
-@318 := @161 @285 @160
-@323 := {ts : @200} -> (h : @315) -> (hs : @316) -> @197 @318 @306
-@324 := @312 @166
-@326 := @15 @75 @77
-@328 := @161 @299 @160
-@329 := @197 @328
-@332 := (h : @326) -> (hs : @199) -> @329 @169
-@333 := @324 @154
-@335 := @161 @313 @160
-@337 := @197 @335 @169
-@338 := (hs : @199) -> @337
-@339 := @333 @196
-@341 := @197 @163 @169
-@342 := @271 @33
-@343 := @32 @88
-@345 := @15 @343 @30
-@347 := @161 (@32 @207)
-@355 := {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @345) -> (hs : @275) -> @197 (@347 @38) @221
-@356 := @342 @34
-@357 := @32 @82
-@358 := @15 @357
-@359 := @358 @34
-@360 := @32 @201
-@361 := @161 @360
-@363 := @197 (@361 @38)
-@364 := @170 @30
-@369 := {vs : @80} -> {ts : @200} -> (h : @359) -> (hs : @275) -> @363 @364
-@370 := @356 @163
-@371 := @32 @38
-@373 := @15 @371 @34
-@374 := @329 @31
-@375 := @161 @343
-@376 := @375 @318
-@381 := {ts : @200} -> (h : @373) -> (hs : @374) -> @197 @376 @364
-@382 := @370 @169
-@383 := @161 @357
-@384 := @383 @328
-@385 := @197 @384
-@388 := (h : @70) -> (hs : @337) -> @385 @171
-@389 := @382 @68
-@390 := @161 @371
-@391 := @390 @335
-@393 := @197 @391 @171
-@394 := (hs : @341) -> @393
-@395 := @389 @339
-@397 := @197 @165 @171
-@398 := Eq.{1}
-@399 := Option.{0}
-@400 := @399 @200
-@401 := @398 @400
-@402 := LexLeanPreservation.Rust.adtFields
-@406 := @401 (@402 @201 @38 @30)
-@407 := Option.some.{0}
-@408 := @407 @200
-@409 := @408 @6
-@410 := @406 @409
-@413 := @9 @213 @207 @201
-@414 := LexLeanTarget.TargetSyntax.Value.adt
-@416 := @414 @82 @38
-@417 := @413 @416
-@418 := @10 @88
-@428 := {p : @35} ->
-  {c : @36} ->
-  {A : @37} ->
-  {i : @3} -> {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @410) -> (hf : @212) -> @417 @418
-@430 := LexLeanPreservation.Rust.wt_adt @0
-@431 := @402 @0
-@435 := @401 (@431 @38 @30) @409
-@447 := {c : @36} ->
-  {A : @37} ->
-  {i : @3} ->
-  {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @435) -> (hf : @241) -> @13 @207 @201 @416 @418
-@448 := @430 @1
-@458 := {A : @37} ->
-  {i : @3} ->
-  {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @435) -> (hf : @260) -> @14 @201 @416 @418
-@459 := @448 @2
-@460 := @15 @416
-@467 := {i : @3} -> {k : @3} -> {fs : @80} -> {tys : @200} -> (h : @435) -> (hf : @275) -> @460 @418
-@468 := @459 @11
-@469 := @431 @11
-@478 := {k : @3} ->
-  {fs : @80} -> {tys : @200} -> (h : @401 (@469 @30) @409) -> (hf : @275) -> @460 @12
-@479 := @468 @11
-@480 := @469 @11
-@481 := @401 @480
-@482 := @481 @409
-@483 := @414 @11
-@490 := {fs : @80} -> {tys : @200} -> (h : @482) -> (hf : @275) -> @15 (@483 @38) @12
-@491 := @479 @165
-@498 := {tys : @200} -> (h : @482) -> (hf : @385 @31) -> @15 (@483 @376) @12
-@499 := @491 @171
-@506 := (h : @481 (@408 @171)) -> (hf : @393) -> @15 (@483 @384) @12
-@507 := Eq.refl.{1}
-@510 := @499 (@507 @400 @480)
-@514 := (hf : @397) -> @15 (@483 @391) @12
-@515 := @510 @395
-@518 := @15 (@483 @165) @12
-@521 := fun (__x0 : @3) => fun (__x1 : @20) => fun (__ih0 : @28) => @515
-@530 := {p : @35} -> {c : @36} -> {A : @37} -> {t : @81} -> @23 @38 @30 @31 @160 @6
-@532 := LexLeanPreservation.Rust.wtAll_nil @0
-@539 := {c : @36} -> {A : @37} -> {t : @81} -> @24 @30 @31 @160 @6
-@540 := @532 @1
-@545 := {A : @37} -> {t : @81} -> @25 @31 @160 @6
-@546 := @540 @2
-@547 := @26 @160
-@549 := {t : @81} -> @547 @6
-@550 := @546 @12
-@551 := @547 @12
-@552 := @7 @38
-@554 := @91 @30 @6
-@559 := @23 @201 @88 @82 @30 @31
-@562 := @23 @207 @201 @88
-@564 := @161 @82 @38
-@574 := {p : @35} ->
-  {c : @36} ->
-  {A : @37} -> {v : @79} -> {vs : @80} -> {t : @81} -> (h : @554) -> (hs : @559) -> @562 @564 @30
-@576 := LexLeanPreservation.Rust.wtAll_cons @0
-@593 := {c : @36} ->
-  {A : @37} ->
-  {v : @79} ->
-  {vs : @80} ->
-  {t : @81} -> (h : @110 @30 @6) -> (hs : @24 @88 @82 @30 @31) -> @24 @201 @88 @564 @30
-@594 := @576 @1
-@608 := {A : @37} ->
-  {v : @79} ->
-  {vs : @80} -> {t : @81} -> (h : @122 @30 @6) -> (hs : @25 @82 @30 @31) -> @25 @88 @564 @30
-@609 := @594 @2
-@611 := @15 @30 @6
-@613 := @26 @30 @31
-@620 := {v : @79} -> {vs : @80} -> {t : @81} -> (h : @611) -> (hs : @613) -> @26 @564 @30
-@621 := @609 @552
-@622 := @7 @88
-@633 := {vs : @80} -> {t : @81} -> (h : @15 @622 @6) -> (hs : @613) -> @26 (@161 (@7 @207) @38) @30
-@634 := @621 @138
-@635 := @7 @82
-@637 := @15 @635 @6
-@638 := @21 @82
-@649 := {t : @81} -> (h : @637) -> (hs : @26 @638 @31) -> @26 (@161 (@7 @201) (@21 @88)) @30
-@650 := @634 @12
-@660 := (h : @15 @552 @12) -> (hs : @26 @141 @12) -> @26 (@161 @622 @638) @12
-@661 := @650 @31
-@667 := (hs : @139 @12) -> @26 (@161 @635 @141) @12
-@668 := @661 @6
-@672 := @26 (@161 @552 @138) @12
-@673 := fun (__ih1 : @149) => @668
-@679 := fun (__x0 : @5) => fun (__x1 : @20) => fun (__ih0 : @15 (@7 @31) @12) => @673
-@688 := fun (__v : @5) => Coverage.Syntax.Rose.rec.{0} @3 @18 @29 @521 @550 @679 @6
-@689 := (__v : @5) -> @17
-@698 := fun (__v : @20) => Coverage.Syntax.Rose.rec_1.{0} @3 @18 @29 @521 @550 @679 @6
-@699 := (__v : @20) -> @28
-@700 := @32 @31
-@701 := @64 @31
-@703 := @15 @700 @34
-@705 := @161 @700 @160
-@708 := Prod.{0, 0} @3 @79
-@712 := Prod.mk.{0, 0} @3 @79 @11
-@713 := @712 @700
-@714 := @158 @708
-@715 := @159 @708
-@717 := @715 @713 @714
-@718 := Bool.true
-@719 := LexLeanTarget.TargetSyntax.Function
-@720 := LexLeanTarget.TargetSyntax.Program.functions
-@721 := @720 @0
-@722 := @158 @3
-@723 := LexLeanTarget.TargetSyntax.Ty.unit
-@724 := LexLeanTarget.TargetSyntax.Value.unit
-@727 := LexLeanTarget.TargetSyntax.Expr.value @723 @724
-@732 := LexLeanTarget.TargetSyntax.Function.mk @722 @166 @723 @727
-@737 := List.getD.{0} @719 @721 @11 @732
-@741 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.root @6 @11
-@742 := @271 @700
-@749 := {t : @81} -> {vs : @80} -> {ts : @200} -> (h : @358 @30) -> (hs : @275) -> @363 @221
-@750 := @742 @34
-@757 := {vs : @80} -> {ts : @200} -> (h : @373) -> (hs : @275) -> @197 (@375 @38) @364
-@758 := @750 @160
-@759 := @383 @160
-@760 := @197 @759
-@764 := {ts : @200} -> (h : @70) -> (hs : @316) -> @760 @364
-@765 := @758 @166
-@766 := @390 @160
-@767 := @197 @766
-@768 := @170 @166
-@771 := (h : @703) -> (hs : @199) -> @767 @768
-@772 := @765 @701
-@773 := @164 @160
-@774 := @197 @773
-@776 := (hs : @199) -> @774 @768
-@777 := @772 @196
-@778 := @197 @705
-@779 := @778 @768
-@780 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.denote
-@781 := @780 @31
-@782 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.__fits_0
-@783 := @782 @31
-@786 := @32 (Coverage.RecRoots.roseTotal @31)
-@788 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.root @31
-@789 := Bool
-@790 := Ne.{1}
-@791 := LexLeanPreservation.Obs
-@792 := @790 @791
-@793 := LexLeanPreservation.Rel
-@796 := @792 (@793 @31 @6)
-@797 := LexLeanPreservation.Obs.stuck
-@800 := (f : @789) -> (v : @79) -> @796 @797
-@802 := LexLeanPreservation.Rust.rel_ne_stuck @783
-@808 := (v : @79) -> @792 (@793 (@782 @30) @6) @797
-@809 := @802 @786
-@813 := @792 (@793 @783 @786) @797
-@814 := @19 @708
-@815 := LexLeanPreservation.Rust.FunSem
-@816 := #9
-@822 := (n : @3) -> @815 @816 @213 @207 @6 @201
-@823 := @399 @719
-@824 := @398 @823
-@831 := LexLeanRuntime.index (@19 @719) @719 (LexLeanRuntime.instIndexableList @719)
-@835 := @824 (@831 (@720 @816) @201)
-@836 := @407 @719
-@837 := @836 @88
-@838 := @835 @837
-@839 := #10
-@843 := @172 @839 @816 @213 @88
-@844 := LexLeanTarget.TargetSyntax.Function.types
-@845 := @844 @201
-@846 := @843 @845
-@847 := @399 @814
-@848 := @398 @847
-@849 := LexLeanTarget.TargetSemantics.bindAll
-@850 := LexLeanTarget.TargetSyntax.Function.parameters
-@855 := @848 (@849 (@850 @207) @201 @714)
-@856 := @407 @814
-@857 := @856 @88
-@858 := @855 @857
-@859 := @399 @789
-@860 := @398 @859
-@861 := LexLeanPreservation.Rust.fnFallible
-@862 := #11
-@865 := @860 (@861 @862 @816)
-@866 := @407 @789
-@867 := @866 @88
-@868 := @865 @867
-@869 := LexLeanPreservation.RunConv
-@870 := #13
-@874 := @869 @870 @839 @213 @88
-@876 := @792 @201 @797
-@877 := Exists.{1}
-@878 := LexLeanPreservation.Rust.ROut
-@879 := @877 @878
-@880 := And
-@881 := LexLeanPreservation.Rust.RealizesFn
-@885 := @880 (@881 @816 @213 @6)
-@886 := LexLeanPreservation.Rust.RCI
-@888 := @886 #15
-@889 := LexLeanPreservation.Rust.fnIdent
-@890 := @889 @870
-@897 := (hne : @876) -> @879 (fun (ro : @878) => @885 (@888 @890 @862 @6))
-@912 := {p : @35} ->
-  {c : @36} ->
-  {A : @37} ->
-  {f : @3} ->
-  {fn : @719} ->
-  {args : @80} ->
-  {env : @814} ->
-  {F : @789} ->
-  {o : @791} ->
-  (hB : @822) ->
-  (hfn : @838) -> (hwt : @846) -> (hbind : @858) -> (hF : @868) -> (hA : @874) -> @897
-@914 := LexLeanPreservation.Rust.compose @0
-@915 := @815 @0
-@920 := (n : @3) -> @915 @213 @207 @6 @201
-@921 := @831 @721
-@924 := @824 (@921 @201) @837
-@928 := @183 @816 @213 @88 @845
-@929 := @869 @0
-@932 := @929 @839 @213 @88
-@946 := {c : @36} ->
-  {A : @37} ->
-  {f : @3} ->
-  {fn : @719} ->
-  {args : @80} ->
-  {env : @814} ->
-  {F : @789} ->
-  {o : @791} ->
-  (hB : @920) ->
-  (hfn : @924) -> (hwt : @928) -> (hbind : @858) -> (hF : @868) -> (hA : @932) -> @897
-@947 := @914 @1
-@948 := @915 @1
-@952 := (n : @3) -> @948 @207 @6 @201
-@955 := @191 @213 @88 @845
-@956 := @861 @1
-@959 := @860 (@956 @816) @867
-@960 := @886 @1
-@970 := (hbind : @858) ->
-  (hF : @959) -> (hA : @932) -> (hne : @876) -> @879 (fun (ro : @878) => @885 (@960 @890 @862 @6))
-@980 := {A : @37} ->
-  {f : @3} ->
-  {fn : @719} ->
-  {args : @80} ->
-  {env : @814} -> {F : @789} -> {o : @791} -> (hB : @952) -> (hfn : @924) -> (hwt : @955) -> @970
-@981 := @947 @2
-@983 := @948 @2 @6
-@985 := (n : @3) -> @983 @201
-@986 := @197 @88
-@987 := @986 @845
-@996 := {f : @3} ->
-  {fn : @719} ->
-  {args : @80} ->
-  {env : @814} -> {F : @789} -> {o : @791} -> (hB : @985) -> (hfn : @924) -> (hwt : @987) -> @970
-@997 := @981 @11
-@999 := (n : @3) -> @983 @11
-@1000 := @921 @11
-@1001 := @824 @1000
-@1002 := @1001 @837
-@1003 := @956 @11
-@1004 := @860 @1003
-@1005 := @1004 @867
-@1006 := @929 @11
-@1008 := @1006 @213 @88
-@1010 := @960 (@889 @11)
-@1018 := (hF : @1005) ->
-  (hA : @1008) -> (hne : @876) -> @879 (fun (ro : @878) => @885 (@1010 @862 @6))
-@1027 := {fn : @719} ->
-  {args : @80} ->
-  {env : @814} ->
-  {F : @789} ->
-  {o : @791} -> (hB : @999) -> (hfn : @1002) -> (hwt : @987) -> (hbind : @858) -> @1018
-@1028 := @997 @737
-@1030 := @1001 (@836 @737)
-@1031 := @844 @737
-@1032 := @986 @1031
-@1034 := @849 (@850 @737)
-@1046 := {args : @80} ->
-  {env : @814} ->
-  {F : @789} ->
-  {o : @791} ->
-  (hB : @999) -> (hfn : @1030) -> (hwt : @1032) -> (hbind : @848 (@1034 @201 @714) @857) -> @1018
-@1047 := @1028 @705
-@1048 := @361 @160
-@1050 := @197 @1048 @1031
-@1051 := @347 @160
-@1055 := @848 (@1034 @1051 @714) @857
-@1058 := @161 (@32 @816) @160
-@1079 := {env : @814} ->
-  {F : @789} ->
-  {o : @791} ->
-  (hB : @999) ->
-  (hfn : @1030) ->
-  (hwt : @1050) ->
-  (hbind : @1055) ->
-  (hF : @1005) ->
-  (hA : @1006 @1058 @88) ->
-  (hne : @876) -> @879 (fun (ro : @878) => @885 (@1010 (@161 (@32 #12) @160) @6))
-@1080 := @1047 @717
-@1081 := @375 @160
-@1083 := @197 @1081 @1031
-@1091 := @848 (@1034 @1048 @714) (@856 (@715 (@712 @360) @714))
-@1094 := @161 (@32 @213) @160
-@1113 := {F : @789} ->
-  {o : @791} ->
-  (hB : @999) ->
-  (hfn : @1030) ->
-  (hwt : @1083) ->
-  (hbind : @1091) ->
-  (hF : @1005) ->
-  (hA : @1006 @1094 @88) ->
-  (hne : @876) -> @879 (fun (ro : @878) => @885 (@1010 (@161 (@32 @862) @160) @6))
-@1114 := @1080 @718
-@1115 := @760 @1031
-@1123 := @848 (@1034 @1081 @714) (@856 (@715 (@712 @343) @714))
-@1125 := @1004 (@866 @718)
-@1127 := @1006 @1051 @88
-@1128 := @881 @718
-@1147 := {o : @791} ->
-  (hB : @999) ->
-  (hfn : @1030) ->
-  (hwt : @1115) ->
-  (hbind : @1123) ->
-  (hF : @1125) ->
-  (hA : @1127) ->
-  (hne : @876) -> @879 (fun (ro : @878) => @880 (@1128 @213 @6) (@1010 (@161 (@32 @839) @160) @6))
-@1148 := @1114 @781
-@1149 := @767 @1031
-@1157 := @848 (@1034 @759 @714) (@856 (@715 (@712 @357) @714))
-@1158 := @1006 @1048
-@1159 := @780 @201
-@1160 := @1158 @1159
-@1161 := @780 @207
-@1179 := (hB : @999) ->
-  (hfn : @1030) ->
-  (hwt : @1149) ->
-  (hbind : @1157) ->
-  (hF : @1125) ->
-  (hA : @1160) ->
-  (hne : @792 @1161 @797) -> @879 (fun (ro : @878) => @880 (@1128 (@780 @816) @6) (@1010 @1058 @6))
-@1180 := @1148 @741
-@1181 := @774 @1031
-@1189 := @848 (@1034 @766 @714) (@856 (@715 (@712 @371) @714))
-@1190 := @1006 @1081
-@1191 := @780 @88
-@1209 := (hfn : @1030) ->
-  (hwt : @1181) ->
-  (hbind : @1189) ->
-  (hF : @1125) ->
-  (hA : @1190 @1191) ->
-  (hne : @792 @1159 @797) -> @879 (fun (ro : @878) => @880 (@1128 (@780 @213) @6) (@1010 @1094 @6))
-@1212 := @1180 (@507 @823 @1000)
-@1213 := @778 @1031
-@1221 := @848 (@1034 @773 @714) (@856 (@715 (@712 @33) @714))
-@1222 := @1006 @759
-@1223 := @780 @82
-@1239 := (hwt : @1213) ->
-  (hbind : @1221) ->
-  (hF : @1125) ->
-  (hA : @1222 @1223) ->
-  (hne : @792 @1191 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1161 @6) (@1010 @1051 @6))
-@1240 := @1212 @777
-@1242 := @1034 @705 @714
-@1245 := @848 @1242 (@856 @717)
-@1246 := @1006 @766
-@1247 := @780 @38
-@1262 := (hbind : @1245) ->
-  (hF : @1125) ->
-  (hA : @1246 @1247) ->
-  (hne : @792 @1223 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1159 @6) (@1010 @1048 @6))
-@1265 := @1240 (@507 @847 @1242)
-@1266 := @1006 @773
-@1267 := @780 @30
-@1281 := (hF : @1125) ->
-  (hA : @1266 @1267) ->
-  (hne : @792 @1247 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1191 @6) (@1010 @1081 @6))
-@1284 := @1265 (@507 @859 @1003)
-@1298 := (hA : @1006 @705 @781) ->
-  (hne : @792 @1267 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1223 @6) (@1010 @759 @6))
-@1299 := @1284 @788
-@1310 := (hne : @792 @781 @797) -> @879 (fun (ro : @878) => @880 (@1128 @1247 @6) (@1010 @766 @6))
-@1311 := @1299 @809
-@1317 := @880 (@1128 @1267 @6) (@1010 @773 @6)
-@1319 := @879 (fun (ro : @878) => @1317)
-@1321 := @879 (fun (__e_ro : @878) => @1317)
-@1325 := LexLeanPreservation.Rust.RepresentableL (@161 @42 @160)
-@1326 := (__e_hrep : @1325) -> @1321
-@1327 := fun (__e_hrep : @1325) => @1311
-@1328 := (n : @3) -> @1326
-@1329 := fun (n : @3) => @1327
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/RustStd.lean
deleted file mode 100644
index 59b6fdf61..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/RustStd.lean
+++ /dev/null
@@ -1,50 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, (.list (.adt 0))]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) [(.value .nat (.nat 1)), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 0)) [])])])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2] (.prim .natAdd [(.value .nat (.nat 1)), (.call 2 [(.var 2)])]))]) },
-    { parameters := [0], types := [(.list (.adt 0))], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.call 1 [(.var 1)]), (.call 2 [(.var 2)])]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat, (.list (.adt 0))] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.construct .cons [(.construct (.adt 0 0) [(.lit (.nat 1)), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 0)) [])])])] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 2)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 0)) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.construct .cons [(.construct (.adt 0 0) [(.lit (.nat 1)), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 0)) [])])])] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 2)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 0)), (some 2)), (1, .nat, none), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 2)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 2) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 4)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))]), [(0, (.list (.adt 0)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 0))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(2, (.list (.adt 0)), (some 2)), (1, (.adt 0), (some 1)), (0, (.list (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 5)) none (.call (.function 1) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 0))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/Compose/RustStd.lex.tex
deleted file mode 100644
index ae503b837..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,885 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_0 : @1187 := @1186 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_1 : @1201 := @1200 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wtItems_0 : @1215 := @1214 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wtItems_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.root : @1800 := @1801 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.flags
-@3 := Coverage.Syntax.Expr
-@4 := #0
-@5 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := fun (__v : @3) => @15
-@17 := Coverage.Syntax.Stmt
-@18 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.__enc_1
-@19 := @18 @4
-@20 := 1
-@21 := @8 @20
-@23 := @13 @19 @21
-@24 := fun (__v : @17) => @23
-@25 := List.{0}
-@26 := @25 @17
-@27 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.__items_0
-@28 := @27 @4
-@29 := LexLeanPreservation.Rust.WTAll
-@30 := @29 @0
-@31 := @30 @1
-@32 := @31 @2
-@34 := @32 @28 @21
-@35 := fun (__v : @26) => @34
-@36 := LexLeanTarget.TargetSyntax.Value.nat
-@37 := @36 @4
-@38 := LexLeanTarget.TargetSyntax.Ty.nat
-@39 := LexLeanTarget.TargetSyntax.Program
-@40 := LexLeanPreservation.Rust.RCrate
-@41 := LexLeanPreservation.Rust.Flags
-@42 := Nat
-@43 := #3
-@44 := @7 @43
-@45 := #2
-@46 := @44 @45
-@47 := #1
-@48 := @46 @47
-@54 := {p : @39} -> {c : @40} -> {A : @41} -> (n : @42) -> @48 @37 @38
-@56 := LexLeanPreservation.Rust.wt_nat @0
-@58 := @11 @45 @47
-@63 := {c : @40} -> {A : @41} -> (n : @42) -> @58 @37 @38
-@64 := @56 @1
-@65 := @12 @47
-@69 := {A : @41} -> (n : @42) -> @65 @37 @38
-@70 := @64 @2
-@72 := @13 @37 @38
-@73 := (n : @42) -> @72
-@74 := @70 @4
-@75 := LexLeanTarget.TargetSyntax.Value
-@76 := LexLeanTarget.TargetSyntax.Ty
-@77 := List.nil.{0}
-@78 := List.cons.{0}
-@79 := @77 @75
-@80 := @78 @75
-@82 := @80 @37 @79
-@83 := @77 @76
-@84 := @78 @76
-@85 := @84 @38
-@86 := @85 @83
-@87 := LexLeanPreservation.Rust.WTL
-@95 := {p : @39} -> {c : @40} -> {A : @41} -> @87 @45 @47 @4 @79 @83
-@97 := LexLeanPreservation.Rust.wtl_nil @0
-@98 := @87 @0
-@104 := {c : @40} -> {A : @41} -> @98 @47 @4 @79 @83
-@105 := @97 @1
-@106 := @98 @1
-@110 := {A : @41} -> @106 @4 @79 @83
-@111 := @105 @2
-@112 := @106 @2
-@113 := @112 @79
-@114 := @113 @83
-@115 := @25 @75
-@116 := @25 @76
-@117 := #6
-@118 := @7 @117
-@119 := #5
-@120 := @118 @119
-@121 := #4
-@124 := @120 @121 @43 @45
-@125 := #7
-@130 := @87 @125 @117 @119 @45 @47
-@131 := #8
-@134 := @87 @131 @125 @117
-@136 := @80 @119 @43
-@137 := @134 @136
-@139 := @84 @121 @45
-@149 := {p : @39} ->
-  {c : @40} ->
-  {A : @41} ->
-  {v : @75} -> {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @124) -> (hs : @130) -> @137 @139
-@151 := LexLeanPreservation.Rust.wtl_cons @0
-@155 := @11 @119 @121 @43 @45
-@159 := @98 @117 @119 @45 @47
-@171 := {c : @40} ->
-  {A : @41} ->
-  {v : @75} ->
-  {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @155) -> (hs : @159) -> @98 @125 @117 @136 @139
-@172 := @151 @1
-@175 := @12 @121 @43 @45
-@178 := @106 @119 @45 @47
-@188 := {A : @41} ->
-  {v : @75} ->
-  {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @175) -> (hs : @178) -> @106 @117 @136 @139
-@189 := @172 @2
-@191 := @13 @43 @45
-@193 := @112 @45 @47
-@201 := {v : @75} ->
-  {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @191) -> (hs : @193) -> @112 @136 @139
-@202 := @189 @37
-@203 := @36 @43
-@215 := {t : @76} ->
-  {vs : @115} -> {ts : @116} -> (h : @13 @203 @45) -> (hs : @193) -> @112 (@80 (@36 @119) @43) @139
-@216 := @202 @38
-@217 := @36 @45
-@219 := @13 @217 @38
-@223 := @112 (@80 (@36 @121) @43)
-@224 := @85 @45
-@229 := {vs : @115} -> {ts : @116} -> (h : @219) -> (hs : @193) -> @223 @224
-@230 := @216 @79
-@231 := @36 @47
-@233 := @13 @231 @38
-@234 := @113 @47
-@236 := @80 @203 @79
-@241 := {ts : @116} -> (h : @233) -> (hs : @234) -> @112 @236 @224
-@242 := @230 @83
-@244 := @80 @217 @79
-@245 := @112 @244
-@248 := (h : @72) -> (hs : @114) -> @245 @86
-@249 := @242 @74
-@251 := @80 @231 @79
-@253 := @112 @251 @86
-@254 := (hs : @114) -> @253
-@255 := @249 @111
-@257 := @112 @82 @86
-@258 := Eq.{1}
-@259 := Option.{0}
-@260 := @259 @116
-@261 := @258 @260
-@262 := LexLeanPreservation.Rust.adtFields
-@266 := @261 (@262 @117 @43 @45)
-@267 := Option.some.{0}
-@268 := @267 @116
-@269 := @268 @4
-@270 := @266 @269
-@273 := @7 @131 @125 @117
-@274 := LexLeanTarget.TargetSyntax.Value.adt
-@276 := @274 @121 @43
-@277 := @273 @276
-@278 := @8 @119
-@288 := {p : @39} ->
-  {c : @40} ->
-  {A : @41} ->
-  {i : @42} -> {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @270) -> (hf : @130) -> @277 @278
-@290 := LexLeanPreservation.Rust.wt_adt @0
-@291 := @262 @0
-@295 := @261 (@291 @43 @45) @269
-@307 := {c : @40} ->
-  {A : @41} ->
-  {i : @42} ->
-  {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @295) -> (hf : @159) -> @11 @125 @117 @276 @278
-@308 := @290 @1
-@318 := {A : @41} ->
-  {i : @42} ->
-  {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @295) -> (hf : @178) -> @12 @117 @276 @278
-@319 := @308 @2
-@320 := @13 @276
-@327 := {i : @42} ->
-  {k : @42} -> {fs : @115} -> {tys : @116} -> (h : @295) -> (hf : @193) -> @320 @278
-@328 := @319 @9
-@329 := @291 @9
-@338 := {k : @42} ->
-  {fs : @115} -> {tys : @116} -> (h : @261 (@329 @45) @269) -> (hf : @193) -> @320 @10
-@339 := @328 @9
-@340 := @329 @9
-@341 := @261 @340
-@342 := @341 @269
-@343 := @274 @9
-@345 := @13 (@343 @43)
-@350 := {fs : @115} -> {tys : @116} -> (h : @342) -> (hf : @193) -> @345 @10
-@351 := @339 @82
-@358 := {tys : @116} -> (h : @342) -> (hf : @245 @47) -> @13 (@343 @236) @10
-@359 := @351 @86
-@366 := (h : @341 (@268 @86)) -> (hf : @253) -> @13 (@343 @244) @10
-@367 := Eq.refl.{1}
-@368 := @367 @260
-@370 := @359 (@368 @340)
-@374 := (hf : @257) -> @13 (@343 @251) @10
-@375 := @370 @255
-@378 := @13 (@343 @82) @10
-@379 := fun (__x0 : @42) => @375
-@380 := @5 @43
-@381 := @5 @45
-@383 := @80 @381 @79
-@384 := @80 @380
-@385 := @384 @383
-@386 := @84 @10
-@387 := @386 @83
-@388 := @386 @387
-@389 := @189 @381
-@390 := @5 @119
-@391 := @13 @390
-@392 := @391 @45
-@394 := @80 (@5 @125)
-@396 := @112 (@394 @43)
-@402 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @392) -> (hs : @193) -> @396 @139
-@403 := @389 @10
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-@407 := @5 @117
-@408 := @80 @407
-@410 := @112 (@408 @43)
-@411 := @386 @45
-@416 := {vs : @115} -> {ts : @116} -> (h : @406) -> (hs : @193) -> @410 @411
-@417 := @403 @79
-@419 := @13 @380 @10
-@420 := @80 @390
-@421 := @420 @79
-@422 := @112 @421
-@426 := {ts : @116} -> (h : @419) -> (hs : @234) -> @422 @411
-@427 := @417 @83
-@429 := @13 @381 @10
-@430 := @80 @404
-@431 := @430 @79
-@432 := @112 @431
-@435 := (h : @429) -> (hs : @114) -> @432 @387
-@436 := @427 @4
-@437 := @384 @79
-@438 := @112 @437
-@439 := @438 @387
-@440 := (hs : @114) -> @439
-@441 := @436 @111
-@442 := @112 @383
-@443 := @442 @387
-@444 := @189 @380
-@446 := @13 @407 @45
-@448 := @80 (@5 @131)
-@456 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @446) -> (hs : @193) -> @112 (@448 @43) @139
-@457 := @444 @10
-@463 := {vs : @115} -> {ts : @116} -> (h : @391 @10) -> (hs : @193) -> @396 @411
-@464 := @457 @383
-@465 := @432 @47
-@466 := @408 @421
-@471 := {ts : @116} -> (h : @406) -> (hs : @465) -> @112 @466 @411
-@472 := @464 @387
-@473 := @420 @431
-@474 := @112 @473
-@477 := (h : @419) -> (hs : @439) -> @474 @388
-@478 := @472 @47
-@479 := @430 @437
-@481 := @112 @479 @388
-@482 := (hs : @443) -> @481
-@483 := @478 @441
-@485 := @112 @385 @388
-@486 := @328 @20
-@487 := @329 @20
-@488 := @261 @487
-@489 := @488 @269
-@490 := @274 @20
-@492 := @13 (@490 @43)
-@497 := {fs : @115} -> {tys : @116} -> (h : @489) -> (hf : @193) -> @492 @10
-@498 := @486 @385
-@505 := {tys : @116} -> (h : @489) -> (hf : @474 @47) -> @13 (@490 @466) @10
-@506 := @498 @388
-@513 := (h : @488 (@268 @388)) -> (hf : @481) -> @13 (@490 @473) @10
-@515 := @506 (@368 @487)
-@519 := (hf : @485) -> @13 (@490 @479) @10
-@520 := @515 @483
-@523 := @13 (@490 @385) @10
-@524 := @5 @47
-@526 := @13 @524 @10
-@530 := fun (__x0 : @3) => fun (__x1 : @3) => fun (__ih0 : @526) => fun (__ih1 : @526) => @520
-@531 := LexLeanPreservation.ListEnc.enc
-@532 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.__L_0
-@534 := @531 @17 @532
-@535 := @534 @43
-@536 := LexLeanTarget.TargetSyntax.Ty.list
-@537 := @536 @21
-@538 := @27 @43
-@543 := @29 @121 @43 @45 @47 @4
-@546 := @7 @119 @121 @43
-@547 := LexLeanTarget.TargetSyntax.Value.list
-@548 := @547 @45
-@549 := @546 @548
-@550 := @536 @47
-@557 := {p : @39} -> {c : @40} -> {A : @41} -> {vs : @115} -> {t : @76} -> (h : @543) -> @549 @550
-@559 := LexLeanPreservation.Rust.wt_list @0
-@563 := @30 @43 @45 @47 @4
-@565 := @11 @121 @43
-@572 := {c : @40} -> {A : @41} -> {vs : @115} -> {t : @76} -> (h : @563) -> @565 @548 @550
-@573 := @559 @1
-@576 := @31 @45 @47 @4
-@577 := @12 @43
-@583 := {A : @41} -> {vs : @115} -> {t : @76} -> (h : @576) -> @577 @548 @550
-@584 := @573 @2
-@591 := {vs : @115} -> {t : @76} -> (h : @32 @47 @4) -> @13 @548 @550
-@592 := @584 @538
-@593 := @27 @121
-@594 := @32 @593
-@595 := @594 @4
-@596 := @27 @119
-@601 := {t : @76} -> (h : @595) -> @13 (@547 @596) @550
-@602 := @592 @21
-@604 := @32 @538 @21
-@608 := (h : @604) -> @13 (@547 @593) @537
-@609 := @602 @47
-@612 := @13 (@547 @538) @537
-@614 := @80 @535 @383
-@615 := @84 @537
-@616 := @615 @387
-@617 := @189 @535
-@618 := @534 @117
-@630 := {t : @76} ->
-  {vs : @115} -> {ts : @116} -> (h : @13 @618 @45) -> (hs : @193) -> @112 (@80 (@534 @131) @43) @139
-@631 := @617 @537
-@632 := @534 @119
-@634 := @13 @632 @537
-@638 := @112 (@80 (@534 @125) @43)
-@639 := @615 @45
-@644 := {vs : @115} -> {ts : @116} -> (h : @634) -> (hs : @193) -> @638 @639
-@645 := @631 @383
-@646 := @534 @121
-@648 := @13 @646 @537
-@650 := @80 @618 @421
-@655 := {ts : @116} -> (h : @648) -> (hs : @465) -> @112 @650 @639
-@656 := @645 @387
-@658 := @13 @535 @537
-@660 := @80 @632 @431
-@661 := @112 @660
-@664 := (h : @658) -> (hs : @439) -> @661 @616
-@665 := @656 @609
-@667 := @80 @646 @437
-@669 := @112 @667 @616
-@670 := (hs : @443) -> @669
-@671 := @665 @441
-@673 := @112 @614 @616
-@674 := 2
-@675 := @328 @674
-@676 := @329 @674
-@677 := @261 @676
-@678 := @677 @269
-@679 := @274 @674
-@686 := {fs : @115} -> {tys : @116} -> (h : @678) -> (hf : @193) -> @13 (@679 @43) @10
-@687 := @675 @614
-@694 := {tys : @116} -> (h : @678) -> (hf : @661 @47) -> @13 (@679 @650) @10
-@695 := @687 @616
-@702 := (h : @677 (@268 @616)) -> (hf : @669) -> @13 (@679 @660) @10
-@704 := @695 (@368 @676)
-@708 := (hf : @673) -> @13 (@679 @667) @10
-@709 := @704 @671
-@712 := @13 (@679 @614) @10
-@713 := fun (__ih1 : @526) => @709
-@716 := @32 (@27 @47) @21
-@719 := fun (__x0 : @26) => fun (__x1 : @3) => fun (__ih0 : @716) => @713
-@720 := LexLeanTarget.TargetSyntax.Value.string
-@721 := @720 @45
-@722 := LexLeanTarget.TargetSyntax.Ty.string
-@723 := String
-@724 := @720 @4
-@730 := {p : @39} -> {c : @40} -> {A : @41} -> (s : @723) -> @48 @724 @722
-@732 := LexLeanPreservation.Rust.wt_string @0
-@737 := {c : @40} -> {A : @41} -> (s : @723) -> @58 @724 @722
-@738 := @732 @1
-@742 := {A : @41} -> (s : @723) -> @65 @724 @722
-@743 := @738 @2
-@746 := (s : @723) -> @13 @724 @722
-@747 := @743 @45
-@749 := @13 @721 @722
-@751 := @80 @524 @79
-@753 := @80 @721 @751
-@754 := @84 @722
-@755 := @754 @387
-@756 := @189 @524
-@763 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @405 @45) -> (hs : @193) -> @410 @139
-@764 := @756 @10
-@771 := {vs : @115} -> {ts : @116} -> (h : @419) -> (hs : @193) -> @112 (@420 @43) @411
-@772 := @764 @79
-@776 := {ts : @116} -> (h : @429) -> (hs : @234) -> @432 @411
-@777 := @772 @83
-@778 := (h : @526) -> @440
-@779 := @777 @4
-@780 := (hs : @114) -> @443
-@781 := @779 @111
-@782 := @112 @751
-@783 := @782 @387
-@784 := @189 @721
-@785 := @720 @119
-@797 := {t : @76} ->
-  {vs : @115} -> {ts : @116} -> (h : @13 @785 @45) -> (hs : @193) -> @112 (@80 (@720 @125) @43) @139
-@798 := @784 @722
-@799 := @720 @121
-@801 := @13 @799 @722
-@805 := @112 (@80 (@720 @117) @43)
-@806 := @754 @45
-@811 := {vs : @115} -> {ts : @116} -> (h : @801) -> (hs : @193) -> @805 @806
-@812 := @798 @751
-@813 := @720 @43
-@815 := @13 @813 @722
-@816 := @438 @47
-@818 := @80 @785 @431
-@823 := {ts : @116} -> (h : @815) -> (hs : @816) -> @112 @818 @806
-@824 := @812 @387
-@826 := @80 @799 @437
-@827 := @112 @826
-@830 := (h : @749) -> (hs : @443) -> @827 @755
-@831 := @824 @747
-@833 := @80 @813 @383
-@835 := @112 @833 @755
-@836 := (hs : @783) -> @835
-@837 := @831 @781
-@839 := @112 @753 @755
-@840 := @319 @20
-@841 := @291 @20
-@850 := {k : @42} ->
-  {fs : @115} -> {tys : @116} -> (h : @261 (@841 @45) @269) -> (hf : @193) -> @320 @21
-@851 := @840 @9
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-@853 := @261 @852
-@854 := @853 @269
-@859 := {fs : @115} -> {tys : @116} -> (h : @854) -> (hf : @193) -> @345 @21
-@860 := @851 @753
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-@875 := (h : @853 (@268 @755)) -> (hf : @835) -> @13 (@343 @826) @21
-@877 := @868 (@368 @852)
-@881 := (hf : @839) -> @13 (@343 @833) @21
-@882 := @877 @837
-@885 := @13 (@343 @753) @21
-@888 := fun (__x0 : @723) => fun (__x1 : @3) => fun (__ih0 : @15) => @882
-@889 := @18 @43
-@890 := @18 @45
-@892 := @80 @890 @79
-@893 := @80 @889
-@894 := @893 @892
-@895 := @84 @21
-@896 := @895 @83
-@897 := @895 @896
-@898 := @189 @890
-@899 := @18 @119
-@900 := @13 @899
-@901 := @900 @45
-@904 := @80 (@18 @125) @43
-@905 := @112 @904
-@911 := {t : @76} -> {vs : @115} -> {ts : @116} -> (h : @901) -> (hs : @193) -> @905 @139
-@912 := @898 @21
-@913 := @18 @121
-@914 := @13 @913
-@915 := @914 @21
-@916 := @18 @117
-@917 := @80 @916
-@919 := @112 (@917 @43)
-@920 := @895 @45
-@925 := {vs : @115} -> {ts : @116} -> (h : @915) -> (hs : @193) -> @919 @920
-@926 := @912 @79
-@928 := @13 @889 @21
-@929 := @80 @899
-@930 := @929 @79
-@935 := {ts : @116} -> (h : @928) -> (hs : @234) -> @112 @930 @920
-@936 := @926 @83
-@938 := @13 @890 @21
-@939 := @80 @913
-@940 := @939 @79
-@941 := @112 @940
-@944 := (h : @938) -> (hs : @114) -> @941 @896
-@945 := @936 @4
-@946 := @893 @79
-@948 := @112 @946 @896
-@949 := (hs : @114) -> @948
-@950 := @945 @111
-@952 := @112 @892 @896
-@953 := @189 @889
-@965 := {t : @76} ->
-  {vs : @115} -> {ts : @116} -> (h : @13 @916 @45) -> (hs : @193) -> @112 (@80 (@18 @131) @43) @139
-@966 := @953 @21
-@972 := {vs : @115} -> {ts : @116} -> (h : @900 @21) -> (hs : @193) -> @905 @920
-@973 := @966 @892
-@974 := @941 @47
-@975 := @917 @930
-@980 := {ts : @116} -> (h : @915) -> (hs : @974) -> @112 @975 @920
-@981 := @973 @896
-@982 := @929 @940
-@983 := @112 @982
-@986 := (h : @928) -> (hs : @948) -> @983 @897
-@987 := @981 @47
-@988 := @939 @946
-@990 := @112 @988 @897
-@991 := (hs : @952) -> @990
-@992 := @987 @950
-@994 := @112 @894 @897
-@995 := @840 @20
-@996 := @841 @20
-@997 := @261 @996
-@998 := @997 @269
-@1003 := {fs : @115} -> {tys : @116} -> (h : @998) -> (hf : @193) -> @492 @21
-@1004 := @995 @894
-@1011 := {tys : @116} -> (h : @998) -> (hf : @983 @47) -> @13 (@490 @975) @21
-@1012 := @1004 @897
-@1019 := (h : @997 (@268 @897)) -> (hf : @990) -> @13 (@490 @982) @21
-@1021 := @1012 (@368 @996)
-@1025 := (hf : @994) -> @13 (@490 @988) @21
-@1026 := @1021 @992
-@1029 := @13 (@490 @894) @21
-@1032 := @13 (@18 @47) @21
-@1036 := fun (__x0 : @17) => fun (__x1 : @17) => fun (__ih0 : @1032) => fun (__ih1 : @1032) => @1026
-@1045 := {p : @39} -> {c : @40} -> {A : @41} -> {t : @76} -> @29 @43 @45 @47 @79 @4
-@1047 := LexLeanPreservation.Rust.wtAll_nil @0
-@1054 := {c : @40} -> {A : @41} -> {t : @76} -> @30 @45 @47 @79 @4
-@1055 := @1047 @1
-@1060 := {A : @41} -> {t : @76} -> @31 @47 @79 @4
-@1061 := @1055 @2
-@1062 := @32 @79
-@1064 := {t : @76} -> @1062 @4
-@1065 := @1061 @21
-@1066 := @1062 @21
-@1067 := @27 @45
-@1069 := @546 @45 @4
-@1074 := @29 @117 @119 @121 @45 @47
-@1077 := @29 @125 @117 @119
-@1079 := @80 @121 @43
-@1089 := {p : @39} ->
-  {c : @40} ->
-  {A : @41} ->
-  {v : @75} -> {vs : @115} -> {t : @76} -> (h : @1069) -> (hs : @1074) -> @1077 @1079 @45
-@1091 := LexLeanPreservation.Rust.wtAll_cons @0
-@1108 := {c : @40} ->
-  {A : @41} ->
-  {v : @75} ->
-  {vs : @115} ->
-  {t : @76} -> (h : @565 @45 @4) -> (hs : @30 @119 @121 @45 @47) -> @30 @117 @119 @1079 @45
-@1109 := @1091 @1
-@1123 := {A : @41} ->
-  {v : @75} ->
-  {vs : @115} -> {t : @76} -> (h : @577 @45 @4) -> (hs : @31 @121 @45 @47) -> @31 @119 @1079 @45
-@1124 := @1109 @2
-@1126 := @13 @45 @4
-@1128 := @32 @45 @47
-@1135 := {v : @75} -> {vs : @115} -> {t : @76} -> (h : @1126) -> (hs : @1128) -> @32 @1079 @45
-@1136 := @1124 @889
-@1143 := {vs : @115} -> {t : @76} -> (h : @900 @4) -> (hs : @1128) -> @32 @904 @45
-@1144 := @1136 @1067
-@1152 := {t : @76} -> (h : @914 @4) -> (hs : @594 @47) -> @32 (@917 @596) @45
-@1153 := @1144 @21
-@1158 := (h : @928) -> (hs : @604) -> @32 (@929 @593) @21
-@1159 := @1153 @47
-@1165 := (hs : @32 @1067 @21) -> @32 (@939 @538) @21
-@1166 := @1159 @4
-@1169 := @32 (@893 @1067) @21
-@1173 := fun (__x0 : @17) => fun (__x1 : @26) => fun (__ih0 : @1032) => fun (__ih1 : @716) => @1166
-@1186 := fun (__v : @3) =>
-  Coverage.Syntax.Expr.rec.{0} @16 @24 @35 @379 @530 @719 @888 @1036 @1065 @1173 @4
-@1187 := (__v : @3) -> @15
-@1200 := fun (__v : @17) =>
-  Coverage.Syntax.Stmt.rec.{0} @16 @24 @35 @379 @530 @719 @888 @1036 @1065 @1173 @4
-@1201 := (__v : @17) -> @23
-@1214 := fun (__v : @26) =>
-  Coverage.Syntax.Expr.rec_1.{0} @16 @24 @35 @379 @530 @719 @888 @1036 @1065 @1173 @4
-@1215 := (__v : @26) -> @34
-@1217 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_0 @47
-@1220 := Prod.{0, 0} @42 @75
-@1224 := Prod.mk.{0, 0} @42 @75 @9
-@1225 := @1224 @524
-@1226 := @77 @1220
-@1227 := @78 @1220
-@1229 := @1227 @1225 @1226
-@1230 := Bool.true
-@1231 := LexLeanTarget.TargetSyntax.Function
-@1232 := LexLeanTarget.TargetSyntax.Program.functions
-@1233 := @1232 @0
-@1234 := @77 @42
-@1235 := LexLeanTarget.TargetSyntax.Ty.unit
-@1236 := LexLeanTarget.TargetSyntax.Value.unit
-@1239 := LexLeanTarget.TargetSyntax.Expr.value @1235 @1236
-@1244 := LexLeanTarget.TargetSyntax.Function.mk @1234 @83 @1235 @1239
-@1249 := List.getD.{0} @1231 @1233 @9 @1244
-@1253 := fun (__e_n : @42) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.root @4 @9
-@1255 := @777 @1217 @111
-@1256 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.denote
-@1257 := @1256 @47
-@1258 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.__fits_0
-@1259 := @1258 @47
-@1262 := @36 (Coverage.RecRoots.syntaxTotal @47)
-@1264 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.root @47
-@1265 := Bool
-@1266 := Ne.{1}
-@1267 := LexLeanPreservation.Obs
-@1268 := @1266 @1267
-@1269 := LexLeanPreservation.Rel
-@1272 := @1268 (@1269 @47 @4)
-@1273 := LexLeanPreservation.Obs.stuck
-@1276 := (f : @1265) -> (v : @75) -> @1272 @1273
-@1278 := LexLeanPreservation.Rust.rel_ne_stuck @1259
-@1284 := (v : @75) -> @1268 (@1269 (@1258 @45) @4) @1273
-@1285 := @1278 @1262
-@1289 := @1268 (@1269 @1259 @1262) @1273
-@1290 := @25 @1220
-@1291 := LexLeanPreservation.Rust.FunSem
-@1292 := #9
-@1298 := (n : @42) -> @1291 @1292 @131 @125 @4 @117
-@1299 := @259 @1231
-@1300 := @258 @1299
-@1307 := LexLeanRuntime.index (@25 @1231) @1231 (LexLeanRuntime.instIndexableList @1231)
-@1311 := @1300 (@1307 (@1232 @1292) @117)
-@1312 := @267 @1231
-@1313 := @1312 @119
-@1314 := @1311 @1313
-@1315 := #10
-@1319 := @87 @1315 @1292 @131 @119
-@1320 := LexLeanTarget.TargetSyntax.Function.types
-@1321 := @1320 @117
-@1322 := @1319 @1321
-@1323 := @259 @1290
-@1324 := @258 @1323
-@1325 := LexLeanTarget.TargetSemantics.bindAll
-@1326 := LexLeanTarget.TargetSyntax.Function.parameters
-@1331 := @1324 (@1325 (@1326 @125) @117 @1226)
-@1332 := @267 @1290
-@1333 := @1332 @119
-@1334 := @1331 @1333
-@1335 := @259 @1265
-@1336 := @258 @1335
-@1337 := LexLeanPreservation.Rust.fnFallible
-@1338 := #11
-@1341 := @1336 (@1337 @1338 @1292)
-@1342 := @267 @1265
-@1343 := @1342 @119
-@1344 := @1341 @1343
-@1345 := LexLeanPreservation.RunConv
-@1346 := #13
-@1350 := @1345 @1346 @1315 @131 @119
-@1352 := @1268 @117 @1273
-@1353 := Exists.{1}
-@1354 := LexLeanPreservation.Rust.ROut
-@1355 := @1353 @1354
-@1356 := And
-@1357 := LexLeanPreservation.Rust.RealizesFn
-@1361 := @1356 (@1357 @1292 @131 @4)
-@1362 := LexLeanPreservation.Rust.RCI
-@1364 := @1362 #15
-@1365 := LexLeanPreservation.Rust.fnIdent
-@1366 := @1365 @1346
-@1373 := (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1364 @1366 @1338 @4))
-@1388 := {p : @39} ->
-  {c : @40} ->
-  {A : @41} ->
-  {f : @42} ->
-  {fn : @1231} ->
-  {args : @115} ->
-  {env : @1290} ->
-  {F : @1265} ->
-  {o : @1267} ->
-  (hB : @1298) ->
-  (hfn : @1314) -> (hwt : @1322) -> (hbind : @1334) -> (hF : @1344) -> (hA : @1350) -> @1373
-@1390 := LexLeanPreservation.Rust.compose @0
-@1391 := @1291 @0
-@1396 := (n : @42) -> @1391 @131 @125 @4 @117
-@1397 := @1307 @1233
-@1400 := @1300 (@1397 @117) @1313
-@1404 := @98 @1292 @131 @119 @1321
-@1405 := @1345 @0
-@1408 := @1405 @1315 @131 @119
-@1422 := {c : @40} ->
-  {A : @41} ->
-  {f : @42} ->
-  {fn : @1231} ->
-  {args : @115} ->
-  {env : @1290} ->
-  {F : @1265} ->
-  {o : @1267} ->
-  (hB : @1396) ->
-  (hfn : @1400) -> (hwt : @1404) -> (hbind : @1334) -> (hF : @1344) -> (hA : @1408) -> @1373
-@1423 := @1390 @1
-@1424 := @1391 @1
-@1428 := (n : @42) -> @1424 @125 @4 @117
-@1431 := @106 @131 @119 @1321
-@1432 := @1337 @1
-@1435 := @1336 (@1432 @1292) @1343
-@1436 := @1362 @1
-@1446 := (hbind : @1334) ->
-  (hF : @1435) ->
-  (hA : @1408) -> (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1436 @1366 @1338 @4))
-@1456 := {A : @41} ->
-  {f : @42} ->
-  {fn : @1231} ->
-  {args : @115} ->
-  {env : @1290} ->
-  {F : @1265} -> {o : @1267} -> (hB : @1428) -> (hfn : @1400) -> (hwt : @1431) -> @1446
-@1457 := @1423 @2
-@1459 := @1424 @2 @4
-@1461 := (n : @42) -> @1459 @117
-@1462 := @112 @119
-@1463 := @1462 @1321
-@1472 := {f : @42} ->
-  {fn : @1231} ->
-  {args : @115} ->
-  {env : @1290} ->
-  {F : @1265} -> {o : @1267} -> (hB : @1461) -> (hfn : @1400) -> (hwt : @1463) -> @1446
-@1473 := @1457 @9
-@1475 := (n : @42) -> @1459 @9
-@1476 := @1397 @9
-@1477 := @1300 @1476
-@1478 := @1477 @1313
-@1479 := @1432 @9
-@1480 := @1336 @1479
-@1481 := @1480 @1343
-@1482 := @1405 @9
-@1484 := @1482 @131 @119
-@1486 := @1436 (@1365 @9)
-@1494 := (hF : @1481) ->
-  (hA : @1484) -> (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1486 @1338 @4))
-@1503 := {fn : @1231} ->
-  {args : @115} ->
-  {env : @1290} ->
-  {F : @1265} ->
-  {o : @1267} -> (hB : @1475) -> (hfn : @1478) -> (hwt : @1463) -> (hbind : @1334) -> @1494
-@1504 := @1473 @1249
-@1506 := @1477 (@1312 @1249)
-@1507 := @1320 @1249
-@1508 := @1462 @1507
-@1510 := @1325 (@1326 @1249)
-@1522 := {args : @115} ->
-  {env : @1290} ->
-  {F : @1265} ->
-  {o : @1267} ->
-  (hB : @1475) ->
-  (hfn : @1506) -> (hwt : @1508) -> (hbind : @1324 (@1510 @117 @1226) @1333) -> @1494
-@1523 := @1504 @751
-@1524 := @408 @79
-@1526 := @112 @1524 @1507
-@1527 := @394 @79
-@1531 := @1324 (@1510 @1527 @1226) @1333
-@1534 := @80 (@5 @1292) @79
-@1555 := {env : @1290} ->
-  {F : @1265} ->
-  {o : @1267} ->
-  (hB : @1475) ->
-  (hfn : @1506) ->
-  (hwt : @1526) ->
-  (hbind : @1531) ->
-  (hF : @1481) ->
-  (hA : @1482 @1534 @119) ->
-  (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1486 (@80 (@5 #12) @79) @4))
-@1556 := @1523 @1229
-@1557 := @422 @1507
-@1565 := @1324 (@1510 @1524 @1226) (@1332 (@1227 (@1224 @407) @1226))
-@1566 := @448 @79
-@1585 := {F : @1265} ->
-  {o : @1267} ->
-  (hB : @1475) ->
-  (hfn : @1506) ->
-  (hwt : @1557) ->
-  (hbind : @1565) ->
-  (hF : @1481) ->
-  (hA : @1482 @1566 @119) ->
-  (hne : @1352) -> @1355 (fun (ro : @1354) => @1361 (@1486 (@80 (@5 @1338) @79) @4))
-@1586 := @1556 @1230
-@1587 := @432 @1507
-@1595 := @1324 (@1510 @421 @1226) (@1332 (@1227 (@1224 @390) @1226))
-@1597 := @1480 (@1342 @1230)
-@1599 := @1482 @1527 @119
-@1600 := @1357 @1230
-@1619 := {o : @1267} ->
-  (hB : @1475) ->
-  (hfn : @1506) ->
-  (hwt : @1587) ->
-  (hbind : @1595) ->
-  (hF : @1597) ->
-  (hA : @1599) ->
-  (hne : @1352) -> @1355 (fun (ro : @1354) => @1356 (@1600 @131 @4) (@1486 (@80 (@5 @1315) @79) @4))
-@1620 := @1586 @1257
-@1621 := @438 @1507
-@1629 := @1324 (@1510 @431 @1226) (@1332 (@1227 (@1224 @404) @1226))
-@1630 := @1482 @1524
-@1631 := @1256 @117
-@1632 := @1630 @1631
-@1633 := @1256 @125
-@1651 := (hB : @1475) ->
-  (hfn : @1506) ->
-  (hwt : @1621) ->
-  (hbind : @1629) ->
-  (hF : @1597) ->
-  (hA : @1632) ->
-  (hne : @1268 @1633 @1273) ->
-  @1355 (fun (ro : @1354) => @1356 (@1600 (@1256 @1292) @4) (@1486 @1534 @4))
-@1652 := @1620 @1253
-@1653 := @442 @1507
-@1661 := @1324 (@1510 @437 @1226) (@1332 (@1227 (@1224 @380) @1226))
-@1662 := @1482 @421
-@1663 := @1256 @119
-@1681 := (hfn : @1506) ->
-  (hwt : @1653) ->
-  (hbind : @1661) ->
-  (hF : @1597) ->
-  (hA : @1662 @1663) ->
-  (hne : @1268 @1631 @1273) ->
-  @1355 (fun (ro : @1354) => @1356 (@1600 (@1256 @131) @4) (@1486 @1566 @4))
-@1684 := @1652 (@367 @1299 @1476)
-@1685 := @782 @1507
-@1693 := @1324 (@1510 @383 @1226) (@1332 (@1227 (@1224 @381) @1226))
-@1694 := @1482 @431
-@1695 := @1256 @121
-@1711 := (hwt : @1685) ->
-  (hbind : @1693) ->
-  (hF : @1597) ->
-  (hA : @1694 @1695) ->
-  (hne : @1268 @1663 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1633 @4) (@1486 @1527 @4))
-@1712 := @1684 @1255
-@1714 := @1510 @751 @1226
-@1717 := @1324 @1714 (@1332 @1229)
-@1718 := @1482 @437
-@1719 := @1256 @43
-@1734 := (hbind : @1717) ->
-  (hF : @1597) ->
-  (hA : @1718 @1719) ->
-  (hne : @1268 @1695 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1631 @4) (@1486 @1524 @4))
-@1737 := @1712 (@367 @1323 @1714)
-@1738 := @1482 @383
-@1739 := @1256 @45
-@1753 := (hF : @1597) ->
-  (hA : @1738 @1739) ->
-  (hne : @1268 @1719 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1663 @4) (@1486 @421 @4))
-@1756 := @1737 (@367 @1335 @1479)
-@1770 := (hA : @1482 @751 @1257) ->
-  (hne : @1268 @1739 @1273) -> @1355 (fun (ro : @1354) => @1356 (@1600 @1695 @4) (@1486 @431 @4))
-@1771 := @1756 @1264
-@1782 := (hne : @1268 @1257 @1273) ->
-  @1355 (fun (ro : @1354) => @1356 (@1600 @1719 @4) (@1486 @437 @4))
-@1783 := @1771 @1285
-@1789 := @1356 (@1600 @1739 @4) (@1486 @383 @4)
-@1791 := @1355 (fun (ro : @1354) => @1789)
-@1793 := @1355 (fun (__e_ro : @1354) => @1789)
-@1797 := LexLeanPreservation.Rust.RepresentableL (@80 @6 @79)
-@1798 := (__e_hrep : @1797) -> @1793
-@1799 := fun (__e_hrep : @1797) => @1783
-@1800 := (e : @3) -> @1798
-@1801 := fun (e : @3) => @1799
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/RustStd.lean
deleted file mode 100644
index f77c4e7db..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/RustStd.lean
+++ /dev/null
@@ -1,60 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat], [(.adt 0), (.adt 0)], [(.list (.adt 1)), (.adt 0)]] },
-    { constructors := [[.string, (.adt 0)], [(.adt 1), (.adt 1)]] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.value .nat (.nat 1))), (.arm (.adt 1) [2, 3] (.prim .natAdd [(.prim .natAdd [(.call 1 [(.var 2)]), (.call 1 [(.var 3)])]), (.value .nat (.nat 1))])), (.arm (.adt 2) [4, 5] (.prim .natAdd [(.call 2 [(.var 4)]), (.call 1 [(.var 5)])]))]) },
-    { parameters := [0], types := [(.list (.adt 1))], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.call 3 [(.var 1)]), (.call 2 [(.var 2)])]))]) },
-    { parameters := [0], types := [(.adt 1)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1, 2] (.prim .natAdd [(.call 1 [(.var 2)]), (.value .nat (.nat 1))])), (.arm (.adt 1) [3, 4] (.prim .natAdd [(.call 3 [(.var 3)]), (.call 3 [(.var 4)])]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [(.rc (.adt 0)), (.rc (.adt 0))] }, { number := 2, fields := [(.list (.adt 1)), (.rc (.adt 0))] }]),
-    (.enum (.adt 1) [{ number := 0, fields := [.str, (.adt 0)] }, { number := 1, fields := [(.rc (.adt 1)), (.rc (.adt 1))] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.succeed (.lit (.nat 1))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 8)), (.bind (.generated .boxed 9))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 8))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 9))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 2 [(.bind (.generated .binding 4)), (.bind (.generated .boxed 10))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 4))] true)), (.mk (.bind (.generated .operand 7)) none (.call (.function 1) [(.move (.generated .binding 5))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 1)) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 12)) none (.call (.function 3) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 13)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))]))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 14)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 15)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))), (.mk (.adt 1 1 [(.bind (.generated .boxed 19)), (.bind (.generated .boxed 20))]) (.mk [(.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 19))), (.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 20))), (.mk (.bind (.generated .operand 17)) none (.call (.function 3) [(.move (.generated .binding 3))] true)), (.mk (.bind (.generated .operand 18)) none (.call (.function 3) [(.move (.generated .binding 4))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.succeed (.lit (.nat 1))))), (.mk (.adt 0 1 [(.bind (.generated .boxed 8)), (.bind (.generated .boxed 9))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 8))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 9))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 2 [(.bind (.generated .binding 4)), (.bind (.generated .boxed 10))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 4))] true)), (.mk (.bind (.generated .operand 7)) none (.call (.function 1) [(.move (.generated .binding 5))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, none), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 1)))) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 8))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 9)))]) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mCons (Γ' := [(5, (.adt 0), (some 5)), (4, (.list (.adt 1)), (some 4)), (0, (.adt 0), (some 0))]) (j := 2) (loads := [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 10)))]) (lets := [(.mk (.bind (.generated .operand 6)) none (.call (.function 2) [(.move (.generated .binding 4))] true)), (.mk (.bind (.generated .operand 7)) none (.call (.function 1) [(.move (.generated .binding 5))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 1))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 3))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 12)) none (.call (.function 3) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 13)) none (.call (.function 2) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)))]), [(0, (.list (.adt 1)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 1))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.adt 1)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(2, (.list (.adt 1)), (some 2)), (1, (.adt 1), (some 1)), (0, (.list (.adt 1)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 12)) none (.call (.function 3) [(.move (.generated .binding 1))] true)), (.mk (.bind (.generated .operand 13)) none (.call (.function 2) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 12)), (.move (.generated .operand 13))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.adt 1))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 14)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .binding 2))]) (.mk [(.mk (.bind (.generated .operand 15)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))), (.mk (.adt 1 1 [(.bind (.generated .boxed 19)), (.bind (.generated .boxed 20))]) (.mk [(.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 19))), (.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 20))), (.mk (.bind (.generated .operand 17)) none (.call (.function 3) [(.move (.generated .binding 3))] true)), (.mk (.bind (.generated .operand 18)) none (.call (.function 3) [(.move (.generated .binding 4))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.adt 0), (some 2)), (1, .string, none), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 15)) none (.call (.function 1) [(.move (.generated .binding 2))] true)), (.mk (.bind (.generated .operand 16)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, (.adt 1), (some 3)), (0, (.adt 1), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 19))), (.mk (.bind (.generated .binding 4)) none (.unbox (.generated .boxed 20)))]) (lets := [(.mk (.bind (.generated .operand 17)) none (.call (.function 3) [(.move (.generated .binding 3))] true)), (.mk (.bind (.generated .operand 18)) none (.call (.function 3) [(.move (.generated .binding 4))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | _ + 4 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustCore.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustCore.lex.tex
deleted file mode 100644
index 2fc9dfdb7..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,467 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.root : @923 := @924 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@64 := Prod.{0, 0} @3
-@65 := @64 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.__fits_0
-@326 := @324 @4 @15
-@329 := Coverage.RecRoots.wellFounded @4 @15
-@330 := @64 @3
-@332 := LexLeanPreservation.encPair @3
-@335 := @332 @3 @5 @5
-@339 := @332 @330 @5 @335 @329
-@342 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.root @4 @15
-@343 := Bool
-@344 := Ne.{1}
-@345 := LexLeanPreservation.Obs
-@346 := @344 @345
-@347 := LexLeanPreservation.Rel
-@350 := @346 (@347 @15 @17)
-@351 := LexLeanPreservation.Obs.stuck
-@354 := (f : @343) -> (v : @54) -> @350 @351
-@356 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@363 := (v : @54) -> @346 (@347 (@324 @12 @4) @17) @351
-@364 := @356 @339
-@368 := @346 (@347 @326 @339) @351
-@369 := @135 @65
-@370 := LexLeanPreservation.Rust.FunSem
-@371 := #9
-@377 := (n : @3) -> @370 @371 @152 @146 @17 @138
-@378 := Eq.{1}
-@379 := Option.{0}
-@380 := @379 @82
-@381 := @378 @380
-@388 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@392 := @381 (@388 (@83 @371) @138)
-@393 := Option.some.{0}
-@394 := @393 @82
-@395 := @394 @140
-@396 := @392 @395
-@397 := #10
-@401 := @107 @397 @371 @152 @140
-@402 := LexLeanTarget.TargetSyntax.Function.types
-@403 := @402 @138
-@404 := @401 @403
-@405 := @379 @369
-@406 := @378 @405
-@407 := LexLeanTarget.TargetSemantics.bindAll
-@408 := LexLeanTarget.TargetSyntax.Function.parameters
-@413 := @406 (@407 (@408 @146) @138 @75)
-@414 := @393 @369
-@415 := @414 @140
-@416 := @413 @415
-@417 := @379 @343
-@418 := @378 @417
-@419 := LexLeanPreservation.Rust.fnFallible
-@420 := #11
-@423 := @418 (@419 @420 @371)
-@424 := @393 @343
-@425 := @424 @140
-@426 := @423 @425
-@427 := LexLeanPreservation.RunConv
-@428 := #13
-@432 := @427 @428 @397 @152 @140
-@434 := @346 @138 @351
-@435 := Exists.{1}
-@436 := LexLeanPreservation.Rust.ROut
-@437 := @435 @436
-@438 := And
-@439 := LexLeanPreservation.Rust.RealizesFn
-@443 := @438 (@439 @371 @152 @17)
-@444 := LexLeanPreservation.Rust.RCI
-@446 := @444 #15
-@447 := LexLeanPreservation.Rust.fnIdent
-@448 := @447 @428
-@455 := (hne : @434) -> @437 (fun (ro : @436) => @443 (@446 @448 @420 @17))
-@470 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @377) ->
-  (hfn : @396) -> (hwt : @404) -> (hbind : @416) -> (hF : @426) -> (hA : @432) -> @455
-@472 := LexLeanPreservation.Rust.compose @0
-@473 := @370 @0
-@478 := (n : @3) -> @473 @152 @146 @17 @138
-@479 := @388 @84
-@482 := @381 (@479 @138) @395
-@486 := @118 @371 @152 @140 @403
-@487 := @427 @0
-@490 := @487 @397 @152 @140
-@504 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @478) ->
-  (hfn : @482) -> (hwt : @486) -> (hbind : @416) -> (hF : @426) -> (hA : @490) -> @455
-@505 := @472 @1
-@506 := @473 @1
-@510 := (n : @3) -> @506 @146 @17 @138
-@513 := @126 @152 @140 @403
-@514 := @419 @1
-@517 := @418 (@514 @371) @425
-@518 := @444 @1
-@528 := (hbind : @416) ->
-  (hF : @517) -> (hA : @490) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@518 @448 @420 @17))
-@538 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @510) -> (hfn : @482) -> (hwt : @513) -> @528
-@539 := @505 @2
-@541 := @506 @2 @17
-@543 := (n : @3) -> @541 @138
-@544 := @132 @140
-@545 := @544 @403
-@554 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @543) -> (hfn : @482) -> (hwt : @545) -> @528
-@555 := @539 @72
-@557 := (n : @3) -> @541 @72
-@558 := @479 @72
-@559 := @381 @558
-@560 := @559 @395
-@561 := @514 @72
-@562 := @418 @561
-@563 := @562 @425
-@564 := @487 @72
-@566 := @564 @152 @140
-@568 := @518 (@447 @72)
-@576 := (hF : @563) -> (hA : @566) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 @420 @17))
-@585 := {fn : @82} ->
-  {args : @136} ->
-  {env : @369} ->
-  {F : @343} -> {o : @345} -> (hB : @557) -> (hfn : @560) -> (hwt : @545) -> (hbind : @416) -> @576
-@586 := @555 @102
-@588 := @559 (@394 @102)
-@589 := @402 @102
-@590 := @544 @589
-@592 := @407 (@408 @102)
-@604 := {args : @136} ->
-  {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @557) -> (hfn : @588) -> (hwt : @590) -> (hbind : @406 (@592 @138 @75) @415) -> @576
-@605 := @586 @62
-@607 := @282 (@229 @57)
-@609 := @132 @607 @589
-@611 := @58 (@5 @152)
-@613 := @611 (@282 @57)
-@617 := @406 (@592 @613 @75) @415
-@619 := @58 (@5 @397)
-@621 := @58 (@5 @371)
-@623 := @619 (@621 @57)
-@625 := @564 @623 @140
-@627 := @58 (@5 @428)
-@630 := @58 (@5 #12)
-@647 := {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @609) ->
-  (hbind : @617) ->
-  (hF : @563) ->
-  (hA : @625) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@627 (@630 @57)) @17))
-@648 := @605 @80
-@650 := @229 (@243 @57)
-@652 := @132 @650 @589
-@663 := @406 (@592 @607 @75) (@414 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@665 := @621 (@611 @57)
-@667 := @564 @665 @140
-@669 := @58 (@5 @420)
-@685 := {F : @343} ->
-  {o : @345} ->
-  (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @652) ->
-  (hbind : @663) ->
-  (hF : @563) ->
-  (hA : @667) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@630 (@669 @57)) @17))
-@686 := @648 @81
-@687 := @301 @589
-@698 := @406 (@592 @650 @75) (@414 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@700 := @562 (@424 @81)
-@702 := @564 @613 @140
-@703 := @439 @81
-@721 := {o : @345} ->
-  (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @687) ->
-  (hbind : @698) ->
-  (hF : @700) ->
-  (hA : @702) ->
-  (hne : @434) -> @437 (fun (ro : @436) => @438 (@703 @152 @17) (@568 (@669 (@619 @57)) @17))
-@722 := @686 @323
-@723 := @308 @589
-@734 := @406 (@592 @300 @75) (@414 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@735 := @564 @607
-@737 := @321 @146 @138
-@738 := @735 @737
-@740 := @321 @152 @146
-@759 := (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @723) ->
-  (hbind : @734) ->
-  (hF : @700) ->
-  (hA : @738) ->
-  (hne : @346 @740 @351) ->
-  @437 (fun (ro : @436) => @438 (@703 (@321 @397 @371) @17) (@568 @623 @17))
-@760 := @722 @106
-@761 := @315 @589
-@772 := @406 (@592 @307 @75) (@414 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@773 := @564 @650
-@775 := @321 @138 @140
-@794 := (hfn : @588) ->
-  (hwt : @761) ->
-  (hbind : @772) ->
-  (hF : @700) ->
-  (hA : @773 @775) ->
-  (hne : @346 @737 @351) ->
-  @437 (fun (ro : @436) => @438 (@703 (@321 @371 @152) @17) (@568 @665 @17))
-@795 := Eq.refl.{1}
-@798 := @760 (@795 @380 @558)
-@799 := @319 @589
-@810 := @406 (@592 @314 @75) (@414 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@811 := @564 @300
-@813 := @321 @140 @142
-@829 := (hwt : @799) ->
-  (hbind : @810) ->
-  (hF : @700) ->
-  (hA : @811 @813) ->
-  (hne : @346 @775 @351) -> @437 (fun (ro : @436) => @438 (@703 @740 @17) (@568 @613 @17))
-@830 := @798 @318
-@832 := @592 @62 @75
-@835 := @406 @832 (@414 @80)
-@836 := @564 @307
-@838 := @321 @142 @12
-@853 := (hbind : @835) ->
-  (hF : @700) ->
-  (hA : @836 @838) ->
-  (hne : @346 @813 @351) -> @437 (fun (ro : @436) => @438 (@703 @737 @17) (@568 @607 @17))
-@856 := @830 (@795 @405 @832)
-@857 := @564 @314
-@859 := @321 @12 @4
-@873 := (hF : @700) ->
-  (hA : @857 @859) ->
-  (hne : @346 @838 @351) -> @437 (fun (ro : @436) => @438 (@703 @775 @17) (@568 @650 @17))
-@876 := @856 (@795 @417 @561)
-@890 := (hA : @564 @62 @323) ->
-  (hne : @346 @859 @351) -> @437 (fun (ro : @436) => @438 (@703 @813 @17) (@568 @300 @17))
-@891 := @876 @342
-@902 := (hne : @346 @323 @351) -> @437 (fun (ro : @436) => @438 (@703 @838 @17) (@568 @307 @17))
-@903 := @891 @364
-@909 := @438 (@703 @859 @17) (@568 @314 @17)
-@911 := @437 (fun (ro : @436) => @909)
-@913 := @437 (fun (__e_ro : @436) => @909)
-@918 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@919 := (__e_hrep : @918) -> @913
-@920 := fun (__e_hrep : @918) => @903
-@921 := (b : @3) -> @919
-@922 := fun (b : @3) => @920
-@923 := (a : @3) -> @921
-@924 := fun (a : @3) => @922
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustStd.lex.tex
deleted file mode 100644
index 3b69fc866..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,467 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.root : @923 := @924 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@64 := Prod.{0, 0} @3
-@65 := @64 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.__fits_0
-@326 := @324 @4 @15
-@329 := Coverage.RecRoots.wellFounded @4 @15
-@330 := @64 @3
-@332 := LexLeanPreservation.encPair @3
-@335 := @332 @3 @5 @5
-@339 := @332 @330 @5 @335 @329
-@342 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.root @4 @15
-@343 := Bool
-@344 := Ne.{1}
-@345 := LexLeanPreservation.Obs
-@346 := @344 @345
-@347 := LexLeanPreservation.Rel
-@350 := @346 (@347 @15 @17)
-@351 := LexLeanPreservation.Obs.stuck
-@354 := (f : @343) -> (v : @54) -> @350 @351
-@356 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@363 := (v : @54) -> @346 (@347 (@324 @12 @4) @17) @351
-@364 := @356 @339
-@368 := @346 (@347 @326 @339) @351
-@369 := @135 @65
-@370 := LexLeanPreservation.Rust.FunSem
-@371 := #9
-@377 := (n : @3) -> @370 @371 @152 @146 @17 @138
-@378 := Eq.{1}
-@379 := Option.{0}
-@380 := @379 @82
-@381 := @378 @380
-@388 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@392 := @381 (@388 (@83 @371) @138)
-@393 := Option.some.{0}
-@394 := @393 @82
-@395 := @394 @140
-@396 := @392 @395
-@397 := #10
-@401 := @107 @397 @371 @152 @140
-@402 := LexLeanTarget.TargetSyntax.Function.types
-@403 := @402 @138
-@404 := @401 @403
-@405 := @379 @369
-@406 := @378 @405
-@407 := LexLeanTarget.TargetSemantics.bindAll
-@408 := LexLeanTarget.TargetSyntax.Function.parameters
-@413 := @406 (@407 (@408 @146) @138 @75)
-@414 := @393 @369
-@415 := @414 @140
-@416 := @413 @415
-@417 := @379 @343
-@418 := @378 @417
-@419 := LexLeanPreservation.Rust.fnFallible
-@420 := #11
-@423 := @418 (@419 @420 @371)
-@424 := @393 @343
-@425 := @424 @140
-@426 := @423 @425
-@427 := LexLeanPreservation.RunConv
-@428 := #13
-@432 := @427 @428 @397 @152 @140
-@434 := @346 @138 @351
-@435 := Exists.{1}
-@436 := LexLeanPreservation.Rust.ROut
-@437 := @435 @436
-@438 := And
-@439 := LexLeanPreservation.Rust.RealizesFn
-@443 := @438 (@439 @371 @152 @17)
-@444 := LexLeanPreservation.Rust.RCI
-@446 := @444 #15
-@447 := LexLeanPreservation.Rust.fnIdent
-@448 := @447 @428
-@455 := (hne : @434) -> @437 (fun (ro : @436) => @443 (@446 @448 @420 @17))
-@470 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @377) ->
-  (hfn : @396) -> (hwt : @404) -> (hbind : @416) -> (hF : @426) -> (hA : @432) -> @455
-@472 := LexLeanPreservation.Rust.compose @0
-@473 := @370 @0
-@478 := (n : @3) -> @473 @152 @146 @17 @138
-@479 := @388 @84
-@482 := @381 (@479 @138) @395
-@486 := @118 @371 @152 @140 @403
-@487 := @427 @0
-@490 := @487 @397 @152 @140
-@504 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @478) ->
-  (hfn : @482) -> (hwt : @486) -> (hbind : @416) -> (hF : @426) -> (hA : @490) -> @455
-@505 := @472 @1
-@506 := @473 @1
-@510 := (n : @3) -> @506 @146 @17 @138
-@513 := @126 @152 @140 @403
-@514 := @419 @1
-@517 := @418 (@514 @371) @425
-@518 := @444 @1
-@528 := (hbind : @416) ->
-  (hF : @517) -> (hA : @490) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@518 @448 @420 @17))
-@538 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @510) -> (hfn : @482) -> (hwt : @513) -> @528
-@539 := @505 @2
-@541 := @506 @2 @17
-@543 := (n : @3) -> @541 @138
-@544 := @132 @140
-@545 := @544 @403
-@554 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @369} -> {F : @343} -> {o : @345} -> (hB : @543) -> (hfn : @482) -> (hwt : @545) -> @528
-@555 := @539 @72
-@557 := (n : @3) -> @541 @72
-@558 := @479 @72
-@559 := @381 @558
-@560 := @559 @395
-@561 := @514 @72
-@562 := @418 @561
-@563 := @562 @425
-@564 := @487 @72
-@566 := @564 @152 @140
-@568 := @518 (@447 @72)
-@576 := (hF : @563) -> (hA : @566) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 @420 @17))
-@585 := {fn : @82} ->
-  {args : @136} ->
-  {env : @369} ->
-  {F : @343} -> {o : @345} -> (hB : @557) -> (hfn : @560) -> (hwt : @545) -> (hbind : @416) -> @576
-@586 := @555 @102
-@588 := @559 (@394 @102)
-@589 := @402 @102
-@590 := @544 @589
-@592 := @407 (@408 @102)
-@604 := {args : @136} ->
-  {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @557) -> (hfn : @588) -> (hwt : @590) -> (hbind : @406 (@592 @138 @75) @415) -> @576
-@605 := @586 @62
-@607 := @282 (@229 @57)
-@609 := @132 @607 @589
-@611 := @58 (@5 @152)
-@613 := @611 (@282 @57)
-@617 := @406 (@592 @613 @75) @415
-@619 := @58 (@5 @397)
-@621 := @58 (@5 @371)
-@623 := @619 (@621 @57)
-@625 := @564 @623 @140
-@627 := @58 (@5 @428)
-@630 := @58 (@5 #12)
-@647 := {env : @369} ->
-  {F : @343} ->
-  {o : @345} ->
-  (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @609) ->
-  (hbind : @617) ->
-  (hF : @563) ->
-  (hA : @625) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@627 (@630 @57)) @17))
-@648 := @605 @80
-@650 := @229 (@243 @57)
-@652 := @132 @650 @589
-@663 := @406 (@592 @607 @75) (@414 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@665 := @621 (@611 @57)
-@667 := @564 @665 @140
-@669 := @58 (@5 @420)
-@685 := {F : @343} ->
-  {o : @345} ->
-  (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @652) ->
-  (hbind : @663) ->
-  (hF : @563) ->
-  (hA : @667) -> (hne : @434) -> @437 (fun (ro : @436) => @443 (@568 (@630 (@669 @57)) @17))
-@686 := @648 @81
-@687 := @301 @589
-@698 := @406 (@592 @650 @75) (@414 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@700 := @562 (@424 @81)
-@702 := @564 @613 @140
-@703 := @439 @81
-@721 := {o : @345} ->
-  (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @687) ->
-  (hbind : @698) ->
-  (hF : @700) ->
-  (hA : @702) ->
-  (hne : @434) -> @437 (fun (ro : @436) => @438 (@703 @152 @17) (@568 (@669 (@619 @57)) @17))
-@722 := @686 @323
-@723 := @308 @589
-@734 := @406 (@592 @300 @75) (@414 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@735 := @564 @607
-@737 := @321 @146 @138
-@738 := @735 @737
-@740 := @321 @152 @146
-@759 := (hB : @557) ->
-  (hfn : @588) ->
-  (hwt : @723) ->
-  (hbind : @734) ->
-  (hF : @700) ->
-  (hA : @738) ->
-  (hne : @346 @740 @351) ->
-  @437 (fun (ro : @436) => @438 (@703 (@321 @397 @371) @17) (@568 @623 @17))
-@760 := @722 @106
-@761 := @315 @589
-@772 := @406 (@592 @307 @75) (@414 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@773 := @564 @650
-@775 := @321 @138 @140
-@794 := (hfn : @588) ->
-  (hwt : @761) ->
-  (hbind : @772) ->
-  (hF : @700) ->
-  (hA : @773 @775) ->
-  (hne : @346 @737 @351) ->
-  @437 (fun (ro : @436) => @438 (@703 (@321 @371 @152) @17) (@568 @665 @17))
-@795 := Eq.refl.{1}
-@798 := @760 (@795 @380 @558)
-@799 := @319 @589
-@810 := @406 (@592 @314 @75) (@414 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@811 := @564 @300
-@813 := @321 @140 @142
-@829 := (hwt : @799) ->
-  (hbind : @810) ->
-  (hF : @700) ->
-  (hA : @811 @813) ->
-  (hne : @346 @775 @351) -> @437 (fun (ro : @436) => @438 (@703 @740 @17) (@568 @613 @17))
-@830 := @798 @318
-@832 := @592 @62 @75
-@835 := @406 @832 (@414 @80)
-@836 := @564 @307
-@838 := @321 @142 @12
-@853 := (hbind : @835) ->
-  (hF : @700) ->
-  (hA : @836 @838) ->
-  (hne : @346 @813 @351) -> @437 (fun (ro : @436) => @438 (@703 @737 @17) (@568 @607 @17))
-@856 := @830 (@795 @405 @832)
-@857 := @564 @314
-@859 := @321 @12 @4
-@873 := (hF : @700) ->
-  (hA : @857 @859) ->
-  (hne : @346 @838 @351) -> @437 (fun (ro : @436) => @438 (@703 @775 @17) (@568 @650 @17))
-@876 := @856 (@795 @417 @561)
-@890 := (hA : @564 @62 @323) ->
-  (hne : @346 @859 @351) -> @437 (fun (ro : @436) => @438 (@703 @813 @17) (@568 @300 @17))
-@891 := @876 @342
-@902 := (hne : @346 @323 @351) -> @437 (fun (ro : @436) => @438 (@703 @838 @17) (@568 @307 @17))
-@903 := @891 @364
-@909 := @438 (@703 @859 @17) (@568 @314 @17)
-@911 := @437 (fun (ro : @436) => @909)
-@913 := @437 (fun (__e_ro : @436) => @909)
-@918 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@919 := (__e_hrep : @918) -> @913
-@920 := fun (__e_hrep : @918) => @903
-@921 := (b : @3) -> @919
-@922 := fun (b : @3) => @920
-@923 := (a : @3) -> @921
-@924 := fun (a : @3) => @922
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustCore.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustCore.lean
deleted file mode 100644
index bc01c810f..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustCore.lean
+++ /dev/null
@@ -1,57 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .nat)),
-      body := (.build .pair (.pair .nat (.pair .nat .nat)) [(.call 1 [(.var 0), (.value .nat (.nat 0))]), (.build .pair (.pair .nat .nat) [(.call 2 [(.var 0), (.var 1)]), (.call 3 [(.var 0), (.value .nat (.nat 0)), (.var 1)])])]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) (.var 0) (.cond (.prim .natLt [(.var 0), (.var 1)]) (.var 0) (.call 2 [(.prim .natSub [(.var 0), (.var 1)]), (.var 1)]))) },
-    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
-      body := (.cond (.prim .natLt [(.var 1), (.var 2)]) (.cond (.prim .natLe [(.var 0), (.prim .natAdd [(.var 1), (.var 1)])]) (.var 1) (.call 3 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.var 2)])) (.var 2)) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.pair .nat .nat))) (.mk [] (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := []) (tb := (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.var rfl rfl)) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2))))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (lb := []) (tb := (.succeed (.copy (.generated .binding 2)))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | _ + 4 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustStd.lean
deleted file mode 100644
index 4742a0cbd..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustStd.lean
+++ /dev/null
@@ -1,57 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .nat)),
-      body := (.build .pair (.pair .nat (.pair .nat .nat)) [(.call 1 [(.var 0), (.value .nat (.nat 0))]), (.build .pair (.pair .nat .nat) [(.call 2 [(.var 0), (.var 1)]), (.call 3 [(.var 0), (.value .nat (.nat 0)), (.var 1)])])]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) (.var 0) (.cond (.prim .natLt [(.var 0), (.var 1)]) (.var 0) (.call 2 [(.prim .natSub [(.var 0), (.var 1)]), (.var 1)]))) },
-    { parameters := [0, 1, 2], types := [.nat, .nat, .nat], result := .nat,
-      body := (.cond (.prim .natLt [(.var 1), (.var 2)]) (.cond (.prim .natLe [(.var 0), (.prim .natAdd [(.var 1), (.var 1)])]) (.var 1) (.call 3 [(.var 0), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))]), (.var 2)])) (.var 2)) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.pair .nat .nat))) (.mk [] (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] true) (.pair (.call (.function 2) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.call (.function 3) [(.copy (.generated .binding 0)), (.lit (.nat 0)), (.copy (.generated .binding 1))] true)))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false))))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 8)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false) (.mk [] (.copy (.generated .binding 0))) (.mk [] (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 0))) (lb := []) (tb := (.call (.function 2) [(.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))), (.copy (.generated .binding 1))] false)) (Corr.bOfE (Corr.var rfl rfl)) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false) (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (.mk [] (.succeed (.copy (.generated .binding 2))))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)))) (lb := []) (tb := (.succeed (.copy (.generated .binding 2)))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true))), (.copy (.generated .binding 2))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 20)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 19)), (.move (.generated .operand 20))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl))) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | _ + 4 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/Compose/RustStd.lex.tex
deleted file mode 100644
index ec4eac7ca..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,573 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.__wt_0 : @520 := @519 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.root : @1138 := @1139 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.flags
-@3 := Coverage.Syntax.Term
-@4 := #0
-@5 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := fun (__v : @3) => @15
-@17 := LexLeanTarget.TargetSyntax.Value.nat
-@18 := @17 @4
-@19 := LexLeanTarget.TargetSyntax.Ty.nat
-@20 := LexLeanTarget.TargetSyntax.Program
-@21 := LexLeanPreservation.Rust.RCrate
-@22 := LexLeanPreservation.Rust.Flags
-@23 := Nat
-@24 := #3
-@25 := @7 @24
-@26 := #2
-@27 := @25 @26
-@28 := #1
-@35 := {p : @20} -> {c : @21} -> {A : @22} -> (n : @23) -> @27 @28 @18 @19
-@37 := LexLeanPreservation.Rust.wt_nat @0
-@44 := {c : @21} -> {A : @22} -> (n : @23) -> @11 @26 @28 @18 @19
-@45 := @37 @1
-@50 := {A : @22} -> (n : @23) -> @12 @28 @18 @19
-@51 := @45 @2
-@53 := @13 @18 @19
-@54 := (n : @23) -> @53
-@55 := @51 @4
-@56 := LexLeanTarget.TargetSyntax.Value
-@57 := LexLeanTarget.TargetSyntax.Ty
-@58 := List.nil.{0}
-@59 := List.cons.{0}
-@60 := @58 @56
-@61 := @59 @56
-@63 := @61 @18 @60
-@64 := @58 @57
-@65 := @59 @57
-@66 := @65 @19
-@67 := @66 @64
-@68 := LexLeanPreservation.Rust.WTL
-@76 := {p : @20} -> {c : @21} -> {A : @22} -> @68 @26 @28 @4 @60 @64
-@78 := LexLeanPreservation.Rust.wtl_nil @0
-@79 := @68 @0
-@85 := {c : @21} -> {A : @22} -> @79 @28 @4 @60 @64
-@86 := @78 @1
-@87 := @79 @1
-@91 := {A : @22} -> @87 @4 @60 @64
-@92 := @86 @2
-@93 := @87 @2
-@94 := @93 @60
-@95 := @94 @64
-@96 := List.{0}
-@97 := @96 @56
-@98 := @96 @57
-@99 := #6
-@100 := @7 @99
-@101 := #5
-@102 := @100 @101
-@103 := #4
-@106 := @102 @103 @24 @26
-@107 := #7
-@112 := @68 @107 @99 @101 @26 @28
-@113 := #8
-@116 := @68 @113 @107 @99
-@118 := @61 @101 @24
-@119 := @116 @118
-@121 := @65 @103 @26
-@131 := {p : @20} ->
-  {c : @21} ->
-  {A : @22} ->
-  {v : @56} -> {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @106) -> (hs : @112) -> @119 @121
-@133 := LexLeanPreservation.Rust.wtl_cons @0
-@137 := @11 @101 @103 @24 @26
-@141 := @79 @99 @101 @26 @28
-@153 := {c : @21} ->
-  {A : @22} ->
-  {v : @56} ->
-  {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @137) -> (hs : @141) -> @79 @107 @99 @118 @121
-@154 := @133 @1
-@157 := @12 @103 @24 @26
-@160 := @87 @101 @26 @28
-@170 := {A : @22} ->
-  {v : @56} ->
-  {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @157) -> (hs : @160) -> @87 @99 @118 @121
-@171 := @154 @2
-@173 := @13 @24 @26
-@175 := @93 @26 @28
-@183 := {v : @56} ->
-  {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @173) -> (hs : @175) -> @93 @118 @121
-@184 := @171 @18
-@185 := @17 @24
-@197 := {t : @57} ->
-  {vs : @97} -> {ts : @98} -> (h : @13 @185 @26) -> (hs : @175) -> @93 (@61 (@17 @101) @24) @121
-@198 := @184 @19
-@199 := @17 @26
-@201 := @13 @199 @19
-@205 := @93 (@61 (@17 @103) @24)
-@206 := @66 @26
-@211 := {vs : @97} -> {ts : @98} -> (h : @201) -> (hs : @175) -> @205 @206
-@212 := @198 @60
-@213 := @17 @28
-@215 := @13 @213 @19
-@216 := @94 @28
-@218 := @61 @185 @60
-@223 := {ts : @98} -> (h : @215) -> (hs : @216) -> @93 @218 @206
-@224 := @212 @64
-@226 := @61 @199 @60
-@227 := @93 @226
-@230 := (h : @53) -> (hs : @95) -> @227 @67
-@231 := @224 @55
-@233 := @61 @213 @60
-@235 := @93 @233 @67
-@236 := (hs : @95) -> @235
-@237 := @231 @92
-@239 := @93 @63 @67
-@240 := Eq.{1}
-@241 := Option.{0}
-@242 := @241 @98
-@243 := @240 @242
-@244 := LexLeanPreservation.Rust.adtFields
-@248 := @243 (@244 @99 @24 @26)
-@249 := Option.some.{0}
-@250 := @249 @98
-@251 := @250 @4
-@252 := @248 @251
-@255 := @7 @113 @107 @99
-@256 := LexLeanTarget.TargetSyntax.Value.adt
-@258 := @256 @103 @24
-@259 := @255 @258
-@260 := @8 @101
-@270 := {p : @20} ->
-  {c : @21} ->
-  {A : @22} ->
-  {i : @23} -> {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @252) -> (hf : @112) -> @259 @260
-@272 := LexLeanPreservation.Rust.wt_adt @0
-@273 := @244 @0
-@277 := @243 (@273 @24 @26) @251
-@289 := {c : @21} ->
-  {A : @22} ->
-  {i : @23} ->
-  {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @277) -> (hf : @141) -> @11 @107 @99 @258 @260
-@290 := @272 @1
-@300 := {A : @22} ->
-  {i : @23} ->
-  {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @277) -> (hf : @160) -> @12 @99 @258 @260
-@301 := @290 @2
-@302 := @13 @258
-@309 := {i : @23} ->
-  {k : @23} -> {fs : @97} -> {tys : @98} -> (h : @277) -> (hf : @175) -> @302 @260
-@310 := @301 @9
-@311 := @273 @9
-@320 := {k : @23} ->
-  {fs : @97} -> {tys : @98} -> (h : @243 (@311 @26) @251) -> (hf : @175) -> @302 @10
-@321 := @310 @9
-@322 := @311 @9
-@323 := @243 @322
-@324 := @323 @251
-@325 := @256 @9
-@332 := {fs : @97} -> {tys : @98} -> (h : @324) -> (hf : @175) -> @13 (@325 @24) @10
-@333 := @321 @63
-@340 := {tys : @98} -> (h : @324) -> (hf : @227 @28) -> @13 (@325 @218) @10
-@341 := @333 @67
-@348 := (h : @323 (@250 @67)) -> (hf : @235) -> @13 (@325 @226) @10
-@349 := Eq.refl.{1}
-@350 := @349 @242
-@352 := @341 (@350 @322)
-@356 := (hf : @239) -> @13 (@325 @233) @10
-@357 := @352 @237
-@360 := @13 (@325 @63) @10
-@361 := fun (__x0 : @23) => @357
-@362 := @5 @24
-@363 := @5 @26
-@365 := @61 @363 @60
-@366 := @61 @362
-@367 := @366 @365
-@368 := @65 @10
-@369 := @368 @64
-@370 := @368 @369
-@371 := @171 @363
-@372 := @5 @101
-@373 := @13 @372
-@374 := @373 @26
-@376 := @61 (@5 @107)
-@378 := @93 (@376 @24)
-@384 := {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @374) -> (hs : @175) -> @378 @121
-@385 := @371 @10
-@386 := @5 @103
-@387 := @13 @386
-@388 := @387 @10
-@389 := @5 @99
-@390 := @61 @389
-@392 := @93 (@390 @24)
-@393 := @368 @26
-@398 := {vs : @97} -> {ts : @98} -> (h : @388) -> (hs : @175) -> @392 @393
-@399 := @385 @60
-@401 := @13 @362 @10
-@402 := @61 @372
-@403 := @402 @60
-@404 := @93 @403
-@408 := {ts : @98} -> (h : @401) -> (hs : @216) -> @404 @393
-@409 := @399 @64
-@411 := @13 @363 @10
-@412 := @61 @386
-@413 := @412 @60
-@414 := @93 @413
-@417 := (h : @411) -> (hs : @95) -> @414 @369
-@418 := @409 @4
-@419 := @366 @60
-@420 := @93 @419
-@421 := @420 @369
-@422 := (hs : @95) -> @421
-@423 := @418 @92
-@424 := @93 @365
-@425 := @424 @369
-@426 := @171 @362
-@428 := @13 @389 @26
-@430 := @61 (@5 @113)
-@438 := {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @428) -> (hs : @175) -> @93 (@430 @24) @121
-@439 := @426 @10
-@445 := {vs : @97} -> {ts : @98} -> (h : @373 @10) -> (hs : @175) -> @378 @393
-@446 := @439 @365
-@447 := @414 @28
-@448 := @390 @403
-@453 := {ts : @98} -> (h : @388) -> (hs : @447) -> @93 @448 @393
-@454 := @446 @369
-@455 := @402 @413
-@456 := @93 @455
-@459 := (h : @401) -> (hs : @421) -> @456 @370
-@460 := @454 @28
-@461 := @412 @419
-@463 := @93 @461 @370
-@464 := (hs : @425) -> @463
-@465 := @460 @423
-@467 := @93 @367 @370
-@468 := 1
-@469 := @310 @468
-@470 := @311 @468
-@471 := @243 @470
-@472 := @471 @251
-@473 := @256 @468
-@480 := {fs : @97} -> {tys : @98} -> (h : @472) -> (hf : @175) -> @13 (@473 @24) @10
-@481 := @469 @367
-@488 := {tys : @98} -> (h : @472) -> (hf : @456 @28) -> @13 (@473 @448) @10
-@489 := @481 @370
-@496 := (h : @471 (@250 @370)) -> (hf : @463) -> @13 (@473 @455) @10
-@498 := @489 (@350 @470)
-@502 := (hf : @467) -> @13 (@473 @461) @10
-@503 := @498 @465
-@506 := @13 (@473 @367) @10
-@507 := @5 @28
-@509 := @13 @507 @10
-@513 := fun (__x0 : @3) => fun (__x1 : @3) => fun (__ih0 : @509) => fun (__ih1 : @509) => @503
-@519 := fun (__v : @3) => Coverage.Syntax.Term.rec.{0} @16 @361 @513 @4
-@520 := (__v : @3) -> @15
-@522 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.__wt_0 @28
-@524 := @61 @507 @60
-@527 := Prod.{0, 0} @23 @56
-@531 := Prod.mk.{0, 0} @23 @56 @9
-@532 := @531 @507
-@533 := @58 @527
-@534 := @59 @527
-@536 := @534 @532 @533
-@537 := Bool.false
-@538 := LexLeanTarget.TargetSyntax.Function
-@539 := LexLeanTarget.TargetSyntax.Program.functions
-@540 := @539 @0
-@541 := @58 @23
-@542 := LexLeanTarget.TargetSyntax.Ty.unit
-@543 := LexLeanTarget.TargetSyntax.Value.unit
-@546 := LexLeanTarget.TargetSyntax.Expr.value @542 @543
-@551 := LexLeanTarget.TargetSyntax.Function.mk @541 @64 @542 @546
-@556 := List.getD.{0} @538 @540 @9 @551
-@560 := fun (__e_n : @23) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.root @4 @9
-@561 := @171 @507
-@568 := {t : @57} -> {vs : @97} -> {ts : @98} -> (h : @387 @26) -> (hs : @175) -> @392 @121
-@569 := @561 @10
-@576 := {vs : @97} -> {ts : @98} -> (h : @401) -> (hs : @175) -> @93 (@402 @24) @393
-@577 := @569 @60
-@581 := {ts : @98} -> (h : @411) -> (hs : @216) -> @414 @393
-@582 := @577 @64
-@583 := (h : @509) -> @422
-@584 := @582 @522
-@585 := (hs : @95) -> @425
-@586 := @584 @92
-@587 := @93 @524
-@588 := @587 @369
-@589 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.denote
-@590 := @589 @28
-@591 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.__fits_0
-@592 := @591 @28
-@594 := Coverage.RecRoots.rewrite @28
-@600 := LexLeanPreservation.encPair @3 @3 @5 @5 @594
-@602 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.root @28
-@603 := Bool
-@604 := Ne.{1}
-@605 := LexLeanPreservation.Obs
-@606 := @604 @605
-@607 := LexLeanPreservation.Rel
-@610 := @606 (@607 @28 @4)
-@611 := LexLeanPreservation.Obs.stuck
-@614 := (f : @603) -> (v : @56) -> @610 @611
-@616 := LexLeanPreservation.Rust.rel_ne_stuck @592
-@622 := (v : @56) -> @606 (@607 (@591 @26) @4) @611
-@623 := @616 @600
-@627 := @606 (@607 @592 @600) @611
-@628 := @96 @527
-@629 := LexLeanPreservation.Rust.FunSem
-@630 := #9
-@636 := (n : @23) -> @629 @630 @113 @107 @4 @99
-@637 := @241 @538
-@638 := @240 @637
-@645 := LexLeanRuntime.index (@96 @538) @538 (LexLeanRuntime.instIndexableList @538)
-@649 := @638 (@645 (@539 @630) @99)
-@650 := @249 @538
-@651 := @650 @101
-@652 := @649 @651
-@653 := #10
-@657 := @68 @653 @630 @113 @101
-@658 := LexLeanTarget.TargetSyntax.Function.types
-@659 := @658 @99
-@660 := @657 @659
-@661 := @241 @628
-@662 := @240 @661
-@663 := LexLeanTarget.TargetSemantics.bindAll
-@664 := LexLeanTarget.TargetSyntax.Function.parameters
-@669 := @662 (@663 (@664 @107) @99 @533)
-@670 := @249 @628
-@671 := @670 @101
-@672 := @669 @671
-@673 := @241 @603
-@674 := @240 @673
-@675 := LexLeanPreservation.Rust.fnFallible
-@676 := #11
-@679 := @674 (@675 @676 @630)
-@680 := @249 @603
-@681 := @680 @101
-@682 := @679 @681
-@683 := LexLeanPreservation.RunConv
-@684 := #13
-@688 := @683 @684 @653 @113 @101
-@690 := @606 @99 @611
-@691 := Exists.{1}
-@692 := LexLeanPreservation.Rust.ROut
-@693 := @691 @692
-@694 := And
-@695 := LexLeanPreservation.Rust.RealizesFn
-@699 := @694 (@695 @630 @113 @4)
-@700 := LexLeanPreservation.Rust.RCI
-@702 := @700 #15
-@703 := LexLeanPreservation.Rust.fnIdent
-@704 := @703 @684
-@711 := (hne : @690) -> @693 (fun (ro : @692) => @699 (@702 @704 @676 @4))
-@726 := {p : @20} ->
-  {c : @21} ->
-  {A : @22} ->
-  {f : @23} ->
-  {fn : @538} ->
-  {args : @97} ->
-  {env : @628} ->
-  {F : @603} ->
-  {o : @605} ->
-  (hB : @636) ->
-  (hfn : @652) -> (hwt : @660) -> (hbind : @672) -> (hF : @682) -> (hA : @688) -> @711
-@728 := LexLeanPreservation.Rust.compose @0
-@729 := @629 @0
-@734 := (n : @23) -> @729 @113 @107 @4 @99
-@735 := @645 @540
-@738 := @638 (@735 @99) @651
-@742 := @79 @630 @113 @101 @659
-@743 := @683 @0
-@746 := @743 @653 @113 @101
-@760 := {c : @21} ->
-  {A : @22} ->
-  {f : @23} ->
-  {fn : @538} ->
-  {args : @97} ->
-  {env : @628} ->
-  {F : @603} ->
-  {o : @605} ->
-  (hB : @734) ->
-  (hfn : @738) -> (hwt : @742) -> (hbind : @672) -> (hF : @682) -> (hA : @746) -> @711
-@761 := @728 @1
-@762 := @729 @1
-@766 := (n : @23) -> @762 @107 @4 @99
-@769 := @87 @113 @101 @659
-@770 := @675 @1
-@773 := @674 (@770 @630) @681
-@774 := @700 @1
-@784 := (hbind : @672) ->
-  (hF : @773) -> (hA : @746) -> (hne : @690) -> @693 (fun (ro : @692) => @699 (@774 @704 @676 @4))
-@794 := {A : @22} ->
-  {f : @23} ->
-  {fn : @538} ->
-  {args : @97} ->
-  {env : @628} -> {F : @603} -> {o : @605} -> (hB : @766) -> (hfn : @738) -> (hwt : @769) -> @784
-@795 := @761 @2
-@797 := @762 @2 @4
-@799 := (n : @23) -> @797 @99
-@800 := @93 @101
-@801 := @800 @659
-@810 := {f : @23} ->
-  {fn : @538} ->
-  {args : @97} ->
-  {env : @628} -> {F : @603} -> {o : @605} -> (hB : @799) -> (hfn : @738) -> (hwt : @801) -> @784
-@811 := @795 @9
-@813 := (n : @23) -> @797 @9
-@814 := @735 @9
-@815 := @638 @814
-@816 := @815 @651
-@817 := @770 @9
-@818 := @674 @817
-@819 := @818 @681
-@820 := @743 @9
-@822 := @820 @113 @101
-@824 := @774 (@703 @9)
-@832 := (hF : @819) -> (hA : @822) -> (hne : @690) -> @693 (fun (ro : @692) => @699 (@824 @676 @4))
-@841 := {fn : @538} ->
-  {args : @97} ->
-  {env : @628} ->
-  {F : @603} -> {o : @605} -> (hB : @813) -> (hfn : @816) -> (hwt : @801) -> (hbind : @672) -> @832
-@842 := @811 @556
-@844 := @815 (@650 @556)
-@845 := @658 @556
-@846 := @800 @845
-@848 := @663 (@664 @556)
-@860 := {args : @97} ->
-  {env : @628} ->
-  {F : @603} ->
-  {o : @605} ->
-  (hB : @813) -> (hfn : @844) -> (hwt : @846) -> (hbind : @662 (@848 @99 @533) @671) -> @832
-@861 := @842 @524
-@862 := @390 @60
-@864 := @93 @862 @845
-@865 := @376 @60
-@869 := @662 (@848 @865 @533) @671
-@872 := @61 (@5 @630) @60
-@893 := {env : @628} ->
-  {F : @603} ->
-  {o : @605} ->
-  (hB : @813) ->
-  (hfn : @844) ->
-  (hwt : @864) ->
-  (hbind : @869) ->
-  (hF : @819) ->
-  (hA : @820 @872 @101) ->
-  (hne : @690) -> @693 (fun (ro : @692) => @699 (@824 (@61 (@5 #12) @60) @4))
-@894 := @861 @536
-@895 := @404 @845
-@903 := @662 (@848 @862 @533) (@670 (@534 (@531 @389) @533))
-@904 := @430 @60
-@923 := {F : @603} ->
-  {o : @605} ->
-  (hB : @813) ->
-  (hfn : @844) ->
-  (hwt : @895) ->
-  (hbind : @903) ->
-  (hF : @819) ->
-  (hA : @820 @904 @101) ->
-  (hne : @690) -> @693 (fun (ro : @692) => @699 (@824 (@61 (@5 @676) @60) @4))
-@924 := @894 @537
-@925 := @414 @845
-@933 := @662 (@848 @403 @533) (@670 (@534 (@531 @372) @533))
-@935 := @818 (@680 @537)
-@937 := @820 @865 @101
-@938 := @695 @537
-@957 := {o : @605} ->
-  (hB : @813) ->
-  (hfn : @844) ->
-  (hwt : @925) ->
-  (hbind : @933) ->
-  (hF : @935) ->
-  (hA : @937) ->
-  (hne : @690) -> @693 (fun (ro : @692) => @694 (@938 @113 @4) (@824 (@61 (@5 @653) @60) @4))
-@958 := @924 @590
-@959 := @420 @845
-@967 := @662 (@848 @413 @533) (@670 (@534 (@531 @386) @533))
-@968 := @820 @862
-@969 := @589 @99
-@970 := @968 @969
-@971 := @589 @107
-@989 := (hB : @813) ->
-  (hfn : @844) ->
-  (hwt : @959) ->
-  (hbind : @967) ->
-  (hF : @935) ->
-  (hA : @970) ->
-  (hne : @606 @971 @611) -> @693 (fun (ro : @692) => @694 (@938 (@589 @630) @4) (@824 @872 @4))
-@990 := @958 @560
-@991 := @424 @845
-@999 := @662 (@848 @419 @533) (@670 (@534 (@531 @362) @533))
-@1000 := @820 @403
-@1001 := @589 @101
-@1019 := (hfn : @844) ->
-  (hwt : @991) ->
-  (hbind : @999) ->
-  (hF : @935) ->
-  (hA : @1000 @1001) ->
-  (hne : @606 @969 @611) -> @693 (fun (ro : @692) => @694 (@938 (@589 @113) @4) (@824 @904 @4))
-@1022 := @990 (@349 @637 @814)
-@1023 := @587 @845
-@1031 := @662 (@848 @365 @533) (@670 (@534 (@531 @363) @533))
-@1032 := @820 @413
-@1033 := @589 @103
-@1049 := (hwt : @1023) ->
-  (hbind : @1031) ->
-  (hF : @935) ->
-  (hA : @1032 @1033) ->
-  (hne : @606 @1001 @611) -> @693 (fun (ro : @692) => @694 (@938 @971 @4) (@824 @865 @4))
-@1050 := @1022 @586
-@1052 := @848 @524 @533
-@1055 := @662 @1052 (@670 @536)
-@1056 := @820 @419
-@1057 := @589 @24
-@1072 := (hbind : @1055) ->
-  (hF : @935) ->
-  (hA : @1056 @1057) ->
-  (hne : @606 @1033 @611) -> @693 (fun (ro : @692) => @694 (@938 @969 @4) (@824 @862 @4))
-@1075 := @1050 (@349 @661 @1052)
-@1076 := @820 @365
-@1077 := @589 @26
-@1091 := (hF : @935) ->
-  (hA : @1076 @1077) ->
-  (hne : @606 @1057 @611) -> @693 (fun (ro : @692) => @694 (@938 @1001 @4) (@824 @403 @4))
-@1094 := @1075 (@349 @673 @817)
-@1108 := (hA : @820 @524 @590) ->
-  (hne : @606 @1077 @611) -> @693 (fun (ro : @692) => @694 (@938 @1033 @4) (@824 @413 @4))
-@1109 := @1094 @602
-@1120 := (hne : @606 @590 @611) -> @693 (fun (ro : @692) => @694 (@938 @1057 @4) (@824 @419 @4))
-@1121 := @1109 @623
-@1127 := @694 (@938 @1077 @4) (@824 @365 @4)
-@1129 := @693 (fun (ro : @692) => @1127)
-@1131 := @693 (fun (__e_ro : @692) => @1127)
-@1135 := LexLeanPreservation.Rust.RepresentableL (@61 @6 @60)
-@1136 := (__e_hrep : @1135) -> @1131
-@1137 := fun (__e_hrep : @1135) => @1121
-@1138 := (t : @3) -> @1136
-@1139 := fun (t : @3) => @1137
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/RustStd.lean
deleted file mode 100644
index 75df474e9..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/RustStd.lean
+++ /dev/null
@@ -1,50 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat], [(.adt 0), (.adt 0)]] }], functions := [
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 0) (.adt 0)),
-      body := (.build .pair (.pair (.adt 0) (.adt 0)) [(.call 1 [(.var 0)]), (.call 2 [(.var 0)])]) },
-    { parameters := [0], types := [(.adt 0)], result := (.adt 0),
-      body := (.«match» (.adt 0) (.var 0) [(.arm (.adt 0) [1] (.build (.adt 0) (.adt 0) [(.var 1)])), (.arm (.adt 1) [2, 3] (.«match» (.adt 0) (.var 2) [(.arm (.adt 0) [4] (.build (.adt 1) (.adt 0) [(.build (.adt 0) (.adt 0) [(.var 4)]), (.call 1 [(.var 3)])])), (.arm (.adt 1) [5, 6] (.call 1 [(.build (.adt 1) (.adt 0) [(.var 5), (.build (.adt 1) (.adt 0) [(.var 6), (.var 3)])])]))]))]) },
-    { parameters := [0], types := [(.adt 0)], result := (.adt 0),
-      body := (.«match» (.adt 0) (.var 0) [(.arm (.adt 0) [1] (.build (.adt 0) (.adt 0) [(.var 1)])), (.arm (.adt 1) [2, 3] (.«match» (.adt 0) (.var 2) [(.arm (.adt 0) [4] (.call 2 [(.var 3)])), (.arm (.adt 1) [5, 6] (.call 2 [(.build (.adt 1) (.adt 0) [(.var 5), (.var 3)])]))]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [(.rc (.adt 0)), (.rc (.adt 0))] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.pair (.adt 0) (.adt 0)) (.mk [] (.pair (.call (.function 1) [(.clone (.generated .binding 0))] false) (.call (.function 2) [(.move (.generated .binding 0))] false)))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 0) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 5)), (.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 5))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.adt 0 0 [(.bind (.generated .binding 4))]) (.mk [] (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 3)), (.bind (.generated .boxed 4))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)))])))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 0) (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 10)), (.bind (.generated .boxed 11))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 11))), (.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.call (.function 2) [(.move (.generated .binding 3))] false))), (.mk (.adt 0 1 [(.bind (.generated .boxed 9)), .wild]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))] (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)))])))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.clone (.generated .binding 0))] false) (.call (.function 2) [(.move (.generated .binding 0))] false)), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 5)), (.bind (.generated .boxed 6))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 5))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 6))), (.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 2)) [(.mk (.adt 0 0 [(.bind (.generated .binding 4))]) (.mk [] (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 3)), (.bind (.generated .boxed 4))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)))])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.adt 0 0) [(.copy (.generated .binding 1))])) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 5))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 6)))]) (lets := [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.move (.generated .holder 2)) [(.mk (.adt 0 0 [(.bind (.generated .binding 4))]) (.mk [] (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 3)), (.bind (.generated .boxed 4))]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))] (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.adt 0 1) [(.box (.construct (.adt 0 0) [(.copy (.generated .binding 4))])), (.box (.call (.function 1) [(.move (.generated .binding 3))] false))])) (Corr.mCons (Γ' := [(6, (.adt 0), (some 6)), (5, (.adt 0), (some 5)), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 3))), (.mk (.bind (.generated .binding 6)) none (.unbox (.generated .boxed 4)))]) (lets := []) (tail := (.call (.function 1) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.construct (.adt 0 1) [(.box (.move (.generated .binding 6))), (.box (.move (.generated .binding 3)))]))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [] (.construct (.adt 0 0) [(.copy (.generated .binding 1))]))), (.mk (.adt 0 1 [(.bind (.generated .boxed 10)), (.bind (.generated .boxed 11))]) (.mk [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 11))), (.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.call (.function 2) [(.move (.generated .binding 3))] false))), (.mk (.adt 0 1 [(.bind (.generated .boxed 9)), .wild]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))] (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)))])))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.adt 0 0) [(.copy (.generated .binding 1))])) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 2)) none (.unbox (.generated .boxed 10))), (.mk (.bind (.generated .binding 3)) none (.unbox (.generated .boxed 11)))]) (lets := [(.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 0 0 [.wild]) (.mk [] (.call (.function 2) [(.move (.generated .binding 3))] false))), (.mk (.adt 0 1 [(.bind (.generated .boxed 9)), .wild]) (.mk [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))] (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(4, .nat, none), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 3))] false)) (Corr.mCons (Γ' := [(6, (.adt 0), none), (5, (.adt 0), (some 5)), (3, (.adt 0), (some 3)), (2, (.adt 0), (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := [(.mk (.bind (.generated .binding 5)) none (.unbox (.generated .boxed 9)))]) (lets := []) (tail := (.call (.function 2) [(.construct (.adt 0 1) [(.box (.move (.generated .binding 5))), (.box (.move (.generated .binding 3)))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.adt 0)]) (mask := [true, true]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4.lean
deleted file mode 100644
index 9e05957f0..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4.lean
+++ /dev/null
@@ -1,106 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.pair .nat .int),
-      body := (.build .pair (.pair .nat .int) [(.call 1 [(.closure 2 []), (.value .nat (.nat 0)), (.var 0)]), (.call 3 [(.closure 4 []), (.value .int (.int 5)), (.var 1)])]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)], result := .nat,
-      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.var 1)]) },
-    { parameters := [0, 1, 2], types := [(.fn [.int, .int] .int), .int, (.list .int)], result := .int,
-      body := (.«match» .int (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [.int, .int], result := .int,
-      body := (.prim .intSub [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [(.list .int)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.option (.pair .nat .int)),
-      body := (.cond (.call 5 [(.var 1)]) (.build .some (.option (.pair .nat .int)) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .int)) [])) }] }
-
-def __fits_2 (a : Nat) (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (a + x) 18446744073709551616))
-
-theorem __rel_2 (a : Nat) (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat a), (_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 a x) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((a + x)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd a x))
-
-def __fits_4 (a : Int) (x : Int) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.intFits (_root_.LexLeanRuntime.subtract (a) (x) : Int)))
-
-theorem __rel_4 (a : Int) (x : Int) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.int a), (_root_.LexLeanTarget.TargetSyntax.Value.int x)] (_root_.LexLeanPreservation.Rel (__fits_4 a x) (_root_.LexLeanTarget.TargetSyntax.Value.int ((_root_.LexLeanRuntime.subtract (a) (x) : Int)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_intSub a x))
-
-def __fits_0 (xs : (List Nat)) (s : (List Int)) : Bool :=
-  ((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Nat) (__p1 : Nat) => __fits_2 __p0 __p1) ((fun (a : Nat) (x : Nat) => (a + x))) ((0 : Nat)) (xs))) && (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : Int) (__p1 : Int) => __fits_4 __p0 __p1) ((fun (a : Int) (x : Int) => (_root_.LexLeanRuntime.subtract (a) (x) : Int))) ((5 : Int)) (s))) && Bool.true)) && Bool.true)
-
-theorem __rel_0 (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) xs), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) s)] (_root_.LexLeanPreservation.Rel (__fits_0 xs s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (a : Nat) (x : Nat) => (a + x))) (fun (__p0 : Nat) (__p1 : Nat) => __fits_2 __p0 __p1) 2 [] (fun (__p0 : Nat) (__p1 : Nat) => __rel_2 __p0 __p1) (p := __prog) (fi := 1) (ta := .nat) (ts := .nat) rfl ((0 : Nat)) (xs))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.int) (es := _root_.LexLeanTarget.TargetSyntax.Value.int) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) ((fun (a : Int) (x : Int) => (_root_.LexLeanRuntime.subtract (a) (x) : Int))) (fun (__p0 : Int) (__p1 : Int) => __fits_4 __p0 __p1) 4 [] (fun (__p0 : Int) (__p1 : Int) => __rel_4 __p0 __p1) (p := __prog) (fi := 3) (ta := .int) (ts := .int) rfl ((5 : Int)) (s))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def denote (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 xs s) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) xs), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) s)] (_root_.LexLeanPreservation.Rel (__fits_0 xs s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 xs s)
-
-def __valid_5 : (List Int) -> Bool :=
-  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering)
-
-def __inv_5 : (List Int) -> Prop :=
-  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering)
-
-theorem __viff_5 : ∀ (__v : (List Int)), __valid_5 __v = Bool.true ↔ __inv_5 __v :=
-  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering)
-
-theorem __vrel_5 : ∀ (__v : (List Int)), _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_5 __v))) :=
-  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.int) (fun _ => rfl) rfl
-
-def entryFits (xs : (List Nat)) (s : (List Int)) : Bool :=
-  (if __valid_5 s then __fits_0 xs s else Bool.true)
-
-def entryValue (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_5 s then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryFits xs s) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryValue xs s)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (xs : (List Nat)) (s : (List Int)) : Prop :=
-  (__inv_5 s ∧ _root_.True)
-
-theorem entry (xs : (List Nat)) (s : (List Int)) : _root_.LexLeanPreservation.RunConv __prog 6 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) xs), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.int) s)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denoteEntry xs s) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 xs s else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.int) (Coverage.Colls.folds xs s))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_5 s) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_5 s)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_0 xs s)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryFits]))
-
-theorem entry_accepts (xs : (List Nat)) (s : (List Int)) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.accepts xs s) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denoteEntry xs s = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denote xs s) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denote
-  simp only [_root_.if_true, (__viff_5 s).mpr __h.1]
-  cases __fits_0 xs s <;> rfl
-
-theorem entry_refuses (xs : (List Nat)) (s : (List Int)) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.accepts xs s) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denoteEntry xs s = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryValue
-  cases __c0 : __valid_5 s
-  · simp
-  · exact _root_.absurd ⟨(__viff_5 s).mp __c0, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/Compose/RustStd.lex.tex
deleted file mode 100644
index 682629efa..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,606 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.root : @1228 := @1229 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.flags
-@3 := Nat
-@4 := List.{0}
-@5 := @4 @3
-@6 := #2
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encList
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.list
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := #3
-@22 := @19 @20 @6
-@23 := #1
-@24 := @22 @23
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@36 := @34 @6 @23
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @36 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@44 := @43 @23
-@48 := {A : @18} -> (n : @3) -> @44 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @6 @15
-@69 := (x : @6) -> @65 @66 @23
-@70 := @4 @20
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @20 @15
-@78 := @74 @77
-@79 := @13 @6
-@88 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encList @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @23
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (xs : @70) -> @50 @77 @79
-@132 := @121 @3
-@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
-  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @23
-@147 := @50 (@10 @15)
-@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
-@152 := @143 @12
-@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := Int
-@162 := @4 @161
-@163 := LexLeanTarget.TargetSyntax.Value.int
-@164 := @8 @161
-@165 := @164 @163
-@166 := @165 @23
-@167 := LexLeanTarget.TargetSyntax.Ty.int
-@168 := @13 @167
-@169 := @163 @15
-@175 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @161) -> @24 @169 @167
-@177 := LexLeanPreservation.Rust.wt_int @0
-@182 := {c : @17} -> {A : @18} -> (n : @161) -> @36 @169 @167
-@183 := @177 @1
-@187 := {A : @18} -> (n : @161) -> @44 @169 @167
-@188 := @183 @2
-@189 := @50 @169
-@190 := @189 @167
-@191 := (n : @161) -> @190
-@193 := fun (__x : @161) => @188 @15
-@194 := @121 @161
-@204 := {e : (a._@._internal._hyg.#0 : @161) -> @57} ->
-  {t : @59} -> (h : (x : @161) -> @123) -> (xs : @162) -> @50 (@164 @20 @15) @79
-@205 := @194 @163
-@207 := (x : @161) -> @189 @23
-@208 := @165 @15
-@209 := @50 @208
-@213 := {t : @59} -> (h : @207) -> (xs : @162) -> @209 @79
-@214 := @205 @167
-@218 := (h : (x : @161) -> @190) -> (xs : @162) -> @209 @168
-@220 := @214 @193 @23
-@222 := @50 @166 @168
-@223 := List.nil.{0}
-@224 := List.cons.{0}
-@225 := @223 @57
-@226 := @224 @57
-@228 := @226 @166 @225
-@230 := @226 @11 @228
-@233 := Prod.{0, 0} @3 @57
-@234 := 1
-@237 := Prod.mk.{0, 0} @3 @57
-@238 := @237 @234
-@239 := @238 @166
-@241 := @237 0
-@242 := @241 @11
-@243 := @223 @233
-@244 := @224 @233
-@246 := @244 @242 @243
-@248 := @244 @239 @246
-@249 := Bool.true
-@250 := LexLeanTarget.TargetSyntax.Function
-@251 := LexLeanTarget.TargetSyntax.Program.functions
-@252 := @251 @0
-@253 := 6
-@254 := @223 @3
-@255 := @223 @59
-@256 := LexLeanTarget.TargetSyntax.Ty.unit
-@257 := LexLeanTarget.TargetSyntax.Value.unit
-@260 := LexLeanTarget.TargetSyntax.Expr.value @256 @257
-@265 := LexLeanTarget.TargetSyntax.Function.mk @254 @255 @256 @260
-@270 := List.getD.{0} @250 @252 @253 @265
-@274 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.root @15 @253
-@275 := LexLeanPreservation.Rust.WTL
-@283 := {p : @16} -> {c : @17} -> {A : @18} -> @275 @6 @23 @15 @225 @255
-@285 := LexLeanPreservation.Rust.wtl_nil @0
-@286 := @275 @0
-@292 := {c : @17} -> {A : @18} -> @286 @23 @15 @225 @255
-@293 := @285 @1
-@294 := @286 @1
-@298 := {A : @18} -> @294 @15 @225 @255
-@299 := @293 @2
-@300 := @294 @2
-@301 := @300 @225
-@302 := @301 @255
-@303 := @4 @57
-@304 := @4 @59
-@306 := @65 @20 @6
-@311 := @275 @71 @60 @62 @6 @23
-@312 := #8
-@315 := @275 @312 @71 @60
-@317 := @226 @62 @20
-@318 := @315 @317
-@319 := @224 @59
-@321 := @319 @64 @6
-@331 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @306) -> (hs : @311) -> @318 @321
-@333 := LexLeanPreservation.Rust.wtl_cons @0
-@351 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @303} ->
-  {ts : @304} -> (h : @92 @20 @6) -> (hs : @286 @60 @62 @6 @23) -> @286 @71 @60 @317 @321
-@352 := @333 @1
-@367 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @303} -> {ts : @304} -> (h : @108 @20 @6) -> (hs : @294 @62 @6 @23) -> @294 @60 @317 @321
-@368 := @352 @2
-@370 := @50 @20 @6
-@372 := @300 @6 @23
-@380 := {v : @57} ->
-  {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @370) -> (hs : @372) -> @300 @317 @321
-@381 := @368 @166
-@382 := @165 @64
-@384 := @50 @382 @6
-@385 := @165 @60
-@386 := @226 @385
-@394 := {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @384) -> (hs : @372) -> @300 (@386 @20) @321
-@395 := @381 @168
-@396 := @165 @20
-@398 := @50 @396 @168
-@399 := @165 @62
-@400 := @226 @399
-@402 := @300 (@400 @20)
-@403 := @319 @168
-@404 := @403 @6
-@409 := {vs : @303} -> {ts : @304} -> (h : @398) -> (hs : @372) -> @402 @404
-@410 := @395 @225
-@411 := @165 @6
-@413 := @50 @411 @168
-@414 := @301 @23
-@416 := @226 @382 @225
-@421 := {ts : @304} -> (h : @413) -> (hs : @414) -> @300 @416 @404
-@422 := @410 @255
-@424 := @226 @396 @225
-@425 := @300 @424
-@426 := @403 @255
-@429 := (h : @222) -> (hs : @302) -> @425 @426
-@430 := @422 @220
-@432 := @226 @411 @225
-@434 := @300 @432 @426
-@435 := (hs : @302) -> @434
-@436 := @430 @299
-@438 := @300 @228 @426
-@439 := @368 @11
-@440 := @10 @62
-@442 := @50 @440 @6
-@443 := @10 @71
-@444 := @226 @443
-@452 := {t : @59} -> {vs : @303} -> {ts : @304} -> (h : @442) -> (hs : @372) -> @300 (@444 @20) @321
-@453 := @439 @14
-@454 := @10 @64
-@456 := @50 @454 @14
-@457 := @10 @60
-@458 := @226 @457
-@460 := @300 (@458 @20)
-@461 := @319 @14
-@462 := @461 @6
-@467 := {vs : @303} -> {ts : @304} -> (h : @456) -> (hs : @372) -> @460 @462
-@468 := @453 @228
-@469 := @10 @20
-@471 := @50 @469 @14
-@472 := @425 @23
-@474 := @226 @440 @416
-@475 := @300 @474
-@479 := {ts : @304} -> (h : @471) -> (hs : @472) -> @475 @462
-@480 := @468 @426
-@482 := @226 @454 @424
-@483 := @300 @482
-@484 := @461 @426
-@487 := (h : @160) -> (hs : @434) -> @483 @484
-@488 := @480 @158
-@490 := @226 @469 @432
-@491 := @300 @490
-@493 := (hs : @438) -> @491 @484
-@494 := @488 @436
-@495 := @300 @230
-@496 := @495 @484
-@497 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denoteEntry
-@499 := @497 @6 @23
-@500 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryFits
-@502 := @500 @6 @23
-@505 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entryValue @6 @23
-@508 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entry @6 @23
-@509 := Bool
-@510 := Ne.{1}
-@511 := LexLeanPreservation.Obs
-@512 := @510 @511
-@513 := LexLeanPreservation.Rel
-@516 := @512 (@513 @23 @15)
-@517 := LexLeanPreservation.Obs.stuck
-@520 := (f : @509) -> (v : @57) -> @516 @517
-@522 := LexLeanPreservation.Rust.rel_ne_stuck @502
-@529 := (v : @57) -> @512 (@513 (@500 @20 @6) @15) @517
-@530 := @522 @505
-@534 := @512 (@513 @502 @505) @517
-@535 := @4 @233
-@536 := LexLeanPreservation.Rust.FunSem
-@537 := #9
-@543 := (n : @3) -> @536 @537 @312 @71 @15 @60
-@544 := Eq.{1}
-@545 := Option.{0}
-@546 := @545 @250
-@547 := @544 @546
-@554 := LexLeanRuntime.index (@4 @250) @250 (LexLeanRuntime.instIndexableList @250)
-@558 := @547 (@554 (@251 @537) @60)
-@559 := Option.some.{0}
-@560 := @559 @250
-@561 := @560 @62
-@562 := @558 @561
-@563 := #10
-@567 := @275 @563 @537 @312 @62
-@568 := LexLeanTarget.TargetSyntax.Function.types
-@569 := @568 @60
-@570 := @567 @569
-@571 := @545 @535
-@572 := @544 @571
-@573 := LexLeanTarget.TargetSemantics.bindAll
-@574 := LexLeanTarget.TargetSyntax.Function.parameters
-@579 := @572 (@573 (@574 @71) @60 @243)
-@580 := @559 @535
-@581 := @580 @62
-@582 := @579 @581
-@583 := @545 @509
-@584 := @544 @583
-@585 := LexLeanPreservation.Rust.fnFallible
-@586 := #11
-@589 := @584 (@585 @586 @537)
-@590 := @559 @509
-@591 := @590 @62
-@592 := @589 @591
-@593 := LexLeanPreservation.RunConv
-@594 := #13
-@598 := @593 @594 @563 @312 @62
-@600 := @512 @60 @517
-@601 := Exists.{1}
-@602 := LexLeanPreservation.Rust.ROut
-@603 := @601 @602
-@604 := And
-@605 := LexLeanPreservation.Rust.RealizesFn
-@609 := @604 (@605 @537 @312 @15)
-@610 := LexLeanPreservation.Rust.RCI
-@612 := @610 #15
-@613 := LexLeanPreservation.Rust.fnIdent
-@614 := @613 @594
-@621 := (hne : @600) -> @603 (fun (ro : @602) => @609 (@612 @614 @586 @15))
-@636 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @250} ->
-  {args : @303} ->
-  {env : @535} ->
-  {F : @509} ->
-  {o : @511} ->
-  (hB : @543) ->
-  (hfn : @562) -> (hwt : @570) -> (hbind : @582) -> (hF : @592) -> (hA : @598) -> @621
-@638 := LexLeanPreservation.Rust.compose @0
-@639 := @536 @0
-@644 := (n : @3) -> @639 @312 @71 @15 @60
-@645 := @554 @252
-@648 := @547 (@645 @60) @561
-@652 := @286 @537 @312 @62 @569
-@653 := @593 @0
-@656 := @653 @563 @312 @62
-@670 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @250} ->
-  {args : @303} ->
-  {env : @535} ->
-  {F : @509} ->
-  {o : @511} ->
-  (hB : @644) ->
-  (hfn : @648) -> (hwt : @652) -> (hbind : @582) -> (hF : @592) -> (hA : @656) -> @621
-@671 := @638 @1
-@672 := @639 @1
-@676 := (n : @3) -> @672 @71 @15 @60
-@679 := @294 @312 @62 @569
-@680 := @585 @1
-@683 := @584 (@680 @537) @591
-@684 := @610 @1
-@694 := (hbind : @582) ->
-  (hF : @683) -> (hA : @656) -> (hne : @600) -> @603 (fun (ro : @602) => @609 (@684 @614 @586 @15))
-@704 := {A : @18} ->
-  {f : @3} ->
-  {fn : @250} ->
-  {args : @303} ->
-  {env : @535} -> {F : @509} -> {o : @511} -> (hB : @676) -> (hfn : @648) -> (hwt : @679) -> @694
-@705 := @671 @2
-@707 := @672 @2 @15
-@709 := (n : @3) -> @707 @60
-@710 := @300 @62
-@711 := @710 @569
-@720 := {f : @3} ->
-  {fn : @250} ->
-  {args : @303} ->
-  {env : @535} -> {F : @509} -> {o : @511} -> (hB : @709) -> (hfn : @648) -> (hwt : @711) -> @694
-@721 := @705 @253
-@723 := (n : @3) -> @707 @253
-@724 := @645 @253
-@725 := @547 @724
-@726 := @725 @561
-@727 := @680 @253
-@728 := @584 @727
-@729 := @728 @591
-@730 := @653 @253
-@732 := @730 @312 @62
-@734 := @684 (@613 @253)
-@742 := (hF : @729) -> (hA : @732) -> (hne : @600) -> @603 (fun (ro : @602) => @609 (@734 @586 @15))
-@751 := {fn : @250} ->
-  {args : @303} ->
-  {env : @535} ->
-  {F : @509} -> {o : @511} -> (hB : @723) -> (hfn : @726) -> (hwt : @711) -> (hbind : @582) -> @742
-@752 := @721 @270
-@754 := @725 (@560 @270)
-@755 := @568 @270
-@756 := @710 @755
-@758 := @573 (@574 @270)
-@770 := {args : @303} ->
-  {env : @535} ->
-  {F : @509} ->
-  {o : @511} ->
-  (hB : @723) -> (hfn : @754) -> (hwt : @756) -> (hbind : @572 (@758 @60 @243) @581) -> @742
-@771 := @752 @230
-@773 := @444 (@386 @225)
-@775 := @300 @773 @755
-@781 := @226 (@10 @312) (@226 (@165 @71) @225)
-@785 := @572 (@758 @781 @243) @581
-@791 := @226 (@10 @563) (@226 (@165 @537) @225)
-@793 := @730 @791 @62
-@795 := @226 (@10 @594)
-@796 := #12
-@815 := {env : @535} ->
-  {F : @509} ->
-  {o : @511} ->
-  (hB : @723) ->
-  (hfn : @754) ->
-  (hwt : @775) ->
-  (hbind : @785) ->
-  (hF : @729) ->
-  (hA : @793) ->
-  (hne : @600) -> @603 (fun (ro : @602) => @609 (@734 (@795 (@226 (@165 @796) @225)) @15))
-@816 := @771 @248
-@818 := @458 (@400 @225)
-@820 := @300 @818 @755
-@831 := @572 (@758 @773 @243) (@580 (@244 (@238 @385) (@244 (@241 @443) @243)))
-@837 := @226 (@10 @537) (@226 (@165 @312) @225)
-@859 := {F : @509} ->
-  {o : @511} ->
-  (hB : @723) ->
-  (hfn : @754) ->
-  (hwt : @820) ->
-  (hbind : @831) ->
-  (hF : @729) ->
-  (hA : @730 @837 @62) ->
-  (hne : @600) ->
-  @603 (fun (ro : @602) => @609 (@734 (@226 (@10 @796) (@226 (@165 @586) @225)) @15))
-@860 := @816 @249
-@861 := @475 @755
-@872 := @572 (@758 @818 @243) (@580 (@244 (@238 @399) (@244 (@241 @457) @243)))
-@874 := @728 (@590 @249)
-@876 := @730 @781 @62
-@877 := @605 @249
-@899 := {o : @511} ->
-  (hB : @723) ->
-  (hfn : @754) ->
-  (hwt : @861) ->
-  (hbind : @872) ->
-  (hF : @874) ->
-  (hA : @876) ->
-  (hne : @600) ->
-  @603
-    (fun (ro : @602) => @604 (@877 @312 @15) (@734 (@226 (@10 @586) (@226 (@165 @563) @225)) @15))
-@900 := @860 @499
-@901 := @483 @755
-@912 := @572 (@758 @474 @243) (@580 (@244 (@238 @382) (@244 (@241 @440) @243)))
-@913 := @730 @773
-@915 := @497 @71 @60
-@916 := @913 @915
-@918 := @497 @312 @71
-@937 := (hB : @723) ->
-  (hfn : @754) ->
-  (hwt : @901) ->
-  (hbind : @912) ->
-  (hF : @874) ->
-  (hA : @916) ->
-  (hne : @512 @918 @517) ->
-  @603 (fun (ro : @602) => @604 (@877 (@497 @563 @537) @15) (@734 @791 @15))
-@938 := @900 @274
-@939 := @491 @755
-@950 := @572 (@758 @482 @243) (@580 (@244 (@238 @396) (@244 (@241 @454) @243)))
-@951 := @730 @818
-@953 := @497 @60 @62
-@972 := (hfn : @754) ->
-  (hwt : @939) ->
-  (hbind : @950) ->
-  (hF : @874) ->
-  (hA : @951 @953) ->
-  (hne : @512 @915 @517) ->
-  @603 (fun (ro : @602) => @604 (@877 (@497 @537 @312) @15) (@734 @837 @15))
-@973 := Eq.refl.{1}
-@976 := @938 (@973 @546 @724)
-@977 := @495 @755
-@988 := @572 (@758 @490 @243) (@580 (@244 (@238 @411) (@244 (@241 @469) @243)))
-@989 := @730 @474
-@991 := @497 @62 @64
-@1007 := (hwt : @977) ->
-  (hbind : @988) ->
-  (hF : @874) ->
-  (hA : @989 @991) ->
-  (hne : @512 @953 @517) -> @603 (fun (ro : @602) => @604 (@877 @918 @15) (@734 @781 @15))
-@1008 := @976 @494
-@1010 := @758 @230 @243
-@1013 := @572 @1010 (@580 @248)
-@1014 := @730 @482
-@1016 := @497 @64 @20
-@1031 := (hbind : @1013) ->
-  (hF : @874) ->
-  (hA : @1014 @1016) ->
-  (hne : @512 @991 @517) -> @603 (fun (ro : @602) => @604 (@877 @915 @15) (@734 @773 @15))
-@1034 := @1008 (@973 @571 @1010)
-@1035 := @730 @490
-@1037 := @497 @20 @6
-@1051 := (hF : @874) ->
-  (hA : @1035 @1037) ->
-  (hne : @512 @1016 @517) -> @603 (fun (ro : @602) => @604 (@877 @953 @15) (@734 @818 @15))
-@1054 := @1034 (@973 @583 @727)
-@1056 := @730 @230 @499
-@1058 := @512 @1037 @517
-@1059 := @877 @991
-@1061 := @604 (@1059 @15)
-@1062 := @734 @474
-@1063 := @1062 @15
-@1068 := (hA : @1056) -> (hne : @1058) -> @603 (fun (ro : @602) => @1061 @1063)
-@1069 := @1054 @508
-@1071 := @512 @499 @517
-@1072 := @877 @1016
-@1074 := @604 (@1072 @15)
-@1075 := @734 @482
-@1080 := (hne : @1071) -> @603 (fun (ro : @602) => @1074 (@1075 @15))
-@1081 := @1069 @530
-@1084 := @604 (@877 @1037 @15)
-@1086 := @734 @490 @15
-@1087 := @1084 @1086
-@1089 := @603 (fun (ro : @602) => @1087)
-@1090 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.accepts
-@1092 := @1090 @6 @23
-@1093 := LexLeanPreservation.someObs
-@1094 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.denote
-@1097 := @1093 (@1094 @6 @23)
-@1100 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
-@1101 := Not
-@1102 := @1101 @1092
-@1104 := @1090 @20 @6
-@1107 := @1093 (@1094 @20 @6)
-@1108 := @1101 @1104
-@1114 := @1104 -> @877 (@1093 (@1094 @64 @20)) @23
-@1115 := @877 @1100
-@1116 := @1115 @23
-@1117 := @1108 -> @1116
-@1119 := @604 @1114 @1117
-@1123 := @603 (fun (__e_ro : @602) => @604 @1086 @1119)
-@1124 := fun (__e_ro : @602) => @1087
-@1125 := @1072 @23
-@1126 := @1075 @23
-@1127 := And.left
-@1128 := And.right
-@1131 := @1127 @1125 @1126 @15
-@1134 := @1128 @1125 @1126 @15
-@1135 := @877 @15
-@1137 := fun (__e_o : @511) => @1135 @6
-@1138 := Eq.subst.{1}
-@1140 := @1090 @64 @20
-@1141 := @1101 @1140
-@1145 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entry_accepts @62 @64 @15
-@1148 := @1093 (@1094 @62 @64)
-@1153 := @1127 (@1059 @6) (@1062 @6) @23
-@1155 := fun (__e_o : @511) => @1135 @20
-@1158 := @1138 @511 @1155 @991
-@1162 := fun (__e_h : @1140) => @1158 @1148 @1145 @1153
-@1166 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.entry_refuses @62 @64 @15
-@1170 := fun (__e_h : @1141) => @1158 @1100 @1166 @1153
-@1171 := And.intro
-@1174 := @1140 -> @877 @1148 @6
-@1176 := @1141 -> @1115 @6
-@1178 := @604 @1174 @1176
-@1182 := @1171 @1174 @1176 @1162 @1170
-@1186 := @1171 @1126 @1178 @1134 @1182
-@1187 := Exists.intro.{1}
-@1188 := @604 @1063
-@1190 := @1090 @62 @64
-@1202 := fun (__e_ro : @602) =>
-  @1188 (@604 (@1190 -> @877 (@1093 (@1094 @60 @62)) @23) (@1101 @1190 -> @1116))
-@1206 := @1187 @602 @1202 @23 @1186
-@1208 := @604 @1125 @1126
-@1210 := fun (__e_ro : @602) => fun (__e_hand : @1087) => @1206
-@1216 := Exists.elim.{1} @602 @1124 @1123 @1081 @1210
-@1217 := LexLeanPreservation.Rust.RepresentableL
-@1218 := @10 @23
-@1220 := @226 @208 @225
-@1223 := @1217 (@226 @1218 @1220)
-@1224 := (__e_hrep : @1223) -> @1123
-@1225 := fun (__e_hrep : @1223) => @1216
-@1226 := (s : @162) -> @1224
-@1227 := fun (s : @162) => @1225
-@1228 := (xs : @5) -> @1226
-@1229 := fun (xs : @5) => @1227
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/RustStd.lean
deleted file mode 100644
index c74b5cdaf..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/RustStd.lean
+++ /dev/null
@@ -1,85 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.pair .nat .int),
-      body := (.build .pair (.pair .nat .int) [(.call 1 [(.closure 2 []), (.value .nat (.nat 0)), (.var 0)]), (.call 3 [(.closure 4 []), (.value .int (.int 5)), (.var 1)])]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)], result := .nat,
-      body := (.«match» .nat (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.var 1)]) },
-    { parameters := [0, 1, 2], types := [(.fn [.int, .int] .int), .int, (.list .int)], result := .int,
-      body := (.«match» .int (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 3 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [.int, .int], result := .int,
-      body := (.prim .intSub [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [(.list .int)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 5 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .int)], result := (.option (.pair .nat .int)),
-      body := (.cond (.call 5 [(.var 1)]) (.build .some (.option (.pair .nat .int)) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .int)) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [] }]),
-    (.apply 0 [.nat, .nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
-    (.enum (.fn 1) [{ number := 4, fields := [] }]),
-    (.apply 1 [.int, .int] .int true [{ function := 4, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .int) }] (.fallible (.pair .nat .int)) (.mk [] (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.lit (.nat 0)), (.move (.generated .binding 0))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.lit (.int 5)), (.move (.generated .binding 1))] true))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := .int }, { pattern := (.bind (.generated .binding 2)), type := (.list .int) }] (.fallible .int) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .int }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.fallible .int) (.mk [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.call (.runtime .intSub) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list .int) }] .bool (.mk [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 10)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .int) }] (.fallible (.option (.pair .nat .int))) (.mk [] (.cond (.call (.function 5) [(.clone (.generated .binding 1))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .int)) []))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat, .nat], .nat), true), (([.int, .int], .int), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.lit (.nat 0)), (.move (.generated .binding 0))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.lit (.int 5)), (.move (.generated .binding 1))] true))), [(1, (.list .int), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.int, .int] .int), .int, (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat] .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat] .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat, .nat] .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat, .nat] .nat), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [.nat, .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.fn [.int, .int] .int), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.fn [.int, .int] .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .int), (some 4)), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.fn [.int, .int] .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.int, .int] .int), .int, (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 6) [(.copy (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [.int, .int]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))], (.call (.runtime .intSub) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false), [(1, .int, (some 1)), (0, .int, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 10)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .int), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 10)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))] (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .int)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 5) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false))))]) (ce := (.matchOn (.move (.generated .holder 13)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 11)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .int), none), (3, .int, (some 3)), (2, (.list .int), (some 2)), (1, .int, (some 1)), (0, (.list .int), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 5) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 5) [(.clone (.generated .binding 1))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .int)) [])))), [(1, (.list .int), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 5) [(.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.pair .nat .int)) []))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .int)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .int)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | _ + 7 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5.lean
deleted file mode 100644
index 64eb521c0..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5.lean
+++ /dev/null
@@ -1,60 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .bool)),
-      body := (.build .pair (.pair .nat (.pair .nat .bool)) [(.call 1 [(.closure 2 []), (.var 0), (.var 1)]), (.call 3 [(.closure 4 []), (.var 0), (.var 1)])]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] .nat), .nat, .nat], result := .nat,
-      body := (.«match» .nat (.var 1) [(.arm .zero [] (.var 2)), (.arm .succ [3] (.call 1 [(.var 0), (.var 3), (.apply (.var 0) [(.var 2)])]))]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
-      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 3 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0], types := [.nat], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 10))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 0), (.value .nat (.nat 2))])]) (.build .none (.option .nat) [])) }] }
-
-def __fits_2 (x : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (x + (1 : Nat)) 18446744073709551616))
-
-theorem __rel_2 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_2 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((x + (1 : Nat))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd x (1 : Nat)))
-
-def __fits_4 (x : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt x (10 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (x + (2 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_4 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_4 x) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (x + (2 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt x (10 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt x (10 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd x (2 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_0 (n : Nat) (start : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.iterateFits (fun (__p0 : Nat) => __fits_2 __p0) ((fun (x : Nat) => (x + (1 : Nat)))) (n) (start))) && (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_4 __p0) ((fun (x : Nat) => (if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (n) (start))) && Bool.true)) && Bool.true)
-
-theorem __rel_0 (n : Nat) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 n start) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (Coverage.Colls.iterations n start))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterate (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) ((fun (x : Nat) => (x + (1 : Nat)))) (fun (__p0 : Nat) => __fits_2 __p0) 2 [] (fun (__p0 : Nat) => __rel_2 __p0) (_root_.LexLeanCollections.iterate ((fun (x : Nat) => (x + (1 : Nat))))) (fun _ => rfl) (fun _ _ => rfl) (p := __prog) (fi := 1) (ts := .nat) rfl (n) (start))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (x : Nat) => (if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_4 __p0) 4 [] (fun (__p0 : Nat) => __rel_4 __p0) (_root_.LexLeanCollections.iterateUntil ((fun (x : Nat) => (if (Nat.blt x (10 : Nat)) then (Option.some ((x + (2 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 3) (ts := .nat) rfl (n) (start))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def denote (n : Nat) (start : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 n start) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (Coverage.Colls.iterations n start)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (n : Nat) (start : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat n), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 n start) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool)) (Coverage.Colls.iterations n start))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 n start)
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/Compose/RustStd.lex.tex
deleted file mode 100644
index ec1bae8ba..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,468 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.root : @924 := @925 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@64 := Prod.{0, 0} @3
-@65 := @64 @54
-@66 := 1
-@69 := Prod.mk.{0, 0} @3 @54
-@70 := @69 @66
-@71 := @70 @50
-@72 := 0
-@73 := @69 @72
-@74 := @73 @6
-@75 := @55 @65
-@76 := @56 @65
-@78 := @76 @74 @75
-@80 := @76 @71 @78
-@81 := Bool.true
-@82 := LexLeanTarget.TargetSyntax.Function
-@83 := LexLeanTarget.TargetSyntax.Program.functions
-@84 := @83 @0
-@85 := LexLeanTarget.TargetSyntax.Ty
-@86 := @55 @3
-@87 := @55 @85
-@88 := LexLeanTarget.TargetSyntax.Ty.unit
-@89 := LexLeanTarget.TargetSyntax.Value.unit
-@92 := LexLeanTarget.TargetSyntax.Expr.value @88 @89
-@97 := LexLeanTarget.TargetSyntax.Function.mk @86 @87 @88 @92
-@102 := List.getD.{0} @82 @84 @72 @97
-@106 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.root @17 @72
-@107 := LexLeanPreservation.Rust.WTL
-@115 := {p : @8} -> {c : @9} -> {A : @10} -> @107 @4 @15 @17 @57 @87
-@117 := LexLeanPreservation.Rust.wtl_nil @0
-@118 := @107 @0
-@124 := {c : @9} -> {A : @10} -> @118 @15 @17 @57 @87
-@125 := @117 @1
-@126 := @118 @1
-@130 := {A : @10} -> @126 @17 @57 @87
-@131 := @125 @2
-@132 := @126 @2
-@133 := @132 @57
-@134 := @133 @87
-@135 := List.{0}
-@136 := @135 @54
-@137 := @135 @85
-@138 := #6
-@139 := @11 @138
-@140 := #5
-@141 := @139 @140
-@142 := #4
-@145 := @141 @142 @12 @4
-@146 := #7
-@151 := @107 @146 @138 @140 @4 @15
-@152 := #8
-@155 := @107 @152 @146 @138
-@157 := @58 @140 @12
-@158 := @155 @157
-@159 := @56 @85
-@161 := @159 @142 @4
-@171 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @145) -> (hs : @151) -> @158 @161
-@173 := LexLeanPreservation.Rust.wtl_cons @0
-@193 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} ->
-  (h : @27 @140 @142 @12 @4) -> (hs : @118 @138 @140 @4 @15) -> @118 @146 @138 @157 @161
-@194 := @173 @1
-@210 := {A : @10} ->
-  {v : @54} ->
-  {t : @85} ->
-  {vs : @136} ->
-  {ts : @137} -> (h : @36 @142 @12 @4) -> (hs : @126 @140 @4 @15) -> @126 @138 @157 @161
-@211 := @194 @2
-@213 := @43 @12 @4
-@215 := @132 @4 @15
-@223 := {v : @54} ->
-  {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @213) -> (hs : @215) -> @132 @157 @161
-@224 := @211 @50
-@225 := @5 @142
-@226 := @43 @225
-@227 := @226 @4
-@228 := @5 @138
-@229 := @58 @228
-@231 := @132 (@229 @12)
-@237 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @227) -> (hs : @215) -> @231 @161
-@238 := @224 @7
-@239 := @5 @12
-@241 := @43 @239 @7
-@242 := @5 @140
-@243 := @58 @242
-@245 := @132 (@243 @12)
-@246 := @159 @7
-@247 := @246 @4
-@252 := {vs : @136} -> {ts : @137} -> (h : @241) -> (hs : @215) -> @245 @247
-@253 := @238 @57
-@254 := @133 @15
-@255 := @58 @225
-@256 := @255 @57
-@261 := {ts : @137} -> (h : @49) -> (hs : @254) -> @132 @256 @247
-@262 := @253 @87
-@263 := @58 @239
-@264 := @263 @57
-@265 := @132 @264
-@266 := @246 @87
-@269 := (h : @53) -> (hs : @134) -> @265 @266
-@270 := @262 @51
-@271 := @61 @57
-@273 := @132 @271 @266
-@274 := (hs : @134) -> @273
-@275 := @270 @131
-@277 := @132 @60 @266
-@278 := @211 @6
-@280 := @43 @242 @4
-@281 := @5 @146
-@282 := @58 @281
-@290 := {t : @85} -> {vs : @136} -> {ts : @137} -> (h : @280) -> (hs : @215) -> @132 (@282 @12) @161
-@291 := @278 @7
-@297 := {vs : @136} -> {ts : @137} -> (h : @226 @7) -> (hs : @215) -> @231 @247
-@298 := @291 @60
-@299 := @265 @15
-@300 := @243 @256
-@301 := @132 @300
-@305 := {ts : @137} -> (h : @241) -> (hs : @299) -> @301 @247
-@306 := @298 @266
-@307 := @255 @264
-@308 := @132 @307
-@309 := @246 @266
-@312 := (h : @49) -> (hs : @273) -> @308 @309
-@313 := @306 @47
-@314 := @263 @271
-@315 := @132 @314
-@317 := (hs : @277) -> @315 @309
-@318 := @313 @275
-@319 := @132 @62
-@320 := @319 @309
-@321 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.denote
-@323 := @321 @4 @15
-@324 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.__fits_0
-@326 := @324 @4 @15
-@329 := Coverage.Colls.iterations @4 @15
-@330 := Bool
-@331 := @64 @330
-@332 := LexLeanTarget.TargetSyntax.Value.bool
-@334 := LexLeanPreservation.encPair @3
-@337 := @334 @330 @5 @332
-@341 := @334 @331 @5 @337 @329
-@344 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.root @4 @15
-@345 := Ne.{1}
-@346 := LexLeanPreservation.Obs
-@347 := @345 @346
-@348 := LexLeanPreservation.Rel
-@351 := @347 (@348 @15 @17)
-@352 := LexLeanPreservation.Obs.stuck
-@355 := (f : @330) -> (v : @54) -> @351 @352
-@357 := LexLeanPreservation.Rust.rel_ne_stuck @326
-@364 := (v : @54) -> @347 (@348 (@324 @12 @4) @17) @352
-@365 := @357 @341
-@369 := @347 (@348 @326 @341) @352
-@370 := @135 @65
-@371 := LexLeanPreservation.Rust.FunSem
-@372 := #9
-@378 := (n : @3) -> @371 @372 @152 @146 @17 @138
-@379 := Eq.{1}
-@380 := Option.{0}
-@381 := @380 @82
-@382 := @379 @381
-@389 := LexLeanRuntime.index (@135 @82) @82 (LexLeanRuntime.instIndexableList @82)
-@393 := @382 (@389 (@83 @372) @138)
-@394 := Option.some.{0}
-@395 := @394 @82
-@396 := @395 @140
-@397 := @393 @396
-@398 := #10
-@402 := @107 @398 @372 @152 @140
-@403 := LexLeanTarget.TargetSyntax.Function.types
-@404 := @403 @138
-@405 := @402 @404
-@406 := @380 @370
-@407 := @379 @406
-@408 := LexLeanTarget.TargetSemantics.bindAll
-@409 := LexLeanTarget.TargetSyntax.Function.parameters
-@414 := @407 (@408 (@409 @146) @138 @75)
-@415 := @394 @370
-@416 := @415 @140
-@417 := @414 @416
-@418 := @380 @330
-@419 := @379 @418
-@420 := LexLeanPreservation.Rust.fnFallible
-@421 := #11
-@424 := @419 (@420 @421 @372)
-@425 := @394 @330
-@426 := @425 @140
-@427 := @424 @426
-@428 := LexLeanPreservation.RunConv
-@429 := #13
-@433 := @428 @429 @398 @152 @140
-@435 := @347 @138 @352
-@436 := Exists.{1}
-@437 := LexLeanPreservation.Rust.ROut
-@438 := @436 @437
-@439 := And
-@440 := LexLeanPreservation.Rust.RealizesFn
-@444 := @439 (@440 @372 @152 @17)
-@445 := LexLeanPreservation.Rust.RCI
-@447 := @445 #15
-@448 := LexLeanPreservation.Rust.fnIdent
-@449 := @448 @429
-@456 := (hne : @435) -> @438 (fun (ro : @437) => @444 (@447 @449 @421 @17))
-@471 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @370} ->
-  {F : @330} ->
-  {o : @346} ->
-  (hB : @378) ->
-  (hfn : @397) -> (hwt : @405) -> (hbind : @417) -> (hF : @427) -> (hA : @433) -> @456
-@473 := LexLeanPreservation.Rust.compose @0
-@474 := @371 @0
-@479 := (n : @3) -> @474 @152 @146 @17 @138
-@480 := @389 @84
-@483 := @382 (@480 @138) @396
-@487 := @118 @372 @152 @140 @404
-@488 := @428 @0
-@491 := @488 @398 @152 @140
-@505 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @370} ->
-  {F : @330} ->
-  {o : @346} ->
-  (hB : @479) ->
-  (hfn : @483) -> (hwt : @487) -> (hbind : @417) -> (hF : @427) -> (hA : @491) -> @456
-@506 := @473 @1
-@507 := @474 @1
-@511 := (n : @3) -> @507 @146 @17 @138
-@514 := @126 @152 @140 @404
-@515 := @420 @1
-@518 := @419 (@515 @372) @426
-@519 := @445 @1
-@529 := (hbind : @417) ->
-  (hF : @518) -> (hA : @491) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@519 @449 @421 @17))
-@539 := {A : @10} ->
-  {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @370} -> {F : @330} -> {o : @346} -> (hB : @511) -> (hfn : @483) -> (hwt : @514) -> @529
-@540 := @506 @2
-@542 := @507 @2 @17
-@544 := (n : @3) -> @542 @138
-@545 := @132 @140
-@546 := @545 @404
-@555 := {f : @3} ->
-  {fn : @82} ->
-  {args : @136} ->
-  {env : @370} -> {F : @330} -> {o : @346} -> (hB : @544) -> (hfn : @483) -> (hwt : @546) -> @529
-@556 := @540 @72
-@558 := (n : @3) -> @542 @72
-@559 := @480 @72
-@560 := @382 @559
-@561 := @560 @396
-@562 := @515 @72
-@563 := @419 @562
-@564 := @563 @426
-@565 := @488 @72
-@567 := @565 @152 @140
-@569 := @519 (@448 @72)
-@577 := (hF : @564) -> (hA : @567) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@569 @421 @17))
-@586 := {fn : @82} ->
-  {args : @136} ->
-  {env : @370} ->
-  {F : @330} -> {o : @346} -> (hB : @558) -> (hfn : @561) -> (hwt : @546) -> (hbind : @417) -> @577
-@587 := @556 @102
-@589 := @560 (@395 @102)
-@590 := @403 @102
-@591 := @545 @590
-@593 := @408 (@409 @102)
-@605 := {args : @136} ->
-  {env : @370} ->
-  {F : @330} ->
-  {o : @346} ->
-  (hB : @558) -> (hfn : @589) -> (hwt : @591) -> (hbind : @407 (@593 @138 @75) @416) -> @577
-@606 := @587 @62
-@608 := @282 (@229 @57)
-@610 := @132 @608 @590
-@612 := @58 (@5 @152)
-@614 := @612 (@282 @57)
-@618 := @407 (@593 @614 @75) @416
-@620 := @58 (@5 @398)
-@622 := @58 (@5 @372)
-@624 := @620 (@622 @57)
-@626 := @565 @624 @140
-@628 := @58 (@5 @429)
-@631 := @58 (@5 #12)
-@648 := {env : @370} ->
-  {F : @330} ->
-  {o : @346} ->
-  (hB : @558) ->
-  (hfn : @589) ->
-  (hwt : @610) ->
-  (hbind : @618) ->
-  (hF : @564) ->
-  (hA : @626) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@569 (@628 (@631 @57)) @17))
-@649 := @606 @80
-@651 := @229 (@243 @57)
-@653 := @132 @651 @590
-@664 := @407 (@593 @608 @75) (@415 (@76 (@70 @228) (@76 (@73 @281) @75)))
-@666 := @622 (@612 @57)
-@668 := @565 @666 @140
-@670 := @58 (@5 @421)
-@686 := {F : @330} ->
-  {o : @346} ->
-  (hB : @558) ->
-  (hfn : @589) ->
-  (hwt : @653) ->
-  (hbind : @664) ->
-  (hF : @564) ->
-  (hA : @668) -> (hne : @435) -> @438 (fun (ro : @437) => @444 (@569 (@631 (@670 @57)) @17))
-@687 := @649 @81
-@688 := @301 @590
-@699 := @407 (@593 @651 @75) (@415 (@76 (@70 @242) (@76 (@73 @228) @75)))
-@701 := @563 (@425 @81)
-@703 := @565 @614 @140
-@704 := @440 @81
-@722 := {o : @346} ->
-  (hB : @558) ->
-  (hfn : @589) ->
-  (hwt : @688) ->
-  (hbind : @699) ->
-  (hF : @701) ->
-  (hA : @703) ->
-  (hne : @435) -> @438 (fun (ro : @437) => @439 (@704 @152 @17) (@569 (@670 (@620 @57)) @17))
-@723 := @687 @323
-@724 := @308 @590
-@735 := @407 (@593 @300 @75) (@415 (@76 (@70 @225) (@76 (@73 @242) @75)))
-@736 := @565 @608
-@738 := @321 @146 @138
-@739 := @736 @738
-@741 := @321 @152 @146
-@760 := (hB : @558) ->
-  (hfn : @589) ->
-  (hwt : @724) ->
-  (hbind : @735) ->
-  (hF : @701) ->
-  (hA : @739) ->
-  (hne : @347 @741 @352) ->
-  @438 (fun (ro : @437) => @439 (@704 (@321 @398 @372) @17) (@569 @624 @17))
-@761 := @723 @106
-@762 := @315 @590
-@773 := @407 (@593 @307 @75) (@415 (@76 (@70 @239) (@76 (@73 @225) @75)))
-@774 := @565 @651
-@776 := @321 @138 @140
-@795 := (hfn : @589) ->
-  (hwt : @762) ->
-  (hbind : @773) ->
-  (hF : @701) ->
-  (hA : @774 @776) ->
-  (hne : @347 @738 @352) ->
-  @438 (fun (ro : @437) => @439 (@704 (@321 @372 @152) @17) (@569 @666 @17))
-@796 := Eq.refl.{1}
-@799 := @761 (@796 @381 @559)
-@800 := @319 @590
-@811 := @407 (@593 @314 @75) (@415 (@76 (@70 @6) (@76 (@73 @239) @75)))
-@812 := @565 @300
-@814 := @321 @140 @142
-@830 := (hwt : @800) ->
-  (hbind : @811) ->
-  (hF : @701) ->
-  (hA : @812 @814) ->
-  (hne : @347 @776 @352) -> @438 (fun (ro : @437) => @439 (@704 @741 @17) (@569 @614 @17))
-@831 := @799 @318
-@833 := @593 @62 @75
-@836 := @407 @833 (@415 @80)
-@837 := @565 @307
-@839 := @321 @142 @12
-@854 := (hbind : @836) ->
-  (hF : @701) ->
-  (hA : @837 @839) ->
-  (hne : @347 @814 @352) -> @438 (fun (ro : @437) => @439 (@704 @738 @17) (@569 @608 @17))
-@857 := @831 (@796 @406 @833)
-@858 := @565 @314
-@860 := @321 @12 @4
-@874 := (hF : @701) ->
-  (hA : @858 @860) ->
-  (hne : @347 @839 @352) -> @438 (fun (ro : @437) => @439 (@704 @776 @17) (@569 @651 @17))
-@877 := @857 (@796 @418 @562)
-@891 := (hA : @565 @62 @323) ->
-  (hne : @347 @860 @352) -> @438 (fun (ro : @437) => @439 (@704 @814 @17) (@569 @300 @17))
-@892 := @877 @344
-@903 := (hne : @347 @323 @352) -> @438 (fun (ro : @437) => @439 (@704 @839 @17) (@569 @307 @17))
-@904 := @892 @365
-@910 := @439 (@704 @860 @17) (@569 @314 @17)
-@912 := @438 (fun (ro : @437) => @910)
-@914 := @438 (fun (__e_ro : @437) => @910)
-@919 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@920 := (__e_hrep : @919) -> @914
-@921 := fun (__e_hrep : @919) => @904
-@922 := (start : @3) -> @920
-@923 := fun (start : @3) => @921
-@924 := (n : @3) -> @922
-@925 := fun (n : @3) => @923
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/RustStd.lean
deleted file mode 100644
index 83633ae55..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/RustStd.lean
+++ /dev/null
@@ -1,69 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := (.pair .nat (.pair .nat .bool)),
-      body := (.build .pair (.pair .nat (.pair .nat .bool)) [(.call 1 [(.closure 2 []), (.var 0), (.var 1)]), (.call 3 [(.closure 4 []), (.var 0), (.var 1)])]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] .nat), .nat, .nat], result := .nat,
-      body := (.«match» .nat (.var 1) [(.arm .zero [] (.var 2)), (.arm .succ [3] (.call 1 [(.var 0), (.var 3), (.apply (.var 0) [(.var 2)])]))]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.value .nat (.nat 1))]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
-      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 3 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0], types := [.nat], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 10))]) (.build .some (.option .nat) [(.prim .natAdd [(.var 0), (.value .nat (.nat 2))])]) (.build .none (.option .nat) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [] }]),
-    (.apply 0 [.nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
-    (.enum (.fn 1) [{ number := 4, fields := [] }]),
-    (.apply 1 [.nat] (.option .nat) true [{ function := 4, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat (.pair .nat .bool))) (.mk [] (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 1)) (.mk [] (.succeed (.copy (.generated .binding 2)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 1)))] (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)))] false))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair .nat .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 5)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 5))), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 10)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], .nat), true), (([.nat], (.option .nat)), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 3) [(.construct (.closure 1 4) []), (.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] .nat), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 1)) (.mk [] (.succeed (.copy (.generated .binding 2)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 1)))] (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)))] false))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 2)))) (lb := []) (tb := (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [(.fn [.nat] .nat), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 1)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 5)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 5))), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 6)) (some (.fn 1)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 6) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 10)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 9)) none (.lit (.nat 10)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))] (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 11)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 10)), (.move (.generated .operand 11))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | _ + 5 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6.lean
deleted file mode 100644
index ffccc2956..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6.lean
+++ /dev/null
@@ -1,154 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))),
-      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.option (.list .nat))) [(.call 3 [(.var 0), (.var 1)]), (.call 16 [(.var 0)])])]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.call 2 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.call 4 [(.var 0), (.prim .natAdd [(.prim .length [(.call 13 [(.var 0), (.build .nil (.list .nat) [])])]), (.value .nat (.nat 1))]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])]) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .zero [] (.var 3)), (.arm .succ [4] (.«let» 5 (.list .nat) (.call 5 [(.var 0), (.var 3), (.var 2), (.build .nil (.list .nat) [])]) (.«match» (.list .nat) (.var 5) [(.arm .nil [] (.var 3)), (.arm .cons [6, 7] (.call 4 [(.var 0), (.var 4), (.var 5), (.call 11 [(.var 3), (.var 5)])]))])))]) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.var 3)), (.arm .cons [4, 5] (.call 5 [(.var 0), (.var 1), (.var 5), (.call 6 [(.var 1), (.call 7 [(.var 0), (.var 4)]), (.var 3)])]))]) },
-    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 2)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.var 4), (.cond (.call 9 [(.var 0), (.var 3)]) (.var 2) (.cond (.call 9 [(.var 2), (.var 3)]) (.var 2) (.call 10 [(.var 2), (.var 3)])))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.call 8 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 8 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 10 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 11 [(.call 12 [(.var 0), (.var 2)]), (.var 3)]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 13 [(.var 3), (.call 14 [(.second (.var 2)), (.call 15 [(.var 1), (.first (.var 2))])])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 14 [(.var 3), (.call 15 [(.var 1), (.var 2)])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 15 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := (.option (.list .nat)),
-      body := (.«let» 1 (.list .nat) (.call 21 [(.var 0), (.build .nil (.list .nat) [])]) (.call 17 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .nat) [])])) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .nat)) []))])), (.arm .succ [6] (.«match» (.option (.list .nat)) (.call 18 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .nat)) []))])), (.arm .cons [9, 10] (.call 17 [(.var 0), (.var 6), (.call 27 [(.var 2), (.var 9)]), (.build .cons (.list .nat) [(.var 9), (.var 3)])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [3, 4] (.cond (.call 19 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 3), (.call 18 [(.var 0), (.var 1), (.var 4)])]) (.call 18 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 26 [(.call 24 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 19 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 20 [(.var 3), (.build .cons (.list .nat) [(.var 2), (.var 1)])]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 21 [(.var 3), (.call 22 [(.second (.var 2)), (.call 23 [(.var 1), (.first (.var 2))])])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 22 [(.var 3), (.call 23 [(.var 1), (.var 2)])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 23 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.call 25 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 25 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 26 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 27 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 29 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 28 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 29 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))),
-      body := (.cond (.call 28 [(.var 0)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [])) }] }
-
-def __fits_0 (g : (List (Prod Nat (List Nat)))) (start : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (_root_.LexLeanPreservation.graphFits _root_.LexLeanCollections.insertElement (g))) && (((Bool.true && Bool.true) && (_root_.LexLeanPreservation.graphFits _root_.LexLeanCollections.insertElement (g))) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_0 (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) g), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 g start) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_graphSuccessors (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 1) (tk := .nat) rfl rfl (g) (start))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_graphReachable (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h])⟩ : _root_.LexLeanPreservation.SetOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) _root_.LexLeanCollections.insertElement _root_.LexLeanCollections.removeElement _root_.LexLeanCollections.containsElement) (⟨(fun _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h])⟩ : _root_.LexLeanPreservation.LookOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (_root_.LexLeanCollections.lookupEntry : Nat -> List (Prod Nat (List Nat)) -> Option (List Nat))) (g) (_root_.LexLeanCollections.graphSuccessors (g)) (fun _ => rfl) (_root_.LexLeanCollections.reachableFrom (g)) (fun _ _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.reachableFrom, __h]) (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.reachableFrom, __h]) (p := __prog) (fi := 3) (tk := .nat) rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl (start))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_graphTopological (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h])⟩ : _root_.LexLeanPreservation.SetOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) _root_.LexLeanCollections.insertElement _root_.LexLeanCollections.removeElement _root_.LexLeanCollections.containsElement) (⟨(fun _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h])⟩ : _root_.LexLeanPreservation.LookOps (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (_root_.LexLeanCollections.lookupEntry : Nat -> List (Prod Nat (List Nat)) -> Option (List Nat))) (g) (_root_.LexLeanCollections.graphSuccessors (g)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ => rfl), (fun _ _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h] <;> rfl), (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h])⟩ : _root_.LexLeanPreservation.TopoOps (_root_.LexLeanCollections.graphSuccessors (g)) _root_.LexLeanCollections.containsElement _root_.LexLeanCollections.removeElement (_root_.LexLeanCollections.topological (g))) (p := __prog) (fi := 16) (tk := .nat) rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def denote (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 g start) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) g), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_0 g start) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 g start)
-
-def __valid_29 : (List Nat) -> Bool :=
-  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-def __inv_29 : (List Nat) -> Prop :=
-  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-theorem __viff_29 : ∀ (__v : (List Nat)), __valid_29 __v = Bool.true ↔ __inv_29 __v :=
-  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering)
-
-theorem __vrel_29 : ∀ (__v : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 29 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_29 __v))) :=
-  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) rfl
-
-def __valid_28 : (List (Prod Nat (List Nat))) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_29
-
-def __inv_28 : (List (Prod Nat (List Nat))) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __inv_29
-
-theorem __viff_28 : ∀ (__v : (List (Prod Nat (List Nat)))), __valid_28 __v = Bool.true ↔ __inv_28 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) __valid_29 __inv_29 __viff_29
-
-theorem __vrel_28 : ∀ (__v : (List (Prod Nat (List Nat)))), _root_.LexLeanPreservation.FunRel __prog 28 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_28 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) __valid_29 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) (fun _ => rfl) __vrel_29 rfl
-
-def entryFits (g : (List (Prod Nat (List Nat)))) (start : Nat) : Bool :=
-  (if __valid_28 g then __fits_0 g start else Bool.true)
-
-def entryValue (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_28 g then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryFits g start) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryValue g start)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (g : (List (Prod Nat (List Nat)))) (start : Nat) : Prop :=
-  (__inv_28 g ∧ _root_.True)
-
-theorem entry (g : (List (Prod Nat (List Nat)))) (start : Nat) : _root_.LexLeanPreservation.RunConv __prog 30 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat))) g), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denoteEntry g start) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 g start else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (Coverage.Colls.graphs g start))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_28 g) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_28 g)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_0 g start)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryFits]))
-
-theorem entry_accepts (g : (List (Prod Nat (List Nat)))) (start : Nat) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.accepts g start) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denoteEntry g start = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denote g start) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denote
-  simp only [_root_.if_true, (__viff_28 g).mpr __h.1]
-  cases __fits_0 g start <;> rfl
-
-theorem entry_refuses (g : (List (Prod Nat (List Nat)))) (start : Nat) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.accepts g start) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denoteEntry g start = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryValue
-  cases __c0 : __valid_28 g
-  · simp
-  · exact _root_.absurd ⟨(__viff_28 g).mp __c0, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/Compose/RustStd.lex.tex
deleted file mode 100644
index d00c6b267..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,676 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.root : @1387 := @1388 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.flags
-@3 := Nat
-@4 := List.{0}
-@5 := @4 @3
-@6 := Prod.{0, 0}
-@7 := @6 @3
-@8 := @7 @5
-@9 := @4 @8
-@10 := #2
-@11 := LexLeanTarget.TargetSyntax.Value.nat
-@12 := LexLeanPreservation.encList
-@13 := @12 @3
-@14 := @13 @11
-@15 := LexLeanPreservation.encPair
-@16 := @15 @3
-@17 := @16 @5
-@18 := @17 @11
-@19 := @18 @14
-@20 := @12 @8
-@21 := @20 @19
-@22 := @21 @10
-@23 := LexLeanTarget.TargetSyntax.Ty.nat
-@24 := LexLeanTarget.TargetSyntax.Ty.list
-@25 := @24 @23
-@26 := LexLeanTarget.TargetSyntax.Ty.pair
-@27 := @26 @23
-@28 := @27 @25
-@29 := @24 @28
-@30 := #0
-@31 := LexLeanTarget.TargetSyntax.Program
-@32 := LexLeanPreservation.Rust.RCrate
-@33 := LexLeanPreservation.Rust.Flags
-@34 := LexLeanPreservation.Rust.WT
-@35 := #3
-@37 := @34 @35 @10
-@38 := #1
-@39 := @37 @38
-@40 := @11 @30
-@46 := {p : @31} -> {c : @32} -> {A : @33} -> (n : @3) -> @39 @40 @23
-@48 := LexLeanPreservation.Rust.wt_nat @0
-@49 := @34 @0
-@56 := {c : @32} -> {A : @33} -> (n : @3) -> @49 @10 @38 @40 @23
-@57 := @48 @1
-@58 := @49 @1
-@63 := {A : @33} -> (n : @3) -> @58 @38 @40 @23
-@64 := @57 @2
-@65 := @58 @2
-@66 := @65 @40
-@67 := @66 @23
-@68 := (n : @3) -> @67
-@70 := fun (__x : @3) => @64 @30
-@71 := Sort 1
-@72 := LexLeanTarget.TargetSyntax.Value
-@73 := (a._@._internal._hyg.#0 : @30) -> @72
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := #6
-@76 := @34 @75
-@77 := #5
-@78 := @76 @77
-@79 := #4
-@80 := @78 @79
-@81 := @10 @30
-@84 := (x : @10) -> @80 @81 @38
-@85 := @4 @35
-@86 := #7
-@89 := @34 @86 @75 @77
-@92 := @12 @79 @35 @30
-@93 := @89 @92
-@94 := @24 @10
-@103 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (xs : @85) -> @93 @94
-@105 := LexLeanPreservation.Rust.wt_encList @0
-@107 := @49 @77 @79
-@121 := {c : @32} ->
-  {A : @33} ->
-  {α : @71} ->
-  {e : @73} -> {t : @74} -> (h : (x : @10) -> @107 @81 @38) -> (xs : @85) -> @49 @75 @77 @92 @94
-@122 := @105 @1
-@123 := @58 @79
-@135 := {A : @33} ->
-  {α : @71} ->
-  {e : @73} -> {t : @74} -> (h : (x : @10) -> @123 @81 @38) -> (xs : @85) -> @58 @77 @92 @94
-@136 := @122 @2
-@138 := @65 @81 @38
-@146 := {α : @71} -> {e : @73} -> {t : @74} -> (h : (x : @10) -> @138) -> (xs : @85) -> @65 @92 @94
-@147 := @136 @3
-@148 := (a._@._internal._hyg.#0 : @3) -> @72
-@157 := {e : @148} -> {t : @74} -> (h : (x : @3) -> @138) -> (xs : @5) -> @65 (@13 @35 @30) @94
-@158 := @147 @11
-@160 := (x : @3) -> @66 @38
-@162 := @65 (@14 @30)
-@166 := {t : @74} -> (h : @160) -> (xs : @5) -> @162 @94
-@167 := @158 @23
-@168 := (x : @3) -> @67
-@169 := @162 @25
-@171 := (h : @168) -> (xs : @5) -> @169
-@174 := fun (__x : @5) => @167 @70 @30
-@175 := (a._@._internal._hyg.#0 : @38) -> @72
-@176 := #9
-@177 := @34 @176
-@178 := #8
-@180 := @177 @178 @86
-@181 := @79 @30
-@184 := (x : @77) -> @180 @181 @10
-@185 := #10
-@191 := (x : @77) -> @34 @185 @176 @178 @181 @10
-@193 := @6 @86 @75
-@194 := #11
-@197 := @34 @194 @185 @176
-@202 := @15 @178 @86 @75 @77 @30
-@203 := @197 @202
-@205 := @26 @79 @35
-@218 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} ->
-  {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @184) -> (hb : @191) -> (x : @193) -> @203 @205
-@220 := LexLeanPreservation.Rust.wt_encPair @0
-@245 := {c : @32} ->
-  {A : @33} ->
-  {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} ->
-  {s : @74} ->
-  {t : @74} ->
-  (ha : (x : @77) -> @49 @178 @86 @181 @10) ->
-  (hb : (x : @77) -> @49 @176 @178 @181 @10) -> (x : @193) -> @49 @185 @176 @202 @205
-@246 := @220 @1
-@267 := {A : @33} ->
-  {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} ->
-  {s : @74} ->
-  {t : @74} ->
-  (ha : (x : @77) -> @58 @86 @181 @10) ->
-  (hb : (x : @77) -> @58 @178 @181 @10) -> (x : @193) -> @58 @176 @202 @205
-@268 := @246 @2
-@270 := @65 @181 @10
-@271 := (x : @77) -> @270
-@282 := {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @271) -> (hb : @271) -> (x : @193) -> @65 @202 @205
-@283 := @268 @3
-@284 := (x : @3) -> @270
-@299 := {β : @71} ->
-  {ea : @148} ->
-  {eb : @175} ->
-  {s : @74} ->
-  {t : @74} -> (ha : @284) -> (hb : @271) -> (x : @7 @75) -> @65 (@16 @86 @75 @77 @30) @205
-@300 := @283 @5
-@301 := (a._@._internal._hyg.#0 : @5) -> @72
-@302 := (x : @5) -> @270
-@314 := {ea : @148} ->
-  {eb : @301} ->
-  {s : @74} -> {t : @74} -> (ha : @284) -> (hb : @302) -> (x : @8) -> @65 (@17 @75 @77 @30) @205
-@315 := @300 @11
-@317 := (x : @3) -> @66 @10
-@327 := {eb : @301} ->
-  {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @302) -> (x : @8) -> @65 (@18 @77 @30) @205
-@328 := @315 @14
-@330 := (x : @5) -> @162 @10
-@332 := @65 (@19 @30)
-@338 := {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @330) -> (x : @8) -> @332 @205
-@339 := @328 @23
-@345 := {t : @74} -> (ha : @168) -> (hb : @330) -> (x : @8) -> @332 (@27 @35)
-@346 := @339 @25
-@347 := (x : @5) -> @169
-@349 := (x : @8) -> @332 @28
-@351 := (ha : @168) -> (hb : @347) -> @349
-@355 := fun (__x : @8) => @346 @70 @174 @30
-@356 := @136 @8
-@366 := {e : (a._@._internal._hyg.#0 : @8) -> @72} ->
-  {t : @74} -> (h : (x : @8) -> @138) -> (xs : @9) -> @65 (@20 @35 @30) @94
-@367 := @356 @19
-@369 := (x : @8) -> @332 @38
-@371 := @65 (@21 @30)
-@375 := {t : @74} -> (h : @369) -> (xs : @9) -> @371 @94
-@376 := @367 @28
-@379 := (h : @349) -> (xs : @9) -> @371 @29
-@381 := @376 @355 @10
-@383 := @65 @22 @29
-@384 := @11 @38
-@385 := @64 @38
-@387 := @65 @384 @23
-@388 := List.nil.{0}
-@389 := List.cons.{0}
-@390 := @388 @72
-@391 := @389 @72
-@393 := @391 @384 @390
-@395 := @391 @22 @393
-@396 := @7 @72
-@397 := 1
-@400 := Prod.mk.{0, 0} @3 @72
-@401 := @400 @397
-@402 := @401 @384
-@404 := @400 0
-@405 := @404 @22
-@406 := @388 @396
-@407 := @389 @396
-@409 := @407 @405 @406
-@411 := @407 @402 @409
-@412 := Bool.true
-@413 := LexLeanTarget.TargetSyntax.Function
-@414 := LexLeanTarget.TargetSyntax.Program.functions
-@415 := @414 @0
-@416 := 30
-@417 := @388 @3
-@418 := @388 @74
-@419 := LexLeanTarget.TargetSyntax.Ty.unit
-@420 := LexLeanTarget.TargetSyntax.Value.unit
-@423 := LexLeanTarget.TargetSyntax.Expr.value @419 @420
-@428 := LexLeanTarget.TargetSyntax.Function.mk @417 @418 @419 @423
-@433 := List.getD.{0} @413 @415 @416 @428
-@437 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.root @30 @416
-@438 := LexLeanPreservation.Rust.WTL
-@446 := {p : @31} -> {c : @32} -> {A : @33} -> @438 @10 @38 @30 @390 @418
-@448 := LexLeanPreservation.Rust.wtl_nil @0
-@449 := @438 @0
-@455 := {c : @32} -> {A : @33} -> @449 @38 @30 @390 @418
-@456 := @448 @1
-@457 := @449 @1
-@461 := {A : @33} -> @457 @30 @390 @418
-@462 := @456 @2
-@463 := @457 @2
-@464 := @463 @390
-@465 := @464 @418
-@466 := @4 @72
-@467 := @4 @74
-@469 := @80 @35 @10
-@474 := @438 @86 @75 @77 @10 @38
-@477 := @438 @178 @86 @75
-@479 := @391 @77 @35
-@480 := @477 @479
-@481 := @389 @74
-@483 := @481 @79 @10
-@493 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} ->
-  {v : @72} -> {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @469) -> (hs : @474) -> @480 @483
-@495 := LexLeanPreservation.Rust.wtl_cons @0
-@513 := {c : @32} ->
-  {A : @33} ->
-  {v : @72} ->
-  {t : @74} ->
-  {vs : @466} ->
-  {ts : @467} -> (h : @107 @35 @10) -> (hs : @449 @75 @77 @10 @38) -> @449 @86 @75 @479 @483
-@514 := @495 @1
-@529 := {A : @33} ->
-  {v : @72} ->
-  {t : @74} ->
-  {vs : @466} -> {ts : @467} -> (h : @123 @35 @10) -> (hs : @457 @77 @10 @38) -> @457 @75 @479 @483
-@530 := @514 @2
-@532 := @65 @35 @10
-@534 := @463 @10 @38
-@542 := {v : @72} ->
-  {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @532) -> (hs : @534) -> @463 @479 @483
-@543 := @530 @384
-@544 := @11 @79
-@546 := @65 @544 @10
-@547 := @11 @75
-@548 := @391 @547
-@556 := {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @546) -> (hs : @534) -> @463 (@548 @35) @483
-@557 := @543 @23
-@558 := @11 @35
-@560 := @65 @558 @23
-@561 := @11 @77
-@562 := @391 @561
-@564 := @463 (@562 @35)
-@565 := @481 @23
-@566 := @565 @10
-@571 := {vs : @466} -> {ts : @467} -> (h : @560) -> (hs : @534) -> @564 @566
-@572 := @557 @390
-@573 := @11 @10
-@575 := @65 @573 @23
-@576 := @464 @38
-@578 := @391 @544 @390
-@583 := {ts : @467} -> (h : @575) -> (hs : @576) -> @463 @578 @566
-@584 := @572 @418
-@586 := @391 @558 @390
-@587 := @463 @586
-@588 := @565 @418
-@591 := (h : @387) -> (hs : @465) -> @587 @588
-@592 := @584 @385
-@594 := @391 @573 @390
-@596 := @463 @594 @588
-@597 := (hs : @465) -> @596
-@598 := @592 @462
-@600 := @463 @393 @588
-@601 := @530 @22
-@602 := @21 @77
-@604 := @65 @602 @10
-@605 := @21 @86
-@606 := @391 @605
-@614 := {t : @74} -> {vs : @466} -> {ts : @467} -> (h : @604) -> (hs : @534) -> @463 (@606 @35) @483
-@615 := @601 @29
-@616 := @21 @79
-@618 := @65 @616 @29
-@619 := @21 @75
-@620 := @391 @619
-@622 := @463 (@620 @35)
-@623 := @481 @29
-@624 := @623 @10
-@629 := {vs : @466} -> {ts : @467} -> (h : @618) -> (hs : @534) -> @622 @624
-@630 := @615 @393
-@631 := @21 @35
-@633 := @65 @631 @29
-@634 := @587 @38
-@636 := @391 @602 @578
-@637 := @463 @636
-@641 := {ts : @467} -> (h : @633) -> (hs : @634) -> @637 @624
-@642 := @630 @588
-@644 := @391 @616 @586
-@645 := @463 @644
-@646 := @623 @588
-@649 := (h : @383) -> (hs : @596) -> @645 @646
-@650 := @642 @381
-@652 := @391 @631 @594
-@653 := @463 @652
-@655 := (hs : @600) -> @653 @646
-@656 := @650 @598
-@657 := @463 @395
-@658 := @657 @646
-@659 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denoteEntry
-@661 := @659 @10 @38
-@662 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryFits
-@664 := @662 @10 @38
-@667 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entryValue @10 @38
-@670 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entry @10 @38
-@671 := Bool
-@672 := Ne.{1}
-@673 := LexLeanPreservation.Obs
-@674 := @672 @673
-@675 := LexLeanPreservation.Rel
-@678 := @674 (@675 @38 @30)
-@679 := LexLeanPreservation.Obs.stuck
-@682 := (f : @671) -> (v : @72) -> @678 @679
-@684 := LexLeanPreservation.Rust.rel_ne_stuck @664
-@691 := (v : @72) -> @674 (@675 (@662 @35 @10) @30) @679
-@692 := @684 @667
-@696 := @674 (@675 @664 @667) @679
-@697 := @4 @396
-@698 := LexLeanPreservation.Rust.FunSem
-@704 := (n : @3) -> @698 @176 @178 @86 @30 @75
-@705 := Eq.{1}
-@706 := Option.{0}
-@707 := @706 @413
-@708 := @705 @707
-@715 := LexLeanRuntime.index (@4 @413) @413 (LexLeanRuntime.instIndexableList @413)
-@719 := @708 (@715 (@414 @176) @75)
-@720 := Option.some.{0}
-@721 := @720 @413
-@722 := @721 @77
-@723 := @719 @722
-@727 := @438 @185 @176 @178 @77
-@728 := LexLeanTarget.TargetSyntax.Function.types
-@729 := @728 @75
-@730 := @727 @729
-@731 := @706 @697
-@732 := @705 @731
-@733 := LexLeanTarget.TargetSemantics.bindAll
-@734 := LexLeanTarget.TargetSyntax.Function.parameters
-@739 := @732 (@733 (@734 @86) @75 @406)
-@740 := @720 @697
-@741 := @740 @77
-@742 := @739 @741
-@743 := @706 @671
-@744 := @705 @743
-@745 := LexLeanPreservation.Rust.fnFallible
-@748 := @744 (@745 @194 @176)
-@749 := @720 @671
-@750 := @749 @77
-@751 := @748 @750
-@752 := LexLeanPreservation.RunConv
-@753 := #13
-@757 := @752 @753 @185 @178 @77
-@759 := @674 @75 @679
-@760 := Exists.{1}
-@761 := LexLeanPreservation.Rust.ROut
-@762 := @760 @761
-@763 := And
-@764 := LexLeanPreservation.Rust.RealizesFn
-@768 := @763 (@764 @176 @178 @30)
-@769 := LexLeanPreservation.Rust.RCI
-@771 := @769 #15
-@772 := LexLeanPreservation.Rust.fnIdent
-@773 := @772 @753
-@780 := (hne : @759) -> @762 (fun (ro : @761) => @768 (@771 @773 @194 @30))
-@795 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} ->
-  {f : @3} ->
-  {fn : @413} ->
-  {args : @466} ->
-  {env : @697} ->
-  {F : @671} ->
-  {o : @673} ->
-  (hB : @704) ->
-  (hfn : @723) -> (hwt : @730) -> (hbind : @742) -> (hF : @751) -> (hA : @757) -> @780
-@797 := LexLeanPreservation.Rust.compose @0
-@798 := @698 @0
-@803 := (n : @3) -> @798 @178 @86 @30 @75
-@804 := @715 @415
-@807 := @708 (@804 @75) @722
-@811 := @449 @176 @178 @77 @729
-@812 := @752 @0
-@815 := @812 @185 @178 @77
-@829 := {c : @32} ->
-  {A : @33} ->
-  {f : @3} ->
-  {fn : @413} ->
-  {args : @466} ->
-  {env : @697} ->
-  {F : @671} ->
-  {o : @673} ->
-  (hB : @803) ->
-  (hfn : @807) -> (hwt : @811) -> (hbind : @742) -> (hF : @751) -> (hA : @815) -> @780
-@830 := @797 @1
-@831 := @798 @1
-@835 := (n : @3) -> @831 @86 @30 @75
-@838 := @457 @178 @77 @729
-@839 := @745 @1
-@842 := @744 (@839 @176) @750
-@843 := @769 @1
-@853 := (hbind : @742) ->
-  (hF : @842) -> (hA : @815) -> (hne : @759) -> @762 (fun (ro : @761) => @768 (@843 @773 @194 @30))
-@863 := {A : @33} ->
-  {f : @3} ->
-  {fn : @413} ->
-  {args : @466} ->
-  {env : @697} -> {F : @671} -> {o : @673} -> (hB : @835) -> (hfn : @807) -> (hwt : @838) -> @853
-@864 := @830 @2
-@866 := @831 @2 @30
-@868 := (n : @3) -> @866 @75
-@869 := @463 @77
-@870 := @869 @729
-@879 := {f : @3} ->
-  {fn : @413} ->
-  {args : @466} ->
-  {env : @697} -> {F : @671} -> {o : @673} -> (hB : @868) -> (hfn : @807) -> (hwt : @870) -> @853
-@880 := @864 @416
-@882 := (n : @3) -> @866 @416
-@883 := @804 @416
-@884 := @708 @883
-@885 := @884 @722
-@886 := @839 @416
-@887 := @744 @886
-@888 := @887 @750
-@889 := @812 @416
-@891 := @889 @178 @77
-@893 := @843 (@772 @416)
-@901 := (hF : @888) -> (hA : @891) -> (hne : @759) -> @762 (fun (ro : @761) => @768 (@893 @194 @30))
-@910 := {fn : @413} ->
-  {args : @466} ->
-  {env : @697} ->
-  {F : @671} -> {o : @673} -> (hB : @882) -> (hfn : @885) -> (hwt : @870) -> (hbind : @742) -> @901
-@911 := @880 @433
-@913 := @884 (@721 @433)
-@914 := @728 @433
-@915 := @869 @914
-@917 := @733 (@734 @433)
-@929 := {args : @466} ->
-  {env : @697} ->
-  {F : @671} ->
-  {o : @673} ->
-  (hB : @882) -> (hfn : @913) -> (hwt : @915) -> (hbind : @732 (@917 @75 @406) @741) -> @901
-@930 := @911 @395
-@932 := @606 (@548 @390)
-@934 := @463 @932 @914
-@940 := @391 (@21 @178) (@391 (@11 @86) @390)
-@944 := @732 (@917 @940 @406) @741
-@950 := @391 (@21 @185) (@391 (@11 @176) @390)
-@952 := @889 @950 @77
-@954 := @391 (@21 @753)
-@955 := #12
-@974 := {env : @697} ->
-  {F : @671} ->
-  {o : @673} ->
-  (hB : @882) ->
-  (hfn : @913) ->
-  (hwt : @934) ->
-  (hbind : @944) ->
-  (hF : @888) ->
-  (hA : @952) ->
-  (hne : @759) -> @762 (fun (ro : @761) => @768 (@893 (@954 (@391 (@11 @955) @390)) @30))
-@975 := @930 @411
-@977 := @620 (@562 @390)
-@979 := @463 @977 @914
-@990 := @732 (@917 @932 @406) (@740 (@407 (@401 @547) (@407 (@404 @605) @406)))
-@996 := @391 (@21 @176) (@391 (@11 @178) @390)
-@1018 := {F : @671} ->
-  {o : @673} ->
-  (hB : @882) ->
-  (hfn : @913) ->
-  (hwt : @979) ->
-  (hbind : @990) ->
-  (hF : @888) ->
-  (hA : @889 @996 @77) ->
-  (hne : @759) -> @762 (fun (ro : @761) => @768 (@893 (@391 (@21 @955) (@391 (@11 @194) @390)) @30))
-@1019 := @975 @412
-@1020 := @637 @914
-@1031 := @732 (@917 @977 @406) (@740 (@407 (@401 @561) (@407 (@404 @619) @406)))
-@1033 := @887 (@749 @412)
-@1035 := @889 @940 @77
-@1036 := @764 @412
-@1058 := {o : @673} ->
-  (hB : @882) ->
-  (hfn : @913) ->
-  (hwt : @1020) ->
-  (hbind : @1031) ->
-  (hF : @1033) ->
-  (hA : @1035) ->
-  (hne : @759) ->
-  @762
-    (fun (ro : @761) => @763 (@1036 @178 @30) (@893 (@391 (@21 @194) (@391 (@11 @185) @390)) @30))
-@1059 := @1019 @661
-@1060 := @645 @914
-@1071 := @732 (@917 @636 @406) (@740 (@407 (@401 @544) (@407 (@404 @602) @406)))
-@1072 := @889 @932
-@1074 := @659 @86 @75
-@1075 := @1072 @1074
-@1077 := @659 @178 @86
-@1096 := (hB : @882) ->
-  (hfn : @913) ->
-  (hwt : @1060) ->
-  (hbind : @1071) ->
-  (hF : @1033) ->
-  (hA : @1075) ->
-  (hne : @674 @1077 @679) ->
-  @762 (fun (ro : @761) => @763 (@1036 (@659 @185 @176) @30) (@893 @950 @30))
-@1097 := @1059 @437
-@1098 := @653 @914
-@1109 := @732 (@917 @644 @406) (@740 (@407 (@401 @558) (@407 (@404 @616) @406)))
-@1110 := @889 @977
-@1112 := @659 @75 @77
-@1131 := (hfn : @913) ->
-  (hwt : @1098) ->
-  (hbind : @1109) ->
-  (hF : @1033) ->
-  (hA : @1110 @1112) ->
-  (hne : @674 @1074 @679) ->
-  @762 (fun (ro : @761) => @763 (@1036 (@659 @176 @178) @30) (@893 @996 @30))
-@1132 := Eq.refl.{1}
-@1135 := @1097 (@1132 @707 @883)
-@1136 := @657 @914
-@1147 := @732 (@917 @652 @406) (@740 (@407 (@401 @573) (@407 (@404 @631) @406)))
-@1148 := @889 @636
-@1150 := @659 @77 @79
-@1166 := (hwt : @1136) ->
-  (hbind : @1147) ->
-  (hF : @1033) ->
-  (hA : @1148 @1150) ->
-  (hne : @674 @1112 @679) -> @762 (fun (ro : @761) => @763 (@1036 @1077 @30) (@893 @940 @30))
-@1167 := @1135 @656
-@1169 := @917 @395 @406
-@1172 := @732 @1169 (@740 @411)
-@1173 := @889 @644
-@1175 := @659 @79 @35
-@1190 := (hbind : @1172) ->
-  (hF : @1033) ->
-  (hA : @1173 @1175) ->
-  (hne : @674 @1150 @679) -> @762 (fun (ro : @761) => @763 (@1036 @1074 @30) (@893 @932 @30))
-@1193 := @1167 (@1132 @731 @1169)
-@1194 := @889 @652
-@1196 := @659 @35 @10
-@1210 := (hF : @1033) ->
-  (hA : @1194 @1196) ->
-  (hne : @674 @1175 @679) -> @762 (fun (ro : @761) => @763 (@1036 @1112 @30) (@893 @977 @30))
-@1213 := @1193 (@1132 @743 @886)
-@1215 := @889 @395 @661
-@1217 := @674 @1196 @679
-@1218 := @1036 @1150
-@1220 := @763 (@1218 @30)
-@1221 := @893 @636
-@1222 := @1221 @30
-@1227 := (hA : @1215) -> (hne : @1217) -> @762 (fun (ro : @761) => @1220 @1222)
-@1228 := @1213 @670
-@1230 := @674 @661 @679
-@1231 := @1036 @1175
-@1233 := @763 (@1231 @30)
-@1234 := @893 @644
-@1239 := (hne : @1230) -> @762 (fun (ro : @761) => @1233 (@1234 @30))
-@1240 := @1228 @692
-@1243 := @763 (@1036 @1196 @30)
-@1245 := @893 @652 @30
-@1246 := @1243 @1245
-@1248 := @762 (fun (ro : @761) => @1246)
-@1249 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.accepts
-@1251 := @1249 @10 @38
-@1252 := LexLeanPreservation.someObs
-@1253 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.denote
-@1256 := @1252 (@1253 @10 @38)
-@1259 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
-@1260 := Not
-@1261 := @1260 @1251
-@1263 := @1249 @35 @10
-@1266 := @1252 (@1253 @35 @10)
-@1267 := @1260 @1263
-@1273 := @1263 -> @1036 (@1252 (@1253 @79 @35)) @38
-@1274 := @1036 @1259
-@1275 := @1274 @38
-@1276 := @1267 -> @1275
-@1278 := @763 @1273 @1276
-@1282 := @762 (fun (__e_ro : @761) => @763 @1245 @1278)
-@1283 := fun (__e_ro : @761) => @1246
-@1284 := @1231 @38
-@1285 := @1234 @38
-@1286 := And.left
-@1287 := And.right
-@1290 := @1286 @1284 @1285 @30
-@1293 := @1287 @1284 @1285 @30
-@1294 := @1036 @30
-@1296 := fun (__e_o : @673) => @1294 @10
-@1297 := Eq.subst.{1}
-@1299 := @1249 @79 @35
-@1300 := @1260 @1299
-@1304 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entry_accepts @77 @79 @30
-@1307 := @1252 (@1253 @77 @79)
-@1312 := @1286 (@1218 @10) (@1221 @10) @38
-@1314 := fun (__e_o : @673) => @1294 @35
-@1317 := @1297 @673 @1314 @1150
-@1321 := fun (__e_h : @1299) => @1317 @1307 @1304 @1312
-@1325 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.entry_refuses @77 @79 @30
-@1329 := fun (__e_h : @1300) => @1317 @1259 @1325 @1312
-@1330 := And.intro
-@1333 := @1299 -> @1036 @1307 @10
-@1335 := @1300 -> @1274 @10
-@1337 := @763 @1333 @1335
-@1341 := @1330 @1333 @1335 @1321 @1329
-@1345 := @1330 @1285 @1337 @1293 @1341
-@1346 := Exists.intro.{1}
-@1347 := @763 @1222
-@1349 := @1249 @77 @79
-@1361 := fun (__e_ro : @761) =>
-  @1347 (@763 (@1349 -> @1036 (@1252 (@1253 @75 @77)) @38) (@1260 @1349 -> @1275))
-@1365 := @1346 @761 @1361 @38 @1345
-@1367 := @763 @1284 @1285
-@1369 := fun (__e_ro : @761) => fun (__e_hand : @1246) => @1365
-@1375 := Exists.elim.{1} @761 @1283 @1282 @1240 @1369
-@1376 := LexLeanPreservation.Rust.RepresentableL
-@1377 := @21 @38
-@1379 := @391 @40 @390
-@1382 := @1376 (@391 @1377 @1379)
-@1383 := (__e_hrep : @1382) -> @1282
-@1384 := fun (__e_hrep : @1382) => @1375
-@1385 := (start : @3) -> @1383
-@1386 := fun (start : @3) => @1384
-@1387 := (g : @9) -> @1385
-@1388 := fun (g : @9) => @1386
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/RustStd.lean
deleted file mode 100644
index 83d9060e1..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/RustStd.lean
+++ /dev/null
@@ -1,273 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))),
-      body := (.build .pair (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.list .nat) (.option (.list .nat))) [(.call 3 [(.var 0), (.var 1)]), (.call 16 [(.var 0)])])]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.call 2 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.call 4 [(.var 0), (.prim .natAdd [(.prim .length [(.call 13 [(.var 0), (.build .nil (.list .nat) [])])]), (.value .nat (.nat 1))]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])]), (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])]) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .zero [] (.var 3)), (.arm .succ [4] (.«let» 5 (.list .nat) (.call 5 [(.var 0), (.var 3), (.var 2), (.build .nil (.list .nat) [])]) (.«match» (.list .nat) (.var 5) [(.arm .nil [] (.var 3)), (.arm .cons [6, 7] (.call 4 [(.var 0), (.var 4), (.var 5), (.call 11 [(.var 3), (.var 5)])]))])))]) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.var 3)), (.arm .cons [4, 5] (.call 5 [(.var 0), (.var 1), (.var 5), (.call 6 [(.var 1), (.call 7 [(.var 0), (.var 4)]), (.var 3)])]))]) },
-    { parameters := [0, 1, 2], types := [(.list .nat), (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 2)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.var 4), (.cond (.call 9 [(.var 0), (.var 3)]) (.var 2) (.cond (.call 9 [(.var 2), (.var 3)]) (.var 2) (.call 10 [(.var 2), (.var 3)])))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.call 8 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 8 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 9 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 10 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 1) [(.arm .nil [] (.var 0)), (.arm .cons [2, 3] (.call 11 [(.call 12 [(.var 0), (.var 2)]), (.var 3)]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 13 [(.var 3), (.call 14 [(.second (.var 2)), (.call 15 [(.var 1), (.first (.var 2))])])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 14 [(.var 3), (.call 15 [(.var 1), (.var 2)])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 15 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := (.option (.list .nat)),
-      body := (.«let» 1 (.list .nat) (.call 21 [(.var 0), (.build .nil (.list .nat) [])]) (.call 17 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .nat) [])])) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .nat)) []))])), (.arm .succ [6] (.«match» (.option (.list .nat)) (.call 18 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .nat)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .nat)) [(.call 20 [(.var 3), (.build .nil (.list .nat) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .nat)) []))])), (.arm .cons [9, 10] (.call 17 [(.var 0), (.var 6), (.call 27 [(.var 2), (.var 9)]), (.build .cons (.list .nat) [(.var 9), (.var 3)])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 2) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [3, 4] (.cond (.call 19 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .nat) [(.var 3), (.call 18 [(.var 0), (.var 1), (.var 4)])]) (.call 18 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 26 [(.call 24 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 19 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 20 [(.var 3), (.build .cons (.list .nat) [(.var 2), (.var 1)])]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 21 [(.var 3), (.call 22 [(.second (.var 2)), (.call 23 [(.var 1), (.first (.var 2))])])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), (.list .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 22 [(.var 3), (.call 23 [(.var 1), (.var 2)])]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .cons (.list .nat) [(.var 1), (.build .nil (.list .nat) [])])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .nat) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 23 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.call 25 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .nat) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.list .nat)),
-      body := (.«match» (.option (.list .nat)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .nat)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .nat)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .nat)) [])), (.arm .eq [] (.build .some (.option (.list .nat)) [(.second (.var 2))])), (.arm .gt [] (.call 25 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 26 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.var 0) [(.arm .nil [] (.build .nil (.list .nat) [])), (.arm .cons [2, 3] (.«match» (.list .nat) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .nat) [(.var 2), (.call 27 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0], types := [(.list (.pair .nat (.list .nat)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 29 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 28 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 29 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .nat (.list .nat))), .nat], result := (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))),
-      body := (.cond (.call 28 [(.var 0)]) (.build .some (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [(.call 0 [(.var 0), (.var 1)])]) (.build .none (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) (.mk [] (.succeed (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 16) [(.move (.generated .binding 0))] true)))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.list .nat)) (.mk [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
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-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.matchOn (.move (.generated .holder 25)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 26)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 1)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]))),
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-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 38)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 38)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 14) [(.move (.generated .binding 3)), (.call (.function 15) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)))]))),
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
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-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 68)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 68)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 71)) none (.block (.mk [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false))))] (.matchOn (.move (.generated .holder 71)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 72)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 72)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false))))] (.matchOn (.move (.generated .holder 75)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }] .bool (.mk [(.mk (.bind (.generated .holder 76)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 76)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false) (.mk [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 84)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 84)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 85)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))] (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
-    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat (.list .nat))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat)))))) (.mk [] (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) []))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.call (.function 1) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.pair (.call (.function 3) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.call (.function 16) [(.move (.generated .binding 0))] true)))), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))] (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 5)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 3)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))] (.move (.generated .part 7))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 7))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.call (.function 13) [(.move (.generated .binding 0)), (.construct (.nil .nat) [])] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 8))] false)))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true))), (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]), (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])] false)), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .operand 8)) none (.call (.function 13) [(.move (.generated .binding 0)), (.construct (.nil .nat) [])] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 8))] false)))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 8)) none (.call (.function 13) [(.move (.generated .binding 0)), (.construct (.nil .nat) [])] false))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 8))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 11)) (.mk [] (.move (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 4)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .binding 5)) (some (.list .nat)) (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.move (.generated .binding 2)), (.construct (.nil .nat) [])] false)), (.mk (.bind (.generated .holder 12)) none (.clone (.generated .binding 5)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.clone (.generated .binding 5)), (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 5))] false)] false)))]))), [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 4)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.move (.generated .binding 3))) (lb := [(.mk (.bind (.generated .binding 5)) (some (.list .nat)) (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.move (.generated .binding 2)), (.construct (.nil .nat) [])] false)), (.mk (.bind (.generated .holder 12)) none (.clone (.generated .binding 5)))]) (tb := (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.clone (.generated .binding 5)), (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 5))] false)] false)))])) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(5, (.list .nat), (some 5)), (4, .nat, (some 4)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(7, (.list .nat), none), (6, .nat, none), (5, (.list .nat), (some 5)), (4, .nat, (some 4)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.clone (.generated .binding 5)), (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 5))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl))))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.move (.generated .binding 3)))), (.mk (.some (.tuple [(.bind (.generated .binding 4)), (.bind (.generated .binding 5))])) (.mk [] (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.move (.generated .binding 5)), (.call (.function 6) [(.move (.generated .binding 1)), (.call (.function 7) [(.move (.generated .binding 0)), (.copy (.generated .binding 4))] false), (.move (.generated .binding 3))] false)] false)))]), [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(5, (.list .nat), (some 5)), (4, .nat, (some 4)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.clone (.generated .binding 0)), (.clone (.generated .binding 1)), (.move (.generated .binding 5)), (.call (.function 6) [(.move (.generated .binding 1)), (.call (.function 7) [(.move (.generated .binding 0)), (.copy (.generated .binding 4))] false), (.move (.generated .binding 3))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 2)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.move (.generated .binding 4)), (.cond (.call (.function 9) [(.move (.generated .binding 0)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)))))] false)))]), [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.clone (.generated .binding 0)), (.move (.generated .binding 4)), (.cond (.call (.function 9) [(.move (.generated .binding 0)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.cond (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)))))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 9) [(.move (.generated .binding 0)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.move (.generated .binding 2))) (lb := []) (tb := (.cond (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.mk [] (.move (.generated .binding 2))) (.mk [] (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.cond (lc := []) (ce := (.call (.function 9) [(.clone (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.move (.generated .binding 2))) (lb := []) (tb := (.call (.function 10) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false)) (Corr.bOfE (Corr.var rfl rfl)) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)))))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.call (.function 8) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 16)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))] (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))] (.move (.generated .part 21))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 20)) none (.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 17)))))] (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false))))]) (tail := (.matchOn (.move (.generated .holder 20)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))] (.move (.generated .part 21))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 8) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 17)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 17))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))] (.move (.generated .part 21))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 8) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 21))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 22)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 22)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))] (.matchOn (.move (.generated .holder 25)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))))]) (tail := (.matchOn (.move (.generated .holder 25)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 9) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 26)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 10) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.move (.generated .binding 1)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.move (.generated .binding 0)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 11) [(.call (.function 12) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false), (.move (.generated .binding 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 31)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))] (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 34)) none (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false))))]) (tail := (.matchOn (.move (.generated .holder 34)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 35)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 35)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 13) [(.move (.generated .binding 3)), (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.move (.generated .binding 2)))] (.move (.generated .part 36)))), (.call (.function 15) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 37))))] false)] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.move (.generated .binding 3)), (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.move (.generated .binding 2)))] (.move (.generated .part 36)))), (.call (.function 15) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 37))))] false)] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 36))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 37))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 38)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 38)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 14) [(.move (.generated .binding 3)), (.call (.function 15) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 14) [(.move (.generated .binding 3)), (.call (.function 15) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 39)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))] (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 42)) none (.block (.mk [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false))))]) (tail := (.matchOn (.move (.generated .holder 42)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 40)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 41)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 40)), (.move (.generated .operand 41))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 15) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .nat)) (.call (.function 21) [(.clone (.generated .binding 0)), (.construct (.nil .nat) [])] false))], (.succeed (.call (.function 17) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 43))] false)))), (.mk (.bind (.generated .operand 45)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true))), (.move (.generated .binding 1)), (.construct (.nil .nat) [])] false)), [(0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 43))] false)))), (.mk (.bind (.generated .operand 45)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 43)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 43))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 46)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 46)) (.mk [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))])) (.mk [(.mk (.bind (.generated .binding 6)) none (.predecessor (.generated .holder 46))), (.mk (.bind (.generated .holder 48)) none (.call (.function 18) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))] (.matchOn (.uncons (.generated .holder 48)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 49)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 17) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 27) [(.move (.generated .binding 2)), (.copy (.generated .binding 9))] false), (.construct .cons [(.copy (.generated .binding 9)), (.move (.generated .binding 3))])] false)))]))), [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 6)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))])) (lb := [(.mk (.bind (.generated .holder 48)) none (.call (.function 18) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))]) (tb := (.matchOn (.uncons (.generated .holder 48)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 49)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 17) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 27) [(.move (.generated .binding 2)), (.copy (.generated .binding 9))] false), (.construct .cons [(.copy (.generated .binding 9)), (.move (.generated .binding 3))])] false)))])) (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)])) (Corr.mCons (Γ' := [(5, (.list .nat), none), (4, .nat, none), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl) (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 49)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .nat)) [])))])) (Corr.mCons (Γ' := [(10, (.list .nat), none), (9, .nat, (some 9)), (6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 17) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 27) [(.move (.generated .binding 2)), (.copy (.generated .binding 9))] false), (.construct .cons [(.copy (.generated .binding 9)), (.move (.generated .binding 3))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 20) [(.move (.generated .binding 3)), (.construct (.nil .nat) [])] false)])) (Corr.mCons (Γ' := [(8, (.list .nat), none), (7, .nat, none), (6, .nat, (some 6)), (3, (.list .nat), (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 50)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 50)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 3)), (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.copy (.generated .binding 3)), (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .cons [(.copy (.generated .binding 3)), (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (lb := []) (tb := (.call (.function 18) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 51)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 51)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 26) [(.call (.function 24) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false), (.copy (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 19) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 26) [(.call (.function 24) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false), (.copy (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 19) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 26) [(.call (.function 24) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 19) [(.move (.generated .binding 0)), (.copy (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 52)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 52)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 20) [(.move (.generated .binding 3)), (.construct .cons [(.copy (.generated .binding 2)), (.move (.generated .binding 1))])] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 20) [(.move (.generated .binding 3)), (.construct .cons [(.copy (.generated .binding 2)), (.move (.generated .binding 1))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 53)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 53)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 21) [(.move (.generated .binding 3)), (.call (.function 22) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 54))]) none (.move (.generated .binding 2)))] (.move (.generated .part 54)))), (.call (.function 23) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 55)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 55))))] false)] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, (.list .nat), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 21) [(.move (.generated .binding 3)), (.call (.function 22) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 54))]) none (.move (.generated .binding 2)))] (.move (.generated .part 54)))), (.call (.function 23) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 55)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 55))))] false)] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 54))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 54))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 55)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 55))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 56)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 56)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 22) [(.move (.generated .binding 3)), (.call (.function 23) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)))]), [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, (.list .nat), (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 22) [(.move (.generated .binding 3)), (.call (.function 23) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 60)) none (.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 59)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))))] (.matchOn (.move (.generated .holder 60)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 23) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil .nat) [])])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 60)) none (.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 59)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))))]) (tail := (.matchOn (.move (.generated .holder 60)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 23) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 59)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 23) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 61)) none (.call (.function 25) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 61)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.list .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 62)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 62)) [(.mk .none (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 63)))))] (.call (.runtime .compare) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false))))] (.matchOn (.move (.generated .holder 66)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))] (.move (.generated .part 67))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 25) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 66)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 63)))))] (.call (.runtime .compare) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false))))]) (tail := (.matchOn (.move (.generated .holder 66)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .nat)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))] (.move (.generated .part 67))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 25) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 63)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 63)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 63))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .nat)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))] (.move (.generated .part 67))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat (.list .nat))), (some 3)), (2, (.pair .nat (.list .nat)), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 25) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 67))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 67))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 68)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 68)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 71)) none (.block (.mk [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false))))] (.matchOn (.move (.generated .holder 71)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 71)) none (.block (.mk [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false))))]) (tail := (.matchOn (.move (.generated .holder 71)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 69)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 70)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 72)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 72)) [(.mk .none (.mk [] (.construct (.nil .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false))))] (.matchOn (.move (.generated .holder 75)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 75)) none (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false))))]) (tail := (.matchOn (.move (.generated .holder 75)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 73)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 74)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 27) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 76)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 76)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false) (.mk [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false) (.mk [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))] (.move (.generated .part 77))))] false)) (lk := []) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 77))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 77))) (Corr.second (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 78)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 78)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))] (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .nat (.list .nat)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 28) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 83)) none (.block (.mk [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))] (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false))))]) (ce := (.matchOn (.move (.generated .holder 83)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 81)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 79))))), (.mk (.bind (.generated .operand 82)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 80)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 81)), (.move (.generated .operand 82))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 79))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 80))) (Corr.first (ta := .nat) (tb := (.list .nat)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .nat (.list .nat))), none), (3, (.pair .nat (.list .nat)), (some 3)), (2, (.list (.pair .nat (.list .nat))), (some 2)), (1, (.pair .nat (.list .nat)), (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 28) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 84)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 84)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 85)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))] (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 85)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 85)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))] (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 29) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 88)) none (.block (.mk [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false))))]) (ce := (.matchOn (.move (.generated .holder 88)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 86)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 87)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 86)), (.move (.generated .operand 87))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .nat), none), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 29) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun30 : FunOK program krate flags 30 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) [])))), [(1, .nat, (some 1)), (0, (.list (.pair .nat (.list .nat))), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 28) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat (.list .nat)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))) []))) (Corr.fOfB (Corr.build (ts := [(.pair (.list .nat) (.pair (.list .nat) (.option (.list .nat))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat (.list .nat))), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | 30 => exact fun30
-  | _ + 31 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7.lean
deleted file mode 100644
index b0dee171b..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7.lean
+++ /dev/null
@@ -1,124 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
-      body := (.«let» 1 (.list .string) (.call 6 [(.var 0), (.build .nil (.list .string) [])]) (.call 2 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .string) [])])) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)], result := (.option (.list .string)),
-      body := (.«match» (.option (.list .string)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .string)) []))])), (.arm .succ [6] (.«match» (.option (.list .string)) (.call 3 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .string)) []))])), (.arm .cons [9, 10] (.call 2 [(.var 0), (.var 6), (.call 12 [(.var 2), (.var 9)]), (.build .cons (.list .string) [(.var 9), (.var 3)])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 2) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [3, 4] (.cond (.call 4 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .string) [(.var 3), (.call 3 [(.var 0), (.var 1), (.var 4)])]) (.call 3 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), .string, (.list .string)], result := .bool,
-      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 11 [(.call 9 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 4 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 5 [(.var 3), (.build .cons (.list .string) [(.var 2), (.var 1)])]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 6 [(.var 3), (.call 7 [(.second (.var 2)), (.call 8 [(.var 1), (.first (.var 2))])])]))]) },
-    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 7 [(.var 3), (.call 8 [(.var 1), (.var 2)])]))]) },
-    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .cons (.list .string) [(.var 1), (.build .nil (.list .string) [])])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .string) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 8 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.list .string),
-      body := (.«match» (.list .string) (.call 10 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .string) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.option (.list .string)),
-      body := (.«match» (.option (.list .string)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .string)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .string)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .string)) [])), (.arm .eq [] (.build .some (.option (.list .string)) [(.second (.var 2))])), (.arm .gt [] (.call 10 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .string), .string], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 11 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 14 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 13 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list .string)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 14 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.option (.list .string))),
-      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.option (.list .string))) [(.call 0 [(.var 0)])]) (.build .none (.option (.option (.list .string))) [])) }] }
-
-def __fits_0 (g : (List (Prod String (List String)))) : Bool :=
-  ((Bool.true && Bool.true) && (_root_.LexLeanPreservation.graphFits _root_.LexLeanCollections.insertElement (g)))
-
-theorem __rel_0 (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) g)] (_root_.LexLeanPreservation.Rel (__fits_0 g) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.tpl_graphTopological (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.string) (fun _ => rfl) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.removeElement, __h]), (fun _ => rfl), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]), (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h])⟩ : _root_.LexLeanPreservation.SetOps (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) _root_.LexLeanCollections.insertElement _root_.LexLeanCollections.removeElement _root_.LexLeanCollections.containsElement) (⟨(fun _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h])⟩ : _root_.LexLeanPreservation.LookOps (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (_root_.LexLeanCollections.lookupEntry : String -> List (Prod String (List String)) -> Option (List String))) (g) (_root_.LexLeanCollections.graphSuccessors (g)) (fun _ => rfl) (⟨(fun _ => rfl), (fun _ _ _ => rfl), (fun _ _ => rfl), (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h] <;> rfl), (fun _ _ _ _ _ __h => by simp only [_root_.LexLeanCollections.topological, __h])⟩ : _root_.LexLeanPreservation.TopoOps (_root_.LexLeanCollections.graphSuccessors (g)) _root_.LexLeanCollections.containsElement _root_.LexLeanCollections.removeElement (_root_.LexLeanCollections.topological (g))) (p := __prog) (fi := 1) (tk := .string) rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl rfl))
-
-def denote (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 g) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) g)] (_root_.LexLeanPreservation.Rel (__fits_0 g) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 g)
-
-def __valid_14 : (List String) -> Bool :=
-  _root_.LexLeanPreservation.ascSet (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering)
-
-def __inv_14 : (List String) -> Prop :=
-  _root_.LexLeanPreservation.InvSet (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering)
-
-theorem __viff_14 : ∀ (__v : (List String)), __valid_14 __v = Bool.true ↔ __inv_14 __v :=
-  _root_.LexLeanPreservation.ascSet_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering)
-
-theorem __vrel_14 : ∀ (__v : (List String)), _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_14 __v))) :=
-  _root_.LexLeanPreservation.tpl_validSet (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.string) (fun _ => rfl) rfl
-
-def __valid_13 : (List (Prod String (List String))) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_14
-
-def __inv_13 : (List (Prod String (List String))) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __inv_14
-
-theorem __viff_13 : ∀ (__v : (List (Prod String (List String)))), __valid_13 __v = Bool.true ↔ __inv_13 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) __valid_14 __inv_14 __viff_14
-
-theorem __vrel_13 : ∀ (__v : (List (Prod String (List String)))), _root_.LexLeanPreservation.FunRel __prog 13 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_13 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) __valid_14 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) (fun _ => rfl) __vrel_14 rfl
-
-def entryFits (g : (List (Prod String (List String)))) : Bool :=
-  (if __valid_13 g then __fits_0 g else Bool.true)
-
-def entryValue (g : (List (Prod String (List String)))) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_13 g then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryFits g) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryValue g)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (g : (List (Prod String (List String)))) : Prop :=
-  (__inv_13 g ∧ _root_.True)
-
-theorem entry (g : (List (Prod String (List String)))) : _root_.LexLeanPreservation.RunConv __prog 15 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.string (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string))) g)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denoteEntry g) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 g else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.string)) (Coverage.Colls.stringGraph g))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_13 g) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_13 g)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_0 g)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryFits]))
-
-theorem entry_accepts (g : (List (Prod String (List String)))) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.accepts g) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denoteEntry g = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denote g) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denote
-  simp only [_root_.if_true, (__viff_13 g).mpr __h.1]
-  cases __fits_0 g <;> rfl
-
-theorem entry_refuses (g : (List (Prod String (List String)))) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.accepts g) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denoteEntry g = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryValue
-  cases __c0 : __valid_13 g
-  · simp
-  · exact _root_.absurd ⟨(__viff_13 g).mp __c0, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/Compose/RustStd.lex.tex
deleted file mode 100644
index ed9ef404a..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,626 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.root : @1256 := @1257 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.flags
-@3 := String
-@4 := List.{0}
-@5 := @4 @3
-@6 := Prod.{0, 0}
-@7 := @6 @3
-@8 := @7 @5
-@9 := @4 @8
-@10 := #1
-@11 := LexLeanTarget.TargetSyntax.Value.string
-@12 := LexLeanPreservation.encList
-@13 := @12 @3
-@14 := @13 @11
-@15 := LexLeanPreservation.encPair
-@16 := @15 @3
-@17 := @16 @5
-@18 := @17 @11
-@19 := @18 @14
-@20 := @12 @8
-@21 := @20 @19
-@22 := @21 @10
-@23 := LexLeanTarget.TargetSyntax.Ty.string
-@24 := LexLeanTarget.TargetSyntax.Ty.list
-@25 := @24 @23
-@26 := LexLeanTarget.TargetSyntax.Ty.pair
-@27 := @26 @23
-@28 := @27 @25
-@29 := @24 @28
-@30 := #0
-@31 := LexLeanTarget.TargetSyntax.Program
-@32 := LexLeanPreservation.Rust.RCrate
-@33 := LexLeanPreservation.Rust.Flags
-@34 := LexLeanPreservation.Rust.WT
-@35 := #3
-@36 := @34 @35
-@37 := #2
-@39 := @36 @37 @10
-@40 := @11 @30
-@46 := {p : @31} -> {c : @32} -> {A : @33} -> (s : @3) -> @39 @40 @23
-@48 := LexLeanPreservation.Rust.wt_string @0
-@49 := @34 @0
-@56 := {c : @32} -> {A : @33} -> (s : @3) -> @49 @37 @10 @40 @23
-@57 := @48 @1
-@58 := @49 @1
-@63 := {A : @33} -> (s : @3) -> @58 @10 @40 @23
-@64 := @57 @2
-@65 := @58 @2
-@66 := @65 @40
-@67 := @66 @23
-@68 := (s : @3) -> @67
-@70 := fun (__x : @3) => @64 @30
-@71 := Sort 1
-@72 := LexLeanTarget.TargetSyntax.Value
-@73 := (a._@._internal._hyg.#0 : @30) -> @72
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := #6
-@76 := @34 @75
-@77 := #5
-@78 := @76 @77
-@79 := #4
-@80 := @78 @79
-@81 := @37 @30
-@84 := (x : @37) -> @80 @81 @10
-@85 := @4 @35
-@86 := #7
-@89 := @34 @86 @75 @77
-@92 := @12 @79 @35 @30
-@93 := @89 @92
-@94 := @24 @37
-@103 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} -> {α : @71} -> {e : @73} -> {t : @74} -> (h : @84) -> (xs : @85) -> @93 @94
-@105 := LexLeanPreservation.Rust.wt_encList @0
-@107 := @49 @77 @79
-@121 := {c : @32} ->
-  {A : @33} ->
-  {α : @71} ->
-  {e : @73} -> {t : @74} -> (h : (x : @37) -> @107 @81 @10) -> (xs : @85) -> @49 @75 @77 @92 @94
-@122 := @105 @1
-@123 := @58 @79
-@135 := {A : @33} ->
-  {α : @71} ->
-  {e : @73} -> {t : @74} -> (h : (x : @37) -> @123 @81 @10) -> (xs : @85) -> @58 @77 @92 @94
-@136 := @122 @2
-@138 := @65 @81 @10
-@146 := {α : @71} -> {e : @73} -> {t : @74} -> (h : (x : @37) -> @138) -> (xs : @85) -> @65 @92 @94
-@147 := @136 @3
-@148 := (a._@._internal._hyg.#0 : @3) -> @72
-@157 := {e : @148} -> {t : @74} -> (h : (x : @3) -> @138) -> (xs : @5) -> @65 (@13 @35 @30) @94
-@158 := @147 @11
-@160 := (x : @3) -> @66 @10
-@162 := @65 (@14 @30)
-@166 := {t : @74} -> (h : @160) -> (xs : @5) -> @162 @94
-@167 := @158 @23
-@168 := (x : @3) -> @67
-@169 := @162 @25
-@171 := (h : @168) -> (xs : @5) -> @169
-@174 := fun (__x : @5) => @167 @70 @30
-@175 := (a._@._internal._hyg.#0 : @10) -> @72
-@176 := #9
-@177 := @34 @176
-@178 := #8
-@180 := @177 @178 @86
-@181 := @79 @30
-@184 := (x : @77) -> @180 @181 @37
-@185 := #10
-@191 := (x : @77) -> @34 @185 @176 @178 @181 @37
-@193 := @6 @86 @75
-@194 := #11
-@197 := @34 @194 @185 @176
-@202 := @15 @178 @86 @75 @77 @30
-@203 := @197 @202
-@205 := @26 @79 @35
-@218 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} ->
-  {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @184) -> (hb : @191) -> (x : @193) -> @203 @205
-@220 := LexLeanPreservation.Rust.wt_encPair @0
-@245 := {c : @32} ->
-  {A : @33} ->
-  {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} ->
-  {s : @74} ->
-  {t : @74} ->
-  (ha : (x : @77) -> @49 @178 @86 @181 @37) ->
-  (hb : (x : @77) -> @49 @176 @178 @181 @37) -> (x : @193) -> @49 @185 @176 @202 @205
-@246 := @220 @1
-@267 := {A : @33} ->
-  {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} ->
-  {s : @74} ->
-  {t : @74} ->
-  (ha : (x : @77) -> @58 @86 @181 @37) ->
-  (hb : (x : @77) -> @58 @178 @181 @37) -> (x : @193) -> @58 @176 @202 @205
-@268 := @246 @2
-@270 := @65 @181 @37
-@271 := (x : @77) -> @270
-@282 := {α : @71} ->
-  {β : @71} ->
-  {ea : @175} ->
-  {eb : @175} -> {s : @74} -> {t : @74} -> (ha : @271) -> (hb : @271) -> (x : @193) -> @65 @202 @205
-@283 := @268 @3
-@284 := (x : @3) -> @270
-@299 := {β : @71} ->
-  {ea : @148} ->
-  {eb : @175} ->
-  {s : @74} ->
-  {t : @74} -> (ha : @284) -> (hb : @271) -> (x : @7 @75) -> @65 (@16 @86 @75 @77 @30) @205
-@300 := @283 @5
-@301 := (a._@._internal._hyg.#0 : @5) -> @72
-@302 := (x : @5) -> @270
-@314 := {ea : @148} ->
-  {eb : @301} ->
-  {s : @74} -> {t : @74} -> (ha : @284) -> (hb : @302) -> (x : @8) -> @65 (@17 @75 @77 @30) @205
-@315 := @300 @11
-@317 := (x : @3) -> @66 @37
-@327 := {eb : @301} ->
-  {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @302) -> (x : @8) -> @65 (@18 @77 @30) @205
-@328 := @315 @14
-@330 := (x : @5) -> @162 @37
-@332 := @65 (@19 @30)
-@338 := {s : @74} -> {t : @74} -> (ha : @317) -> (hb : @330) -> (x : @8) -> @332 @205
-@339 := @328 @23
-@345 := {t : @74} -> (ha : @168) -> (hb : @330) -> (x : @8) -> @332 (@27 @35)
-@346 := @339 @25
-@347 := (x : @5) -> @169
-@349 := (x : @8) -> @332 @28
-@351 := (ha : @168) -> (hb : @347) -> @349
-@355 := fun (__x : @8) => @346 @70 @174 @30
-@356 := @136 @8
-@366 := {e : (a._@._internal._hyg.#0 : @8) -> @72} ->
-  {t : @74} -> (h : (x : @8) -> @138) -> (xs : @9) -> @65 (@20 @35 @30) @94
-@367 := @356 @19
-@369 := (x : @8) -> @332 @10
-@370 := @21 @30
-@371 := @65 @370
-@375 := {t : @74} -> (h : @369) -> (xs : @9) -> @371 @94
-@376 := @367 @28
-@379 := (h : @349) -> (xs : @9) -> @371 @29
-@381 := @376 @355 @10
-@383 := @65 @22 @29
-@384 := List.nil.{0}
-@385 := List.cons.{0}
-@386 := @384 @72
-@387 := @385 @72
-@389 := @387 @22 @386
-@390 := Nat
-@392 := @6 @390 @72
-@393 := 0
-@397 := Prod.mk.{0, 0} @390 @72 @393
-@398 := @397 @22
-@399 := @384 @392
-@400 := @385 @392
-@402 := @400 @398 @399
-@403 := Bool.true
-@404 := LexLeanTarget.TargetSyntax.Function
-@405 := LexLeanTarget.TargetSyntax.Program.functions
-@406 := @405 @0
-@407 := 15
-@408 := @384 @390
-@409 := @384 @74
-@410 := LexLeanTarget.TargetSyntax.Ty.unit
-@411 := LexLeanTarget.TargetSyntax.Value.unit
-@414 := LexLeanTarget.TargetSyntax.Expr.value @410 @411
-@419 := LexLeanTarget.TargetSyntax.Function.mk @408 @409 @410 @414
-@424 := List.getD.{0} @404 @406 @407 @419
-@428 := fun (__e_n : @390) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.root @30 @407
-@429 := LexLeanPreservation.Rust.WTL
-@437 := {p : @31} -> {c : @32} -> {A : @33} -> @429 @37 @10 @30 @386 @409
-@439 := LexLeanPreservation.Rust.wtl_nil @0
-@440 := @429 @0
-@446 := {c : @32} -> {A : @33} -> @440 @10 @30 @386 @409
-@447 := @439 @1
-@448 := @440 @1
-@452 := {A : @33} -> @448 @30 @386 @409
-@453 := @447 @2
-@454 := @448 @2
-@455 := @454 @386
-@456 := @455 @409
-@457 := @4 @72
-@458 := @4 @74
-@460 := @80 @35 @37
-@465 := @429 @86 @75 @77 @37 @10
-@468 := @429 @178 @86 @75
-@470 := @387 @77 @35
-@471 := @468 @470
-@472 := @385 @74
-@474 := @472 @79 @37
-@484 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} ->
-  {v : @72} -> {t : @74} -> {vs : @457} -> {ts : @458} -> (h : @460) -> (hs : @465) -> @471 @474
-@486 := LexLeanPreservation.Rust.wtl_cons @0
-@504 := {c : @32} ->
-  {A : @33} ->
-  {v : @72} ->
-  {t : @74} ->
-  {vs : @457} ->
-  {ts : @458} -> (h : @107 @35 @37) -> (hs : @440 @75 @77 @37 @10) -> @440 @86 @75 @470 @474
-@505 := @486 @1
-@520 := {A : @33} ->
-  {v : @72} ->
-  {t : @74} ->
-  {vs : @457} -> {ts : @458} -> (h : @123 @35 @37) -> (hs : @448 @77 @37 @10) -> @448 @75 @470 @474
-@521 := @505 @2
-@523 := @65 @35 @37
-@525 := @454 @37 @10
-@533 := {v : @72} ->
-  {t : @74} -> {vs : @457} -> {ts : @458} -> (h : @523) -> (hs : @525) -> @454 @470 @474
-@534 := @521 @22
-@535 := @21 @79
-@537 := @65 @535 @37
-@538 := @21 @75
-@539 := @387 @538
-@547 := {t : @74} -> {vs : @457} -> {ts : @458} -> (h : @537) -> (hs : @525) -> @454 (@539 @35) @474
-@548 := @534 @29
-@549 := @21 @35
-@551 := @65 @549 @29
-@552 := @21 @77
-@553 := @387 @552
-@555 := @454 (@553 @35)
-@556 := @472 @29
-@557 := @556 @37
-@562 := {vs : @457} -> {ts : @458} -> (h : @551) -> (hs : @525) -> @555 @557
-@563 := @548 @386
-@564 := @21 @37
-@566 := @65 @564 @29
-@567 := @455 @10
-@569 := @387 @535 @386
-@570 := @454 @569
-@574 := {ts : @458} -> (h : @566) -> (hs : @567) -> @570 @557
-@575 := @563 @409
-@577 := @387 @549 @386
-@578 := @454 @577
-@579 := @556 @409
-@582 := (h : @383) -> (hs : @456) -> @578 @579
-@583 := @575 @381
-@585 := @387 @564 @386
-@586 := @454 @585
-@588 := (hs : @456) -> @586 @579
-@589 := @583 @453
-@590 := @454 @389
-@591 := @590 @579
-@592 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denoteEntry
-@593 := @592 @10
-@594 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryFits
-@595 := @594 @10
-@597 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entryValue @10
-@599 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entry @10
-@600 := Bool
-@601 := Ne.{1}
-@602 := LexLeanPreservation.Obs
-@603 := @601 @602
-@604 := LexLeanPreservation.Rel
-@607 := @603 (@604 @10 @30)
-@608 := LexLeanPreservation.Obs.stuck
-@611 := (f : @600) -> (v : @72) -> @607 @608
-@613 := LexLeanPreservation.Rust.rel_ne_stuck @595
-@619 := (v : @72) -> @603 (@604 (@594 @37) @30) @608
-@620 := @613 @597
-@624 := @603 (@604 @595 @597) @608
-@625 := @4 @392
-@626 := LexLeanPreservation.Rust.FunSem
-@632 := (n : @390) -> @626 @176 @178 @86 @30 @75
-@633 := Eq.{1}
-@634 := Option.{0}
-@635 := @634 @404
-@636 := @633 @635
-@643 := LexLeanRuntime.index (@4 @404) @404 (LexLeanRuntime.instIndexableList @404)
-@647 := @636 (@643 (@405 @176) @75)
-@648 := Option.some.{0}
-@649 := @648 @404
-@650 := @649 @77
-@651 := @647 @650
-@655 := @429 @185 @176 @178 @77
-@656 := LexLeanTarget.TargetSyntax.Function.types
-@657 := @656 @75
-@658 := @655 @657
-@659 := @634 @625
-@660 := @633 @659
-@661 := LexLeanTarget.TargetSemantics.bindAll
-@662 := LexLeanTarget.TargetSyntax.Function.parameters
-@667 := @660 (@661 (@662 @86) @75 @399)
-@668 := @648 @625
-@669 := @668 @77
-@670 := @667 @669
-@671 := @634 @600
-@672 := @633 @671
-@673 := LexLeanPreservation.Rust.fnFallible
-@676 := @672 (@673 @194 @176)
-@677 := @648 @600
-@678 := @677 @77
-@679 := @676 @678
-@680 := LexLeanPreservation.RunConv
-@681 := #13
-@685 := @680 @681 @185 @178 @77
-@687 := @603 @75 @608
-@688 := Exists.{1}
-@689 := LexLeanPreservation.Rust.ROut
-@690 := @688 @689
-@691 := And
-@692 := LexLeanPreservation.Rust.RealizesFn
-@696 := @691 (@692 @176 @178 @30)
-@697 := LexLeanPreservation.Rust.RCI
-@699 := @697 #15
-@700 := LexLeanPreservation.Rust.fnIdent
-@701 := @700 @681
-@708 := (hne : @687) -> @690 (fun (ro : @689) => @696 (@699 @701 @194 @30))
-@723 := {p : @31} ->
-  {c : @32} ->
-  {A : @33} ->
-  {f : @390} ->
-  {fn : @404} ->
-  {args : @457} ->
-  {env : @625} ->
-  {F : @600} ->
-  {o : @602} ->
-  (hB : @632) ->
-  (hfn : @651) -> (hwt : @658) -> (hbind : @670) -> (hF : @679) -> (hA : @685) -> @708
-@725 := LexLeanPreservation.Rust.compose @0
-@726 := @626 @0
-@731 := (n : @390) -> @726 @178 @86 @30 @75
-@732 := @643 @406
-@735 := @636 (@732 @75) @650
-@739 := @440 @176 @178 @77 @657
-@740 := @680 @0
-@743 := @740 @185 @178 @77
-@757 := {c : @32} ->
-  {A : @33} ->
-  {f : @390} ->
-  {fn : @404} ->
-  {args : @457} ->
-  {env : @625} ->
-  {F : @600} ->
-  {o : @602} ->
-  (hB : @731) ->
-  (hfn : @735) -> (hwt : @739) -> (hbind : @670) -> (hF : @679) -> (hA : @743) -> @708
-@758 := @725 @1
-@759 := @726 @1
-@763 := (n : @390) -> @759 @86 @30 @75
-@766 := @448 @178 @77 @657
-@767 := @673 @1
-@770 := @672 (@767 @176) @678
-@771 := @697 @1
-@781 := (hbind : @670) ->
-  (hF : @770) -> (hA : @743) -> (hne : @687) -> @690 (fun (ro : @689) => @696 (@771 @701 @194 @30))
-@791 := {A : @33} ->
-  {f : @390} ->
-  {fn : @404} ->
-  {args : @457} ->
-  {env : @625} -> {F : @600} -> {o : @602} -> (hB : @763) -> (hfn : @735) -> (hwt : @766) -> @781
-@792 := @758 @2
-@794 := @759 @2 @30
-@796 := (n : @390) -> @794 @75
-@797 := @454 @77
-@798 := @797 @657
-@807 := {f : @390} ->
-  {fn : @404} ->
-  {args : @457} ->
-  {env : @625} -> {F : @600} -> {o : @602} -> (hB : @796) -> (hfn : @735) -> (hwt : @798) -> @781
-@808 := @792 @407
-@810 := (n : @390) -> @794 @407
-@811 := @732 @407
-@812 := @636 @811
-@813 := @812 @650
-@814 := @767 @407
-@815 := @672 @814
-@816 := @815 @678
-@817 := @740 @407
-@819 := @817 @178 @77
-@821 := @771 (@700 @407)
-@829 := (hF : @816) -> (hA : @819) -> (hne : @687) -> @690 (fun (ro : @689) => @696 (@821 @194 @30))
-@838 := {fn : @404} ->
-  {args : @457} ->
-  {env : @625} ->
-  {F : @600} -> {o : @602} -> (hB : @810) -> (hfn : @813) -> (hwt : @798) -> (hbind : @670) -> @829
-@839 := @808 @424
-@841 := @812 (@649 @424)
-@842 := @656 @424
-@843 := @797 @842
-@845 := @661 (@662 @424)
-@857 := {args : @457} ->
-  {env : @625} ->
-  {F : @600} ->
-  {o : @602} ->
-  (hB : @810) -> (hfn : @841) -> (hwt : @843) -> (hbind : @660 (@845 @75 @399) @669) -> @829
-@858 := @839 @389
-@859 := @539 @386
-@861 := @454 @859 @842
-@864 := @387 (@21 @86) @386
-@868 := @660 (@845 @864 @399) @669
-@871 := @387 (@21 @176) @386
-@892 := {env : @625} ->
-  {F : @600} ->
-  {o : @602} ->
-  (hB : @810) ->
-  (hfn : @841) ->
-  (hwt : @861) ->
-  (hbind : @868) ->
-  (hF : @816) ->
-  (hA : @817 @871 @77) ->
-  (hne : @687) -> @690 (fun (ro : @689) => @696 (@821 (@387 (@21 #12) @386) @30))
-@893 := @858 @402
-@894 := @553 @386
-@896 := @454 @894 @842
-@904 := @660 (@845 @859 @399) (@668 (@400 (@397 @538) @399))
-@907 := @387 (@21 @178) @386
-@926 := {F : @600} ->
-  {o : @602} ->
-  (hB : @810) ->
-  (hfn : @841) ->
-  (hwt : @896) ->
-  (hbind : @904) ->
-  (hF : @816) ->
-  (hA : @817 @907 @77) ->
-  (hne : @687) -> @690 (fun (ro : @689) => @696 (@821 (@387 (@21 @194) @386) @30))
-@927 := @893 @403
-@928 := @570 @842
-@936 := @660 (@845 @894 @399) (@668 (@400 (@397 @552) @399))
-@938 := @815 (@677 @403)
-@940 := @817 @864 @77
-@941 := @692 @403
-@960 := {o : @602} ->
-  (hB : @810) ->
-  (hfn : @841) ->
-  (hwt : @928) ->
-  (hbind : @936) ->
-  (hF : @938) ->
-  (hA : @940) ->
-  (hne : @687) -> @690 (fun (ro : @689) => @691 (@941 @178 @30) (@821 (@387 (@21 @185) @386) @30))
-@961 := @927 @593
-@962 := @578 @842
-@970 := @660 (@845 @569 @399) (@668 (@400 (@397 @535) @399))
-@971 := @817 @859
-@972 := @592 @75
-@973 := @971 @972
-@974 := @592 @86
-@992 := (hB : @810) ->
-  (hfn : @841) ->
-  (hwt : @962) ->
-  (hbind : @970) ->
-  (hF : @938) ->
-  (hA : @973) ->
-  (hne : @603 @974 @608) -> @690 (fun (ro : @689) => @691 (@941 (@592 @176) @30) (@821 @871 @30))
-@993 := @961 @428
-@994 := @586 @842
-@1002 := @660 (@845 @577 @399) (@668 (@400 (@397 @549) @399))
-@1003 := @817 @894
-@1004 := @592 @77
-@1022 := (hfn : @841) ->
-  (hwt : @994) ->
-  (hbind : @1002) ->
-  (hF : @938) ->
-  (hA : @1003 @1004) ->
-  (hne : @603 @972 @608) -> @690 (fun (ro : @689) => @691 (@941 (@592 @178) @30) (@821 @907 @30))
-@1023 := Eq.refl.{1}
-@1026 := @993 (@1023 @635 @811)
-@1027 := @590 @842
-@1035 := @660 (@845 @585 @399) (@668 (@400 (@397 @564) @399))
-@1036 := @817 @569
-@1037 := @592 @79
-@1053 := (hwt : @1027) ->
-  (hbind : @1035) ->
-  (hF : @938) ->
-  (hA : @1036 @1037) ->
-  (hne : @603 @1004 @608) -> @690 (fun (ro : @689) => @691 (@941 @974 @30) (@821 @864 @30))
-@1054 := @1026 @589
-@1056 := @845 @389 @399
-@1059 := @660 @1056 (@668 @402)
-@1060 := @817 @577
-@1061 := @592 @35
-@1076 := (hbind : @1059) ->
-  (hF : @938) ->
-  (hA : @1060 @1061) ->
-  (hne : @603 @1037 @608) -> @690 (fun (ro : @689) => @691 (@941 @972 @30) (@821 @859 @30))
-@1079 := @1054 (@1023 @659 @1056)
-@1080 := @817 @585
-@1081 := @592 @37
-@1095 := (hF : @938) ->
-  (hA : @1080 @1081) ->
-  (hne : @603 @1061 @608) -> @690 (fun (ro : @689) => @691 (@941 @1004 @30) (@821 @894 @30))
-@1098 := @1079 (@1023 @671 @814)
-@1100 := @817 @389 @593
-@1102 := @603 @1081 @608
-@1103 := @941 @1037
-@1105 := @691 (@1103 @30)
-@1106 := @821 @569
-@1107 := @1106 @30
-@1112 := (hA : @1100) -> (hne : @1102) -> @690 (fun (ro : @689) => @1105 @1107)
-@1113 := @1098 @599
-@1115 := @603 @593 @608
-@1116 := @941 @1061
-@1118 := @691 (@1116 @30)
-@1119 := @821 @577
-@1124 := (hne : @1115) -> @690 (fun (ro : @689) => @1118 (@1119 @30))
-@1125 := @1113 @620
-@1128 := @691 (@941 @1081 @30)
-@1130 := @821 @585 @30
-@1131 := @1128 @1130
-@1133 := @690 (fun (ro : @689) => @1131)
-@1134 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.accepts
-@1135 := @1134 @10
-@1136 := LexLeanPreservation.someObs
-@1137 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.denote
-@1139 := @1136 (@1137 @10)
-@1142 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
-@1143 := Not
-@1144 := @1143 @1135
-@1145 := @1134 @37
-@1147 := @1136 (@1137 @37)
-@1148 := @1143 @1145
-@1153 := @1145 -> @941 (@1136 (@1137 @35)) @10
-@1154 := @941 @1142
-@1155 := @1154 @10
-@1156 := @1148 -> @1155
-@1158 := @691 @1153 @1156
-@1162 := @690 (fun (__e_ro : @689) => @691 @1130 @1158)
-@1163 := fun (__e_ro : @689) => @1131
-@1164 := @1116 @10
-@1165 := @1119 @10
-@1166 := And.left
-@1167 := And.right
-@1170 := @1166 @1164 @1165 @30
-@1173 := @1167 @1164 @1165 @30
-@1174 := @941 @30
-@1176 := fun (__e_o : @602) => @1174 @37
-@1177 := Eq.subst.{1}
-@1178 := @1134 @35
-@1179 := @1143 @1178
-@1182 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entry_accepts @79 @30
-@1184 := @1136 (@1137 @79)
-@1189 := @1166 (@1103 @37) (@1106 @37) @10
-@1191 := fun (__e_o : @602) => @1174 @35
-@1194 := @1177 @602 @1191 @1037
-@1198 := fun (__e_h : @1178) => @1194 @1184 @1182 @1189
-@1201 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.entry_refuses @79 @30
-@1205 := fun (__e_h : @1179) => @1194 @1142 @1201 @1189
-@1206 := And.intro
-@1209 := @1178 -> @941 @1184 @37
-@1211 := @1179 -> @1154 @37
-@1213 := @691 @1209 @1211
-@1217 := @1206 @1209 @1211 @1198 @1205
-@1221 := @1206 @1165 @1213 @1173 @1217
-@1222 := Exists.intro.{1}
-@1223 := @691 @1107
-@1224 := @1134 @79
-@1235 := fun (__e_ro : @689) =>
-  @1223 (@691 (@1224 -> @941 (@1136 (@1137 @77)) @10) (@1143 @1224 -> @1155))
-@1239 := @1222 @689 @1235 @10 @1221
-@1241 := @691 @1164 @1165
-@1243 := fun (__e_ro : @689) => fun (__e_hand : @1131) => @1239
-@1249 := Exists.elim.{1} @689 @1163 @1162 @1125 @1243
-@1253 := LexLeanPreservation.Rust.RepresentableL (@387 @370 @386)
-@1254 := (__e_hrep : @1253) -> @1162
-@1255 := fun (__e_hrep : @1253) => @1249
-@1256 := (g : @9) -> @1254
-@1257 := fun (g : @9) => @1255
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/RustStd.lean
deleted file mode 100644
index 31c29f26c..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/RustStd.lean
+++ /dev/null
@@ -1,153 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.list .string)),
-      body := (.«let» 1 (.list .string) (.call 6 [(.var 0), (.build .nil (.list .string) [])]) (.call 2 [(.var 0), (.prim .natAdd [(.prim .length [(.var 1)]), (.value .nat (.nat 1))]), (.var 1), (.build .nil (.list .string) [])])) },
-    { parameters := [0, 1, 2, 3], types := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)], result := (.option (.list .string)),
-      body := (.«match» (.option (.list .string)) (.var 1) [(.arm .zero [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [4, 5] (.build .none (.option (.list .string)) []))])), (.arm .succ [6] (.«match» (.option (.list .string)) (.call 3 [(.var 0), (.var 2), (.var 2)]) [(.arm .nil [] (.«match» (.option (.list .string)) (.var 2) [(.arm .nil [] (.build .some (.option (.list .string)) [(.call 5 [(.var 3), (.build .nil (.list .string) [])])])), (.arm .cons [7, 8] (.build .none (.option (.list .string)) []))])), (.arm .cons [9, 10] (.call 2 [(.var 0), (.var 6), (.call 12 [(.var 2), (.var 9)]), (.build .cons (.list .string) [(.var 9), (.var 3)])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 2) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [3, 4] (.cond (.call 4 [(.var 0), (.var 3), (.var 1)]) (.build .cons (.list .string) [(.var 3), (.call 3 [(.var 0), (.var 1), (.var 4)])]) (.call 3 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1, 2], types := [(.list (.pair .string (.list .string))), .string, (.list .string)], result := .bool,
-      body := (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.call 11 [(.call 9 [(.var 0), (.var 3)]), (.var 1)]) (.build .false .bool []) (.call 4 [(.var 0), (.var 1), (.var 4)])))]) },
-    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 5 [(.var 3), (.build .cons (.list .string) [(.var 2), (.var 1)])]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 6 [(.var 3), (.call 7 [(.second (.var 2)), (.call 8 [(.var 1), (.first (.var 2))])])]))]) },
-    { parameters := [0, 1], types := [(.list .string), (.list .string)], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.call 7 [(.var 3), (.call 8 [(.var 1), (.var 2)])]))]) },
-    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .cons (.list .string) [(.var 1), (.build .nil (.list .string) [])])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list .string) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 8 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.list .string),
-      body := (.«match» (.list .string) (.call 10 [(.var 0), (.var 1)]) [(.arm .none [] (.build .nil (.list .string) [])), (.arm .some [2] (.var 2))]) },
-    { parameters := [0, 1], types := [(.list (.pair .string (.list .string))), .string], result := (.option (.list .string)),
-      body := (.«match» (.option (.list .string)) (.var 0) [(.arm .nil [] (.build .none (.option (.list .string)) [])), (.arm .cons [2, 3] (.«match» (.option (.list .string)) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option (.list .string)) [])), (.arm .eq [] (.build .some (.option (.list .string)) [(.second (.var 2))])), (.arm .gt [] (.call 10 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .string), .string], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 11 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list .string), .string], result := (.list .string),
-      body := (.«match» (.list .string) (.var 0) [(.arm .nil [] (.build .nil (.list .string) [])), (.arm .cons [2, 3] (.«match» (.list .string) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.var 0)), (.arm .eq [] (.var 3)), (.arm .gt [] (.build .cons (.list .string) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) },
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 14 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 13 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list .string)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.var 1), (.var 3)]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 14 [(.var 2)]) (.build .false .bool [])))]))]) },
-    { parameters := [0], types := [(.list (.pair .string (.list .string)))], result := (.option (.option (.list .string))),
-      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.option (.list .string))) [(.call 0 [(.var 0)])]) (.build .none (.option (.option (.list .string))) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] (.fallible (.option (.list .str))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] (.fallible (.option (.list .str))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list .str)) (.call (.function 6) [(.clone (.generated .binding 0)), (.construct (.nil .str) [])] false))] (.succeed (.call (.function 2) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true))), (.move (.generated .binding 1)), (.construct (.nil .str) [])] false)))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.list .str) }, { pattern := (.bind (.generated .binding 3)), type := (.list .str) }] (.option (.list .str)) (.mk [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 4)) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (.mk [(.mk (.bind (.generated .binding 6)) none (.predecessor (.generated .holder 4))), (.mk (.bind (.generated .holder 6)) none (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)))]))))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }, { pattern := (.bind (.generated .binding 2)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .str }, { pattern := (.bind (.generated .binding 2)), type := (.list .str) }] .bool (.mk [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 1))])] false)))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))] (.move (.generated .part 12)))), (.call (.function 8) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13))))] false)] false)] false)))]))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := (.list .str) }] (.list .str) (.mk [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.call (.function 8) [(.move (.generated .binding 1)), (.move (.generated .binding 2))] false)] false)))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list .str) (.mk [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil .str) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list .str) (.mk [(.mk (.bind (.generated .holder 19)) none (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.option (.list .str)) (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.construct (.none (.list .str)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))] (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))))] (.matchOn (.move (.generated .holder 24)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .str)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := .str }] .bool (.mk [(.mk (.bind (.generated .holder 26)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }, { pattern := (.bind (.generated .binding 1)), type := .str }] (.list .str) (.mk [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]))),
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] .bool (.mk [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false) (.mk [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list .str) }] .bool (.mk [(.mk (.bind (.generated .holder 42)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 42)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 43)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 43)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]))),
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .str (.list .str))) }] (.fallible (.option (.option (.list .str)))) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.option (.list .str))) []))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list .str)) (.call (.function 6) [(.clone (.generated .binding 0)), (.construct (.nil .str) [])] false))], (.succeed (.call (.function 2) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true))), (.move (.generated .binding 1)), (.construct (.nil .str) [])] false)), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [(.list .string)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 4)) (.mk [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (.mk [(.mk (.bind (.generated .binding 6)) none (.predecessor (.generated .holder 4))), (.mk (.bind (.generated .holder 6)) none (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))] (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)))]))), [(3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 6)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := [(.mk (.bind (.generated .holder 5)) none (.move (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 5)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (lb := [(.mk (.bind (.generated .holder 6)) none (.call (.function 3) [(.clone (.generated .binding 0)), (.clone (.generated .binding 2)), (.clone (.generated .binding 2))] false))]) (tb := (.matchOn (.uncons (.generated .holder 6)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))]))), (.mk (.some (.tuple [(.bind (.generated .binding 9)), .wild])) (.mk [] (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)))])) (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)])) (Corr.mCons (Γ' := [(5, (.list .string), none), (4, .string, none), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .string)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl) (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)]))), (.mk (.some (.tuple [.wild, .wild])) (.mk [] (.construct (.none (.list .str)) [])))])) (Corr.mCons (Γ' := [(10, (.list .string), none), (9, .string, (some 9)), (6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 0)), (.copy (.generated .binding 6)), (.call (.function 12) [(.move (.generated .binding 2)), (.clone (.generated .binding 9))] false), (.construct .cons [(.move (.generated .binding 9)), (.move (.generated .binding 3))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .nat, (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.call (.function 5) [(.move (.generated .binding 3)), (.construct (.nil .str) [])] false)])) (Corr.mCons (Γ' := [(8, (.list .string), none), (7, .string, none), (6, .nat, (some 6)), (3, (.list .string), (some 3)), (2, (.list .string), (some 2)), (1, .nat, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.build (ts := [(.list .string)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 8)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .string), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(4, (.list .string), (some 4)), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false) (.mk [] (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (.mk [] (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 4) [(.clone (.generated .binding 0)), (.clone (.generated .binding 3)), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string, (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .cons [(.move (.generated .binding 3)), (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)])) (lb := []) (tb := (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl) (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 9)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 9)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.cond (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))))]), [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .string), (some 4)), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false) (.mk [] (.lit (.bool false))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.call (.function 9) [(.clone (.generated .binding 0)), (.move (.generated .binding 3))] false), (.clone (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool false))) (lb := []) (tb := (.call (.function 4) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 4))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string, (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 10)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 1))])] false)))]), [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 3)), (.construct .cons [(.move (.generated .binding 2)), (.move (.generated .binding 1))])] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 11)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 6) [(.move (.generated .binding 3)), (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))] (.move (.generated .part 12)))), (.call (.function 8) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13))))] false)] false)] false)))]), [(1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, (.list .string), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.move (.generated .binding 3)), (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))] (.move (.generated .part 12)))), (.call (.function 8) [(.move (.generated .binding 1)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 13))))] false)] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string (.list .string))), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 13)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 13))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 14)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [] (.call (.function 7) [(.move (.generated .binding 3)), (.call (.function 8) [(.move (.generated .binding 1)), (.move (.generated .binding 2))] false)] false)))]), [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, (.list .string), (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 7) [(.move (.generated .binding 3)), (.call (.function 8) [(.move (.generated .binding 1)), (.move (.generated .binding 2))] false)] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .string), (.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 15)) [(.mk .none (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil .str) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))] (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]), [(1, .string, (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil .str) [])])) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 2)), (.call (.function 8) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.list .string))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 20)) [(.mk .none (.mk [] (.construct (.none (.list .str)) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))] (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))))] (.matchOn (.move (.generated .holder 24)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .str)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 24)) none (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))] (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))))]) (tail := (.matchOn (.move (.generated .holder 24)) [(.mk (.ordering .less) (.mk [] (.construct (.none (.list .str)) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 21)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 21)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 21))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.list .str)) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))] (.move (.generated .part 25))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .string (.list .string))), (some 3)), (2, (.pair .string (.list .string)), (some 2)), (1, .string, (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 10) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .string (.list .string))), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.list .string)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 25))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 25))) (Corr.second (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 26)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, .string, (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.move (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 11) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 30)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 30)) [(.mk .none (.mk [] (.construct (.nil .str) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))] (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])))]), [(1, .string, (some 1)), (0, (.list .string), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.nil .str) [])) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 33)) none (.block (.mk [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))))]) (tail := (.matchOn (.move (.generated .holder 33)) [(.mk (.ordering .less) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 3)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 31)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.clone (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(3, (.list .string), (some 3)), (2, .string, (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.move (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.string, (.list .string)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .string), .string]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false) (.mk [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false) (.mk [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 14) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))] (.move (.generated .part 35))))] false)) (lk := []) (Corr.callOps (ts := [(.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 35))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 35))) (Corr.second (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 36)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 36)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))] (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .string (.list .string)))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 13) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 41)) none (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))] (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false))))]) (ce := (.matchOn (.move (.generated .holder 41)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 37))))), (.mk (.bind (.generated .operand 40)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 38)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 37)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 37))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 38)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 38))) (Corr.first (ta := .string) (tb := (.list .string)) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .string (.list .string))), none), (3, (.pair .string (.list .string)), (some 3)), (2, (.list (.pair .string (.list .string))), (some 2)), (1, (.pair .string (.list .string)), (some 1)), (0, (.list (.pair .string (.list .string))), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 13) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 42)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 42)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .holder 43)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 43)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])))]), [(0, (.list .string), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 43)) none (.clone (.generated .binding 2)))]) (tail := (.matchOn (.uncons (.generated .holder 43)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.list .string)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 14) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (ce := (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 45)) none (.move (.generated .binding 3)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false)) (Corr.prim (ts := [.string, .string]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list .string), none), (3, .string, (some 3)), (2, (.list .string), (some 2)), (1, .string, (some 1)), (0, (.list .string), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 14) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.option (.list .str))) [])))), [(0, (.list (.pair .string (.list .string))), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 0) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.option (.list .str))) []))) (Corr.fOfB (Corr.build (ts := [(.option (.list .string))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .string (.list .string)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | _ + 16 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8.lean
deleted file mode 100644
index 584e9979f..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8.lean
+++ /dev/null
@@ -1,188 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Coverage.Boundary
-import Coverage.Colls
-import Coverage.Main
-import Coverage.Prims
-import Coverage.RecRoots
-import Coverage.Recur
-import Coverage.Syntax
-import Coverage.Types
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))),
-      body := (.build .pair (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))) [(.call 2 [(.var 2), (.var 3)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.option .nat))) [(.call 3 [(.var 4), (.var 5)]), (.build .pair (.pair (.option .nat) (.option .nat)) [(.call 4 [(.var 6), (.var 7)]), (.call 5 [(.var 8), (.var 9)])])])])]) },
-    { parameters := [0, 1], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)], result := (.option .bool),
-      body := (.«match» (.option .bool) (.var 0) [(.arm .nil [] (.build .none (.option .bool) [])), (.arm .cons [2, 3] (.«match» (.option .bool) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .bool) [])), (.arm .eq [] (.build .some (.option .bool) [(.second (.var 2))])), (.arm .gt [] (.call 1 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .bool .nat)), .bool], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .int .nat)), .int], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 4 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0], types := [(.list (.pair (.pair .nat .string) .bool))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 7 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 6 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.bool], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.list (.pair (.fixed .i8) .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.list (.pair .bool .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair .int .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair (.fixed .u64) .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 12 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))),
-      body := (.cond (.call 6 [(.var 0)]) (.cond (.call 8 [(.var 2)]) (.cond (.call 10 [(.var 4)]) (.cond (.call 11 [(.var 6)]) (.cond (.call 12 [(.var 8)]) (.build .some (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5), (.var 6), (.var 7), (.var 8), (.var 9)])]) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) }] }
-
-def __fits_0 (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_0 (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) a), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) k), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) i), (_root_.LexLeanTarget.TargetSyntax.Value.i8 j), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) b), (_root_.LexLeanTarget.TargetSyntax.Value.bool c), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) d), (_root_.LexLeanTarget.TargetSyntax.Value.int e), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) u), (_root_.LexLeanTarget.TargetSyntax.Value.u64 w)] (_root_.LexLeanPreservation.Rel (__fits_0 a k i j b c d e u w) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) _root_.LexLeanTarget.TargetSyntax.Value.bool (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 1) (tk := (.pair .nat .string)) (tw := .bool) rfl (a) (k))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_i8 (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 2) (tk := (.fixed .i8)) (tw := .nat) rfl (i) (j))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_bool (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 3) (tk := .bool) (tw := .nat) rfl (b) (c))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 4) (tk := .int) (tw := .nat) rfl (d) (e))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_mapLookup (_root_.LexLeanPreservation.keySpec_u64 (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) (fun _ _ => rfl)) _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) _root_.LexLeanCollections.lookupEntry (fun _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.lookupEntry, __h]) (p := __prog) (fi := 5) (tk := (.fixed .u64)) (tw := .nat) rfl (u) (w))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def denote (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 a k i j b c d e u w) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) a), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) k), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) i), (_root_.LexLeanTarget.TargetSyntax.Value.i8 j), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) b), (_root_.LexLeanTarget.TargetSyntax.Value.bool c), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) d), (_root_.LexLeanTarget.TargetSyntax.Value.int e), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) u), (_root_.LexLeanTarget.TargetSyntax.Value.u64 w)] (_root_.LexLeanPreservation.Rel (__fits_0 a k i j b c d e u w) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 a k i j b c d e u w)
-
-def __valid_7 : Bool -> Bool :=
-  fun _ => Bool.true
-
-def __inv_7 : Bool -> Prop :=
-  fun _ => _root_.True
-
-theorem __viff_7 : ∀ (__v : Bool), __valid_7 __v = Bool.true ↔ __inv_7 __v :=
-  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
-
-theorem __vrel_7 : ∀ (__v : Bool), _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.bool __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_7 __v))) :=
-  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.bool rfl
-
-def __valid_6 : (List (Prod (Prod Nat String) Bool)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) __valid_7
-
-def __inv_6 : (List (Prod (Prod Nat String) Bool)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) __inv_7
-
-theorem __viff_6 : ∀ (__v : (List (Prod (Prod Nat String) Bool))), __valid_6 __v = Bool.true ↔ __inv_6 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) __valid_7 __inv_7 __viff_7
-
-theorem __vrel_6 : ∀ (__v : (List (Prod (Prod Nat String) Bool))), _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_6 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_string _root_.LexLeanCollections.compareCodes rfl (fun _ _ => rfl) (fun _ _ => rfl) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (fun _ _ _ _ __h => by simp only [_root_.LexLeanCollections.compareCodes, __h]) (_root_.LexLeanCollections.Key.compare : String -> String -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat String) -> (Prod Nat String) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) __valid_7 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) (fun _ => rfl) __vrel_7 rfl
-
-def __valid_9 : Nat -> Bool :=
-  fun _ => Bool.true
-
-def __inv_9 : Nat -> Prop :=
-  fun _ => _root_.True
-
-theorem __viff_9 : ∀ (__v : Nat), __valid_9 __v = Bool.true ↔ __inv_9 __v :=
-  fun __v => _root_.LexLeanPreservation.validTrue_inv __v
-
-theorem __vrel_9 : ∀ (__v : Nat), _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_9 __v))) :=
-  _root_.LexLeanPreservation.tpl_validTrue _root_.LexLeanTarget.TargetSyntax.Value.nat rfl
-
-def __valid_8 : (List (Prod Int8 Nat)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) __valid_9
-
-def __inv_8 : (List (Prod Int8 Nat)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) __inv_9
-
-theorem __viff_8 : ∀ (__v : (List (Prod Int8 Nat))), __valid_8 __v = Bool.true ↔ __inv_8 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) __valid_9 __inv_9 __viff_9
-
-theorem __vrel_8 : ∀ (__v : (List (Prod Int8 Nat))), _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_8 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_i8 (_root_.LexLeanCollections.Key.compare : Int8 -> Int8 -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
-
-def __valid_10 : (List (Prod Bool Nat)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) __valid_9
-
-def __inv_10 : (List (Prod Bool Nat)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) __inv_9
-
-theorem __viff_10 : ∀ (__v : (List (Prod Bool Nat))), __valid_10 __v = Bool.true ↔ __inv_10 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) __valid_9 __inv_9 __viff_9
-
-theorem __vrel_10 : ∀ (__v : (List (Prod Bool Nat))), _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_10 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_bool (_root_.LexLeanCollections.Key.compare : Bool -> Bool -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
-
-def __valid_11 : (List (Prod Int Nat)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) __valid_9
-
-def __inv_11 : (List (Prod Int Nat)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) __inv_9
-
-theorem __viff_11 : ∀ (__v : (List (Prod Int Nat))), __valid_11 __v = Bool.true ↔ __inv_11 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) __valid_9 __inv_9 __viff_9
-
-theorem __vrel_11 : ∀ (__v : (List (Prod Int Nat))), _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_11 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_int (_root_.LexLeanCollections.Key.compare : Int -> Int -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
-
-def __valid_12 : (List (Prod UInt64 Nat)) -> Bool :=
-  _root_.LexLeanPreservation.ascMap (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) __valid_9
-
-def __inv_12 : (List (Prod UInt64 Nat)) -> Prop :=
-  _root_.LexLeanPreservation.InvMap (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) __inv_9
-
-theorem __viff_12 : ∀ (__v : (List (Prod UInt64 Nat))), __valid_12 __v = Bool.true ↔ __inv_12 __v :=
-  _root_.LexLeanPreservation.ascMap_inv (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) __valid_9 __inv_9 __viff_9
-
-theorem __vrel_12 : ∀ (__v : (List (Prod UInt64 Nat))), _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) __v)] (_root_.LexLeanPreservation.Rel Bool.true (_root_.LexLeanTarget.TargetSyntax.Value.bool (__valid_12 __v))) :=
-  _root_.LexLeanPreservation.tpl_validMap (_root_.LexLeanPreservation.keySpec_u64 (_root_.LexLeanCollections.Key.compare : UInt64 -> UInt64 -> Ordering) (fun _ _ => rfl)) __valid_9 (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) __vrel_9 rfl
-
-def entryFits (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : Bool :=
-  (if __valid_6 a then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) else Bool.true) else Bool.true)
-
-def entryValue (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  (if __valid_6 a then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none)
-
-/-- The entry's observation. -/
-def denoteEntry (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryFits a k i j b c d e u w) (_root_.LexLeanPreservation.Obs.value (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryValue a k i j b c d e u w)) _root_.LexLeanPreservation.Obs.overflow
-
-/-- §17.12's invariants of the validated parameters. -/
-def accepts (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : Prop :=
-  (__inv_6 a ∧ (__inv_8 i ∧ (__inv_10 b ∧ (__inv_11 d ∧ (__inv_12 u ∧ _root_.True)))))
-
-theorem entry (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) : _root_.LexLeanPreservation.RunConv __prog 13 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) _root_.LexLeanTarget.TargetSyntax.Value.bool)) a), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.string) k), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.i8 _root_.LexLeanTarget.TargetSyntax.Value.nat)) i), (_root_.LexLeanTarget.TargetSyntax.Value.i8 j), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat)) b), (_root_.LexLeanTarget.TargetSyntax.Value.bool c), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.int _root_.LexLeanTarget.TargetSyntax.Value.nat)) d), (_root_.LexLeanTarget.TargetSyntax.Value.int e), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.u64 _root_.LexLeanTarget.TargetSyntax.Value.nat)) u), (_root_.LexLeanTarget.TargetSyntax.Value.u64 w)] (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denoteEntry a k i j b c d e u w) :=
-  _root_.LexLeanPreservation.run_of_funRel (_root_.LexLeanPreservation.FunRel.fits_eq (_root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_8 i then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_6 a) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_6 a)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_10 b then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_8 i) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_8 i)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_11 d then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_11 d then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_10 b) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_10 b)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then (if __valid_12 u then __fits_0 a k i j b c d e u w else Bool.true) else Bool.true) (fun __c => if __c then (if __valid_12 u then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_11 d) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_11 d)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_cond (fun __c => if __c then __fits_0 a k i j b c d e u w else Bool.true) (fun __c => if __c then (_root_.LexLeanTarget.TargetSyntax.Value.some ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat))))) (Coverage.Colls.keyTypes a k i j b c d e u w))) else _root_.LexLeanTarget.TargetSyntax.Value.none) (__valid_12 u) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__vrel_12 u)) (fun _ => _root_.LexLeanPreservation.Conv.fits_eq (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))))))) (__rel_0 a k i j b c d e u w)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (by simp)) (fun _ => _root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (by simp [_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryFits]))
-
-theorem entry_accepts (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) (__h : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.accepts a k i j b c d e u w) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denoteEntry a k i j b c d e u w = _root_.LexLeanPreservation.someObs (_root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denote a k i j b c d e u w) := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryValue _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denote
-  simp only [_root_.if_true, (__viff_6 a).mpr __h.1, (__viff_8 i).mpr __h.2.1, (__viff_10 b).mpr __h.2.2.1, (__viff_11 d).mpr __h.2.2.2.1, (__viff_12 u).mpr __h.2.2.2.2.1]
-  cases __fits_0 a k i j b c d e u w <;> rfl
-
-theorem entry_refuses (a : (List (Prod (Prod Nat String) Bool))) (k : (Prod Nat String)) (i : (List (Prod Int8 Nat))) (j : Int8) (b : (List (Prod Bool Nat))) (c : Bool) (d : (List (Prod Int Nat))) (e : Int) (u : (List (Prod UInt64 Nat))) (w : UInt64) (__h : ¬ _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.accepts a k i j b c d e u w) : _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denoteEntry a k i j b c d e u w = _root_.LexLeanPreservation.Obs.value _root_.LexLeanTarget.TargetSyntax.Value.none := by
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.accepts at __h
-  unfold _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denoteEntry _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryFits _root_.LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryValue
-  cases __c0 : __valid_6 a
-  · simp
-  · cases __c1 : __valid_8 i
-    · simp
-    · cases __c2 : __valid_10 b
-      · simp
-      · cases __c3 : __valid_11 d
-        · simp
-        · cases __c4 : __valid_12 u
-          · simp
-          · exact _root_.absurd ⟨(__viff_6 a).mp __c0, (__viff_8 i).mp __c1, (__viff_10 b).mp __c2, (__viff_11 d).mp __c3, (__viff_12 u).mp __c4, _root_.trivial⟩ __h
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/Compose/RustStd.lex.tex
deleted file mode 100644
index c7697e706..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,1570 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.root : @3073 := @3074 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.flags
-@3 := Nat
-@4 := String
-@5 := Prod.{0, 0}
-@6 := @5 @3
-@7 := @6 @4
-@8 := Bool
-@9 := @5 @7
-@10 := @9 @8
-@11 := List.{0}
-@12 := @11 @10
-@13 := #10
-@14 := LexLeanTarget.TargetSyntax.Value.nat
-@15 := LexLeanTarget.TargetSyntax.Value.string
-@16 := LexLeanPreservation.encPair
-@17 := @16 @3
-@18 := @17 @4
-@19 := @18 @14
-@20 := @19 @15
-@21 := LexLeanTarget.TargetSyntax.Value.bool
-@22 := @16 @7
-@23 := @22 @8
-@24 := @23 @20
-@25 := @24 @21
-@26 := LexLeanPreservation.encList
-@27 := @26 @10
-@28 := @27 @25
-@29 := @28 @13
-@30 := LexLeanTarget.TargetSyntax.Ty.nat
-@31 := LexLeanTarget.TargetSyntax.Ty.string
-@32 := LexLeanTarget.TargetSyntax.Ty.pair
-@33 := @32 @30
-@34 := @33 @31
-@35 := LexLeanTarget.TargetSyntax.Ty.bool
-@36 := @32 @34
-@37 := @36 @35
-@38 := LexLeanTarget.TargetSyntax.Ty.list
-@39 := @38 @37
-@40 := #0
-@41 := LexLeanTarget.TargetSyntax.Program
-@42 := LexLeanPreservation.Rust.RCrate
-@43 := LexLeanPreservation.Rust.Flags
-@44 := LexLeanPreservation.Rust.WT
-@45 := #3
-@46 := @44 @45
-@47 := #2
-@48 := @46 @47
-@49 := #1
-@50 := @48 @49
-@51 := @14 @40
-@57 := {p : @41} -> {c : @42} -> {A : @43} -> (n : @3) -> @50 @51 @30
-@59 := LexLeanPreservation.Rust.wt_nat @0
-@60 := @44 @0
-@62 := @60 @47 @49
-@67 := {c : @42} -> {A : @43} -> (n : @3) -> @62 @51 @30
-@68 := @59 @1
-@69 := @60 @1
-@70 := @69 @49
-@74 := {A : @43} -> (n : @3) -> @70 @51 @30
-@75 := @68 @2
-@76 := @69 @2
-@77 := @76 @51
-@78 := @77 @30
-@79 := (n : @3) -> @78
-@81 := fun (__x : @3) => @75 @40
-@82 := @15 @40
-@88 := {p : @41} -> {c : @42} -> {A : @43} -> (s : @4) -> @50 @82 @31
-@90 := LexLeanPreservation.Rust.wt_string @0
-@95 := {c : @42} -> {A : @43} -> (s : @4) -> @62 @82 @31
-@96 := @90 @1
-@100 := {A : @43} -> (s : @4) -> @70 @82 @31
-@101 := @96 @2
-@102 := @76 @82
-@103 := @102 @31
-@104 := (s : @4) -> @103
-@106 := fun (__x : @4) => @101 @40
-@107 := Sort 1
-@108 := LexLeanTarget.TargetSyntax.Value
-@109 := (a._@._internal._hyg.#0 : @49) -> @108
-@110 := LexLeanTarget.TargetSyntax.Ty
-@111 := #5
-@112 := #9
-@113 := @44 @112
-@114 := #8
-@115 := @113 @114
-@116 := #7
-@117 := @115 @116
-@118 := #4
-@119 := @118 @40
-@122 := (x : @111) -> @117 @119 @47
-@128 := (x : @111) -> @44 @13 @112 @114 @119 @47
-@129 := @5 @116
-@130 := #6
-@131 := @129 @130
-@132 := #11
-@135 := @44 @132 @13 @112
-@140 := @16 @114 @116 @130 @111 @40
-@141 := @135 @140
-@143 := @32 @118 @45
-@156 := {p : @41} ->
-  {c : @42} ->
-  {A : @43} ->
-  {α : @107} ->
-  {β : @107} ->
-  {ea : @109} ->
-  {eb : @109} -> {s : @110} -> {t : @110} -> (ha : @122) -> (hb : @128) -> (x : @131) -> @141 @143
-@158 := LexLeanPreservation.Rust.wt_encPair @0
-@183 := {c : @42} ->
-  {A : @43} ->
-  {α : @107} ->
-  {β : @107} ->
-  {ea : @109} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} ->
-  (ha : (x : @111) -> @60 @114 @116 @119 @47) ->
-  (hb : (x : @111) -> @60 @112 @114 @119 @47) -> (x : @131) -> @60 @13 @112 @140 @143
-@184 := @158 @1
-@205 := {A : @43} ->
-  {α : @107} ->
-  {β : @107} ->
-  {ea : @109} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} ->
-  (ha : (x : @111) -> @69 @116 @119 @47) ->
-  (hb : (x : @111) -> @69 @114 @119 @47) -> (x : @131) -> @69 @112 @140 @143
-@206 := @184 @2
-@208 := @76 @119 @47
-@209 := (x : @111) -> @208
-@220 := {α : @107} ->
-  {β : @107} ->
-  {ea : @109} ->
-  {eb : @109} ->
-  {s : @110} -> {t : @110} -> (ha : @209) -> (hb : @209) -> (x : @131) -> @76 @140 @143
-@221 := @206 @3
-@222 := (a._@._internal._hyg.#0 : @3) -> @108
-@223 := (x : @3) -> @208
-@238 := {β : @107} ->
-  {ea : @222} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @223) -> (hb : @209) -> (x : @6 @130) -> @76 (@17 @116 @130 @111 @40) @143
-@239 := @221 @4
-@240 := (a._@._internal._hyg.#0 : @4) -> @108
-@241 := (x : @4) -> @208
-@253 := {ea : @222} ->
-  {eb : @240} ->
-  {s : @110} -> {t : @110} -> (ha : @223) -> (hb : @241) -> (x : @7) -> @76 (@18 @130 @111 @40) @143
-@254 := @239 @14
-@256 := (x : @3) -> @77 @47
-@266 := {eb : @240} ->
-  {s : @110} -> {t : @110} -> (ha : @256) -> (hb : @241) -> (x : @7) -> @76 (@19 @111 @40) @143
-@267 := @254 @15
-@269 := (x : @4) -> @102 @47
-@271 := @76 (@20 @40)
-@277 := {s : @110} -> {t : @110} -> (ha : @256) -> (hb : @269) -> (x : @7) -> @271 @143
-@278 := @267 @30
-@279 := (x : @3) -> @78
-@285 := {t : @110} -> (ha : @279) -> (hb : @269) -> (x : @7) -> @271 (@33 @45)
-@286 := @278 @31
-@287 := (x : @4) -> @103
-@289 := (x : @7) -> @271 @34
-@291 := (ha : @279) -> (hb : @287) -> @289
-@293 := @286 @81 @106
-@295 := fun (__x : @7) => @293 @40
-@296 := @21 @40
-@302 := {p : @41} -> {c : @42} -> {A : @43} -> (b : @8) -> @50 @296 @35
-@304 := LexLeanPreservation.Rust.wt_bool @0
-@309 := {c : @42} -> {A : @43} -> (b : @8) -> @62 @296 @35
-@310 := @304 @1
-@314 := {A : @43} -> (b : @8) -> @70 @296 @35
-@315 := @310 @2
-@316 := @76 @296
-@317 := @316 @35
-@318 := (b : @8) -> @317
-@320 := fun (__x : @8) => @315 @40
-@321 := @206 @7
-@322 := (a._@._internal._hyg.#0 : @7) -> @108
-@323 := (x : @7) -> @208
-@338 := {β : @107} ->
-  {ea : @322} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @323) -> (hb : @209) -> (x : @9 @130) -> @76 (@22 @116 @130 @111 @40) @143
-@339 := @321 @8
-@340 := (a._@._internal._hyg.#0 : @8) -> @108
-@341 := (x : @8) -> @208
-@353 := {ea : @322} ->
-  {eb : @340} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @323) -> (hb : @341) -> (x : @10) -> @76 (@23 @130 @111 @40) @143
-@354 := @339 @20
-@356 := (x : @7) -> @271 @47
-@366 := {eb : @340} ->
-  {s : @110} -> {t : @110} -> (ha : @356) -> (hb : @341) -> (x : @10) -> @76 (@24 @111 @40) @143
-@367 := @354 @21
-@369 := (x : @8) -> @316 @47
-@371 := @76 (@25 @40)
-@377 := {s : @110} -> {t : @110} -> (ha : @356) -> (hb : @369) -> (x : @10) -> @371 @143
-@378 := @367 @34
-@384 := {t : @110} -> (ha : @289) -> (hb : @369) -> (x : @10) -> @371 (@36 @45)
-@385 := @378 @35
-@386 := (x : @8) -> @317
-@388 := (x : @10) -> @371 @37
-@390 := (ha : @289) -> (hb : @386) -> @388
-@394 := fun (__x : @10) => @385 @295 @320 @40
-@395 := (a._@._internal._hyg.#0 : @40) -> @108
-@398 := @44 @130 @111 @118
-@399 := @47 @40
-@402 := (x : @47) -> @398 @399 @49
-@403 := @11 @45
-@406 := @44 @116 @130 @111
-@409 := @26 @118 @45 @40
-@410 := @406 @409
-@411 := @38 @47
-@420 := {p : @41} ->
-  {c : @42} ->
-  {A : @43} -> {α : @107} -> {e : @395} -> {t : @110} -> (h : @402) -> (xs : @403) -> @410 @411
-@422 := LexLeanPreservation.Rust.wt_encList @0
-@424 := @60 @111 @118
-@438 := {c : @42} ->
-  {A : @43} ->
-  {α : @107} ->
-  {e : @395} ->
-  {t : @110} -> (h : (x : @47) -> @424 @399 @49) -> (xs : @403) -> @60 @130 @111 @409 @411
-@439 := @422 @1
-@440 := @69 @118
-@452 := {A : @43} ->
-  {α : @107} ->
-  {e : @395} -> {t : @110} -> (h : (x : @47) -> @440 @399 @49) -> (xs : @403) -> @69 @111 @409 @411
-@453 := @439 @2
-@455 := @76 @399 @49
-@463 := {α : @107} ->
-  {e : @395} -> {t : @110} -> (h : (x : @47) -> @455) -> (xs : @403) -> @76 @409 @411
-@464 := @453 @10
-@474 := {e : (a._@._internal._hyg.#0 : @10) -> @108} ->
-  {t : @110} -> (h : (x : @10) -> @455) -> (xs : @12) -> @76 (@27 @45 @40) @411
-@475 := @464 @25
-@477 := (x : @10) -> @371 @49
-@479 := @76 (@28 @40)
-@483 := {t : @110} -> (h : @477) -> (xs : @12) -> @479 @411
-@484 := @475 @37
-@487 := (h : @388) -> (xs : @12) -> @479 @39
-@489 := @484 @394 @13
-@491 := @76 @29 @39
-@492 := @20 @112
-@493 := @293 @112
-@495 := @76 @492 @34
-@496 := Int8
-@497 := @5 @496
-@498 := @497 @3
-@499 := @11 @498
-@500 := LexLeanTarget.TargetSyntax.Value.i8
-@501 := @16 @496
-@502 := @501 @3
-@503 := @502 @500
-@504 := @503 @14
-@505 := @26 @498
-@506 := @505 @504
-@507 := @506 @114
-@508 := LexLeanTarget.TargetSyntax.Ty.fixed
-@510 := @508 LexLeanTarget.TargetSyntax.IntKind.i8
-@511 := @32 @510
-@512 := @511 @30
-@513 := @38 @512
-@514 := @500 @40
-@520 := {p : @41} -> {c : @42} -> {A : @43} -> (x : @496) -> @50 @514 @510
-@522 := LexLeanPreservation.Rust.wt_i8 @0
-@527 := {c : @42} -> {A : @43} -> (x : @496) -> @62 @514 @510
-@528 := @522 @1
-@532 := {A : @43} -> (x : @496) -> @70 @514 @510
-@533 := @528 @2
-@534 := @76 @514
-@536 := (x : @496) -> @534 @510
-@538 := fun (__x : @496) => @533 @40
-@539 := @206 @496
-@540 := (a._@._internal._hyg.#0 : @496) -> @108
-@541 := (x : @496) -> @208
-@556 := {β : @107} ->
-  {ea : @540} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @541) -> (hb : @209) -> (x : @497 @130) -> @76 (@501 @116 @130 @111 @40) @143
-@557 := @539 @3
-@569 := {ea : @540} ->
-  {eb : @222} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @541) -> (hb : @223) -> (x : @498) -> @76 (@502 @130 @111 @40) @143
-@570 := @557 @500
-@572 := (x : @496) -> @534 @47
-@582 := {eb : @222} ->
-  {s : @110} -> {t : @110} -> (ha : @572) -> (hb : @223) -> (x : @498) -> @76 (@503 @111 @40) @143
-@583 := @570 @14
-@585 := @76 (@504 @40)
-@591 := {s : @110} -> {t : @110} -> (ha : @572) -> (hb : @256) -> (x : @498) -> @585 @143
-@592 := @583 @510
-@598 := {t : @110} -> (ha : @536) -> (hb : @256) -> (x : @498) -> @585 (@511 @45)
-@599 := @592 @30
-@601 := (x : @498) -> @585 @512
-@603 := (ha : @536) -> (hb : @279) -> @601
-@607 := fun (__x : @498) => @599 @538 @81 @40
-@608 := @453 @498
-@618 := {e : (a._@._internal._hyg.#0 : @498) -> @108} ->
-  {t : @110} -> (h : (x : @498) -> @455) -> (xs : @499) -> @76 (@505 @45 @40) @411
-@619 := @608 @504
-@621 := (x : @498) -> @585 @49
-@623 := @76 (@506 @40)
-@627 := {t : @110} -> (h : @621) -> (xs : @499) -> @623 @411
-@628 := @619 @512
-@631 := (h : @601) -> (xs : @499) -> @623 @513
-@633 := @628 @607 @114
-@635 := @76 @507 @513
-@636 := @500 @116
-@637 := @533 @116
-@639 := @76 @636 @510
-@640 := @5 @8
-@641 := @640 @3
-@642 := @11 @641
-@643 := @16 @8
-@644 := @643 @3
-@645 := @644 @21
-@646 := @645 @14
-@647 := @26 @641
-@648 := @647 @646
-@649 := @648 @130
-@650 := @32 @35
-@651 := @650 @30
-@652 := @38 @651
-@653 := @206 @8
-@668 := {β : @107} ->
-  {ea : @340} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @341) -> (hb : @209) -> (x : @640 @130) -> @76 (@643 @116 @130 @111 @40) @143
-@669 := @653 @3
-@681 := {ea : @340} ->
-  {eb : @222} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @341) -> (hb : @223) -> (x : @641) -> @76 (@644 @130 @111 @40) @143
-@682 := @669 @21
-@692 := {eb : @222} ->
-  {s : @110} -> {t : @110} -> (ha : @369) -> (hb : @223) -> (x : @641) -> @76 (@645 @111 @40) @143
-@693 := @682 @14
-@695 := @76 (@646 @40)
-@701 := {s : @110} -> {t : @110} -> (ha : @369) -> (hb : @256) -> (x : @641) -> @695 @143
-@702 := @693 @35
-@708 := {t : @110} -> (ha : @386) -> (hb : @256) -> (x : @641) -> @695 (@650 @45)
-@709 := @702 @30
-@711 := (x : @641) -> @695 @651
-@713 := (ha : @386) -> (hb : @279) -> @711
-@717 := fun (__x : @641) => @709 @320 @81 @40
-@718 := @453 @641
-@728 := {e : (a._@._internal._hyg.#0 : @641) -> @108} ->
-  {t : @110} -> (h : (x : @641) -> @455) -> (xs : @642) -> @76 (@647 @45 @40) @411
-@729 := @718 @646
-@731 := (x : @641) -> @695 @49
-@733 := @76 (@648 @40)
-@737 := {t : @110} -> (h : @731) -> (xs : @642) -> @733 @411
-@738 := @729 @651
-@741 := (h : @711) -> (xs : @642) -> @733 @652
-@743 := @738 @717 @130
-@745 := @76 @649 @652
-@746 := @21 @111
-@747 := @315 @111
-@749 := @76 @746 @35
-@750 := Int
-@751 := @5 @750
-@752 := @751 @3
-@753 := @11 @752
-@754 := LexLeanTarget.TargetSyntax.Value.int
-@755 := @16 @750
-@756 := @755 @3
-@757 := @756 @754
-@758 := @757 @14
-@759 := @26 @752
-@760 := @759 @758
-@761 := @760 @118
-@762 := LexLeanTarget.TargetSyntax.Ty.int
-@763 := @32 @762
-@764 := @763 @30
-@765 := @38 @764
-@766 := @754 @40
-@772 := {p : @41} -> {c : @42} -> {A : @43} -> (n : @750) -> @50 @766 @762
-@774 := LexLeanPreservation.Rust.wt_int @0
-@779 := {c : @42} -> {A : @43} -> (n : @750) -> @62 @766 @762
-@780 := @774 @1
-@784 := {A : @43} -> (n : @750) -> @70 @766 @762
-@785 := @780 @2
-@786 := @76 @766
-@787 := @786 @762
-@788 := (n : @750) -> @787
-@790 := fun (__x : @750) => @785 @40
-@791 := @206 @750
-@792 := (a._@._internal._hyg.#0 : @750) -> @108
-@793 := (x : @750) -> @208
-@808 := {β : @107} ->
-  {ea : @792} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @793) -> (hb : @209) -> (x : @751 @130) -> @76 (@755 @116 @130 @111 @40) @143
-@809 := @791 @3
-@821 := {ea : @792} ->
-  {eb : @222} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @793) -> (hb : @223) -> (x : @752) -> @76 (@756 @130 @111 @40) @143
-@822 := @809 @754
-@824 := (x : @750) -> @786 @47
-@834 := {eb : @222} ->
-  {s : @110} -> {t : @110} -> (ha : @824) -> (hb : @223) -> (x : @752) -> @76 (@757 @111 @40) @143
-@835 := @822 @14
-@837 := @76 (@758 @40)
-@843 := {s : @110} -> {t : @110} -> (ha : @824) -> (hb : @256) -> (x : @752) -> @837 @143
-@844 := @835 @762
-@845 := (x : @750) -> @787
-@851 := {t : @110} -> (ha : @845) -> (hb : @256) -> (x : @752) -> @837 (@763 @45)
-@852 := @844 @30
-@854 := (x : @752) -> @837 @764
-@856 := (ha : @845) -> (hb : @279) -> @854
-@860 := fun (__x : @752) => @852 @790 @81 @40
-@861 := @453 @752
-@871 := {e : (a._@._internal._hyg.#0 : @752) -> @108} ->
-  {t : @110} -> (h : (x : @752) -> @455) -> (xs : @753) -> @76 (@759 @45 @40) @411
-@872 := @861 @758
-@874 := (x : @752) -> @837 @49
-@876 := @76 (@760 @40)
-@880 := {t : @110} -> (h : @874) -> (xs : @753) -> @876 @411
-@881 := @872 @764
-@884 := (h : @854) -> (xs : @753) -> @876 @765
-@886 := @881 @860 @118
-@888 := @76 @761 @765
-@889 := @754 @45
-@890 := @785 @45
-@892 := @76 @889 @762
-@893 := UInt64
-@894 := @5 @893
-@895 := @894 @3
-@896 := @11 @895
-@897 := LexLeanTarget.TargetSyntax.Value.u64
-@898 := @16 @893
-@899 := @898 @3
-@900 := @899 @897
-@901 := @900 @14
-@902 := @26 @895
-@903 := @902 @901
-@904 := @903 @47
-@906 := @508 LexLeanTarget.TargetSyntax.IntKind.u64
-@907 := @32 @906
-@908 := @907 @30
-@909 := @38 @908
-@910 := @897 @40
-@916 := {p : @41} -> {c : @42} -> {A : @43} -> (x : @893) -> @50 @910 @906
-@918 := LexLeanPreservation.Rust.wt_u64 @0
-@923 := {c : @42} -> {A : @43} -> (x : @893) -> @62 @910 @906
-@924 := @918 @1
-@928 := {A : @43} -> (x : @893) -> @70 @910 @906
-@929 := @924 @2
-@930 := @76 @910
-@932 := (x : @893) -> @930 @906
-@934 := fun (__x : @893) => @929 @40
-@935 := @206 @893
-@936 := (a._@._internal._hyg.#0 : @893) -> @108
-@937 := (x : @893) -> @208
-@952 := {β : @107} ->
-  {ea : @936} ->
-  {eb : @109} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @937) -> (hb : @209) -> (x : @894 @130) -> @76 (@898 @116 @130 @111 @40) @143
-@953 := @935 @3
-@965 := {ea : @936} ->
-  {eb : @222} ->
-  {s : @110} ->
-  {t : @110} -> (ha : @937) -> (hb : @223) -> (x : @895) -> @76 (@899 @130 @111 @40) @143
-@966 := @953 @897
-@968 := (x : @893) -> @930 @47
-@978 := {eb : @222} ->
-  {s : @110} -> {t : @110} -> (ha : @968) -> (hb : @223) -> (x : @895) -> @76 (@900 @111 @40) @143
-@979 := @966 @14
-@981 := @76 (@901 @40)
-@987 := {s : @110} -> {t : @110} -> (ha : @968) -> (hb : @256) -> (x : @895) -> @981 @143
-@988 := @979 @906
-@994 := {t : @110} -> (ha : @932) -> (hb : @256) -> (x : @895) -> @981 (@907 @45)
-@995 := @988 @30
-@997 := (x : @895) -> @981 @908
-@999 := (ha : @932) -> (hb : @279) -> @997
-@1003 := fun (__x : @895) => @995 @934 @81 @40
-@1004 := @453 @895
-@1014 := {e : (a._@._internal._hyg.#0 : @895) -> @108} ->
-  {t : @110} -> (h : (x : @895) -> @455) -> (xs : @896) -> @76 (@902 @45 @40) @411
-@1015 := @1004 @901
-@1017 := (x : @895) -> @981 @49
-@1019 := @76 (@903 @40)
-@1023 := {t : @110} -> (h : @1017) -> (xs : @896) -> @1019 @411
-@1024 := @1015 @908
-@1027 := (h : @997) -> (xs : @896) -> @1019 @909
-@1029 := @1024 @1003 @47
-@1031 := @76 @904 @909
-@1032 := @897 @49
-@1033 := @929 @49
-@1035 := @76 @1032 @906
-@1036 := List.nil.{0}
-@1037 := List.cons.{0}
-@1038 := @1036 @108
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-@1041 := @1039 @1032 @1038
-@1043 := @1039 @904 @1041
-@1045 := @1039 @889 @1043
-@1047 := @1039 @761 @1045
-@1049 := @1039 @746 @1047
-@1051 := @1039 @649 @1049
-@1053 := @1039 @636 @1051
-@1055 := @1039 @507 @1053
-@1057 := @1039 @492 @1055
-@1059 := @1039 @29 @1057
-@1060 := @6 @108
-@1061 := 9
-@1064 := Prod.mk.{0, 0} @3 @108
-@1065 := @1064 @1061
-@1066 := @1065 @1032
-@1068 := @1064 8
-@1069 := @1068 @904
-@1071 := @1064 7
-@1072 := @1071 @889
-@1074 := @1064 6
-@1075 := @1074 @761
-@1077 := @1064 5
-@1078 := @1077 @746
-@1080 := @1064 4
-@1081 := @1080 @649
-@1083 := @1064 3
-@1084 := @1083 @636
-@1086 := @1064 2
-@1087 := @1086 @507
-@1089 := @1064 1
-@1090 := @1089 @492
-@1092 := @1064 0
-@1093 := @1092 @29
-@1094 := @1036 @1060
-@1095 := @1037 @1060
-@1097 := @1095 @1093 @1094
-@1099 := @1095 @1090 @1097
-@1101 := @1095 @1087 @1099
-@1103 := @1095 @1084 @1101
-@1105 := @1095 @1081 @1103
-@1107 := @1095 @1078 @1105
-@1109 := @1095 @1075 @1107
-@1111 := @1095 @1072 @1109
-@1113 := @1095 @1069 @1111
-@1115 := @1095 @1066 @1113
-@1116 := Bool.false
-@1117 := LexLeanTarget.TargetSyntax.Function
-@1118 := LexLeanTarget.TargetSyntax.Program.functions
-@1119 := @1118 @0
-@1120 := 13
-@1121 := @1036 @3
-@1122 := @1036 @110
-@1123 := LexLeanTarget.TargetSyntax.Ty.unit
-@1124 := LexLeanTarget.TargetSyntax.Value.unit
-@1127 := LexLeanTarget.TargetSyntax.Expr.value @1123 @1124
-@1132 := LexLeanTarget.TargetSyntax.Function.mk @1121 @1122 @1123 @1127
-@1137 := List.getD.{0} @1117 @1119 @1120 @1132
-@1141 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.root @40 @1120
-@1142 := LexLeanPreservation.Rust.WTL
-@1150 := {p : @41} -> {c : @42} -> {A : @43} -> @1142 @47 @49 @40 @1038 @1122
-@1152 := LexLeanPreservation.Rust.wtl_nil @0
-@1153 := @1142 @0
-@1159 := {c : @42} -> {A : @43} -> @1153 @49 @40 @1038 @1122
-@1160 := @1152 @1
-@1161 := @1153 @1
-@1165 := {A : @43} -> @1161 @40 @1038 @1122
-@1166 := @1160 @2
-@1167 := @1161 @2
-@1168 := @1167 @1038
-@1169 := @1168 @1122
-@1170 := @11 @108
-@1171 := @11 @110
-@1173 := @398 @45 @47
-@1178 := @1142 @116 @130 @111 @47 @49
-@1181 := @1142 @114 @116 @130
-@1183 := @1039 @111 @45
-@1184 := @1181 @1183
-@1185 := @1037 @110
-@1187 := @1185 @118 @47
-@1197 := {p : @41} ->
-  {c : @42} ->
-  {A : @43} ->
-  {v : @108} ->
-  {t : @110} -> {vs : @1170} -> {ts : @1171} -> (h : @1173) -> (hs : @1178) -> @1184 @1187
-@1199 := LexLeanPreservation.Rust.wtl_cons @0
-@1217 := {c : @42} ->
-  {A : @43} ->
-  {v : @108} ->
-  {t : @110} ->
-  {vs : @1170} ->
-  {ts : @1171} ->
-  (h : @424 @45 @47) -> (hs : @1153 @130 @111 @47 @49) -> @1153 @116 @130 @1183 @1187
-@1218 := @1199 @1
-@1233 := {A : @43} ->
-  {v : @108} ->
-  {t : @110} ->
-  {vs : @1170} ->
-  {ts : @1171} -> (h : @440 @45 @47) -> (hs : @1161 @111 @47 @49) -> @1161 @130 @1183 @1187
-@1234 := @1218 @2
-@1236 := @76 @45 @47
-@1238 := @1167 @47 @49
-@1246 := {v : @108} ->
-  {t : @110} -> {vs : @1170} -> {ts : @1171} -> (h : @1236) -> (hs : @1238) -> @1167 @1183 @1187
-@1247 := @1234 @1032
-@1248 := @897 @118
-@1250 := @76 @1248 @47
-@1251 := @897 @130
-@1252 := @1039 @1251
-@1260 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1250) -> (hs : @1238) -> @1167 (@1252 @45) @1187
-@1261 := @1247 @906
-@1262 := @897 @45
-@1264 := @76 @1262 @906
-@1265 := @897 @111
-@1266 := @1039 @1265
-@1268 := @1167 (@1266 @45)
-@1269 := @1185 @906
-@1270 := @1269 @47
-@1275 := {vs : @1170} -> {ts : @1171} -> (h : @1264) -> (hs : @1238) -> @1268 @1270
-@1276 := @1261 @1038
-@1277 := @897 @47
-@1279 := @76 @1277 @906
-@1280 := @1168 @49
-@1282 := @1039 @1248 @1038
-@1287 := {ts : @1171} -> (h : @1279) -> (hs : @1280) -> @1167 @1282 @1270
-@1288 := @1276 @1122
-@1290 := @1039 @1262 @1038
-@1291 := @1167 @1290
-@1292 := @1269 @1122
-@1295 := (h : @1035) -> (hs : @1169) -> @1291 @1292
-@1296 := @1288 @1033
-@1298 := @1039 @1277 @1038
-@1300 := @1167 @1298 @1292
-@1301 := (hs : @1169) -> @1300
-@1302 := @1296 @1166
-@1304 := @1167 @1041 @1292
-@1305 := @1234 @904
-@1306 := @903 @111
-@1308 := @76 @1306 @47
-@1309 := @903 @116
-@1310 := @1039 @1309
-@1318 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1308) -> (hs : @1238) -> @1167 (@1310 @45) @1187
-@1319 := @1305 @909
-@1320 := @903 @118
-@1322 := @76 @1320 @909
-@1323 := @903 @130
-@1324 := @1039 @1323
-@1326 := @1167 (@1324 @45)
-@1327 := @1185 @909
-@1328 := @1327 @47
-@1333 := {vs : @1170} -> {ts : @1171} -> (h : @1322) -> (hs : @1238) -> @1326 @1328
-@1334 := @1319 @1041
-@1335 := @903 @45
-@1337 := @76 @1335 @909
-@1338 := @1291 @49
-@1340 := @1039 @1306 @1282
-@1345 := {ts : @1171} -> (h : @1337) -> (hs : @1338) -> @1167 @1340 @1328
-@1346 := @1334 @1292
-@1348 := @1039 @1320 @1290
-@1349 := @1167 @1348
-@1350 := @1327 @1292
-@1353 := (h : @1031) -> (hs : @1300) -> @1349 @1350
-@1354 := @1346 @1029
-@1356 := @1039 @1335 @1298
-@1358 := @1167 @1356 @1350
-@1359 := (hs : @1304) -> @1358
-@1360 := @1354 @1302
-@1362 := @1167 @1043 @1350
-@1363 := @1234 @889
-@1364 := @754 @130
-@1366 := @76 @1364 @47
-@1367 := @754 @114
-@1368 := @1039 @1367
-@1376 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1366) -> (hs : @1238) -> @1167 (@1368 @45) @1187
-@1377 := @1363 @762
-@1378 := @754 @111
-@1380 := @76 @1378 @762
-@1381 := @754 @116
-@1382 := @1039 @1381
-@1384 := @1167 (@1382 @45)
-@1385 := @1185 @762
-@1386 := @1385 @47
-@1391 := {vs : @1170} -> {ts : @1171} -> (h : @1380) -> (hs : @1238) -> @1384 @1386
-@1392 := @1377 @1043
-@1393 := @754 @118
-@1395 := @76 @1393 @762
-@1396 := @1349 @49
-@1398 := @1039 @1364 @1340
-@1403 := {ts : @1171} -> (h : @1395) -> (hs : @1396) -> @1167 @1398 @1386
-@1404 := @1392 @1350
-@1406 := @1039 @1378 @1348
-@1407 := @1167 @1406
-@1408 := @1385 @1350
-@1411 := (h : @892) -> (hs : @1358) -> @1407 @1408
-@1412 := @1404 @890
-@1414 := @1039 @1393 @1356
-@1416 := @1167 @1414 @1408
-@1417 := (hs : @1362) -> @1416
-@1418 := @1412 @1360
-@1420 := @1167 @1045 @1408
-@1421 := @1234 @761
-@1422 := @760 @116
-@1424 := @76 @1422 @47
-@1425 := @760 @112
-@1426 := @1039 @1425
-@1434 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1424) -> (hs : @1238) -> @1167 (@1426 @45) @1187
-@1435 := @1421 @765
-@1436 := @760 @130
-@1438 := @76 @1436 @765
-@1439 := @760 @114
-@1440 := @1039 @1439
-@1442 := @1167 (@1440 @45)
-@1443 := @1185 @765
-@1444 := @1443 @47
-@1449 := {vs : @1170} -> {ts : @1171} -> (h : @1438) -> (hs : @1238) -> @1442 @1444
-@1450 := @1435 @1045
-@1451 := @760 @111
-@1453 := @76 @1451 @765
-@1454 := @1407 @49
-@1456 := @1039 @1422 @1398
-@1461 := {ts : @1171} -> (h : @1453) -> (hs : @1454) -> @1167 @1456 @1444
-@1462 := @1450 @1408
-@1464 := @1039 @1436 @1406
-@1465 := @1167 @1464
-@1466 := @1443 @1408
-@1469 := (h : @888) -> (hs : @1416) -> @1465 @1466
-@1470 := @1462 @886
-@1472 := @1039 @1451 @1414
-@1474 := @1167 @1472 @1466
-@1475 := (hs : @1420) -> @1474
-@1476 := @1470 @1418
-@1478 := @1167 @1047 @1466
-@1479 := @1234 @746
-@1480 := @21 @114
-@1482 := @76 @1480 @47
-@1483 := @21 @13
-@1484 := @1039 @1483
-@1492 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1482) -> (hs : @1238) -> @1167 (@1484 @45) @1187
-@1493 := @1479 @35
-@1494 := @21 @116
-@1496 := @76 @1494 @35
-@1497 := @21 @112
-@1498 := @1039 @1497
-@1500 := @1167 (@1498 @45)
-@1501 := @1185 @35
-@1502 := @1501 @47
-@1507 := {vs : @1170} -> {ts : @1171} -> (h : @1496) -> (hs : @1238) -> @1500 @1502
-@1508 := @1493 @1047
-@1509 := @21 @130
-@1511 := @76 @1509 @35
-@1512 := @1465 @49
-@1514 := @1039 @1480 @1456
-@1519 := {ts : @1171} -> (h : @1511) -> (hs : @1512) -> @1167 @1514 @1502
-@1520 := @1508 @1466
-@1522 := @1039 @1494 @1464
-@1523 := @1167 @1522
-@1524 := @1501 @1466
-@1527 := (h : @749) -> (hs : @1474) -> @1523 @1524
-@1528 := @1520 @747
-@1530 := @1039 @1509 @1472
-@1532 := @1167 @1530 @1524
-@1533 := (hs : @1478) -> @1532
-@1534 := @1528 @1476
-@1536 := @1167 @1049 @1524
-@1537 := @1234 @649
-@1538 := @648 @112
-@1540 := @76 @1538 @47
-@1541 := @648 @132
-@1542 := @1039 @1541
-@1550 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1540) -> (hs : @1238) -> @1167 (@1542 @45) @1187
-@1551 := @1537 @652
-@1552 := @648 @114
-@1554 := @76 @1552 @652
-@1555 := @648 @13
-@1556 := @1039 @1555
-@1558 := @1167 (@1556 @45)
-@1559 := @1185 @652
-@1560 := @1559 @47
-@1565 := {vs : @1170} -> {ts : @1171} -> (h : @1554) -> (hs : @1238) -> @1558 @1560
-@1566 := @1551 @1049
-@1567 := @648 @116
-@1569 := @76 @1567 @652
-@1570 := @1523 @49
-@1572 := @1039 @1538 @1514
-@1577 := {ts : @1171} -> (h : @1569) -> (hs : @1570) -> @1167 @1572 @1560
-@1578 := @1566 @1524
-@1580 := @1039 @1552 @1522
-@1581 := @1167 @1580
-@1582 := @1559 @1524
-@1585 := (h : @745) -> (hs : @1532) -> @1581 @1582
-@1586 := @1578 @743
-@1588 := @1039 @1567 @1530
-@1590 := @1167 @1588 @1582
-@1591 := (hs : @1536) -> @1590
-@1592 := @1586 @1534
-@1594 := @1167 @1051 @1582
-@1595 := @1234 @636
-@1596 := @500 @13
-@1598 := @76 @1596 @47
-@1599 := #12
-@1600 := @500 @1599
-@1601 := @1039 @1600
-@1609 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1598) -> (hs : @1238) -> @1167 (@1601 @45) @1187
-@1610 := @1595 @510
-@1611 := @500 @112
-@1613 := @76 @1611 @510
-@1614 := @500 @132
-@1615 := @1039 @1614
-@1617 := @1167 (@1615 @45)
-@1618 := @1185 @510
-@1619 := @1618 @47
-@1624 := {vs : @1170} -> {ts : @1171} -> (h : @1613) -> (hs : @1238) -> @1617 @1619
-@1625 := @1610 @1051
-@1626 := @500 @114
-@1628 := @76 @1626 @510
-@1629 := @1581 @49
-@1631 := @1039 @1596 @1572
-@1636 := {ts : @1171} -> (h : @1628) -> (hs : @1629) -> @1167 @1631 @1619
-@1637 := @1625 @1582
-@1639 := @1039 @1611 @1580
-@1640 := @1167 @1639
-@1641 := @1618 @1582
-@1644 := (h : @639) -> (hs : @1590) -> @1640 @1641
-@1645 := @1637 @637
-@1647 := @1039 @1626 @1588
-@1649 := @1167 @1647 @1641
-@1650 := (hs : @1594) -> @1649
-@1651 := @1645 @1592
-@1653 := @1167 @1053 @1641
-@1654 := @1234 @507
-@1655 := @506 @132
-@1657 := @76 @1655 @47
-@1658 := #13
-@1659 := @506 @1658
-@1660 := @1039 @1659
-@1668 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1657) -> (hs : @1238) -> @1167 (@1660 @45) @1187
-@1669 := @1654 @513
-@1670 := @506 @13
-@1672 := @76 @1670 @513
-@1673 := @506 @1599
-@1674 := @1039 @1673
-@1676 := @1167 (@1674 @45)
-@1677 := @1185 @513
-@1678 := @1677 @47
-@1683 := {vs : @1170} -> {ts : @1171} -> (h : @1672) -> (hs : @1238) -> @1676 @1678
-@1684 := @1669 @1053
-@1685 := @506 @112
-@1687 := @76 @1685 @513
-@1688 := @1640 @49
-@1690 := @1039 @1655 @1631
-@1695 := {ts : @1171} -> (h : @1687) -> (hs : @1688) -> @1167 @1690 @1678
-@1696 := @1684 @1641
-@1698 := @1039 @1670 @1639
-@1699 := @1167 @1698
-@1700 := @1677 @1641
-@1703 := (h : @635) -> (hs : @1649) -> @1699 @1700
-@1704 := @1696 @633
-@1706 := @1039 @1685 @1647
-@1708 := @1167 @1706 @1700
-@1709 := (hs : @1653) -> @1708
-@1710 := @1704 @1651
-@1712 := @1167 @1055 @1700
-@1713 := @1234 @492
-@1714 := @20 @1599
-@1716 := @76 @1714 @47
-@1717 := #14
-@1718 := @20 @1717
-@1719 := @1039 @1718
-@1727 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1716) -> (hs : @1238) -> @1167 (@1719 @45) @1187
-@1728 := @1713 @34
-@1729 := @20 @132
-@1731 := @76 @1729 @34
-@1732 := @20 @1658
-@1733 := @1039 @1732
-@1735 := @1167 (@1733 @45)
-@1736 := @1185 @34
-@1737 := @1736 @47
-@1742 := {vs : @1170} -> {ts : @1171} -> (h : @1731) -> (hs : @1238) -> @1735 @1737
-@1743 := @1728 @1055
-@1744 := @20 @13
-@1746 := @76 @1744 @34
-@1747 := @1699 @49
-@1749 := @1039 @1714 @1690
-@1754 := {ts : @1171} -> (h : @1746) -> (hs : @1747) -> @1167 @1749 @1737
-@1755 := @1743 @1700
-@1757 := @1039 @1729 @1698
-@1758 := @1167 @1757
-@1759 := @1736 @1700
-@1762 := (h : @495) -> (hs : @1708) -> @1758 @1759
-@1763 := @1755 @493
-@1765 := @1039 @1744 @1706
-@1767 := @1167 @1765 @1759
-@1768 := (hs : @1712) -> @1767
-@1769 := @1763 @1710
-@1771 := @1167 @1057 @1759
-@1772 := @1234 @29
-@1773 := @28 @1658
-@1775 := @76 @1773 @47
-@1776 := #15
-@1777 := @28 @1776
-@1778 := @1039 @1777
-@1786 := {t : @110} ->
-  {vs : @1170} -> {ts : @1171} -> (h : @1775) -> (hs : @1238) -> @1167 (@1778 @45) @1187
-@1787 := @1772 @39
-@1788 := @28 @1599
-@1790 := @76 @1788 @39
-@1791 := @28 @1717
-@1792 := @1039 @1791
-@1794 := @1167 (@1792 @45)
-@1795 := @1185 @39
-@1796 := @1795 @47
-@1801 := {vs : @1170} -> {ts : @1171} -> (h : @1790) -> (hs : @1238) -> @1794 @1796
-@1802 := @1787 @1057
-@1803 := @28 @132
-@1805 := @76 @1803 @39
-@1806 := @1758 @49
-@1808 := @1039 @1773 @1749
-@1809 := @1167 @1808
-@1813 := {ts : @1171} -> (h : @1805) -> (hs : @1806) -> @1809 @1796
-@1814 := @1802 @1759
-@1816 := @1039 @1788 @1757
-@1817 := @1167 @1816
-@1818 := @1795 @1759
-@1821 := (h : @491) -> (hs : @1767) -> @1817 @1818
-@1822 := @1814 @489
-@1824 := @1039 @1803 @1765
-@1825 := @1167 @1824
-@1827 := (hs : @1771) -> @1825 @1818
-@1828 := @1822 @1769
-@1829 := @1167 @1059
-@1830 := @1829 @1818
-@1831 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denoteEntry
-@1841 := @1831 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49
-@1842 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryFits
-@1852 := @1842 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49
-@1863 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entryValue
-    @13
-    @112
-    @114
-    @116
-    @130
-    @111
-    @118
-    @45
-    @47
-    @49
-@1874 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entry
-    @13
-    @112
-    @114
-    @116
-    @130
-    @111
-    @118
-    @45
-    @47
-    @49
-@1875 := Ne.{1}
-@1876 := LexLeanPreservation.Obs
-@1877 := @1875 @1876
-@1878 := LexLeanPreservation.Rel
-@1881 := @1877 (@1878 @49 @40)
-@1882 := LexLeanPreservation.Obs.stuck
-@1885 := (f : @8) -> (v : @108) -> @1881 @1882
-@1887 := LexLeanPreservation.Rust.rel_ne_stuck @1852
-@1902 := (v : @108) ->
-  @1877 (@1878 (@1842 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47) @40) @1882
-@1903 := @1887 @1863
-@1907 := @1877 (@1878 @1852 @1863) @1882
-@1908 := @11 @1060
-@1909 := LexLeanPreservation.Rust.FunSem
-@1915 := (n : @3) -> @1909 @112 @114 @116 @40 @130
-@1916 := Eq.{1}
-@1917 := Option.{0}
-@1918 := @1917 @1117
-@1919 := @1916 @1918
-@1926 := LexLeanRuntime.index (@11 @1117) @1117 (LexLeanRuntime.instIndexableList @1117)
-@1930 := @1919 (@1926 (@1118 @112) @130)
-@1931 := Option.some.{0}
-@1932 := @1931 @1117
-@1933 := @1932 @111
-@1934 := @1930 @1933
-@1938 := @1142 @13 @112 @114 @111
-@1939 := LexLeanTarget.TargetSyntax.Function.types
-@1940 := @1939 @130
-@1941 := @1938 @1940
-@1942 := @1917 @1908
-@1943 := @1916 @1942
-@1944 := LexLeanTarget.TargetSemantics.bindAll
-@1945 := LexLeanTarget.TargetSyntax.Function.parameters
-@1950 := @1943 (@1944 (@1945 @116) @130 @1094)
-@1951 := @1931 @1908
-@1952 := @1951 @111
-@1953 := @1950 @1952
-@1954 := @1917 @8
-@1955 := @1916 @1954
-@1956 := LexLeanPreservation.Rust.fnFallible
-@1959 := @1955 (@1956 @132 @112)
-@1960 := @1931 @8
-@1961 := @1960 @111
-@1962 := @1959 @1961
-@1963 := LexLeanPreservation.RunConv
-@1967 := @1963 @1658 @13 @114 @111
-@1969 := @1877 @130 @1882
-@1970 := Exists.{1}
-@1971 := LexLeanPreservation.Rust.ROut
-@1972 := @1970 @1971
-@1973 := And
-@1974 := LexLeanPreservation.Rust.RealizesFn
-@1978 := @1973 (@1974 @112 @114 @40)
-@1979 := LexLeanPreservation.Rust.RCI
-@1980 := @1979 @1776
-@1981 := LexLeanPreservation.Rust.fnIdent
-@1982 := @1981 @1658
-@1989 := (hne : @1969) -> @1972 (fun (ro : @1971) => @1978 (@1980 @1982 @132 @40))
-@2004 := {p : @41} ->
-  {c : @42} ->
-  {A : @43} ->
-  {f : @3} ->
-  {fn : @1117} ->
-  {args : @1170} ->
-  {env : @1908} ->
-  {F : @8} ->
-  {o : @1876} ->
-  (hB : @1915) ->
-  (hfn : @1934) -> (hwt : @1941) -> (hbind : @1953) -> (hF : @1962) -> (hA : @1967) -> @1989
-@2006 := LexLeanPreservation.Rust.compose @0
-@2007 := @1909 @0
-@2012 := (n : @3) -> @2007 @114 @116 @40 @130
-@2013 := @1926 @1119
-@2016 := @1919 (@2013 @130) @1933
-@2020 := @1153 @112 @114 @111 @1940
-@2021 := @1963 @0
-@2024 := @2021 @13 @114 @111
-@2038 := {c : @42} ->
-  {A : @43} ->
-  {f : @3} ->
-  {fn : @1117} ->
-  {args : @1170} ->
-  {env : @1908} ->
-  {F : @8} ->
-  {o : @1876} ->
-  (hB : @2012) ->
-  (hfn : @2016) -> (hwt : @2020) -> (hbind : @1953) -> (hF : @1962) -> (hA : @2024) -> @1989
-@2039 := @2006 @1
-@2040 := @2007 @1
-@2044 := (n : @3) -> @2040 @116 @40 @130
-@2047 := @1161 @114 @111 @1940
-@2048 := @1956 @1
-@2051 := @1955 (@2048 @112) @1961
-@2052 := @1979 @1
-@2062 := (hbind : @1953) ->
-  (hF : @2051) ->
-  (hA : @2024) -> (hne : @1969) -> @1972 (fun (ro : @1971) => @1978 (@2052 @1982 @132 @40))
-@2072 := {A : @43} ->
-  {f : @3} ->
-  {fn : @1117} ->
-  {args : @1170} ->
-  {env : @1908} ->
-  {F : @8} -> {o : @1876} -> (hB : @2044) -> (hfn : @2016) -> (hwt : @2047) -> @2062
-@2073 := @2039 @2
-@2075 := @2040 @2 @40
-@2077 := (n : @3) -> @2075 @130
-@2078 := @1167 @111
-@2079 := @2078 @1940
-@2088 := {f : @3} ->
-  {fn : @1117} ->
-  {args : @1170} ->
-  {env : @1908} ->
-  {F : @8} -> {o : @1876} -> (hB : @2077) -> (hfn : @2016) -> (hwt : @2079) -> @2062
-@2089 := @2073 @1120
-@2091 := (n : @3) -> @2075 @1120
-@2092 := @2013 @1120
-@2093 := @1919 @2092
-@2094 := @2093 @1933
-@2095 := @2048 @1120
-@2096 := @1955 @2095
-@2097 := @2096 @1961
-@2098 := @2021 @1120
-@2100 := @2098 @114 @111
-@2102 := @2052 (@1981 @1120)
-@2110 := (hF : @2097) ->
-  (hA : @2100) -> (hne : @1969) -> @1972 (fun (ro : @1971) => @1978 (@2102 @132 @40))
-@2119 := {fn : @1117} ->
-  {args : @1170} ->
-  {env : @1908} ->
-  {F : @8} ->
-  {o : @1876} -> (hB : @2091) -> (hfn : @2094) -> (hwt : @2079) -> (hbind : @1953) -> @2110
-@2120 := @2089 @1137
-@2122 := @2093 (@1932 @1137)
-@2123 := @1939 @1137
-@2124 := @2078 @2123
-@2126 := @1944 (@1945 @1137)
-@2138 := {args : @1170} ->
-  {env : @1908} ->
-  {F : @8} ->
-  {o : @1876} ->
-  (hB : @2091) ->
-  (hfn : @2122) -> (hwt : @2124) -> (hbind : @1943 (@2126 @130 @1094) @1952) -> @2110
-@2139 := @2120 @1059
-@2149 := @1778 (@1719 (@1660 (@1601 (@1542 (@1484 (@1426 (@1368 (@1310 (@1252 @1038)))))))))
-@2151 := @1167 @2149 @2123
-@2152 := #16
-@2182 := @1039
-    (@28 @2152)
-    (@1039
-      (@20 @1776)
-      (@1039
-        (@506 @1717)
-        (@1039
-          (@500 @1658)
-          (@1039
-            (@648 @1599)
-            (@1039
-              (@21 @132)
-              (@1039
-                (@760 @13)
-                (@1039 (@754 @112) (@1039 (@903 @114) (@1039 (@897 @116) @1038)))))))))
-@2186 := @1943 (@2126 @2182 @1094) @1952
-@2187 := #18
-@2189 := @1039 (@28 @2187)
-@2190 := #17
-@2218 := @2189
-    (@1039
-      (@20 @2190)
-      (@1039
-        (@506 @2152)
-        (@1039
-          (@500 @1776)
-          (@1039
-            (@648 @1717)
-            (@1039
-              (@21 @1658)
-              (@1039
-                (@760 @1599)
-                (@1039 (@754 @132) (@1039 (@903 @13) (@1039 (@897 @112) @1038)))))))))
-@2220 := @2098 @2218 @111
-@2223 := @1039 (@28 #21)
-@2224 := #20
-@2226 := @1039 (@20 @2224)
-@2227 := #19
-@2268 := {env : @1908} ->
-  {F : @8} ->
-  {o : @1876} ->
-  (hB : @2091) ->
-  (hfn : @2122) ->
-  (hwt : @2151) ->
-  (hbind : @2186) ->
-  (hF : @2097) ->
-  (hA : @2220) ->
-  (hne : @1969) ->
-  @1972
-    (fun (ro : @1971) =>
-    @1978
-      (@2102
-        (@2223
-          (@2226
-            (@1039
-              (@506 @2227)
-              (@1039
-                (@500 @2187)
-                (@1039
-                  (@648 @2190)
-                  (@1039
-                    (@21 @2152)
-                    (@1039
-                      (@760 @1776)
-                      (@1039 (@754 @1717) (@1039 (@903 @1658) (@1039 (@897 @1599) @1038))))))))))
-        @40))
-@2269 := @2139 @1115
-@2279 := @1792 (@1733 (@1674 (@1615 (@1556 (@1498 (@1440 (@1382 (@1324 (@1266 @1038)))))))))
-@2281 := @1167 @2279 @2123
-@2316 := @1943
-    (@2126 @2149 @1094)
-    (@1951
-      (@1095
-        (@1065 @1251)
-        (@1095
-          (@1068 @1309)
-          (@1095
-            (@1071 @1367)
-            (@1095
-              (@1074 @1425)
-              (@1095
-                (@1077 @1483)
-                (@1095
-                  (@1080 @1541)
-                  (@1095
-                    (@1083 @1600)
-                    (@1095 (@1086 @1659) (@1095 (@1089 @1718) (@1095 (@1092 @1777) @1094)))))))))))
-@2346 := @1039
-    (@28 @2190)
-    (@1039
-      (@20 @2152)
-      (@1039
-        (@506 @1776)
-        (@1039
-          (@500 @1717)
-          (@1039
-            (@648 @1658)
-            (@1039
-              (@21 @1599)
-              (@1039
-                (@760 @132)
-                (@1039 (@754 @13) (@1039 (@903 @112) (@1039 (@897 @114) @1038)))))))))
-@2392 := {F : @8} ->
-  {o : @1876} ->
-  (hB : @2091) ->
-  (hfn : @2122) ->
-  (hwt : @2281) ->
-  (hbind : @2316) ->
-  (hF : @2097) ->
-  (hA : @2098 @2346 @111) ->
-  (hne : @1969) ->
-  @1972
-    (fun (ro : @1971) =>
-    @1978
-      (@2102
-        (@1039
-          (@28 @2224)
-          (@1039
-            (@20 @2227)
-            (@1039
-              (@506 @2187)
-              (@1039
-                (@500 @2190)
-                (@1039
-                  (@648 @2152)
-                  (@1039
-                    (@21 @1776)
-                    (@1039
-                      (@760 @1717)
-                      (@1039 (@754 @1658) (@1039 (@903 @1599) (@1039 (@897 @132) @1038))))))))))
-        @40))
-@2393 := @2269 @1116
-@2394 := @1809 @2123
-@2429 := @1943
-    (@2126 @2279 @1094)
-    (@1951
-      (@1095
-        (@1065 @1265)
-        (@1095
-          (@1068 @1323)
-          (@1095
-            (@1071 @1381)
-            (@1095
-              (@1074 @1439)
-              (@1095
-                (@1077 @1497)
-                (@1095
-                  (@1080 @1555)
-                  (@1095
-                    (@1083 @1614)
-                    (@1095 (@1086 @1673) (@1095 (@1089 @1732) (@1095 (@1092 @1791) @1094)))))))))))
-@2431 := @2096 (@1960 @1116)
-@2433 := @2098 @2182 @111
-@2434 := @1974 @1116
-@2480 := {o : @1876} ->
-  (hB : @2091) ->
-  (hfn : @2122) ->
-  (hwt : @2394) ->
-  (hbind : @2429) ->
-  (hF : @2431) ->
-  (hA : @2433) ->
-  (hne : @1969) ->
-  @1972
-    (fun (ro : @1971) =>
-    @1973
-      (@2434 @114 @40)
-      (@2102
-        (@1039
-          (@28 @2227)
-          (@1039
-            (@20 @2187)
-            (@1039
-              (@506 @2190)
-              (@1039
-                (@500 @2152)
-                (@1039
-                  (@648 @1776)
-                  (@1039
-                    (@21 @1717)
-                    (@1039
-                      (@760 @1658)
-                      (@1039 (@754 @1599) (@1039 (@903 @132) (@1039 (@897 @13) @1038))))))))))
-        @40))
-@2481 := @2393 @1841
-@2482 := @1817 @2123
-@2517 := @1943
-    (@2126 @1808 @1094)
-    (@1951
-      (@1095
-        (@1065 @1248)
-        (@1095
-          (@1068 @1306)
-          (@1095
-            (@1071 @1364)
-            (@1095
-              (@1074 @1422)
-              (@1095
-                (@1077 @1480)
-                (@1095
-                  (@1080 @1538)
-                  (@1095
-                    (@1083 @1596)
-                    (@1095 (@1086 @1655) (@1095 (@1089 @1714) (@1095 (@1092 @1773) @1094)))))))))))
-@2518 := @2098 @2149
-@2528 := @1831 @1776 @1717 @1658 @1599 @132 @13 @112 @114 @116 @130
-@2529 := @2518 @2528
-@2539 := @1831 @2152 @1776 @1717 @1658 @1599 @132 @13 @112 @114 @116
-@2566 := (hB : @2091) ->
-  (hfn : @2122) ->
-  (hwt : @2482) ->
-  (hbind : @2517) ->
-  (hF : @2431) ->
-  (hA : @2529) ->
-  (hne : @1877 @2539 @1882) ->
-  @1972
-    (fun (ro : @1971) =>
-    @1973
-      (@2434 (@1831 @2187 @2190 @2152 @1776 @1717 @1658 @1599 @132 @13 @112) @40)
-      (@2102 @2218 @40))
-@2567 := @2481 @1141
-@2568 := @1825 @2123
-@2603 := @1943
-    (@2126 @1816 @1094)
-    (@1951
-      (@1095
-        (@1065 @1262)
-        (@1095
-          (@1068 @1320)
-          (@1095
-            (@1071 @1378)
-            (@1095
-              (@1074 @1436)
-              (@1095
-                (@1077 @1494)
-                (@1095
-                  (@1080 @1552)
-                  (@1095
-                    (@1083 @1611)
-                    (@1095 (@1086 @1670) (@1095 (@1089 @1729) (@1095 (@1092 @1788) @1094)))))))))))
-@2604 := @2098 @2279
-@2614 := @1831 @1717 @1658 @1599 @132 @13 @112 @114 @116 @130 @111
-@2641 := (hfn : @2122) ->
-  (hwt : @2568) ->
-  (hbind : @2603) ->
-  (hF : @2431) ->
-  (hA : @2604 @2614) ->
-  (hne : @1877 @2528 @1882) ->
-  @1972
-    (fun (ro : @1971) =>
-    @1973
-      (@2434 (@1831 @2190 @2152 @1776 @1717 @1658 @1599 @132 @13 @112 @114) @40)
-      (@2102 @2346 @40))
-@2642 := Eq.refl.{1}
-@2645 := @2567 (@2642 @1918 @2092)
-@2646 := @1829 @2123
-@2681 := @1943
-    (@2126 @1824 @1094)
-    (@1951
-      (@1095
-        (@1065 @1277)
-        (@1095
-          (@1068 @1335)
-          (@1095
-            (@1071 @1393)
-            (@1095
-              (@1074 @1451)
-              (@1095
-                (@1077 @1509)
-                (@1095
-                  (@1080 @1567)
-                  (@1095
-                    (@1083 @1626)
-                    (@1095 (@1086 @1685) (@1095 (@1089 @1744) (@1095 (@1092 @1803) @1094)))))))))))
-@2682 := @2098 @1808
-@2692 := @1831 @1658 @1599 @132 @13 @112 @114 @116 @130 @111 @118
-@2708 := (hwt : @2646) ->
-  (hbind : @2681) ->
-  (hF : @2431) ->
-  (hA : @2682 @2692) ->
-  (hne : @1877 @2614 @1882) -> @1972 (fun (ro : @1971) => @1973 (@2434 @2539 @40) (@2102 @2182 @40))
-@2709 := @2645 @1828
-@2711 := @2126 @1059 @1094
-@2714 := @1943 @2711 (@1951 @1115)
-@2715 := @2098 @1816
-@2725 := @1831 @1599 @132 @13 @112 @114 @116 @130 @111 @118 @45
-@2740 := (hbind : @2714) ->
-  (hF : @2431) ->
-  (hA : @2715 @2725) ->
-  (hne : @1877 @2692 @1882) -> @1972 (fun (ro : @1971) => @1973 (@2434 @2528 @40) (@2102 @2149 @40))
-@2743 := @2709 (@2642 @1942 @2711)
-@2744 := @2098 @1824
-@2754 := @1831 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47
-@2768 := (hF : @2431) ->
-  (hA : @2744 @2754) ->
-  (hne : @1877 @2725 @1882) -> @1972 (fun (ro : @1971) => @1973 (@2434 @2614 @40) (@2102 @2279 @40))
-@2771 := @2743 (@2642 @1954 @2095)
-@2773 := @2098 @1059 @1841
-@2775 := @1877 @2754 @1882
-@2776 := @2434 @2692
-@2778 := @1973 (@2776 @40)
-@2779 := @2102 @1808
-@2780 := @2779 @40
-@2785 := (hA : @2773) -> (hne : @2775) -> @1972 (fun (ro : @1971) => @2778 @2780)
-@2786 := @2771 @1874
-@2788 := @1877 @1841 @1882
-@2789 := @2434 @2725
-@2791 := @1973 (@2789 @40)
-@2792 := @2102 @1816
-@2797 := (hne : @2788) -> @1972 (fun (ro : @1971) => @2791 (@2792 @40))
-@2798 := @2786 @1903
-@2801 := @1973 (@2434 @2754 @40)
-@2803 := @2102 @1824 @40
-@2804 := @2801 @2803
-@2806 := @1972 (fun (ro : @1971) => @2804)
-@2807 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.accepts
-@2817 := @2807 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49
-@2818 := LexLeanPreservation.someObs
-@2819 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.denote
-@2830 := @2818 (@2819 @13 @112 @114 @116 @130 @111 @118 @45 @47 @49)
-@2833 := LexLeanPreservation.Obs.value LexLeanTarget.TargetSyntax.Value.none
-@2834 := Not
-@2835 := @2834 @2817
-@2845 := @2807 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47
-@2856 := @2818 (@2819 @132 @13 @112 @114 @116 @130 @111 @118 @45 @47)
-@2857 := @2834 @2845
-@2871 := @2845 -> @2434 (@2818 (@2819 @1599 @132 @13 @112 @114 @116 @130 @111 @118 @45)) @49
-@2872 := @2434 @2833
-@2873 := @2872 @49
-@2874 := @2857 -> @2873
-@2876 := @1973 @2871 @2874
-@2880 := @1972 (fun (__e_ro : @1971) => @1973 @2803 @2876)
-@2881 := fun (__e_ro : @1971) => @2804
-@2882 := @2789 @49
-@2883 := @2792 @49
-@2884 := And.left
-@2885 := And.right
-@2888 := @2884 @2882 @2883 @40
-@2891 := @2885 @2882 @2883 @40
-@2892 := @2434 @40
-@2894 := fun (__e_o : @1876) => @2892 @47
-@2895 := Eq.subst.{1}
-@2905 := @2807 @1599 @132 @13 @112 @114 @116 @130 @111 @118 @45
-@2906 := @2834 @2905
-@2918 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entry_accepts
-    @1658
-    @1599
-    @132
-    @13
-    @112
-    @114
-    @116
-    @130
-    @111
-    @118
-    @40
-@2929 := @2818 (@2819 @1658 @1599 @132 @13 @112 @114 @116 @130 @111 @118)
-@2934 := @2884 (@2776 @47) (@2779 @47) @49
-@2936 := fun (__e_o : @1876) => @2892 @45
-@2939 := @2895 @1876 @2936 @2692
-@2943 := fun (__e_h : @2905) => @2939 @2929 @2918 @2934
-@2955 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.entry_refuses
-    @1658
-    @1599
-    @132
-    @13
-    @112
-    @114
-    @116
-    @130
-    @111
-    @118
-    @40
-@2959 := fun (__e_h : @2906) => @2939 @2833 @2955 @2934
-@2960 := And.intro
-@2963 := @2905 -> @2434 @2929 @47
-@2965 := @2906 -> @2872 @47
-@2967 := @1973 @2963 @2965
-@2971 := @2960 @2963 @2965 @2943 @2959
-@2975 := @2960 @2883 @2967 @2891 @2971
-@2976 := Exists.intro.{1}
-@2977 := @1973 @2780
-@2987 := @2807 @1658 @1599 @132 @13 @112 @114 @116 @130 @111 @118
-@3007 := fun (__e_ro : @1971) =>
-  @2977
-    (@1973
-      (@2987 -> @2434 (@2818 (@2819 @1717 @1658 @1599 @132 @13 @112 @114 @116 @130 @111)) @49)
-      (@2834 @2987 -> @2873))
-@3011 := @2976 @1971 @3007 @49 @2975
-@3013 := @1973 @2882 @2883
-@3015 := fun (__e_ro : @1971) => fun (__e_hand : @2804) => @3011
-@3021 := Exists.elim.{1} @1971 @2881 @2880 @2798 @3015
-@3022 := LexLeanPreservation.Rust.RepresentableL
-@3023 := @28 @112
-@3024 := @20 @114
-@3025 := @506 @116
-@3026 := @500 @130
-@3027 := @648 @111
-@3028 := @21 @118
-@3029 := @760 @45
-@3030 := @754 @47
-@3031 := @903 @49
-@3033 := @1039 @910 @1038
-@3035 := @1039 @3031 @3033
-@3037 := @1039 @3030 @3035
-@3039 := @1039 @3029 @3037
-@3041 := @1039 @3028 @3039
-@3043 := @1039 @3027 @3041
-@3045 := @1039 @3026 @3043
-@3047 := @1039 @3025 @3045
-@3049 := @1039 @3024 @3047
-@3052 := @3022 (@1039 @3023 @3049)
-@3053 := (__e_hrep : @3052) -> @2880
-@3054 := fun (__e_hrep : @3052) => @3021
-@3055 := (w : @893) -> @3053
-@3056 := fun (w : @893) => @3054
-@3057 := (u : @896) -> @3055
-@3058 := fun (u : @896) => @3056
-@3059 := (e : @750) -> @3057
-@3060 := fun (e : @750) => @3058
-@3061 := (d : @753) -> @3059
-@3062 := fun (d : @753) => @3060
-@3063 := (c : @8) -> @3061
-@3064 := fun (c : @8) => @3062
-@3065 := (b : @642) -> @3063
-@3066 := fun (b : @642) => @3064
-@3067 := (j : @496) -> @3065
-@3068 := fun (j : @496) => @3066
-@3069 := (i : @499) -> @3067
-@3070 := fun (i : @499) => @3068
-@3071 := (k : @7) -> @3069
-@3072 := fun (k : @7) => @3070
-@3073 := (a : @12) -> @3071
-@3074 := fun (a : @12) => @3072
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/RustStd.lean
deleted file mode 100644
index eeea6d86f..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/RustStd.lean
+++ /dev/null
@@ -1,137 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))),
-      body := (.build .pair (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))) [(.call 1 [(.var 0), (.var 1)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))) [(.call 2 [(.var 2), (.var 3)]), (.build .pair (.pair (.option .nat) (.pair (.option .nat) (.option .nat))) [(.call 3 [(.var 4), (.var 5)]), (.build .pair (.pair (.option .nat) (.option .nat)) [(.call 4 [(.var 6), (.var 7)]), (.call 5 [(.var 8), (.var 9)])])])])]) },
-    { parameters := [0, 1], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)], result := (.option .bool),
-      body := (.«match» (.option .bool) (.var 0) [(.arm .nil [] (.build .none (.option .bool) [])), (.arm .cons [2, 3] (.«match» (.option .bool) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .bool) [])), (.arm .eq [] (.build .some (.option .bool) [(.second (.var 2))])), (.arm .gt [] (.call 1 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 2 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .bool .nat)), .bool], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 3 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair .int .nat)), .int], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 4 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0, 1], types := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.var 0) [(.arm .nil [] (.build .none (.option .nat) [])), (.arm .cons [2, 3] (.«match» (.option .nat) (.prim .compare [(.var 1), (.first (.var 2))]) [(.arm .lt [] (.build .none (.option .nat) [])), (.arm .eq [] (.build .some (.option .nat) [(.second (.var 2))])), (.arm .gt [] (.call 5 [(.var 3), (.var 1)]))]))]) },
-    { parameters := [0], types := [(.list (.pair (.pair .nat .string) .bool))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 7 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 6 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.bool], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.list (.pair (.fixed .i8) .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 8 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [.nat], result := .bool,
-      body := (.build .true .bool []) },
-    { parameters := [0], types := [(.list (.pair .bool .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 10 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair .int .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 11 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0], types := [(.list (.pair (.fixed .u64) .nat))], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [1, 2] (.cond (.call 9 [(.second (.var 1))]) (.«match» .bool (.var 2) [(.arm .nil [] (.build .true .bool [])), (.arm .cons [3, 4] (.cond (.«match» .bool (.prim .compare [(.first (.var 1)), (.first (.var 3))]) [(.arm .lt [] (.build .true .bool [])), (.arm .eq [] (.build .false .bool [])), (.arm .gt [] (.build .false .bool []))]) (.call 12 [(.var 2)]) (.build .false .bool [])))]) (.build .false .bool [])))]) },
-    { parameters := [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], types := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)], result := (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))),
-      body := (.cond (.call 6 [(.var 0)]) (.cond (.call 8 [(.var 2)]) (.cond (.call 10 [(.var 4)]) (.cond (.call 11 [(.var 6)]) (.cond (.call 12 [(.var 8)]) (.build .some (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [(.call 0 [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5), (.var 6), (.var 7), (.var 8), (.var 9)])]) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (.build .none (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .str) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.pair (.fixed .i8) .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 4)), type := (.list (.pair .bool .nat)) }, { pattern := (.bind (.generated .binding 5)), type := .bool }, { pattern := (.bind (.generated .binding 6)), type := (.list (.pair .int .nat)) }, { pattern := (.bind (.generated .binding 7)), type := .int }, { pattern := (.bind (.generated .binding 8)), type := (.list (.pair (.fixed .u64) .nat)) }, { pattern := (.bind (.generated .binding 9)), type := (.fixed .u64) }] (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat))))) (.mk [] (.pair (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 2) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.pair (.call (.function 3) [(.move (.generated .binding 4)), (.copy (.generated .binding 5))] false) (.pair (.call (.function 4) [(.move (.generated .binding 6)), (.copy (.generated .binding 7))] false) (.call (.function 5) [(.move (.generated .binding 8)), (.copy (.generated .binding 9))] false))))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .str) }] (.option .bool) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.none .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct (.none .bool) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .i8) .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .i8) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .bool .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .bool }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))] (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.matchOn (.move (.generated .holder 17)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .int .nat)) }, { pattern := (.bind (.generated .binding 1)), type := .int }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .u64) .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u64) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }] .bool (.mk [(.mk (.bind (.generated .holder 31)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false) (.mk [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 7) [{ pattern := .wild, type := .bool }] .bool (.mk [] (.lit (.bool true)))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .i8) .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 39)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false) (.mk [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 9) [{ pattern := .wild, type := .nat }] .bool (.mk [] (.lit (.bool true)))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .bool .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false) (.mk [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .int .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false) (.mk [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.fixed .u64) .nat)) }] .bool (.mk [(.mk (.bind (.generated .holder 63)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 63)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false) (.mk [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]))),
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair (.pair .nat .str) .bool)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .str) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.pair (.fixed .i8) .nat)) }, { pattern := (.bind (.generated .binding 3)), type := (.fixed .i8) }, { pattern := (.bind (.generated .binding 4)), type := (.list (.pair .bool .nat)) }, { pattern := (.bind (.generated .binding 5)), type := .bool }, { pattern := (.bind (.generated .binding 6)), type := (.list (.pair .int .nat)) }, { pattern := (.bind (.generated .binding 7)), type := .int }, { pattern := (.bind (.generated .binding 8)), type := (.list (.pair (.fixed .u64) .nat)) }, { pattern := (.bind (.generated .binding 9)), type := (.fixed .u64) }] (.option (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) (.mk [] (.cond (.call (.function 6) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 8) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.call (.function 1) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false) (.pair (.call (.function 2) [(.move (.generated .binding 2)), (.copy (.generated .binding 3))] false) (.pair (.call (.function 3) [(.move (.generated .binding 4)), (.copy (.generated .binding 5))] false) (.pair (.call (.function 4) [(.move (.generated .binding 6)), (.copy (.generated .binding 7))] false) (.call (.function 5) [(.move (.generated .binding 8)), (.copy (.generated .binding 9))] false))))), [(9, (.fixed .u64), (some 9)), (8, (.list (.pair (.fixed .u64) .nat)), (some 8)), (7, .int, (some 7)), (6, (.list (.pair .int .nat)), (some 6)), (5, .bool, (some 5)), (4, (.list (.pair .bool .nat)), (some 4)), (3, (.fixed .i8), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .bool .nat)), .bool]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .int .nat)), .int]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.construct (.none .bool) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct (.none .bool) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])))]), [(1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair (.pair .nat .string) .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .bool) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))] (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))]) (tail := (.matchOn (.move (.generated .holder 5)) [(.mk (.ordering .less) (.mk [] (.construct (.none .bool) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.clone (.generated .binding 1))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 2)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [(.pair .nat .string), (.pair .nat .string)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .bool) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6))))])) (Corr.mCons (Γ' := [(3, (.list (.pair (.pair .nat .string) .bool)), (some 3)), (2, (.pair (.pair .nat .string) .bool), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 3)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.bool]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 6))) (Corr.second (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 7)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair (.fixed .i8) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))] (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tail := (.matchOn (.move (.generated .holder 11)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 8)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 12))))])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .i8) .nat)), (some 3)), (2, (.pair (.fixed .i8) .nat), (some 2)), (1, (.fixed .i8), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 2) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat)), (.fixed .i8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))] (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.matchOn (.move (.generated .holder 17)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .bool .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))] (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 14)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [.bool, .bool]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 18))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .bool .nat)), (some 3)), (2, (.pair .bool .nat), (some 2)), (1, .bool, (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 3) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .bool .nat)), .bool]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 18))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 19)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))] (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .int .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 23)) none (.block (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))] (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false))))]) (tail := (.matchOn (.move (.generated .holder 23)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 20)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 20)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 20))) (Corr.first (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 24))))])) (Corr.mCons (Γ' := [(3, (.list (.pair .int .nat)), (some 3)), (2, (.pair .int .nat), (some 2)), (1, .int, (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .int .nat)), .int]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 25)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 25)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))] (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair (.fixed .u64) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 29)) none (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))] (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false))))]) (tail := (.matchOn (.move (.generated .holder 29)) [(.mk (.ordering .less) (.mk [] (.construct (.none .nat) []))), (.mk (.ordering .same) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))]))), (.mk (.ordering .more) (.mk [] (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 26)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 26)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 26))) (Corr.first (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 30))))])) (Corr.mCons (Γ' := [(3, (.list (.pair (.fixed .u64) .nat)), (some 3)), (2, (.pair (.fixed .u64) .nat), (some 2)), (1, (.fixed .u64), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat)), (.fixed .u64)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 30))) (Corr.second (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 31)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false) (.mk [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair (.pair .nat .string) .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false) (.mk [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 7) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))] (.move (.generated .part 32))))] false)) (lk := []) (Corr.callOps (ts := [.bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 32))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 32))) (Corr.second (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 33)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 33)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))] (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair (.pair .nat .string) .bool))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 6) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 38)) none (.block (.mk [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))] (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))))]) (ce := (.matchOn (.move (.generated .holder 38)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 36)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 34))))), (.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))] (.move (.generated .part 35)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false)) (Corr.prim (ts := [(.pair .nat .string), (.pair .nat .string)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 34)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 34))) (Corr.first (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 35))) (Corr.first (ta := (.pair .nat .string)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair (.pair .nat .string) .bool)), none), (3, (.pair (.pair .nat .string) .bool), (some 3)), (2, (.list (.pair (.pair .nat .string) .bool)), (some 2)), (1, (.pair (.pair .nat .string) .bool), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 6) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .bool, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 39)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 39)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false) (.mk [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair (.fixed .i8) .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair (.fixed .i8) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false) (.mk [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 40))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 40))) (Corr.second (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 41)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 41)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))] (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair (.fixed .i8) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 8) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 46)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))] (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false))))]) (ce := (.matchOn (.move (.generated .holder 46)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 42))))), (.mk (.bind (.generated .operand 45)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 43)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] false)) (Corr.prim (ts := [(.fixed .i8), (.fixed .i8)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 42)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 42))) (Corr.first (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 43)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 43))) (Corr.first (ta := (.fixed .i8)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .i8) .nat)), none), (3, (.pair (.fixed .i8) .nat), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair (.fixed .i8) .nat), (some 1)), (0, (.list (.pair (.fixed .i8) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 8) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.lit (.bool true)), [(0, .nat, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildConst rfl))⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 47)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 47)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false) (.mk [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .bool .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .bool .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false) (.mk [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 48))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 48))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 48))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 49)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 49)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))] (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .bool .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 10) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 54)) none (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))] (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))))]) (ce := (.matchOn (.move (.generated .holder 54)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 50))))), (.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 51)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [.bool, .bool]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 50)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 50))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 51)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 51))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .bool .nat)), none), (3, (.pair .bool .nat), (some 3)), (2, (.list (.pair .bool .nat)), (some 2)), (1, (.pair .bool .nat), (some 1)), (0, (.list (.pair .bool .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 10) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .bool .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 55)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 55)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false) (.mk [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair .int .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .int .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false) (.mk [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 56))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 56))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 56))) (Corr.second (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 57)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 57)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))] (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair .int .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 11) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))] (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false))))]) (ce := (.matchOn (.move (.generated .holder 62)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 58))))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 59)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (Corr.prim (ts := [.int, .int]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 58)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 58))) (Corr.first (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 59))) (Corr.first (ta := .int) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair .int .nat)), none), (3, (.pair .int .nat), (some 3)), (2, (.list (.pair .int .nat)), (some 2)), (1, (.pair .int .nat), (some 1)), (0, (.list (.pair .int .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 11) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair .int .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 63)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 63)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [] (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false) (.mk [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))))]), [(0, (.list (.pair (.fixed .u64) .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair (.fixed .u64) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false) (.mk [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 64))))] false)) (lk := []) (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 64))) (Corr.second (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 65)) none (.clone (.generated .binding 2)))]) (ta := (.matchOn (.uncons (.generated .holder 65)) [(.mk .none (.mk [] (.lit (.bool true)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), .wild])) (.mk [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))] (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.list (.pair (.fixed .u64) .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))]) (tail := (.cond (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))]) (.mk [] (.call (.function 12) [(.move (.generated .binding 2))] false)) (.mk [] (.lit (.bool false))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .holder 70)) none (.block (.mk [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))] (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false))))]) (ce := (.matchOn (.move (.generated .holder 70)) [(.mk (.ordering .less) (.mk [] (.lit (.bool true)))), (.mk (.ordering .same) (.mk [] (.lit (.bool false)))), (.mk (.ordering .more) (.mk [] (.lit (.bool false))))])) (lk := []) (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 66))))), (.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.move (.generated .part 67)))))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 68)), (.move (.generated .operand 69))] false)) (Corr.prim (ts := [(.fixed .u64), (.fixed .u64)]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 66)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 66))) (Corr.first (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 67))) (Corr.first (ta := (.fixed .u64)) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, (.list (.pair (.fixed .u64) .nat)), none), (3, (.pair (.fixed .u64) .nat), (some 3)), (2, (.list (.pair (.fixed .u64) .nat)), (some 2)), (1, (.pair (.fixed .u64) .nat), (some 1)), (0, (.list (.pair (.fixed .u64) .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 12) [(.move (.generated .binding 2))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 6) [(.clone (.generated .binding 0))] false) (.mk [] (.cond (.call (.function 8) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) []))), [(9, (.fixed .u64), (some 9)), (8, (.list (.pair (.fixed .u64) .nat)), (some 8)), (7, .int, (some 7)), (6, (.list (.pair .int .nat)), (some 6)), (5, .bool, (some 5)), (4, (.list (.pair .bool .nat)), (some 4)), (3, (.fixed .i8), (some 3)), (2, (.list (.pair (.fixed .i8) .nat)), (some 2)), (1, (.pair .nat .string), (some 1)), (0, (.list (.pair (.pair .nat .string) .bool)), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 6) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 8) [(.clone (.generated .binding 2))] false) (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 8) [(.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair (.fixed .i8) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 10) [(.clone (.generated .binding 4))] false) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .bool .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 11) [(.clone (.generated .binding 6))] false) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 11) [(.clone (.generated .binding 6))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .int .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 12) [(.clone (.generated .binding 8))] false) (.mk [] (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (.mk [] (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])))) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 8))] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair (.fixed .u64) .nat))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 0) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.move (.generated .binding 2)), (.copy (.generated .binding 3)), (.move (.generated .binding 4)), (.copy (.generated .binding 5)), (.move (.generated .binding 6)), (.copy (.generated .binding 7)), (.move (.generated .binding 8)), (.copy (.generated .binding 9))] false)])) (lb := []) (tb := (.construct (.none (.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))) [])) (Corr.build (ts := [(.pair (.option .bool) (.pair (.option .nat) (.pair (.option .nat) (.pair (.option .nat) (.option .nat)))))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair (.pair .nat .string) .bool)), (.pair .nat .string), (.list (.pair (.fixed .i8) .nat)), (.fixed .i8), (.list (.pair .bool .nat)), .bool, (.list (.pair .int .nat)), .int, (.list (.pair (.fixed .u64) .nat)), (.fixed .u64)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | _ + 14 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/Compose/RustStd.lex.tex b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/Compose/RustStd.lex.tex
deleted file mode 100644
index b1451c0d5..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,501 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9,
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.root : @1005 := @1006 {
-  all: [LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.program
-@1 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.krate
-@2 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.flags
-@3 := Nat
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@29 := @27 @4 @15
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @29 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@37 := @36 @15
-@41 := {A : @10} -> (n : @3) -> @37 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := String
-@51 := LexLeanTarget.TargetSyntax.Value.string
-@52 := @51 @15
-@53 := LexLeanTarget.TargetSyntax.Ty.string
-@54 := @51 @17
-@60 := {p : @8} -> {c : @9} -> {A : @10} -> (s : @50) -> @16 @54 @53
-@62 := LexLeanPreservation.Rust.wt_string @0
-@67 := {c : @9} -> {A : @10} -> (s : @50) -> @29 @54 @53
-@68 := @62 @1
-@72 := {A : @10} -> (s : @50) -> @37 @54 @53
-@73 := @68 @2
-@76 := (s : @50) -> @43 @54 @53
-@77 := @73 @15
-@79 := @43 @52 @53
-@80 := LexLeanTarget.TargetSyntax.Value
-@81 := List.nil.{0}
-@82 := List.cons.{0}
-@83 := @81 @80
-@84 := @82 @80
-@86 := @84 @52 @83
-@88 := @84 @6 @86
-@89 := Prod.{0, 0}
-@90 := @89 @3
-@91 := @90 @80
-@92 := 1
-@95 := Prod.mk.{0, 0} @3 @80
-@96 := @95 @92
-@97 := @96 @52
-@98 := 0
-@99 := @95 @98
-@100 := @99 @6
-@101 := @81 @91
-@102 := @82 @91
-@104 := @102 @100 @101
-@106 := @102 @97 @104
-@107 := Bool.false
-@108 := LexLeanTarget.TargetSyntax.Function
-@109 := LexLeanTarget.TargetSyntax.Program.functions
-@110 := @109 @0
-@111 := LexLeanTarget.TargetSyntax.Ty
-@112 := @81 @3
-@113 := @81 @111
-@114 := LexLeanTarget.TargetSyntax.Ty.unit
-@115 := LexLeanTarget.TargetSyntax.Value.unit
-@118 := LexLeanTarget.TargetSyntax.Expr.value @114 @115
-@123 := LexLeanTarget.TargetSyntax.Function.mk @112 @113 @114 @118
-@128 := List.getD.{0} @108 @110 @98 @123
-@132 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.root @17 @98
-@133 := LexLeanPreservation.Rust.WTL
-@141 := {p : @8} -> {c : @9} -> {A : @10} -> @133 @4 @15 @17 @83 @113
-@143 := LexLeanPreservation.Rust.wtl_nil @0
-@144 := @133 @0
-@150 := {c : @9} -> {A : @10} -> @144 @15 @17 @83 @113
-@151 := @143 @1
-@152 := @144 @1
-@156 := {A : @10} -> @152 @17 @83 @113
-@157 := @151 @2
-@158 := @152 @2
-@159 := @158 @83
-@160 := @159 @113
-@161 := List.{0}
-@162 := @161 @80
-@163 := @161 @111
-@164 := #6
-@165 := @11 @164
-@166 := #5
-@167 := @165 @166
-@168 := #4
-@171 := @167 @168 @12 @4
-@172 := #7
-@177 := @133 @172 @164 @166 @4 @15
-@178 := #8
-@181 := @133 @178 @172 @164
-@183 := @84 @166 @12
-@184 := @181 @183
-@185 := @82 @111
-@187 := @185 @168 @4
-@197 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @80} -> {t : @111} -> {vs : @162} -> {ts : @163} -> (h : @171) -> (hs : @177) -> @184 @187
-@199 := LexLeanPreservation.Rust.wtl_cons @0
-@219 := {c : @9} ->
-  {A : @10} ->
-  {v : @80} ->
-  {t : @111} ->
-  {vs : @162} ->
-  {ts : @163} ->
-  (h : @27 @166 @168 @12 @4) -> (hs : @144 @164 @166 @4 @15) -> @144 @172 @164 @183 @187
-@220 := @199 @1
-@236 := {A : @10} ->
-  {v : @80} ->
-  {t : @111} ->
-  {vs : @162} ->
-  {ts : @163} -> (h : @36 @168 @12 @4) -> (hs : @152 @166 @4 @15) -> @152 @164 @183 @187
-@237 := @220 @2
-@239 := @43 @12 @4
-@241 := @158 @4 @15
-@249 := {v : @80} ->
-  {t : @111} -> {vs : @162} -> {ts : @163} -> (h : @239) -> (hs : @241) -> @158 @183 @187
-@250 := @237 @52
-@251 := @51 @168
-@253 := @43 @251 @4
-@254 := @51 @164
-@255 := @84 @254
-@263 := {t : @111} ->
-  {vs : @162} -> {ts : @163} -> (h : @253) -> (hs : @241) -> @158 (@255 @12) @187
-@264 := @250 @53
-@265 := @51 @12
-@267 := @43 @265 @53
-@268 := @51 @166
-@269 := @84 @268
-@271 := @158 (@269 @12)
-@272 := @185 @53
-@273 := @272 @4
-@278 := {vs : @162} -> {ts : @163} -> (h : @267) -> (hs : @241) -> @271 @273
-@279 := @264 @83
-@280 := @51 @4
-@282 := @43 @280 @53
-@283 := @159 @15
-@285 := @84 @251 @83
-@290 := {ts : @163} -> (h : @282) -> (hs : @283) -> @158 @285 @273
-@291 := @279 @113
-@293 := @84 @265 @83
-@294 := @158 @293
-@295 := @272 @113
-@298 := (h : @79) -> (hs : @160) -> @294 @295
-@299 := @291 @77
-@301 := @84 @280 @83
-@303 := @158 @301 @295
-@304 := (hs : @160) -> @303
-@305 := @299 @157
-@307 := @158 @86 @295
-@308 := @237 @6
-@309 := @5 @166
-@311 := @43 @309 @4
-@312 := @5 @172
-@313 := @84 @312
-@321 := {t : @111} ->
-  {vs : @162} -> {ts : @163} -> (h : @311) -> (hs : @241) -> @158 (@313 @12) @187
-@322 := @308 @7
-@323 := @5 @168
-@325 := @43 @323 @7
-@326 := @5 @164
-@327 := @84 @326
-@329 := @158 (@327 @12)
-@330 := @185 @7
-@331 := @330 @4
-@336 := {vs : @162} -> {ts : @163} -> (h : @325) -> (hs : @241) -> @329 @331
-@337 := @322 @86
-@338 := @5 @12
-@340 := @43 @338 @7
-@341 := @294 @15
-@343 := @84 @309 @285
-@344 := @158 @343
-@348 := {ts : @163} -> (h : @340) -> (hs : @341) -> @344 @331
-@349 := @337 @295
-@351 := @84 @323 @293
-@352 := @158 @351
-@353 := @330 @295
-@356 := (h : @49) -> (hs : @303) -> @352 @353
-@357 := @349 @47
-@359 := @84 @338 @301
-@360 := @158 @359
-@362 := (hs : @307) -> @360 @353
-@363 := @357 @305
-@364 := @158 @88
-@365 := @364 @353
-@366 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.denote
-@368 := @366 @4 @15
-@369 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.__fits_0
-@371 := @369 @4 @15
-@374 := Coverage.Colls.literals @4 @15
-@376 := @89 @50 @3
-@377 := @161 @376
-@378 := @161 @3
-@379 := @90 @378
-@380 := @161 @379
-@382 := @89 @378 @380
-@383 := LexLeanPreservation.encPair
-@387 := @383 @50 @3 @51 @5
-@388 := LexLeanPreservation.encList
-@390 := @388 @376 @387
-@392 := @388 @3 @5
-@396 := @383 @3 @378 @5 @392
-@398 := @388 @379 @396
-@402 := @383 @378 @380 @392 @398
-@407 := @383 @377 @382 @390 @402 @374
-@410 := LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.root @4 @15
-@411 := Bool
-@412 := Ne.{1}
-@413 := LexLeanPreservation.Obs
-@414 := @412 @413
-@415 := LexLeanPreservation.Rel
-@418 := @414 (@415 @15 @17)
-@419 := LexLeanPreservation.Obs.stuck
-@422 := (f : @411) -> (v : @80) -> @418 @419
-@424 := LexLeanPreservation.Rust.rel_ne_stuck @371
-@431 := (v : @80) -> @414 (@415 (@369 @12 @4) @17) @419
-@432 := @424 @407
-@436 := @414 (@415 @371 @407) @419
-@437 := @161 @91
-@438 := LexLeanPreservation.Rust.FunSem
-@439 := #9
-@445 := (n : @3) -> @438 @439 @178 @172 @17 @164
-@446 := Eq.{1}
-@447 := Option.{0}
-@448 := @447 @108
-@449 := @446 @448
-@456 := LexLeanRuntime.index (@161 @108) @108 (LexLeanRuntime.instIndexableList @108)
-@460 := @449 (@456 (@109 @439) @164)
-@461 := Option.some.{0}
-@462 := @461 @108
-@463 := @462 @166
-@464 := @460 @463
-@465 := #10
-@469 := @133 @465 @439 @178 @166
-@470 := LexLeanTarget.TargetSyntax.Function.types
-@471 := @470 @164
-@472 := @469 @471
-@473 := @447 @437
-@474 := @446 @473
-@475 := LexLeanTarget.TargetSemantics.bindAll
-@476 := LexLeanTarget.TargetSyntax.Function.parameters
-@481 := @474 (@475 (@476 @172) @164 @101)
-@482 := @461 @437
-@483 := @482 @166
-@484 := @481 @483
-@485 := @447 @411
-@486 := @446 @485
-@487 := LexLeanPreservation.Rust.fnFallible
-@488 := #11
-@491 := @486 (@487 @488 @439)
-@492 := @461 @411
-@493 := @492 @166
-@494 := @491 @493
-@495 := LexLeanPreservation.RunConv
-@496 := #13
-@500 := @495 @496 @465 @178 @166
-@502 := @414 @164 @419
-@503 := Exists.{1}
-@504 := LexLeanPreservation.Rust.ROut
-@505 := @503 @504
-@506 := And
-@507 := LexLeanPreservation.Rust.RealizesFn
-@511 := @506 (@507 @439 @178 @17)
-@512 := LexLeanPreservation.Rust.RCI
-@514 := @512 #15
-@515 := LexLeanPreservation.Rust.fnIdent
-@516 := @515 @496
-@523 := (hne : @502) -> @505 (fun (ro : @504) => @511 (@514 @516 @488 @17))
-@538 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @108} ->
-  {args : @162} ->
-  {env : @437} ->
-  {F : @411} ->
-  {o : @413} ->
-  (hB : @445) ->
-  (hfn : @464) -> (hwt : @472) -> (hbind : @484) -> (hF : @494) -> (hA : @500) -> @523
-@540 := LexLeanPreservation.Rust.compose @0
-@541 := @438 @0
-@546 := (n : @3) -> @541 @178 @172 @17 @164
-@547 := @456 @110
-@550 := @449 (@547 @164) @463
-@554 := @144 @439 @178 @166 @471
-@555 := @495 @0
-@558 := @555 @465 @178 @166
-@572 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @108} ->
-  {args : @162} ->
-  {env : @437} ->
-  {F : @411} ->
-  {o : @413} ->
-  (hB : @546) ->
-  (hfn : @550) -> (hwt : @554) -> (hbind : @484) -> (hF : @494) -> (hA : @558) -> @523
-@573 := @540 @1
-@574 := @541 @1
-@578 := (n : @3) -> @574 @172 @17 @164
-@581 := @152 @178 @166 @471
-@582 := @487 @1
-@585 := @486 (@582 @439) @493
-@586 := @512 @1
-@596 := (hbind : @484) ->
-  (hF : @585) -> (hA : @558) -> (hne : @502) -> @505 (fun (ro : @504) => @511 (@586 @516 @488 @17))
-@606 := {A : @10} ->
-  {f : @3} ->
-  {fn : @108} ->
-  {args : @162} ->
-  {env : @437} -> {F : @411} -> {o : @413} -> (hB : @578) -> (hfn : @550) -> (hwt : @581) -> @596
-@607 := @573 @2
-@609 := @574 @2 @17
-@611 := (n : @3) -> @609 @164
-@612 := @158 @166
-@613 := @612 @471
-@622 := {f : @3} ->
-  {fn : @108} ->
-  {args : @162} ->
-  {env : @437} -> {F : @411} -> {o : @413} -> (hB : @611) -> (hfn : @550) -> (hwt : @613) -> @596
-@623 := @607 @98
-@625 := (n : @3) -> @609 @98
-@626 := @547 @98
-@627 := @449 @626
-@628 := @627 @463
-@629 := @582 @98
-@630 := @486 @629
-@631 := @630 @493
-@632 := @555 @98
-@634 := @632 @178 @166
-@636 := @586 (@515 @98)
-@644 := (hF : @631) -> (hA : @634) -> (hne : @502) -> @505 (fun (ro : @504) => @511 (@636 @488 @17))
-@653 := {fn : @108} ->
-  {args : @162} ->
-  {env : @437} ->
-  {F : @411} -> {o : @413} -> (hB : @625) -> (hfn : @628) -> (hwt : @613) -> (hbind : @484) -> @644
-@654 := @623 @128
-@656 := @627 (@462 @128)
-@657 := @470 @128
-@658 := @612 @657
-@660 := @475 (@476 @128)
-@672 := {args : @162} ->
-  {env : @437} ->
-  {F : @411} ->
-  {o : @413} ->
-  (hB : @625) -> (hfn : @656) -> (hwt : @658) -> (hbind : @474 (@660 @164 @101) @483) -> @644
-@673 := @654 @88
-@675 := @313 (@255 @83)
-@677 := @158 @675 @657
-@683 := @84 (@5 @178) (@84 (@51 @172) @83)
-@687 := @474 (@660 @683 @101) @483
-@693 := @84 (@5 @465) (@84 (@51 @439) @83)
-@695 := @632 @693 @166
-@697 := @84 (@5 @496)
-@698 := #12
-@717 := {env : @437} ->
-  {F : @411} ->
-  {o : @413} ->
-  (hB : @625) ->
-  (hfn : @656) ->
-  (hwt : @677) ->
-  (hbind : @687) ->
-  (hF : @631) ->
-  (hA : @695) ->
-  (hne : @502) -> @505 (fun (ro : @504) => @511 (@636 (@697 (@84 (@51 @698) @83)) @17))
-@718 := @673 @106
-@720 := @327 (@269 @83)
-@722 := @158 @720 @657
-@733 := @474 (@660 @675 @101) (@482 (@102 (@96 @254) (@102 (@99 @312) @101)))
-@739 := @84 (@5 @439) (@84 (@51 @178) @83)
-@761 := {F : @411} ->
-  {o : @413} ->
-  (hB : @625) ->
-  (hfn : @656) ->
-  (hwt : @722) ->
-  (hbind : @733) ->
-  (hF : @631) ->
-  (hA : @632 @739 @166) ->
-  (hne : @502) -> @505 (fun (ro : @504) => @511 (@636 (@84 (@5 @698) (@84 (@51 @488) @83)) @17))
-@762 := @718 @107
-@763 := @344 @657
-@774 := @474 (@660 @720 @101) (@482 (@102 (@96 @268) (@102 (@99 @326) @101)))
-@776 := @630 (@492 @107)
-@778 := @632 @683 @166
-@779 := @507 @107
-@801 := {o : @413} ->
-  (hB : @625) ->
-  (hfn : @656) ->
-  (hwt : @763) ->
-  (hbind : @774) ->
-  (hF : @776) ->
-  (hA : @778) ->
-  (hne : @502) ->
-  @505 (fun (ro : @504) => @506 (@779 @178 @17) (@636 (@84 (@5 @488) (@84 (@51 @465) @83)) @17))
-@802 := @762 @368
-@803 := @352 @657
-@814 := @474 (@660 @343 @101) (@482 (@102 (@96 @251) (@102 (@99 @309) @101)))
-@815 := @632 @675
-@817 := @366 @172 @164
-@818 := @815 @817
-@820 := @366 @178 @172
-@839 := (hB : @625) ->
-  (hfn : @656) ->
-  (hwt : @803) ->
-  (hbind : @814) ->
-  (hF : @776) ->
-  (hA : @818) ->
-  (hne : @414 @820 @419) ->
-  @505 (fun (ro : @504) => @506 (@779 (@366 @465 @439) @17) (@636 @693 @17))
-@840 := @802 @132
-@841 := @360 @657
-@852 := @474 (@660 @351 @101) (@482 (@102 (@96 @265) (@102 (@99 @323) @101)))
-@853 := @632 @720
-@855 := @366 @164 @166
-@874 := (hfn : @656) ->
-  (hwt : @841) ->
-  (hbind : @852) ->
-  (hF : @776) ->
-  (hA : @853 @855) ->
-  (hne : @414 @817 @419) ->
-  @505 (fun (ro : @504) => @506 (@779 (@366 @439 @178) @17) (@636 @739 @17))
-@875 := Eq.refl.{1}
-@878 := @840 (@875 @448 @626)
-@879 := @364 @657
-@890 := @474 (@660 @359 @101) (@482 (@102 (@96 @280) (@102 (@99 @338) @101)))
-@891 := @632 @343
-@893 := @366 @166 @168
-@909 := (hwt : @879) ->
-  (hbind : @890) ->
-  (hF : @776) ->
-  (hA : @891 @893) ->
-  (hne : @414 @855 @419) -> @505 (fun (ro : @504) => @506 (@779 @820 @17) (@636 @683 @17))
-@910 := @878 @363
-@912 := @660 @88 @101
-@915 := @474 @912 (@482 @106)
-@916 := @632 @351
-@918 := @366 @168 @12
-@933 := (hbind : @915) ->
-  (hF : @776) ->
-  (hA : @916 @918) ->
-  (hne : @414 @893 @419) -> @505 (fun (ro : @504) => @506 (@779 @817 @17) (@636 @675 @17))
-@936 := @910 (@875 @473 @912)
-@937 := @632 @359
-@939 := @366 @12 @4
-@953 := (hF : @776) ->
-  (hA : @937 @939) ->
-  (hne : @414 @918 @419) -> @505 (fun (ro : @504) => @506 (@779 @855 @17) (@636 @720 @17))
-@956 := @936 (@875 @485 @629)
-@970 := (hA : @632 @88 @368) ->
-  (hne : @414 @939 @419) -> @505 (fun (ro : @504) => @506 (@779 @893 @17) (@636 @343 @17))
-@971 := @956 @410
-@982 := (hne : @414 @368 @419) -> @505 (fun (ro : @504) => @506 (@779 @918 @17) (@636 @351 @17))
-@983 := @971 @432
-@989 := @506 (@779 @939 @17) (@636 @359 @17)
-@991 := @505 (fun (ro : @504) => @989)
-@993 := @505 (fun (__e_ro : @504) => @989)
-@994 := LexLeanPreservation.Rust.RepresentableL
-@995 := @5 @15
-@997 := @84 @54 @83
-@1000 := @994 (@84 @995 @997)
-@1001 := (__e_hrep : @1000) -> @993
-@1002 := fun (__e_hrep : @1000) => @983
-@1003 := (s : @50) -> @1001
-@1004 := fun (s : @50) => @1002
-@1005 := (x : @3) -> @1003
-@1006 := fun (x : @3) => @1004
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/RustStd.lean b/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/RustStd.lean
deleted file mode 100644
index b813a7277..000000000
--- a/examples/production-coverage/expected/verify/preserve/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.nat, .string], result := (.pair (.list (.pair .string .nat)) (.pair (.list .nat) (.list (.pair .nat (.list .nat))))),
-      body := (.build .pair (.pair (.list (.pair .string .nat)) (.pair (.list .nat) (.list (.pair .nat (.list .nat))))) [(.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.value .string (.string "a")), (.var 0)]), (.build .cons (.list (.pair .string .nat)) [(.build .pair (.pair .string .nat) [(.value .string (.string "b")), (.value .nat (.nat 2))]), (.build .nil (.list (.pair .string .nat)) [])])]), (.build .pair (.pair (.list .nat) (.list (.pair .nat (.list .nat)))) [(.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .nil (.list .nat) [])])]), (.build .cons (.list (.pair .nat (.list .nat))) [(.build .pair (.pair .nat (.list .nat)) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .nil (.list .nat) [])])]), (.build .cons (.list (.pair .nat (.list .nat))) [(.build .pair (.pair .nat (.list .nat)) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]), (.build .nil (.list (.pair .nat (.list .nat))) [])])])])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := .wild, type := .str }] (.pair (.list (.pair .str .nat)) (.pair (.list .nat) (.list (.pair .nat (.list .nat))))) (.mk [] (.pair (.construct .cons [(.pair (.lit (.str "a")) (.copy (.generated .binding 0))), (.construct .cons [(.pair (.lit (.str "b")) (.lit (.nat 2))), (.construct (.nil (.pair .str .nat)) [])])]) (.pair (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])]) (.construct .cons [(.pair (.lit (.nat 1)) (.construct .cons [(.lit (.nat 2)), (.construct (.nil .nat) [])])), (.construct .cons [(.pair (.lit (.nat 2)) (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])), (.construct (.nil (.pair .nat (.list .nat))) [])])])))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.construct .cons [(.pair (.lit (.str "a")) (.copy (.generated .binding 0))), (.construct .cons [(.pair (.lit (.str "b")) (.lit (.nat 2))), (.construct (.nil (.pair .str .nat)) [])])]) (.pair (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])]) (.construct .cons [(.pair (.lit (.nat 1)) (.construct .cons [(.lit (.nat 2)), (.construct (.nil .nat) [])])), (.construct .cons [(.pair (.lit (.nat 2)) (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])), (.construct (.nil (.pair .nat (.list .nat))) [])])]))), [(1, .string, none), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .string .nat), (.list (.pair .string .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat (.list .nat)), (.list (.pair .nat (.list .nat)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat (.list .nat)), (.list (.pair .nat (.list .nat)))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd
diff --git a/examples/production-coverage/expected/verify/preserve/audit.txt b/examples/production-coverage/expected/verify/preserve/audit.txt
index 910d7f1c4..dd6bfae21 100644
--- a/examples/production-coverage/expected/verify/preserve/audit.txt
+++ b/examples/production-coverage/expected/verify/preserve/audit.txt
@@ -7737,356 +7737,356 @@
 'LexLeanPreservation.encOption.eq_2' does not depend on any axioms
 'LexLeanPreservation.encPair.eq_1' does not depend on any axioms
 'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.root' depends on axioms: [propext, Classical.choice, Quot.sound]
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  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_1' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_3' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_4' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_2' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wtItems_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wtItems_0' depends on axioms: [propext]
-'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_1' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_3' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_4' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_2' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wtItems_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wtItems_0' depends on axioms: [propext]
+'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.__wt_0' depends on axioms: [propext]
 -- statement vocabulary
 inductive LexLeanPreservation.Obs : Type
 number of parameters: 0
diff --git a/examples/production-coverage/expected/verify/preserve/preservation.json b/examples/production-coverage/expected/verify/preserve/preservation.json
index 4b511c6ee..7fc9215e7 100644
--- a/examples/production-coverage/expected/verify/preserve/preservation.json
+++ b/examples/production-coverage/expected/verify/preserve/preservation.json
@@ -1 +1 @@
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diff --git a/examples/production-coverage/expected/verify/probe/LexLeanProbe.Pf3572b43e36d5c62b7601d32507ebc3a.lean b/examples/production-coverage/expected/verify/probe/LexLeanProbe.Pe05bf7cb47aac48ea11c4a7ac75c7962.lean
similarity index 100%
rename from examples/production-coverage/expected/verify/probe/LexLeanProbe.Pf3572b43e36d5c62b7601d32507ebc3a.lean
rename to examples/production-coverage/expected/verify/probe/LexLeanProbe.Pe05bf7cb47aac48ea11c4a7ac75c7962.lean
diff --git a/examples/production-coverage/expected/verify/probe/process.json b/examples/production-coverage/expected/verify/probe/process.json
index e8b8ae1ff..f98d74752 100644
--- a/examples/production-coverage/expected/verify/probe/process.json
+++ b/examples/production-coverage/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pf3572b43e36d5c62b7601d32507ebc3a.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pf3572b43e36d5c62b7601d32507ebc3a","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pe05bf7cb47aac48ea11c4a7ac75c7962.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pe05bf7cb47aac48ea11c4a7ac75c7962","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.json
new file mode 100644
index 000000000..009d170a1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.json
new file mode 100644
index 000000000..d1a225e09
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.json
new file mode 100644
index 000000000..32fd9d9b8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.json
new file mode 100644
index 000000000..9d901a182
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.json
new file mode 100644
index 000000000..12020050c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.json
new file mode 100644
index 000000000..445df3681
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.json
new file mode 100644
index 000000000..d4bd25289
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.json
new file mode 100644
index 000000000..8d6b695bf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.json
new file mode 100644
index 000000000..baf801caa
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.json
new file mode 100644
index 000000000..185394b17
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.json
new file mode 100644
index 000000000..b78e91bb5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.json
new file mode 100644
index 000000000..a07b1fe8c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.json
new file mode 100644
index 000000000..281fdf197
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.json
new file mode 100644
index 000000000..606b8aeae
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.json
new file mode 100644
index 000000000..a4fcf332c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.json
new file mode 100644
index 000000000..94b0a1f31
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.json
new file mode 100644
index 000000000..400f3c64f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.json
new file mode 100644
index 000000000..4e7de8cba
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.json
new file mode 100644
index 000000000..eb2ad9f06
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.json
new file mode 100644
index 000000000..869e2678e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.json
new file mode 100644
index 000000000..b46447b1b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.json
new file mode 100644
index 000000000..8dcd7c291
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.json
new file mode 100644
index 000000000..48ab0f573
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.json
new file mode 100644
index 000000000..a913fe2e4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.json
new file mode 100644
index 000000000..ef69db157
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.json
new file mode 100644
index 000000000..d24fdbb2a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.json
new file mode 100644
index 000000000..808186254
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.json
new file mode 100644
index 000000000..158c951de
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.json
new file mode 100644
index 000000000..508e6f94b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.json
new file mode 100644
index 000000000..29cb3fd22
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.json
new file mode 100644
index 000000000..2218fb6bf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.json
new file mode 100644
index 000000000..46c69e483
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.json
new file mode 100644
index 000000000..9fa54fd16
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.json
new file mode 100644
index 000000000..87c334291
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.json
new file mode 100644
index 000000000..0b9362a8e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.json
new file mode 100644
index 000000000..1119bb67b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.json
new file mode 100644
index 000000000..8ea810fcc
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.json
new file mode 100644
index 000000000..97405b776
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.json
new file mode 100644
index 000000000..157fc4c8f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.json
new file mode 100644
index 000000000..c8c47f029
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.json
new file mode 100644
index 000000000..af839359a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.json
new file mode 100644
index 000000000..07d2cfed3
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.json
new file mode 100644
index 000000000..a32f65818
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.json
new file mode 100644
index 000000000..8d7ce5086
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.json
new file mode 100644
index 000000000..038f40175
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.json
new file mode 100644
index 000000000..e5f40ddb9
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.json
new file mode 100644
index 000000000..eddfabe6f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.json
new file mode 100644
index 000000000..6c335bfac
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.json
new file mode 100644
index 000000000..30e5bd9fd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.json
new file mode 100644
index 000000000..d69741f50
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.json
new file mode 100644
index 000000000..c73548b84
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.json
new file mode 100644
index 000000000..616d70d42
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.json
new file mode 100644
index 000000000..1ff8ad534
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.json
new file mode 100644
index 000000000..15fa3f630
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.json
new file mode 100644
index 000000000..c10965cc6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.json
new file mode 100644
index 000000000..8e71eae3f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.json
new file mode 100644
index 000000000..40cc782e2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.json
new file mode 100644
index 000000000..7862532e2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.json
new file mode 100644
index 000000000..4e0bc6888
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.json
new file mode 100644
index 000000000..2122279dd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.json
new file mode 100644
index 000000000..5f9cefed7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.json
new file mode 100644
index 000000000..02b4ca8e0
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.json
new file mode 100644
index 000000000..b7dd4af2d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.json
new file mode 100644
index 000000000..3f7f96f5a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.json
new file mode 100644
index 000000000..35b48e127
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.json
new file mode 100644
index 000000000..b3b88b072
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.json
new file mode 100644
index 000000000..279ddc03e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.json
new file mode 100644
index 000000000..773809bdf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.json
new file mode 100644
index 000000000..9998317ef
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.json
new file mode 100644
index 000000000..42dbaf427
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.json
new file mode 100644
index 000000000..3b0ce3a61
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.json
new file mode 100644
index 000000000..2776f6608
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.json
new file mode 100644
index 000000000..492ded7f8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.json
new file mode 100644
index 000000000..33f914e31
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.json
new file mode 100644
index 000000000..43ab8fa54
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.json
new file mode 100644
index 000000000..af28fa730
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.json
new file mode 100644
index 000000000..35d07ea26
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.json
new file mode 100644
index 000000000..a30d4afc5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.json
new file mode 100644
index 000000000..000a581e5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.json
new file mode 100644
index 000000000..ebd369a85
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.json
new file mode 100644
index 000000000..cb0536a1f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.json
new file mode 100644
index 000000000..e02eaffd6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.json
new file mode 100644
index 000000000..87c1031a0
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.json
new file mode 100644
index 000000000..8053981e2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.json
new file mode 100644
index 000000000..bc3e39a1f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.json
new file mode 100644
index 000000000..bbd6653bf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.json
new file mode 100644
index 000000000..5de529825
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.json
new file mode 100644
index 000000000..70b7d473b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.json
new file mode 100644
index 000000000..25d8c8acf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.json
new file mode 100644
index 000000000..f8904b066
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.json
new file mode 100644
index 000000000..50a3af7a6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.json
new file mode 100644
index 000000000..87f82c53d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.json
new file mode 100644
index 000000000..e83d33e22
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.json
new file mode 100644
index 000000000..16debce01
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.json
new file mode 100644
index 000000000..a6f4e4bd3
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.json
new file mode 100644
index 000000000..cb4523e33
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.json
new file mode 100644
index 000000000..651cf4ac8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.json
new file mode 100644
index 000000000..b6a5df50c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.json
new file mode 100644
index 000000000..7b3bb590e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.json
new file mode 100644
index 000000000..59386f184
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.json
new file mode 100644
index 000000000..38508489f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.json
new file mode 100644
index 000000000..b3ef29eeb
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.json
new file mode 100644
index 000000000..290ddf5bf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.json
new file mode 100644
index 000000000..c08153e2e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.json
new file mode 100644
index 000000000..54fb81b1e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.json
new file mode 100644
index 000000000..77cd1ac67
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.json
new file mode 100644
index 000000000..9f5caa2d9
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.json
new file mode 100644
index 000000000..8f5722ce2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.json
new file mode 100644
index 000000000..6c155aee7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.json
new file mode 100644
index 000000000..e3ab8a168
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.json
new file mode 100644
index 000000000..6332c68d4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.json
new file mode 100644
index 000000000..8d30ea3c7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.json
new file mode 100644
index 000000000..49dc1add0
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.json
new file mode 100644
index 000000000..6aa82ed7f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.json
new file mode 100644
index 000000000..6a0717d2d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.json
new file mode 100644
index 000000000..85913fc71
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.json
new file mode 100644
index 000000000..fb04809b7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.json
new file mode 100644
index 000000000..012727e60
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.json
new file mode 100644
index 000000000..1d99f1c2f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.json
new file mode 100644
index 000000000..d630db0f5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.json
new file mode 100644
index 000000000..49331d349
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.json
new file mode 100644
index 000000000..4a9a75fbd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.json
new file mode 100644
index 000000000..c8d27f8a6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.json
new file mode 100644
index 000000000..ab0f71757
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.json
new file mode 100644
index 000000000..d65d95344
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.json
new file mode 100644
index 000000000..9a5ebe3ba
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.json
new file mode 100644
index 000000000..43866284d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.json
new file mode 100644
index 000000000..9fa453536
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.json
new file mode 100644
index 000000000..7e0484dac
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.json
new file mode 100644
index 000000000..1e74612c5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.json
new file mode 100644
index 000000000..330d652e8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.json
new file mode 100644
index 000000000..ff6f52418
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.json
deleted file mode 100644
index c7f343136..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.json
deleted file mode 100644
index 11fdbc24b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.json
deleted file mode 100644
index da3fe905c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.json
deleted file mode 100644
index a6da3f441..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.json
deleted file mode 100644
index b7269a513..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.json
deleted file mode 100644
index 233a4453b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.json
deleted file mode 100644
index 0220eeb99..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.json
deleted file mode 100644
index 259d5c54c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.json
deleted file mode 100644
index d0b8ce55c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.json
deleted file mode 100644
index 05b0efb75..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.json
deleted file mode 100644
index 513dc2337..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.json
deleted file mode 100644
index 4cc26a2ff..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.json
deleted file mode 100644
index cf9384aee..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.json
deleted file mode 100644
index 1f62a24fd..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.json
deleted file mode 100644
index 42c4b547c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.json
deleted file mode 100644
index c53d03bf8..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.json
deleted file mode 100644
index bfc5cafbd..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.json
deleted file mode 100644
index 8ee6e3a6e..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.json
deleted file mode 100644
index 860a6b8cc..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.json
deleted file mode 100644
index ae46d6843..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.json
deleted file mode 100644
index 52ec9ea1a..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.json
deleted file mode 100644
index 26cdc92a7..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.json
deleted file mode 100644
index 83f5070e9..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.json
deleted file mode 100644
index 6bbcdf725..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.json
deleted file mode 100644
index fc2666ad3..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.json
deleted file mode 100644
index e9c30d3c9..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.json
deleted file mode 100644
index 4a5f28fe6..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.json
deleted file mode 100644
index bb1e697c6..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.json
deleted file mode 100644
index a9638c230..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.json
deleted file mode 100644
index f239bc786..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.json
deleted file mode 100644
index 5690d2c20..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.json
deleted file mode 100644
index d685501b7..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.json
deleted file mode 100644
index 2de6caab6..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.json
deleted file mode 100644
index 10e793644..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.json
deleted file mode 100644
index decfbc08f..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.json
deleted file mode 100644
index 9ff0e55a4..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.json
deleted file mode 100644
index a783c5b4b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.json
deleted file mode 100644
index 3918d64b1..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.json
deleted file mode 100644
index 4d163c85f..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.json
deleted file mode 100644
index 31636d8a3..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.json
deleted file mode 100644
index 83d6f06b2..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.json
deleted file mode 100644
index bb320324c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.json
deleted file mode 100644
index 94600cbc5..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.json
deleted file mode 100644
index 3122baa38..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.json
deleted file mode 100644
index 27d376441..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.json
deleted file mode 100644
index 9fd1eb7a6..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.json
deleted file mode 100644
index f0ba41d8a..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.json
deleted file mode 100644
index 8611b109e..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.json
deleted file mode 100644
index 391bc129e..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.json
deleted file mode 100644
index bd44467ef..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.json
deleted file mode 100644
index 59306ac7c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.json
deleted file mode 100644
index 17099e9ac..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.json
deleted file mode 100644
index ba29ea628..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.json
deleted file mode 100644
index 5cf51ed05..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.json
deleted file mode 100644
index eac702e21..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.json
deleted file mode 100644
index 1706b0788..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.json
deleted file mode 100644
index f86f7c795..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.json
deleted file mode 100644
index 0f25c04b6..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.json
deleted file mode 100644
index 104c271fa..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.json
deleted file mode 100644
index 955eabc00..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.json
deleted file mode 100644
index 4f59b47be..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.json
deleted file mode 100644
index 47b4398b8..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.json
deleted file mode 100644
index 888b3f6b7..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.json
deleted file mode 100644
index cc4ec399b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.json
deleted file mode 100644
index ebb211d27..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.json
deleted file mode 100644
index 8afcacc58..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.json
deleted file mode 100644
index dd6eb2b03..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.json
deleted file mode 100644
index ebcca9268..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.json
deleted file mode 100644
index 6f53766e7..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.json
deleted file mode 100644
index cbb1cc688..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.json
deleted file mode 100644
index d97bd845f..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.json
deleted file mode 100644
index 455d2e4b8..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.json
deleted file mode 100644
index 7370e329a..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.json
deleted file mode 100644
index 2f3534c64..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.json
deleted file mode 100644
index b9ca3f31c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.json
deleted file mode 100644
index 56bc97845..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.json
deleted file mode 100644
index 093d6ecdb..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.json
deleted file mode 100644
index 694c6bb61..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.json
deleted file mode 100644
index dcb78f364..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.json
deleted file mode 100644
index 4266faee1..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.json
deleted file mode 100644
index a8c66e249..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.json
deleted file mode 100644
index 8c7cb5e8b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.json
deleted file mode 100644
index 44720c7a8..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.json
deleted file mode 100644
index 581403408..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.json
deleted file mode 100644
index 1ae362edc..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.json
deleted file mode 100644
index a33ba94da..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.json
deleted file mode 100644
index 30419f147..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.json
deleted file mode 100644
index 6a082c1e1..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.json
deleted file mode 100644
index 043d90067..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.json
deleted file mode 100644
index 42c525c87..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.json
deleted file mode 100644
index 48070a23b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.json
deleted file mode 100644
index d2205f94e..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.json
deleted file mode 100644
index 5f60b4d6c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.json
deleted file mode 100644
index 7473776c5..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.json
deleted file mode 100644
index 530e82caf..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.json
deleted file mode 100644
index c37f381ef..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.json
deleted file mode 100644
index 7ee1f60e4..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.json
deleted file mode 100644
index 4892207b8..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.json
deleted file mode 100644
index 09bd1ebfe..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.json
deleted file mode 100644
index 6d7f63458..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.json
deleted file mode 100644
index b1a400dcf..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.json
deleted file mode 100644
index 9703b536c..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.json
deleted file mode 100644
index ce12791fb..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.json
deleted file mode 100644
index 37053c082..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.json
deleted file mode 100644
index a473d237b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.json
deleted file mode 100644
index 2768ef279..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.json
deleted file mode 100644
index b87f3205d..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.json
deleted file mode 100644
index 510969168..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.json
deleted file mode 100644
index a8d28cf66..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.json
deleted file mode 100644
index 0309888f8..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.json
deleted file mode 100644
index 1f63470bf..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.json
deleted file mode 100644
index 70a4e576d..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.json
deleted file mode 100644
index 8fe5a3301..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.json
deleted file mode 100644
index 37ae07eef..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.json
deleted file mode 100644
index 5ce890622..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.json
deleted file mode 100644
index b209bbd11..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.json
deleted file mode 100644
index f8fa3b574..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.json
deleted file mode 100644
index f322ed25d..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.json
deleted file mode 100644
index b7aac1de6..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.json
deleted file mode 100644
index c37c7a5ca..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.json
deleted file mode 100644
index c9c494355..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.json
deleted file mode 100644
index 0ed4da959..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.json
deleted file mode 100644
index 82d0af823..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.json
deleted file mode 100644
index 75d20d55b..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.json
deleted file mode 100644
index 16ab35349..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.json
deleted file mode 100644
index 0dc443663..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.json
deleted file mode 100644
index 27ed51d94..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.json
deleted file mode 100644
index c6342bc97..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.json
deleted file mode 100644
index 45a9bfd03..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.json
deleted file mode 100644
index c4be440d6..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.json
deleted file mode 100644
index d75a7ce85..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.json b/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.json
deleted file mode 100644
index 9f6d12bec..000000000
--- a/examples/production-coverage/expected/verify/process/leanchecker/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Audit.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Audit.json
index 4b3a9b500..6ca5b3145 100644
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Audit.json
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Audit.json
@@ -1 +1 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_166' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_167' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_168' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_169' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_170' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_171' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_172' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_173' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_174' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_175' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_176' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_177' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_178' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_179' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_180' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_181' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_182' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_183' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_184' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_185' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_186' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_51' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_52' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_53' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_54' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_55' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_56' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_57' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_58' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_59' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_60' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_61' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_62' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_63' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_64' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_65' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_66' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_67' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_68' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_69' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_70' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_71' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_72' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_73' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_74' does not depend on any 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depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any 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Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_1' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtItems_3' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_4' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wtAux_2' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.__wtItems_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.__wtItems_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"5bed72af47cfd559bc7aadd86b109f30a960c76c94ee0b36dbc483670a89c061","tool":"lean"}
+{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_166' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_167' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_168' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_169' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_170' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_171' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_172' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_173' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_174' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_175' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_176' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_177' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_178' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_179' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_180' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_181' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_182' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_183' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_184' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_185' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_186' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_51' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_52' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_53' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_54' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_55' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_56' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_57' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_58' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_59' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_60' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_61' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_62' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_63' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_64' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_65' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_66' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_67' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_68' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_69' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_70' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_71' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_72' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_73' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_74' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_75' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_76' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_77' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_78' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_79' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_80' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_81' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_82' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_83' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_84' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_85' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_86' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_87' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_88' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_89' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_90' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_91' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_92' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_93' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_94' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_95' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_96' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_97' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_98' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_99' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_10' does not 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depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_1' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtItems_3' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_4' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wtAux_2' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.__wtItems_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.__wtItems_0' depends on axioms: [propext]\n'LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"ffcdc7bd33da397e2017d44fc252f6c770b380ed88c3fba4705ef7727071637a","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.json
new file mode 100644
index 000000000..ed29b8235
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.json
new file mode 100644
index 000000000..0643ca62c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.json
new file mode 100644
index 000000000..1520a05bf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.json
new file mode 100644
index 000000000..390d5a508
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.json
new file mode 100644
index 000000000..f9b47f2e5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.json
new file mode 100644
index 000000000..56b9be340
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.json
new file mode 100644
index 000000000..f79028813
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.json
new file mode 100644
index 000000000..34cd1bbd5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.json
new file mode 100644
index 000000000..cbcb47373
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.json
new file mode 100644
index 000000000..26dc9f9c7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.json
new file mode 100644
index 000000000..7b7c627da
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R10.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R10","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.json
new file mode 100644
index 000000000..8190ee33c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.json
new file mode 100644
index 000000000..4e2208253
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.json
new file mode 100644
index 000000000..8725ac9b9
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.json
new file mode 100644
index 000000000..0704f44ba
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.json
new file mode 100644
index 000000000..cc5f98e6b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R11.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R11","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.json
new file mode 100644
index 000000000..f7e3be346
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.json
new file mode 100644
index 000000000..e87617127
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.json
new file mode 100644
index 000000000..b049b6dcf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.json
new file mode 100644
index 000000000..32f08dcf5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.json
new file mode 100644
index 000000000..d6d56b0ff
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R12.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R12","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.json
new file mode 100644
index 000000000..0262783ae
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.json
new file mode 100644
index 000000000..1748660b8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.json
new file mode 100644
index 000000000..d9896e920
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R13.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R13","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.json
new file mode 100644
index 000000000..619d8d35c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.json
new file mode 100644
index 000000000..d42a9da17
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.json
new file mode 100644
index 000000000..57ffb8c39
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.json
new file mode 100644
index 000000000..6ad2d1256
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.json
new file mode 100644
index 000000000..e5935e9ed
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R14.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R14","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.json
new file mode 100644
index 000000000..e91fedd79
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.json
new file mode 100644
index 000000000..a0c08394b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.json
new file mode 100644
index 000000000..9a7336de2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.json
new file mode 100644
index 000000000..c5939bf22
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.json
new file mode 100644
index 000000000..1df3d41ed
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R15.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R15","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.json
new file mode 100644
index 000000000..aabd98261
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.json
new file mode 100644
index 000000000..e6a7565c4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.json
new file mode 100644
index 000000000..edd0c15bb
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.json
new file mode 100644
index 000000000..c0a71956f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.json
new file mode 100644
index 000000000..25bd3f49d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R16.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R16","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.json
new file mode 100644
index 000000000..c1f4e3120
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.json
new file mode 100644
index 000000000..0e641da4f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.json
new file mode 100644
index 000000000..c6a691333
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.json
new file mode 100644
index 000000000..8062a1ca9
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.json
new file mode 100644
index 000000000..37bec9890
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R17.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R17","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.json
new file mode 100644
index 000000000..2ea3e4a1b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.json
new file mode 100644
index 000000000..b5a4fb56d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.json
new file mode 100644
index 000000000..33e59b79b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.json
new file mode 100644
index 000000000..806608afa
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.json
new file mode 100644
index 000000000..7cbf948e4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R18.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R18","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.json
new file mode 100644
index 000000000..19e7ab9c5
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.json
new file mode 100644
index 000000000..3f7bb9976
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.json
new file mode 100644
index 000000000..02a60d87f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R19.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R19","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.json
new file mode 100644
index 000000000..90ce35f05
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.json
new file mode 100644
index 000000000..54d421582
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.json
new file mode 100644
index 000000000..cc2b4c96c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.json
new file mode 100644
index 000000000..02f9c2f47
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.json
new file mode 100644
index 000000000..42760faae
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.json
new file mode 100644
index 000000000..e50412e3c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.json
new file mode 100644
index 000000000..5b3263106
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.json
new file mode 100644
index 000000000..7f8047ffd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R20.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R20","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.json
new file mode 100644
index 000000000..8abc50e37
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.json
new file mode 100644
index 000000000..eda3531e1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.json
new file mode 100644
index 000000000..75ef290d8
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.json
new file mode 100644
index 000000000..4885eac28
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.json
new file mode 100644
index 000000000..0ee47368f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R21.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R21","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.json
new file mode 100644
index 000000000..8a28261dd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.json
new file mode 100644
index 000000000..3a45ae6b6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.json
new file mode 100644
index 000000000..9f6f25397
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.json
new file mode 100644
index 000000000..0408a1e67
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.json
new file mode 100644
index 000000000..37b45fd3d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R22.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R22","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.json
new file mode 100644
index 000000000..e0a616c15
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.json
new file mode 100644
index 000000000..27f20d093
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.json
new file mode 100644
index 000000000..3d75af122
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.json
new file mode 100644
index 000000000..16b81527d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.json
new file mode 100644
index 000000000..09a4ebd4d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R23.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R23","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.json
new file mode 100644
index 000000000..f25b039c6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.json
new file mode 100644
index 000000000..617508fa4
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.json
new file mode 100644
index 000000000..f7eccf6bb
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.json
new file mode 100644
index 000000000..683c8b00d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.json
new file mode 100644
index 000000000..0477479bb
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R24.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R24","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.json
new file mode 100644
index 000000000..1b96bba52
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.json
new file mode 100644
index 000000000..1bebde049
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.json
new file mode 100644
index 000000000..3d08a9eb7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.json
new file mode 100644
index 000000000..15cbe99fa
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.json
new file mode 100644
index 000000000..604067f29
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R25.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R25","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.json
new file mode 100644
index 000000000..d74b4c610
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.json
new file mode 100644
index 000000000..aea619dc7
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.json
new file mode 100644
index 000000000..d5fdbf59f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R26.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R26","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.json
new file mode 100644
index 000000000..7fbcf5246
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.json
new file mode 100644
index 000000000..c1832bf4b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.json
new file mode 100644
index 000000000..0e8ec558f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R27.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R27","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.json
new file mode 100644
index 000000000..1a29ef8a1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.json
new file mode 100644
index 000000000..f0b9a98ea
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.json
new file mode 100644
index 000000000..68703cb16
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R28.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R28","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.json
new file mode 100644
index 000000000..986fc5706
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.json
new file mode 100644
index 000000000..ed2d1fdab
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.json
new file mode 100644
index 000000000..dc7127ffa
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R29.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R29","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.json
new file mode 100644
index 000000000..eb48443d1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.json
new file mode 100644
index 000000000..5f275cf4b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.json
new file mode 100644
index 000000000..f931d8aed
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.json
new file mode 100644
index 000000000..4b934c59b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.json
new file mode 100644
index 000000000..dda819a2e
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.json
new file mode 100644
index 000000000..5648471c1
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R30.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R30","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.json
new file mode 100644
index 000000000..2ae30577d
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.json
new file mode 100644
index 000000000..733983d97
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.json
new file mode 100644
index 000000000..2649fe911
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R31.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R31","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.json
new file mode 100644
index 000000000..4426f037f
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.json
new file mode 100644
index 000000000..94ffc4063
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.json
new file mode 100644
index 000000000..a3cf25f6c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.json
new file mode 100644
index 000000000..04a2b865b
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.json
new file mode 100644
index 000000000..7cf71a7db
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R32.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R32","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.json
new file mode 100644
index 000000000..7b5d39234
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.json
new file mode 100644
index 000000000..bc9f69683
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.json
new file mode 100644
index 000000000..1c1efd4dc
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R33.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R33","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.json
new file mode 100644
index 000000000..b2d2b5ecd
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.json
new file mode 100644
index 000000000..757771164
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.json
new file mode 100644
index 000000000..0faaa9614
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.json
new file mode 100644
index 000000000..8ac497911
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.json
new file mode 100644
index 000000000..444c9cfdf
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.json
new file mode 100644
index 000000000..f7a71adef
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.json
new file mode 100644
index 000000000..1c12867e6
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.json
new file mode 100644
index 000000000..d00f73e97
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.json
new file mode 100644
index 000000000..5542a2a41
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R6.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.json
new file mode 100644
index 000000000..25c2584b2
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.json
new file mode 100644
index 000000000..f5511b55c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.json
new file mode 100644
index 000000000..ecc0b884c
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R7.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.json
new file mode 100644
index 000000000..460d1b557
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.json
new file mode 100644
index 000000000..dcfdc5506
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.json
new file mode 100644
index 000000000..8d5b15083
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R8.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.json
new file mode 100644
index 000000000..f1bfb54e0
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.json
new file mode 100644
index 000000000..cd9aac278
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.json
new file mode 100644
index 000000000..43c26165a
--- /dev/null
+++ b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9.olean","$STAGING/preserve-src/LexLeanPreserve/Ce05bf7cb47aac48ea11c4a7ac75c7962/R9.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Ce05bf7cb47aac48ea11c4a7ac75c7962.R9","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.json
deleted file mode 100644
index d01daf7e7..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.json
deleted file mode 100644
index 9df43a686..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.json
deleted file mode 100644
index 3bcdf2ff3..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.json
deleted file mode 100644
index 7fdf2ae87..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.json
deleted file mode 100644
index 689162293..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.json
deleted file mode 100644
index 033859753..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.json
deleted file mode 100644
index 973565f64..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.json
deleted file mode 100644
index e91c34a12..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.json
deleted file mode 100644
index 21ca9ba58..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.json
deleted file mode 100644
index 1703305bd..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.json
deleted file mode 100644
index d4ed6b6b3..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R10.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R10","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.json
deleted file mode 100644
index 68465fea4..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.json
deleted file mode 100644
index abfff4ab6..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.json
deleted file mode 100644
index 6845a17be..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.json
deleted file mode 100644
index 8853d173e..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.json
deleted file mode 100644
index 14723de14..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R11.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R11","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.json
deleted file mode 100644
index 0a3f75f21..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
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diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.json
deleted file mode 100644
index b6869656b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.json
deleted file mode 100644
index 0fd0f275c..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.json
deleted file mode 100644
index b1688030e..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.json
deleted file mode 100644
index 4f250e7f4..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R12.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R12","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.json
deleted file mode 100644
index b13ff3308..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.json
deleted file mode 100644
index 52eafa10c..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.json
deleted file mode 100644
index ad69f4a21..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R13.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R13","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.json
deleted file mode 100644
index 53af78465..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.json
deleted file mode 100644
index 0f6441db3..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.json
deleted file mode 100644
index 426c0b8e7..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.json
deleted file mode 100644
index e24eab849..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.json
deleted file mode 100644
index 47af5e344..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R14.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R14","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.json
deleted file mode 100644
index 08937ca84..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.json
deleted file mode 100644
index 77dd0bde3..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.json
deleted file mode 100644
index 8c4446ef1..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.json
deleted file mode 100644
index 9ad3141f3..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.json
deleted file mode 100644
index 3de928b70..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R15.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R15","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.json
deleted file mode 100644
index 53ee3ca57..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.json
deleted file mode 100644
index fa65ebe0b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.json
deleted file mode 100644
index 8f317ac06..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.json
deleted file mode 100644
index b36af649f..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.json
deleted file mode 100644
index 0cb3d67fe..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R16.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R16","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.json
deleted file mode 100644
index b80f4118b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.json
deleted file mode 100644
index f90a0607e..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.json
deleted file mode 100644
index 7e9d2cbf2..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.json
deleted file mode 100644
index e254afcbc..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.json
deleted file mode 100644
index ba4b26261..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R17.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R17","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.json
deleted file mode 100644
index 1388154d5..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.json
deleted file mode 100644
index ac3af5190..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.json
deleted file mode 100644
index 07aebd180..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.json
deleted file mode 100644
index e9d6cd6ef..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.json
deleted file mode 100644
index 5e5d95469..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R18.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R18","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.json
deleted file mode 100644
index cc44a7db1..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.json
deleted file mode 100644
index 0e93ae3d7..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.json
deleted file mode 100644
index a7cf0833b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R19.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R19","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.json
deleted file mode 100644
index d8dd77b2e..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.json
deleted file mode 100644
index a43566a86..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.json
deleted file mode 100644
index 8de8f4b11..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.json
deleted file mode 100644
index 2ac886644..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.json
deleted file mode 100644
index 6abb8f3aa..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.json
deleted file mode 100644
index 636c77e20..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.json
deleted file mode 100644
index 4963a1adf..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.json
deleted file mode 100644
index 10b097e46..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R20.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R20","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.json
deleted file mode 100644
index 7d4ee375c..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.json
deleted file mode 100644
index 81f56df29..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.json
deleted file mode 100644
index c35293eed..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.json
deleted file mode 100644
index f2fefd33c..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.json
deleted file mode 100644
index e4263972c..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R21.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R21","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.json
deleted file mode 100644
index 1170b7bea..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
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diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.json
deleted file mode 100644
index 2241daa9a..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.json
deleted file mode 100644
index fcc6d0c8a..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.json
deleted file mode 100644
index 87fa66634..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.json
deleted file mode 100644
index 26c761c04..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R22.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R22","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.json
deleted file mode 100644
index c6f2600a4..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.json
deleted file mode 100644
index e786d96df..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.json
deleted file mode 100644
index e3945b4cd..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.json
deleted file mode 100644
index 2fbd10375..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.json
deleted file mode 100644
index f4ca26298..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R23.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R23","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.json
deleted file mode 100644
index deb8392e1..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.json
deleted file mode 100644
index 2efaf6065..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.json
deleted file mode 100644
index 27bed6814..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.json
deleted file mode 100644
index 1f1b7f4e2..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.json
deleted file mode 100644
index 8fbdf558d..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R24.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R24","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.json
deleted file mode 100644
index f4fd144fe..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.json
deleted file mode 100644
index c5249e290..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.json
deleted file mode 100644
index 6878ae67f..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.json
deleted file mode 100644
index 2fab37b39..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.json
deleted file mode 100644
index d23780363..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R25.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R25","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.json
deleted file mode 100644
index 360328d57..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.json
deleted file mode 100644
index f48e39b5b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.json
deleted file mode 100644
index 2580c434d..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R26.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R26","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.json
deleted file mode 100644
index e30fbf226..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.json
deleted file mode 100644
index 343a78201..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.json
deleted file mode 100644
index ecebb714f..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R27.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R27","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.json
deleted file mode 100644
index 75b38874e..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.json
deleted file mode 100644
index 10f6a45cb..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.json
deleted file mode 100644
index 08ed3f4a6..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R28.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R28","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.json
deleted file mode 100644
index b6e62440b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.json
deleted file mode 100644
index ccbe31c9f..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.json
deleted file mode 100644
index 7f5afd6f3..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R29.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R29","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.json
deleted file mode 100644
index 74b9a5ee8..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.json
deleted file mode 100644
index 8c7fea463..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.json
deleted file mode 100644
index bc9f26c1b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.json
deleted file mode 100644
index 1f44485c2..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.json
deleted file mode 100644
index b1c7e617f..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.json
deleted file mode 100644
index bfa300903..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R30.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R30","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.json
deleted file mode 100644
index 0f029d01d..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.json
deleted file mode 100644
index 62d8d8327..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.json
deleted file mode 100644
index 34ef570c5..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R31.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R31","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.json
deleted file mode 100644
index bcacdd9d9..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.json
deleted file mode 100644
index bbe10fc42..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.json
deleted file mode 100644
index 2cf7a9a50..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.json
deleted file mode 100644
index 51dd8b45c..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.json
deleted file mode 100644
index 72994996b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R32.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R32","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.json
deleted file mode 100644
index 1f28591d3..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.json
deleted file mode 100644
index ae9d5bdfc..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.json
deleted file mode 100644
index e14f02e06..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R33.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R33","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.json
deleted file mode 100644
index 814252c5d..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.json
deleted file mode 100644
index 05e85c643..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.json
deleted file mode 100644
index 1b94dd616..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.json
deleted file mode 100644
index 9d134a349..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.json
deleted file mode 100644
index 0f8866142..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.json
deleted file mode 100644
index 0169243ba..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.json
deleted file mode 100644
index d111e651a..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.json
deleted file mode 100644
index 15e1b3af9..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.json
deleted file mode 100644
index 8f8719416..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R6.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.json
deleted file mode 100644
index 67ee0f045..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.json
deleted file mode 100644
index 39a2f5a88..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.json
deleted file mode 100644
index 7a911201b..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R7.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.json
deleted file mode 100644
index 36bea5087..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.json
deleted file mode 100644
index cad5435e2..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.json
deleted file mode 100644
index 154e0e035..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R8.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.json
deleted file mode 100644
index 958fdec1f..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.json
deleted file mode 100644
index 4396e93d1..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.json b/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.json
deleted file mode 100644
index ea5824860..000000000
--- a/examples/production-coverage/expected/verify/process/preserve/LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9.olean","$STAGING/preserve-src/LexLeanPreserve/Cf3572b43e36d5c62b7601d32507ebc3a/R9.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf3572b43e36d5c62b7601d32507ebc3a.R9","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production-coverage/lexlean.lock b/examples/production-coverage/lexlean.lock
index 2f4ebd5a1..d3d90ba6b 100644
--- a/examples/production-coverage/lexlean.lock
+++ b/examples/production-coverage/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "1bcbdf2b89a335e2e8685fb89b09d3c4eba9f30371947781755576f588df7434"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/examples/production/expected/build/manifest.json b/examples/production/expected/build/manifest.json
index 01c226d40..db5b9f5c1 100644
--- a/examples/production/expected/build/manifest.json
+++ b/examples/production/expected/build/manifest.json
@@ -1 +1 @@
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diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Collections.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index e6ce2ee76..000000000
--- a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Laws.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Laws.process.json
deleted file mode 100644
index 8dca363df..000000000
--- a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Laws.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Portable.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index 1b8c65852..000000000
--- a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Kernel.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Kernel.process.json
deleted file mode 100644
index edc99ed3d..000000000
--- a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Kernel.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Kernel.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Kernel","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Production.Kernel.Shape' does not depend on any axioms\n'Production.Kernel.applyTwice' does not depend on any axioms\n'Production.Kernel.area' does not depend on any axioms\n'Production.Kernel.area_square' does not depend on any axioms\n'Production.Kernel.countdown' depends on axioms: [propext, Quot.sound]\n'Production.Kernel.countdown_decreases' depends on axioms: [propext, Quot.sound]\n'Production.Kernel.firstOr' does not depend on any axioms\n'Production.Kernel.positive' does not depend on any axioms\n'Production.Kernel.total' does not depend on any axioms\n","stdout_sha256":"e7872f440e4a20755a5548c3999faa8297516295868ef0be032f4dff66e551ca","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Main.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Main.process.json
deleted file mode 100644
index 254cc8ed7..000000000
--- a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Production.Main.checkedSum' depends on axioms: [propext, Quot.sound]\n'Production.Main.halvings' depends on axioms: [propext, Quot.sound]\n'Production.Main.headOr' does not depend on any axioms\n'Production.Main.quadruple' does not depend on any axioms\n'Production.Main.quadruple_three' does not depend on any axioms\n'Production.Main.shapeArea' does not depend on any axioms\n'Production.Main.sumAll' does not depend on any axioms\n'Production.Main.sum_three' does not depend on any axioms\n","stdout_sha256":"ecef933d7d628ddb695b86ecad94d180c8c2ce3a0bd988fe1d6bedb4e601987f","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Collections.lean b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Collections.lean
similarity index 100%
rename from examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Collections.lean
rename to examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Collections.lean
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Collections.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..203068a4e
--- /dev/null
+++ b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Laws.lean b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Laws.lean
similarity index 100%
rename from examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Laws.lean
rename to examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Laws.lean
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Laws.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Laws.process.json
new file mode 100644
index 000000000..a4937b49e
--- /dev/null
+++ b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Laws.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Portable.lean b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Portable.lean
similarity index 100%
rename from examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.LexLeanRuntime.Portable.lean
rename to examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Portable.lean
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Portable.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..0f1a4e08f
--- /dev/null
+++ b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Kernel.lean b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Kernel.lean
similarity index 100%
rename from examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Kernel.lean
rename to examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Kernel.lean
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Kernel.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Kernel.process.json
new file mode 100644
index 000000000..563797ebb
--- /dev/null
+++ b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Kernel.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Kernel.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Kernel","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Production.Kernel.Shape' does not depend on any axioms\n'Production.Kernel.applyTwice' does not depend on any axioms\n'Production.Kernel.area' does not depend on any axioms\n'Production.Kernel.area_square' does not depend on any axioms\n'Production.Kernel.countdown' depends on axioms: [propext, Quot.sound]\n'Production.Kernel.countdown_decreases' depends on axioms: [propext, Quot.sound]\n'Production.Kernel.firstOr' does not depend on any axioms\n'Production.Kernel.positive' does not depend on any axioms\n'Production.Kernel.total' does not depend on any axioms\n","stdout_sha256":"e7872f440e4a20755a5548c3999faa8297516295868ef0be032f4dff66e551ca","tool":"lean"}
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Main.lean b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Main.lean
similarity index 100%
rename from examples/production/expected/verify/audit/LexLeanAudit.Aecf58505f4e2844618eff0bdc9a2ce9d.Production.Main.lean
rename to examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Main.lean
diff --git a/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Main.process.json b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Main.process.json
new file mode 100644
index 000000000..411f637bb
--- /dev/null
+++ b/examples/production/expected/verify/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af5a58e441acc8b93ded11826c51cc7c8.Production.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Production.Main.checkedSum' depends on axioms: [propext, Quot.sound]\n'Production.Main.halvings' depends on axioms: [propext, Quot.sound]\n'Production.Main.headOr' does not depend on any axioms\n'Production.Main.quadruple' does not depend on any axioms\n'Production.Main.quadruple_three' does not depend on any axioms\n'Production.Main.shapeArea' does not depend on any axioms\n'Production.Main.sumAll' does not depend on any axioms\n'Production.Main.sum_three' does not depend on any axioms\n","stdout_sha256":"ecef933d7d628ddb695b86ecad94d180c8c2ce3a0bd988fe1d6bedb4e601987f","tool":"lean"}
diff --git a/examples/production/expected/verify/extract/LexLeanExtract.Xecf58505f4e2844618eff0bdc9a2ce9d.lean b/examples/production/expected/verify/extract/LexLeanExtract.Xf5a58e441acc8b93ded11826c51cc7c8.lean
similarity index 100%
rename from examples/production/expected/verify/extract/LexLeanExtract.Xecf58505f4e2844618eff0bdc9a2ce9d.lean
rename to examples/production/expected/verify/extract/LexLeanExtract.Xf5a58e441acc8b93ded11826c51cc7c8.lean
diff --git a/examples/production/expected/verify/extract/process.json b/examples/production/expected/verify/extract/process.json
index 9e9477c04..b328fa696 100644
--- a/examples/production/expected/verify/extract/process.json
+++ b/examples/production/expected/verify/extract/process.json
@@ -1 +1 @@
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":\"Mul\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Nat\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"OfNat\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Option\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"PUnit\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Sub\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"UInt32\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"instAddNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHAdd\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHMul\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHSub\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instMulNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNat\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNatNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instSubNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Bool.false\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"Bool.true\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"Decidable.isFalse\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"Decidable.isTrue\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"Int.decLt\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Int.instAdd\",\"kind\":\"definition\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Int.ofNat\",\"kind\":\"constructor\",\"module\":\"Init.Data.Int.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":true,\"inductive_type\":\"Int\"},{\"name\":\"List.cons\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"List\"},{\"name\":\"List.nil\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"List\"},{\"name\":\"Nat.blt\",\"kind\":\"definition\",\"module\":\"Init.Data.Nat.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Nat.decLt\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Option.none\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Option\"},{\"name\":\"Option.some\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Option\"},{\"name\":\"UInt32.complement\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.land\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.lor\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.ofInt\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.shiftLeft\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.shiftRight\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.toNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"UInt32.xor\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Unit.unit\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true}]}\n","stdout_sha256":"11f2b986da02936d686ec942597cc5e399980e686510eed491fe44180e9751e0","tool":"lean"}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0.lean
deleted file mode 100644
index 550964009..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0.lean
+++ /dev/null
@@ -1,34 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Production.Kernel
-import Production.Main
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.fixed .u32), (.fixed .u32)], result := (.option (.fixed .u32)),
-      body := (.prim .checkedAdd [(.var 0), (.var 1)]) }] }
-
-def __fits_0 (left : UInt32) (right : UInt32) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_0 (left : UInt32) (right : UInt32) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.u32 left), (_root_.LexLeanTarget.TargetSyntax.Value.u32 right)] (_root_.LexLeanPreservation.Rel (__fits_0 left right) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u32) (Production.Main.checkedSum left right))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedAdd_u32 left right))
-
-def denote (left : UInt32) (right : UInt32) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 left right) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u32) (Production.Main.checkedSum left right)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (left : UInt32) (right : UInt32) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.u32 left), (_root_.LexLeanTarget.TargetSyntax.Value.u32 right)] (_root_.LexLeanPreservation.Rel (__fits_0 left right) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u32) (Production.Main.checkedSum left right))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 left right)
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustCore.lex.tex
deleted file mode 100644
index e3804e0b4..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,464 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.root : @920 := @921 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.flags
-@3 := UInt32
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.u32
-@6 := @5 @4
-@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.u32
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := #3
-@16 := @13 @14 @4
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_u32 @0
-@29 := @13 @0
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @17
-@53 := @44 @17
-@55 := @45 @52 @9
-@56 := LexLeanTarget.TargetSyntax.Value
-@57 := List.nil.{0}
-@58 := List.cons.{0}
-@59 := @57 @56
-@60 := @58 @56
-@61 := @60 @52
-@62 := @61 @59
-@63 := @60 @6
-@64 := @63 @62
-@65 := Nat
-@68 := Prod.{0, 0} @65 @56
-@69 := 1
-@72 := Prod.mk.{0, 0} @65 @56
-@73 := @72 @69
-@74 := @73 @52
-@75 := 0
-@76 := @72 @75
-@77 := @76 @6
-@78 := @57 @68
-@79 := @58 @68
-@81 := @79 @77 @78
-@83 := @79 @74 @81
-@84 := Bool.false
-@85 := LexLeanTarget.TargetSyntax.Function
-@86 := LexLeanTarget.TargetSyntax.Program.functions
-@87 := @86 @0
-@88 := LexLeanTarget.TargetSyntax.Ty
-@89 := @57 @65
-@90 := @57 @88
-@91 := LexLeanTarget.TargetSyntax.Ty.unit
-@92 := LexLeanTarget.TargetSyntax.Value.unit
-@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
-@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
-@105 := List.getD.{0} @85 @87 @75 @100
-@109 := fun (__e_n : @65) =>
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.root @19 @75
-@110 := LexLeanPreservation.Rust.WTL
-@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
-@120 := LexLeanPreservation.Rust.wtl_nil @0
-@121 := @110 @0
-@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
-@128 := @120 @1
-@129 := @121 @1
-@133 := {A : @12} -> @129 @19 @59 @90
-@134 := @128 @2
-@135 := @129 @2
-@136 := @135 @59
-@137 := @136 @90
-@138 := List.{0}
-@139 := @138 @56
-@140 := @138 @88
-@141 := #6
-@142 := @13 @141
-@143 := #5
-@144 := @142 @143
-@145 := #4
-@148 := @144 @145 @14 @4
-@149 := #7
-@154 := @110 @149 @141 @143 @4 @17
-@155 := #8
-@158 := @110 @155 @149 @141
-@160 := @60 @143 @14
-@161 := @158 @160
-@162 := @58 @88
-@164 := @162 @145 @4
-@174 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
-@176 := LexLeanPreservation.Rust.wtl_cons @0
-@196 := {c : @11} ->
-  {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} ->
-  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
-@197 := @176 @1
-@213 := {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
-@214 := @197 @2
-@216 := @45 @14 @4
-@218 := @135 @4 @17
-@226 := {v : @56} ->
-  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
-@227 := @214 @52
-@228 := @5 @145
-@229 := @45 @228
-@230 := @229 @4
-@231 := @5 @141
-@232 := @60 @231
-@234 := @135 (@232 @14)
-@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
-@241 := @227 @9
-@242 := @5 @14
-@244 := @45 @242 @9
-@245 := @5 @143
-@246 := @60 @245
-@248 := @135 (@246 @14)
-@249 := @162 @9
-@250 := @249 @4
-@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
-@256 := @241 @59
-@257 := @136 @17
-@258 := @60 @228
-@259 := @258 @59
-@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
-@265 := @256 @90
-@266 := @60 @242
-@267 := @266 @59
-@268 := @135 @267
-@269 := @249 @90
-@272 := (h : @55) -> (hs : @137) -> @268 @269
-@273 := @265 @53
-@274 := @63 @59
-@276 := @135 @274 @269
-@277 := (hs : @137) -> @276
-@278 := @273 @134
-@280 := @135 @62 @269
-@281 := @214 @6
-@283 := @45 @245 @4
-@284 := @5 @149
-@285 := @60 @284
-@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
-@294 := @281 @9
-@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
-@301 := @294 @62
-@302 := @268 @17
-@303 := @246 @259
-@304 := @135 @303
-@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
-@309 := @301 @269
-@310 := @258 @267
-@311 := @135 @310
-@312 := @249 @269
-@315 := (h : @51) -> (hs : @276) -> @311 @312
-@316 := @309 @49
-@317 := @266 @274
-@318 := @135 @317
-@320 := (hs : @280) -> @318 @312
-@321 := @316 @278
-@322 := @135 @64
-@323 := @322 @312
-@324 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.denote
-@326 := @324 @4 @17
-@327 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.__fits_0
-@329 := @327 @4 @17
-@332 := Production.Main.checkedSum @4 @17
-@336 := LexLeanPreservation.encOption @3 @5 @332
-@339 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.root @4 @17
-@340 := Bool
-@341 := Ne.{1}
-@342 := LexLeanPreservation.Obs
-@343 := @341 @342
-@344 := LexLeanPreservation.Rel
-@347 := @343 (@344 @17 @19)
-@348 := LexLeanPreservation.Obs.stuck
-@351 := (f : @340) -> (v : @56) -> @347 @348
-@353 := LexLeanPreservation.Rust.rel_ne_stuck @329
-@360 := (v : @56) -> @343 (@344 (@327 @14 @4) @19) @348
-@361 := @353 @336
-@365 := @343 (@344 @329 @336) @348
-@366 := @138 @68
-@367 := LexLeanPreservation.Rust.FunSem
-@368 := #9
-@374 := (n : @65) -> @367 @368 @155 @149 @19 @141
-@375 := Eq.{1}
-@376 := Option.{0}
-@377 := @376 @85
-@378 := @375 @377
-@385 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
-@389 := @378 (@385 (@86 @368) @141)
-@390 := Option.some.{0}
-@391 := @390 @85
-@392 := @391 @143
-@393 := @389 @392
-@394 := #10
-@398 := @110 @394 @368 @155 @143
-@399 := LexLeanTarget.TargetSyntax.Function.types
-@400 := @399 @141
-@401 := @398 @400
-@402 := @376 @366
-@403 := @375 @402
-@404 := LexLeanTarget.TargetSemantics.bindAll
-@405 := LexLeanTarget.TargetSyntax.Function.parameters
-@410 := @403 (@404 (@405 @149) @141 @78)
-@411 := @390 @366
-@412 := @411 @143
-@413 := @410 @412
-@414 := @376 @340
-@415 := @375 @414
-@416 := LexLeanPreservation.Rust.fnFallible
-@417 := #11
-@420 := @415 (@416 @417 @368)
-@421 := @390 @340
-@422 := @421 @143
-@423 := @420 @422
-@424 := LexLeanPreservation.RunConv
-@425 := #13
-@429 := @424 @425 @394 @155 @143
-@431 := @343 @141 @348
-@432 := Exists.{1}
-@433 := LexLeanPreservation.Rust.ROut
-@434 := @432 @433
-@435 := And
-@436 := LexLeanPreservation.Rust.RealizesFn
-@440 := @435 (@436 @368 @155 @19)
-@441 := LexLeanPreservation.Rust.RCI
-@443 := @441 #15
-@444 := LexLeanPreservation.Rust.fnIdent
-@445 := @444 @425
-@452 := (hne : @431) -> @434 (fun (ro : @433) => @440 (@443 @445 @417 @19))
-@467 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @374) ->
-  (hfn : @393) -> (hwt : @401) -> (hbind : @413) -> (hF : @423) -> (hA : @429) -> @452
-@469 := LexLeanPreservation.Rust.compose @0
-@470 := @367 @0
-@475 := (n : @65) -> @470 @155 @149 @19 @141
-@476 := @385 @87
-@479 := @378 (@476 @141) @392
-@483 := @121 @368 @155 @143 @400
-@484 := @424 @0
-@487 := @484 @394 @155 @143
-@501 := {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @475) ->
-  (hfn : @479) -> (hwt : @483) -> (hbind : @413) -> (hF : @423) -> (hA : @487) -> @452
-@502 := @469 @1
-@503 := @470 @1
-@507 := (n : @65) -> @503 @149 @19 @141
-@510 := @129 @155 @143 @400
-@511 := @416 @1
-@514 := @415 (@511 @368) @422
-@515 := @441 @1
-@525 := (hbind : @413) ->
-  (hF : @514) -> (hA : @487) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@515 @445 @417 @19))
-@535 := {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @507) -> (hfn : @479) -> (hwt : @510) -> @525
-@536 := @502 @2
-@538 := @503 @2 @19
-@540 := (n : @65) -> @538 @141
-@541 := @135 @143
-@542 := @541 @400
-@551 := {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @540) -> (hfn : @479) -> (hwt : @542) -> @525
-@552 := @536 @75
-@554 := (n : @65) -> @538 @75
-@555 := @476 @75
-@556 := @378 @555
-@557 := @556 @392
-@558 := @511 @75
-@559 := @415 @558
-@560 := @559 @422
-@561 := @484 @75
-@563 := @561 @155 @143
-@565 := @515 (@444 @75)
-@573 := (hF : @560) -> (hA : @563) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 @417 @19))
-@582 := {fn : @85} ->
-  {args : @139} ->
-  {env : @366} ->
-  {F : @340} -> {o : @342} -> (hB : @554) -> (hfn : @557) -> (hwt : @542) -> (hbind : @413) -> @573
-@583 := @552 @105
-@585 := @556 (@391 @105)
-@586 := @399 @105
-@587 := @541 @586
-@589 := @404 (@405 @105)
-@601 := {args : @139} ->
-  {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @554) -> (hfn : @585) -> (hwt : @587) -> (hbind : @403 (@589 @141 @78) @412) -> @573
-@602 := @583 @64
-@604 := @285 (@232 @59)
-@606 := @135 @604 @586
-@608 := @60 (@5 @155)
-@610 := @608 (@285 @59)
-@614 := @403 (@589 @610 @78) @412
-@616 := @60 (@5 @394)
-@618 := @60 (@5 @368)
-@620 := @616 (@618 @59)
-@622 := @561 @620 @143
-@624 := @60 (@5 @425)
-@627 := @60 (@5 #12)
-@644 := {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @606) ->
-  (hbind : @614) ->
-  (hF : @560) ->
-  (hA : @622) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@624 (@627 @59)) @19))
-@645 := @602 @83
-@647 := @232 (@246 @59)
-@649 := @135 @647 @586
-@660 := @403 (@589 @604 @78) (@411 (@79 (@73 @231) (@79 (@76 @284) @78)))
-@662 := @618 (@608 @59)
-@664 := @561 @662 @143
-@666 := @60 (@5 @417)
-@682 := {F : @340} ->
-  {o : @342} ->
-  (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @649) ->
-  (hbind : @660) ->
-  (hF : @560) ->
-  (hA : @664) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@627 (@666 @59)) @19))
-@683 := @645 @84
-@684 := @304 @586
-@695 := @403 (@589 @647 @78) (@411 (@79 (@73 @245) (@79 (@76 @231) @78)))
-@697 := @559 (@421 @84)
-@699 := @561 @610 @143
-@700 := @436 @84
-@718 := {o : @342} ->
-  (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @684) ->
-  (hbind : @695) ->
-  (hF : @697) ->
-  (hA : @699) ->
-  (hne : @431) -> @434 (fun (ro : @433) => @435 (@700 @155 @19) (@565 (@666 (@616 @59)) @19))
-@719 := @683 @326
-@720 := @311 @586
-@731 := @403 (@589 @303 @78) (@411 (@79 (@73 @228) (@79 (@76 @245) @78)))
-@732 := @561 @604
-@734 := @324 @149 @141
-@735 := @732 @734
-@737 := @324 @155 @149
-@756 := (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @720) ->
-  (hbind : @731) ->
-  (hF : @697) ->
-  (hA : @735) ->
-  (hne : @343 @737 @348) ->
-  @434 (fun (ro : @433) => @435 (@700 (@324 @394 @368) @19) (@565 @620 @19))
-@757 := @719 @109
-@758 := @318 @586
-@769 := @403 (@589 @310 @78) (@411 (@79 (@73 @242) (@79 (@76 @228) @78)))
-@770 := @561 @647
-@772 := @324 @141 @143
-@791 := (hfn : @585) ->
-  (hwt : @758) ->
-  (hbind : @769) ->
-  (hF : @697) ->
-  (hA : @770 @772) ->
-  (hne : @343 @734 @348) ->
-  @434 (fun (ro : @433) => @435 (@700 (@324 @368 @155) @19) (@565 @662 @19))
-@792 := Eq.refl.{1}
-@795 := @757 (@792 @377 @555)
-@796 := @322 @586
-@807 := @403 (@589 @317 @78) (@411 (@79 (@73 @6) (@79 (@76 @242) @78)))
-@808 := @561 @303
-@810 := @324 @143 @145
-@826 := (hwt : @796) ->
-  (hbind : @807) ->
-  (hF : @697) ->
-  (hA : @808 @810) ->
-  (hne : @343 @772 @348) -> @434 (fun (ro : @433) => @435 (@700 @737 @19) (@565 @610 @19))
-@827 := @795 @321
-@829 := @589 @64 @78
-@832 := @403 @829 (@411 @83)
-@833 := @561 @310
-@835 := @324 @145 @14
-@850 := (hbind : @832) ->
-  (hF : @697) ->
-  (hA : @833 @835) ->
-  (hne : @343 @810 @348) -> @434 (fun (ro : @433) => @435 (@700 @734 @19) (@565 @604 @19))
-@853 := @827 (@792 @402 @829)
-@854 := @561 @317
-@856 := @324 @14 @4
-@870 := (hF : @697) ->
-  (hA : @854 @856) ->
-  (hne : @343 @835 @348) -> @434 (fun (ro : @433) => @435 (@700 @772 @19) (@565 @647 @19))
-@873 := @853 (@792 @414 @558)
-@887 := (hA : @561 @64 @326) ->
-  (hne : @343 @856 @348) -> @434 (fun (ro : @433) => @435 (@700 @810 @19) (@565 @303 @19))
-@888 := @873 @339
-@899 := (hne : @343 @326 @348) -> @434 (fun (ro : @433) => @435 (@700 @835 @19) (@565 @310 @19))
-@900 := @888 @361
-@906 := @435 (@700 @856 @19) (@565 @317 @19)
-@908 := @434 (fun (ro : @433) => @906)
-@910 := @434 (fun (__e_ro : @433) => @906)
-@915 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
-@916 := (__e_hrep : @915) -> @910
-@917 := fun (__e_hrep : @915) => @900
-@918 := (right : @3) -> @916
-@919 := fun (right : @3) => @917
-@920 := (left : @3) -> @918
-@921 := fun (left : @3) => @919
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustStd.lex.tex
deleted file mode 100644
index 4bb48e496..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,464 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.root : @920 := @921 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.flags
-@3 := UInt32
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.u32
-@6 := @5 @4
-@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.u32
-@10 := LexLeanTarget.TargetSyntax.Program
-@11 := LexLeanPreservation.Rust.RCrate
-@12 := LexLeanPreservation.Rust.Flags
-@13 := LexLeanPreservation.Rust.WT
-@14 := #3
-@16 := @13 @14 @4
-@17 := #1
-@18 := @16 @17
-@19 := #0
-@20 := @5 @19
-@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
-@28 := LexLeanPreservation.Rust.wt_u32 @0
-@29 := @13 @0
-@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
-@37 := @28 @1
-@38 := @29 @1
-@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
-@44 := @37 @2
-@45 := @38 @2
-@48 := (x : @3) -> @45 @20 @9
-@49 := @44 @4
-@51 := @45 @6 @9
-@52 := @5 @17
-@53 := @44 @17
-@55 := @45 @52 @9
-@56 := LexLeanTarget.TargetSyntax.Value
-@57 := List.nil.{0}
-@58 := List.cons.{0}
-@59 := @57 @56
-@60 := @58 @56
-@61 := @60 @52
-@62 := @61 @59
-@63 := @60 @6
-@64 := @63 @62
-@65 := Nat
-@68 := Prod.{0, 0} @65 @56
-@69 := 1
-@72 := Prod.mk.{0, 0} @65 @56
-@73 := @72 @69
-@74 := @73 @52
-@75 := 0
-@76 := @72 @75
-@77 := @76 @6
-@78 := @57 @68
-@79 := @58 @68
-@81 := @79 @77 @78
-@83 := @79 @74 @81
-@84 := Bool.false
-@85 := LexLeanTarget.TargetSyntax.Function
-@86 := LexLeanTarget.TargetSyntax.Program.functions
-@87 := @86 @0
-@88 := LexLeanTarget.TargetSyntax.Ty
-@89 := @57 @65
-@90 := @57 @88
-@91 := LexLeanTarget.TargetSyntax.Ty.unit
-@92 := LexLeanTarget.TargetSyntax.Value.unit
-@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
-@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
-@105 := List.getD.{0} @85 @87 @75 @100
-@109 := fun (__e_n : @65) =>
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.root @19 @75
-@110 := LexLeanPreservation.Rust.WTL
-@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
-@120 := LexLeanPreservation.Rust.wtl_nil @0
-@121 := @110 @0
-@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
-@128 := @120 @1
-@129 := @121 @1
-@133 := {A : @12} -> @129 @19 @59 @90
-@134 := @128 @2
-@135 := @129 @2
-@136 := @135 @59
-@137 := @136 @90
-@138 := List.{0}
-@139 := @138 @56
-@140 := @138 @88
-@141 := #6
-@142 := @13 @141
-@143 := #5
-@144 := @142 @143
-@145 := #4
-@148 := @144 @145 @14 @4
-@149 := #7
-@154 := @110 @149 @141 @143 @4 @17
-@155 := #8
-@158 := @110 @155 @149 @141
-@160 := @60 @143 @14
-@161 := @158 @160
-@162 := @58 @88
-@164 := @162 @145 @4
-@174 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
-@176 := LexLeanPreservation.Rust.wtl_cons @0
-@196 := {c : @11} ->
-  {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} ->
-  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
-@197 := @176 @1
-@213 := {A : @12} ->
-  {v : @56} ->
-  {t : @88} ->
-  {vs : @139} ->
-  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
-@214 := @197 @2
-@216 := @45 @14 @4
-@218 := @135 @4 @17
-@226 := {v : @56} ->
-  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
-@227 := @214 @52
-@228 := @5 @145
-@229 := @45 @228
-@230 := @229 @4
-@231 := @5 @141
-@232 := @60 @231
-@234 := @135 (@232 @14)
-@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
-@241 := @227 @9
-@242 := @5 @14
-@244 := @45 @242 @9
-@245 := @5 @143
-@246 := @60 @245
-@248 := @135 (@246 @14)
-@249 := @162 @9
-@250 := @249 @4
-@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
-@256 := @241 @59
-@257 := @136 @17
-@258 := @60 @228
-@259 := @258 @59
-@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
-@265 := @256 @90
-@266 := @60 @242
-@267 := @266 @59
-@268 := @135 @267
-@269 := @249 @90
-@272 := (h : @55) -> (hs : @137) -> @268 @269
-@273 := @265 @53
-@274 := @63 @59
-@276 := @135 @274 @269
-@277 := (hs : @137) -> @276
-@278 := @273 @134
-@280 := @135 @62 @269
-@281 := @214 @6
-@283 := @45 @245 @4
-@284 := @5 @149
-@285 := @60 @284
-@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
-@294 := @281 @9
-@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
-@301 := @294 @62
-@302 := @268 @17
-@303 := @246 @259
-@304 := @135 @303
-@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
-@309 := @301 @269
-@310 := @258 @267
-@311 := @135 @310
-@312 := @249 @269
-@315 := (h : @51) -> (hs : @276) -> @311 @312
-@316 := @309 @49
-@317 := @266 @274
-@318 := @135 @317
-@320 := (hs : @280) -> @318 @312
-@321 := @316 @278
-@322 := @135 @64
-@323 := @322 @312
-@324 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.denote
-@326 := @324 @4 @17
-@327 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.__fits_0
-@329 := @327 @4 @17
-@332 := Production.Main.checkedSum @4 @17
-@336 := LexLeanPreservation.encOption @3 @5 @332
-@339 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.root @4 @17
-@340 := Bool
-@341 := Ne.{1}
-@342 := LexLeanPreservation.Obs
-@343 := @341 @342
-@344 := LexLeanPreservation.Rel
-@347 := @343 (@344 @17 @19)
-@348 := LexLeanPreservation.Obs.stuck
-@351 := (f : @340) -> (v : @56) -> @347 @348
-@353 := LexLeanPreservation.Rust.rel_ne_stuck @329
-@360 := (v : @56) -> @343 (@344 (@327 @14 @4) @19) @348
-@361 := @353 @336
-@365 := @343 (@344 @329 @336) @348
-@366 := @138 @68
-@367 := LexLeanPreservation.Rust.FunSem
-@368 := #9
-@374 := (n : @65) -> @367 @368 @155 @149 @19 @141
-@375 := Eq.{1}
-@376 := Option.{0}
-@377 := @376 @85
-@378 := @375 @377
-@385 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
-@389 := @378 (@385 (@86 @368) @141)
-@390 := Option.some.{0}
-@391 := @390 @85
-@392 := @391 @143
-@393 := @389 @392
-@394 := #10
-@398 := @110 @394 @368 @155 @143
-@399 := LexLeanTarget.TargetSyntax.Function.types
-@400 := @399 @141
-@401 := @398 @400
-@402 := @376 @366
-@403 := @375 @402
-@404 := LexLeanTarget.TargetSemantics.bindAll
-@405 := LexLeanTarget.TargetSyntax.Function.parameters
-@410 := @403 (@404 (@405 @149) @141 @78)
-@411 := @390 @366
-@412 := @411 @143
-@413 := @410 @412
-@414 := @376 @340
-@415 := @375 @414
-@416 := LexLeanPreservation.Rust.fnFallible
-@417 := #11
-@420 := @415 (@416 @417 @368)
-@421 := @390 @340
-@422 := @421 @143
-@423 := @420 @422
-@424 := LexLeanPreservation.RunConv
-@425 := #13
-@429 := @424 @425 @394 @155 @143
-@431 := @343 @141 @348
-@432 := Exists.{1}
-@433 := LexLeanPreservation.Rust.ROut
-@434 := @432 @433
-@435 := And
-@436 := LexLeanPreservation.Rust.RealizesFn
-@440 := @435 (@436 @368 @155 @19)
-@441 := LexLeanPreservation.Rust.RCI
-@443 := @441 #15
-@444 := LexLeanPreservation.Rust.fnIdent
-@445 := @444 @425
-@452 := (hne : @431) -> @434 (fun (ro : @433) => @440 (@443 @445 @417 @19))
-@467 := {p : @10} ->
-  {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @374) ->
-  (hfn : @393) -> (hwt : @401) -> (hbind : @413) -> (hF : @423) -> (hA : @429) -> @452
-@469 := LexLeanPreservation.Rust.compose @0
-@470 := @367 @0
-@475 := (n : @65) -> @470 @155 @149 @19 @141
-@476 := @385 @87
-@479 := @378 (@476 @141) @392
-@483 := @121 @368 @155 @143 @400
-@484 := @424 @0
-@487 := @484 @394 @155 @143
-@501 := {c : @11} ->
-  {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @475) ->
-  (hfn : @479) -> (hwt : @483) -> (hbind : @413) -> (hF : @423) -> (hA : @487) -> @452
-@502 := @469 @1
-@503 := @470 @1
-@507 := (n : @65) -> @503 @149 @19 @141
-@510 := @129 @155 @143 @400
-@511 := @416 @1
-@514 := @415 (@511 @368) @422
-@515 := @441 @1
-@525 := (hbind : @413) ->
-  (hF : @514) -> (hA : @487) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@515 @445 @417 @19))
-@535 := {A : @12} ->
-  {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @507) -> (hfn : @479) -> (hwt : @510) -> @525
-@536 := @502 @2
-@538 := @503 @2 @19
-@540 := (n : @65) -> @538 @141
-@541 := @135 @143
-@542 := @541 @400
-@551 := {f : @65} ->
-  {fn : @85} ->
-  {args : @139} ->
-  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @540) -> (hfn : @479) -> (hwt : @542) -> @525
-@552 := @536 @75
-@554 := (n : @65) -> @538 @75
-@555 := @476 @75
-@556 := @378 @555
-@557 := @556 @392
-@558 := @511 @75
-@559 := @415 @558
-@560 := @559 @422
-@561 := @484 @75
-@563 := @561 @155 @143
-@565 := @515 (@444 @75)
-@573 := (hF : @560) -> (hA : @563) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 @417 @19))
-@582 := {fn : @85} ->
-  {args : @139} ->
-  {env : @366} ->
-  {F : @340} -> {o : @342} -> (hB : @554) -> (hfn : @557) -> (hwt : @542) -> (hbind : @413) -> @573
-@583 := @552 @105
-@585 := @556 (@391 @105)
-@586 := @399 @105
-@587 := @541 @586
-@589 := @404 (@405 @105)
-@601 := {args : @139} ->
-  {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @554) -> (hfn : @585) -> (hwt : @587) -> (hbind : @403 (@589 @141 @78) @412) -> @573
-@602 := @583 @64
-@604 := @285 (@232 @59)
-@606 := @135 @604 @586
-@608 := @60 (@5 @155)
-@610 := @608 (@285 @59)
-@614 := @403 (@589 @610 @78) @412
-@616 := @60 (@5 @394)
-@618 := @60 (@5 @368)
-@620 := @616 (@618 @59)
-@622 := @561 @620 @143
-@624 := @60 (@5 @425)
-@627 := @60 (@5 #12)
-@644 := {env : @366} ->
-  {F : @340} ->
-  {o : @342} ->
-  (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @606) ->
-  (hbind : @614) ->
-  (hF : @560) ->
-  (hA : @622) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@624 (@627 @59)) @19))
-@645 := @602 @83
-@647 := @232 (@246 @59)
-@649 := @135 @647 @586
-@660 := @403 (@589 @604 @78) (@411 (@79 (@73 @231) (@79 (@76 @284) @78)))
-@662 := @618 (@608 @59)
-@664 := @561 @662 @143
-@666 := @60 (@5 @417)
-@682 := {F : @340} ->
-  {o : @342} ->
-  (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @649) ->
-  (hbind : @660) ->
-  (hF : @560) ->
-  (hA : @664) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@627 (@666 @59)) @19))
-@683 := @645 @84
-@684 := @304 @586
-@695 := @403 (@589 @647 @78) (@411 (@79 (@73 @245) (@79 (@76 @231) @78)))
-@697 := @559 (@421 @84)
-@699 := @561 @610 @143
-@700 := @436 @84
-@718 := {o : @342} ->
-  (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @684) ->
-  (hbind : @695) ->
-  (hF : @697) ->
-  (hA : @699) ->
-  (hne : @431) -> @434 (fun (ro : @433) => @435 (@700 @155 @19) (@565 (@666 (@616 @59)) @19))
-@719 := @683 @326
-@720 := @311 @586
-@731 := @403 (@589 @303 @78) (@411 (@79 (@73 @228) (@79 (@76 @245) @78)))
-@732 := @561 @604
-@734 := @324 @149 @141
-@735 := @732 @734
-@737 := @324 @155 @149
-@756 := (hB : @554) ->
-  (hfn : @585) ->
-  (hwt : @720) ->
-  (hbind : @731) ->
-  (hF : @697) ->
-  (hA : @735) ->
-  (hne : @343 @737 @348) ->
-  @434 (fun (ro : @433) => @435 (@700 (@324 @394 @368) @19) (@565 @620 @19))
-@757 := @719 @109
-@758 := @318 @586
-@769 := @403 (@589 @310 @78) (@411 (@79 (@73 @242) (@79 (@76 @228) @78)))
-@770 := @561 @647
-@772 := @324 @141 @143
-@791 := (hfn : @585) ->
-  (hwt : @758) ->
-  (hbind : @769) ->
-  (hF : @697) ->
-  (hA : @770 @772) ->
-  (hne : @343 @734 @348) ->
-  @434 (fun (ro : @433) => @435 (@700 (@324 @368 @155) @19) (@565 @662 @19))
-@792 := Eq.refl.{1}
-@795 := @757 (@792 @377 @555)
-@796 := @322 @586
-@807 := @403 (@589 @317 @78) (@411 (@79 (@73 @6) (@79 (@76 @242) @78)))
-@808 := @561 @303
-@810 := @324 @143 @145
-@826 := (hwt : @796) ->
-  (hbind : @807) ->
-  (hF : @697) ->
-  (hA : @808 @810) ->
-  (hne : @343 @772 @348) -> @434 (fun (ro : @433) => @435 (@700 @737 @19) (@565 @610 @19))
-@827 := @795 @321
-@829 := @589 @64 @78
-@832 := @403 @829 (@411 @83)
-@833 := @561 @310
-@835 := @324 @145 @14
-@850 := (hbind : @832) ->
-  (hF : @697) ->
-  (hA : @833 @835) ->
-  (hne : @343 @810 @348) -> @434 (fun (ro : @433) => @435 (@700 @734 @19) (@565 @604 @19))
-@853 := @827 (@792 @402 @829)
-@854 := @561 @317
-@856 := @324 @14 @4
-@870 := (hF : @697) ->
-  (hA : @854 @856) ->
-  (hne : @343 @835 @348) -> @434 (fun (ro : @433) => @435 (@700 @772 @19) (@565 @647 @19))
-@873 := @853 (@792 @414 @558)
-@887 := (hA : @561 @64 @326) ->
-  (hne : @343 @856 @348) -> @434 (fun (ro : @433) => @435 (@700 @810 @19) (@565 @303 @19))
-@888 := @873 @339
-@899 := (hne : @343 @326 @348) -> @434 (fun (ro : @433) => @435 (@700 @835 @19) (@565 @310 @19))
-@900 := @888 @361
-@906 := @435 (@700 @856 @19) (@565 @317 @19)
-@908 := @434 (fun (ro : @433) => @906)
-@910 := @434 (fun (__e_ro : @433) => @906)
-@915 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
-@916 := (__e_hrep : @915) -> @910
-@917 := fun (__e_hrep : @915) => @900
-@918 := (right : @3) -> @916
-@919 := fun (right : @3) => @917
-@920 := (left : @3) -> @918
-@921 := fun (left : @3) => @919
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustCore.lean
deleted file mode 100644
index 1b19d944a..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustCore.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.fixed .u32), (.fixed .u32)], result := (.option (.fixed .u32)),
-      body := (.prim .checkedAdd [(.var 0), (.var 1)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u32) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u32) }] (.option (.fixed .u32)) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))], (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(1, (.fixed .u32), (some 1)), (0, (.fixed .u32), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [(.fixed .u32), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustStd.lean
deleted file mode 100644
index 13ee01c68..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.fixed .u32), (.fixed .u32)], result := (.option (.fixed .u32)),
-      body := (.prim .checkedAdd [(.var 0), (.var 1)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u32) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u32) }] (.option (.fixed .u32)) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))], (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(1, (.fixed .u32), (some 1)), (0, (.fixed .u32), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [(.fixed .u32), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1.lean
deleted file mode 100644
index 09a56b507..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1.lean
+++ /dev/null
@@ -1,47 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Production.Kernel
-import Production.Main
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat], [.nat, .nat]] }], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)]))]) }] }
-
-def __enc_0 : (Production.Kernel.Shape) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Production.Kernel.Shape.circle __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
-  | Production.Kernel.Shape.rectangle __x0 __x1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0), (_root_.LexLeanTarget.TargetSyntax.Value.nat __x1)]
-
-def __fits_1 (shape : (Production.Kernel.Shape)) : Bool :=
-  (Bool.true && (match shape with | Production.Kernel.Shape.circle radius => ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (radius) (radius) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply ((_root_.LexLeanRuntime.multiply (radius) (radius) : Nat)) ((3 : Nat)) : Nat) 18446744073709551616)) | Production.Kernel.Shape.rectangle width height => ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (width) (height) : Nat) 18446744073709551616))))
-
-theorem __rel_1 (shape : (Production.Kernel.Shape)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 shape)] (_root_.LexLeanPreservation.Rel (__fits_1 shape) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.area shape))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Production.Kernel.Shape)) => (match __a with | Production.Kernel.Shape.circle radius => ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (radius) (radius) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply ((_root_.LexLeanRuntime.multiply (radius) (radius) : Nat)) ((3 : Nat)) : Nat) 18446744073709551616)) | Production.Kernel.Shape.rectangle width height => ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (width) (height) : Nat) 18446744073709551616)))) (fun (__a : (Production.Kernel.Shape)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Production.Kernel.Shape.circle radius => (_root_.LexLeanRuntime.multiply ((_root_.LexLeanRuntime.multiply (radius) (radius) : Nat)) ((3 : Nat)) : Nat) | Production.Kernel.Shape.rectangle width height => (_root_.LexLeanRuntime.multiply (width) (height) : Nat))) shape (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Production.Kernel.Shape)) _ => match __a with | Production.Kernel.Shape.circle radius => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul radius radius)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul (_root_.LexLeanRuntime.multiply (radius) (radius) : Nat) (3 : Nat)))) | Production.Kernel.Shape.rectangle width height => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul width height))))))
-
-def __fits_0 (width : Nat) (height : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_1 ((Production.Kernel.Shape.rectangle (width) (height) : (Production.Kernel.Shape)))))
-
-attribute [local irreducible] Production.Kernel.area in
-theorem __rel_0 (width : Nat) (height : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat width), (_root_.LexLeanTarget.TargetSyntax.Value.nat height)] (_root_.LexLeanPreservation.Rel (__fits_0 width height) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.shapeArea width height))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((Production.Kernel.Shape.rectangle (width) (height) : (Production.Kernel.Shape)))))
-
-def denote (width : Nat) (height : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 width height) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.shapeArea width height)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (width : Nat) (height : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat width), (_root_.LexLeanTarget.TargetSyntax.Value.nat height)] (_root_.LexLeanPreservation.Rel (__fits_0 width height) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.shapeArea width height))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 width height)
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustCore.lex.tex
deleted file mode 100644
index 9dcf62edb..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,565 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.__wt_0 : @16 := @453 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.root : @1128 := @1129 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.flags
-@3 := Production.Kernel.Shape
-@4 := #0
-@6 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.__enc_0 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value.nat
-@19 := @18 @4
-@20 := LexLeanTarget.TargetSyntax.Ty.nat
-@21 := LexLeanTarget.TargetSyntax.Program
-@22 := LexLeanPreservation.Rust.RCrate
-@23 := LexLeanPreservation.Rust.Flags
-@24 := Nat
-@25 := #3
-@26 := @7 @25
-@27 := #2
-@28 := @26 @27
-@29 := #1
-@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
-@38 := LexLeanPreservation.Rust.wt_nat @0
-@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
-@46 := @38 @1
-@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
-@52 := @46 @2
-@54 := @13 @19 @20
-@55 := (n : @24) -> @54
-@56 := @52 @4
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := LexLeanTarget.TargetSyntax.Ty
-@59 := List.nil.{0}
-@60 := List.cons.{0}
-@61 := @59 @57
-@62 := @60 @57
-@64 := @62 @19 @61
-@65 := @59 @58
-@66 := @60 @58
-@67 := @66 @20
-@68 := @67 @65
-@69 := LexLeanPreservation.Rust.WTL
-@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
-@79 := LexLeanPreservation.Rust.wtl_nil @0
-@80 := @69 @0
-@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
-@87 := @79 @1
-@88 := @80 @1
-@92 := {A : @23} -> @88 @4 @61 @65
-@93 := @87 @2
-@94 := @88 @2
-@95 := @94 @61
-@96 := @95 @65
-@97 := List.{0}
-@98 := @97 @57
-@99 := @97 @58
-@100 := #6
-@101 := @7 @100
-@102 := #5
-@103 := @101 @102
-@104 := #4
-@107 := @103 @104 @25 @27
-@108 := #7
-@113 := @69 @108 @100 @102 @27 @29
-@114 := #8
-@117 := @69 @114 @108 @100
-@119 := @62 @102 @25
-@120 := @117 @119
-@122 := @66 @104 @27
-@132 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
-@134 := LexLeanPreservation.Rust.wtl_cons @0
-@138 := @11 @102 @104 @25 @27
-@142 := @80 @100 @102 @27 @29
-@154 := {c : @22} ->
-  {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
-@155 := @134 @1
-@158 := @12 @104 @25 @27
-@161 := @88 @102 @27 @29
-@171 := {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
-@172 := @155 @2
-@174 := @13 @25 @27
-@176 := @94 @27 @29
-@184 := {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
-@185 := @172 @19
-@186 := @18 @25
-@187 := @13 @186
-@188 := @187 @27
-@189 := @18 @102
-@190 := @62 @189
-@192 := @94 (@190 @25)
-@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
-@199 := @185 @20
-@200 := @18 @27
-@202 := @13 @200 @20
-@203 := @18 @104
-@204 := @62 @203
-@206 := @94 (@204 @25)
-@207 := @67 @27
-@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
-@213 := @199 @61
-@214 := @18 @29
-@216 := @13 @214 @20
-@217 := @95 @29
-@218 := @62 @186
-@219 := @218 @61
-@220 := @94 @219
-@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
-@225 := @213 @65
-@226 := @62 @200
-@227 := @226 @61
-@228 := @94 @227
-@229 := @228 @68
-@231 := (h : @54) -> (hs : @96) -> @229
-@232 := @225 @56
-@233 := @62 @214
-@234 := @233 @61
-@236 := @94 @234 @68
-@237 := (hs : @96) -> @236
-@238 := @232 @93
-@240 := @94 @64 @68
-@241 := Eq.{1}
-@242 := Option.{0}
-@243 := @242 @99
-@244 := @241 @243
-@245 := LexLeanPreservation.Rust.adtFields
-@249 := @244 (@245 @100 @25 @27)
-@250 := Option.some.{0}
-@251 := @250 @99
-@252 := @251 @4
-@253 := @249 @252
-@256 := @7 @114 @108 @100
-@257 := LexLeanTarget.TargetSyntax.Value.adt
-@259 := @257 @104 @25
-@260 := @256 @259
-@261 := @8 @102
-@271 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
-@273 := LexLeanPreservation.Rust.wt_adt @0
-@274 := @245 @0
-@278 := @244 (@274 @25 @27) @252
-@290 := {c : @22} ->
-  {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
-@291 := @273 @1
-@301 := {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
-@302 := @291 @2
-@303 := @13 @259
-@310 := {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
-@311 := @302 @9
-@312 := @274 @9
-@321 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
-@322 := @311 @9
-@323 := @312 @9
-@324 := @244 @323
-@325 := @324 @252
-@326 := @257 @9
-@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
-@334 := @322 @64
-@335 := @228 @29
-@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
-@342 := @334 @68
-@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
-@350 := Eq.refl.{1}
-@351 := @350 @243
-@353 := @342 (@351 @323)
-@357 := (hf : @240) -> @13 (@326 @234) @10
-@358 := @353 @238
-@361 := @13 (@326 @64) @10
-@362 := fun (__x0 : @24) => @358
-@363 := @52 @29
-@364 := @233 @64
-@365 := @67 @68
-@366 := @172 @214
-@367 := @13 @203
-@368 := @367 @27
-@369 := @18 @100
-@370 := @62 @369
-@372 := @94 (@370 @25)
-@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
-@379 := @366 @20
-@380 := @187 @20
-@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
-@386 := @379 @64
-@387 := @204 @219
-@388 := @94 @387
-@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
-@393 := @386 @68
-@394 := @218 @227
-@395 := @94 @394
-@398 := (h : @216) -> (hs : @236) -> @395 @365
-@399 := @393 @363
-@400 := @226 @234
-@401 := @94 @400
-@402 := @401 @365
-@403 := (hs : @240) -> @402
-@404 := @399 @238
-@406 := @94 @364 @365
-@407 := 1
-@408 := @311 @407
-@409 := @312 @407
-@410 := @244 @409
-@411 := @410 @252
-@412 := @257 @407
-@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
-@420 := @408 @364
-@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
-@428 := @420 @365
-@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
-@437 := @428 (@351 @409)
-@441 := (hf : @406) -> @13 (@412 @400) @10
-@442 := @437 @404
-@445 := @13 (@412 @364) @10
-@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
-@453 := fun (__v : @3) => Production.Kernel.Shape.casesOn.{0} @17 @4 @362 @447
-@454 := @52 @27
-@457 := Prod.{0, 0} @24 @57
-@460 := Prod.mk.{0, 0} @24 @57
-@461 := @460 @407
-@462 := @461 @214
-@463 := @460 @9
-@464 := @463 @200
-@465 := @59 @457
-@466 := @60 @457
-@468 := @466 @464 @465
-@470 := @466 @462 @468
-@471 := Bool.true
-@472 := LexLeanTarget.TargetSyntax.Function
-@473 := LexLeanTarget.TargetSyntax.Program.functions
-@474 := @473 @0
-@475 := @59 @24
-@476 := LexLeanTarget.TargetSyntax.Ty.unit
-@477 := LexLeanTarget.TargetSyntax.Value.unit
-@480 := LexLeanTarget.TargetSyntax.Expr.value @476 @477
-@485 := LexLeanTarget.TargetSyntax.Function.mk @475 @65 @476 @480
-@490 := List.getD.{0} @472 @474 @9 @485
-@494 := fun (__e_n : @24) =>
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.root @4 @9
-@495 := @379 @61
-@496 := @204 @61
-@501 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @496 @207
-@502 := @495 @65
-@505 := (h : @216) -> (hs : @96) -> @220 @68
-@507 := @502 @363 @93
-@508 := @172 @200
-@510 := @13 @189 @27
-@511 := @18 @108
-@512 := @62 @511
-@520 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @510) -> (hs : @176) -> @94 (@512 @25) @122
-@521 := @508 @20
-@527 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
-@528 := @521 @234
-@529 := @220 @29
-@530 := @190 @496
-@531 := @94 @530
-@535 := {ts : @99} -> (h : @380) -> (hs : @529) -> @531 @207
-@536 := @528 @68
-@539 := (h : @202) -> (hs : @229) -> @388 @365
-@541 := @536 @454 @507
-@542 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.denote
-@544 := @542 @27 @29
-@545 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.__fits_0
-@547 := @545 @27 @29
-@551 := @18 (Production.Main.shapeArea @27 @29)
-@554 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.root @27 @29
-@555 := Bool
-@556 := Ne.{1}
-@557 := LexLeanPreservation.Obs
-@558 := @556 @557
-@559 := LexLeanPreservation.Rel
-@562 := @558 (@559 @29 @4)
-@563 := LexLeanPreservation.Obs.stuck
-@566 := (f : @555) -> (v : @57) -> @562 @563
-@568 := LexLeanPreservation.Rust.rel_ne_stuck @547
-@575 := (v : @57) -> @558 (@559 (@545 @25 @27) @4) @563
-@576 := @568 @551
-@580 := @558 (@559 @547 @551) @563
-@581 := @97 @457
-@582 := LexLeanPreservation.Rust.FunSem
-@583 := #9
-@589 := (n : @24) -> @582 @583 @114 @108 @4 @100
-@590 := @242 @472
-@591 := @241 @590
-@598 := LexLeanRuntime.index (@97 @472) @472 (LexLeanRuntime.instIndexableList @472)
-@602 := @591 (@598 (@473 @583) @100)
-@603 := @250 @472
-@604 := @603 @102
-@605 := @602 @604
-@606 := #10
-@610 := @69 @606 @583 @114 @102
-@611 := LexLeanTarget.TargetSyntax.Function.types
-@612 := @611 @100
-@613 := @610 @612
-@614 := @242 @581
-@615 := @241 @614
-@616 := LexLeanTarget.TargetSemantics.bindAll
-@617 := LexLeanTarget.TargetSyntax.Function.parameters
-@622 := @615 (@616 (@617 @108) @100 @465)
-@623 := @250 @581
-@624 := @623 @102
-@625 := @622 @624
-@626 := @242 @555
-@627 := @241 @626
-@628 := LexLeanPreservation.Rust.fnFallible
-@629 := #11
-@632 := @627 (@628 @629 @583)
-@633 := @250 @555
-@634 := @633 @102
-@635 := @632 @634
-@636 := LexLeanPreservation.RunConv
-@637 := #13
-@641 := @636 @637 @606 @114 @102
-@643 := @558 @100 @563
-@644 := Exists.{1}
-@645 := LexLeanPreservation.Rust.ROut
-@646 := @644 @645
-@647 := And
-@648 := LexLeanPreservation.Rust.RealizesFn
-@652 := @647 (@648 @583 @114 @4)
-@653 := LexLeanPreservation.Rust.RCI
-@655 := @653 #15
-@656 := LexLeanPreservation.Rust.fnIdent
-@657 := @656 @637
-@664 := (hne : @643) -> @646 (fun (ro : @645) => @652 (@655 @657 @629 @4))
-@679 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @589) ->
-  (hfn : @605) -> (hwt : @613) -> (hbind : @625) -> (hF : @635) -> (hA : @641) -> @664
-@681 := LexLeanPreservation.Rust.compose @0
-@682 := @582 @0
-@687 := (n : @24) -> @682 @114 @108 @4 @100
-@688 := @598 @474
-@691 := @591 (@688 @100) @604
-@695 := @80 @583 @114 @102 @612
-@696 := @636 @0
-@699 := @696 @606 @114 @102
-@713 := {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @687) ->
-  (hfn : @691) -> (hwt : @695) -> (hbind : @625) -> (hF : @635) -> (hA : @699) -> @664
-@714 := @681 @1
-@715 := @682 @1
-@719 := (n : @24) -> @715 @108 @4 @100
-@722 := @88 @114 @102 @612
-@723 := @628 @1
-@726 := @627 (@723 @583) @634
-@727 := @653 @1
-@737 := (hbind : @625) ->
-  (hF : @726) -> (hA : @699) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@727 @657 @629 @4))
-@747 := {A : @23} ->
-  {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @719) -> (hfn : @691) -> (hwt : @722) -> @737
-@748 := @714 @2
-@750 := @715 @2 @4
-@752 := (n : @24) -> @750 @100
-@753 := @94 @102
-@754 := @753 @612
-@763 := {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @752) -> (hfn : @691) -> (hwt : @754) -> @737
-@764 := @748 @9
-@766 := (n : @24) -> @750 @9
-@767 := @688 @9
-@768 := @591 @767
-@769 := @768 @604
-@770 := @723 @9
-@771 := @627 @770
-@772 := @771 @634
-@773 := @696 @9
-@775 := @773 @114 @102
-@777 := @727 (@656 @9)
-@785 := (hF : @772) -> (hA : @775) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 @629 @4))
-@794 := {fn : @472} ->
-  {args : @98} ->
-  {env : @581} ->
-  {F : @555} -> {o : @557} -> (hB : @766) -> (hfn : @769) -> (hwt : @754) -> (hbind : @625) -> @785
-@795 := @764 @490
-@797 := @768 (@603 @490)
-@798 := @611 @490
-@799 := @753 @798
-@801 := @616 (@617 @490)
-@813 := {args : @98} ->
-  {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @766) -> (hfn : @797) -> (hwt : @799) -> (hbind : @615 (@801 @100 @465) @624) -> @785
-@814 := @795 @400
-@816 := @512 (@370 @61)
-@818 := @94 @816 @798
-@820 := @62 (@18 @114)
-@822 := @820 (@512 @61)
-@826 := @615 (@801 @822 @465) @624
-@828 := @62 (@18 @606)
-@830 := @62 (@18 @583)
-@832 := @828 (@830 @61)
-@834 := @773 @832 @102
-@836 := @62 (@18 @637)
-@839 := @62 (@18 #12)
-@856 := {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @818) ->
-  (hbind : @826) ->
-  (hF : @772) ->
-  (hA : @834) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@836 (@839 @61)) @4))
-@857 := @814 @470
-@859 := @370 (@190 @61)
-@861 := @94 @859 @798
-@872 := @615 (@801 @816 @465) (@623 (@466 (@461 @369) (@466 (@463 @511) @465)))
-@874 := @830 (@820 @61)
-@876 := @773 @874 @102
-@878 := @62 (@18 @629)
-@894 := {F : @555} ->
-  {o : @557} ->
-  (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @861) ->
-  (hbind : @872) ->
-  (hF : @772) ->
-  (hA : @876) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@839 (@878 @61)) @4))
-@895 := @857 @471
-@896 := @531 @798
-@907 := @615 (@801 @859 @465) (@623 (@466 (@461 @189) (@466 (@463 @369) @465)))
-@909 := @771 (@633 @471)
-@911 := @773 @822 @102
-@912 := @648 @471
-@930 := {o : @557} ->
-  (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @896) ->
-  (hbind : @907) ->
-  (hF : @909) ->
-  (hA : @911) ->
-  (hne : @643) -> @646 (fun (ro : @645) => @647 (@912 @114 @4) (@777 (@878 (@828 @61)) @4))
-@931 := @895 @544
-@932 := @388 @798
-@943 := @615 (@801 @530 @465) (@623 (@466 (@461 @203) (@466 (@463 @189) @465)))
-@944 := @773 @816
-@946 := @542 @108 @100
-@947 := @944 @946
-@949 := @542 @114 @108
-@968 := (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @932) ->
-  (hbind : @943) ->
-  (hF : @909) ->
-  (hA : @947) ->
-  (hne : @558 @949 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @606 @583) @4) (@777 @832 @4))
-@969 := @931 @494
-@970 := @395 @798
-@981 := @615 (@801 @387 @465) (@623 (@466 (@461 @186) (@466 (@463 @203) @465)))
-@982 := @773 @859
-@984 := @542 @100 @102
-@1003 := (hfn : @797) ->
-  (hwt : @970) ->
-  (hbind : @981) ->
-  (hF : @909) ->
-  (hA : @982 @984) ->
-  (hne : @558 @946 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @583 @114) @4) (@777 @874 @4))
-@1006 := @969 (@350 @590 @767)
-@1007 := @401 @798
-@1018 := @615 (@801 @394 @465) (@623 (@466 (@461 @200) (@466 (@463 @186) @465)))
-@1019 := @773 @530
-@1021 := @542 @102 @104
-@1037 := (hwt : @1007) ->
-  (hbind : @1018) ->
-  (hF : @909) ->
-  (hA : @1019 @1021) ->
-  (hne : @558 @984 @563) -> @646 (fun (ro : @645) => @647 (@912 @949 @4) (@777 @822 @4))
-@1038 := @1006 @541
-@1040 := @801 @400 @465
-@1043 := @615 @1040 (@623 @470)
-@1044 := @773 @387
-@1046 := @542 @104 @25
-@1061 := (hbind : @1043) ->
-  (hF : @909) ->
-  (hA : @1044 @1046) ->
-  (hne : @558 @1021 @563) -> @646 (fun (ro : @645) => @647 (@912 @946 @4) (@777 @816 @4))
-@1064 := @1038 (@350 @614 @1040)
-@1065 := @773 @394
-@1067 := @542 @25 @27
-@1081 := (hF : @909) ->
-  (hA : @1065 @1067) ->
-  (hne : @558 @1046 @563) -> @646 (fun (ro : @645) => @647 (@912 @984 @4) (@777 @859 @4))
-@1084 := @1064 (@350 @626 @770)
-@1098 := (hA : @773 @400 @544) ->
-  (hne : @558 @1067 @563) -> @646 (fun (ro : @645) => @647 (@912 @1021 @4) (@777 @530 @4))
-@1099 := @1084 @554
-@1110 := (hne : @558 @544 @563) -> @646 (fun (ro : @645) => @647 (@912 @1046 @4) (@777 @387 @4))
-@1111 := @1099 @576
-@1117 := @647 (@912 @1067 @4) (@777 @394 @4)
-@1119 := @646 (fun (ro : @645) => @1117)
-@1121 := @646 (fun (__e_ro : @645) => @1117)
-@1123 := LexLeanPreservation.Rust.RepresentableL @364
-@1124 := (__e_hrep : @1123) -> @1121
-@1125 := fun (__e_hrep : @1123) => @1111
-@1126 := (height : @24) -> @1124
-@1127 := fun (height : @24) => @1125
-@1128 := (width : @24) -> @1126
-@1129 := fun (width : @24) => @1127
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustStd.lex.tex
deleted file mode 100644
index fc899b5ef..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,564 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.__wt_0 : @16 := @453 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.root : @1128 := @1129 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.flags
-@3 := Production.Kernel.Shape
-@4 := #0
-@6 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.__enc_0 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@15 := @13 @6 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value.nat
-@19 := @18 @4
-@20 := LexLeanTarget.TargetSyntax.Ty.nat
-@21 := LexLeanTarget.TargetSyntax.Program
-@22 := LexLeanPreservation.Rust.RCrate
-@23 := LexLeanPreservation.Rust.Flags
-@24 := Nat
-@25 := #3
-@26 := @7 @25
-@27 := #2
-@28 := @26 @27
-@29 := #1
-@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
-@38 := LexLeanPreservation.Rust.wt_nat @0
-@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
-@46 := @38 @1
-@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
-@52 := @46 @2
-@54 := @13 @19 @20
-@55 := (n : @24) -> @54
-@56 := @52 @4
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := LexLeanTarget.TargetSyntax.Ty
-@59 := List.nil.{0}
-@60 := List.cons.{0}
-@61 := @59 @57
-@62 := @60 @57
-@64 := @62 @19 @61
-@65 := @59 @58
-@66 := @60 @58
-@67 := @66 @20
-@68 := @67 @65
-@69 := LexLeanPreservation.Rust.WTL
-@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
-@79 := LexLeanPreservation.Rust.wtl_nil @0
-@80 := @69 @0
-@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
-@87 := @79 @1
-@88 := @80 @1
-@92 := {A : @23} -> @88 @4 @61 @65
-@93 := @87 @2
-@94 := @88 @2
-@95 := @94 @61
-@96 := @95 @65
-@97 := List.{0}
-@98 := @97 @57
-@99 := @97 @58
-@100 := #6
-@101 := @7 @100
-@102 := #5
-@103 := @101 @102
-@104 := #4
-@107 := @103 @104 @25 @27
-@108 := #7
-@113 := @69 @108 @100 @102 @27 @29
-@114 := #8
-@117 := @69 @114 @108 @100
-@119 := @62 @102 @25
-@120 := @117 @119
-@122 := @66 @104 @27
-@132 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
-@134 := LexLeanPreservation.Rust.wtl_cons @0
-@138 := @11 @102 @104 @25 @27
-@142 := @80 @100 @102 @27 @29
-@154 := {c : @22} ->
-  {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
-@155 := @134 @1
-@158 := @12 @104 @25 @27
-@161 := @88 @102 @27 @29
-@171 := {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
-@172 := @155 @2
-@174 := @13 @25 @27
-@176 := @94 @27 @29
-@184 := {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
-@185 := @172 @19
-@186 := @18 @25
-@187 := @13 @186
-@188 := @187 @27
-@189 := @18 @102
-@190 := @62 @189
-@192 := @94 (@190 @25)
-@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
-@199 := @185 @20
-@200 := @18 @27
-@202 := @13 @200 @20
-@203 := @18 @104
-@204 := @62 @203
-@206 := @94 (@204 @25)
-@207 := @67 @27
-@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
-@213 := @199 @61
-@214 := @18 @29
-@216 := @13 @214 @20
-@217 := @95 @29
-@218 := @62 @186
-@219 := @218 @61
-@220 := @94 @219
-@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
-@225 := @213 @65
-@226 := @62 @200
-@227 := @226 @61
-@228 := @94 @227
-@229 := @228 @68
-@231 := (h : @54) -> (hs : @96) -> @229
-@232 := @225 @56
-@233 := @62 @214
-@234 := @233 @61
-@236 := @94 @234 @68
-@237 := (hs : @96) -> @236
-@238 := @232 @93
-@240 := @94 @64 @68
-@241 := Eq.{1}
-@242 := Option.{0}
-@243 := @242 @99
-@244 := @241 @243
-@245 := LexLeanPreservation.Rust.adtFields
-@249 := @244 (@245 @100 @25 @27)
-@250 := Option.some.{0}
-@251 := @250 @99
-@252 := @251 @4
-@253 := @249 @252
-@256 := @7 @114 @108 @100
-@257 := LexLeanTarget.TargetSyntax.Value.adt
-@259 := @257 @104 @25
-@260 := @256 @259
-@261 := @8 @102
-@271 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
-@273 := LexLeanPreservation.Rust.wt_adt @0
-@274 := @245 @0
-@278 := @244 (@274 @25 @27) @252
-@290 := {c : @22} ->
-  {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
-@291 := @273 @1
-@301 := {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
-@302 := @291 @2
-@303 := @13 @259
-@310 := {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
-@311 := @302 @9
-@312 := @274 @9
-@321 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
-@322 := @311 @9
-@323 := @312 @9
-@324 := @244 @323
-@325 := @324 @252
-@326 := @257 @9
-@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
-@334 := @322 @64
-@335 := @228 @29
-@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
-@342 := @334 @68
-@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
-@350 := Eq.refl.{1}
-@351 := @350 @243
-@353 := @342 (@351 @323)
-@357 := (hf : @240) -> @13 (@326 @234) @10
-@358 := @353 @238
-@361 := @13 (@326 @64) @10
-@362 := fun (__x0 : @24) => @358
-@363 := @52 @29
-@364 := @233 @64
-@365 := @67 @68
-@366 := @172 @214
-@367 := @13 @203
-@368 := @367 @27
-@369 := @18 @100
-@370 := @62 @369
-@372 := @94 (@370 @25)
-@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
-@379 := @366 @20
-@380 := @187 @20
-@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
-@386 := @379 @64
-@387 := @204 @219
-@388 := @94 @387
-@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
-@393 := @386 @68
-@394 := @218 @227
-@395 := @94 @394
-@398 := (h : @216) -> (hs : @236) -> @395 @365
-@399 := @393 @363
-@400 := @226 @234
-@401 := @94 @400
-@402 := @401 @365
-@403 := (hs : @240) -> @402
-@404 := @399 @238
-@406 := @94 @364 @365
-@407 := 1
-@408 := @311 @407
-@409 := @312 @407
-@410 := @244 @409
-@411 := @410 @252
-@412 := @257 @407
-@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
-@420 := @408 @364
-@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
-@428 := @420 @365
-@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
-@437 := @428 (@351 @409)
-@441 := (hf : @406) -> @13 (@412 @400) @10
-@442 := @437 @404
-@445 := @13 (@412 @364) @10
-@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
-@453 := fun (__v : @3) => Production.Kernel.Shape.casesOn.{0} @17 @4 @362 @447
-@454 := @52 @27
-@457 := Prod.{0, 0} @24 @57
-@460 := Prod.mk.{0, 0} @24 @57
-@461 := @460 @407
-@462 := @461 @214
-@463 := @460 @9
-@464 := @463 @200
-@465 := @59 @457
-@466 := @60 @457
-@468 := @466 @464 @465
-@470 := @466 @462 @468
-@471 := Bool.true
-@472 := LexLeanTarget.TargetSyntax.Function
-@473 := LexLeanTarget.TargetSyntax.Program.functions
-@474 := @473 @0
-@475 := @59 @24
-@476 := LexLeanTarget.TargetSyntax.Ty.unit
-@477 := LexLeanTarget.TargetSyntax.Value.unit
-@480 := LexLeanTarget.TargetSyntax.Expr.value @476 @477
-@485 := LexLeanTarget.TargetSyntax.Function.mk @475 @65 @476 @480
-@490 := List.getD.{0} @472 @474 @9 @485
-@494 := fun (__e_n : @24) => LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.root @4 @9
-@495 := @379 @61
-@496 := @204 @61
-@501 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @496 @207
-@502 := @495 @65
-@505 := (h : @216) -> (hs : @96) -> @220 @68
-@507 := @502 @363 @93
-@508 := @172 @200
-@510 := @13 @189 @27
-@511 := @18 @108
-@512 := @62 @511
-@520 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @510) -> (hs : @176) -> @94 (@512 @25) @122
-@521 := @508 @20
-@527 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
-@528 := @521 @234
-@529 := @220 @29
-@530 := @190 @496
-@531 := @94 @530
-@535 := {ts : @99} -> (h : @380) -> (hs : @529) -> @531 @207
-@536 := @528 @68
-@539 := (h : @202) -> (hs : @229) -> @388 @365
-@541 := @536 @454 @507
-@542 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.denote
-@544 := @542 @27 @29
-@545 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.__fits_0
-@547 := @545 @27 @29
-@551 := @18 (Production.Main.shapeArea @27 @29)
-@554 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.root @27 @29
-@555 := Bool
-@556 := Ne.{1}
-@557 := LexLeanPreservation.Obs
-@558 := @556 @557
-@559 := LexLeanPreservation.Rel
-@562 := @558 (@559 @29 @4)
-@563 := LexLeanPreservation.Obs.stuck
-@566 := (f : @555) -> (v : @57) -> @562 @563
-@568 := LexLeanPreservation.Rust.rel_ne_stuck @547
-@575 := (v : @57) -> @558 (@559 (@545 @25 @27) @4) @563
-@576 := @568 @551
-@580 := @558 (@559 @547 @551) @563
-@581 := @97 @457
-@582 := LexLeanPreservation.Rust.FunSem
-@583 := #9
-@589 := (n : @24) -> @582 @583 @114 @108 @4 @100
-@590 := @242 @472
-@591 := @241 @590
-@598 := LexLeanRuntime.index (@97 @472) @472 (LexLeanRuntime.instIndexableList @472)
-@602 := @591 (@598 (@473 @583) @100)
-@603 := @250 @472
-@604 := @603 @102
-@605 := @602 @604
-@606 := #10
-@610 := @69 @606 @583 @114 @102
-@611 := LexLeanTarget.TargetSyntax.Function.types
-@612 := @611 @100
-@613 := @610 @612
-@614 := @242 @581
-@615 := @241 @614
-@616 := LexLeanTarget.TargetSemantics.bindAll
-@617 := LexLeanTarget.TargetSyntax.Function.parameters
-@622 := @615 (@616 (@617 @108) @100 @465)
-@623 := @250 @581
-@624 := @623 @102
-@625 := @622 @624
-@626 := @242 @555
-@627 := @241 @626
-@628 := LexLeanPreservation.Rust.fnFallible
-@629 := #11
-@632 := @627 (@628 @629 @583)
-@633 := @250 @555
-@634 := @633 @102
-@635 := @632 @634
-@636 := LexLeanPreservation.RunConv
-@637 := #13
-@641 := @636 @637 @606 @114 @102
-@643 := @558 @100 @563
-@644 := Exists.{1}
-@645 := LexLeanPreservation.Rust.ROut
-@646 := @644 @645
-@647 := And
-@648 := LexLeanPreservation.Rust.RealizesFn
-@652 := @647 (@648 @583 @114 @4)
-@653 := LexLeanPreservation.Rust.RCI
-@655 := @653 #15
-@656 := LexLeanPreservation.Rust.fnIdent
-@657 := @656 @637
-@664 := (hne : @643) -> @646 (fun (ro : @645) => @652 (@655 @657 @629 @4))
-@679 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @589) ->
-  (hfn : @605) -> (hwt : @613) -> (hbind : @625) -> (hF : @635) -> (hA : @641) -> @664
-@681 := LexLeanPreservation.Rust.compose @0
-@682 := @582 @0
-@687 := (n : @24) -> @682 @114 @108 @4 @100
-@688 := @598 @474
-@691 := @591 (@688 @100) @604
-@695 := @80 @583 @114 @102 @612
-@696 := @636 @0
-@699 := @696 @606 @114 @102
-@713 := {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @687) ->
-  (hfn : @691) -> (hwt : @695) -> (hbind : @625) -> (hF : @635) -> (hA : @699) -> @664
-@714 := @681 @1
-@715 := @682 @1
-@719 := (n : @24) -> @715 @108 @4 @100
-@722 := @88 @114 @102 @612
-@723 := @628 @1
-@726 := @627 (@723 @583) @634
-@727 := @653 @1
-@737 := (hbind : @625) ->
-  (hF : @726) -> (hA : @699) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@727 @657 @629 @4))
-@747 := {A : @23} ->
-  {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @719) -> (hfn : @691) -> (hwt : @722) -> @737
-@748 := @714 @2
-@750 := @715 @2 @4
-@752 := (n : @24) -> @750 @100
-@753 := @94 @102
-@754 := @753 @612
-@763 := {f : @24} ->
-  {fn : @472} ->
-  {args : @98} ->
-  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @752) -> (hfn : @691) -> (hwt : @754) -> @737
-@764 := @748 @9
-@766 := (n : @24) -> @750 @9
-@767 := @688 @9
-@768 := @591 @767
-@769 := @768 @604
-@770 := @723 @9
-@771 := @627 @770
-@772 := @771 @634
-@773 := @696 @9
-@775 := @773 @114 @102
-@777 := @727 (@656 @9)
-@785 := (hF : @772) -> (hA : @775) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 @629 @4))
-@794 := {fn : @472} ->
-  {args : @98} ->
-  {env : @581} ->
-  {F : @555} -> {o : @557} -> (hB : @766) -> (hfn : @769) -> (hwt : @754) -> (hbind : @625) -> @785
-@795 := @764 @490
-@797 := @768 (@603 @490)
-@798 := @611 @490
-@799 := @753 @798
-@801 := @616 (@617 @490)
-@813 := {args : @98} ->
-  {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @766) -> (hfn : @797) -> (hwt : @799) -> (hbind : @615 (@801 @100 @465) @624) -> @785
-@814 := @795 @400
-@816 := @512 (@370 @61)
-@818 := @94 @816 @798
-@820 := @62 (@18 @114)
-@822 := @820 (@512 @61)
-@826 := @615 (@801 @822 @465) @624
-@828 := @62 (@18 @606)
-@830 := @62 (@18 @583)
-@832 := @828 (@830 @61)
-@834 := @773 @832 @102
-@836 := @62 (@18 @637)
-@839 := @62 (@18 #12)
-@856 := {env : @581} ->
-  {F : @555} ->
-  {o : @557} ->
-  (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @818) ->
-  (hbind : @826) ->
-  (hF : @772) ->
-  (hA : @834) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@836 (@839 @61)) @4))
-@857 := @814 @470
-@859 := @370 (@190 @61)
-@861 := @94 @859 @798
-@872 := @615 (@801 @816 @465) (@623 (@466 (@461 @369) (@466 (@463 @511) @465)))
-@874 := @830 (@820 @61)
-@876 := @773 @874 @102
-@878 := @62 (@18 @629)
-@894 := {F : @555} ->
-  {o : @557} ->
-  (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @861) ->
-  (hbind : @872) ->
-  (hF : @772) ->
-  (hA : @876) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@839 (@878 @61)) @4))
-@895 := @857 @471
-@896 := @531 @798
-@907 := @615 (@801 @859 @465) (@623 (@466 (@461 @189) (@466 (@463 @369) @465)))
-@909 := @771 (@633 @471)
-@911 := @773 @822 @102
-@912 := @648 @471
-@930 := {o : @557} ->
-  (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @896) ->
-  (hbind : @907) ->
-  (hF : @909) ->
-  (hA : @911) ->
-  (hne : @643) -> @646 (fun (ro : @645) => @647 (@912 @114 @4) (@777 (@878 (@828 @61)) @4))
-@931 := @895 @544
-@932 := @388 @798
-@943 := @615 (@801 @530 @465) (@623 (@466 (@461 @203) (@466 (@463 @189) @465)))
-@944 := @773 @816
-@946 := @542 @108 @100
-@947 := @944 @946
-@949 := @542 @114 @108
-@968 := (hB : @766) ->
-  (hfn : @797) ->
-  (hwt : @932) ->
-  (hbind : @943) ->
-  (hF : @909) ->
-  (hA : @947) ->
-  (hne : @558 @949 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @606 @583) @4) (@777 @832 @4))
-@969 := @931 @494
-@970 := @395 @798
-@981 := @615 (@801 @387 @465) (@623 (@466 (@461 @186) (@466 (@463 @203) @465)))
-@982 := @773 @859
-@984 := @542 @100 @102
-@1003 := (hfn : @797) ->
-  (hwt : @970) ->
-  (hbind : @981) ->
-  (hF : @909) ->
-  (hA : @982 @984) ->
-  (hne : @558 @946 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @583 @114) @4) (@777 @874 @4))
-@1006 := @969 (@350 @590 @767)
-@1007 := @401 @798
-@1018 := @615 (@801 @394 @465) (@623 (@466 (@461 @200) (@466 (@463 @186) @465)))
-@1019 := @773 @530
-@1021 := @542 @102 @104
-@1037 := (hwt : @1007) ->
-  (hbind : @1018) ->
-  (hF : @909) ->
-  (hA : @1019 @1021) ->
-  (hne : @558 @984 @563) -> @646 (fun (ro : @645) => @647 (@912 @949 @4) (@777 @822 @4))
-@1038 := @1006 @541
-@1040 := @801 @400 @465
-@1043 := @615 @1040 (@623 @470)
-@1044 := @773 @387
-@1046 := @542 @104 @25
-@1061 := (hbind : @1043) ->
-  (hF : @909) ->
-  (hA : @1044 @1046) ->
-  (hne : @558 @1021 @563) -> @646 (fun (ro : @645) => @647 (@912 @946 @4) (@777 @816 @4))
-@1064 := @1038 (@350 @614 @1040)
-@1065 := @773 @394
-@1067 := @542 @25 @27
-@1081 := (hF : @909) ->
-  (hA : @1065 @1067) ->
-  (hne : @558 @1046 @563) -> @646 (fun (ro : @645) => @647 (@912 @984 @4) (@777 @859 @4))
-@1084 := @1064 (@350 @626 @770)
-@1098 := (hA : @773 @400 @544) ->
-  (hne : @558 @1067 @563) -> @646 (fun (ro : @645) => @647 (@912 @1021 @4) (@777 @530 @4))
-@1099 := @1084 @554
-@1110 := (hne : @558 @544 @563) -> @646 (fun (ro : @645) => @647 (@912 @1046 @4) (@777 @387 @4))
-@1111 := @1099 @576
-@1117 := @647 (@912 @1067 @4) (@777 @394 @4)
-@1119 := @646 (fun (ro : @645) => @1117)
-@1121 := @646 (fun (__e_ro : @645) => @1117)
-@1123 := LexLeanPreservation.Rust.RepresentableL @364
-@1124 := (__e_hrep : @1123) -> @1121
-@1125 := fun (__e_hrep : @1123) => @1111
-@1126 := (height : @24) -> @1124
-@1127 := fun (height : @24) => @1125
-@1128 := (width : @24) -> @1126
-@1129 := fun (width : @24) => @1127
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustCore.lean
deleted file mode 100644
index a3a266065..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustCore.lean
+++ /dev/null
@@ -1,42 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat], [.nat, .nat]] }], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustStd.lean
deleted file mode 100644
index 14ef6ec68..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustStd.lean
+++ /dev/null
@@ -1,42 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat], [.nat, .nat]] }], functions := [
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]) },
-    { parameters := [0], types := [(.adt 0)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2.lean
deleted file mode 100644
index c578ae9af..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2.lean
+++ /dev/null
@@ -1,51 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Production.Kernel
-import Production.Main
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.closure 2 []), (.var 0)]) },
-    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
-      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
-
-def __fits_1 (step : (Nat -> Nat)) (__ff_0 : Nat -> Bool) (value : Nat) : Bool :=
-  (Bool.true && (((Bool.true && ((Bool.true && Bool.true) && (__ff_0 (value)))) && Bool.true) && (__ff_0 ((step (value))))))
-
-theorem __rel_1 (step : (Nat -> Nat)) (__ff_0 : Nat -> Bool) (__fi_0 : Nat) (__fc_0 : List _root_.LexLeanTarget.TargetSyntax.Value) (__fh_0 : ∀ (__p0 : Nat), _root_.LexLeanPreservation.FunRel __prog __fi_0 (_root_.LexLeanRuntime.append __fc_0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __p0)]) (_root_.LexLeanPreservation.Rel (__ff_0 __p0) (_root_.LexLeanTarget.TargetSyntax.Value.nat (step __p0)))) (value : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.closure __fi_0 __fc_0), (_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_1 step __ff_0 value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.applyTwice step value))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_apply (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_apply (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__fh_0 (value))) _root_.LexLeanPreservation.convL_nil) (__fh_0 ((step (value)))))
-
-def __fits_2 (number : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (number + number) 18446744073709551616))
-
-theorem __rel_2 (number : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_2 number) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((number + number)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd number number))
-
-def __fits_0 (value : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_1 ((fun (number : Nat) => (number + number))) (fun (__p0 : Nat) => __fits_2 __p0) (value)))
-
-attribute [local irreducible] Production.Kernel.applyTwice in
-theorem __rel_0 (value : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_0 value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.quadruple value))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_1 ((fun (number : Nat) => (number + number))) (fun (__p0 : Nat) => __fits_2 __p0) (2) ([]) (fun (__p0 : Nat) => __rel_2 __p0) (value)))
-
-def denote (value : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 value) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.quadruple value)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (value : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_0 value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.quadruple value))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 value)
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustCore.lex.tex
deleted file mode 100644
index 48b970872..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,417 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.root : @825 := @826 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.true
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.__fits_0
-@274 := @273 @4
-@277 := @5 (Production.Main.quadruple @4)
-@279 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.root @4
-@280 := Bool
-@281 := Ne.{1}
-@282 := LexLeanPreservation.Obs
-@283 := @281 @282
-@284 := LexLeanPreservation.Rel
-@287 := @283 (@284 @4 @17)
-@288 := LexLeanPreservation.Obs.stuck
-@291 := (f : @280) -> (v : @50) -> @287 @288
-@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
-@300 := @293 @277
-@304 := @283 (@284 @274 @277) @288
-@305 := @124 @59
-@306 := LexLeanPreservation.Rust.FunSem
-@307 := #9
-@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
-@314 := Eq.{1}
-@315 := Option.{0}
-@316 := @315 @71
-@317 := @314 @316
-@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@328 := @317 (@324 (@72 @307) @127)
-@329 := Option.some.{0}
-@330 := @329 @71
-@331 := @330 @129
-@332 := @328 @331
-@333 := #10
-@337 := @96 @333 @307 @141 @129
-@338 := LexLeanTarget.TargetSyntax.Function.types
-@339 := @338 @127
-@340 := @337 @339
-@341 := @315 @305
-@342 := @314 @341
-@343 := LexLeanTarget.TargetSemantics.bindAll
-@344 := LexLeanTarget.TargetSyntax.Function.parameters
-@349 := @342 (@343 (@344 @135) @127 @66)
-@350 := @329 @305
-@351 := @350 @129
-@352 := @349 @351
-@353 := @315 @280
-@354 := @314 @353
-@355 := LexLeanPreservation.Rust.fnFallible
-@356 := #11
-@359 := @354 (@355 @356 @307)
-@360 := @329 @280
-@361 := @360 @129
-@362 := @359 @361
-@363 := LexLeanPreservation.RunConv
-@364 := #13
-@368 := @363 @364 @333 @141 @129
-@370 := @283 @127 @288
-@371 := Exists.{1}
-@372 := LexLeanPreservation.Rust.ROut
-@373 := @371 @372
-@374 := And
-@375 := LexLeanPreservation.Rust.RealizesFn
-@379 := @374 (@375 @307 @141 @17)
-@380 := LexLeanPreservation.Rust.RCI
-@382 := @380 #15
-@383 := LexLeanPreservation.Rust.fnIdent
-@384 := @383 @364
-@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
-@406 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @313) ->
-  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
-@408 := LexLeanPreservation.Rust.compose @0
-@409 := @306 @0
-@414 := (n : @3) -> @409 @141 @135 @17 @127
-@415 := @324 @73
-@418 := @317 (@415 @127) @331
-@422 := @107 @307 @141 @129 @339
-@423 := @363 @0
-@426 := @423 @333 @141 @129
-@440 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @414) ->
-  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
-@441 := @408 @1
-@442 := @409 @1
-@446 := (n : @3) -> @442 @135 @17 @127
-@449 := @115 @141 @129 @339
-@450 := @355 @1
-@453 := @354 (@450 @307) @361
-@454 := @380 @1
-@464 := (hbind : @352) ->
-  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
-@474 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
-@475 := @441 @2
-@477 := @442 @2 @17
-@479 := (n : @3) -> @477 @127
-@480 := @121 @129
-@481 := @480 @339
-@490 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
-@491 := @475 @60
-@493 := (n : @3) -> @477 @60
-@494 := @415 @60
-@495 := @317 @494
-@496 := @495 @331
-@497 := @450 @60
-@498 := @354 @497
-@499 := @498 @361
-@500 := @423 @60
-@502 := @500 @141 @129
-@504 := @454 (@383 @60)
-@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
-@521 := {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
-@522 := @491 @91
-@524 := @495 (@330 @91)
-@525 := @338 @91
-@526 := @480 @525
-@528 := @343 (@344 @91)
-@540 := {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
-@541 := @522 @56
-@542 := @218 @53
-@544 := @121 @542 @525
-@547 := @54 (@5 @135) @53
-@551 := @342 (@528 @547 @66) @351
-@554 := @54 (@5 @307) @53
-@575 := {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @544) ->
-  (hbind : @551) ->
-  (hF : @499) ->
-  (hA : @500 @554 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
-@576 := @541 @69
-@577 := @232 @53
-@579 := @121 @577 @525
-@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
-@590 := @54 (@5 @141) @53
-@609 := {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @579) ->
-  (hbind : @587) ->
-  (hF : @499) ->
-  (hA : @500 @590 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
-@610 := @576 @70
-@611 := @249 @525
-@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
-@621 := @498 (@360 @70)
-@623 := @500 @547 @129
-@624 := @375 @70
-@643 := {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @611) ->
-  (hbind : @619) ->
-  (hF : @621) ->
-  (hA : @623) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
-@644 := @610 @272
-@645 := @257 @525
-@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
-@654 := @500 @542
-@655 := @271 @127
-@656 := @654 @655
-@657 := @271 @135
-@675 := (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @645) ->
-  (hbind : @653) ->
-  (hF : @621) ->
-  (hA : @656) ->
-  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
-@676 := @644 @95
-@677 := @265 @525
-@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
-@686 := @500 @577
-@687 := @271 @129
-@705 := (hfn : @524) ->
-  (hwt : @677) ->
-  (hbind : @685) ->
-  (hF : @621) ->
-  (hA : @686 @687) ->
-  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
-@706 := Eq.refl.{1}
-@709 := @676 (@706 @316 @494)
-@710 := @269 @525
-@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
-@719 := @500 @248
-@720 := @271 @131
-@736 := (hwt : @710) ->
-  (hbind : @718) ->
-  (hF : @621) ->
-  (hA : @719 @720) ->
-  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
-@737 := @709 @268
-@739 := @528 @56 @66
-@742 := @342 @739 (@350 @69)
-@743 := @500 @256
-@744 := @271 @12
-@759 := (hbind : @742) ->
-  (hF : @621) ->
-  (hA : @743 @744) ->
-  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
-@762 := @737 (@706 @341 @739)
-@763 := @500 @264
-@764 := @271 @14
-@778 := (hF : @621) ->
-  (hA : @763 @764) ->
-  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
-@781 := @762 (@706 @353 @497)
-@795 := (hA : @500 @56 @272) ->
-  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
-@796 := @781 @279
-@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
-@808 := @796 @300
-@814 := @374 (@624 @764 @17) (@504 @264 @17)
-@816 := @373 (fun (ro : @372) => @814)
-@818 := @373 (fun (__e_ro : @372) => @814)
-@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@823 := (__e_hrep : @822) -> @818
-@824 := fun (__e_hrep : @822) => @808
-@825 := (value : @3) -> @823
-@826 := fun (value : @3) => @824
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustStd.lex.tex
deleted file mode 100644
index 16fc7d2fb..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,416 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.root : @825 := @826 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.true
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) => LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.__fits_0
-@274 := @273 @4
-@277 := @5 (Production.Main.quadruple @4)
-@279 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.root @4
-@280 := Bool
-@281 := Ne.{1}
-@282 := LexLeanPreservation.Obs
-@283 := @281 @282
-@284 := LexLeanPreservation.Rel
-@287 := @283 (@284 @4 @17)
-@288 := LexLeanPreservation.Obs.stuck
-@291 := (f : @280) -> (v : @50) -> @287 @288
-@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
-@300 := @293 @277
-@304 := @283 (@284 @274 @277) @288
-@305 := @124 @59
-@306 := LexLeanPreservation.Rust.FunSem
-@307 := #9
-@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
-@314 := Eq.{1}
-@315 := Option.{0}
-@316 := @315 @71
-@317 := @314 @316
-@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@328 := @317 (@324 (@72 @307) @127)
-@329 := Option.some.{0}
-@330 := @329 @71
-@331 := @330 @129
-@332 := @328 @331
-@333 := #10
-@337 := @96 @333 @307 @141 @129
-@338 := LexLeanTarget.TargetSyntax.Function.types
-@339 := @338 @127
-@340 := @337 @339
-@341 := @315 @305
-@342 := @314 @341
-@343 := LexLeanTarget.TargetSemantics.bindAll
-@344 := LexLeanTarget.TargetSyntax.Function.parameters
-@349 := @342 (@343 (@344 @135) @127 @66)
-@350 := @329 @305
-@351 := @350 @129
-@352 := @349 @351
-@353 := @315 @280
-@354 := @314 @353
-@355 := LexLeanPreservation.Rust.fnFallible
-@356 := #11
-@359 := @354 (@355 @356 @307)
-@360 := @329 @280
-@361 := @360 @129
-@362 := @359 @361
-@363 := LexLeanPreservation.RunConv
-@364 := #13
-@368 := @363 @364 @333 @141 @129
-@370 := @283 @127 @288
-@371 := Exists.{1}
-@372 := LexLeanPreservation.Rust.ROut
-@373 := @371 @372
-@374 := And
-@375 := LexLeanPreservation.Rust.RealizesFn
-@379 := @374 (@375 @307 @141 @17)
-@380 := LexLeanPreservation.Rust.RCI
-@382 := @380 #15
-@383 := LexLeanPreservation.Rust.fnIdent
-@384 := @383 @364
-@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
-@406 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @313) ->
-  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
-@408 := LexLeanPreservation.Rust.compose @0
-@409 := @306 @0
-@414 := (n : @3) -> @409 @141 @135 @17 @127
-@415 := @324 @73
-@418 := @317 (@415 @127) @331
-@422 := @107 @307 @141 @129 @339
-@423 := @363 @0
-@426 := @423 @333 @141 @129
-@440 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @414) ->
-  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
-@441 := @408 @1
-@442 := @409 @1
-@446 := (n : @3) -> @442 @135 @17 @127
-@449 := @115 @141 @129 @339
-@450 := @355 @1
-@453 := @354 (@450 @307) @361
-@454 := @380 @1
-@464 := (hbind : @352) ->
-  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
-@474 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
-@475 := @441 @2
-@477 := @442 @2 @17
-@479 := (n : @3) -> @477 @127
-@480 := @121 @129
-@481 := @480 @339
-@490 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
-@491 := @475 @60
-@493 := (n : @3) -> @477 @60
-@494 := @415 @60
-@495 := @317 @494
-@496 := @495 @331
-@497 := @450 @60
-@498 := @354 @497
-@499 := @498 @361
-@500 := @423 @60
-@502 := @500 @141 @129
-@504 := @454 (@383 @60)
-@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
-@521 := {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
-@522 := @491 @91
-@524 := @495 (@330 @91)
-@525 := @338 @91
-@526 := @480 @525
-@528 := @343 (@344 @91)
-@540 := {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
-@541 := @522 @56
-@542 := @218 @53
-@544 := @121 @542 @525
-@547 := @54 (@5 @135) @53
-@551 := @342 (@528 @547 @66) @351
-@554 := @54 (@5 @307) @53
-@575 := {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @544) ->
-  (hbind : @551) ->
-  (hF : @499) ->
-  (hA : @500 @554 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
-@576 := @541 @69
-@577 := @232 @53
-@579 := @121 @577 @525
-@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
-@590 := @54 (@5 @141) @53
-@609 := {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @579) ->
-  (hbind : @587) ->
-  (hF : @499) ->
-  (hA : @500 @590 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
-@610 := @576 @70
-@611 := @249 @525
-@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
-@621 := @498 (@360 @70)
-@623 := @500 @547 @129
-@624 := @375 @70
-@643 := {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @611) ->
-  (hbind : @619) ->
-  (hF : @621) ->
-  (hA : @623) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
-@644 := @610 @272
-@645 := @257 @525
-@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
-@654 := @500 @542
-@655 := @271 @127
-@656 := @654 @655
-@657 := @271 @135
-@675 := (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @645) ->
-  (hbind : @653) ->
-  (hF : @621) ->
-  (hA : @656) ->
-  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
-@676 := @644 @95
-@677 := @265 @525
-@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
-@686 := @500 @577
-@687 := @271 @129
-@705 := (hfn : @524) ->
-  (hwt : @677) ->
-  (hbind : @685) ->
-  (hF : @621) ->
-  (hA : @686 @687) ->
-  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
-@706 := Eq.refl.{1}
-@709 := @676 (@706 @316 @494)
-@710 := @269 @525
-@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
-@719 := @500 @248
-@720 := @271 @131
-@736 := (hwt : @710) ->
-  (hbind : @718) ->
-  (hF : @621) ->
-  (hA : @719 @720) ->
-  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
-@737 := @709 @268
-@739 := @528 @56 @66
-@742 := @342 @739 (@350 @69)
-@743 := @500 @256
-@744 := @271 @12
-@759 := (hbind : @742) ->
-  (hF : @621) ->
-  (hA : @743 @744) ->
-  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
-@762 := @737 (@706 @341 @739)
-@763 := @500 @264
-@764 := @271 @14
-@778 := (hF : @621) ->
-  (hA : @763 @764) ->
-  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
-@781 := @762 (@706 @353 @497)
-@795 := (hA : @500 @56 @272) ->
-  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
-@796 := @781 @279
-@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
-@808 := @796 @300
-@814 := @374 (@624 @764 @17) (@504 @264 @17)
-@816 := @373 (fun (ro : @372) => @814)
-@818 := @373 (fun (__e_ro : @372) => @814)
-@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@823 := (__e_hrep : @822) -> @818
-@824 := fun (__e_hrep : @822) => @808
-@825 := (value : @3) -> @823
-@826 := fun (value : @3) => @824
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustCore.lean
deleted file mode 100644
index 91056f24d..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustCore.lean
+++ /dev/null
@@ -1,51 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.closure 2 []), (.var 0)]) },
-    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
-      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [] }]),
-    (.apply 0 [.nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], .nat), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
-    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustStd.lean
deleted file mode 100644
index eafac40bc..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustStd.lean
+++ /dev/null
@@ -1,51 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.closure 2 []), (.var 0)]) },
-    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
-      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [] }]),
-    (.apply 0 [.nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], .nat), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
-    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3.lean
deleted file mode 100644
index 6ce76ac74..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3.lean
+++ /dev/null
@@ -1,48 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Production.Kernel
-import Production.Main
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) }] }
-
-def __fits_1 (number : Nat) (steps : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (generalizing := false) __decrease0 : (Nat.blt number (2 : Nat)) with | true => Bool.true | false => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (steps + (1 : Nat)) 18446744073709551616)) && Bool.true)) && (__fits_1 ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat)))))))
-termination_by number
-decreasing_by all_goals first | (have __evidence := Production.Kernel.countdown_decreases (number) (steps) (__decrease0); subst_vars; exact __evidence)
-
-theorem __rel_1 (number : Nat) (steps : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number), (_root_.LexLeanTarget.TargetSyntax.Value.nat steps)] (_root_.LexLeanPreservation.Rel (__fits_1 number steps) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.countdown number steps))) := by
-  rw [Production.Kernel.countdown.eq_def, __fits_1.eq_def]
-  exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (match (generalizing := false) __decrease0 : __b with | true => Bool.true | false => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (steps + (1 : Nat)) 18446744073709551616)) && Bool.true)) && (__fits_1 ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match (generalizing := false) __decrease0 : __b with | true => steps | false => (Production.Kernel.countdown ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat)))))) (Nat.blt number (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt number (2 : Nat))) (fun __decrease0 => (_root_.LexLeanPreservation.conv_var rfl)) (fun __decrease0 => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub number (2 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd steps (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_1 ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat)))))))
-termination_by number
-decreasing_by all_goals first | (have __evidence := Production.Kernel.countdown_decreases (number) (steps) (__decrease0); subst_vars; exact __evidence)
-
-def __fits_0 (number : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_1 (number) ((0 : Nat))))
-
-attribute [local irreducible] Production.Kernel.countdown in
-theorem __rel_0 (number : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_0 number) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.halvings number))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_1 (number) ((0 : Nat))))
-
-def denote (number : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 number) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.halvings number)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (number : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_0 number) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.halvings number))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 number)
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustCore.lex.tex
deleted file mode 100644
index 5e59e29a7..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,417 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.root : @825 := @826 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.true
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.__fits_0
-@274 := @273 @4
-@277 := @5 (Production.Main.halvings @4)
-@279 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.root @4
-@280 := Bool
-@281 := Ne.{1}
-@282 := LexLeanPreservation.Obs
-@283 := @281 @282
-@284 := LexLeanPreservation.Rel
-@287 := @283 (@284 @4 @17)
-@288 := LexLeanPreservation.Obs.stuck
-@291 := (f : @280) -> (v : @50) -> @287 @288
-@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
-@300 := @293 @277
-@304 := @283 (@284 @274 @277) @288
-@305 := @124 @59
-@306 := LexLeanPreservation.Rust.FunSem
-@307 := #9
-@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
-@314 := Eq.{1}
-@315 := Option.{0}
-@316 := @315 @71
-@317 := @314 @316
-@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@328 := @317 (@324 (@72 @307) @127)
-@329 := Option.some.{0}
-@330 := @329 @71
-@331 := @330 @129
-@332 := @328 @331
-@333 := #10
-@337 := @96 @333 @307 @141 @129
-@338 := LexLeanTarget.TargetSyntax.Function.types
-@339 := @338 @127
-@340 := @337 @339
-@341 := @315 @305
-@342 := @314 @341
-@343 := LexLeanTarget.TargetSemantics.bindAll
-@344 := LexLeanTarget.TargetSyntax.Function.parameters
-@349 := @342 (@343 (@344 @135) @127 @66)
-@350 := @329 @305
-@351 := @350 @129
-@352 := @349 @351
-@353 := @315 @280
-@354 := @314 @353
-@355 := LexLeanPreservation.Rust.fnFallible
-@356 := #11
-@359 := @354 (@355 @356 @307)
-@360 := @329 @280
-@361 := @360 @129
-@362 := @359 @361
-@363 := LexLeanPreservation.RunConv
-@364 := #13
-@368 := @363 @364 @333 @141 @129
-@370 := @283 @127 @288
-@371 := Exists.{1}
-@372 := LexLeanPreservation.Rust.ROut
-@373 := @371 @372
-@374 := And
-@375 := LexLeanPreservation.Rust.RealizesFn
-@379 := @374 (@375 @307 @141 @17)
-@380 := LexLeanPreservation.Rust.RCI
-@382 := @380 #15
-@383 := LexLeanPreservation.Rust.fnIdent
-@384 := @383 @364
-@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
-@406 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @313) ->
-  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
-@408 := LexLeanPreservation.Rust.compose @0
-@409 := @306 @0
-@414 := (n : @3) -> @409 @141 @135 @17 @127
-@415 := @324 @73
-@418 := @317 (@415 @127) @331
-@422 := @107 @307 @141 @129 @339
-@423 := @363 @0
-@426 := @423 @333 @141 @129
-@440 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @414) ->
-  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
-@441 := @408 @1
-@442 := @409 @1
-@446 := (n : @3) -> @442 @135 @17 @127
-@449 := @115 @141 @129 @339
-@450 := @355 @1
-@453 := @354 (@450 @307) @361
-@454 := @380 @1
-@464 := (hbind : @352) ->
-  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
-@474 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
-@475 := @441 @2
-@477 := @442 @2 @17
-@479 := (n : @3) -> @477 @127
-@480 := @121 @129
-@481 := @480 @339
-@490 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
-@491 := @475 @60
-@493 := (n : @3) -> @477 @60
-@494 := @415 @60
-@495 := @317 @494
-@496 := @495 @331
-@497 := @450 @60
-@498 := @354 @497
-@499 := @498 @361
-@500 := @423 @60
-@502 := @500 @141 @129
-@504 := @454 (@383 @60)
-@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
-@521 := {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
-@522 := @491 @91
-@524 := @495 (@330 @91)
-@525 := @338 @91
-@526 := @480 @525
-@528 := @343 (@344 @91)
-@540 := {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
-@541 := @522 @56
-@542 := @218 @53
-@544 := @121 @542 @525
-@547 := @54 (@5 @135) @53
-@551 := @342 (@528 @547 @66) @351
-@554 := @54 (@5 @307) @53
-@575 := {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @544) ->
-  (hbind : @551) ->
-  (hF : @499) ->
-  (hA : @500 @554 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
-@576 := @541 @69
-@577 := @232 @53
-@579 := @121 @577 @525
-@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
-@590 := @54 (@5 @141) @53
-@609 := {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @579) ->
-  (hbind : @587) ->
-  (hF : @499) ->
-  (hA : @500 @590 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
-@610 := @576 @70
-@611 := @249 @525
-@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
-@621 := @498 (@360 @70)
-@623 := @500 @547 @129
-@624 := @375 @70
-@643 := {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @611) ->
-  (hbind : @619) ->
-  (hF : @621) ->
-  (hA : @623) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
-@644 := @610 @272
-@645 := @257 @525
-@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
-@654 := @500 @542
-@655 := @271 @127
-@656 := @654 @655
-@657 := @271 @135
-@675 := (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @645) ->
-  (hbind : @653) ->
-  (hF : @621) ->
-  (hA : @656) ->
-  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
-@676 := @644 @95
-@677 := @265 @525
-@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
-@686 := @500 @577
-@687 := @271 @129
-@705 := (hfn : @524) ->
-  (hwt : @677) ->
-  (hbind : @685) ->
-  (hF : @621) ->
-  (hA : @686 @687) ->
-  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
-@706 := Eq.refl.{1}
-@709 := @676 (@706 @316 @494)
-@710 := @269 @525
-@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
-@719 := @500 @248
-@720 := @271 @131
-@736 := (hwt : @710) ->
-  (hbind : @718) ->
-  (hF : @621) ->
-  (hA : @719 @720) ->
-  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
-@737 := @709 @268
-@739 := @528 @56 @66
-@742 := @342 @739 (@350 @69)
-@743 := @500 @256
-@744 := @271 @12
-@759 := (hbind : @742) ->
-  (hF : @621) ->
-  (hA : @743 @744) ->
-  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
-@762 := @737 (@706 @341 @739)
-@763 := @500 @264
-@764 := @271 @14
-@778 := (hF : @621) ->
-  (hA : @763 @764) ->
-  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
-@781 := @762 (@706 @353 @497)
-@795 := (hA : @500 @56 @272) ->
-  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
-@796 := @781 @279
-@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
-@808 := @796 @300
-@814 := @374 (@624 @764 @17) (@504 @264 @17)
-@816 := @373 (fun (ro : @372) => @814)
-@818 := @373 (fun (__e_ro : @372) => @814)
-@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@823 := (__e_hrep : @822) -> @818
-@824 := fun (__e_hrep : @822) => @808
-@825 := (number : @3) -> @823
-@826 := fun (number : @3) => @824
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustStd.lex.tex
deleted file mode 100644
index 90f548cce..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,416 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.root : @825 := @826 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.flags
-@3 := Nat
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.nat
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.nat
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_nat @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (n : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@59 := Prod.{0, 0} @3 @50
-@60 := 0
-@64 := Prod.mk.{0, 0} @3 @50 @60
-@65 := @64 @6
-@66 := @51 @59
-@67 := @52 @59
-@69 := @67 @65 @66
-@70 := Bool.true
-@71 := LexLeanTarget.TargetSyntax.Function
-@72 := LexLeanTarget.TargetSyntax.Program.functions
-@73 := @72 @0
-@74 := LexLeanTarget.TargetSyntax.Ty
-@75 := @51 @3
-@76 := @51 @74
-@77 := LexLeanTarget.TargetSyntax.Ty.unit
-@78 := LexLeanTarget.TargetSyntax.Value.unit
-@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
-@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
-@91 := List.getD.{0} @71 @73 @60 @86
-@95 := fun (__e_n : @3) => LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.root @17 @60
-@96 := LexLeanPreservation.Rust.WTL
-@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
-@106 := LexLeanPreservation.Rust.wtl_nil @0
-@107 := @96 @0
-@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
-@114 := @106 @1
-@115 := @107 @1
-@119 := {A : @10} -> @115 @17 @53 @76
-@120 := @114 @2
-@121 := @115 @2
-@122 := @121 @53
-@123 := @122 @76
-@124 := List.{0}
-@125 := @124 @50
-@126 := @124 @74
-@127 := #6
-@128 := @11 @127
-@129 := #5
-@130 := @128 @129
-@131 := #4
-@134 := @130 @131 @12 @14
-@135 := #7
-@140 := @96 @135 @127 @129 @14 @4
-@141 := #8
-@144 := @96 @141 @135 @127
-@146 := @54 @129 @12
-@147 := @144 @146
-@148 := @52 @74
-@150 := @148 @131 @14
-@160 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
-@162 := LexLeanPreservation.Rust.wtl_cons @0
-@182 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} ->
-  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
-@183 := @162 @1
-@199 := {A : @10} ->
-  {v : @50} ->
-  {t : @74} ->
-  {vs : @125} ->
-  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
-@200 := @183 @2
-@202 := @43 @12 @14
-@204 := @121 @14 @4
-@212 := {v : @50} ->
-  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
-@213 := @200 @6
-@214 := @5 @131
-@216 := @43 @214 @14
-@217 := @5 @127
-@218 := @54 @217
-@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
-@227 := @213 @7
-@228 := @5 @12
-@230 := @43 @228 @7
-@231 := @5 @129
-@232 := @54 @231
-@234 := @121 (@232 @12)
-@235 := @148 @7
-@236 := @235 @14
-@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
-@242 := @227 @53
-@243 := @5 @14
-@245 := @43 @243 @7
-@246 := @122 @4
-@248 := @54 @214 @53
-@249 := @121 @248
-@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
-@254 := @242 @76
-@256 := @54 @228 @53
-@257 := @121 @256
-@258 := @235 @76
-@261 := (h : @49) -> (hs : @123) -> @257 @258
-@262 := @254 @47
-@264 := @54 @243 @53
-@265 := @121 @264
-@267 := (hs : @123) -> @265 @258
-@268 := @262 @120
-@269 := @121 @56
-@270 := @269 @258
-@271 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.denote
-@272 := @271 @4
-@273 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.__fits_0
-@274 := @273 @4
-@277 := @5 (Production.Main.halvings @4)
-@279 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.root @4
-@280 := Bool
-@281 := Ne.{1}
-@282 := LexLeanPreservation.Obs
-@283 := @281 @282
-@284 := LexLeanPreservation.Rel
-@287 := @283 (@284 @4 @17)
-@288 := LexLeanPreservation.Obs.stuck
-@291 := (f : @280) -> (v : @50) -> @287 @288
-@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
-@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
-@300 := @293 @277
-@304 := @283 (@284 @274 @277) @288
-@305 := @124 @59
-@306 := LexLeanPreservation.Rust.FunSem
-@307 := #9
-@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
-@314 := Eq.{1}
-@315 := Option.{0}
-@316 := @315 @71
-@317 := @314 @316
-@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
-@328 := @317 (@324 (@72 @307) @127)
-@329 := Option.some.{0}
-@330 := @329 @71
-@331 := @330 @129
-@332 := @328 @331
-@333 := #10
-@337 := @96 @333 @307 @141 @129
-@338 := LexLeanTarget.TargetSyntax.Function.types
-@339 := @338 @127
-@340 := @337 @339
-@341 := @315 @305
-@342 := @314 @341
-@343 := LexLeanTarget.TargetSemantics.bindAll
-@344 := LexLeanTarget.TargetSyntax.Function.parameters
-@349 := @342 (@343 (@344 @135) @127 @66)
-@350 := @329 @305
-@351 := @350 @129
-@352 := @349 @351
-@353 := @315 @280
-@354 := @314 @353
-@355 := LexLeanPreservation.Rust.fnFallible
-@356 := #11
-@359 := @354 (@355 @356 @307)
-@360 := @329 @280
-@361 := @360 @129
-@362 := @359 @361
-@363 := LexLeanPreservation.RunConv
-@364 := #13
-@368 := @363 @364 @333 @141 @129
-@370 := @283 @127 @288
-@371 := Exists.{1}
-@372 := LexLeanPreservation.Rust.ROut
-@373 := @371 @372
-@374 := And
-@375 := LexLeanPreservation.Rust.RealizesFn
-@379 := @374 (@375 @307 @141 @17)
-@380 := LexLeanPreservation.Rust.RCI
-@382 := @380 #15
-@383 := LexLeanPreservation.Rust.fnIdent
-@384 := @383 @364
-@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
-@406 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @313) ->
-  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
-@408 := LexLeanPreservation.Rust.compose @0
-@409 := @306 @0
-@414 := (n : @3) -> @409 @141 @135 @17 @127
-@415 := @324 @73
-@418 := @317 (@415 @127) @331
-@422 := @107 @307 @141 @129 @339
-@423 := @363 @0
-@426 := @423 @333 @141 @129
-@440 := {c : @9} ->
-  {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @414) ->
-  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
-@441 := @408 @1
-@442 := @409 @1
-@446 := (n : @3) -> @442 @135 @17 @127
-@449 := @115 @141 @129 @339
-@450 := @355 @1
-@453 := @354 (@450 @307) @361
-@454 := @380 @1
-@464 := (hbind : @352) ->
-  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
-@474 := {A : @10} ->
-  {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
-@475 := @441 @2
-@477 := @442 @2 @17
-@479 := (n : @3) -> @477 @127
-@480 := @121 @129
-@481 := @480 @339
-@490 := {f : @3} ->
-  {fn : @71} ->
-  {args : @125} ->
-  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
-@491 := @475 @60
-@493 := (n : @3) -> @477 @60
-@494 := @415 @60
-@495 := @317 @494
-@496 := @495 @331
-@497 := @450 @60
-@498 := @354 @497
-@499 := @498 @361
-@500 := @423 @60
-@502 := @500 @141 @129
-@504 := @454 (@383 @60)
-@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
-@521 := {fn : @71} ->
-  {args : @125} ->
-  {env : @305} ->
-  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
-@522 := @491 @91
-@524 := @495 (@330 @91)
-@525 := @338 @91
-@526 := @480 @525
-@528 := @343 (@344 @91)
-@540 := {args : @125} ->
-  {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
-@541 := @522 @56
-@542 := @218 @53
-@544 := @121 @542 @525
-@547 := @54 (@5 @135) @53
-@551 := @342 (@528 @547 @66) @351
-@554 := @54 (@5 @307) @53
-@575 := {env : @305} ->
-  {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @544) ->
-  (hbind : @551) ->
-  (hF : @499) ->
-  (hA : @500 @554 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
-@576 := @541 @69
-@577 := @232 @53
-@579 := @121 @577 @525
-@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
-@590 := @54 (@5 @141) @53
-@609 := {F : @280} ->
-  {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @579) ->
-  (hbind : @587) ->
-  (hF : @499) ->
-  (hA : @500 @590 @129) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
-@610 := @576 @70
-@611 := @249 @525
-@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
-@621 := @498 (@360 @70)
-@623 := @500 @547 @129
-@624 := @375 @70
-@643 := {o : @282} ->
-  (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @611) ->
-  (hbind : @619) ->
-  (hF : @621) ->
-  (hA : @623) ->
-  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
-@644 := @610 @272
-@645 := @257 @525
-@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
-@654 := @500 @542
-@655 := @271 @127
-@656 := @654 @655
-@657 := @271 @135
-@675 := (hB : @493) ->
-  (hfn : @524) ->
-  (hwt : @645) ->
-  (hbind : @653) ->
-  (hF : @621) ->
-  (hA : @656) ->
-  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
-@676 := @644 @95
-@677 := @265 @525
-@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
-@686 := @500 @577
-@687 := @271 @129
-@705 := (hfn : @524) ->
-  (hwt : @677) ->
-  (hbind : @685) ->
-  (hF : @621) ->
-  (hA : @686 @687) ->
-  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
-@706 := Eq.refl.{1}
-@709 := @676 (@706 @316 @494)
-@710 := @269 @525
-@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
-@719 := @500 @248
-@720 := @271 @131
-@736 := (hwt : @710) ->
-  (hbind : @718) ->
-  (hF : @621) ->
-  (hA : @719 @720) ->
-  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
-@737 := @709 @268
-@739 := @528 @56 @66
-@742 := @342 @739 (@350 @69)
-@743 := @500 @256
-@744 := @271 @12
-@759 := (hbind : @742) ->
-  (hF : @621) ->
-  (hA : @743 @744) ->
-  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
-@762 := @737 (@706 @341 @739)
-@763 := @500 @264
-@764 := @271 @14
-@778 := (hF : @621) ->
-  (hA : @763 @764) ->
-  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
-@781 := @762 (@706 @353 @497)
-@795 := (hA : @500 @56 @272) ->
-  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
-@796 := @781 @279
-@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
-@808 := @796 @300
-@814 := @374 (@624 @764 @17) (@504 @264 @17)
-@816 := @373 (fun (ro : @372) => @814)
-@818 := @373 (fun (__e_ro : @372) => @814)
-@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@823 := (__e_hrep : @822) -> @818
-@824 := fun (__e_hrep : @822) => @808
-@825 := (number : @3) -> @823
-@826 := fun (number : @3) => @824
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustCore.lean
deleted file mode 100644
index 503bc1f3a..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustCore.lean
+++ /dev/null
@@ -1,41 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustStd.lean
deleted file mode 100644
index c78342686..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustStd.lean
+++ /dev/null
@@ -1,41 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
-      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4.lean
deleted file mode 100644
index e775440d4..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4.lean
+++ /dev/null
@@ -1,45 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Production.Kernel
-import Production.Main
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.list .nat)], result := .nat,
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [(.list .nat)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.var 1), (.call 1 [(.var 2)])]))]) }] }
-
-def __fits_1 : ∀ (values : (List Nat)), Bool
-  | (List.nil) => (Bool.true && Bool.true)
-  | (List.cons head tail) => (Bool.true && ((Bool.true && (((Bool.true && Bool.true) && (__fits_1 (tail))) && Bool.true)) && (Nat.blt (head + (Production.Kernel.total (tail))) 18446744073709551616)))
-
-theorem __rel_1 : ∀ (values : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_1 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.total values)))
-  | (List.nil) => by rw [__fits_1.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))
-  | (List.cons head tail) => by rw [__fits_1.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (tail))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd head (Production.Kernel.total (tail)))))))
-
-def __fits_0 (values : (List Nat)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_1 (values)))
-
-attribute [local irreducible] Production.Kernel.total in
-theorem __rel_0 (values : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.sumAll values))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (values)))
-
-def denote (values : (List Nat)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 values) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.sumAll values)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (values : (List Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.sumAll values))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 values)
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/Compose/RustStd.lex.tex
deleted file mode 100644
index 416ef85a9..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,461 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.root : @923 := @924 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.flags
-@3 := Nat
-@4 := List.{0}
-@5 := @4 @3
-@6 := #1
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encList
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.list
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := #3
-@21 := @19 @20
-@22 := #2
-@24 := @21 @22 @6
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @22 @6 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@48 := {A : @18} -> (n : @3) -> @43 @6 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @22 @15
-@69 := (x : @22) -> @65 @66 @6
-@70 := @4 @20
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @20 @15
-@78 := @74 @77
-@79 := @13 @22
-@88 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encList @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @22) -> @92 @66 @6) -> (xs : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @22) -> @108 @66 @6) -> (xs : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @6
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @22) -> @123) -> (xs : @70) -> @50 @77 @79
-@132 := @121 @3
-@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
-  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @6
-@146 := @10 @15
-@147 := @50 @146
-@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
-@152 := @143 @12
-@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := List.nil.{0}
-@162 := List.cons.{0}
-@163 := @161 @57
-@164 := @162 @57
-@166 := @164 @11 @163
-@169 := Prod.{0, 0} @3 @57
-@170 := 0
-@174 := Prod.mk.{0, 0} @3 @57 @170
-@175 := @174 @11
-@176 := @161 @169
-@177 := @162 @169
-@179 := @177 @175 @176
-@180 := Bool.true
-@181 := LexLeanTarget.TargetSyntax.Function
-@182 := LexLeanTarget.TargetSyntax.Program.functions
-@183 := @182 @0
-@184 := @161 @3
-@185 := @161 @59
-@186 := LexLeanTarget.TargetSyntax.Ty.unit
-@187 := LexLeanTarget.TargetSyntax.Value.unit
-@190 := LexLeanTarget.TargetSyntax.Expr.value @186 @187
-@195 := LexLeanTarget.TargetSyntax.Function.mk @184 @185 @186 @190
-@200 := List.getD.{0} @181 @183 @170 @195
-@204 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.root @15 @170
-@205 := LexLeanPreservation.Rust.WTL
-@213 := {p : @16} -> {c : @17} -> {A : @18} -> @205 @22 @6 @15 @163 @185
-@215 := LexLeanPreservation.Rust.wtl_nil @0
-@216 := @205 @0
-@222 := {c : @17} -> {A : @18} -> @216 @6 @15 @163 @185
-@223 := @215 @1
-@224 := @216 @1
-@228 := {A : @18} -> @224 @15 @163 @185
-@229 := @223 @2
-@230 := @224 @2
-@231 := @230 @163
-@232 := @231 @185
-@233 := @4 @57
-@234 := @4 @59
-@236 := @65 @20 @22
-@241 := @205 @71 @60 @62 @22 @6
-@242 := #8
-@245 := @205 @242 @71 @60
-@247 := @164 @62 @20
-@248 := @245 @247
-@249 := @162 @59
-@251 := @249 @64 @22
-@261 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @236) -> (hs : @241) -> @248 @251
-@263 := LexLeanPreservation.Rust.wtl_cons @0
-@281 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @233} ->
-  {ts : @234} -> (h : @92 @20 @22) -> (hs : @216 @60 @62 @22 @6) -> @216 @71 @60 @247 @251
-@282 := @263 @1
-@297 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @233} -> {ts : @234} -> (h : @108 @20 @22) -> (hs : @224 @62 @22 @6) -> @224 @60 @247 @251
-@298 := @282 @2
-@300 := @50 @20 @22
-@302 := @230 @22 @6
-@310 := {v : @57} ->
-  {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @300) -> (hs : @302) -> @230 @247 @251
-@311 := @298 @11
-@312 := @10 @64
-@314 := @50 @312 @22
-@315 := @10 @60
-@316 := @164 @315
-@324 := {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @314) -> (hs : @302) -> @230 (@316 @20) @251
-@325 := @311 @14
-@326 := @10 @20
-@328 := @50 @326 @14
-@329 := @10 @62
-@330 := @164 @329
-@332 := @230 (@330 @20)
-@333 := @249 @14
-@334 := @333 @22
-@339 := {vs : @233} -> {ts : @234} -> (h : @328) -> (hs : @302) -> @332 @334
-@340 := @325 @163
-@341 := @10 @22
-@343 := @50 @341 @14
-@344 := @231 @6
-@346 := @164 @312 @163
-@347 := @230 @346
-@351 := {ts : @234} -> (h : @343) -> (hs : @344) -> @347 @334
-@352 := @340 @185
-@354 := @164 @326 @163
-@355 := @230 @354
-@356 := @333 @185
-@359 := (h : @160) -> (hs : @232) -> @355 @356
-@360 := @352 @158
-@362 := @164 @341 @163
-@363 := @230 @362
-@365 := (hs : @232) -> @363 @356
-@366 := @360 @229
-@367 := @230 @166
-@368 := @367 @356
-@369 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.denote
-@370 := @369 @6
-@371 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.__fits_0
-@372 := @371 @6
-@375 := @7 (Production.Main.sumAll @6)
-@377 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.root @6
-@378 := Bool
-@379 := Ne.{1}
-@380 := LexLeanPreservation.Obs
-@381 := @379 @380
-@382 := LexLeanPreservation.Rel
-@385 := @381 (@382 @6 @15)
-@386 := LexLeanPreservation.Obs.stuck
-@389 := (f : @378) -> (v : @57) -> @385 @386
-@391 := LexLeanPreservation.Rust.rel_ne_stuck @372
-@397 := (v : @57) -> @381 (@382 (@371 @22) @15) @386
-@398 := @391 @375
-@402 := @381 (@382 @372 @375) @386
-@403 := @4 @169
-@404 := LexLeanPreservation.Rust.FunSem
-@405 := #9
-@411 := (n : @3) -> @404 @405 @242 @71 @15 @60
-@412 := Eq.{1}
-@413 := Option.{0}
-@414 := @413 @181
-@415 := @412 @414
-@422 := LexLeanRuntime.index (@4 @181) @181 (LexLeanRuntime.instIndexableList @181)
-@426 := @415 (@422 (@182 @405) @60)
-@427 := Option.some.{0}
-@428 := @427 @181
-@429 := @428 @62
-@430 := @426 @429
-@431 := #10
-@435 := @205 @431 @405 @242 @62
-@436 := LexLeanTarget.TargetSyntax.Function.types
-@437 := @436 @60
-@438 := @435 @437
-@439 := @413 @403
-@440 := @412 @439
-@441 := LexLeanTarget.TargetSemantics.bindAll
-@442 := LexLeanTarget.TargetSyntax.Function.parameters
-@447 := @440 (@441 (@442 @71) @60 @176)
-@448 := @427 @403
-@449 := @448 @62
-@450 := @447 @449
-@451 := @413 @378
-@452 := @412 @451
-@453 := LexLeanPreservation.Rust.fnFallible
-@454 := #11
-@457 := @452 (@453 @454 @405)
-@458 := @427 @378
-@459 := @458 @62
-@460 := @457 @459
-@461 := LexLeanPreservation.RunConv
-@462 := #13
-@466 := @461 @462 @431 @242 @62
-@468 := @381 @60 @386
-@469 := Exists.{1}
-@470 := LexLeanPreservation.Rust.ROut
-@471 := @469 @470
-@472 := And
-@473 := LexLeanPreservation.Rust.RealizesFn
-@477 := @472 (@473 @405 @242 @15)
-@478 := LexLeanPreservation.Rust.RCI
-@480 := @478 #15
-@481 := LexLeanPreservation.Rust.fnIdent
-@482 := @481 @462
-@489 := (hne : @468) -> @471 (fun (ro : @470) => @477 (@480 @482 @454 @15))
-@504 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @411) ->
-  (hfn : @430) -> (hwt : @438) -> (hbind : @450) -> (hF : @460) -> (hA : @466) -> @489
-@506 := LexLeanPreservation.Rust.compose @0
-@507 := @404 @0
-@512 := (n : @3) -> @507 @242 @71 @15 @60
-@513 := @422 @183
-@516 := @415 (@513 @60) @429
-@520 := @216 @405 @242 @62 @437
-@521 := @461 @0
-@524 := @521 @431 @242 @62
-@538 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @512) ->
-  (hfn : @516) -> (hwt : @520) -> (hbind : @450) -> (hF : @460) -> (hA : @524) -> @489
-@539 := @506 @1
-@540 := @507 @1
-@544 := (n : @3) -> @540 @71 @15 @60
-@547 := @224 @242 @62 @437
-@548 := @453 @1
-@551 := @452 (@548 @405) @459
-@552 := @478 @1
-@562 := (hbind : @450) ->
-  (hF : @551) -> (hA : @524) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@552 @482 @454 @15))
-@572 := {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @544) -> (hfn : @516) -> (hwt : @547) -> @562
-@573 := @539 @2
-@575 := @540 @2 @15
-@577 := (n : @3) -> @575 @60
-@578 := @230 @62
-@579 := @578 @437
-@588 := {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @577) -> (hfn : @516) -> (hwt : @579) -> @562
-@589 := @573 @170
-@591 := (n : @3) -> @575 @170
-@592 := @513 @170
-@593 := @415 @592
-@594 := @593 @429
-@595 := @548 @170
-@596 := @452 @595
-@597 := @596 @459
-@598 := @521 @170
-@600 := @598 @242 @62
-@602 := @552 (@481 @170)
-@610 := (hF : @597) -> (hA : @600) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 @454 @15))
-@619 := {fn : @181} ->
-  {args : @233} ->
-  {env : @403} ->
-  {F : @378} -> {o : @380} -> (hB : @591) -> (hfn : @594) -> (hwt : @579) -> (hbind : @450) -> @610
-@620 := @589 @200
-@622 := @593 (@428 @200)
-@623 := @436 @200
-@624 := @578 @623
-@626 := @441 (@442 @200)
-@638 := {args : @233} ->
-  {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @591) -> (hfn : @622) -> (hwt : @624) -> (hbind : @440 (@626 @60 @176) @449) -> @610
-@639 := @620 @166
-@640 := @316 @163
-@642 := @230 @640 @623
-@645 := @164 (@10 @71) @163
-@649 := @440 (@626 @645 @176) @449
-@652 := @164 (@10 @405) @163
-@673 := {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @642) ->
-  (hbind : @649) ->
-  (hF : @597) ->
-  (hA : @598 @652 @62) ->
-  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 #12) @163) @15))
-@674 := @639 @179
-@675 := @330 @163
-@677 := @230 @675 @623
-@685 := @440 (@626 @640 @176) (@448 (@177 (@174 @315) @176))
-@688 := @164 (@10 @242) @163
-@707 := {F : @378} ->
-  {o : @380} ->
-  (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @677) ->
-  (hbind : @685) ->
-  (hF : @597) ->
-  (hA : @598 @688 @62) ->
-  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 @454) @163) @15))
-@708 := @674 @180
-@709 := @347 @623
-@717 := @440 (@626 @675 @176) (@448 (@177 (@174 @329) @176))
-@719 := @596 (@458 @180)
-@721 := @598 @645 @62
-@722 := @473 @180
-@741 := {o : @380} ->
-  (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @709) ->
-  (hbind : @717) ->
-  (hF : @719) ->
-  (hA : @721) ->
-  (hne : @468) -> @471 (fun (ro : @470) => @472 (@722 @242 @15) (@602 (@164 (@10 @431) @163) @15))
-@742 := @708 @370
-@743 := @355 @623
-@751 := @440 (@626 @346 @176) (@448 (@177 (@174 @312) @176))
-@752 := @598 @640
-@753 := @369 @60
-@754 := @752 @753
-@755 := @369 @71
-@773 := (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @743) ->
-  (hbind : @751) ->
-  (hF : @719) ->
-  (hA : @754) ->
-  (hne : @381 @755 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @405) @15) (@602 @652 @15))
-@774 := @742 @204
-@775 := @363 @623
-@783 := @440 (@626 @354 @176) (@448 (@177 (@174 @326) @176))
-@784 := @598 @675
-@785 := @369 @62
-@803 := (hfn : @622) ->
-  (hwt : @775) ->
-  (hbind : @783) ->
-  (hF : @719) ->
-  (hA : @784 @785) ->
-  (hne : @381 @753 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @242) @15) (@602 @688 @15))
-@804 := Eq.refl.{1}
-@807 := @774 (@804 @414 @592)
-@808 := @367 @623
-@816 := @440 (@626 @362 @176) (@448 (@177 (@174 @341) @176))
-@817 := @598 @346
-@818 := @369 @64
-@834 := (hwt : @808) ->
-  (hbind : @816) ->
-  (hF : @719) ->
-  (hA : @817 @818) ->
-  (hne : @381 @785 @386) -> @471 (fun (ro : @470) => @472 (@722 @755 @15) (@602 @645 @15))
-@835 := @807 @366
-@837 := @626 @166 @176
-@840 := @440 @837 (@448 @179)
-@841 := @598 @354
-@842 := @369 @20
-@857 := (hbind : @840) ->
-  (hF : @719) ->
-  (hA : @841 @842) ->
-  (hne : @381 @818 @386) -> @471 (fun (ro : @470) => @472 (@722 @753 @15) (@602 @640 @15))
-@860 := @835 (@804 @439 @837)
-@861 := @598 @362
-@862 := @369 @22
-@876 := (hF : @719) ->
-  (hA : @861 @862) ->
-  (hne : @381 @842 @386) -> @471 (fun (ro : @470) => @472 (@722 @785 @15) (@602 @675 @15))
-@879 := @860 (@804 @451 @595)
-@893 := (hA : @598 @166 @370) ->
-  (hne : @381 @862 @386) -> @471 (fun (ro : @470) => @472 (@722 @818 @15) (@602 @346 @15))
-@894 := @879 @377
-@905 := (hne : @381 @370 @386) -> @471 (fun (ro : @470) => @472 (@722 @842 @15) (@602 @354 @15))
-@906 := @894 @398
-@912 := @472 (@722 @862 @15) (@602 @362 @15)
-@914 := @471 (fun (ro : @470) => @912)
-@916 := @471 (fun (__e_ro : @470) => @912)
-@920 := LexLeanPreservation.Rust.RepresentableL (@164 @146 @163)
-@921 := (__e_hrep : @920) -> @916
-@922 := fun (__e_hrep : @920) => @906
-@923 := (values : @5) -> @921
-@924 := fun (values : @5) => @922
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/RustStd.lean
deleted file mode 100644
index a24250e4b..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/RustStd.lean
+++ /dev/null
@@ -1,41 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.list .nat)], result := .nat,
-      body := (.call 1 [(.var 0)]) },
-    { parameters := [0], types := [(.list .nat)], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.var 1), (.call 1 [(.var 2)])]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible .nat) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))]), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5.lean
deleted file mode 100644
index a6c8701ed..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5.lean
+++ /dev/null
@@ -1,43 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Production.Kernel
-import Production.Main
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.list .nat)], result := .nat,
-      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.var 2))]) }] }
-
-def __fits_1 (values : (List Nat)) (fallback : Nat) : Bool :=
-  (Bool.true && ((fun (Item : Type) (__a : (List Item)) (__k0 : Bool) (__k1 : ∀ (head : Item) (tail : (List Item)), Bool) => (match __a with | List.nil => __k0 | List.cons head tail => __k1 head tail : Bool)) Nat values (Bool.true) (fun (head : Nat) (tail : (List Nat)) => Bool.true)))
-
-theorem __rel_1 (values : (List Nat)) (fallback : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values), (_root_.LexLeanTarget.TargetSyntax.Value.nat fallback)] (_root_.LexLeanPreservation.Rel (__fits_1 values fallback) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.firstOr Nat values fallback))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (List Nat)) => ((fun (Item : Type) (__a : (List Item)) (__k0 : Bool) (__k1 : ∀ (head : Item) (tail : (List Item)), Bool) => (match __a with | List.nil => __k0 | List.cons head tail => __k1 head tail : Bool)) Nat __a (Bool.true) (fun (head : Nat) (tail : (List Nat)) => Bool.true))) (fun (__a : (List Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat ((fun (Item : Type) (__a : (List Item)) (__k0 : Nat) (__k1 : ∀ (head : Item) (tail : (List Item)), Nat) => (match __a with | List.nil => __k0 | List.cons head tail => __k1 head tail : Nat)) Nat __a (fallback) (fun (head : Nat) (tail : (List Nat)) => head))) values (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List Nat)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)))))
-
-def __fits_0 (values : (List Nat)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_1 (values) ((0 : Nat))))
-
-attribute [local irreducible] Production.Kernel.firstOr in
-theorem __rel_0 (values : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.headOr values))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_1 (values) ((0 : Nat))))
-
-def denote (values : (List Nat)) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 values) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.headOr values)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (values : (List Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.headOr values))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 values)
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/Compose/RustStd.lex.tex
deleted file mode 100644
index 4f21e3d41..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,461 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5,
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.root : @923 := @924 {
-  all: [LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.program
-@1 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.krate
-@2 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.flags
-@3 := Nat
-@4 := List.{0}
-@5 := @4 @3
-@6 := #1
-@7 := LexLeanTarget.TargetSyntax.Value.nat
-@8 := LexLeanPreservation.encList
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.nat
-@13 := LexLeanTarget.TargetSyntax.Ty.list
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := #3
-@21 := @19 @20
-@22 := #2
-@24 := @21 @22 @6
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_nat @0
-@34 := @19 @0
-@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @22 @6 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@48 := {A : @18} -> (n : @3) -> @43 @6 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (n : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @22 @15
-@69 := (x : @22) -> @65 @66 @6
-@70 := @4 @20
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @20 @15
-@78 := @74 @77
-@79 := @13 @22
-@88 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encList @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @22) -> @92 @66 @6) -> (xs : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @22) -> @108 @66 @6) -> (xs : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @6
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @22) -> @123) -> (xs : @70) -> @50 @77 @79
-@132 := @121 @3
-@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
-  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @6
-@146 := @10 @15
-@147 := @50 @146
-@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
-@152 := @143 @12
-@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := List.nil.{0}
-@162 := List.cons.{0}
-@163 := @161 @57
-@164 := @162 @57
-@166 := @164 @11 @163
-@169 := Prod.{0, 0} @3 @57
-@170 := 0
-@174 := Prod.mk.{0, 0} @3 @57 @170
-@175 := @174 @11
-@176 := @161 @169
-@177 := @162 @169
-@179 := @177 @175 @176
-@180 := Bool.false
-@181 := LexLeanTarget.TargetSyntax.Function
-@182 := LexLeanTarget.TargetSyntax.Program.functions
-@183 := @182 @0
-@184 := @161 @3
-@185 := @161 @59
-@186 := LexLeanTarget.TargetSyntax.Ty.unit
-@187 := LexLeanTarget.TargetSyntax.Value.unit
-@190 := LexLeanTarget.TargetSyntax.Expr.value @186 @187
-@195 := LexLeanTarget.TargetSyntax.Function.mk @184 @185 @186 @190
-@200 := List.getD.{0} @181 @183 @170 @195
-@204 := fun (__e_n : @3) =>
-  LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.root @15 @170
-@205 := LexLeanPreservation.Rust.WTL
-@213 := {p : @16} -> {c : @17} -> {A : @18} -> @205 @22 @6 @15 @163 @185
-@215 := LexLeanPreservation.Rust.wtl_nil @0
-@216 := @205 @0
-@222 := {c : @17} -> {A : @18} -> @216 @6 @15 @163 @185
-@223 := @215 @1
-@224 := @216 @1
-@228 := {A : @18} -> @224 @15 @163 @185
-@229 := @223 @2
-@230 := @224 @2
-@231 := @230 @163
-@232 := @231 @185
-@233 := @4 @57
-@234 := @4 @59
-@236 := @65 @20 @22
-@241 := @205 @71 @60 @62 @22 @6
-@242 := #8
-@245 := @205 @242 @71 @60
-@247 := @164 @62 @20
-@248 := @245 @247
-@249 := @162 @59
-@251 := @249 @64 @22
-@261 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @236) -> (hs : @241) -> @248 @251
-@263 := LexLeanPreservation.Rust.wtl_cons @0
-@281 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @233} ->
-  {ts : @234} -> (h : @92 @20 @22) -> (hs : @216 @60 @62 @22 @6) -> @216 @71 @60 @247 @251
-@282 := @263 @1
-@297 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @233} -> {ts : @234} -> (h : @108 @20 @22) -> (hs : @224 @62 @22 @6) -> @224 @60 @247 @251
-@298 := @282 @2
-@300 := @50 @20 @22
-@302 := @230 @22 @6
-@310 := {v : @57} ->
-  {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @300) -> (hs : @302) -> @230 @247 @251
-@311 := @298 @11
-@312 := @10 @64
-@314 := @50 @312 @22
-@315 := @10 @60
-@316 := @164 @315
-@324 := {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @314) -> (hs : @302) -> @230 (@316 @20) @251
-@325 := @311 @14
-@326 := @10 @20
-@328 := @50 @326 @14
-@329 := @10 @62
-@330 := @164 @329
-@332 := @230 (@330 @20)
-@333 := @249 @14
-@334 := @333 @22
-@339 := {vs : @233} -> {ts : @234} -> (h : @328) -> (hs : @302) -> @332 @334
-@340 := @325 @163
-@341 := @10 @22
-@343 := @50 @341 @14
-@344 := @231 @6
-@346 := @164 @312 @163
-@347 := @230 @346
-@351 := {ts : @234} -> (h : @343) -> (hs : @344) -> @347 @334
-@352 := @340 @185
-@354 := @164 @326 @163
-@355 := @230 @354
-@356 := @333 @185
-@359 := (h : @160) -> (hs : @232) -> @355 @356
-@360 := @352 @158
-@362 := @164 @341 @163
-@363 := @230 @362
-@365 := (hs : @232) -> @363 @356
-@366 := @360 @229
-@367 := @230 @166
-@368 := @367 @356
-@369 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.denote
-@370 := @369 @6
-@371 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.__fits_0
-@372 := @371 @6
-@375 := @7 (Production.Main.headOr @6)
-@377 := LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.root @6
-@378 := Bool
-@379 := Ne.{1}
-@380 := LexLeanPreservation.Obs
-@381 := @379 @380
-@382 := LexLeanPreservation.Rel
-@385 := @381 (@382 @6 @15)
-@386 := LexLeanPreservation.Obs.stuck
-@389 := (f : @378) -> (v : @57) -> @385 @386
-@391 := LexLeanPreservation.Rust.rel_ne_stuck @372
-@397 := (v : @57) -> @381 (@382 (@371 @22) @15) @386
-@398 := @391 @375
-@402 := @381 (@382 @372 @375) @386
-@403 := @4 @169
-@404 := LexLeanPreservation.Rust.FunSem
-@405 := #9
-@411 := (n : @3) -> @404 @405 @242 @71 @15 @60
-@412 := Eq.{1}
-@413 := Option.{0}
-@414 := @413 @181
-@415 := @412 @414
-@422 := LexLeanRuntime.index (@4 @181) @181 (LexLeanRuntime.instIndexableList @181)
-@426 := @415 (@422 (@182 @405) @60)
-@427 := Option.some.{0}
-@428 := @427 @181
-@429 := @428 @62
-@430 := @426 @429
-@431 := #10
-@435 := @205 @431 @405 @242 @62
-@436 := LexLeanTarget.TargetSyntax.Function.types
-@437 := @436 @60
-@438 := @435 @437
-@439 := @413 @403
-@440 := @412 @439
-@441 := LexLeanTarget.TargetSemantics.bindAll
-@442 := LexLeanTarget.TargetSyntax.Function.parameters
-@447 := @440 (@441 (@442 @71) @60 @176)
-@448 := @427 @403
-@449 := @448 @62
-@450 := @447 @449
-@451 := @413 @378
-@452 := @412 @451
-@453 := LexLeanPreservation.Rust.fnFallible
-@454 := #11
-@457 := @452 (@453 @454 @405)
-@458 := @427 @378
-@459 := @458 @62
-@460 := @457 @459
-@461 := LexLeanPreservation.RunConv
-@462 := #13
-@466 := @461 @462 @431 @242 @62
-@468 := @381 @60 @386
-@469 := Exists.{1}
-@470 := LexLeanPreservation.Rust.ROut
-@471 := @469 @470
-@472 := And
-@473 := LexLeanPreservation.Rust.RealizesFn
-@477 := @472 (@473 @405 @242 @15)
-@478 := LexLeanPreservation.Rust.RCI
-@480 := @478 #15
-@481 := LexLeanPreservation.Rust.fnIdent
-@482 := @481 @462
-@489 := (hne : @468) -> @471 (fun (ro : @470) => @477 (@480 @482 @454 @15))
-@504 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @411) ->
-  (hfn : @430) -> (hwt : @438) -> (hbind : @450) -> (hF : @460) -> (hA : @466) -> @489
-@506 := LexLeanPreservation.Rust.compose @0
-@507 := @404 @0
-@512 := (n : @3) -> @507 @242 @71 @15 @60
-@513 := @422 @183
-@516 := @415 (@513 @60) @429
-@520 := @216 @405 @242 @62 @437
-@521 := @461 @0
-@524 := @521 @431 @242 @62
-@538 := {c : @17} ->
-  {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @512) ->
-  (hfn : @516) -> (hwt : @520) -> (hbind : @450) -> (hF : @460) -> (hA : @524) -> @489
-@539 := @506 @1
-@540 := @507 @1
-@544 := (n : @3) -> @540 @71 @15 @60
-@547 := @224 @242 @62 @437
-@548 := @453 @1
-@551 := @452 (@548 @405) @459
-@552 := @478 @1
-@562 := (hbind : @450) ->
-  (hF : @551) -> (hA : @524) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@552 @482 @454 @15))
-@572 := {A : @18} ->
-  {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @544) -> (hfn : @516) -> (hwt : @547) -> @562
-@573 := @539 @2
-@575 := @540 @2 @15
-@577 := (n : @3) -> @575 @60
-@578 := @230 @62
-@579 := @578 @437
-@588 := {f : @3} ->
-  {fn : @181} ->
-  {args : @233} ->
-  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @577) -> (hfn : @516) -> (hwt : @579) -> @562
-@589 := @573 @170
-@591 := (n : @3) -> @575 @170
-@592 := @513 @170
-@593 := @415 @592
-@594 := @593 @429
-@595 := @548 @170
-@596 := @452 @595
-@597 := @596 @459
-@598 := @521 @170
-@600 := @598 @242 @62
-@602 := @552 (@481 @170)
-@610 := (hF : @597) -> (hA : @600) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 @454 @15))
-@619 := {fn : @181} ->
-  {args : @233} ->
-  {env : @403} ->
-  {F : @378} -> {o : @380} -> (hB : @591) -> (hfn : @594) -> (hwt : @579) -> (hbind : @450) -> @610
-@620 := @589 @200
-@622 := @593 (@428 @200)
-@623 := @436 @200
-@624 := @578 @623
-@626 := @441 (@442 @200)
-@638 := {args : @233} ->
-  {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @591) -> (hfn : @622) -> (hwt : @624) -> (hbind : @440 (@626 @60 @176) @449) -> @610
-@639 := @620 @166
-@640 := @316 @163
-@642 := @230 @640 @623
-@645 := @164 (@10 @71) @163
-@649 := @440 (@626 @645 @176) @449
-@652 := @164 (@10 @405) @163
-@673 := {env : @403} ->
-  {F : @378} ->
-  {o : @380} ->
-  (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @642) ->
-  (hbind : @649) ->
-  (hF : @597) ->
-  (hA : @598 @652 @62) ->
-  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 #12) @163) @15))
-@674 := @639 @179
-@675 := @330 @163
-@677 := @230 @675 @623
-@685 := @440 (@626 @640 @176) (@448 (@177 (@174 @315) @176))
-@688 := @164 (@10 @242) @163
-@707 := {F : @378} ->
-  {o : @380} ->
-  (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @677) ->
-  (hbind : @685) ->
-  (hF : @597) ->
-  (hA : @598 @688 @62) ->
-  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 @454) @163) @15))
-@708 := @674 @180
-@709 := @347 @623
-@717 := @440 (@626 @675 @176) (@448 (@177 (@174 @329) @176))
-@719 := @596 (@458 @180)
-@721 := @598 @645 @62
-@722 := @473 @180
-@741 := {o : @380} ->
-  (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @709) ->
-  (hbind : @717) ->
-  (hF : @719) ->
-  (hA : @721) ->
-  (hne : @468) -> @471 (fun (ro : @470) => @472 (@722 @242 @15) (@602 (@164 (@10 @431) @163) @15))
-@742 := @708 @370
-@743 := @355 @623
-@751 := @440 (@626 @346 @176) (@448 (@177 (@174 @312) @176))
-@752 := @598 @640
-@753 := @369 @60
-@754 := @752 @753
-@755 := @369 @71
-@773 := (hB : @591) ->
-  (hfn : @622) ->
-  (hwt : @743) ->
-  (hbind : @751) ->
-  (hF : @719) ->
-  (hA : @754) ->
-  (hne : @381 @755 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @405) @15) (@602 @652 @15))
-@774 := @742 @204
-@775 := @363 @623
-@783 := @440 (@626 @354 @176) (@448 (@177 (@174 @326) @176))
-@784 := @598 @675
-@785 := @369 @62
-@803 := (hfn : @622) ->
-  (hwt : @775) ->
-  (hbind : @783) ->
-  (hF : @719) ->
-  (hA : @784 @785) ->
-  (hne : @381 @753 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @242) @15) (@602 @688 @15))
-@804 := Eq.refl.{1}
-@807 := @774 (@804 @414 @592)
-@808 := @367 @623
-@816 := @440 (@626 @362 @176) (@448 (@177 (@174 @341) @176))
-@817 := @598 @346
-@818 := @369 @64
-@834 := (hwt : @808) ->
-  (hbind : @816) ->
-  (hF : @719) ->
-  (hA : @817 @818) ->
-  (hne : @381 @785 @386) -> @471 (fun (ro : @470) => @472 (@722 @755 @15) (@602 @645 @15))
-@835 := @807 @366
-@837 := @626 @166 @176
-@840 := @440 @837 (@448 @179)
-@841 := @598 @354
-@842 := @369 @20
-@857 := (hbind : @840) ->
-  (hF : @719) ->
-  (hA : @841 @842) ->
-  (hne : @381 @818 @386) -> @471 (fun (ro : @470) => @472 (@722 @753 @15) (@602 @640 @15))
-@860 := @835 (@804 @439 @837)
-@861 := @598 @362
-@862 := @369 @22
-@876 := (hF : @719) ->
-  (hA : @861 @862) ->
-  (hne : @381 @842 @386) -> @471 (fun (ro : @470) => @472 (@722 @785 @15) (@602 @675 @15))
-@879 := @860 (@804 @451 @595)
-@893 := (hA : @598 @166 @370) ->
-  (hne : @381 @862 @386) -> @471 (fun (ro : @470) => @472 (@722 @818 @15) (@602 @346 @15))
-@894 := @879 @377
-@905 := (hne : @381 @370 @386) -> @471 (fun (ro : @470) => @472 (@722 @842 @15) (@602 @354 @15))
-@906 := @894 @398
-@912 := @472 (@722 @862 @15) (@602 @362 @15)
-@914 := @471 (fun (ro : @470) => @912)
-@916 := @471 (fun (__e_ro : @470) => @912)
-@920 := LexLeanPreservation.Rust.RepresentableL (@164 @146 @163)
-@921 := (__e_hrep : @920) -> @916
-@922 := fun (__e_hrep : @920) => @906
-@923 := (values : @5) -> @921
-@924 := fun (values : @5) => @922
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/RustStd.lean
deleted file mode 100644
index 057c1b152..000000000
--- a/examples/production/expected/verify/preserve/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/RustStd.lean
+++ /dev/null
@@ -1,41 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [(.list .nat)], result := .nat,
-      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [(.list .nat), .nat], result := .nat,
-      body := (.«match» .nat (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.var 2))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .nat (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.lit (.nat 0))] false))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.copy (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), .wild])) (.mk [] (.copy (.generated .binding 2))))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0)), (.lit (.nat 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.copy (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), .wild])) (.mk [] (.copy (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.copy (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), none), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.copy (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | _ + 2 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0.lean
new file mode 100644
index 000000000..a3e72654f
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0.lean
@@ -0,0 +1,34 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Production.Kernel
+import Production.Main
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.fixed .u32), (.fixed .u32)], result := (.option (.fixed .u32)),
+      body := (.prim .checkedAdd [(.var 0), (.var 1)]) }] }
+
+def __fits_0 (left : UInt32) (right : UInt32) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_0 (left : UInt32) (right : UInt32) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.u32 left), (_root_.LexLeanTarget.TargetSyntax.Value.u32 right)] (_root_.LexLeanPreservation.Rel (__fits_0 left right) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u32) (Production.Main.checkedSum left right))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_checkedAdd_u32 left right))
+
+def denote (left : UInt32) (right : UInt32) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 left right) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u32) (Production.Main.checkedSum left right)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (left : UInt32) (right : UInt32) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.u32 left), (_root_.LexLeanTarget.TargetSyntax.Value.u32 right)] (_root_.LexLeanPreservation.Rel (__fits_0 left right) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u32) (Production.Main.checkedSum left right))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 left right)
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..ecfb8b4b4
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustCore.lex.tex
@@ -0,0 +1,464 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.root : @920 := @921 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.flags
+@3 := UInt32
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.u32
+@6 := @5 @4
+@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.u32
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := #3
+@16 := @13 @14 @4
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_u32 @0
+@29 := @13 @0
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @17
+@53 := @44 @17
+@55 := @45 @52 @9
+@56 := LexLeanTarget.TargetSyntax.Value
+@57 := List.nil.{0}
+@58 := List.cons.{0}
+@59 := @57 @56
+@60 := @58 @56
+@61 := @60 @52
+@62 := @61 @59
+@63 := @60 @6
+@64 := @63 @62
+@65 := Nat
+@68 := Prod.{0, 0} @65 @56
+@69 := 1
+@72 := Prod.mk.{0, 0} @65 @56
+@73 := @72 @69
+@74 := @73 @52
+@75 := 0
+@76 := @72 @75
+@77 := @76 @6
+@78 := @57 @68
+@79 := @58 @68
+@81 := @79 @77 @78
+@83 := @79 @74 @81
+@84 := Bool.false
+@85 := LexLeanTarget.TargetSyntax.Function
+@86 := LexLeanTarget.TargetSyntax.Program.functions
+@87 := @86 @0
+@88 := LexLeanTarget.TargetSyntax.Ty
+@89 := @57 @65
+@90 := @57 @88
+@91 := LexLeanTarget.TargetSyntax.Ty.unit
+@92 := LexLeanTarget.TargetSyntax.Value.unit
+@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
+@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
+@105 := List.getD.{0} @85 @87 @75 @100
+@109 := fun (__e_n : @65) =>
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.root @19 @75
+@110 := LexLeanPreservation.Rust.WTL
+@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
+@120 := LexLeanPreservation.Rust.wtl_nil @0
+@121 := @110 @0
+@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
+@128 := @120 @1
+@129 := @121 @1
+@133 := {A : @12} -> @129 @19 @59 @90
+@134 := @128 @2
+@135 := @129 @2
+@136 := @135 @59
+@137 := @136 @90
+@138 := List.{0}
+@139 := @138 @56
+@140 := @138 @88
+@141 := #6
+@142 := @13 @141
+@143 := #5
+@144 := @142 @143
+@145 := #4
+@148 := @144 @145 @14 @4
+@149 := #7
+@154 := @110 @149 @141 @143 @4 @17
+@155 := #8
+@158 := @110 @155 @149 @141
+@160 := @60 @143 @14
+@161 := @158 @160
+@162 := @58 @88
+@164 := @162 @145 @4
+@174 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
+@176 := LexLeanPreservation.Rust.wtl_cons @0
+@196 := {c : @11} ->
+  {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} ->
+  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
+@197 := @176 @1
+@213 := {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
+@214 := @197 @2
+@216 := @45 @14 @4
+@218 := @135 @4 @17
+@226 := {v : @56} ->
+  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
+@227 := @214 @52
+@228 := @5 @145
+@229 := @45 @228
+@230 := @229 @4
+@231 := @5 @141
+@232 := @60 @231
+@234 := @135 (@232 @14)
+@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
+@241 := @227 @9
+@242 := @5 @14
+@244 := @45 @242 @9
+@245 := @5 @143
+@246 := @60 @245
+@248 := @135 (@246 @14)
+@249 := @162 @9
+@250 := @249 @4
+@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
+@256 := @241 @59
+@257 := @136 @17
+@258 := @60 @228
+@259 := @258 @59
+@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
+@265 := @256 @90
+@266 := @60 @242
+@267 := @266 @59
+@268 := @135 @267
+@269 := @249 @90
+@272 := (h : @55) -> (hs : @137) -> @268 @269
+@273 := @265 @53
+@274 := @63 @59
+@276 := @135 @274 @269
+@277 := (hs : @137) -> @276
+@278 := @273 @134
+@280 := @135 @62 @269
+@281 := @214 @6
+@283 := @45 @245 @4
+@284 := @5 @149
+@285 := @60 @284
+@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
+@294 := @281 @9
+@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
+@301 := @294 @62
+@302 := @268 @17
+@303 := @246 @259
+@304 := @135 @303
+@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
+@309 := @301 @269
+@310 := @258 @267
+@311 := @135 @310
+@312 := @249 @269
+@315 := (h : @51) -> (hs : @276) -> @311 @312
+@316 := @309 @49
+@317 := @266 @274
+@318 := @135 @317
+@320 := (hs : @280) -> @318 @312
+@321 := @316 @278
+@322 := @135 @64
+@323 := @322 @312
+@324 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.denote
+@326 := @324 @4 @17
+@327 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.__fits_0
+@329 := @327 @4 @17
+@332 := Production.Main.checkedSum @4 @17
+@336 := LexLeanPreservation.encOption @3 @5 @332
+@339 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.root @4 @17
+@340 := Bool
+@341 := Ne.{1}
+@342 := LexLeanPreservation.Obs
+@343 := @341 @342
+@344 := LexLeanPreservation.Rel
+@347 := @343 (@344 @17 @19)
+@348 := LexLeanPreservation.Obs.stuck
+@351 := (f : @340) -> (v : @56) -> @347 @348
+@353 := LexLeanPreservation.Rust.rel_ne_stuck @329
+@360 := (v : @56) -> @343 (@344 (@327 @14 @4) @19) @348
+@361 := @353 @336
+@365 := @343 (@344 @329 @336) @348
+@366 := @138 @68
+@367 := LexLeanPreservation.Rust.FunSem
+@368 := #9
+@374 := (n : @65) -> @367 @368 @155 @149 @19 @141
+@375 := Eq.{1}
+@376 := Option.{0}
+@377 := @376 @85
+@378 := @375 @377
+@385 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
+@389 := @378 (@385 (@86 @368) @141)
+@390 := Option.some.{0}
+@391 := @390 @85
+@392 := @391 @143
+@393 := @389 @392
+@394 := #10
+@398 := @110 @394 @368 @155 @143
+@399 := LexLeanTarget.TargetSyntax.Function.types
+@400 := @399 @141
+@401 := @398 @400
+@402 := @376 @366
+@403 := @375 @402
+@404 := LexLeanTarget.TargetSemantics.bindAll
+@405 := LexLeanTarget.TargetSyntax.Function.parameters
+@410 := @403 (@404 (@405 @149) @141 @78)
+@411 := @390 @366
+@412 := @411 @143
+@413 := @410 @412
+@414 := @376 @340
+@415 := @375 @414
+@416 := LexLeanPreservation.Rust.fnFallible
+@417 := #11
+@420 := @415 (@416 @417 @368)
+@421 := @390 @340
+@422 := @421 @143
+@423 := @420 @422
+@424 := LexLeanPreservation.RunConv
+@425 := #13
+@429 := @424 @425 @394 @155 @143
+@431 := @343 @141 @348
+@432 := Exists.{1}
+@433 := LexLeanPreservation.Rust.ROut
+@434 := @432 @433
+@435 := And
+@436 := LexLeanPreservation.Rust.RealizesFn
+@440 := @435 (@436 @368 @155 @19)
+@441 := LexLeanPreservation.Rust.RCI
+@443 := @441 #15
+@444 := LexLeanPreservation.Rust.fnIdent
+@445 := @444 @425
+@452 := (hne : @431) -> @434 (fun (ro : @433) => @440 (@443 @445 @417 @19))
+@467 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @374) ->
+  (hfn : @393) -> (hwt : @401) -> (hbind : @413) -> (hF : @423) -> (hA : @429) -> @452
+@469 := LexLeanPreservation.Rust.compose @0
+@470 := @367 @0
+@475 := (n : @65) -> @470 @155 @149 @19 @141
+@476 := @385 @87
+@479 := @378 (@476 @141) @392
+@483 := @121 @368 @155 @143 @400
+@484 := @424 @0
+@487 := @484 @394 @155 @143
+@501 := {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @475) ->
+  (hfn : @479) -> (hwt : @483) -> (hbind : @413) -> (hF : @423) -> (hA : @487) -> @452
+@502 := @469 @1
+@503 := @470 @1
+@507 := (n : @65) -> @503 @149 @19 @141
+@510 := @129 @155 @143 @400
+@511 := @416 @1
+@514 := @415 (@511 @368) @422
+@515 := @441 @1
+@525 := (hbind : @413) ->
+  (hF : @514) -> (hA : @487) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@515 @445 @417 @19))
+@535 := {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @507) -> (hfn : @479) -> (hwt : @510) -> @525
+@536 := @502 @2
+@538 := @503 @2 @19
+@540 := (n : @65) -> @538 @141
+@541 := @135 @143
+@542 := @541 @400
+@551 := {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @540) -> (hfn : @479) -> (hwt : @542) -> @525
+@552 := @536 @75
+@554 := (n : @65) -> @538 @75
+@555 := @476 @75
+@556 := @378 @555
+@557 := @556 @392
+@558 := @511 @75
+@559 := @415 @558
+@560 := @559 @422
+@561 := @484 @75
+@563 := @561 @155 @143
+@565 := @515 (@444 @75)
+@573 := (hF : @560) -> (hA : @563) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 @417 @19))
+@582 := {fn : @85} ->
+  {args : @139} ->
+  {env : @366} ->
+  {F : @340} -> {o : @342} -> (hB : @554) -> (hfn : @557) -> (hwt : @542) -> (hbind : @413) -> @573
+@583 := @552 @105
+@585 := @556 (@391 @105)
+@586 := @399 @105
+@587 := @541 @586
+@589 := @404 (@405 @105)
+@601 := {args : @139} ->
+  {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @554) -> (hfn : @585) -> (hwt : @587) -> (hbind : @403 (@589 @141 @78) @412) -> @573
+@602 := @583 @64
+@604 := @285 (@232 @59)
+@606 := @135 @604 @586
+@608 := @60 (@5 @155)
+@610 := @608 (@285 @59)
+@614 := @403 (@589 @610 @78) @412
+@616 := @60 (@5 @394)
+@618 := @60 (@5 @368)
+@620 := @616 (@618 @59)
+@622 := @561 @620 @143
+@624 := @60 (@5 @425)
+@627 := @60 (@5 #12)
+@644 := {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @606) ->
+  (hbind : @614) ->
+  (hF : @560) ->
+  (hA : @622) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@624 (@627 @59)) @19))
+@645 := @602 @83
+@647 := @232 (@246 @59)
+@649 := @135 @647 @586
+@660 := @403 (@589 @604 @78) (@411 (@79 (@73 @231) (@79 (@76 @284) @78)))
+@662 := @618 (@608 @59)
+@664 := @561 @662 @143
+@666 := @60 (@5 @417)
+@682 := {F : @340} ->
+  {o : @342} ->
+  (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @649) ->
+  (hbind : @660) ->
+  (hF : @560) ->
+  (hA : @664) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@627 (@666 @59)) @19))
+@683 := @645 @84
+@684 := @304 @586
+@695 := @403 (@589 @647 @78) (@411 (@79 (@73 @245) (@79 (@76 @231) @78)))
+@697 := @559 (@421 @84)
+@699 := @561 @610 @143
+@700 := @436 @84
+@718 := {o : @342} ->
+  (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @684) ->
+  (hbind : @695) ->
+  (hF : @697) ->
+  (hA : @699) ->
+  (hne : @431) -> @434 (fun (ro : @433) => @435 (@700 @155 @19) (@565 (@666 (@616 @59)) @19))
+@719 := @683 @326
+@720 := @311 @586
+@731 := @403 (@589 @303 @78) (@411 (@79 (@73 @228) (@79 (@76 @245) @78)))
+@732 := @561 @604
+@734 := @324 @149 @141
+@735 := @732 @734
+@737 := @324 @155 @149
+@756 := (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @720) ->
+  (hbind : @731) ->
+  (hF : @697) ->
+  (hA : @735) ->
+  (hne : @343 @737 @348) ->
+  @434 (fun (ro : @433) => @435 (@700 (@324 @394 @368) @19) (@565 @620 @19))
+@757 := @719 @109
+@758 := @318 @586
+@769 := @403 (@589 @310 @78) (@411 (@79 (@73 @242) (@79 (@76 @228) @78)))
+@770 := @561 @647
+@772 := @324 @141 @143
+@791 := (hfn : @585) ->
+  (hwt : @758) ->
+  (hbind : @769) ->
+  (hF : @697) ->
+  (hA : @770 @772) ->
+  (hne : @343 @734 @348) ->
+  @434 (fun (ro : @433) => @435 (@700 (@324 @368 @155) @19) (@565 @662 @19))
+@792 := Eq.refl.{1}
+@795 := @757 (@792 @377 @555)
+@796 := @322 @586
+@807 := @403 (@589 @317 @78) (@411 (@79 (@73 @6) (@79 (@76 @242) @78)))
+@808 := @561 @303
+@810 := @324 @143 @145
+@826 := (hwt : @796) ->
+  (hbind : @807) ->
+  (hF : @697) ->
+  (hA : @808 @810) ->
+  (hne : @343 @772 @348) -> @434 (fun (ro : @433) => @435 (@700 @737 @19) (@565 @610 @19))
+@827 := @795 @321
+@829 := @589 @64 @78
+@832 := @403 @829 (@411 @83)
+@833 := @561 @310
+@835 := @324 @145 @14
+@850 := (hbind : @832) ->
+  (hF : @697) ->
+  (hA : @833 @835) ->
+  (hne : @343 @810 @348) -> @434 (fun (ro : @433) => @435 (@700 @734 @19) (@565 @604 @19))
+@853 := @827 (@792 @402 @829)
+@854 := @561 @317
+@856 := @324 @14 @4
+@870 := (hF : @697) ->
+  (hA : @854 @856) ->
+  (hne : @343 @835 @348) -> @434 (fun (ro : @433) => @435 (@700 @772 @19) (@565 @647 @19))
+@873 := @853 (@792 @414 @558)
+@887 := (hA : @561 @64 @326) ->
+  (hne : @343 @856 @348) -> @434 (fun (ro : @433) => @435 (@700 @810 @19) (@565 @303 @19))
+@888 := @873 @339
+@899 := (hne : @343 @326 @348) -> @434 (fun (ro : @433) => @435 (@700 @835 @19) (@565 @310 @19))
+@900 := @888 @361
+@906 := @435 (@700 @856 @19) (@565 @317 @19)
+@908 := @434 (fun (ro : @433) => @906)
+@910 := @434 (fun (__e_ro : @433) => @906)
+@915 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
+@916 := (__e_hrep : @915) -> @910
+@917 := fun (__e_hrep : @915) => @900
+@918 := (right : @3) -> @916
+@919 := fun (right : @3) => @917
+@920 := (left : @3) -> @918
+@921 := fun (left : @3) => @919
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..75d8ef843
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustStd.lex.tex
@@ -0,0 +1,464 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.root : @920 := @921 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.flags
+@3 := UInt32
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.u32
+@6 := @5 @4
+@9 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.u32
+@10 := LexLeanTarget.TargetSyntax.Program
+@11 := LexLeanPreservation.Rust.RCrate
+@12 := LexLeanPreservation.Rust.Flags
+@13 := LexLeanPreservation.Rust.WT
+@14 := #3
+@16 := @13 @14 @4
+@17 := #1
+@18 := @16 @17
+@19 := #0
+@20 := @5 @19
+@26 := {p : @10} -> {c : @11} -> {A : @12} -> (x : @3) -> @18 @20 @9
+@28 := LexLeanPreservation.Rust.wt_u32 @0
+@29 := @13 @0
+@36 := {c : @11} -> {A : @12} -> (x : @3) -> @29 @4 @17 @20 @9
+@37 := @28 @1
+@38 := @29 @1
+@43 := {A : @12} -> (x : @3) -> @38 @17 @20 @9
+@44 := @37 @2
+@45 := @38 @2
+@48 := (x : @3) -> @45 @20 @9
+@49 := @44 @4
+@51 := @45 @6 @9
+@52 := @5 @17
+@53 := @44 @17
+@55 := @45 @52 @9
+@56 := LexLeanTarget.TargetSyntax.Value
+@57 := List.nil.{0}
+@58 := List.cons.{0}
+@59 := @57 @56
+@60 := @58 @56
+@61 := @60 @52
+@62 := @61 @59
+@63 := @60 @6
+@64 := @63 @62
+@65 := Nat
+@68 := Prod.{0, 0} @65 @56
+@69 := 1
+@72 := Prod.mk.{0, 0} @65 @56
+@73 := @72 @69
+@74 := @73 @52
+@75 := 0
+@76 := @72 @75
+@77 := @76 @6
+@78 := @57 @68
+@79 := @58 @68
+@81 := @79 @77 @78
+@83 := @79 @74 @81
+@84 := Bool.false
+@85 := LexLeanTarget.TargetSyntax.Function
+@86 := LexLeanTarget.TargetSyntax.Program.functions
+@87 := @86 @0
+@88 := LexLeanTarget.TargetSyntax.Ty
+@89 := @57 @65
+@90 := @57 @88
+@91 := LexLeanTarget.TargetSyntax.Ty.unit
+@92 := LexLeanTarget.TargetSyntax.Value.unit
+@95 := LexLeanTarget.TargetSyntax.Expr.value @91 @92
+@100 := LexLeanTarget.TargetSyntax.Function.mk @89 @90 @91 @95
+@105 := List.getD.{0} @85 @87 @75 @100
+@109 := fun (__e_n : @65) =>
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.root @19 @75
+@110 := LexLeanPreservation.Rust.WTL
+@118 := {p : @10} -> {c : @11} -> {A : @12} -> @110 @4 @17 @19 @59 @90
+@120 := LexLeanPreservation.Rust.wtl_nil @0
+@121 := @110 @0
+@127 := {c : @11} -> {A : @12} -> @121 @17 @19 @59 @90
+@128 := @120 @1
+@129 := @121 @1
+@133 := {A : @12} -> @129 @19 @59 @90
+@134 := @128 @2
+@135 := @129 @2
+@136 := @135 @59
+@137 := @136 @90
+@138 := List.{0}
+@139 := @138 @56
+@140 := @138 @88
+@141 := #6
+@142 := @13 @141
+@143 := #5
+@144 := @142 @143
+@145 := #4
+@148 := @144 @145 @14 @4
+@149 := #7
+@154 := @110 @149 @141 @143 @4 @17
+@155 := #8
+@158 := @110 @155 @149 @141
+@160 := @60 @143 @14
+@161 := @158 @160
+@162 := @58 @88
+@164 := @162 @145 @4
+@174 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {v : @56} -> {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @148) -> (hs : @154) -> @161 @164
+@176 := LexLeanPreservation.Rust.wtl_cons @0
+@196 := {c : @11} ->
+  {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} ->
+  (h : @29 @143 @145 @14 @4) -> (hs : @121 @141 @143 @4 @17) -> @121 @149 @141 @160 @164
+@197 := @176 @1
+@213 := {A : @12} ->
+  {v : @56} ->
+  {t : @88} ->
+  {vs : @139} ->
+  {ts : @140} -> (h : @38 @145 @14 @4) -> (hs : @129 @143 @4 @17) -> @129 @141 @160 @164
+@214 := @197 @2
+@216 := @45 @14 @4
+@218 := @135 @4 @17
+@226 := {v : @56} ->
+  {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @216) -> (hs : @218) -> @135 @160 @164
+@227 := @214 @52
+@228 := @5 @145
+@229 := @45 @228
+@230 := @229 @4
+@231 := @5 @141
+@232 := @60 @231
+@234 := @135 (@232 @14)
+@240 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @230) -> (hs : @218) -> @234 @164
+@241 := @227 @9
+@242 := @5 @14
+@244 := @45 @242 @9
+@245 := @5 @143
+@246 := @60 @245
+@248 := @135 (@246 @14)
+@249 := @162 @9
+@250 := @249 @4
+@255 := {vs : @139} -> {ts : @140} -> (h : @244) -> (hs : @218) -> @248 @250
+@256 := @241 @59
+@257 := @136 @17
+@258 := @60 @228
+@259 := @258 @59
+@264 := {ts : @140} -> (h : @51) -> (hs : @257) -> @135 @259 @250
+@265 := @256 @90
+@266 := @60 @242
+@267 := @266 @59
+@268 := @135 @267
+@269 := @249 @90
+@272 := (h : @55) -> (hs : @137) -> @268 @269
+@273 := @265 @53
+@274 := @63 @59
+@276 := @135 @274 @269
+@277 := (hs : @137) -> @276
+@278 := @273 @134
+@280 := @135 @62 @269
+@281 := @214 @6
+@283 := @45 @245 @4
+@284 := @5 @149
+@285 := @60 @284
+@293 := {t : @88} -> {vs : @139} -> {ts : @140} -> (h : @283) -> (hs : @218) -> @135 (@285 @14) @164
+@294 := @281 @9
+@300 := {vs : @139} -> {ts : @140} -> (h : @229 @9) -> (hs : @218) -> @234 @250
+@301 := @294 @62
+@302 := @268 @17
+@303 := @246 @259
+@304 := @135 @303
+@308 := {ts : @140} -> (h : @244) -> (hs : @302) -> @304 @250
+@309 := @301 @269
+@310 := @258 @267
+@311 := @135 @310
+@312 := @249 @269
+@315 := (h : @51) -> (hs : @276) -> @311 @312
+@316 := @309 @49
+@317 := @266 @274
+@318 := @135 @317
+@320 := (hs : @280) -> @318 @312
+@321 := @316 @278
+@322 := @135 @64
+@323 := @322 @312
+@324 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.denote
+@326 := @324 @4 @17
+@327 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.__fits_0
+@329 := @327 @4 @17
+@332 := Production.Main.checkedSum @4 @17
+@336 := LexLeanPreservation.encOption @3 @5 @332
+@339 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.root @4 @17
+@340 := Bool
+@341 := Ne.{1}
+@342 := LexLeanPreservation.Obs
+@343 := @341 @342
+@344 := LexLeanPreservation.Rel
+@347 := @343 (@344 @17 @19)
+@348 := LexLeanPreservation.Obs.stuck
+@351 := (f : @340) -> (v : @56) -> @347 @348
+@353 := LexLeanPreservation.Rust.rel_ne_stuck @329
+@360 := (v : @56) -> @343 (@344 (@327 @14 @4) @19) @348
+@361 := @353 @336
+@365 := @343 (@344 @329 @336) @348
+@366 := @138 @68
+@367 := LexLeanPreservation.Rust.FunSem
+@368 := #9
+@374 := (n : @65) -> @367 @368 @155 @149 @19 @141
+@375 := Eq.{1}
+@376 := Option.{0}
+@377 := @376 @85
+@378 := @375 @377
+@385 := LexLeanRuntime.index (@138 @85) @85 (LexLeanRuntime.instIndexableList @85)
+@389 := @378 (@385 (@86 @368) @141)
+@390 := Option.some.{0}
+@391 := @390 @85
+@392 := @391 @143
+@393 := @389 @392
+@394 := #10
+@398 := @110 @394 @368 @155 @143
+@399 := LexLeanTarget.TargetSyntax.Function.types
+@400 := @399 @141
+@401 := @398 @400
+@402 := @376 @366
+@403 := @375 @402
+@404 := LexLeanTarget.TargetSemantics.bindAll
+@405 := LexLeanTarget.TargetSyntax.Function.parameters
+@410 := @403 (@404 (@405 @149) @141 @78)
+@411 := @390 @366
+@412 := @411 @143
+@413 := @410 @412
+@414 := @376 @340
+@415 := @375 @414
+@416 := LexLeanPreservation.Rust.fnFallible
+@417 := #11
+@420 := @415 (@416 @417 @368)
+@421 := @390 @340
+@422 := @421 @143
+@423 := @420 @422
+@424 := LexLeanPreservation.RunConv
+@425 := #13
+@429 := @424 @425 @394 @155 @143
+@431 := @343 @141 @348
+@432 := Exists.{1}
+@433 := LexLeanPreservation.Rust.ROut
+@434 := @432 @433
+@435 := And
+@436 := LexLeanPreservation.Rust.RealizesFn
+@440 := @435 (@436 @368 @155 @19)
+@441 := LexLeanPreservation.Rust.RCI
+@443 := @441 #15
+@444 := LexLeanPreservation.Rust.fnIdent
+@445 := @444 @425
+@452 := (hne : @431) -> @434 (fun (ro : @433) => @440 (@443 @445 @417 @19))
+@467 := {p : @10} ->
+  {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @374) ->
+  (hfn : @393) -> (hwt : @401) -> (hbind : @413) -> (hF : @423) -> (hA : @429) -> @452
+@469 := LexLeanPreservation.Rust.compose @0
+@470 := @367 @0
+@475 := (n : @65) -> @470 @155 @149 @19 @141
+@476 := @385 @87
+@479 := @378 (@476 @141) @392
+@483 := @121 @368 @155 @143 @400
+@484 := @424 @0
+@487 := @484 @394 @155 @143
+@501 := {c : @11} ->
+  {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @475) ->
+  (hfn : @479) -> (hwt : @483) -> (hbind : @413) -> (hF : @423) -> (hA : @487) -> @452
+@502 := @469 @1
+@503 := @470 @1
+@507 := (n : @65) -> @503 @149 @19 @141
+@510 := @129 @155 @143 @400
+@511 := @416 @1
+@514 := @415 (@511 @368) @422
+@515 := @441 @1
+@525 := (hbind : @413) ->
+  (hF : @514) -> (hA : @487) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@515 @445 @417 @19))
+@535 := {A : @12} ->
+  {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @507) -> (hfn : @479) -> (hwt : @510) -> @525
+@536 := @502 @2
+@538 := @503 @2 @19
+@540 := (n : @65) -> @538 @141
+@541 := @135 @143
+@542 := @541 @400
+@551 := {f : @65} ->
+  {fn : @85} ->
+  {args : @139} ->
+  {env : @366} -> {F : @340} -> {o : @342} -> (hB : @540) -> (hfn : @479) -> (hwt : @542) -> @525
+@552 := @536 @75
+@554 := (n : @65) -> @538 @75
+@555 := @476 @75
+@556 := @378 @555
+@557 := @556 @392
+@558 := @511 @75
+@559 := @415 @558
+@560 := @559 @422
+@561 := @484 @75
+@563 := @561 @155 @143
+@565 := @515 (@444 @75)
+@573 := (hF : @560) -> (hA : @563) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 @417 @19))
+@582 := {fn : @85} ->
+  {args : @139} ->
+  {env : @366} ->
+  {F : @340} -> {o : @342} -> (hB : @554) -> (hfn : @557) -> (hwt : @542) -> (hbind : @413) -> @573
+@583 := @552 @105
+@585 := @556 (@391 @105)
+@586 := @399 @105
+@587 := @541 @586
+@589 := @404 (@405 @105)
+@601 := {args : @139} ->
+  {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @554) -> (hfn : @585) -> (hwt : @587) -> (hbind : @403 (@589 @141 @78) @412) -> @573
+@602 := @583 @64
+@604 := @285 (@232 @59)
+@606 := @135 @604 @586
+@608 := @60 (@5 @155)
+@610 := @608 (@285 @59)
+@614 := @403 (@589 @610 @78) @412
+@616 := @60 (@5 @394)
+@618 := @60 (@5 @368)
+@620 := @616 (@618 @59)
+@622 := @561 @620 @143
+@624 := @60 (@5 @425)
+@627 := @60 (@5 #12)
+@644 := {env : @366} ->
+  {F : @340} ->
+  {o : @342} ->
+  (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @606) ->
+  (hbind : @614) ->
+  (hF : @560) ->
+  (hA : @622) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@624 (@627 @59)) @19))
+@645 := @602 @83
+@647 := @232 (@246 @59)
+@649 := @135 @647 @586
+@660 := @403 (@589 @604 @78) (@411 (@79 (@73 @231) (@79 (@76 @284) @78)))
+@662 := @618 (@608 @59)
+@664 := @561 @662 @143
+@666 := @60 (@5 @417)
+@682 := {F : @340} ->
+  {o : @342} ->
+  (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @649) ->
+  (hbind : @660) ->
+  (hF : @560) ->
+  (hA : @664) -> (hne : @431) -> @434 (fun (ro : @433) => @440 (@565 (@627 (@666 @59)) @19))
+@683 := @645 @84
+@684 := @304 @586
+@695 := @403 (@589 @647 @78) (@411 (@79 (@73 @245) (@79 (@76 @231) @78)))
+@697 := @559 (@421 @84)
+@699 := @561 @610 @143
+@700 := @436 @84
+@718 := {o : @342} ->
+  (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @684) ->
+  (hbind : @695) ->
+  (hF : @697) ->
+  (hA : @699) ->
+  (hne : @431) -> @434 (fun (ro : @433) => @435 (@700 @155 @19) (@565 (@666 (@616 @59)) @19))
+@719 := @683 @326
+@720 := @311 @586
+@731 := @403 (@589 @303 @78) (@411 (@79 (@73 @228) (@79 (@76 @245) @78)))
+@732 := @561 @604
+@734 := @324 @149 @141
+@735 := @732 @734
+@737 := @324 @155 @149
+@756 := (hB : @554) ->
+  (hfn : @585) ->
+  (hwt : @720) ->
+  (hbind : @731) ->
+  (hF : @697) ->
+  (hA : @735) ->
+  (hne : @343 @737 @348) ->
+  @434 (fun (ro : @433) => @435 (@700 (@324 @394 @368) @19) (@565 @620 @19))
+@757 := @719 @109
+@758 := @318 @586
+@769 := @403 (@589 @310 @78) (@411 (@79 (@73 @242) (@79 (@76 @228) @78)))
+@770 := @561 @647
+@772 := @324 @141 @143
+@791 := (hfn : @585) ->
+  (hwt : @758) ->
+  (hbind : @769) ->
+  (hF : @697) ->
+  (hA : @770 @772) ->
+  (hne : @343 @734 @348) ->
+  @434 (fun (ro : @433) => @435 (@700 (@324 @368 @155) @19) (@565 @662 @19))
+@792 := Eq.refl.{1}
+@795 := @757 (@792 @377 @555)
+@796 := @322 @586
+@807 := @403 (@589 @317 @78) (@411 (@79 (@73 @6) (@79 (@76 @242) @78)))
+@808 := @561 @303
+@810 := @324 @143 @145
+@826 := (hwt : @796) ->
+  (hbind : @807) ->
+  (hF : @697) ->
+  (hA : @808 @810) ->
+  (hne : @343 @772 @348) -> @434 (fun (ro : @433) => @435 (@700 @737 @19) (@565 @610 @19))
+@827 := @795 @321
+@829 := @589 @64 @78
+@832 := @403 @829 (@411 @83)
+@833 := @561 @310
+@835 := @324 @145 @14
+@850 := (hbind : @832) ->
+  (hF : @697) ->
+  (hA : @833 @835) ->
+  (hne : @343 @810 @348) -> @434 (fun (ro : @433) => @435 (@700 @734 @19) (@565 @604 @19))
+@853 := @827 (@792 @402 @829)
+@854 := @561 @317
+@856 := @324 @14 @4
+@870 := (hF : @697) ->
+  (hA : @854 @856) ->
+  (hne : @343 @835 @348) -> @434 (fun (ro : @433) => @435 (@700 @772 @19) (@565 @647 @19))
+@873 := @853 (@792 @414 @558)
+@887 := (hA : @561 @64 @326) ->
+  (hne : @343 @856 @348) -> @434 (fun (ro : @433) => @435 (@700 @810 @19) (@565 @303 @19))
+@888 := @873 @339
+@899 := (hne : @343 @326 @348) -> @434 (fun (ro : @433) => @435 (@700 @835 @19) (@565 @310 @19))
+@900 := @888 @361
+@906 := @435 (@700 @856 @19) (@565 @317 @19)
+@908 := @434 (fun (ro : @433) => @906)
+@910 := @434 (fun (__e_ro : @433) => @906)
+@915 := LexLeanPreservation.Rust.RepresentableL (@61 (@60 @20 @59))
+@916 := (__e_hrep : @915) -> @910
+@917 := fun (__e_hrep : @915) => @900
+@918 := (right : @3) -> @916
+@919 := fun (right : @3) => @917
+@920 := (left : @3) -> @918
+@921 := fun (left : @3) => @919
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustCore.lean
new file mode 100644
index 000000000..8765b1c5c
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustCore.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.fixed .u32), (.fixed .u32)], result := (.option (.fixed .u32)),
+      body := (.prim .checkedAdd [(.var 0), (.var 1)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u32) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u32) }] (.option (.fixed .u32)) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))], (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(1, (.fixed .u32), (some 1)), (0, (.fixed .u32), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [(.fixed .u32), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustStd.lean
new file mode 100644
index 000000000..e228ececd
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.fixed .u32), (.fixed .u32)], result := (.option (.fixed .u32)),
+      body := (.prim .checkedAdd [(.var 0), (.var 1)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u32) }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u32) }] (.option (.fixed .u32)) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))] (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1)))], (.call (.runtime (.checkedAdd .u32)) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false), [(1, (.fixed .u32), (some 1)), (0, (.fixed .u32), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [(.fixed .u32), (.fixed .u32)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1.lean
new file mode 100644
index 000000000..474df43f2
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1.lean
@@ -0,0 +1,47 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Production.Kernel
+import Production.Main
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat], [.nat, .nat]] }], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)]))]) }] }
+
+def __enc_0 : (Production.Kernel.Shape) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Production.Kernel.Shape.circle __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
+  | Production.Kernel.Shape.rectangle __x0 __x1 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0), (_root_.LexLeanTarget.TargetSyntax.Value.nat __x1)]
+
+def __fits_1 (shape : (Production.Kernel.Shape)) : Bool :=
+  (Bool.true && (match shape with | Production.Kernel.Shape.circle radius => ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (radius) (radius) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply ((_root_.LexLeanRuntime.multiply (radius) (radius) : Nat)) ((3 : Nat)) : Nat) 18446744073709551616)) | Production.Kernel.Shape.rectangle width height => ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (width) (height) : Nat) 18446744073709551616))))
+
+theorem __rel_1 (shape : (Production.Kernel.Shape)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 shape)] (_root_.LexLeanPreservation.Rel (__fits_1 shape) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.area shape))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Production.Kernel.Shape)) => (match __a with | Production.Kernel.Shape.circle radius => ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (radius) (radius) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply ((_root_.LexLeanRuntime.multiply (radius) (radius) : Nat)) ((3 : Nat)) : Nat) 18446744073709551616)) | Production.Kernel.Shape.rectangle width height => ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (width) (height) : Nat) 18446744073709551616)))) (fun (__a : (Production.Kernel.Shape)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Production.Kernel.Shape.circle radius => (_root_.LexLeanRuntime.multiply ((_root_.LexLeanRuntime.multiply (radius) (radius) : Nat)) ((3 : Nat)) : Nat) | Production.Kernel.Shape.rectangle width height => (_root_.LexLeanRuntime.multiply (width) (height) : Nat))) shape (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Production.Kernel.Shape)) _ => match __a with | Production.Kernel.Shape.circle radius => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul radius radius)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul (_root_.LexLeanRuntime.multiply (radius) (radius) : Nat) (3 : Nat)))) | Production.Kernel.Shape.rectangle width height => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul width height))))))
+
+def __fits_0 (width : Nat) (height : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_1 ((Production.Kernel.Shape.rectangle (width) (height) : (Production.Kernel.Shape)))))
+
+attribute [local irreducible] Production.Kernel.area in
+theorem __rel_0 (width : Nat) (height : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat width), (_root_.LexLeanTarget.TargetSyntax.Value.nat height)] (_root_.LexLeanPreservation.Rel (__fits_0 width height) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.shapeArea width height))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((Production.Kernel.Shape.rectangle (width) (height) : (Production.Kernel.Shape)))))
+
+def denote (width : Nat) (height : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 width height) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.shapeArea width height)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (width : Nat) (height : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat width), (_root_.LexLeanTarget.TargetSyntax.Value.nat height)] (_root_.LexLeanPreservation.Rel (__fits_0 width height) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.shapeArea width height))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 width height)
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..1ce90c927
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustCore.lex.tex
@@ -0,0 +1,565 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.__wt_0 : @16 := @453 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.root : @1128 := @1129 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.flags
+@3 := Production.Kernel.Shape
+@4 := #0
+@6 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.__enc_0 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value.nat
+@19 := @18 @4
+@20 := LexLeanTarget.TargetSyntax.Ty.nat
+@21 := LexLeanTarget.TargetSyntax.Program
+@22 := LexLeanPreservation.Rust.RCrate
+@23 := LexLeanPreservation.Rust.Flags
+@24 := Nat
+@25 := #3
+@26 := @7 @25
+@27 := #2
+@28 := @26 @27
+@29 := #1
+@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
+@38 := LexLeanPreservation.Rust.wt_nat @0
+@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
+@46 := @38 @1
+@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
+@52 := @46 @2
+@54 := @13 @19 @20
+@55 := (n : @24) -> @54
+@56 := @52 @4
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := LexLeanTarget.TargetSyntax.Ty
+@59 := List.nil.{0}
+@60 := List.cons.{0}
+@61 := @59 @57
+@62 := @60 @57
+@64 := @62 @19 @61
+@65 := @59 @58
+@66 := @60 @58
+@67 := @66 @20
+@68 := @67 @65
+@69 := LexLeanPreservation.Rust.WTL
+@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
+@79 := LexLeanPreservation.Rust.wtl_nil @0
+@80 := @69 @0
+@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
+@87 := @79 @1
+@88 := @80 @1
+@92 := {A : @23} -> @88 @4 @61 @65
+@93 := @87 @2
+@94 := @88 @2
+@95 := @94 @61
+@96 := @95 @65
+@97 := List.{0}
+@98 := @97 @57
+@99 := @97 @58
+@100 := #6
+@101 := @7 @100
+@102 := #5
+@103 := @101 @102
+@104 := #4
+@107 := @103 @104 @25 @27
+@108 := #7
+@113 := @69 @108 @100 @102 @27 @29
+@114 := #8
+@117 := @69 @114 @108 @100
+@119 := @62 @102 @25
+@120 := @117 @119
+@122 := @66 @104 @27
+@132 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
+@134 := LexLeanPreservation.Rust.wtl_cons @0
+@138 := @11 @102 @104 @25 @27
+@142 := @80 @100 @102 @27 @29
+@154 := {c : @22} ->
+  {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
+@155 := @134 @1
+@158 := @12 @104 @25 @27
+@161 := @88 @102 @27 @29
+@171 := {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
+@172 := @155 @2
+@174 := @13 @25 @27
+@176 := @94 @27 @29
+@184 := {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
+@185 := @172 @19
+@186 := @18 @25
+@187 := @13 @186
+@188 := @187 @27
+@189 := @18 @102
+@190 := @62 @189
+@192 := @94 (@190 @25)
+@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
+@199 := @185 @20
+@200 := @18 @27
+@202 := @13 @200 @20
+@203 := @18 @104
+@204 := @62 @203
+@206 := @94 (@204 @25)
+@207 := @67 @27
+@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
+@213 := @199 @61
+@214 := @18 @29
+@216 := @13 @214 @20
+@217 := @95 @29
+@218 := @62 @186
+@219 := @218 @61
+@220 := @94 @219
+@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
+@225 := @213 @65
+@226 := @62 @200
+@227 := @226 @61
+@228 := @94 @227
+@229 := @228 @68
+@231 := (h : @54) -> (hs : @96) -> @229
+@232 := @225 @56
+@233 := @62 @214
+@234 := @233 @61
+@236 := @94 @234 @68
+@237 := (hs : @96) -> @236
+@238 := @232 @93
+@240 := @94 @64 @68
+@241 := Eq.{1}
+@242 := Option.{0}
+@243 := @242 @99
+@244 := @241 @243
+@245 := LexLeanPreservation.Rust.adtFields
+@249 := @244 (@245 @100 @25 @27)
+@250 := Option.some.{0}
+@251 := @250 @99
+@252 := @251 @4
+@253 := @249 @252
+@256 := @7 @114 @108 @100
+@257 := LexLeanTarget.TargetSyntax.Value.adt
+@259 := @257 @104 @25
+@260 := @256 @259
+@261 := @8 @102
+@271 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
+@273 := LexLeanPreservation.Rust.wt_adt @0
+@274 := @245 @0
+@278 := @244 (@274 @25 @27) @252
+@290 := {c : @22} ->
+  {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
+@291 := @273 @1
+@301 := {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
+@302 := @291 @2
+@303 := @13 @259
+@310 := {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
+@311 := @302 @9
+@312 := @274 @9
+@321 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
+@322 := @311 @9
+@323 := @312 @9
+@324 := @244 @323
+@325 := @324 @252
+@326 := @257 @9
+@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
+@334 := @322 @64
+@335 := @228 @29
+@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
+@342 := @334 @68
+@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
+@350 := Eq.refl.{1}
+@351 := @350 @243
+@353 := @342 (@351 @323)
+@357 := (hf : @240) -> @13 (@326 @234) @10
+@358 := @353 @238
+@361 := @13 (@326 @64) @10
+@362 := fun (__x0 : @24) => @358
+@363 := @52 @29
+@364 := @233 @64
+@365 := @67 @68
+@366 := @172 @214
+@367 := @13 @203
+@368 := @367 @27
+@369 := @18 @100
+@370 := @62 @369
+@372 := @94 (@370 @25)
+@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
+@379 := @366 @20
+@380 := @187 @20
+@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
+@386 := @379 @64
+@387 := @204 @219
+@388 := @94 @387
+@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
+@393 := @386 @68
+@394 := @218 @227
+@395 := @94 @394
+@398 := (h : @216) -> (hs : @236) -> @395 @365
+@399 := @393 @363
+@400 := @226 @234
+@401 := @94 @400
+@402 := @401 @365
+@403 := (hs : @240) -> @402
+@404 := @399 @238
+@406 := @94 @364 @365
+@407 := 1
+@408 := @311 @407
+@409 := @312 @407
+@410 := @244 @409
+@411 := @410 @252
+@412 := @257 @407
+@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
+@420 := @408 @364
+@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
+@428 := @420 @365
+@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
+@437 := @428 (@351 @409)
+@441 := (hf : @406) -> @13 (@412 @400) @10
+@442 := @437 @404
+@445 := @13 (@412 @364) @10
+@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
+@453 := fun (__v : @3) => Production.Kernel.Shape.casesOn.{0} @17 @4 @362 @447
+@454 := @52 @27
+@457 := Prod.{0, 0} @24 @57
+@460 := Prod.mk.{0, 0} @24 @57
+@461 := @460 @407
+@462 := @461 @214
+@463 := @460 @9
+@464 := @463 @200
+@465 := @59 @457
+@466 := @60 @457
+@468 := @466 @464 @465
+@470 := @466 @462 @468
+@471 := Bool.true
+@472 := LexLeanTarget.TargetSyntax.Function
+@473 := LexLeanTarget.TargetSyntax.Program.functions
+@474 := @473 @0
+@475 := @59 @24
+@476 := LexLeanTarget.TargetSyntax.Ty.unit
+@477 := LexLeanTarget.TargetSyntax.Value.unit
+@480 := LexLeanTarget.TargetSyntax.Expr.value @476 @477
+@485 := LexLeanTarget.TargetSyntax.Function.mk @475 @65 @476 @480
+@490 := List.getD.{0} @472 @474 @9 @485
+@494 := fun (__e_n : @24) =>
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.root @4 @9
+@495 := @379 @61
+@496 := @204 @61
+@501 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @496 @207
+@502 := @495 @65
+@505 := (h : @216) -> (hs : @96) -> @220 @68
+@507 := @502 @363 @93
+@508 := @172 @200
+@510 := @13 @189 @27
+@511 := @18 @108
+@512 := @62 @511
+@520 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @510) -> (hs : @176) -> @94 (@512 @25) @122
+@521 := @508 @20
+@527 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
+@528 := @521 @234
+@529 := @220 @29
+@530 := @190 @496
+@531 := @94 @530
+@535 := {ts : @99} -> (h : @380) -> (hs : @529) -> @531 @207
+@536 := @528 @68
+@539 := (h : @202) -> (hs : @229) -> @388 @365
+@541 := @536 @454 @507
+@542 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.denote
+@544 := @542 @27 @29
+@545 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.__fits_0
+@547 := @545 @27 @29
+@551 := @18 (Production.Main.shapeArea @27 @29)
+@554 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.root @27 @29
+@555 := Bool
+@556 := Ne.{1}
+@557 := LexLeanPreservation.Obs
+@558 := @556 @557
+@559 := LexLeanPreservation.Rel
+@562 := @558 (@559 @29 @4)
+@563 := LexLeanPreservation.Obs.stuck
+@566 := (f : @555) -> (v : @57) -> @562 @563
+@568 := LexLeanPreservation.Rust.rel_ne_stuck @547
+@575 := (v : @57) -> @558 (@559 (@545 @25 @27) @4) @563
+@576 := @568 @551
+@580 := @558 (@559 @547 @551) @563
+@581 := @97 @457
+@582 := LexLeanPreservation.Rust.FunSem
+@583 := #9
+@589 := (n : @24) -> @582 @583 @114 @108 @4 @100
+@590 := @242 @472
+@591 := @241 @590
+@598 := LexLeanRuntime.index (@97 @472) @472 (LexLeanRuntime.instIndexableList @472)
+@602 := @591 (@598 (@473 @583) @100)
+@603 := @250 @472
+@604 := @603 @102
+@605 := @602 @604
+@606 := #10
+@610 := @69 @606 @583 @114 @102
+@611 := LexLeanTarget.TargetSyntax.Function.types
+@612 := @611 @100
+@613 := @610 @612
+@614 := @242 @581
+@615 := @241 @614
+@616 := LexLeanTarget.TargetSemantics.bindAll
+@617 := LexLeanTarget.TargetSyntax.Function.parameters
+@622 := @615 (@616 (@617 @108) @100 @465)
+@623 := @250 @581
+@624 := @623 @102
+@625 := @622 @624
+@626 := @242 @555
+@627 := @241 @626
+@628 := LexLeanPreservation.Rust.fnFallible
+@629 := #11
+@632 := @627 (@628 @629 @583)
+@633 := @250 @555
+@634 := @633 @102
+@635 := @632 @634
+@636 := LexLeanPreservation.RunConv
+@637 := #13
+@641 := @636 @637 @606 @114 @102
+@643 := @558 @100 @563
+@644 := Exists.{1}
+@645 := LexLeanPreservation.Rust.ROut
+@646 := @644 @645
+@647 := And
+@648 := LexLeanPreservation.Rust.RealizesFn
+@652 := @647 (@648 @583 @114 @4)
+@653 := LexLeanPreservation.Rust.RCI
+@655 := @653 #15
+@656 := LexLeanPreservation.Rust.fnIdent
+@657 := @656 @637
+@664 := (hne : @643) -> @646 (fun (ro : @645) => @652 (@655 @657 @629 @4))
+@679 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @589) ->
+  (hfn : @605) -> (hwt : @613) -> (hbind : @625) -> (hF : @635) -> (hA : @641) -> @664
+@681 := LexLeanPreservation.Rust.compose @0
+@682 := @582 @0
+@687 := (n : @24) -> @682 @114 @108 @4 @100
+@688 := @598 @474
+@691 := @591 (@688 @100) @604
+@695 := @80 @583 @114 @102 @612
+@696 := @636 @0
+@699 := @696 @606 @114 @102
+@713 := {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @687) ->
+  (hfn : @691) -> (hwt : @695) -> (hbind : @625) -> (hF : @635) -> (hA : @699) -> @664
+@714 := @681 @1
+@715 := @682 @1
+@719 := (n : @24) -> @715 @108 @4 @100
+@722 := @88 @114 @102 @612
+@723 := @628 @1
+@726 := @627 (@723 @583) @634
+@727 := @653 @1
+@737 := (hbind : @625) ->
+  (hF : @726) -> (hA : @699) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@727 @657 @629 @4))
+@747 := {A : @23} ->
+  {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @719) -> (hfn : @691) -> (hwt : @722) -> @737
+@748 := @714 @2
+@750 := @715 @2 @4
+@752 := (n : @24) -> @750 @100
+@753 := @94 @102
+@754 := @753 @612
+@763 := {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @752) -> (hfn : @691) -> (hwt : @754) -> @737
+@764 := @748 @9
+@766 := (n : @24) -> @750 @9
+@767 := @688 @9
+@768 := @591 @767
+@769 := @768 @604
+@770 := @723 @9
+@771 := @627 @770
+@772 := @771 @634
+@773 := @696 @9
+@775 := @773 @114 @102
+@777 := @727 (@656 @9)
+@785 := (hF : @772) -> (hA : @775) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 @629 @4))
+@794 := {fn : @472} ->
+  {args : @98} ->
+  {env : @581} ->
+  {F : @555} -> {o : @557} -> (hB : @766) -> (hfn : @769) -> (hwt : @754) -> (hbind : @625) -> @785
+@795 := @764 @490
+@797 := @768 (@603 @490)
+@798 := @611 @490
+@799 := @753 @798
+@801 := @616 (@617 @490)
+@813 := {args : @98} ->
+  {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @766) -> (hfn : @797) -> (hwt : @799) -> (hbind : @615 (@801 @100 @465) @624) -> @785
+@814 := @795 @400
+@816 := @512 (@370 @61)
+@818 := @94 @816 @798
+@820 := @62 (@18 @114)
+@822 := @820 (@512 @61)
+@826 := @615 (@801 @822 @465) @624
+@828 := @62 (@18 @606)
+@830 := @62 (@18 @583)
+@832 := @828 (@830 @61)
+@834 := @773 @832 @102
+@836 := @62 (@18 @637)
+@839 := @62 (@18 #12)
+@856 := {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @818) ->
+  (hbind : @826) ->
+  (hF : @772) ->
+  (hA : @834) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@836 (@839 @61)) @4))
+@857 := @814 @470
+@859 := @370 (@190 @61)
+@861 := @94 @859 @798
+@872 := @615 (@801 @816 @465) (@623 (@466 (@461 @369) (@466 (@463 @511) @465)))
+@874 := @830 (@820 @61)
+@876 := @773 @874 @102
+@878 := @62 (@18 @629)
+@894 := {F : @555} ->
+  {o : @557} ->
+  (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @861) ->
+  (hbind : @872) ->
+  (hF : @772) ->
+  (hA : @876) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@839 (@878 @61)) @4))
+@895 := @857 @471
+@896 := @531 @798
+@907 := @615 (@801 @859 @465) (@623 (@466 (@461 @189) (@466 (@463 @369) @465)))
+@909 := @771 (@633 @471)
+@911 := @773 @822 @102
+@912 := @648 @471
+@930 := {o : @557} ->
+  (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @896) ->
+  (hbind : @907) ->
+  (hF : @909) ->
+  (hA : @911) ->
+  (hne : @643) -> @646 (fun (ro : @645) => @647 (@912 @114 @4) (@777 (@878 (@828 @61)) @4))
+@931 := @895 @544
+@932 := @388 @798
+@943 := @615 (@801 @530 @465) (@623 (@466 (@461 @203) (@466 (@463 @189) @465)))
+@944 := @773 @816
+@946 := @542 @108 @100
+@947 := @944 @946
+@949 := @542 @114 @108
+@968 := (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @932) ->
+  (hbind : @943) ->
+  (hF : @909) ->
+  (hA : @947) ->
+  (hne : @558 @949 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @606 @583) @4) (@777 @832 @4))
+@969 := @931 @494
+@970 := @395 @798
+@981 := @615 (@801 @387 @465) (@623 (@466 (@461 @186) (@466 (@463 @203) @465)))
+@982 := @773 @859
+@984 := @542 @100 @102
+@1003 := (hfn : @797) ->
+  (hwt : @970) ->
+  (hbind : @981) ->
+  (hF : @909) ->
+  (hA : @982 @984) ->
+  (hne : @558 @946 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @583 @114) @4) (@777 @874 @4))
+@1006 := @969 (@350 @590 @767)
+@1007 := @401 @798
+@1018 := @615 (@801 @394 @465) (@623 (@466 (@461 @200) (@466 (@463 @186) @465)))
+@1019 := @773 @530
+@1021 := @542 @102 @104
+@1037 := (hwt : @1007) ->
+  (hbind : @1018) ->
+  (hF : @909) ->
+  (hA : @1019 @1021) ->
+  (hne : @558 @984 @563) -> @646 (fun (ro : @645) => @647 (@912 @949 @4) (@777 @822 @4))
+@1038 := @1006 @541
+@1040 := @801 @400 @465
+@1043 := @615 @1040 (@623 @470)
+@1044 := @773 @387
+@1046 := @542 @104 @25
+@1061 := (hbind : @1043) ->
+  (hF : @909) ->
+  (hA : @1044 @1046) ->
+  (hne : @558 @1021 @563) -> @646 (fun (ro : @645) => @647 (@912 @946 @4) (@777 @816 @4))
+@1064 := @1038 (@350 @614 @1040)
+@1065 := @773 @394
+@1067 := @542 @25 @27
+@1081 := (hF : @909) ->
+  (hA : @1065 @1067) ->
+  (hne : @558 @1046 @563) -> @646 (fun (ro : @645) => @647 (@912 @984 @4) (@777 @859 @4))
+@1084 := @1064 (@350 @626 @770)
+@1098 := (hA : @773 @400 @544) ->
+  (hne : @558 @1067 @563) -> @646 (fun (ro : @645) => @647 (@912 @1021 @4) (@777 @530 @4))
+@1099 := @1084 @554
+@1110 := (hne : @558 @544 @563) -> @646 (fun (ro : @645) => @647 (@912 @1046 @4) (@777 @387 @4))
+@1111 := @1099 @576
+@1117 := @647 (@912 @1067 @4) (@777 @394 @4)
+@1119 := @646 (fun (ro : @645) => @1117)
+@1121 := @646 (fun (__e_ro : @645) => @1117)
+@1123 := LexLeanPreservation.Rust.RepresentableL @364
+@1124 := (__e_hrep : @1123) -> @1121
+@1125 := fun (__e_hrep : @1123) => @1111
+@1126 := (height : @24) -> @1124
+@1127 := fun (height : @24) => @1125
+@1128 := (width : @24) -> @1126
+@1129 := fun (width : @24) => @1127
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..7afce1b81
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustStd.lex.tex
@@ -0,0 +1,564 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.__wt_0 : @16 := @453 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.root : @1128 := @1129 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.flags
+@3 := Production.Kernel.Shape
+@4 := #0
+@6 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.__enc_0 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@15 := @13 @6 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value.nat
+@19 := @18 @4
+@20 := LexLeanTarget.TargetSyntax.Ty.nat
+@21 := LexLeanTarget.TargetSyntax.Program
+@22 := LexLeanPreservation.Rust.RCrate
+@23 := LexLeanPreservation.Rust.Flags
+@24 := Nat
+@25 := #3
+@26 := @7 @25
+@27 := #2
+@28 := @26 @27
+@29 := #1
+@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @28 @29 @19 @20
+@38 := LexLeanPreservation.Rust.wt_nat @0
+@45 := {c : @22} -> {A : @23} -> (n : @24) -> @11 @27 @29 @19 @20
+@46 := @38 @1
+@51 := {A : @23} -> (n : @24) -> @12 @29 @19 @20
+@52 := @46 @2
+@54 := @13 @19 @20
+@55 := (n : @24) -> @54
+@56 := @52 @4
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := LexLeanTarget.TargetSyntax.Ty
+@59 := List.nil.{0}
+@60 := List.cons.{0}
+@61 := @59 @57
+@62 := @60 @57
+@64 := @62 @19 @61
+@65 := @59 @58
+@66 := @60 @58
+@67 := @66 @20
+@68 := @67 @65
+@69 := LexLeanPreservation.Rust.WTL
+@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
+@79 := LexLeanPreservation.Rust.wtl_nil @0
+@80 := @69 @0
+@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
+@87 := @79 @1
+@88 := @80 @1
+@92 := {A : @23} -> @88 @4 @61 @65
+@93 := @87 @2
+@94 := @88 @2
+@95 := @94 @61
+@96 := @95 @65
+@97 := List.{0}
+@98 := @97 @57
+@99 := @97 @58
+@100 := #6
+@101 := @7 @100
+@102 := #5
+@103 := @101 @102
+@104 := #4
+@107 := @103 @104 @25 @27
+@108 := #7
+@113 := @69 @108 @100 @102 @27 @29
+@114 := #8
+@117 := @69 @114 @108 @100
+@119 := @62 @102 @25
+@120 := @117 @119
+@122 := @66 @104 @27
+@132 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
+@134 := LexLeanPreservation.Rust.wtl_cons @0
+@138 := @11 @102 @104 @25 @27
+@142 := @80 @100 @102 @27 @29
+@154 := {c : @22} ->
+  {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
+@155 := @134 @1
+@158 := @12 @104 @25 @27
+@161 := @88 @102 @27 @29
+@171 := {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
+@172 := @155 @2
+@174 := @13 @25 @27
+@176 := @94 @27 @29
+@184 := {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
+@185 := @172 @19
+@186 := @18 @25
+@187 := @13 @186
+@188 := @187 @27
+@189 := @18 @102
+@190 := @62 @189
+@192 := @94 (@190 @25)
+@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
+@199 := @185 @20
+@200 := @18 @27
+@202 := @13 @200 @20
+@203 := @18 @104
+@204 := @62 @203
+@206 := @94 (@204 @25)
+@207 := @67 @27
+@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
+@213 := @199 @61
+@214 := @18 @29
+@216 := @13 @214 @20
+@217 := @95 @29
+@218 := @62 @186
+@219 := @218 @61
+@220 := @94 @219
+@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
+@225 := @213 @65
+@226 := @62 @200
+@227 := @226 @61
+@228 := @94 @227
+@229 := @228 @68
+@231 := (h : @54) -> (hs : @96) -> @229
+@232 := @225 @56
+@233 := @62 @214
+@234 := @233 @61
+@236 := @94 @234 @68
+@237 := (hs : @96) -> @236
+@238 := @232 @93
+@240 := @94 @64 @68
+@241 := Eq.{1}
+@242 := Option.{0}
+@243 := @242 @99
+@244 := @241 @243
+@245 := LexLeanPreservation.Rust.adtFields
+@249 := @244 (@245 @100 @25 @27)
+@250 := Option.some.{0}
+@251 := @250 @99
+@252 := @251 @4
+@253 := @249 @252
+@256 := @7 @114 @108 @100
+@257 := LexLeanTarget.TargetSyntax.Value.adt
+@259 := @257 @104 @25
+@260 := @256 @259
+@261 := @8 @102
+@271 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
+@273 := LexLeanPreservation.Rust.wt_adt @0
+@274 := @245 @0
+@278 := @244 (@274 @25 @27) @252
+@290 := {c : @22} ->
+  {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
+@291 := @273 @1
+@301 := {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
+@302 := @291 @2
+@303 := @13 @259
+@310 := {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
+@311 := @302 @9
+@312 := @274 @9
+@321 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
+@322 := @311 @9
+@323 := @312 @9
+@324 := @244 @323
+@325 := @324 @252
+@326 := @257 @9
+@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @13 (@326 @25) @10
+@334 := @322 @64
+@335 := @228 @29
+@341 := {tys : @99} -> (h : @325) -> (hf : @335) -> @13 (@326 @219) @10
+@342 := @334 @68
+@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
+@350 := Eq.refl.{1}
+@351 := @350 @243
+@353 := @342 (@351 @323)
+@357 := (hf : @240) -> @13 (@326 @234) @10
+@358 := @353 @238
+@361 := @13 (@326 @64) @10
+@362 := fun (__x0 : @24) => @358
+@363 := @52 @29
+@364 := @233 @64
+@365 := @67 @68
+@366 := @172 @214
+@367 := @13 @203
+@368 := @367 @27
+@369 := @18 @100
+@370 := @62 @369
+@372 := @94 (@370 @25)
+@378 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @368) -> (hs : @176) -> @372 @122
+@379 := @366 @20
+@380 := @187 @20
+@385 := {vs : @98} -> {ts : @99} -> (h : @380) -> (hs : @176) -> @192 @207
+@386 := @379 @64
+@387 := @204 @219
+@388 := @94 @387
+@392 := {ts : @99} -> (h : @202) -> (hs : @335) -> @388 @207
+@393 := @386 @68
+@394 := @218 @227
+@395 := @94 @394
+@398 := (h : @216) -> (hs : @236) -> @395 @365
+@399 := @393 @363
+@400 := @226 @234
+@401 := @94 @400
+@402 := @401 @365
+@403 := (hs : @240) -> @402
+@404 := @399 @238
+@406 := @94 @364 @365
+@407 := 1
+@408 := @311 @407
+@409 := @312 @407
+@410 := @244 @409
+@411 := @410 @252
+@412 := @257 @407
+@419 := {fs : @98} -> {tys : @99} -> (h : @411) -> (hf : @176) -> @13 (@412 @25) @10
+@420 := @408 @364
+@427 := {tys : @99} -> (h : @411) -> (hf : @395 @29) -> @13 (@412 @387) @10
+@428 := @420 @365
+@435 := (h : @410 (@251 @365)) -> (hf : @402) -> @13 (@412 @394) @10
+@437 := @428 (@351 @409)
+@441 := (hf : @406) -> @13 (@412 @400) @10
+@442 := @437 @404
+@445 := @13 (@412 @364) @10
+@447 := fun (__x0 : @24) => fun (__x1 : @24) => @442
+@453 := fun (__v : @3) => Production.Kernel.Shape.casesOn.{0} @17 @4 @362 @447
+@454 := @52 @27
+@457 := Prod.{0, 0} @24 @57
+@460 := Prod.mk.{0, 0} @24 @57
+@461 := @460 @407
+@462 := @461 @214
+@463 := @460 @9
+@464 := @463 @200
+@465 := @59 @457
+@466 := @60 @457
+@468 := @466 @464 @465
+@470 := @466 @462 @468
+@471 := Bool.true
+@472 := LexLeanTarget.TargetSyntax.Function
+@473 := LexLeanTarget.TargetSyntax.Program.functions
+@474 := @473 @0
+@475 := @59 @24
+@476 := LexLeanTarget.TargetSyntax.Ty.unit
+@477 := LexLeanTarget.TargetSyntax.Value.unit
+@480 := LexLeanTarget.TargetSyntax.Expr.value @476 @477
+@485 := LexLeanTarget.TargetSyntax.Function.mk @475 @65 @476 @480
+@490 := List.getD.{0} @472 @474 @9 @485
+@494 := fun (__e_n : @24) => LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.root @4 @9
+@495 := @379 @61
+@496 := @204 @61
+@501 := {ts : @99} -> (h : @202) -> (hs : @217) -> @94 @496 @207
+@502 := @495 @65
+@505 := (h : @216) -> (hs : @96) -> @220 @68
+@507 := @502 @363 @93
+@508 := @172 @200
+@510 := @13 @189 @27
+@511 := @18 @108
+@512 := @62 @511
+@520 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @510) -> (hs : @176) -> @94 (@512 @25) @122
+@521 := @508 @20
+@527 := {vs : @98} -> {ts : @99} -> (h : @367 @20) -> (hs : @176) -> @372 @207
+@528 := @521 @234
+@529 := @220 @29
+@530 := @190 @496
+@531 := @94 @530
+@535 := {ts : @99} -> (h : @380) -> (hs : @529) -> @531 @207
+@536 := @528 @68
+@539 := (h : @202) -> (hs : @229) -> @388 @365
+@541 := @536 @454 @507
+@542 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.denote
+@544 := @542 @27 @29
+@545 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.__fits_0
+@547 := @545 @27 @29
+@551 := @18 (Production.Main.shapeArea @27 @29)
+@554 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.root @27 @29
+@555 := Bool
+@556 := Ne.{1}
+@557 := LexLeanPreservation.Obs
+@558 := @556 @557
+@559 := LexLeanPreservation.Rel
+@562 := @558 (@559 @29 @4)
+@563 := LexLeanPreservation.Obs.stuck
+@566 := (f : @555) -> (v : @57) -> @562 @563
+@568 := LexLeanPreservation.Rust.rel_ne_stuck @547
+@575 := (v : @57) -> @558 (@559 (@545 @25 @27) @4) @563
+@576 := @568 @551
+@580 := @558 (@559 @547 @551) @563
+@581 := @97 @457
+@582 := LexLeanPreservation.Rust.FunSem
+@583 := #9
+@589 := (n : @24) -> @582 @583 @114 @108 @4 @100
+@590 := @242 @472
+@591 := @241 @590
+@598 := LexLeanRuntime.index (@97 @472) @472 (LexLeanRuntime.instIndexableList @472)
+@602 := @591 (@598 (@473 @583) @100)
+@603 := @250 @472
+@604 := @603 @102
+@605 := @602 @604
+@606 := #10
+@610 := @69 @606 @583 @114 @102
+@611 := LexLeanTarget.TargetSyntax.Function.types
+@612 := @611 @100
+@613 := @610 @612
+@614 := @242 @581
+@615 := @241 @614
+@616 := LexLeanTarget.TargetSemantics.bindAll
+@617 := LexLeanTarget.TargetSyntax.Function.parameters
+@622 := @615 (@616 (@617 @108) @100 @465)
+@623 := @250 @581
+@624 := @623 @102
+@625 := @622 @624
+@626 := @242 @555
+@627 := @241 @626
+@628 := LexLeanPreservation.Rust.fnFallible
+@629 := #11
+@632 := @627 (@628 @629 @583)
+@633 := @250 @555
+@634 := @633 @102
+@635 := @632 @634
+@636 := LexLeanPreservation.RunConv
+@637 := #13
+@641 := @636 @637 @606 @114 @102
+@643 := @558 @100 @563
+@644 := Exists.{1}
+@645 := LexLeanPreservation.Rust.ROut
+@646 := @644 @645
+@647 := And
+@648 := LexLeanPreservation.Rust.RealizesFn
+@652 := @647 (@648 @583 @114 @4)
+@653 := LexLeanPreservation.Rust.RCI
+@655 := @653 #15
+@656 := LexLeanPreservation.Rust.fnIdent
+@657 := @656 @637
+@664 := (hne : @643) -> @646 (fun (ro : @645) => @652 (@655 @657 @629 @4))
+@679 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @589) ->
+  (hfn : @605) -> (hwt : @613) -> (hbind : @625) -> (hF : @635) -> (hA : @641) -> @664
+@681 := LexLeanPreservation.Rust.compose @0
+@682 := @582 @0
+@687 := (n : @24) -> @682 @114 @108 @4 @100
+@688 := @598 @474
+@691 := @591 (@688 @100) @604
+@695 := @80 @583 @114 @102 @612
+@696 := @636 @0
+@699 := @696 @606 @114 @102
+@713 := {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @687) ->
+  (hfn : @691) -> (hwt : @695) -> (hbind : @625) -> (hF : @635) -> (hA : @699) -> @664
+@714 := @681 @1
+@715 := @682 @1
+@719 := (n : @24) -> @715 @108 @4 @100
+@722 := @88 @114 @102 @612
+@723 := @628 @1
+@726 := @627 (@723 @583) @634
+@727 := @653 @1
+@737 := (hbind : @625) ->
+  (hF : @726) -> (hA : @699) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@727 @657 @629 @4))
+@747 := {A : @23} ->
+  {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @719) -> (hfn : @691) -> (hwt : @722) -> @737
+@748 := @714 @2
+@750 := @715 @2 @4
+@752 := (n : @24) -> @750 @100
+@753 := @94 @102
+@754 := @753 @612
+@763 := {f : @24} ->
+  {fn : @472} ->
+  {args : @98} ->
+  {env : @581} -> {F : @555} -> {o : @557} -> (hB : @752) -> (hfn : @691) -> (hwt : @754) -> @737
+@764 := @748 @9
+@766 := (n : @24) -> @750 @9
+@767 := @688 @9
+@768 := @591 @767
+@769 := @768 @604
+@770 := @723 @9
+@771 := @627 @770
+@772 := @771 @634
+@773 := @696 @9
+@775 := @773 @114 @102
+@777 := @727 (@656 @9)
+@785 := (hF : @772) -> (hA : @775) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 @629 @4))
+@794 := {fn : @472} ->
+  {args : @98} ->
+  {env : @581} ->
+  {F : @555} -> {o : @557} -> (hB : @766) -> (hfn : @769) -> (hwt : @754) -> (hbind : @625) -> @785
+@795 := @764 @490
+@797 := @768 (@603 @490)
+@798 := @611 @490
+@799 := @753 @798
+@801 := @616 (@617 @490)
+@813 := {args : @98} ->
+  {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @766) -> (hfn : @797) -> (hwt : @799) -> (hbind : @615 (@801 @100 @465) @624) -> @785
+@814 := @795 @400
+@816 := @512 (@370 @61)
+@818 := @94 @816 @798
+@820 := @62 (@18 @114)
+@822 := @820 (@512 @61)
+@826 := @615 (@801 @822 @465) @624
+@828 := @62 (@18 @606)
+@830 := @62 (@18 @583)
+@832 := @828 (@830 @61)
+@834 := @773 @832 @102
+@836 := @62 (@18 @637)
+@839 := @62 (@18 #12)
+@856 := {env : @581} ->
+  {F : @555} ->
+  {o : @557} ->
+  (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @818) ->
+  (hbind : @826) ->
+  (hF : @772) ->
+  (hA : @834) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@836 (@839 @61)) @4))
+@857 := @814 @470
+@859 := @370 (@190 @61)
+@861 := @94 @859 @798
+@872 := @615 (@801 @816 @465) (@623 (@466 (@461 @369) (@466 (@463 @511) @465)))
+@874 := @830 (@820 @61)
+@876 := @773 @874 @102
+@878 := @62 (@18 @629)
+@894 := {F : @555} ->
+  {o : @557} ->
+  (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @861) ->
+  (hbind : @872) ->
+  (hF : @772) ->
+  (hA : @876) -> (hne : @643) -> @646 (fun (ro : @645) => @652 (@777 (@839 (@878 @61)) @4))
+@895 := @857 @471
+@896 := @531 @798
+@907 := @615 (@801 @859 @465) (@623 (@466 (@461 @189) (@466 (@463 @369) @465)))
+@909 := @771 (@633 @471)
+@911 := @773 @822 @102
+@912 := @648 @471
+@930 := {o : @557} ->
+  (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @896) ->
+  (hbind : @907) ->
+  (hF : @909) ->
+  (hA : @911) ->
+  (hne : @643) -> @646 (fun (ro : @645) => @647 (@912 @114 @4) (@777 (@878 (@828 @61)) @4))
+@931 := @895 @544
+@932 := @388 @798
+@943 := @615 (@801 @530 @465) (@623 (@466 (@461 @203) (@466 (@463 @189) @465)))
+@944 := @773 @816
+@946 := @542 @108 @100
+@947 := @944 @946
+@949 := @542 @114 @108
+@968 := (hB : @766) ->
+  (hfn : @797) ->
+  (hwt : @932) ->
+  (hbind : @943) ->
+  (hF : @909) ->
+  (hA : @947) ->
+  (hne : @558 @949 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @606 @583) @4) (@777 @832 @4))
+@969 := @931 @494
+@970 := @395 @798
+@981 := @615 (@801 @387 @465) (@623 (@466 (@461 @186) (@466 (@463 @203) @465)))
+@982 := @773 @859
+@984 := @542 @100 @102
+@1003 := (hfn : @797) ->
+  (hwt : @970) ->
+  (hbind : @981) ->
+  (hF : @909) ->
+  (hA : @982 @984) ->
+  (hne : @558 @946 @563) -> @646 (fun (ro : @645) => @647 (@912 (@542 @583 @114) @4) (@777 @874 @4))
+@1006 := @969 (@350 @590 @767)
+@1007 := @401 @798
+@1018 := @615 (@801 @394 @465) (@623 (@466 (@461 @200) (@466 (@463 @186) @465)))
+@1019 := @773 @530
+@1021 := @542 @102 @104
+@1037 := (hwt : @1007) ->
+  (hbind : @1018) ->
+  (hF : @909) ->
+  (hA : @1019 @1021) ->
+  (hne : @558 @984 @563) -> @646 (fun (ro : @645) => @647 (@912 @949 @4) (@777 @822 @4))
+@1038 := @1006 @541
+@1040 := @801 @400 @465
+@1043 := @615 @1040 (@623 @470)
+@1044 := @773 @387
+@1046 := @542 @104 @25
+@1061 := (hbind : @1043) ->
+  (hF : @909) ->
+  (hA : @1044 @1046) ->
+  (hne : @558 @1021 @563) -> @646 (fun (ro : @645) => @647 (@912 @946 @4) (@777 @816 @4))
+@1064 := @1038 (@350 @614 @1040)
+@1065 := @773 @394
+@1067 := @542 @25 @27
+@1081 := (hF : @909) ->
+  (hA : @1065 @1067) ->
+  (hne : @558 @1046 @563) -> @646 (fun (ro : @645) => @647 (@912 @984 @4) (@777 @859 @4))
+@1084 := @1064 (@350 @626 @770)
+@1098 := (hA : @773 @400 @544) ->
+  (hne : @558 @1067 @563) -> @646 (fun (ro : @645) => @647 (@912 @1021 @4) (@777 @530 @4))
+@1099 := @1084 @554
+@1110 := (hne : @558 @544 @563) -> @646 (fun (ro : @645) => @647 (@912 @1046 @4) (@777 @387 @4))
+@1111 := @1099 @576
+@1117 := @647 (@912 @1067 @4) (@777 @394 @4)
+@1119 := @646 (fun (ro : @645) => @1117)
+@1121 := @646 (fun (__e_ro : @645) => @1117)
+@1123 := LexLeanPreservation.Rust.RepresentableL @364
+@1124 := (__e_hrep : @1123) -> @1121
+@1125 := fun (__e_hrep : @1123) => @1111
+@1126 := (height : @24) -> @1124
+@1127 := fun (height : @24) => @1125
+@1128 := (width : @24) -> @1126
+@1129 := fun (width : @24) => @1127
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustCore.lean
new file mode 100644
index 000000000..d9d7790e8
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustCore.lean
@@ -0,0 +1,42 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat], [.nat, .nat]] }], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustStd.lean
new file mode 100644
index 000000000..d203b83eb
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustStd.lean
@@ -0,0 +1,42 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat], [.nat, .nat]] }], functions := [
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.call 1 [(.build (.adt 1) (.adt 0) [(.var 0), (.var 1)])]) },
+    { parameters := [0], types := [(.adt 0)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm (.adt 0) [1] (.prim .natMul [(.prim .natMul [(.var 1), (.var 1)]), (.value .nat (.nat 3))])), (.arm (.adt 1) [2, 3] (.prim .natMul [(.var 2), (.var 3)]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [.nat] }, { number := 1, fields := [.nat, .nat] }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.adt 0 1) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))])] false), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.move (.generated .holder 1)) [(.mk (.adt 0 0 [(.bind (.generated .binding 1))]) (.mk [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))]) (.mk [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))] (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))] (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] false)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2.lean
new file mode 100644
index 000000000..c7fd31434
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2.lean
@@ -0,0 +1,51 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Production.Kernel
+import Production.Main
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.closure 2 []), (.var 0)]) },
+    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
+      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
+
+def __fits_1 (step : (Nat -> Nat)) (__ff_0 : Nat -> Bool) (value : Nat) : Bool :=
+  (Bool.true && (((Bool.true && ((Bool.true && Bool.true) && (__ff_0 (value)))) && Bool.true) && (__ff_0 ((step (value))))))
+
+theorem __rel_1 (step : (Nat -> Nat)) (__ff_0 : Nat -> Bool) (__fi_0 : Nat) (__fc_0 : List _root_.LexLeanTarget.TargetSyntax.Value) (__fh_0 : ∀ (__p0 : Nat), _root_.LexLeanPreservation.FunRel __prog __fi_0 (_root_.LexLeanRuntime.append __fc_0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __p0)]) (_root_.LexLeanPreservation.Rel (__ff_0 __p0) (_root_.LexLeanTarget.TargetSyntax.Value.nat (step __p0)))) (value : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.closure __fi_0 __fc_0), (_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_1 step __ff_0 value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.applyTwice step value))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_apply (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_apply (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__fh_0 (value))) _root_.LexLeanPreservation.convL_nil) (__fh_0 ((step (value)))))
+
+def __fits_2 (number : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (number + number) 18446744073709551616))
+
+theorem __rel_2 (number : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_2 number) (_root_.LexLeanTarget.TargetSyntax.Value.nat ((number + number)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd number number))
+
+def __fits_0 (value : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_1 ((fun (number : Nat) => (number + number))) (fun (__p0 : Nat) => __fits_2 __p0) (value)))
+
+attribute [local irreducible] Production.Kernel.applyTwice in
+theorem __rel_0 (value : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_0 value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.quadruple value))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_1 ((fun (number : Nat) => (number + number))) (fun (__p0 : Nat) => __fits_2 __p0) (2) ([]) (fun (__p0 : Nat) => __rel_2 __p0) (value)))
+
+def denote (value : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 value) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.quadruple value)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (value : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat value)] (_root_.LexLeanPreservation.Rel (__fits_0 value) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.quadruple value))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 value)
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..252704e89
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustCore.lex.tex
@@ -0,0 +1,417 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.root : @825 := @826 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.true
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) =>
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.__fits_0
+@274 := @273 @4
+@277 := @5 (Production.Main.quadruple @4)
+@279 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.root @4
+@280 := Bool
+@281 := Ne.{1}
+@282 := LexLeanPreservation.Obs
+@283 := @281 @282
+@284 := LexLeanPreservation.Rel
+@287 := @283 (@284 @4 @17)
+@288 := LexLeanPreservation.Obs.stuck
+@291 := (f : @280) -> (v : @50) -> @287 @288
+@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
+@300 := @293 @277
+@304 := @283 (@284 @274 @277) @288
+@305 := @124 @59
+@306 := LexLeanPreservation.Rust.FunSem
+@307 := #9
+@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
+@314 := Eq.{1}
+@315 := Option.{0}
+@316 := @315 @71
+@317 := @314 @316
+@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@328 := @317 (@324 (@72 @307) @127)
+@329 := Option.some.{0}
+@330 := @329 @71
+@331 := @330 @129
+@332 := @328 @331
+@333 := #10
+@337 := @96 @333 @307 @141 @129
+@338 := LexLeanTarget.TargetSyntax.Function.types
+@339 := @338 @127
+@340 := @337 @339
+@341 := @315 @305
+@342 := @314 @341
+@343 := LexLeanTarget.TargetSemantics.bindAll
+@344 := LexLeanTarget.TargetSyntax.Function.parameters
+@349 := @342 (@343 (@344 @135) @127 @66)
+@350 := @329 @305
+@351 := @350 @129
+@352 := @349 @351
+@353 := @315 @280
+@354 := @314 @353
+@355 := LexLeanPreservation.Rust.fnFallible
+@356 := #11
+@359 := @354 (@355 @356 @307)
+@360 := @329 @280
+@361 := @360 @129
+@362 := @359 @361
+@363 := LexLeanPreservation.RunConv
+@364 := #13
+@368 := @363 @364 @333 @141 @129
+@370 := @283 @127 @288
+@371 := Exists.{1}
+@372 := LexLeanPreservation.Rust.ROut
+@373 := @371 @372
+@374 := And
+@375 := LexLeanPreservation.Rust.RealizesFn
+@379 := @374 (@375 @307 @141 @17)
+@380 := LexLeanPreservation.Rust.RCI
+@382 := @380 #15
+@383 := LexLeanPreservation.Rust.fnIdent
+@384 := @383 @364
+@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
+@406 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @313) ->
+  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
+@408 := LexLeanPreservation.Rust.compose @0
+@409 := @306 @0
+@414 := (n : @3) -> @409 @141 @135 @17 @127
+@415 := @324 @73
+@418 := @317 (@415 @127) @331
+@422 := @107 @307 @141 @129 @339
+@423 := @363 @0
+@426 := @423 @333 @141 @129
+@440 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @414) ->
+  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
+@441 := @408 @1
+@442 := @409 @1
+@446 := (n : @3) -> @442 @135 @17 @127
+@449 := @115 @141 @129 @339
+@450 := @355 @1
+@453 := @354 (@450 @307) @361
+@454 := @380 @1
+@464 := (hbind : @352) ->
+  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
+@474 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
+@475 := @441 @2
+@477 := @442 @2 @17
+@479 := (n : @3) -> @477 @127
+@480 := @121 @129
+@481 := @480 @339
+@490 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
+@491 := @475 @60
+@493 := (n : @3) -> @477 @60
+@494 := @415 @60
+@495 := @317 @494
+@496 := @495 @331
+@497 := @450 @60
+@498 := @354 @497
+@499 := @498 @361
+@500 := @423 @60
+@502 := @500 @141 @129
+@504 := @454 (@383 @60)
+@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
+@521 := {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
+@522 := @491 @91
+@524 := @495 (@330 @91)
+@525 := @338 @91
+@526 := @480 @525
+@528 := @343 (@344 @91)
+@540 := {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
+@541 := @522 @56
+@542 := @218 @53
+@544 := @121 @542 @525
+@547 := @54 (@5 @135) @53
+@551 := @342 (@528 @547 @66) @351
+@554 := @54 (@5 @307) @53
+@575 := {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @544) ->
+  (hbind : @551) ->
+  (hF : @499) ->
+  (hA : @500 @554 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
+@576 := @541 @69
+@577 := @232 @53
+@579 := @121 @577 @525
+@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
+@590 := @54 (@5 @141) @53
+@609 := {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @579) ->
+  (hbind : @587) ->
+  (hF : @499) ->
+  (hA : @500 @590 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
+@610 := @576 @70
+@611 := @249 @525
+@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
+@621 := @498 (@360 @70)
+@623 := @500 @547 @129
+@624 := @375 @70
+@643 := {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @611) ->
+  (hbind : @619) ->
+  (hF : @621) ->
+  (hA : @623) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
+@644 := @610 @272
+@645 := @257 @525
+@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
+@654 := @500 @542
+@655 := @271 @127
+@656 := @654 @655
+@657 := @271 @135
+@675 := (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @645) ->
+  (hbind : @653) ->
+  (hF : @621) ->
+  (hA : @656) ->
+  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
+@676 := @644 @95
+@677 := @265 @525
+@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
+@686 := @500 @577
+@687 := @271 @129
+@705 := (hfn : @524) ->
+  (hwt : @677) ->
+  (hbind : @685) ->
+  (hF : @621) ->
+  (hA : @686 @687) ->
+  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
+@706 := Eq.refl.{1}
+@709 := @676 (@706 @316 @494)
+@710 := @269 @525
+@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
+@719 := @500 @248
+@720 := @271 @131
+@736 := (hwt : @710) ->
+  (hbind : @718) ->
+  (hF : @621) ->
+  (hA : @719 @720) ->
+  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
+@737 := @709 @268
+@739 := @528 @56 @66
+@742 := @342 @739 (@350 @69)
+@743 := @500 @256
+@744 := @271 @12
+@759 := (hbind : @742) ->
+  (hF : @621) ->
+  (hA : @743 @744) ->
+  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
+@762 := @737 (@706 @341 @739)
+@763 := @500 @264
+@764 := @271 @14
+@778 := (hF : @621) ->
+  (hA : @763 @764) ->
+  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
+@781 := @762 (@706 @353 @497)
+@795 := (hA : @500 @56 @272) ->
+  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
+@796 := @781 @279
+@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
+@808 := @796 @300
+@814 := @374 (@624 @764 @17) (@504 @264 @17)
+@816 := @373 (fun (ro : @372) => @814)
+@818 := @373 (fun (__e_ro : @372) => @814)
+@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@823 := (__e_hrep : @822) -> @818
+@824 := fun (__e_hrep : @822) => @808
+@825 := (value : @3) -> @823
+@826 := fun (value : @3) => @824
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..ce8233ade
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustStd.lex.tex
@@ -0,0 +1,416 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.root : @825 := @826 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.true
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) => LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.__fits_0
+@274 := @273 @4
+@277 := @5 (Production.Main.quadruple @4)
+@279 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.root @4
+@280 := Bool
+@281 := Ne.{1}
+@282 := LexLeanPreservation.Obs
+@283 := @281 @282
+@284 := LexLeanPreservation.Rel
+@287 := @283 (@284 @4 @17)
+@288 := LexLeanPreservation.Obs.stuck
+@291 := (f : @280) -> (v : @50) -> @287 @288
+@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
+@300 := @293 @277
+@304 := @283 (@284 @274 @277) @288
+@305 := @124 @59
+@306 := LexLeanPreservation.Rust.FunSem
+@307 := #9
+@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
+@314 := Eq.{1}
+@315 := Option.{0}
+@316 := @315 @71
+@317 := @314 @316
+@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@328 := @317 (@324 (@72 @307) @127)
+@329 := Option.some.{0}
+@330 := @329 @71
+@331 := @330 @129
+@332 := @328 @331
+@333 := #10
+@337 := @96 @333 @307 @141 @129
+@338 := LexLeanTarget.TargetSyntax.Function.types
+@339 := @338 @127
+@340 := @337 @339
+@341 := @315 @305
+@342 := @314 @341
+@343 := LexLeanTarget.TargetSemantics.bindAll
+@344 := LexLeanTarget.TargetSyntax.Function.parameters
+@349 := @342 (@343 (@344 @135) @127 @66)
+@350 := @329 @305
+@351 := @350 @129
+@352 := @349 @351
+@353 := @315 @280
+@354 := @314 @353
+@355 := LexLeanPreservation.Rust.fnFallible
+@356 := #11
+@359 := @354 (@355 @356 @307)
+@360 := @329 @280
+@361 := @360 @129
+@362 := @359 @361
+@363 := LexLeanPreservation.RunConv
+@364 := #13
+@368 := @363 @364 @333 @141 @129
+@370 := @283 @127 @288
+@371 := Exists.{1}
+@372 := LexLeanPreservation.Rust.ROut
+@373 := @371 @372
+@374 := And
+@375 := LexLeanPreservation.Rust.RealizesFn
+@379 := @374 (@375 @307 @141 @17)
+@380 := LexLeanPreservation.Rust.RCI
+@382 := @380 #15
+@383 := LexLeanPreservation.Rust.fnIdent
+@384 := @383 @364
+@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
+@406 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @313) ->
+  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
+@408 := LexLeanPreservation.Rust.compose @0
+@409 := @306 @0
+@414 := (n : @3) -> @409 @141 @135 @17 @127
+@415 := @324 @73
+@418 := @317 (@415 @127) @331
+@422 := @107 @307 @141 @129 @339
+@423 := @363 @0
+@426 := @423 @333 @141 @129
+@440 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @414) ->
+  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
+@441 := @408 @1
+@442 := @409 @1
+@446 := (n : @3) -> @442 @135 @17 @127
+@449 := @115 @141 @129 @339
+@450 := @355 @1
+@453 := @354 (@450 @307) @361
+@454 := @380 @1
+@464 := (hbind : @352) ->
+  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
+@474 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
+@475 := @441 @2
+@477 := @442 @2 @17
+@479 := (n : @3) -> @477 @127
+@480 := @121 @129
+@481 := @480 @339
+@490 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
+@491 := @475 @60
+@493 := (n : @3) -> @477 @60
+@494 := @415 @60
+@495 := @317 @494
+@496 := @495 @331
+@497 := @450 @60
+@498 := @354 @497
+@499 := @498 @361
+@500 := @423 @60
+@502 := @500 @141 @129
+@504 := @454 (@383 @60)
+@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
+@521 := {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
+@522 := @491 @91
+@524 := @495 (@330 @91)
+@525 := @338 @91
+@526 := @480 @525
+@528 := @343 (@344 @91)
+@540 := {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
+@541 := @522 @56
+@542 := @218 @53
+@544 := @121 @542 @525
+@547 := @54 (@5 @135) @53
+@551 := @342 (@528 @547 @66) @351
+@554 := @54 (@5 @307) @53
+@575 := {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @544) ->
+  (hbind : @551) ->
+  (hF : @499) ->
+  (hA : @500 @554 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
+@576 := @541 @69
+@577 := @232 @53
+@579 := @121 @577 @525
+@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
+@590 := @54 (@5 @141) @53
+@609 := {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @579) ->
+  (hbind : @587) ->
+  (hF : @499) ->
+  (hA : @500 @590 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
+@610 := @576 @70
+@611 := @249 @525
+@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
+@621 := @498 (@360 @70)
+@623 := @500 @547 @129
+@624 := @375 @70
+@643 := {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @611) ->
+  (hbind : @619) ->
+  (hF : @621) ->
+  (hA : @623) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
+@644 := @610 @272
+@645 := @257 @525
+@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
+@654 := @500 @542
+@655 := @271 @127
+@656 := @654 @655
+@657 := @271 @135
+@675 := (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @645) ->
+  (hbind : @653) ->
+  (hF : @621) ->
+  (hA : @656) ->
+  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
+@676 := @644 @95
+@677 := @265 @525
+@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
+@686 := @500 @577
+@687 := @271 @129
+@705 := (hfn : @524) ->
+  (hwt : @677) ->
+  (hbind : @685) ->
+  (hF : @621) ->
+  (hA : @686 @687) ->
+  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
+@706 := Eq.refl.{1}
+@709 := @676 (@706 @316 @494)
+@710 := @269 @525
+@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
+@719 := @500 @248
+@720 := @271 @131
+@736 := (hwt : @710) ->
+  (hbind : @718) ->
+  (hF : @621) ->
+  (hA : @719 @720) ->
+  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
+@737 := @709 @268
+@739 := @528 @56 @66
+@742 := @342 @739 (@350 @69)
+@743 := @500 @256
+@744 := @271 @12
+@759 := (hbind : @742) ->
+  (hF : @621) ->
+  (hA : @743 @744) ->
+  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
+@762 := @737 (@706 @341 @739)
+@763 := @500 @264
+@764 := @271 @14
+@778 := (hF : @621) ->
+  (hA : @763 @764) ->
+  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
+@781 := @762 (@706 @353 @497)
+@795 := (hA : @500 @56 @272) ->
+  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
+@796 := @781 @279
+@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
+@808 := @796 @300
+@814 := @374 (@624 @764 @17) (@504 @264 @17)
+@816 := @373 (fun (ro : @372) => @814)
+@818 := @373 (fun (__e_ro : @372) => @814)
+@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@823 := (__e_hrep : @822) -> @818
+@824 := fun (__e_hrep : @822) => @808
+@825 := (value : @3) -> @823
+@826 := fun (value : @3) => @824
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustCore.lean
new file mode 100644
index 000000000..57999600e
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustCore.lean
@@ -0,0 +1,51 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.closure 2 []), (.var 0)]) },
+    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
+      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [] }]),
+    (.apply 0 [.nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], .nat), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
+    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustStd.lean
new file mode 100644
index 000000000..21c15fc44
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustStd.lean
@@ -0,0 +1,51 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.closure 2 []), (.var 0)]) },
+    { parameters := [0, 1], types := [(.fn [.nat] .nat), .nat], result := .nat,
+      body := (.apply (.var 0) [(.apply (.var 0) [(.var 1)])]) },
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.prim .natAdd [(.var 0), (.var 0)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [] }]),
+    (.apply 0 [.nat] .nat true [{ function := 2, captures := [], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], .nat), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.construct (.closure 0 2) []), (.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [.nat] .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .callee 1)) (some (.fn 0)) (.clone (.generated .binding 0)))], (.apply (.generated .callee 1) [(.block (.mk [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)))] false), [(1, .nat, (some 1)), (0, (.fn [.nat] .nat), (some 0))], rfl, rfl,
+    (Corr.applyF (ps := [.nat]) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 2)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 2) [(.copy (.generated .binding 1))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 0)))], (.call (.runtime .natAdd) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3.lean
new file mode 100644
index 000000000..208516fdb
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3.lean
@@ -0,0 +1,48 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Production.Kernel
+import Production.Main
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) }] }
+
+def __fits_1 (number : Nat) (steps : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (generalizing := false) __decrease0 : (Nat.blt number (2 : Nat)) with | true => Bool.true | false => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (steps + (1 : Nat)) 18446744073709551616)) && Bool.true)) && (__fits_1 ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat)))))))
+termination_by number
+decreasing_by all_goals first | (have __evidence := Production.Kernel.countdown_decreases (number) (steps) (__decrease0); subst_vars; exact __evidence)
+
+theorem __rel_1 (number : Nat) (steps : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number), (_root_.LexLeanTarget.TargetSyntax.Value.nat steps)] (_root_.LexLeanPreservation.Rel (__fits_1 number steps) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.countdown number steps))) := by
+  rw [Production.Kernel.countdown.eq_def, __fits_1.eq_def]
+  exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (match (generalizing := false) __decrease0 : __b with | true => Bool.true | false => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (steps + (1 : Nat)) 18446744073709551616)) && Bool.true)) && (__fits_1 ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat))))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match (generalizing := false) __decrease0 : __b with | true => steps | false => (Production.Kernel.countdown ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat)))))) (Nat.blt number (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt number (2 : Nat))) (fun __decrease0 => (_root_.LexLeanPreservation.conv_var rfl)) (fun __decrease0 => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub number (2 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd steps (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_1 ((_root_.LexLeanRuntime.subtract (number) ((2 : Nat)) : Nat)) ((steps + (1 : Nat)))))))
+termination_by number
+decreasing_by all_goals first | (have __evidence := Production.Kernel.countdown_decreases (number) (steps) (__decrease0); subst_vars; exact __evidence)
+
+def __fits_0 (number : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_1 (number) ((0 : Nat))))
+
+attribute [local irreducible] Production.Kernel.countdown in
+theorem __rel_0 (number : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_0 number) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.halvings number))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_1 (number) ((0 : Nat))))
+
+def denote (number : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 number) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.halvings number)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (number : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat number)] (_root_.LexLeanPreservation.Rel (__fits_0 number) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.halvings number))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 number)
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustCore.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..8bcef617e
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustCore.lex.tex
@@ -0,0 +1,417 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.root : @825 := @826 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.true
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) =>
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.__fits_0
+@274 := @273 @4
+@277 := @5 (Production.Main.halvings @4)
+@279 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.root @4
+@280 := Bool
+@281 := Ne.{1}
+@282 := LexLeanPreservation.Obs
+@283 := @281 @282
+@284 := LexLeanPreservation.Rel
+@287 := @283 (@284 @4 @17)
+@288 := LexLeanPreservation.Obs.stuck
+@291 := (f : @280) -> (v : @50) -> @287 @288
+@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
+@300 := @293 @277
+@304 := @283 (@284 @274 @277) @288
+@305 := @124 @59
+@306 := LexLeanPreservation.Rust.FunSem
+@307 := #9
+@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
+@314 := Eq.{1}
+@315 := Option.{0}
+@316 := @315 @71
+@317 := @314 @316
+@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@328 := @317 (@324 (@72 @307) @127)
+@329 := Option.some.{0}
+@330 := @329 @71
+@331 := @330 @129
+@332 := @328 @331
+@333 := #10
+@337 := @96 @333 @307 @141 @129
+@338 := LexLeanTarget.TargetSyntax.Function.types
+@339 := @338 @127
+@340 := @337 @339
+@341 := @315 @305
+@342 := @314 @341
+@343 := LexLeanTarget.TargetSemantics.bindAll
+@344 := LexLeanTarget.TargetSyntax.Function.parameters
+@349 := @342 (@343 (@344 @135) @127 @66)
+@350 := @329 @305
+@351 := @350 @129
+@352 := @349 @351
+@353 := @315 @280
+@354 := @314 @353
+@355 := LexLeanPreservation.Rust.fnFallible
+@356 := #11
+@359 := @354 (@355 @356 @307)
+@360 := @329 @280
+@361 := @360 @129
+@362 := @359 @361
+@363 := LexLeanPreservation.RunConv
+@364 := #13
+@368 := @363 @364 @333 @141 @129
+@370 := @283 @127 @288
+@371 := Exists.{1}
+@372 := LexLeanPreservation.Rust.ROut
+@373 := @371 @372
+@374 := And
+@375 := LexLeanPreservation.Rust.RealizesFn
+@379 := @374 (@375 @307 @141 @17)
+@380 := LexLeanPreservation.Rust.RCI
+@382 := @380 #15
+@383 := LexLeanPreservation.Rust.fnIdent
+@384 := @383 @364
+@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
+@406 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @313) ->
+  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
+@408 := LexLeanPreservation.Rust.compose @0
+@409 := @306 @0
+@414 := (n : @3) -> @409 @141 @135 @17 @127
+@415 := @324 @73
+@418 := @317 (@415 @127) @331
+@422 := @107 @307 @141 @129 @339
+@423 := @363 @0
+@426 := @423 @333 @141 @129
+@440 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @414) ->
+  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
+@441 := @408 @1
+@442 := @409 @1
+@446 := (n : @3) -> @442 @135 @17 @127
+@449 := @115 @141 @129 @339
+@450 := @355 @1
+@453 := @354 (@450 @307) @361
+@454 := @380 @1
+@464 := (hbind : @352) ->
+  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
+@474 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
+@475 := @441 @2
+@477 := @442 @2 @17
+@479 := (n : @3) -> @477 @127
+@480 := @121 @129
+@481 := @480 @339
+@490 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
+@491 := @475 @60
+@493 := (n : @3) -> @477 @60
+@494 := @415 @60
+@495 := @317 @494
+@496 := @495 @331
+@497 := @450 @60
+@498 := @354 @497
+@499 := @498 @361
+@500 := @423 @60
+@502 := @500 @141 @129
+@504 := @454 (@383 @60)
+@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
+@521 := {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
+@522 := @491 @91
+@524 := @495 (@330 @91)
+@525 := @338 @91
+@526 := @480 @525
+@528 := @343 (@344 @91)
+@540 := {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
+@541 := @522 @56
+@542 := @218 @53
+@544 := @121 @542 @525
+@547 := @54 (@5 @135) @53
+@551 := @342 (@528 @547 @66) @351
+@554 := @54 (@5 @307) @53
+@575 := {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @544) ->
+  (hbind : @551) ->
+  (hF : @499) ->
+  (hA : @500 @554 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
+@576 := @541 @69
+@577 := @232 @53
+@579 := @121 @577 @525
+@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
+@590 := @54 (@5 @141) @53
+@609 := {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @579) ->
+  (hbind : @587) ->
+  (hF : @499) ->
+  (hA : @500 @590 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
+@610 := @576 @70
+@611 := @249 @525
+@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
+@621 := @498 (@360 @70)
+@623 := @500 @547 @129
+@624 := @375 @70
+@643 := {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @611) ->
+  (hbind : @619) ->
+  (hF : @621) ->
+  (hA : @623) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
+@644 := @610 @272
+@645 := @257 @525
+@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
+@654 := @500 @542
+@655 := @271 @127
+@656 := @654 @655
+@657 := @271 @135
+@675 := (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @645) ->
+  (hbind : @653) ->
+  (hF : @621) ->
+  (hA : @656) ->
+  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
+@676 := @644 @95
+@677 := @265 @525
+@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
+@686 := @500 @577
+@687 := @271 @129
+@705 := (hfn : @524) ->
+  (hwt : @677) ->
+  (hbind : @685) ->
+  (hF : @621) ->
+  (hA : @686 @687) ->
+  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
+@706 := Eq.refl.{1}
+@709 := @676 (@706 @316 @494)
+@710 := @269 @525
+@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
+@719 := @500 @248
+@720 := @271 @131
+@736 := (hwt : @710) ->
+  (hbind : @718) ->
+  (hF : @621) ->
+  (hA : @719 @720) ->
+  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
+@737 := @709 @268
+@739 := @528 @56 @66
+@742 := @342 @739 (@350 @69)
+@743 := @500 @256
+@744 := @271 @12
+@759 := (hbind : @742) ->
+  (hF : @621) ->
+  (hA : @743 @744) ->
+  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
+@762 := @737 (@706 @341 @739)
+@763 := @500 @264
+@764 := @271 @14
+@778 := (hF : @621) ->
+  (hA : @763 @764) ->
+  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
+@781 := @762 (@706 @353 @497)
+@795 := (hA : @500 @56 @272) ->
+  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
+@796 := @781 @279
+@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
+@808 := @796 @300
+@814 := @374 (@624 @764 @17) (@504 @264 @17)
+@816 := @373 (fun (ro : @372) => @814)
+@818 := @373 (fun (__e_ro : @372) => @814)
+@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@823 := (__e_hrep : @822) -> @818
+@824 := fun (__e_hrep : @822) => @808
+@825 := (number : @3) -> @823
+@826 := fun (number : @3) => @824
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..54352a249
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustStd.lex.tex
@@ -0,0 +1,416 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.root : @825 := @826 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.flags
+@3 := Nat
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.nat
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.nat
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (n : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_nat @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (n : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (n : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (n : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@59 := Prod.{0, 0} @3 @50
+@60 := 0
+@64 := Prod.mk.{0, 0} @3 @50 @60
+@65 := @64 @6
+@66 := @51 @59
+@67 := @52 @59
+@69 := @67 @65 @66
+@70 := Bool.true
+@71 := LexLeanTarget.TargetSyntax.Function
+@72 := LexLeanTarget.TargetSyntax.Program.functions
+@73 := @72 @0
+@74 := LexLeanTarget.TargetSyntax.Ty
+@75 := @51 @3
+@76 := @51 @74
+@77 := LexLeanTarget.TargetSyntax.Ty.unit
+@78 := LexLeanTarget.TargetSyntax.Value.unit
+@81 := LexLeanTarget.TargetSyntax.Expr.value @77 @78
+@86 := LexLeanTarget.TargetSyntax.Function.mk @75 @76 @77 @81
+@91 := List.getD.{0} @71 @73 @60 @86
+@95 := fun (__e_n : @3) => LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.root @17 @60
+@96 := LexLeanPreservation.Rust.WTL
+@104 := {p : @8} -> {c : @9} -> {A : @10} -> @96 @14 @4 @17 @53 @76
+@106 := LexLeanPreservation.Rust.wtl_nil @0
+@107 := @96 @0
+@113 := {c : @9} -> {A : @10} -> @107 @4 @17 @53 @76
+@114 := @106 @1
+@115 := @107 @1
+@119 := {A : @10} -> @115 @17 @53 @76
+@120 := @114 @2
+@121 := @115 @2
+@122 := @121 @53
+@123 := @122 @76
+@124 := List.{0}
+@125 := @124 @50
+@126 := @124 @74
+@127 := #6
+@128 := @11 @127
+@129 := #5
+@130 := @128 @129
+@131 := #4
+@134 := @130 @131 @12 @14
+@135 := #7
+@140 := @96 @135 @127 @129 @14 @4
+@141 := #8
+@144 := @96 @141 @135 @127
+@146 := @54 @129 @12
+@147 := @144 @146
+@148 := @52 @74
+@150 := @148 @131 @14
+@160 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @134) -> (hs : @140) -> @147 @150
+@162 := LexLeanPreservation.Rust.wtl_cons @0
+@182 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} ->
+  (h : @27 @129 @131 @12 @14) -> (hs : @107 @127 @129 @14 @4) -> @107 @135 @127 @146 @150
+@183 := @162 @1
+@199 := {A : @10} ->
+  {v : @50} ->
+  {t : @74} ->
+  {vs : @125} ->
+  {ts : @126} -> (h : @36 @131 @12 @14) -> (hs : @115 @129 @14 @4) -> @115 @127 @146 @150
+@200 := @183 @2
+@202 := @43 @12 @14
+@204 := @121 @14 @4
+@212 := {v : @50} ->
+  {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @202) -> (hs : @204) -> @121 @146 @150
+@213 := @200 @6
+@214 := @5 @131
+@216 := @43 @214 @14
+@217 := @5 @127
+@218 := @54 @217
+@226 := {t : @74} -> {vs : @125} -> {ts : @126} -> (h : @216) -> (hs : @204) -> @121 (@218 @12) @150
+@227 := @213 @7
+@228 := @5 @12
+@230 := @43 @228 @7
+@231 := @5 @129
+@232 := @54 @231
+@234 := @121 (@232 @12)
+@235 := @148 @7
+@236 := @235 @14
+@241 := {vs : @125} -> {ts : @126} -> (h : @230) -> (hs : @204) -> @234 @236
+@242 := @227 @53
+@243 := @5 @14
+@245 := @43 @243 @7
+@246 := @122 @4
+@248 := @54 @214 @53
+@249 := @121 @248
+@253 := {ts : @126} -> (h : @245) -> (hs : @246) -> @249 @236
+@254 := @242 @76
+@256 := @54 @228 @53
+@257 := @121 @256
+@258 := @235 @76
+@261 := (h : @49) -> (hs : @123) -> @257 @258
+@262 := @254 @47
+@264 := @54 @243 @53
+@265 := @121 @264
+@267 := (hs : @123) -> @265 @258
+@268 := @262 @120
+@269 := @121 @56
+@270 := @269 @258
+@271 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.denote
+@272 := @271 @4
+@273 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.__fits_0
+@274 := @273 @4
+@277 := @5 (Production.Main.halvings @4)
+@279 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.root @4
+@280 := Bool
+@281 := Ne.{1}
+@282 := LexLeanPreservation.Obs
+@283 := @281 @282
+@284 := LexLeanPreservation.Rel
+@287 := @283 (@284 @4 @17)
+@288 := LexLeanPreservation.Obs.stuck
+@291 := (f : @280) -> (v : @50) -> @287 @288
+@293 := LexLeanPreservation.Rust.rel_ne_stuck @274
+@299 := (v : @50) -> @283 (@284 (@273 @14) @17) @288
+@300 := @293 @277
+@304 := @283 (@284 @274 @277) @288
+@305 := @124 @59
+@306 := LexLeanPreservation.Rust.FunSem
+@307 := #9
+@313 := (n : @3) -> @306 @307 @141 @135 @17 @127
+@314 := Eq.{1}
+@315 := Option.{0}
+@316 := @315 @71
+@317 := @314 @316
+@324 := LexLeanRuntime.index (@124 @71) @71 (LexLeanRuntime.instIndexableList @71)
+@328 := @317 (@324 (@72 @307) @127)
+@329 := Option.some.{0}
+@330 := @329 @71
+@331 := @330 @129
+@332 := @328 @331
+@333 := #10
+@337 := @96 @333 @307 @141 @129
+@338 := LexLeanTarget.TargetSyntax.Function.types
+@339 := @338 @127
+@340 := @337 @339
+@341 := @315 @305
+@342 := @314 @341
+@343 := LexLeanTarget.TargetSemantics.bindAll
+@344 := LexLeanTarget.TargetSyntax.Function.parameters
+@349 := @342 (@343 (@344 @135) @127 @66)
+@350 := @329 @305
+@351 := @350 @129
+@352 := @349 @351
+@353 := @315 @280
+@354 := @314 @353
+@355 := LexLeanPreservation.Rust.fnFallible
+@356 := #11
+@359 := @354 (@355 @356 @307)
+@360 := @329 @280
+@361 := @360 @129
+@362 := @359 @361
+@363 := LexLeanPreservation.RunConv
+@364 := #13
+@368 := @363 @364 @333 @141 @129
+@370 := @283 @127 @288
+@371 := Exists.{1}
+@372 := LexLeanPreservation.Rust.ROut
+@373 := @371 @372
+@374 := And
+@375 := LexLeanPreservation.Rust.RealizesFn
+@379 := @374 (@375 @307 @141 @17)
+@380 := LexLeanPreservation.Rust.RCI
+@382 := @380 #15
+@383 := LexLeanPreservation.Rust.fnIdent
+@384 := @383 @364
+@391 := (hne : @370) -> @373 (fun (ro : @372) => @379 (@382 @384 @356 @17))
+@406 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @313) ->
+  (hfn : @332) -> (hwt : @340) -> (hbind : @352) -> (hF : @362) -> (hA : @368) -> @391
+@408 := LexLeanPreservation.Rust.compose @0
+@409 := @306 @0
+@414 := (n : @3) -> @409 @141 @135 @17 @127
+@415 := @324 @73
+@418 := @317 (@415 @127) @331
+@422 := @107 @307 @141 @129 @339
+@423 := @363 @0
+@426 := @423 @333 @141 @129
+@440 := {c : @9} ->
+  {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @414) ->
+  (hfn : @418) -> (hwt : @422) -> (hbind : @352) -> (hF : @362) -> (hA : @426) -> @391
+@441 := @408 @1
+@442 := @409 @1
+@446 := (n : @3) -> @442 @135 @17 @127
+@449 := @115 @141 @129 @339
+@450 := @355 @1
+@453 := @354 (@450 @307) @361
+@454 := @380 @1
+@464 := (hbind : @352) ->
+  (hF : @453) -> (hA : @426) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@454 @384 @356 @17))
+@474 := {A : @10} ->
+  {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @446) -> (hfn : @418) -> (hwt : @449) -> @464
+@475 := @441 @2
+@477 := @442 @2 @17
+@479 := (n : @3) -> @477 @127
+@480 := @121 @129
+@481 := @480 @339
+@490 := {f : @3} ->
+  {fn : @71} ->
+  {args : @125} ->
+  {env : @305} -> {F : @280} -> {o : @282} -> (hB : @479) -> (hfn : @418) -> (hwt : @481) -> @464
+@491 := @475 @60
+@493 := (n : @3) -> @477 @60
+@494 := @415 @60
+@495 := @317 @494
+@496 := @495 @331
+@497 := @450 @60
+@498 := @354 @497
+@499 := @498 @361
+@500 := @423 @60
+@502 := @500 @141 @129
+@504 := @454 (@383 @60)
+@512 := (hF : @499) -> (hA : @502) -> (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 @356 @17))
+@521 := {fn : @71} ->
+  {args : @125} ->
+  {env : @305} ->
+  {F : @280} -> {o : @282} -> (hB : @493) -> (hfn : @496) -> (hwt : @481) -> (hbind : @352) -> @512
+@522 := @491 @91
+@524 := @495 (@330 @91)
+@525 := @338 @91
+@526 := @480 @525
+@528 := @343 (@344 @91)
+@540 := {args : @125} ->
+  {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) -> (hfn : @524) -> (hwt : @526) -> (hbind : @342 (@528 @127 @66) @351) -> @512
+@541 := @522 @56
+@542 := @218 @53
+@544 := @121 @542 @525
+@547 := @54 (@5 @135) @53
+@551 := @342 (@528 @547 @66) @351
+@554 := @54 (@5 @307) @53
+@575 := {env : @305} ->
+  {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @544) ->
+  (hbind : @551) ->
+  (hF : @499) ->
+  (hA : @500 @554 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 #12) @53) @17))
+@576 := @541 @69
+@577 := @232 @53
+@579 := @121 @577 @525
+@587 := @342 (@528 @542 @66) (@350 (@67 (@64 @217) @66))
+@590 := @54 (@5 @141) @53
+@609 := {F : @280} ->
+  {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @579) ->
+  (hbind : @587) ->
+  (hF : @499) ->
+  (hA : @500 @590 @129) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @379 (@504 (@54 (@5 @356) @53) @17))
+@610 := @576 @70
+@611 := @249 @525
+@619 := @342 (@528 @577 @66) (@350 (@67 (@64 @231) @66))
+@621 := @498 (@360 @70)
+@623 := @500 @547 @129
+@624 := @375 @70
+@643 := {o : @282} ->
+  (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @611) ->
+  (hbind : @619) ->
+  (hF : @621) ->
+  (hA : @623) ->
+  (hne : @370) -> @373 (fun (ro : @372) => @374 (@624 @141 @17) (@504 (@54 (@5 @333) @53) @17))
+@644 := @610 @272
+@645 := @257 @525
+@653 := @342 (@528 @248 @66) (@350 (@67 (@64 @214) @66))
+@654 := @500 @542
+@655 := @271 @127
+@656 := @654 @655
+@657 := @271 @135
+@675 := (hB : @493) ->
+  (hfn : @524) ->
+  (hwt : @645) ->
+  (hbind : @653) ->
+  (hF : @621) ->
+  (hA : @656) ->
+  (hne : @283 @657 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @307) @17) (@504 @554 @17))
+@676 := @644 @95
+@677 := @265 @525
+@685 := @342 (@528 @256 @66) (@350 (@67 (@64 @228) @66))
+@686 := @500 @577
+@687 := @271 @129
+@705 := (hfn : @524) ->
+  (hwt : @677) ->
+  (hbind : @685) ->
+  (hF : @621) ->
+  (hA : @686 @687) ->
+  (hne : @283 @655 @288) -> @373 (fun (ro : @372) => @374 (@624 (@271 @141) @17) (@504 @590 @17))
+@706 := Eq.refl.{1}
+@709 := @676 (@706 @316 @494)
+@710 := @269 @525
+@718 := @342 (@528 @264 @66) (@350 (@67 (@64 @243) @66))
+@719 := @500 @248
+@720 := @271 @131
+@736 := (hwt : @710) ->
+  (hbind : @718) ->
+  (hF : @621) ->
+  (hA : @719 @720) ->
+  (hne : @283 @687 @288) -> @373 (fun (ro : @372) => @374 (@624 @657 @17) (@504 @547 @17))
+@737 := @709 @268
+@739 := @528 @56 @66
+@742 := @342 @739 (@350 @69)
+@743 := @500 @256
+@744 := @271 @12
+@759 := (hbind : @742) ->
+  (hF : @621) ->
+  (hA : @743 @744) ->
+  (hne : @283 @720 @288) -> @373 (fun (ro : @372) => @374 (@624 @655 @17) (@504 @542 @17))
+@762 := @737 (@706 @341 @739)
+@763 := @500 @264
+@764 := @271 @14
+@778 := (hF : @621) ->
+  (hA : @763 @764) ->
+  (hne : @283 @744 @288) -> @373 (fun (ro : @372) => @374 (@624 @687 @17) (@504 @577 @17))
+@781 := @762 (@706 @353 @497)
+@795 := (hA : @500 @56 @272) ->
+  (hne : @283 @764 @288) -> @373 (fun (ro : @372) => @374 (@624 @720 @17) (@504 @248 @17))
+@796 := @781 @279
+@807 := (hne : @283 @272 @288) -> @373 (fun (ro : @372) => @374 (@624 @744 @17) (@504 @256 @17))
+@808 := @796 @300
+@814 := @374 (@624 @764 @17) (@504 @264 @17)
+@816 := @373 (fun (ro : @372) => @814)
+@818 := @373 (fun (__e_ro : @372) => @814)
+@822 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@823 := (__e_hrep : @822) -> @818
+@824 := fun (__e_hrep : @822) => @808
+@825 := (number : @3) -> @823
+@826 := fun (number : @3) => @824
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustCore.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustCore.lean
new file mode 100644
index 000000000..09fff080c
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustCore.lean
@@ -0,0 +1,41 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustStd.lean
new file mode 100644
index 000000000..cc8eaaa89
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustStd.lean
@@ -0,0 +1,41 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .nat,
+      body := (.cond (.prim .natLt [(.var 0), (.value .nat (.nat 2))]) (.var 1) (.call 1 [(.prim .natSub [(.var 0), (.value .nat (.nat 2))]), (.prim .natAdd [(.var 1), (.value .nat (.nat 1))])])) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [] (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.copy (.generated .binding 0)), (.lit (.nat 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false) (.mk [] (.succeed (.copy (.generated .binding 1)))) (.mk [] (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 2)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.copy (.generated .binding 1)))) (lb := []) (tb := (.call (.function 1) [(.block (.mk [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)))] false)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl))) (Corr.callF (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 4)) none (.lit (.nat 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 6)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl)))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4.lean
new file mode 100644
index 000000000..14eabf1a6
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4.lean
@@ -0,0 +1,45 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Production.Kernel
+import Production.Main
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.list .nat)], result := .nat,
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [(.list .nat)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.var 1), (.call 1 [(.var 2)])]))]) }] }
+
+def __fits_1 : ∀ (values : (List Nat)), Bool
+  | (List.nil) => (Bool.true && Bool.true)
+  | (List.cons head tail) => (Bool.true && ((Bool.true && (((Bool.true && Bool.true) && (__fits_1 (tail))) && Bool.true)) && (Nat.blt (head + (Production.Kernel.total (tail))) 18446744073709551616)))
+
+theorem __rel_1 : ∀ (values : (List Nat)), _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_1 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.total values)))
+  | (List.nil) => by rw [__fits_1.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))
+  | (List.cons head tail) => by rw [__fits_1.eq_def]; exact _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_match (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (tail))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd head (Production.Kernel.total (tail)))))))
+
+def __fits_0 (values : (List Nat)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_1 (values)))
+
+attribute [local irreducible] Production.Kernel.total in
+theorem __rel_0 (values : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.sumAll values))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (values)))
+
+def denote (values : (List Nat)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 values) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.sumAll values)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (values : (List Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.sumAll values))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 values)
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..7bf1e4904
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/Compose/RustStd.lex.tex
@@ -0,0 +1,461 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.root : @923 := @924 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.flags
+@3 := Nat
+@4 := List.{0}
+@5 := @4 @3
+@6 := #1
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encList
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.list
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := #3
+@21 := @19 @20
+@22 := #2
+@24 := @21 @22 @6
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @22 @6 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@48 := {A : @18} -> (n : @3) -> @43 @6 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @22 @15
+@69 := (x : @22) -> @65 @66 @6
+@70 := @4 @20
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @20 @15
+@78 := @74 @77
+@79 := @13 @22
+@88 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encList @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @22) -> @92 @66 @6) -> (xs : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @22) -> @108 @66 @6) -> (xs : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @6
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @22) -> @123) -> (xs : @70) -> @50 @77 @79
+@132 := @121 @3
+@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
+  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @6
+@146 := @10 @15
+@147 := @50 @146
+@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
+@152 := @143 @12
+@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := List.nil.{0}
+@162 := List.cons.{0}
+@163 := @161 @57
+@164 := @162 @57
+@166 := @164 @11 @163
+@169 := Prod.{0, 0} @3 @57
+@170 := 0
+@174 := Prod.mk.{0, 0} @3 @57 @170
+@175 := @174 @11
+@176 := @161 @169
+@177 := @162 @169
+@179 := @177 @175 @176
+@180 := Bool.true
+@181 := LexLeanTarget.TargetSyntax.Function
+@182 := LexLeanTarget.TargetSyntax.Program.functions
+@183 := @182 @0
+@184 := @161 @3
+@185 := @161 @59
+@186 := LexLeanTarget.TargetSyntax.Ty.unit
+@187 := LexLeanTarget.TargetSyntax.Value.unit
+@190 := LexLeanTarget.TargetSyntax.Expr.value @186 @187
+@195 := LexLeanTarget.TargetSyntax.Function.mk @184 @185 @186 @190
+@200 := List.getD.{0} @181 @183 @170 @195
+@204 := fun (__e_n : @3) =>
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.root @15 @170
+@205 := LexLeanPreservation.Rust.WTL
+@213 := {p : @16} -> {c : @17} -> {A : @18} -> @205 @22 @6 @15 @163 @185
+@215 := LexLeanPreservation.Rust.wtl_nil @0
+@216 := @205 @0
+@222 := {c : @17} -> {A : @18} -> @216 @6 @15 @163 @185
+@223 := @215 @1
+@224 := @216 @1
+@228 := {A : @18} -> @224 @15 @163 @185
+@229 := @223 @2
+@230 := @224 @2
+@231 := @230 @163
+@232 := @231 @185
+@233 := @4 @57
+@234 := @4 @59
+@236 := @65 @20 @22
+@241 := @205 @71 @60 @62 @22 @6
+@242 := #8
+@245 := @205 @242 @71 @60
+@247 := @164 @62 @20
+@248 := @245 @247
+@249 := @162 @59
+@251 := @249 @64 @22
+@261 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @236) -> (hs : @241) -> @248 @251
+@263 := LexLeanPreservation.Rust.wtl_cons @0
+@281 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @233} ->
+  {ts : @234} -> (h : @92 @20 @22) -> (hs : @216 @60 @62 @22 @6) -> @216 @71 @60 @247 @251
+@282 := @263 @1
+@297 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @233} -> {ts : @234} -> (h : @108 @20 @22) -> (hs : @224 @62 @22 @6) -> @224 @60 @247 @251
+@298 := @282 @2
+@300 := @50 @20 @22
+@302 := @230 @22 @6
+@310 := {v : @57} ->
+  {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @300) -> (hs : @302) -> @230 @247 @251
+@311 := @298 @11
+@312 := @10 @64
+@314 := @50 @312 @22
+@315 := @10 @60
+@316 := @164 @315
+@324 := {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @314) -> (hs : @302) -> @230 (@316 @20) @251
+@325 := @311 @14
+@326 := @10 @20
+@328 := @50 @326 @14
+@329 := @10 @62
+@330 := @164 @329
+@332 := @230 (@330 @20)
+@333 := @249 @14
+@334 := @333 @22
+@339 := {vs : @233} -> {ts : @234} -> (h : @328) -> (hs : @302) -> @332 @334
+@340 := @325 @163
+@341 := @10 @22
+@343 := @50 @341 @14
+@344 := @231 @6
+@346 := @164 @312 @163
+@347 := @230 @346
+@351 := {ts : @234} -> (h : @343) -> (hs : @344) -> @347 @334
+@352 := @340 @185
+@354 := @164 @326 @163
+@355 := @230 @354
+@356 := @333 @185
+@359 := (h : @160) -> (hs : @232) -> @355 @356
+@360 := @352 @158
+@362 := @164 @341 @163
+@363 := @230 @362
+@365 := (hs : @232) -> @363 @356
+@366 := @360 @229
+@367 := @230 @166
+@368 := @367 @356
+@369 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.denote
+@370 := @369 @6
+@371 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.__fits_0
+@372 := @371 @6
+@375 := @7 (Production.Main.sumAll @6)
+@377 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.root @6
+@378 := Bool
+@379 := Ne.{1}
+@380 := LexLeanPreservation.Obs
+@381 := @379 @380
+@382 := LexLeanPreservation.Rel
+@385 := @381 (@382 @6 @15)
+@386 := LexLeanPreservation.Obs.stuck
+@389 := (f : @378) -> (v : @57) -> @385 @386
+@391 := LexLeanPreservation.Rust.rel_ne_stuck @372
+@397 := (v : @57) -> @381 (@382 (@371 @22) @15) @386
+@398 := @391 @375
+@402 := @381 (@382 @372 @375) @386
+@403 := @4 @169
+@404 := LexLeanPreservation.Rust.FunSem
+@405 := #9
+@411 := (n : @3) -> @404 @405 @242 @71 @15 @60
+@412 := Eq.{1}
+@413 := Option.{0}
+@414 := @413 @181
+@415 := @412 @414
+@422 := LexLeanRuntime.index (@4 @181) @181 (LexLeanRuntime.instIndexableList @181)
+@426 := @415 (@422 (@182 @405) @60)
+@427 := Option.some.{0}
+@428 := @427 @181
+@429 := @428 @62
+@430 := @426 @429
+@431 := #10
+@435 := @205 @431 @405 @242 @62
+@436 := LexLeanTarget.TargetSyntax.Function.types
+@437 := @436 @60
+@438 := @435 @437
+@439 := @413 @403
+@440 := @412 @439
+@441 := LexLeanTarget.TargetSemantics.bindAll
+@442 := LexLeanTarget.TargetSyntax.Function.parameters
+@447 := @440 (@441 (@442 @71) @60 @176)
+@448 := @427 @403
+@449 := @448 @62
+@450 := @447 @449
+@451 := @413 @378
+@452 := @412 @451
+@453 := LexLeanPreservation.Rust.fnFallible
+@454 := #11
+@457 := @452 (@453 @454 @405)
+@458 := @427 @378
+@459 := @458 @62
+@460 := @457 @459
+@461 := LexLeanPreservation.RunConv
+@462 := #13
+@466 := @461 @462 @431 @242 @62
+@468 := @381 @60 @386
+@469 := Exists.{1}
+@470 := LexLeanPreservation.Rust.ROut
+@471 := @469 @470
+@472 := And
+@473 := LexLeanPreservation.Rust.RealizesFn
+@477 := @472 (@473 @405 @242 @15)
+@478 := LexLeanPreservation.Rust.RCI
+@480 := @478 #15
+@481 := LexLeanPreservation.Rust.fnIdent
+@482 := @481 @462
+@489 := (hne : @468) -> @471 (fun (ro : @470) => @477 (@480 @482 @454 @15))
+@504 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @411) ->
+  (hfn : @430) -> (hwt : @438) -> (hbind : @450) -> (hF : @460) -> (hA : @466) -> @489
+@506 := LexLeanPreservation.Rust.compose @0
+@507 := @404 @0
+@512 := (n : @3) -> @507 @242 @71 @15 @60
+@513 := @422 @183
+@516 := @415 (@513 @60) @429
+@520 := @216 @405 @242 @62 @437
+@521 := @461 @0
+@524 := @521 @431 @242 @62
+@538 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @512) ->
+  (hfn : @516) -> (hwt : @520) -> (hbind : @450) -> (hF : @460) -> (hA : @524) -> @489
+@539 := @506 @1
+@540 := @507 @1
+@544 := (n : @3) -> @540 @71 @15 @60
+@547 := @224 @242 @62 @437
+@548 := @453 @1
+@551 := @452 (@548 @405) @459
+@552 := @478 @1
+@562 := (hbind : @450) ->
+  (hF : @551) -> (hA : @524) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@552 @482 @454 @15))
+@572 := {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @544) -> (hfn : @516) -> (hwt : @547) -> @562
+@573 := @539 @2
+@575 := @540 @2 @15
+@577 := (n : @3) -> @575 @60
+@578 := @230 @62
+@579 := @578 @437
+@588 := {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @577) -> (hfn : @516) -> (hwt : @579) -> @562
+@589 := @573 @170
+@591 := (n : @3) -> @575 @170
+@592 := @513 @170
+@593 := @415 @592
+@594 := @593 @429
+@595 := @548 @170
+@596 := @452 @595
+@597 := @596 @459
+@598 := @521 @170
+@600 := @598 @242 @62
+@602 := @552 (@481 @170)
+@610 := (hF : @597) -> (hA : @600) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 @454 @15))
+@619 := {fn : @181} ->
+  {args : @233} ->
+  {env : @403} ->
+  {F : @378} -> {o : @380} -> (hB : @591) -> (hfn : @594) -> (hwt : @579) -> (hbind : @450) -> @610
+@620 := @589 @200
+@622 := @593 (@428 @200)
+@623 := @436 @200
+@624 := @578 @623
+@626 := @441 (@442 @200)
+@638 := {args : @233} ->
+  {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @591) -> (hfn : @622) -> (hwt : @624) -> (hbind : @440 (@626 @60 @176) @449) -> @610
+@639 := @620 @166
+@640 := @316 @163
+@642 := @230 @640 @623
+@645 := @164 (@10 @71) @163
+@649 := @440 (@626 @645 @176) @449
+@652 := @164 (@10 @405) @163
+@673 := {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @642) ->
+  (hbind : @649) ->
+  (hF : @597) ->
+  (hA : @598 @652 @62) ->
+  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 #12) @163) @15))
+@674 := @639 @179
+@675 := @330 @163
+@677 := @230 @675 @623
+@685 := @440 (@626 @640 @176) (@448 (@177 (@174 @315) @176))
+@688 := @164 (@10 @242) @163
+@707 := {F : @378} ->
+  {o : @380} ->
+  (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @677) ->
+  (hbind : @685) ->
+  (hF : @597) ->
+  (hA : @598 @688 @62) ->
+  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 @454) @163) @15))
+@708 := @674 @180
+@709 := @347 @623
+@717 := @440 (@626 @675 @176) (@448 (@177 (@174 @329) @176))
+@719 := @596 (@458 @180)
+@721 := @598 @645 @62
+@722 := @473 @180
+@741 := {o : @380} ->
+  (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @709) ->
+  (hbind : @717) ->
+  (hF : @719) ->
+  (hA : @721) ->
+  (hne : @468) -> @471 (fun (ro : @470) => @472 (@722 @242 @15) (@602 (@164 (@10 @431) @163) @15))
+@742 := @708 @370
+@743 := @355 @623
+@751 := @440 (@626 @346 @176) (@448 (@177 (@174 @312) @176))
+@752 := @598 @640
+@753 := @369 @60
+@754 := @752 @753
+@755 := @369 @71
+@773 := (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @743) ->
+  (hbind : @751) ->
+  (hF : @719) ->
+  (hA : @754) ->
+  (hne : @381 @755 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @405) @15) (@602 @652 @15))
+@774 := @742 @204
+@775 := @363 @623
+@783 := @440 (@626 @354 @176) (@448 (@177 (@174 @326) @176))
+@784 := @598 @675
+@785 := @369 @62
+@803 := (hfn : @622) ->
+  (hwt : @775) ->
+  (hbind : @783) ->
+  (hF : @719) ->
+  (hA : @784 @785) ->
+  (hne : @381 @753 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @242) @15) (@602 @688 @15))
+@804 := Eq.refl.{1}
+@807 := @774 (@804 @414 @592)
+@808 := @367 @623
+@816 := @440 (@626 @362 @176) (@448 (@177 (@174 @341) @176))
+@817 := @598 @346
+@818 := @369 @64
+@834 := (hwt : @808) ->
+  (hbind : @816) ->
+  (hF : @719) ->
+  (hA : @817 @818) ->
+  (hne : @381 @785 @386) -> @471 (fun (ro : @470) => @472 (@722 @755 @15) (@602 @645 @15))
+@835 := @807 @366
+@837 := @626 @166 @176
+@840 := @440 @837 (@448 @179)
+@841 := @598 @354
+@842 := @369 @20
+@857 := (hbind : @840) ->
+  (hF : @719) ->
+  (hA : @841 @842) ->
+  (hne : @381 @818 @386) -> @471 (fun (ro : @470) => @472 (@722 @753 @15) (@602 @640 @15))
+@860 := @835 (@804 @439 @837)
+@861 := @598 @362
+@862 := @369 @22
+@876 := (hF : @719) ->
+  (hA : @861 @862) ->
+  (hne : @381 @842 @386) -> @471 (fun (ro : @470) => @472 (@722 @785 @15) (@602 @675 @15))
+@879 := @860 (@804 @451 @595)
+@893 := (hA : @598 @166 @370) ->
+  (hne : @381 @862 @386) -> @471 (fun (ro : @470) => @472 (@722 @818 @15) (@602 @346 @15))
+@894 := @879 @377
+@905 := (hne : @381 @370 @386) -> @471 (fun (ro : @470) => @472 (@722 @842 @15) (@602 @354 @15))
+@906 := @894 @398
+@912 := @472 (@722 @862 @15) (@602 @362 @15)
+@914 := @471 (fun (ro : @470) => @912)
+@916 := @471 (fun (__e_ro : @470) => @912)
+@920 := LexLeanPreservation.Rust.RepresentableL (@164 @146 @163)
+@921 := (__e_hrep : @920) -> @916
+@922 := fun (__e_hrep : @920) => @906
+@923 := (values : @5) -> @921
+@924 := fun (values : @5) => @922
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/RustStd.lean
new file mode 100644
index 000000000..5ff93fe30
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/RustStd.lean
@@ -0,0 +1,41 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.list .nat)], result := .nat,
+      body := (.call 1 [(.var 0)]) },
+    { parameters := [0], types := [(.list .nat)], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm .nil [] (.value .nat (.nat 0))), (.arm .cons [1, 2] (.prim .natAdd [(.var 1), (.call 1 [(.var 2)])]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible .nat) (.mk [] (.call (.function 1) [(.move (.generated .binding 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.succeed (.lit (.nat 0))))), (.mk (.some (.tuple [(.bind (.generated .binding 1)), (.bind (.generated .binding 2))])) (.mk [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 2))] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)))]), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 3)) none (.call (.function 1) [(.move (.generated .binding 2))] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 2)), (.move (.generated .operand 3))] false)) (Corr.mNil) rfl rfl rfl (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5.lean
new file mode 100644
index 000000000..12a6c5174
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5.lean
@@ -0,0 +1,43 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Production.Kernel
+import Production.Main
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.list .nat)], result := .nat,
+      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.var 2))]) }] }
+
+def __fits_1 (values : (List Nat)) (fallback : Nat) : Bool :=
+  (Bool.true && ((fun (Item : Type) (__a : (List Item)) (__k0 : Bool) (__k1 : ∀ (head : Item) (tail : (List Item)), Bool) => (match __a with | List.nil => __k0 | List.cons head tail => __k1 head tail : Bool)) Nat values (Bool.true) (fun (head : Nat) (tail : (List Nat)) => Bool.true)))
+
+theorem __rel_1 (values : (List Nat)) (fallback : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values), (_root_.LexLeanTarget.TargetSyntax.Value.nat fallback)] (_root_.LexLeanPreservation.Rel (__fits_1 values fallback) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Kernel.firstOr Nat values fallback))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (List Nat)) => ((fun (Item : Type) (__a : (List Item)) (__k0 : Bool) (__k1 : ∀ (head : Item) (tail : (List Item)), Bool) => (match __a with | List.nil => __k0 | List.cons head tail => __k1 head tail : Bool)) Nat __a (Bool.true) (fun (head : Nat) (tail : (List Nat)) => Bool.true))) (fun (__a : (List Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat ((fun (Item : Type) (__a : (List Item)) (__k0 : Nat) (__k1 : ∀ (head : Item) (tail : (List Item)), Nat) => (match __a with | List.nil => __k0 | List.cons head tail => __k1 head tail : Nat)) Nat __a (fallback) (fun (head : Nat) (tail : (List Nat)) => head))) values (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (List Nat)) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | List.cons head tail => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)))))
+
+def __fits_0 (values : (List Nat)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_1 (values) ((0 : Nat))))
+
+attribute [local irreducible] Production.Kernel.firstOr in
+theorem __rel_0 (values : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.headOr values))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_1 (values) ((0 : Nat))))
+
+def denote (values : (List Nat)) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 values) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.headOr values)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (values : (List Nat)) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) values)] (_root_.LexLeanPreservation.Rel (__fits_0 values) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Production.Main.headOr values))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 values)
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/Compose/RustStd.lex.tex b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..34229d7f6
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/Compose/RustStd.lex.tex
@@ -0,0 +1,461 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5,
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.root : @923 := @924 {
+  all: [LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.program
+@1 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.krate
+@2 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.flags
+@3 := Nat
+@4 := List.{0}
+@5 := @4 @3
+@6 := #1
+@7 := LexLeanTarget.TargetSyntax.Value.nat
+@8 := LexLeanPreservation.encList
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.nat
+@13 := LexLeanTarget.TargetSyntax.Ty.list
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := #3
+@21 := @19 @20
+@22 := #2
+@24 := @21 @22 @6
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (n : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_nat @0
+@34 := @19 @0
+@41 := {c : @17} -> {A : @18} -> (n : @3) -> @34 @22 @6 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@48 := {A : @18} -> (n : @3) -> @43 @6 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (n : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @22 @15
+@69 := (x : @22) -> @65 @66 @6
+@70 := @4 @20
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @20 @15
+@78 := @74 @77
+@79 := @13 @22
+@88 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encList @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @22) -> @92 @66 @6) -> (xs : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @22) -> @108 @66 @6) -> (xs : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @6
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @22) -> @123) -> (xs : @70) -> @50 @77 @79
+@132 := @121 @3
+@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
+  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @6
+@146 := @10 @15
+@147 := @50 @146
+@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
+@152 := @143 @12
+@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := List.nil.{0}
+@162 := List.cons.{0}
+@163 := @161 @57
+@164 := @162 @57
+@166 := @164 @11 @163
+@169 := Prod.{0, 0} @3 @57
+@170 := 0
+@174 := Prod.mk.{0, 0} @3 @57 @170
+@175 := @174 @11
+@176 := @161 @169
+@177 := @162 @169
+@179 := @177 @175 @176
+@180 := Bool.false
+@181 := LexLeanTarget.TargetSyntax.Function
+@182 := LexLeanTarget.TargetSyntax.Program.functions
+@183 := @182 @0
+@184 := @161 @3
+@185 := @161 @59
+@186 := LexLeanTarget.TargetSyntax.Ty.unit
+@187 := LexLeanTarget.TargetSyntax.Value.unit
+@190 := LexLeanTarget.TargetSyntax.Expr.value @186 @187
+@195 := LexLeanTarget.TargetSyntax.Function.mk @184 @185 @186 @190
+@200 := List.getD.{0} @181 @183 @170 @195
+@204 := fun (__e_n : @3) =>
+  LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.root @15 @170
+@205 := LexLeanPreservation.Rust.WTL
+@213 := {p : @16} -> {c : @17} -> {A : @18} -> @205 @22 @6 @15 @163 @185
+@215 := LexLeanPreservation.Rust.wtl_nil @0
+@216 := @205 @0
+@222 := {c : @17} -> {A : @18} -> @216 @6 @15 @163 @185
+@223 := @215 @1
+@224 := @216 @1
+@228 := {A : @18} -> @224 @15 @163 @185
+@229 := @223 @2
+@230 := @224 @2
+@231 := @230 @163
+@232 := @231 @185
+@233 := @4 @57
+@234 := @4 @59
+@236 := @65 @20 @22
+@241 := @205 @71 @60 @62 @22 @6
+@242 := #8
+@245 := @205 @242 @71 @60
+@247 := @164 @62 @20
+@248 := @245 @247
+@249 := @162 @59
+@251 := @249 @64 @22
+@261 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @236) -> (hs : @241) -> @248 @251
+@263 := LexLeanPreservation.Rust.wtl_cons @0
+@281 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @233} ->
+  {ts : @234} -> (h : @92 @20 @22) -> (hs : @216 @60 @62 @22 @6) -> @216 @71 @60 @247 @251
+@282 := @263 @1
+@297 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @233} -> {ts : @234} -> (h : @108 @20 @22) -> (hs : @224 @62 @22 @6) -> @224 @60 @247 @251
+@298 := @282 @2
+@300 := @50 @20 @22
+@302 := @230 @22 @6
+@310 := {v : @57} ->
+  {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @300) -> (hs : @302) -> @230 @247 @251
+@311 := @298 @11
+@312 := @10 @64
+@314 := @50 @312 @22
+@315 := @10 @60
+@316 := @164 @315
+@324 := {t : @59} -> {vs : @233} -> {ts : @234} -> (h : @314) -> (hs : @302) -> @230 (@316 @20) @251
+@325 := @311 @14
+@326 := @10 @20
+@328 := @50 @326 @14
+@329 := @10 @62
+@330 := @164 @329
+@332 := @230 (@330 @20)
+@333 := @249 @14
+@334 := @333 @22
+@339 := {vs : @233} -> {ts : @234} -> (h : @328) -> (hs : @302) -> @332 @334
+@340 := @325 @163
+@341 := @10 @22
+@343 := @50 @341 @14
+@344 := @231 @6
+@346 := @164 @312 @163
+@347 := @230 @346
+@351 := {ts : @234} -> (h : @343) -> (hs : @344) -> @347 @334
+@352 := @340 @185
+@354 := @164 @326 @163
+@355 := @230 @354
+@356 := @333 @185
+@359 := (h : @160) -> (hs : @232) -> @355 @356
+@360 := @352 @158
+@362 := @164 @341 @163
+@363 := @230 @362
+@365 := (hs : @232) -> @363 @356
+@366 := @360 @229
+@367 := @230 @166
+@368 := @367 @356
+@369 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.denote
+@370 := @369 @6
+@371 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.__fits_0
+@372 := @371 @6
+@375 := @7 (Production.Main.headOr @6)
+@377 := LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.root @6
+@378 := Bool
+@379 := Ne.{1}
+@380 := LexLeanPreservation.Obs
+@381 := @379 @380
+@382 := LexLeanPreservation.Rel
+@385 := @381 (@382 @6 @15)
+@386 := LexLeanPreservation.Obs.stuck
+@389 := (f : @378) -> (v : @57) -> @385 @386
+@391 := LexLeanPreservation.Rust.rel_ne_stuck @372
+@397 := (v : @57) -> @381 (@382 (@371 @22) @15) @386
+@398 := @391 @375
+@402 := @381 (@382 @372 @375) @386
+@403 := @4 @169
+@404 := LexLeanPreservation.Rust.FunSem
+@405 := #9
+@411 := (n : @3) -> @404 @405 @242 @71 @15 @60
+@412 := Eq.{1}
+@413 := Option.{0}
+@414 := @413 @181
+@415 := @412 @414
+@422 := LexLeanRuntime.index (@4 @181) @181 (LexLeanRuntime.instIndexableList @181)
+@426 := @415 (@422 (@182 @405) @60)
+@427 := Option.some.{0}
+@428 := @427 @181
+@429 := @428 @62
+@430 := @426 @429
+@431 := #10
+@435 := @205 @431 @405 @242 @62
+@436 := LexLeanTarget.TargetSyntax.Function.types
+@437 := @436 @60
+@438 := @435 @437
+@439 := @413 @403
+@440 := @412 @439
+@441 := LexLeanTarget.TargetSemantics.bindAll
+@442 := LexLeanTarget.TargetSyntax.Function.parameters
+@447 := @440 (@441 (@442 @71) @60 @176)
+@448 := @427 @403
+@449 := @448 @62
+@450 := @447 @449
+@451 := @413 @378
+@452 := @412 @451
+@453 := LexLeanPreservation.Rust.fnFallible
+@454 := #11
+@457 := @452 (@453 @454 @405)
+@458 := @427 @378
+@459 := @458 @62
+@460 := @457 @459
+@461 := LexLeanPreservation.RunConv
+@462 := #13
+@466 := @461 @462 @431 @242 @62
+@468 := @381 @60 @386
+@469 := Exists.{1}
+@470 := LexLeanPreservation.Rust.ROut
+@471 := @469 @470
+@472 := And
+@473 := LexLeanPreservation.Rust.RealizesFn
+@477 := @472 (@473 @405 @242 @15)
+@478 := LexLeanPreservation.Rust.RCI
+@480 := @478 #15
+@481 := LexLeanPreservation.Rust.fnIdent
+@482 := @481 @462
+@489 := (hne : @468) -> @471 (fun (ro : @470) => @477 (@480 @482 @454 @15))
+@504 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @411) ->
+  (hfn : @430) -> (hwt : @438) -> (hbind : @450) -> (hF : @460) -> (hA : @466) -> @489
+@506 := LexLeanPreservation.Rust.compose @0
+@507 := @404 @0
+@512 := (n : @3) -> @507 @242 @71 @15 @60
+@513 := @422 @183
+@516 := @415 (@513 @60) @429
+@520 := @216 @405 @242 @62 @437
+@521 := @461 @0
+@524 := @521 @431 @242 @62
+@538 := {c : @17} ->
+  {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @512) ->
+  (hfn : @516) -> (hwt : @520) -> (hbind : @450) -> (hF : @460) -> (hA : @524) -> @489
+@539 := @506 @1
+@540 := @507 @1
+@544 := (n : @3) -> @540 @71 @15 @60
+@547 := @224 @242 @62 @437
+@548 := @453 @1
+@551 := @452 (@548 @405) @459
+@552 := @478 @1
+@562 := (hbind : @450) ->
+  (hF : @551) -> (hA : @524) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@552 @482 @454 @15))
+@572 := {A : @18} ->
+  {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @544) -> (hfn : @516) -> (hwt : @547) -> @562
+@573 := @539 @2
+@575 := @540 @2 @15
+@577 := (n : @3) -> @575 @60
+@578 := @230 @62
+@579 := @578 @437
+@588 := {f : @3} ->
+  {fn : @181} ->
+  {args : @233} ->
+  {env : @403} -> {F : @378} -> {o : @380} -> (hB : @577) -> (hfn : @516) -> (hwt : @579) -> @562
+@589 := @573 @170
+@591 := (n : @3) -> @575 @170
+@592 := @513 @170
+@593 := @415 @592
+@594 := @593 @429
+@595 := @548 @170
+@596 := @452 @595
+@597 := @596 @459
+@598 := @521 @170
+@600 := @598 @242 @62
+@602 := @552 (@481 @170)
+@610 := (hF : @597) -> (hA : @600) -> (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 @454 @15))
+@619 := {fn : @181} ->
+  {args : @233} ->
+  {env : @403} ->
+  {F : @378} -> {o : @380} -> (hB : @591) -> (hfn : @594) -> (hwt : @579) -> (hbind : @450) -> @610
+@620 := @589 @200
+@622 := @593 (@428 @200)
+@623 := @436 @200
+@624 := @578 @623
+@626 := @441 (@442 @200)
+@638 := {args : @233} ->
+  {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @591) -> (hfn : @622) -> (hwt : @624) -> (hbind : @440 (@626 @60 @176) @449) -> @610
+@639 := @620 @166
+@640 := @316 @163
+@642 := @230 @640 @623
+@645 := @164 (@10 @71) @163
+@649 := @440 (@626 @645 @176) @449
+@652 := @164 (@10 @405) @163
+@673 := {env : @403} ->
+  {F : @378} ->
+  {o : @380} ->
+  (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @642) ->
+  (hbind : @649) ->
+  (hF : @597) ->
+  (hA : @598 @652 @62) ->
+  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 #12) @163) @15))
+@674 := @639 @179
+@675 := @330 @163
+@677 := @230 @675 @623
+@685 := @440 (@626 @640 @176) (@448 (@177 (@174 @315) @176))
+@688 := @164 (@10 @242) @163
+@707 := {F : @378} ->
+  {o : @380} ->
+  (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @677) ->
+  (hbind : @685) ->
+  (hF : @597) ->
+  (hA : @598 @688 @62) ->
+  (hne : @468) -> @471 (fun (ro : @470) => @477 (@602 (@164 (@10 @454) @163) @15))
+@708 := @674 @180
+@709 := @347 @623
+@717 := @440 (@626 @675 @176) (@448 (@177 (@174 @329) @176))
+@719 := @596 (@458 @180)
+@721 := @598 @645 @62
+@722 := @473 @180
+@741 := {o : @380} ->
+  (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @709) ->
+  (hbind : @717) ->
+  (hF : @719) ->
+  (hA : @721) ->
+  (hne : @468) -> @471 (fun (ro : @470) => @472 (@722 @242 @15) (@602 (@164 (@10 @431) @163) @15))
+@742 := @708 @370
+@743 := @355 @623
+@751 := @440 (@626 @346 @176) (@448 (@177 (@174 @312) @176))
+@752 := @598 @640
+@753 := @369 @60
+@754 := @752 @753
+@755 := @369 @71
+@773 := (hB : @591) ->
+  (hfn : @622) ->
+  (hwt : @743) ->
+  (hbind : @751) ->
+  (hF : @719) ->
+  (hA : @754) ->
+  (hne : @381 @755 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @405) @15) (@602 @652 @15))
+@774 := @742 @204
+@775 := @363 @623
+@783 := @440 (@626 @354 @176) (@448 (@177 (@174 @326) @176))
+@784 := @598 @675
+@785 := @369 @62
+@803 := (hfn : @622) ->
+  (hwt : @775) ->
+  (hbind : @783) ->
+  (hF : @719) ->
+  (hA : @784 @785) ->
+  (hne : @381 @753 @386) -> @471 (fun (ro : @470) => @472 (@722 (@369 @242) @15) (@602 @688 @15))
+@804 := Eq.refl.{1}
+@807 := @774 (@804 @414 @592)
+@808 := @367 @623
+@816 := @440 (@626 @362 @176) (@448 (@177 (@174 @341) @176))
+@817 := @598 @346
+@818 := @369 @64
+@834 := (hwt : @808) ->
+  (hbind : @816) ->
+  (hF : @719) ->
+  (hA : @817 @818) ->
+  (hne : @381 @785 @386) -> @471 (fun (ro : @470) => @472 (@722 @755 @15) (@602 @645 @15))
+@835 := @807 @366
+@837 := @626 @166 @176
+@840 := @440 @837 (@448 @179)
+@841 := @598 @354
+@842 := @369 @20
+@857 := (hbind : @840) ->
+  (hF : @719) ->
+  (hA : @841 @842) ->
+  (hne : @381 @818 @386) -> @471 (fun (ro : @470) => @472 (@722 @753 @15) (@602 @640 @15))
+@860 := @835 (@804 @439 @837)
+@861 := @598 @362
+@862 := @369 @22
+@876 := (hF : @719) ->
+  (hA : @861 @862) ->
+  (hne : @381 @842 @386) -> @471 (fun (ro : @470) => @472 (@722 @785 @15) (@602 @675 @15))
+@879 := @860 (@804 @451 @595)
+@893 := (hA : @598 @166 @370) ->
+  (hne : @381 @862 @386) -> @471 (fun (ro : @470) => @472 (@722 @818 @15) (@602 @346 @15))
+@894 := @879 @377
+@905 := (hne : @381 @370 @386) -> @471 (fun (ro : @470) => @472 (@722 @842 @15) (@602 @354 @15))
+@906 := @894 @398
+@912 := @472 (@722 @862 @15) (@602 @362 @15)
+@914 := @471 (fun (ro : @470) => @912)
+@916 := @471 (fun (__e_ro : @470) => @912)
+@920 := LexLeanPreservation.Rust.RepresentableL (@164 @146 @163)
+@921 := (__e_hrep : @920) -> @916
+@922 := fun (__e_hrep : @920) => @906
+@923 := (values : @5) -> @921
+@924 := fun (values : @5) => @922
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/RustStd.lean b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/RustStd.lean
new file mode 100644
index 000000000..4af917056
--- /dev/null
+++ b/examples/production/expected/verify/preserve/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/RustStd.lean
@@ -0,0 +1,41 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [(.list .nat)], result := .nat,
+      body := (.call 1 [(.var 0), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [(.list .nat), .nat], result := .nat,
+      body := (.«match» .nat (.var 0) [(.arm .nil [] (.var 1)), (.arm .cons [2, 3] (.var 2))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }] .nat (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.lit (.nat 0))] false))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.list .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .nat (.mk [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.copy (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), .wild])) (.mk [] (.copy (.generated .binding 2))))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 1) [(.move (.generated .binding 0)), (.lit (.nat 0))] false), [(0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.list .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 1)) [(.mk .none (.mk [] (.copy (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), .wild])) (.mk [] (.copy (.generated .binding 2))))]), [(1, .nat, (some 1)), (0, (.list .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.copy (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.list .nat), none), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.list .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.copy (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | _ + 2 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd
diff --git a/examples/production/expected/verify/preserve/audit.txt b/examples/production/expected/verify/preserve/audit.txt
index ab2556964..2590bf742 100644
--- a/examples/production/expected/verify/preserve/audit.txt
+++ b/examples/production/expected/verify/preserve/audit.txt
@@ -7737,74 +7737,74 @@
 'LexLeanPreservation.encOption.eq_2' does not depend on any axioms
 'LexLeanPreservation.encPair.eq_1' does not depend on any axioms
 'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]
 -- statement vocabulary
 inductive LexLeanPreservation.Obs : Type
 number of parameters: 0
diff --git a/examples/production/expected/verify/preserve/preservation.json b/examples/production/expected/verify/preserve/preservation.json
index b1e18d153..91381972d 100644
--- a/examples/production/expected/verify/preserve/preservation.json
+++ b/examples/production/expected/verify/preserve/preservation.json
@@ -1 +1 @@
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diff --git a/examples/production/expected/verify/probe/LexLeanProbe.Pecf58505f4e2844618eff0bdc9a2ce9d.lean b/examples/production/expected/verify/probe/LexLeanProbe.Pf5a58e441acc8b93ded11826c51cc7c8.lean
similarity index 100%
rename from examples/production/expected/verify/probe/LexLeanProbe.Pecf58505f4e2844618eff0bdc9a2ce9d.lean
rename to examples/production/expected/verify/probe/LexLeanProbe.Pf5a58e441acc8b93ded11826c51cc7c8.lean
diff --git a/examples/production/expected/verify/probe/process.json b/examples/production/expected/verify/probe/process.json
index 303604c48..0f07077ae 100644
--- a/examples/production/expected/verify/probe/process.json
+++ b/examples/production/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pecf58505f4e2844618eff0bdc9a2ce9d.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pecf58505f4e2844618eff0bdc9a2ce9d","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pf5a58e441acc8b93ded11826c51cc7c8.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pf5a58e441acc8b93ded11826c51cc7c8","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.json
deleted file mode 100644
index 6c778bd97..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.json
deleted file mode 100644
index 9f06302cf..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.json
deleted file mode 100644
index 7fe15b637..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.json
deleted file mode 100644
index 5aa6800a7..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.json
deleted file mode 100644
index 835c498f2..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.json
deleted file mode 100644
index 40c01ff12..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.json
deleted file mode 100644
index 504484421..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.json
deleted file mode 100644
index 12308846c..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.json
deleted file mode 100644
index 8bc2c07a3..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.json
deleted file mode 100644
index 52969aefe..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.json
deleted file mode 100644
index 450d05cf3..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.json
deleted file mode 100644
index 21f2da7a2..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.json
deleted file mode 100644
index 38264d20d..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.json
deleted file mode 100644
index 8209c3d65..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.json
deleted file mode 100644
index df6e12e79..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.json
deleted file mode 100644
index a62a4ba5b..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.json
deleted file mode 100644
index 90e5319b7..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.json
deleted file mode 100644
index dc9c676a8..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.json
deleted file mode 100644
index 83ed46766..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.json
deleted file mode 100644
index cd7d0505e..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.json
deleted file mode 100644
index 962c5f94f..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.json
deleted file mode 100644
index ddc9e8d0d..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.json
deleted file mode 100644
index 69699282b..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.json
deleted file mode 100644
index e621aa12c..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.json
deleted file mode 100644
index 6b6b4fd96..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.json
deleted file mode 100644
index e9a50d393..000000000
--- a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.json
new file mode 100644
index 000000000..c03567884
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.json
new file mode 100644
index 000000000..9fa9dfd11
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.json
new file mode 100644
index 000000000..325d26c76
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.json
new file mode 100644
index 000000000..63b0e89d5
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.json
new file mode 100644
index 000000000..7718259ba
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.json
new file mode 100644
index 000000000..c4f2d91e5
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.json
new file mode 100644
index 000000000..bf05be0d6
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.json
new file mode 100644
index 000000000..f7cf36219
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.json
new file mode 100644
index 000000000..2b1a18956
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.json
new file mode 100644
index 000000000..5b9e3631f
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.json
new file mode 100644
index 000000000..f4f8bd3d0
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.json
new file mode 100644
index 000000000..30ac3a156
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.json
new file mode 100644
index 000000000..7583d82d9
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.json
new file mode 100644
index 000000000..6d8cceebb
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.json
new file mode 100644
index 000000000..7aa30ead5
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.json
new file mode 100644
index 000000000..8ca56da48
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.json
new file mode 100644
index 000000000..0cddc04f1
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.json
new file mode 100644
index 000000000..3dd0d3967
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.json
new file mode 100644
index 000000000..c575cc080
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.json
new file mode 100644
index 000000000..fb266d621
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.json
new file mode 100644
index 000000000..48688325b
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.json
new file mode 100644
index 000000000..1e559bd2b
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.json
new file mode 100644
index 000000000..97307a000
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.json
new file mode 100644
index 000000000..729235972
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.json
new file mode 100644
index 000000000..9628f86a3
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.json b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.json
new file mode 100644
index 000000000..b8ddf9738
--- /dev/null
+++ b/examples/production/expected/verify/process/leanchecker/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Audit.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Audit.json
index d2f4b2ce9..29c7b3090 100644
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Audit.json
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Audit.json
@@ -1 +1 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_166' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_167' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_168' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_169' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_170' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_171' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_172' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_173' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_174' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_175' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_176' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_177' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_178' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_179' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_180' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_181' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_182' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_183' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_184' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_185' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_186' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_51' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_52' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_53' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_54' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_55' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_56' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_57' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_58' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_59' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_60' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_61' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_62' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_63' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_64' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_65' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_66' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_67' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_68' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_69' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_70' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_71' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_72' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_73' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_74' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_75' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_76' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_77' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_78' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_79' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_80' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_81' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_82' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_83' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_84' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_85' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_86' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_87' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_88' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_89' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_90' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_91' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_92' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_93' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_94' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_95' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_96' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_97' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_98' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_99' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.dispatched.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.hasWidth.eq_111' does not 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axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"906145791431d036a18e82fbbd46a58f88c34d33acce3cf74dd8867e6ff3304a","tool":"lean"}
+{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_3' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.construct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_62' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.construct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"531665fb0302a3e1e19130bebaedee468fe5a68411b480ca471fa52e02740620","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.json
deleted file mode 100644
index b59d30c81..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.json
deleted file mode 100644
index 1419685af..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.json
deleted file mode 100644
index cf7942fda..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.json
deleted file mode 100644
index 97b91a011..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.json
deleted file mode 100644
index 431bd6b7e..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.json
deleted file mode 100644
index 1db5c5c45..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.json
deleted file mode 100644
index f26b1a503..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.json
deleted file mode 100644
index 9193f1226..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.json
deleted file mode 100644
index 0b36d2d30..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.json
deleted file mode 100644
index 4245b01f6..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.json
deleted file mode 100644
index 82c329bdc..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.json
deleted file mode 100644
index 2a821f24d..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.json
deleted file mode 100644
index 170f5d657..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.json
deleted file mode 100644
index 51f9c2121..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.json
deleted file mode 100644
index 27aded32d..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.json
deleted file mode 100644
index 5603b6b9b..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.json
deleted file mode 100644
index 62634c9d3..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.json
deleted file mode 100644
index 8c51398f1..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.json
deleted file mode 100644
index 036fa4863..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.json
deleted file mode 100644
index 5060f6ced..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.json
deleted file mode 100644
index bddd04c04..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.json
deleted file mode 100644
index 5b02bdd32..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.json
deleted file mode 100644
index e75678956..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.json
deleted file mode 100644
index c19b3079b..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.json
deleted file mode 100644
index bb463993d..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.json
deleted file mode 100644
index 6f449ec79..000000000
--- a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5.olean","$STAGING/preserve-src/LexLeanPreserve/Cecf58505f4e2844618eff0bdc9a2ce9d/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.json
new file mode 100644
index 000000000..5831b8981
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.json
new file mode 100644
index 000000000..a05765951
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.json
new file mode 100644
index 000000000..29d73931b
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.json
new file mode 100644
index 000000000..8128465a0
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.json
new file mode 100644
index 000000000..5cd048a38
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.json
new file mode 100644
index 000000000..7db66255b
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.json
new file mode 100644
index 000000000..36b9dcc0f
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.json
new file mode 100644
index 000000000..00b687530
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.json
new file mode 100644
index 000000000..6c81eb302
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.json
new file mode 100644
index 000000000..4ba624706
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.json
new file mode 100644
index 000000000..adfd97d09
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.json
new file mode 100644
index 000000000..12ff097ab
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.json
new file mode 100644
index 000000000..d79aef39a
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.json
new file mode 100644
index 000000000..2424ed896
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.json
new file mode 100644
index 000000000..e0ef97042
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.json
new file mode 100644
index 000000000..945d9cacd
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.json
new file mode 100644
index 000000000..99297cfb6
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.json
new file mode 100644
index 000000000..b432f518d
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.json
new file mode 100644
index 000000000..0053c95fe
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.json
new file mode 100644
index 000000000..14446b9e5
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.json
new file mode 100644
index 000000000..7291de2e9
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.json
new file mode 100644
index 000000000..4283bc1c3
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.json
new file mode 100644
index 000000000..ddb88f73c
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.json
new file mode 100644
index 000000000..0333f3ebe
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.json
new file mode 100644
index 000000000..c0043d2b3
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.json b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.json
new file mode 100644
index 000000000..af9be5814
--- /dev/null
+++ b/examples/production/expected/verify/process/preserve/LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5.olean","$STAGING/preserve-src/LexLeanPreserve/Cf5a58e441acc8b93ded11826c51cc7c8/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/production/lexlean.lock b/examples/production/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/examples/production/lexlean.lock
+++ b/examples/production/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/examples/reasoning/expected/build/manifest.json b/examples/reasoning/expected/build/manifest.json
index 0cb85b818..cf7aa018e 100644
--- a/examples/reasoning/expected/build/manifest.json
+++ b/examples/reasoning/expected/build/manifest.json
@@ -1 +1 @@
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diff --git a/examples/reasoning/expected/build/maps/Reasoning/Budget.map.json b/examples/reasoning/expected/build/maps/Reasoning/Budget.map.json
index 006ed4cc9..91bda3b3a 100644
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similarity index 100%
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rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Collections.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Collections.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Collections.process.json
new file mode 100644
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similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Laws.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Laws.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Laws.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Laws.process.json
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@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Models.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Models.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Models.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Models.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Models.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Models.process.json
new file mode 100644
index 000000000..ec66ea488
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Models.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Models.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Models","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanModels.Agreement' does not depend on any axioms\n'LexLeanModels.Complete1' does not depend on any axioms\n'LexLeanModels.Complete2' does not depend on any axioms\n'LexLeanModels.Complete4' does not depend on any axioms\n'LexLeanModels.Equivalent' does not depend on any axioms\n'LexLeanModels.EquivalentStep' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoInvariant' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.EquivalentStepTotal' does not depend on any axioms\n'LexLeanModels.EquivalentTotal' does not depend on any axioms\n'LexLeanModels.Initial' does not depend on any axioms\n'LexLeanModels.Preserves' does not depend on any axioms\n'LexLeanModels.PreservesTotal' does not depend on any axioms\n'LexLeanModels.Satisfies' does not depend on any axioms\n'LexLeanModels.SatisfiesStep' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoInvariant' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.SatisfiesStepTotal' does not depend on any axioms\n'LexLeanModels.SatisfiesTotal' does not depend on any axioms\n'LexLeanModels.Sound1' does not depend on any axioms\n'LexLeanModels.Sound2' does not depend on any axioms\n'LexLeanModels.Sound4' does not depend on any axioms\n'LexLeanModels.encodeInt' does not depend on any axioms\n'LexLeanModels.inRange' does not depend on any axioms\n'LexLeanModels.linesMatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanModels.tensorMatches' does not depend on any axioms\n'LexLeanModels.utf8Char' does not depend on any axioms\n","stdout_sha256":"43ad1c715570458672aedc9abb1691012eef870f5b804f1e230abb890e49ffee","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Portable.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Portable.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Portable.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Portable.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Portable.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..4c51ca005
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Reasoning.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Reasoning.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Reasoning.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Reasoning.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Reasoning.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Reasoning.process.json
new file mode 100644
index 000000000..8d935b485
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Reasoning.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Reasoning.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.LexLeanRuntime.Reasoning","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanReasoning.All' does not depend on any axioms\n'LexLeanReasoning.All.below' does not depend on any axioms\n'LexLeanReasoning.All.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.brecOn' does not depend on any axioms\n'LexLeanReasoning.All.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.recOn' does not depend on any axioms\n'LexLeanReasoning.Complete' does not depend on any axioms\n'LexLeanReasoning.Found' does not depend on any axioms\n'LexLeanReasoning.Found.match_1' does not depend on any axioms\n'LexLeanReasoning.Preserves' does not depend on any axioms\n'LexLeanReasoning.Reaches' does not depend on any axioms\n'LexLeanReasoning.SearchOk' does not depend on any axioms\n'LexLeanReasoning.Sound' does not depend on any axioms\n'LexLeanReasoning.Star' does not depend on any axioms\n'LexLeanReasoning.Star.below' does not depend on any axioms\n'LexLeanReasoning.Star.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.brecOn' does not depend on any axioms\n'LexLeanReasoning.Star.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.recOn' does not depend on any axioms\n'LexLeanReasoning.allAppend' does not depend on any axioms\n'LexLeanReasoning.allFold' does not depend on any axioms\n'LexLeanReasoning.allHead' does not depend on any axioms\n'LexLeanReasoning.allSingle' does not depend on any axioms\n'LexLeanReasoning.allTail' does not depend on any axioms\n'LexLeanReasoning.bltSucc' does not depend on any axioms\n'LexLeanReasoning.capAll' does not depend on any axioms\n'LexLeanReasoning.capBound' does not depend on any axioms\n'LexLeanReasoning.checked' does not depend on any axioms\n'LexLeanReasoning.foldInvariant' does not depend on any axioms\n'LexLeanReasoning.foldSnoc' does not depend on any axioms\n'LexLeanReasoning.freshAll' does not depend on any axioms\n'LexLeanReasoning.guarded' does not depend on any axioms\n'LexLeanReasoning.guardedRank' does not depend on any axioms\n'LexLeanReasoning.iterateUntilBound' does not depend on any axioms\n'LexLeanReasoning.iterateUntilCount' does not depend on any axioms\n'LexLeanReasoning.iterateUntilGrowth' does not depend on any axioms\n'LexLeanReasoning.iterateUntilInvariant' does not depend on any axioms\n'LexLeanReasoning.iterateUntilSimulate' does not depend on any axioms\n'LexLeanReasoning.iterateUntilStops' does not depend on any axioms\n'LexLeanReasoning.lengthSnoc' does not depend on any axioms\n'LexLeanReasoning.noneSome' does not depend on any axioms\n'LexLeanReasoning.peakBound' does not depend on any axioms\n'LexLeanReasoning.reachesStart' does not depend on any axioms\n'LexLeanReasoning.searchStart' does not depend on any axioms\n'LexLeanReasoning.starPreserves' does not depend on any axioms\n'LexLeanReasoning.zeroLe' does not depend on any axioms\n","stdout_sha256":"bcad061b4e8b3848b9d6815070631b4088a7b6b1512ab5c741c66c6dea825fee","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Budget.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Budget.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Budget.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Budget.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Budget.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Budget.process.json
new file mode 100644
index 000000000..37f866fd9
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Budget.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Budget.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Budget","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Budget.Burn.apply' does not depend on any axioms\n'Reasoning.Budget.Burn.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Burn.apply_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Burn.candidates' does not depend on any axioms\n'Reasoning.Budget.Burn.conclusion' does not depend on any axioms\n'Reasoning.Budget.Burn.guard' does not depend on any axioms\n'Reasoning.Budget.Drained.sound' depends on axioms: [propext]\n'Reasoning.Budget.Empty' does not depend on any axioms\n'Reasoning.Budget.Refund' does not depend on any axioms\n'Reasoning.Budget.Refund.Ledger' does not depend on any axioms\n'Reasoning.Budget.Refund.Run' does not depend on any axioms\n'Reasoning.Budget.Refund.Step' does not depend on any axioms\n'Reasoning.Budget.Refund.accept' does not depend on any axioms\n'Reasoning.Budget.Refund.accept_sound' depends on axioms: [propext]\n'Reasoning.Budget.Refund.account' does not depend on any axioms\n'Reasoning.Budget.Refund.answer' does not depend on any axioms\n'Reasoning.Budget.Refund.attempts' does not depend on any axioms\n'Reasoning.Budget.Refund.conclude' does not depend on any axioms\n'Reasoning.Budget.Refund.conclude_accept' does not depend on any axioms\n'Reasoning.Budget.Refund.conclude_sound' depends on axioms: [propext]\n'Reasoning.Budget.Refund.derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.explained' depends on axioms: [propext]\n'Reasoning.Budget.Refund.extract' does not depend on any axioms\n'Reasoning.Budget.Refund.fire' does not depend on any axioms\n'Reasoning.Budget.Refund.fire_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.firings_bounded' does not depend on any axioms\n'Reasoning.Budget.Refund.follow' does not depend on any axioms\n'Reasoning.Budget.Refund.iterations_bounded' does not depend on any axioms\n'Reasoning.Budget.Refund.next' does not depend on any axioms\n'Reasoning.Budget.Refund.next_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.observe' does not depend on any axioms\n'Reasoning.Budget.Refund.replay' does not depend on any axioms\n'Reasoning.Budget.Refund.replay_fire' does not depend on any axioms\n'Reasoning.Budget.Refund.replay_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.run' does not depend on any axioms\n'Reasoning.Budget.Refund.run_state' does not depend on any axioms\n'Reasoning.Budget.Refund.run_trace' does not depend on any axioms\n'Reasoning.Budget.Refund.saturate' does not depend on any axioms\n'Reasoning.Budget.Refund.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.select' does not depend on any axioms\n'Reasoning.Budget.Refund.start' does not depend on any axioms\n'Reasoning.Budget.Refund.step' does not depend on any axioms\n'Reasoning.Budget.Refund.step_count' does not depend on any axioms\n'Reasoning.Budget.Refund.step_fired' does not depend on any axioms\n'Reasoning.Budget.Refund.step_none' does not depend on any axioms\n'Reasoning.Budget.Refund.step_some' does not depend on any axioms\n'Reasoning.Budget.Refund.step_trace' does not depend on any axioms\n'Reasoning.Budget.Refund.verdict' does not depend on any axioms\n'Reasoning.Budget.Refund.verdict_sound' depends on axioms: [propext]\n'Reasoning.Budget.Remaining' does not depend on any axioms\n'Reasoning.Budget.Spend' does not depend on any axioms\n'Reasoning.Budget.Spend.Ledger' does not depend on any axioms\n'Reasoning.Budget.Spend.Run' does not depend on any axioms\n'Reasoning.Budget.Spend.Step' does not depend on any axioms\n'Reasoning.Budget.Spend.accept' does not depend on any axioms\n'Reasoning.Budget.Spend.accept_sound' depends on axioms: [propext]\n'Reasoning.Budget.Spend.account' does not depend on any axioms\n'Reasoning.Budget.Spend.answer' does not depend on any axioms\n'Reasoning.Budget.Spend.attempts' does not depend on any axioms\n'Reasoning.Budget.Spend.conclude' does not depend on any axioms\n'Reasoning.Budget.Spend.conclude_accept' does not depend on any axioms\n'Reasoning.Budget.Spend.conclude_sound' depends on axioms: [propext]\n'Reasoning.Budget.Spend.derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.explained' depends on axioms: [propext]\n'Reasoning.Budget.Spend.extract' does not depend on any axioms\n'Reasoning.Budget.Spend.fire' does not depend on any axioms\n'Reasoning.Budget.Spend.fire_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.fire_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.firings_bounded' does not depend on any axioms\n'Reasoning.Budget.Spend.follow' does not depend on any axioms\n'Reasoning.Budget.Spend.iterations_bounded' does not depend on any axioms\n'Reasoning.Budget.Spend.next' does not depend on any axioms\n'Reasoning.Budget.Spend.next_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.next_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.observe' does not depend on any axioms\n'Reasoning.Budget.Spend.replay' does not depend on any axioms\n'Reasoning.Budget.Spend.replay_fire' does not depend on any axioms\n'Reasoning.Budget.Spend.replay_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.run' does not depend on any axioms\n'Reasoning.Budget.Spend.run_state' does not depend on any axioms\n'Reasoning.Budget.Spend.run_trace' does not depend on any axioms\n'Reasoning.Budget.Spend.saturate' does not depend on any axioms\n'Reasoning.Budget.Spend.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.saturates' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.select' does not depend on any axioms\n'Reasoning.Budget.Spend.start' does not depend on any axioms\n'Reasoning.Budget.Spend.step' does not depend on any axioms\n'Reasoning.Budget.Spend.step_count' does not depend on any axioms\n'Reasoning.Budget.Spend.step_fired' does not depend on any axioms\n'Reasoning.Budget.Spend.step_none' does not depend on any axioms\n'Reasoning.Budget.Spend.step_some' does not depend on any axioms\n'Reasoning.Budget.Spend.step_trace' does not depend on any axioms\n'Reasoning.Budget.Spend.verdict' does not depend on any axioms\n'Reasoning.Budget.Spend.verdict_sound' depends on axioms: [propext]\n'Reasoning.Budget.Spent' does not depend on any axioms\n'Reasoning.Budget.Tick.apply' does not depend on any axioms\n'Reasoning.Budget.Tick.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Tick.apply_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Tick.conclusion' does not depend on any axioms\n'Reasoning.Budget.Tick.guard' does not depend on any axioms\n'Reasoning.Budget.allowance_bound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.burn_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.burn_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.emptyCheck' does not depend on any axioms\n'Reasoning.Budget.empty_sound' depends on axioms: [propext]\n'Reasoning.Budget.tick_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.tick_sound' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"61274b9278738a5387ec49d25adf40a85f958c84f3e7007db22fe5da1fa0f781","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Clinic.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Clinic.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Clinic.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Clinic.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Clinic.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Clinic.process.json
new file mode 100644
index 000000000..bd799d333
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Clinic.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Clinic.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Clinic","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Clinic.Chart' does not depend on any axioms\n'Reasoning.Clinic.Consistent' does not depend on any axioms\n'Reasoning.Clinic.Discharged' does not depend on any axioms\n'Reasoning.Clinic.Escalate.apply' does not depend on any axioms\n'Reasoning.Clinic.Escalate.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Escalate.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Escalate.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Escalate.guard' does not depend on any axioms\n'Reasoning.Clinic.Febrile' does not depend on any axioms\n'Reasoning.Clinic.Fever.apply' does not depend on any axioms\n'Reasoning.Clinic.Fever.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Fever.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Fever.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Fever.guard' does not depend on any axioms\n'Reasoning.Clinic.Findings.preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Hypotensive' does not depend on any axioms\n'Reasoning.Clinic.Indicated' does not depend on any axioms\n'Reasoning.Clinic.Justified' does not depend on any axioms\n'Reasoning.Clinic.Leukocytic' does not depend on any axioms\n'Reasoning.Clinic.Leukocytosis.apply' does not depend on any axioms\n'Reasoning.Clinic.Leukocytosis.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Leukocytosis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Leukocytosis.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Leukocytosis.guard' does not depend on any axioms\n'Reasoning.Clinic.Outpatient.sound' depends on axioms: [propext]\n'Reasoning.Clinic.Pending' does not depend on any axioms\n'Reasoning.Clinic.Recommendation.complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Recommendation.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review' does not depend on any axioms\n'Reasoning.Clinic.Review.Ledger' does not depend on any axioms\n'Reasoning.Clinic.Review.Run' does not depend on any axioms\n'Reasoning.Clinic.Review.Step' does not depend on any axioms\n'Reasoning.Clinic.Review.accept' does not depend on any axioms\n'Reasoning.Clinic.Review.accept_sound' depends on axioms: [propext]\n'Reasoning.Clinic.Review.account' does not depend on any axioms\n'Reasoning.Clinic.Review.answer' does not depend on any axioms\n'Reasoning.Clinic.Review.attempts' does not depend on any axioms\n'Reasoning.Clinic.Review.conclude' does not depend on any axioms\n'Reasoning.Clinic.Review.conclude_accept' does not depend on any axioms\n'Reasoning.Clinic.Review.conclude_sound' depends on axioms: [propext]\n'Reasoning.Clinic.Review.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.explained' depends on axioms: [propext]\n'Reasoning.Clinic.Review.extract' does not depend on any axioms\n'Reasoning.Clinic.Review.fire' does not depend on any axioms\n'Reasoning.Clinic.Review.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.firings_bounded' does not depend on any axioms\n'Reasoning.Clinic.Review.follow' does not depend on any axioms\n'Reasoning.Clinic.Review.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.iterations_bounded' does not depend on any axioms\n'Reasoning.Clinic.Review.next' does not depend on any axioms\n'Reasoning.Clinic.Review.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.observe' does not depend on any axioms\n'Reasoning.Clinic.Review.replay' does not depend on any axioms\n'Reasoning.Clinic.Review.replay_fire' does not depend on any axioms\n'Reasoning.Clinic.Review.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.run' does not depend on any axioms\n'Reasoning.Clinic.Review.run_state' does not depend on any axioms\n'Reasoning.Clinic.Review.run_trace' does not depend on any axioms\n'Reasoning.Clinic.Review.saturate' does not depend on any axioms\n'Reasoning.Clinic.Review.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.select' does not depend on any axioms\n'Reasoning.Clinic.Review.start' does not depend on any axioms\n'Reasoning.Clinic.Review.step' does not depend on any axioms\n'Reasoning.Clinic.Review.step_count' does not depend on any axioms\n'Reasoning.Clinic.Review.step_fired' does not depend on any axioms\n'Reasoning.Clinic.Review.step_none' does not depend on any axioms\n'Reasoning.Clinic.Review.step_some' does not depend on any axioms\n'Reasoning.Clinic.Review.step_trace' does not depend on any axioms\n'Reasoning.Clinic.Review.verdict' does not depend on any axioms\n'Reasoning.Clinic.Review.verdict_sound' depends on axioms: [propext]\n'Reasoning.Clinic.Sepsis.apply' does not depend on any axioms\n'Reasoning.Clinic.Sepsis.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Sepsis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Sepsis.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Sepsis.guard' does not depend on any axioms\n'Reasoning.Clinic.Shock.apply' does not depend on any axioms\n'Reasoning.Clinic.Shock.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Shock.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Shock.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Shock.guard' does not depend on any axioms\n'Reasoning.Clinic.Sirs.apply' does not depend on any axioms\n'Reasoning.Clinic.Sirs.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Sirs.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Sirs.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Sirs.guard' does not depend on any axioms\n'Reasoning.Clinic.Tachycardia.apply' does not depend on any axioms\n'Reasoning.Clinic.Tachycardia.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Tachycardia.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Tachycardia.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Tachycardia.guard' does not depend on any axioms\n'Reasoning.Clinic.Tachycardic' does not depend on any axioms\n'Reasoning.Clinic.Tachypnea.apply' does not depend on any axioms\n'Reasoning.Clinic.Tachypnea.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Tachypnea.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Tachypnea.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Tachypnea.guard' does not depend on any axioms\n'Reasoning.Clinic.Tachypneic' does not depend on any axioms\n'Reasoning.Clinic.Triage' does not depend on any axioms\n'Reasoning.Clinic.Triage.Ledger' does not depend on any axioms\n'Reasoning.Clinic.Triage.Run' does not depend on any axioms\n'Reasoning.Clinic.Triage.Step' does not depend on any axioms\n'Reasoning.Clinic.Triage.accept' does not depend on any axioms\n'Reasoning.Clinic.Triage.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.account' does not depend on any axioms\n'Reasoning.Clinic.Triage.answer' does not depend on any axioms\n'Reasoning.Clinic.Triage.attempts' does not depend on any axioms\n'Reasoning.Clinic.Triage.conclude' does not depend on any axioms\n'Reasoning.Clinic.Triage.conclude_accept' does not depend on any axioms\n'Reasoning.Clinic.Triage.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.extract' does not depend on any axioms\n'Reasoning.Clinic.Triage.fire' does not depend on any axioms\n'Reasoning.Clinic.Triage.fire_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Triage.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.firings_bounded' does not depend on any axioms\n'Reasoning.Clinic.Triage.follow' does not depend on any axioms\n'Reasoning.Clinic.Triage.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.iterations_bounded' does not depend on any axioms\n'Reasoning.Clinic.Triage.next' does not depend on any axioms\n'Reasoning.Clinic.Triage.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.next_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Triage.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.observe' does not depend on any axioms\n'Reasoning.Clinic.Triage.replay' does not depend on any axioms\n'Reasoning.Clinic.Triage.replay_fire' does not depend on any axioms\n'Reasoning.Clinic.Triage.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.run' does not depend on any axioms\n'Reasoning.Clinic.Triage.run_state' does not depend on any axioms\n'Reasoning.Clinic.Triage.run_trace' does not depend on any axioms\n'Reasoning.Clinic.Triage.saturate' does not depend on any axioms\n'Reasoning.Clinic.Triage.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.select' does not depend on any axioms\n'Reasoning.Clinic.Triage.start' does not depend on any axioms\n'Reasoning.Clinic.Triage.step' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_count' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_fired' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_none' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_some' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_trace' does not depend on any axioms\n'Reasoning.Clinic.Triage.verdict' does not depend on any axioms\n'Reasoning.Clinic.Triage.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Vitals' does not depend on any axioms\n'Reasoning.Clinic.Warranted' does not depend on any axioms\n'Reasoning.Clinic.admitted_consistent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.admitted_pending' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.consistent_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.dischargeCheck' does not depend on any axioms\n'Reasoning.Clinic.discharge_sound' depends on axioms: [propext]\n'Reasoning.Clinic.escalate_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.escalate_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.fever_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.fever_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.feverish' does not depend on any axioms\n'Reasoning.Clinic.hypotensive' does not depend on any axioms\n'Reasoning.Clinic.leukocytic' does not depend on any axioms\n'Reasoning.Clinic.leukocytosis_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.leukocytosis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.recommendationCheck' does not depend on any axioms\n'Reasoning.Clinic.recommendation_complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.recommendation_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.sepsis_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.sepsis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.shock_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.shock_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.sirs_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.sirs_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.tachycardia_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.tachycardia_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.tachycardic' does not depend on any axioms\n'Reasoning.Clinic.tachypnea_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.tachypnea_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.tachypneic' does not depend on any axioms\n","stdout_sha256":"d385d180f0ca2a66d16d21a13c5c0cb09098259b2c56ec20e64bef35d7d23d18","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Main.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Main.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Main.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Main.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Main.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Main.process.json
new file mode 100644
index 000000000..7cb2cf035
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Main.Cap' does not depend on any axioms\n'Reasoning.Main.Cap.Ledger' does not depend on any axioms\n'Reasoning.Main.Cap.Run' does not depend on any axioms\n'Reasoning.Main.Cap.Step' does not depend on any axioms\n'Reasoning.Main.Cap.accept' does not depend on any axioms\n'Reasoning.Main.Cap.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Cap.account' does not depend on any axioms\n'Reasoning.Main.Cap.answer' does not depend on any axioms\n'Reasoning.Main.Cap.attempts' does not depend on any axioms\n'Reasoning.Main.Cap.conclude' does not depend on any axioms\n'Reasoning.Main.Cap.conclude_accept' does not depend on any axioms\n'Reasoning.Main.Cap.conclude_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Cap.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.explained' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Cap.extract' does not depend on any axioms\n'Reasoning.Main.Cap.fire' does not depend on any axioms\n'Reasoning.Main.Cap.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.firings_bounded' does not depend on any axioms\n'Reasoning.Main.Cap.follow' does not depend on any axioms\n'Reasoning.Main.Cap.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.iterations_bounded' does not depend on any axioms\n'Reasoning.Main.Cap.next' does not depend on any axioms\n'Reasoning.Main.Cap.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.observe' does not depend on any axioms\n'Reasoning.Main.Cap.replay' does not depend on any axioms\n'Reasoning.Main.Cap.replay_fire' does not depend on any axioms\n'Reasoning.Main.Cap.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.run' does not depend on any axioms\n'Reasoning.Main.Cap.run_state' does not depend on any axioms\n'Reasoning.Main.Cap.run_trace' does not depend on any axioms\n'Reasoning.Main.Cap.saturate' does not depend on any axioms\n'Reasoning.Main.Cap.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.select' does not depend on any axioms\n'Reasoning.Main.Cap.start' does not depend on any axioms\n'Reasoning.Main.Cap.step' does not depend on any axioms\n'Reasoning.Main.Cap.step_count' does not depend on any axioms\n'Reasoning.Main.Cap.step_fired' does not depend on any axioms\n'Reasoning.Main.Cap.step_none' does not depend on any axioms\n'Reasoning.Main.Cap.step_some' does not depend on any axioms\n'Reasoning.Main.Cap.step_trace' does not depend on any axioms\n'Reasoning.Main.Cap.verdict' does not depend on any axioms\n'Reasoning.Main.Cap.verdict_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Capped' does not depend on any axioms\n'Reasoning.Main.Ceiling.sound' depends on axioms: [propext]\n'Reasoning.Main.GatewayEvidence.gateway_safe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.GatewayModel' does not depend on any axioms\n'Reasoning.Main.GatewayTriage' does not depend on any axioms\n'Reasoning.Main.Grade' does not depend on any axioms\n'Reasoning.Main.Grade.Ledger' does not depend on any axioms\n'Reasoning.Main.Grade.Run' does not depend on any axioms\n'Reasoning.Main.Grade.Step' does not depend on any axioms\n'Reasoning.Main.Grade.accept' does not depend on any axioms\n'Reasoning.Main.Grade.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.account' does not depend on any axioms\n'Reasoning.Main.Grade.answer' does not depend on any axioms\n'Reasoning.Main.Grade.attempts' does not depend on any axioms\n'Reasoning.Main.Grade.conclude' does not depend on any axioms\n'Reasoning.Main.Grade.conclude_accept' does not depend on any axioms\n'Reasoning.Main.Grade.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.extract' does not depend on any axioms\n'Reasoning.Main.Grade.fire' does not depend on any axioms\n'Reasoning.Main.Grade.fire_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Grade.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.firings_bounded' does not depend on any axioms\n'Reasoning.Main.Grade.follow' does not depend on any axioms\n'Reasoning.Main.Grade.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.iterations_bounded' does not depend on any axioms\n'Reasoning.Main.Grade.next' does not depend on any axioms\n'Reasoning.Main.Grade.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.next_preserves_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.next_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Grade.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.observe' does not depend on any axioms\n'Reasoning.Main.Grade.replay' does not depend on any axioms\n'Reasoning.Main.Grade.replay_fire' does not depend on any axioms\n'Reasoning.Main.Grade.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.run' does not depend on any axioms\n'Reasoning.Main.Grade.run_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.run_state' does not depend on any axioms\n'Reasoning.Main.Grade.run_trace' does not depend on any axioms\n'Reasoning.Main.Grade.saturate' does not depend on any axioms\n'Reasoning.Main.Grade.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.saturate_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.select' does not depend on any axioms\n'Reasoning.Main.Grade.start' does not depend on any axioms\n'Reasoning.Main.Grade.step' does not depend on any axioms\n'Reasoning.Main.Grade.step_count' does not depend on any axioms\n'Reasoning.Main.Grade.step_fired' does not depend on any axioms\n'Reasoning.Main.Grade.step_none' does not depend on any axioms\n'Reasoning.Main.Grade.step_some' does not depend on any axioms\n'Reasoning.Main.Grade.step_trace' does not depend on any axioms\n'Reasoning.Main.Grade.verdict' does not depend on any axioms\n'Reasoning.Main.Grade.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Graded' does not depend on any axioms\n'Reasoning.Main.Guaranteed' does not depend on any axioms\n'Reasoning.Main.Related' does not depend on any axioms\n'Reasoning.Main.Scale.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.cap_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.cappedCheck' does not depend on any axioms\n'Reasoning.Main.capped_sound' depends on axioms: [propext]\n'Reasoning.Main.doseLevel' does not depend on any axioms\n'Reasoning.Main.dose_exhausted' does not depend on any axioms\n'Reasoning.Main.dose_exhausted_ledger' does not depend on any axioms\n'Reasoning.Main.dose_found' does not depend on any axioms\n'Reasoning.Main.dose_ledger' does not depend on any axioms\n'Reasoning.Main.gatewayLevel' does not depend on any axioms\n'Reasoning.Main.gateway_level' does not depend on any axioms\n'Reasoning.Main.gateway_safe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.gradeLevel' does not depend on any axioms\n'Reasoning.Main.grade_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.grade_correct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.grade_ledger' does not depend on any axioms\n'Reasoning.Main.grade_pending' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.grade_shock' does not depend on any axioms\n'Reasoning.Main.grade_well_ledger' does not depend on any axioms\n'Reasoning.Main.gradedCheck' does not depend on any axioms\n'Reasoning.Main.graded_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.planLeft' depends on axioms: [propext]\n'Reasoning.Main.plan_found' depends on axioms: [propext]\n'Reasoning.Main.plan_frontier' depends on axioms: [propext]\n'Reasoning.Main.plan_ledger' depends on axioms: [propext]\n'Reasoning.Main.plan_unsolved' depends on axioms: [propext]\n'Reasoning.Main.plan_unsolved_ledger' depends on axioms: [propext]\n'Reasoning.Main.refund_drained' does not depend on any axioms\n'Reasoning.Main.refund_ledger' does not depend on any axioms\n'Reasoning.Main.refund_unsolved' does not depend on any axioms\n'Reasoning.Main.refund_unsolved_ledger' does not depend on any axioms\n'Reasoning.Main.related_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.related_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.review_exhausted' does not depend on any axioms\n'Reasoning.Main.review_ledger' does not depend on any axioms\n'Reasoning.Main.review_rejected' does not depend on any axioms\n'Reasoning.Main.review_rejected_ledger' does not depend on any axioms\n'Reasoning.Main.screenDose' does not depend on any axioms\n'Reasoning.Main.screen_found' does not depend on any axioms\n'Reasoning.Main.screen_ledger' does not depend on any axioms\n'Reasoning.Main.screen_truncated' does not depend on any axioms\n'Reasoning.Main.screen_truncated_ledger' does not depend on any axioms\n'Reasoning.Main.screen_unsolved_ledger' does not depend on any axioms\n'Reasoning.Main.spendLeft' does not depend on any axioms\n'Reasoning.Main.spend_drained' does not depend on any axioms\n'Reasoning.Main.spend_ledger' does not depend on any axioms\n'Reasoning.Main.triageLevel' does not depend on any axioms\n'Reasoning.Main.triageSteps' does not depend on any axioms\n'Reasoning.Main.triage_forged' does not depend on any axioms\n'Reasoning.Main.triage_inapplicable' does not depend on any axioms\n'Reasoning.Main.triage_iterations' does not depend on any axioms\n'Reasoning.Main.triage_ledger' does not depend on any axioms\n'Reasoning.Main.triage_level' does not depend on any axioms\n'Reasoning.Main.triage_replays' does not depend on any axioms\n'Reasoning.Main.triage_shock' does not depend on any axioms\n'Reasoning.Main.triage_well' does not depend on any axioms\n'Reasoning.Main.triage_well_ledger' does not depend on any axioms\n","stdout_sha256":"13bfab88bf1e8f71fc26deed8cf04a2a08de1934d83603a6cc29cf959867360f","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Planner.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Planner.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Planner.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Planner.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Planner.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Planner.process.json
new file mode 100644
index 000000000..6901f2d8f
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Planner.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Planner.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Planner","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Planner.Anywhere.sound' depends on axioms: [propext]\n'Reasoning.Planner.EmptyB.apply' does not depend on any axioms\n'Reasoning.Planner.EmptyB.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.EmptyB.conclusion' does not depend on any axioms\n'Reasoning.Planner.EmptyB.guard' does not depend on any axioms\n'Reasoning.Planner.FillA.apply' does not depend on any axioms\n'Reasoning.Planner.FillA.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.FillA.conclusion' does not depend on any axioms\n'Reasoning.Planner.FillA.guard' does not depend on any axioms\n'Reasoning.Planner.Fits' does not depend on any axioms\n'Reasoning.Planner.Held' does not depend on any axioms\n'Reasoning.Planner.Inside.sound' depends on axioms: [propext]\n'Reasoning.Planner.Measured.sound' depends on axioms: [propext]\n'Reasoning.Planner.Measures' does not depend on any axioms\n'Reasoning.Planner.Moves' does not depend on any axioms\n'Reasoning.Planner.Plan' depends on axioms: [propext]\n'Reasoning.Planner.Plan.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.Ledger' does not depend on any axioms\n'Reasoning.Planner.Plan.Node' does not depend on any axioms\n'Reasoning.Planner.Plan.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.Plan.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.Search' does not depend on any axioms\n'Reasoning.Planner.Plan.Step' does not depend on any axioms\n'Reasoning.Planner.Plan.accept' does not depend on any axioms\n'Reasoning.Planner.Plan.accept_sound' depends on axioms: [propext]\n'Reasoning.Planner.Plan.answer' does not depend on any axioms\n'Reasoning.Planner.Plan.attempts' does not depend on any axioms\n'Reasoning.Planner.Plan.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.explained' depends on axioms: [propext]\n'Reasoning.Planner.Plan.extend' does not depend on any axioms\n'Reasoning.Planner.Plan.extract' does not depend on any axioms\n'Reasoning.Planner.Plan.failure' does not depend on any axioms\n'Reasoning.Planner.Plan.fire' does not depend on any axioms\n'Reasoning.Planner.Plan.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.follow' does not depend on any axioms\n'Reasoning.Planner.Plan.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.fresh' depends on axioms: [propext]\n'Reasoning.Planner.Plan.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.Plan.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.observe' does not depend on any axioms\n'Reasoning.Planner.Plan.replay' does not depend on any axioms\n'Reasoning.Planner.Plan.replay_fire' does not depend on any axioms\n'Reasoning.Planner.Plan.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.run' depends on axioms: [propext]\n'Reasoning.Planner.Plan.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_count' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_step' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.Plan.start' depends on axioms: [propext]\n'Reasoning.Planner.Plan.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.verdict' depends on axioms: [propext]\n'Reasoning.Planner.Plan.verdict_sound' depends on axioms: [propext]\n'Reasoning.Planner.Plan.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Ledger' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Node' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Search' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Step' does not depend on any axioms\n'Reasoning.Planner.PlanFit.accept' does not depend on any axioms\n'Reasoning.Planner.PlanFit.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFit.answer' does not depend on any axioms\n'Reasoning.Planner.PlanFit.attempts' does not depend on any axioms\n'Reasoning.Planner.PlanFit.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.extend' does not depend on any axioms\n'Reasoning.Planner.PlanFit.extract' does not depend on any axioms\n'Reasoning.Planner.PlanFit.failure' does not depend on any axioms\n'Reasoning.Planner.PlanFit.fire' does not depend on any axioms\n'Reasoning.Planner.PlanFit.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.follow' does not depend on any axioms\n'Reasoning.Planner.PlanFit.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.fresh' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.observe' does not depend on any axioms\n'Reasoning.Planner.PlanFit.replay' does not depend on any axioms\n'Reasoning.Planner.PlanFit.replay_fire' does not depend on any axioms\n'Reasoning.Planner.PlanFit.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.run' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_count' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_step' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.start' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.verdict' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Ledger' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Node' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Search' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Step' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.accept' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitR.answer' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.attempts' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.extend' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.extract' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.failure' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.follow' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.fresh' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.observe' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.replay' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.replay_fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.run' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_count' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_step' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.start' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.verdict' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Ledger' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Node' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Search' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Step' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.accept' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitU.answer' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.attempts' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.explained' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitU.extend' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.extract' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.failure' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.follow' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.fresh' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.observe' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.replay' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.replay_fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.run' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_count' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_step' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.start' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.verdict' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.verdict_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitU.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Pour.apply' does not depend on any axioms\n'Reasoning.Planner.Pour.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Pour.candidates' does not depend on any axioms\n'Reasoning.Planner.Pour.conclusion' does not depend on any axioms\n'Reasoning.Planner.Pour.guard' does not depend on any axioms\n'Reasoning.Planner.Pouring.preserves' does not depend on any axioms\n'Reasoning.Planner.Whole' does not depend on any axioms\n'Reasoning.Planner.Within' does not depend on any axioms\n'Reasoning.Planner.empty_jugs_fit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.emptyb_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.filla_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.fits_kept' does not depend on any axioms\n'Reasoning.Planner.held_initial' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.held_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.measuresCheck' does not depend on any axioms\n'Reasoning.Planner.measures_sound' depends on axioms: [propext]\n'Reasoning.Planner.plan_fit_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.plan_held_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.plan_whole_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.pour_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.wholeCheck' does not depend on any axioms\n'Reasoning.Planner.whole_sound' depends on axioms: [propext]\n'Reasoning.Planner.withinCheck' does not depend on any axioms\n'Reasoning.Planner.within_sound' depends on axioms: [propext]\n","stdout_sha256":"1bde3cc2a8f61dcfb844a885ccd0a1c0ee853cf3e237d0038b10dd7f015cf6f3","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Screening.lean b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Screening.lean
similarity index 100%
rename from examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Screening.lean
rename to examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Screening.lean
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Screening.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Screening.process.json
new file mode 100644
index 000000000..a5d3c695f
--- /dev/null
+++ b/examples/reasoning/expected/verify/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Screening.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Screening.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A02b315b69b8881ec6f91f78f9b12c608.Reasoning.Screening","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Screening.Dose' does not depend on any axioms\n'Reasoning.Screening.Dose.Ledger' does not depend on any axioms\n'Reasoning.Screening.Dose.Step' does not depend on any axioms\n'Reasoning.Screening.Dose.Trial' does not depend on any axioms\n'Reasoning.Screening.Dose.answer' does not depend on any axioms\n'Reasoning.Screening.Dose.candidates' does not depend on any axioms\n'Reasoning.Screening.Dose.explained' depends on axioms: [propext]\n'Reasoning.Screening.Dose.failure' does not depend on any axioms\n'Reasoning.Screening.Dose.run' does not depend on any axioms\n'Reasoning.Screening.Dose.run_sound' depends on axioms: [propext]\n'Reasoning.Screening.Dose.try' does not depend on any axioms\n'Reasoning.Screening.Dose.try_count' does not depend on any axioms\n'Reasoning.Screening.Dose.try_sound' depends on axioms: [propext]\n'Reasoning.Screening.Dose.verdict' does not depend on any axioms\n'Reasoning.Screening.Dose.verdict_sound' depends on axioms: [propext]\n'Reasoning.Screening.Dose.verifications_bounded' does not depend on any axioms\n'Reasoning.Screening.Dose.verify' does not depend on any axioms\n'Reasoning.Screening.Dose.verify_sound' depends on axioms: [propext]\n'Reasoning.Screening.DoseCandidates' does not depend on any axioms\n'Reasoning.Screening.DoseContract.postcondition_sound' depends on axioms: [propext]\n'Reasoning.Screening.DoseModel' does not depend on any axioms\n'Reasoning.Screening.Propose.apply' does not depend on any axioms\n'Reasoning.Screening.Propose.apply_sound' depends on axioms: [propext]\n'Reasoning.Screening.Propose.candidates' does not depend on any axioms\n'Reasoning.Screening.Propose.conclusion' does not depend on any axioms\n'Reasoning.Screening.Propose.guard' does not depend on any axioms\n'Reasoning.Screening.Proposed' does not depend on any axioms\n'Reasoning.Screening.Safe' does not depend on any axioms\n'Reasoning.Screening.SafeDose.sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen' does not depend on any axioms\n'Reasoning.Screening.Screen.Ledger' does not depend on any axioms\n'Reasoning.Screening.Screen.Node' does not depend on any axioms\n'Reasoning.Screening.Screen.Propose.collect' does not depend on any axioms\n'Reasoning.Screening.Screen.Propose.successors' does not depend on any axioms\n'Reasoning.Screening.Screen.Propose.successors_ok' does not depend on any axioms\n'Reasoning.Screening.Screen.Search' does not depend on any axioms\n'Reasoning.Screening.Screen.Step' does not depend on any axioms\n'Reasoning.Screening.Screen.accept' does not depend on any axioms\n'Reasoning.Screening.Screen.accept_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.answer' does not depend on any axioms\n'Reasoning.Screening.Screen.attempts' does not depend on any axioms\n'Reasoning.Screening.Screen.derivation' depends on axioms: [propext]\n'Reasoning.Screening.Screen.expansions_bounded' does not depend on any axioms\n'Reasoning.Screening.Screen.explained' depends on axioms: [propext]\n'Reasoning.Screening.Screen.extend' does not depend on any axioms\n'Reasoning.Screening.Screen.extract' does not depend on any axioms\n'Reasoning.Screening.Screen.failure' does not depend on any axioms\n'Reasoning.Screening.Screen.fire' does not depend on any axioms\n'Reasoning.Screening.Screen.fire_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.follow' does not depend on any axioms\n'Reasoning.Screening.Screen.frontier_bounded' does not depend on any axioms\n'Reasoning.Screening.Screen.iterations_bounded' does not depend on any axioms\n'Reasoning.Screening.Screen.observe' does not depend on any axioms\n'Reasoning.Screening.Screen.replay' does not depend on any axioms\n'Reasoning.Screening.Screen.replay_fire' does not depend on any axioms\n'Reasoning.Screening.Screen.replay_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.run' does not depend on any axioms\n'Reasoning.Screening.Screen.searchStep' does not depend on any axioms\n'Reasoning.Screening.Screen.search_count' does not depend on any axioms\n'Reasoning.Screening.Screen.search_expanded' does not depend on any axioms\n'Reasoning.Screening.Screen.search_ok' does not depend on any axioms\n'Reasoning.Screening.Screen.search_peak' does not depend on any axioms\n'Reasoning.Screening.Screen.search_step' does not depend on any axioms\n'Reasoning.Screening.Screen.search_verify_growth' does not depend on any axioms\n'Reasoning.Screening.Screen.start' does not depend on any axioms\n'Reasoning.Screening.Screen.successors' does not depend on any axioms\n'Reasoning.Screening.Screen.successors_ok' does not depend on any axioms\n'Reasoning.Screening.Screen.verdict' does not depend on any axioms\n'Reasoning.Screening.Screen.verdict_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.verifications_bounded' does not depend on any axioms\n'Reasoning.Screening.Short' does not depend on any axioms\n'Reasoning.Screening.propose_sound' depends on axioms: [propext]\n'Reasoning.Screening.safeCheck' does not depend on any axioms\n'Reasoning.Screening.safe_sound' depends on axioms: [propext]\n'Reasoning.Screening.shortCheck' does not depend on any axioms\n'Reasoning.Screening.short_sound' depends on axioms: [propext]\n","stdout_sha256":"cf0950a5981076ee37dfdf563d46105dc9dbe4ef7ca4ebdbbbc5af2f23a3410b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Collections.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index a0edc8afc..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Laws.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Laws.process.json
deleted file mode 100644
index c434694f3..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Laws.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Models.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Models.process.json
deleted file mode 100644
index 966f09413..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Models.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Models.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Models","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanModels.Agreement' does not depend on any axioms\n'LexLeanModels.Complete1' does not depend on any axioms\n'LexLeanModels.Complete2' does not depend on any axioms\n'LexLeanModels.Complete4' does not depend on any axioms\n'LexLeanModels.Equivalent' does not depend on any axioms\n'LexLeanModels.EquivalentStep' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoInvariant' does not depend on any axioms\n'LexLeanModels.EquivalentStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.EquivalentStepTotal' does not depend on any axioms\n'LexLeanModels.EquivalentTotal' does not depend on any axioms\n'LexLeanModels.Initial' does not depend on any axioms\n'LexLeanModels.Preserves' does not depend on any axioms\n'LexLeanModels.PreservesTotal' does not depend on any axioms\n'LexLeanModels.Satisfies' does not depend on any axioms\n'LexLeanModels.SatisfiesStep' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoInvariant' does not depend on any axioms\n'LexLeanModels.SatisfiesStepNoPrecondition' does not depend on any axioms\n'LexLeanModels.SatisfiesStepTotal' does not depend on any axioms\n'LexLeanModels.SatisfiesTotal' does not depend on any axioms\n'LexLeanModels.Sound1' does not depend on any axioms\n'LexLeanModels.Sound2' does not depend on any axioms\n'LexLeanModels.Sound4' does not depend on any axioms\n'LexLeanModels.encodeInt' does not depend on any axioms\n'LexLeanModels.inRange' does not depend on any axioms\n'LexLeanModels.linesMatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanModels.tensorMatches' does not depend on any axioms\n'LexLeanModels.utf8Char' does not depend on any axioms\n","stdout_sha256":"43ad1c715570458672aedc9abb1691012eef870f5b804f1e230abb890e49ffee","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Portable.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index c81de023b..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Reasoning.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Reasoning.process.json
deleted file mode 100644
index 491d51a6a..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Reasoning.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Reasoning.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.LexLeanRuntime.Reasoning","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanReasoning.All' does not depend on any axioms\n'LexLeanReasoning.All.below' does not depend on any axioms\n'LexLeanReasoning.All.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.brecOn' does not depend on any axioms\n'LexLeanReasoning.All.casesOn' does not depend on any axioms\n'LexLeanReasoning.All.recOn' does not depend on any axioms\n'LexLeanReasoning.Complete' does not depend on any axioms\n'LexLeanReasoning.Found' does not depend on any axioms\n'LexLeanReasoning.Found.match_1' does not depend on any axioms\n'LexLeanReasoning.Preserves' does not depend on any axioms\n'LexLeanReasoning.Reaches' does not depend on any axioms\n'LexLeanReasoning.SearchOk' does not depend on any axioms\n'LexLeanReasoning.Sound' does not depend on any axioms\n'LexLeanReasoning.Star' does not depend on any axioms\n'LexLeanReasoning.Star.below' does not depend on any axioms\n'LexLeanReasoning.Star.below.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.brecOn' does not depend on any axioms\n'LexLeanReasoning.Star.casesOn' does not depend on any axioms\n'LexLeanReasoning.Star.recOn' does not depend on any axioms\n'LexLeanReasoning.allAppend' does not depend on any axioms\n'LexLeanReasoning.allFold' does not depend on any axioms\n'LexLeanReasoning.allHead' does not depend on any axioms\n'LexLeanReasoning.allSingle' does not depend on any axioms\n'LexLeanReasoning.allTail' does not depend on any axioms\n'LexLeanReasoning.bltSucc' does not depend on any axioms\n'LexLeanReasoning.capAll' does not depend on any axioms\n'LexLeanReasoning.capBound' does not depend on any axioms\n'LexLeanReasoning.checked' does not depend on any axioms\n'LexLeanReasoning.foldInvariant' does not depend on any axioms\n'LexLeanReasoning.foldSnoc' does not depend on any axioms\n'LexLeanReasoning.freshAll' does not depend on any axioms\n'LexLeanReasoning.guarded' does not depend on any axioms\n'LexLeanReasoning.guardedRank' does not depend on any axioms\n'LexLeanReasoning.iterateUntilBound' does not depend on any axioms\n'LexLeanReasoning.iterateUntilCount' does not depend on any axioms\n'LexLeanReasoning.iterateUntilGrowth' does not depend on any axioms\n'LexLeanReasoning.iterateUntilInvariant' does not depend on any axioms\n'LexLeanReasoning.iterateUntilSimulate' does not depend on any axioms\n'LexLeanReasoning.iterateUntilStops' does not depend on any axioms\n'LexLeanReasoning.lengthSnoc' does not depend on any axioms\n'LexLeanReasoning.noneSome' does not depend on any axioms\n'LexLeanReasoning.peakBound' does not depend on any axioms\n'LexLeanReasoning.reachesStart' does not depend on any axioms\n'LexLeanReasoning.searchStart' does not depend on any axioms\n'LexLeanReasoning.starPreserves' does not depend on any axioms\n'LexLeanReasoning.zeroLe' does not depend on any axioms\n","stdout_sha256":"bcad061b4e8b3848b9d6815070631b4088a7b6b1512ab5c741c66c6dea825fee","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Budget.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Budget.process.json
deleted file mode 100644
index eb7d96e1d..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Budget.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Budget.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Budget","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Budget.Burn.apply' does not depend on any axioms\n'Reasoning.Budget.Burn.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Burn.apply_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Burn.candidates' does not depend on any axioms\n'Reasoning.Budget.Burn.conclusion' does not depend on any axioms\n'Reasoning.Budget.Burn.guard' does not depend on any axioms\n'Reasoning.Budget.Drained.sound' depends on axioms: [propext]\n'Reasoning.Budget.Empty' does not depend on any axioms\n'Reasoning.Budget.Refund' does not depend on any axioms\n'Reasoning.Budget.Refund.Ledger' does not depend on any axioms\n'Reasoning.Budget.Refund.Run' does not depend on any axioms\n'Reasoning.Budget.Refund.Step' does not depend on any axioms\n'Reasoning.Budget.Refund.accept' does not depend on any axioms\n'Reasoning.Budget.Refund.accept_sound' depends on axioms: [propext]\n'Reasoning.Budget.Refund.account' does not depend on any axioms\n'Reasoning.Budget.Refund.answer' does not depend on any axioms\n'Reasoning.Budget.Refund.attempts' does not depend on any axioms\n'Reasoning.Budget.Refund.conclude' does not depend on any axioms\n'Reasoning.Budget.Refund.conclude_accept' does not depend on any axioms\n'Reasoning.Budget.Refund.conclude_sound' depends on axioms: [propext]\n'Reasoning.Budget.Refund.derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.explained' depends on axioms: [propext]\n'Reasoning.Budget.Refund.extract' does not depend on any axioms\n'Reasoning.Budget.Refund.fire' does not depend on any axioms\n'Reasoning.Budget.Refund.fire_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.firings_bounded' does not depend on any axioms\n'Reasoning.Budget.Refund.follow' does not depend on any axioms\n'Reasoning.Budget.Refund.iterations_bounded' does not depend on any axioms\n'Reasoning.Budget.Refund.next' does not depend on any axioms\n'Reasoning.Budget.Refund.next_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.observe' does not depend on any axioms\n'Reasoning.Budget.Refund.replay' does not depend on any axioms\n'Reasoning.Budget.Refund.replay_fire' does not depend on any axioms\n'Reasoning.Budget.Refund.replay_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.run' does not depend on any axioms\n'Reasoning.Budget.Refund.run_state' does not depend on any axioms\n'Reasoning.Budget.Refund.run_trace' does not depend on any axioms\n'Reasoning.Budget.Refund.saturate' does not depend on any axioms\n'Reasoning.Budget.Refund.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Refund.select' does not depend on any axioms\n'Reasoning.Budget.Refund.start' does not depend on any axioms\n'Reasoning.Budget.Refund.step' does not depend on any axioms\n'Reasoning.Budget.Refund.step_count' does not depend on any axioms\n'Reasoning.Budget.Refund.step_fired' does not depend on any axioms\n'Reasoning.Budget.Refund.step_none' does not depend on any axioms\n'Reasoning.Budget.Refund.step_some' does not depend on any axioms\n'Reasoning.Budget.Refund.step_trace' does not depend on any axioms\n'Reasoning.Budget.Refund.verdict' does not depend on any axioms\n'Reasoning.Budget.Refund.verdict_sound' depends on axioms: [propext]\n'Reasoning.Budget.Remaining' does not depend on any axioms\n'Reasoning.Budget.Spend' does not depend on any axioms\n'Reasoning.Budget.Spend.Ledger' does not depend on any axioms\n'Reasoning.Budget.Spend.Run' does not depend on any axioms\n'Reasoning.Budget.Spend.Step' does not depend on any axioms\n'Reasoning.Budget.Spend.accept' does not depend on any axioms\n'Reasoning.Budget.Spend.accept_sound' depends on axioms: [propext]\n'Reasoning.Budget.Spend.account' does not depend on any axioms\n'Reasoning.Budget.Spend.answer' does not depend on any axioms\n'Reasoning.Budget.Spend.attempts' does not depend on any axioms\n'Reasoning.Budget.Spend.conclude' does not depend on any axioms\n'Reasoning.Budget.Spend.conclude_accept' does not depend on any axioms\n'Reasoning.Budget.Spend.conclude_sound' depends on axioms: [propext]\n'Reasoning.Budget.Spend.derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.explained' depends on axioms: [propext]\n'Reasoning.Budget.Spend.extract' does not depend on any axioms\n'Reasoning.Budget.Spend.fire' does not depend on any axioms\n'Reasoning.Budget.Spend.fire_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.fire_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.firings_bounded' does not depend on any axioms\n'Reasoning.Budget.Spend.follow' does not depend on any axioms\n'Reasoning.Budget.Spend.iterations_bounded' does not depend on any axioms\n'Reasoning.Budget.Spend.next' does not depend on any axioms\n'Reasoning.Budget.Spend.next_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.next_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.observe' does not depend on any axioms\n'Reasoning.Budget.Spend.replay' does not depend on any axioms\n'Reasoning.Budget.Spend.replay_fire' does not depend on any axioms\n'Reasoning.Budget.Spend.replay_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.run' does not depend on any axioms\n'Reasoning.Budget.Spend.run_state' does not depend on any axioms\n'Reasoning.Budget.Spend.run_trace' does not depend on any axioms\n'Reasoning.Budget.Spend.saturate' does not depend on any axioms\n'Reasoning.Budget.Spend.saturate_derivation' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.saturates' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Spend.select' does not depend on any axioms\n'Reasoning.Budget.Spend.start' does not depend on any axioms\n'Reasoning.Budget.Spend.step' does not depend on any axioms\n'Reasoning.Budget.Spend.step_count' does not depend on any axioms\n'Reasoning.Budget.Spend.step_fired' does not depend on any axioms\n'Reasoning.Budget.Spend.step_none' does not depend on any axioms\n'Reasoning.Budget.Spend.step_some' does not depend on any axioms\n'Reasoning.Budget.Spend.step_trace' does not depend on any axioms\n'Reasoning.Budget.Spend.verdict' does not depend on any axioms\n'Reasoning.Budget.Spend.verdict_sound' depends on axioms: [propext]\n'Reasoning.Budget.Spent' does not depend on any axioms\n'Reasoning.Budget.Tick.apply' does not depend on any axioms\n'Reasoning.Budget.Tick.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Tick.apply_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.Tick.conclusion' does not depend on any axioms\n'Reasoning.Budget.Tick.guard' does not depend on any axioms\n'Reasoning.Budget.allowance_bound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.burn_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.burn_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.emptyCheck' does not depend on any axioms\n'Reasoning.Budget.empty_sound' depends on axioms: [propext]\n'Reasoning.Budget.tick_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Budget.tick_sound' depends on axioms: [propext, Quot.sound]\n","stdout_sha256":"61274b9278738a5387ec49d25adf40a85f958c84f3e7007db22fe5da1fa0f781","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Clinic.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Clinic.process.json
deleted file mode 100644
index ab1cf5347..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Clinic.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Clinic.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Clinic","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Clinic.Chart' does not depend on any axioms\n'Reasoning.Clinic.Consistent' does not depend on any axioms\n'Reasoning.Clinic.Discharged' does not depend on any axioms\n'Reasoning.Clinic.Escalate.apply' does not depend on any axioms\n'Reasoning.Clinic.Escalate.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Escalate.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Escalate.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Escalate.guard' does not depend on any axioms\n'Reasoning.Clinic.Febrile' does not depend on any axioms\n'Reasoning.Clinic.Fever.apply' does not depend on any axioms\n'Reasoning.Clinic.Fever.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Fever.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Fever.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Fever.guard' does not depend on any axioms\n'Reasoning.Clinic.Findings.preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Hypotensive' does not depend on any axioms\n'Reasoning.Clinic.Indicated' does not depend on any axioms\n'Reasoning.Clinic.Justified' does not depend on any axioms\n'Reasoning.Clinic.Leukocytic' does not depend on any axioms\n'Reasoning.Clinic.Leukocytosis.apply' does not depend on any axioms\n'Reasoning.Clinic.Leukocytosis.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Leukocytosis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Leukocytosis.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Leukocytosis.guard' does not depend on any axioms\n'Reasoning.Clinic.Outpatient.sound' depends on axioms: [propext]\n'Reasoning.Clinic.Pending' does not depend on any axioms\n'Reasoning.Clinic.Recommendation.complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Recommendation.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review' does not depend on any axioms\n'Reasoning.Clinic.Review.Ledger' does not depend on any axioms\n'Reasoning.Clinic.Review.Run' does not depend on any axioms\n'Reasoning.Clinic.Review.Step' does not depend on any axioms\n'Reasoning.Clinic.Review.accept' does not depend on any axioms\n'Reasoning.Clinic.Review.accept_sound' depends on axioms: [propext]\n'Reasoning.Clinic.Review.account' does not depend on any axioms\n'Reasoning.Clinic.Review.answer' does not depend on any axioms\n'Reasoning.Clinic.Review.attempts' does not depend on any axioms\n'Reasoning.Clinic.Review.conclude' does not depend on any axioms\n'Reasoning.Clinic.Review.conclude_accept' does not depend on any axioms\n'Reasoning.Clinic.Review.conclude_sound' depends on axioms: [propext]\n'Reasoning.Clinic.Review.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.explained' depends on axioms: [propext]\n'Reasoning.Clinic.Review.extract' does not depend on any axioms\n'Reasoning.Clinic.Review.fire' does not depend on any axioms\n'Reasoning.Clinic.Review.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.firings_bounded' does not depend on any axioms\n'Reasoning.Clinic.Review.follow' does not depend on any axioms\n'Reasoning.Clinic.Review.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.iterations_bounded' does not depend on any axioms\n'Reasoning.Clinic.Review.next' does not depend on any axioms\n'Reasoning.Clinic.Review.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.observe' does not depend on any axioms\n'Reasoning.Clinic.Review.replay' does not depend on any axioms\n'Reasoning.Clinic.Review.replay_fire' does not depend on any axioms\n'Reasoning.Clinic.Review.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.run' does not depend on any axioms\n'Reasoning.Clinic.Review.run_state' does not depend on any axioms\n'Reasoning.Clinic.Review.run_trace' does not depend on any axioms\n'Reasoning.Clinic.Review.saturate' does not depend on any axioms\n'Reasoning.Clinic.Review.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Review.select' does not depend on any axioms\n'Reasoning.Clinic.Review.start' does not depend on any axioms\n'Reasoning.Clinic.Review.step' does not depend on any axioms\n'Reasoning.Clinic.Review.step_count' does not depend on any axioms\n'Reasoning.Clinic.Review.step_fired' does not depend on any axioms\n'Reasoning.Clinic.Review.step_none' does not depend on any axioms\n'Reasoning.Clinic.Review.step_some' does not depend on any axioms\n'Reasoning.Clinic.Review.step_trace' does not depend on any axioms\n'Reasoning.Clinic.Review.verdict' does not depend on any axioms\n'Reasoning.Clinic.Review.verdict_sound' depends on axioms: [propext]\n'Reasoning.Clinic.Sepsis.apply' does not depend on any axioms\n'Reasoning.Clinic.Sepsis.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Sepsis.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Sepsis.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Sepsis.guard' does not depend on any axioms\n'Reasoning.Clinic.Shock.apply' does not depend on any axioms\n'Reasoning.Clinic.Shock.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Shock.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Shock.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Shock.guard' does not depend on any axioms\n'Reasoning.Clinic.Sirs.apply' does not depend on any axioms\n'Reasoning.Clinic.Sirs.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Sirs.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Sirs.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Sirs.guard' does not depend on any axioms\n'Reasoning.Clinic.Tachycardia.apply' does not depend on any axioms\n'Reasoning.Clinic.Tachycardia.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Tachycardia.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Tachycardia.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Tachycardia.guard' does not depend on any axioms\n'Reasoning.Clinic.Tachycardic' does not depend on any axioms\n'Reasoning.Clinic.Tachypnea.apply' does not depend on any axioms\n'Reasoning.Clinic.Tachypnea.apply_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Tachypnea.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Tachypnea.conclusion' does not depend on any axioms\n'Reasoning.Clinic.Tachypnea.guard' does not depend on any axioms\n'Reasoning.Clinic.Tachypneic' does not depend on any axioms\n'Reasoning.Clinic.Triage' does not depend on any axioms\n'Reasoning.Clinic.Triage.Ledger' does not depend on any axioms\n'Reasoning.Clinic.Triage.Run' does not depend on any axioms\n'Reasoning.Clinic.Triage.Step' does not depend on any axioms\n'Reasoning.Clinic.Triage.accept' does not depend on any axioms\n'Reasoning.Clinic.Triage.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.account' does not depend on any axioms\n'Reasoning.Clinic.Triage.answer' does not depend on any axioms\n'Reasoning.Clinic.Triage.attempts' does not depend on any axioms\n'Reasoning.Clinic.Triage.conclude' does not depend on any axioms\n'Reasoning.Clinic.Triage.conclude_accept' does not depend on any axioms\n'Reasoning.Clinic.Triage.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.extract' does not depend on any axioms\n'Reasoning.Clinic.Triage.fire' does not depend on any axioms\n'Reasoning.Clinic.Triage.fire_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Triage.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.firings_bounded' does not depend on any axioms\n'Reasoning.Clinic.Triage.follow' does not depend on any axioms\n'Reasoning.Clinic.Triage.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.iterations_bounded' does not depend on any axioms\n'Reasoning.Clinic.Triage.next' does not depend on any axioms\n'Reasoning.Clinic.Triage.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.next_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.Triage.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.observe' does not depend on any axioms\n'Reasoning.Clinic.Triage.replay' does not depend on any axioms\n'Reasoning.Clinic.Triage.replay_fire' does not depend on any axioms\n'Reasoning.Clinic.Triage.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.run' does not depend on any axioms\n'Reasoning.Clinic.Triage.run_state' does not depend on any axioms\n'Reasoning.Clinic.Triage.run_trace' does not depend on any axioms\n'Reasoning.Clinic.Triage.saturate' does not depend on any axioms\n'Reasoning.Clinic.Triage.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Triage.select' does not depend on any axioms\n'Reasoning.Clinic.Triage.start' does not depend on any axioms\n'Reasoning.Clinic.Triage.step' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_count' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_fired' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_none' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_some' does not depend on any axioms\n'Reasoning.Clinic.Triage.step_trace' does not depend on any axioms\n'Reasoning.Clinic.Triage.verdict' does not depend on any axioms\n'Reasoning.Clinic.Triage.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.Vitals' does not depend on any axioms\n'Reasoning.Clinic.Warranted' does not depend on any axioms\n'Reasoning.Clinic.admitted_consistent' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.admitted_pending' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.consistent_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.dischargeCheck' does not depend on any axioms\n'Reasoning.Clinic.discharge_sound' depends on axioms: [propext]\n'Reasoning.Clinic.escalate_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.escalate_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.fever_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.fever_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.feverish' does not depend on any axioms\n'Reasoning.Clinic.hypotensive' does not depend on any axioms\n'Reasoning.Clinic.leukocytic' does not depend on any axioms\n'Reasoning.Clinic.leukocytosis_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.leukocytosis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.recommendationCheck' does not depend on any axioms\n'Reasoning.Clinic.recommendation_complete' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.recommendation_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.sepsis_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.sepsis_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.shock_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.shock_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.sirs_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.sirs_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.tachycardia_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.tachycardia_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.tachycardic' does not depend on any axioms\n'Reasoning.Clinic.tachypnea_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Clinic.tachypnea_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Clinic.tachypneic' does not depend on any axioms\n","stdout_sha256":"d385d180f0ca2a66d16d21a13c5c0cb09098259b2c56ec20e64bef35d7d23d18","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Main.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Main.process.json
deleted file mode 100644
index 3e6e8fbcc..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Main.Cap' does not depend on any axioms\n'Reasoning.Main.Cap.Ledger' does not depend on any axioms\n'Reasoning.Main.Cap.Run' does not depend on any axioms\n'Reasoning.Main.Cap.Step' does not depend on any axioms\n'Reasoning.Main.Cap.accept' does not depend on any axioms\n'Reasoning.Main.Cap.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Cap.account' does not depend on any axioms\n'Reasoning.Main.Cap.answer' does not depend on any axioms\n'Reasoning.Main.Cap.attempts' does not depend on any axioms\n'Reasoning.Main.Cap.conclude' does not depend on any axioms\n'Reasoning.Main.Cap.conclude_accept' does not depend on any axioms\n'Reasoning.Main.Cap.conclude_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Cap.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.explained' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Cap.extract' does not depend on any axioms\n'Reasoning.Main.Cap.fire' does not depend on any axioms\n'Reasoning.Main.Cap.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.firings_bounded' does not depend on any axioms\n'Reasoning.Main.Cap.follow' does not depend on any axioms\n'Reasoning.Main.Cap.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.iterations_bounded' does not depend on any axioms\n'Reasoning.Main.Cap.next' does not depend on any axioms\n'Reasoning.Main.Cap.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.observe' does not depend on any axioms\n'Reasoning.Main.Cap.replay' does not depend on any axioms\n'Reasoning.Main.Cap.replay_fire' does not depend on any axioms\n'Reasoning.Main.Cap.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.run' does not depend on any axioms\n'Reasoning.Main.Cap.run_state' does not depend on any axioms\n'Reasoning.Main.Cap.run_trace' does not depend on any axioms\n'Reasoning.Main.Cap.saturate' does not depend on any axioms\n'Reasoning.Main.Cap.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Cap.select' does not depend on any axioms\n'Reasoning.Main.Cap.start' does not depend on any axioms\n'Reasoning.Main.Cap.step' does not depend on any axioms\n'Reasoning.Main.Cap.step_count' does not depend on any axioms\n'Reasoning.Main.Cap.step_fired' does not depend on any axioms\n'Reasoning.Main.Cap.step_none' does not depend on any axioms\n'Reasoning.Main.Cap.step_some' does not depend on any axioms\n'Reasoning.Main.Cap.step_trace' does not depend on any axioms\n'Reasoning.Main.Cap.verdict' does not depend on any axioms\n'Reasoning.Main.Cap.verdict_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Capped' does not depend on any axioms\n'Reasoning.Main.Ceiling.sound' depends on axioms: [propext]\n'Reasoning.Main.GatewayEvidence.gateway_safe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.GatewayModel' does not depend on any axioms\n'Reasoning.Main.GatewayTriage' does not depend on any axioms\n'Reasoning.Main.Grade' does not depend on any axioms\n'Reasoning.Main.Grade.Ledger' does not depend on any axioms\n'Reasoning.Main.Grade.Run' does not depend on any axioms\n'Reasoning.Main.Grade.Step' does not depend on any axioms\n'Reasoning.Main.Grade.accept' does not depend on any axioms\n'Reasoning.Main.Grade.accept_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.account' does not depend on any axioms\n'Reasoning.Main.Grade.answer' does not depend on any axioms\n'Reasoning.Main.Grade.attempts' does not depend on any axioms\n'Reasoning.Main.Grade.conclude' does not depend on any axioms\n'Reasoning.Main.Grade.conclude_accept' does not depend on any axioms\n'Reasoning.Main.Grade.conclude_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.extract' does not depend on any axioms\n'Reasoning.Main.Grade.fire' does not depend on any axioms\n'Reasoning.Main.Grade.fire_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Grade.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.firings_bounded' does not depend on any axioms\n'Reasoning.Main.Grade.follow' does not depend on any axioms\n'Reasoning.Main.Grade.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.iterations_bounded' does not depend on any axioms\n'Reasoning.Main.Grade.next' does not depend on any axioms\n'Reasoning.Main.Grade.next_preserves' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.next_preserves_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.next_progress' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.Grade.next_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.observe' does not depend on any axioms\n'Reasoning.Main.Grade.replay' does not depend on any axioms\n'Reasoning.Main.Grade.replay_fire' does not depend on any axioms\n'Reasoning.Main.Grade.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.run' does not depend on any axioms\n'Reasoning.Main.Grade.run_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.run_state' does not depend on any axioms\n'Reasoning.Main.Grade.run_trace' does not depend on any axioms\n'Reasoning.Main.Grade.saturate' does not depend on any axioms\n'Reasoning.Main.Grade.saturate_derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.saturate_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.saturate_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.saturates' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Grade.select' does not depend on any axioms\n'Reasoning.Main.Grade.start' does not depend on any axioms\n'Reasoning.Main.Grade.step' does not depend on any axioms\n'Reasoning.Main.Grade.step_count' does not depend on any axioms\n'Reasoning.Main.Grade.step_fired' does not depend on any axioms\n'Reasoning.Main.Grade.step_none' does not depend on any axioms\n'Reasoning.Main.Grade.step_some' does not depend on any axioms\n'Reasoning.Main.Grade.step_trace' does not depend on any axioms\n'Reasoning.Main.Grade.verdict' does not depend on any axioms\n'Reasoning.Main.Grade.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.Graded' does not depend on any axioms\n'Reasoning.Main.Guaranteed' does not depend on any axioms\n'Reasoning.Main.Related' does not depend on any axioms\n'Reasoning.Main.Scale.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.cap_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.cappedCheck' does not depend on any axioms\n'Reasoning.Main.capped_sound' depends on axioms: [propext]\n'Reasoning.Main.doseLevel' does not depend on any axioms\n'Reasoning.Main.dose_exhausted' does not depend on any axioms\n'Reasoning.Main.dose_exhausted_ledger' does not depend on any axioms\n'Reasoning.Main.dose_found' does not depend on any axioms\n'Reasoning.Main.dose_ledger' does not depend on any axioms\n'Reasoning.Main.gatewayLevel' does not depend on any axioms\n'Reasoning.Main.gateway_level' does not depend on any axioms\n'Reasoning.Main.gateway_safe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.gradeLevel' does not depend on any axioms\n'Reasoning.Main.grade_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.grade_correct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.grade_ledger' does not depend on any axioms\n'Reasoning.Main.grade_pending' depends on axioms: [propext, Quot.sound]\n'Reasoning.Main.grade_shock' does not depend on any axioms\n'Reasoning.Main.grade_well_ledger' does not depend on any axioms\n'Reasoning.Main.gradedCheck' does not depend on any axioms\n'Reasoning.Main.graded_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.planLeft' depends on axioms: [propext]\n'Reasoning.Main.plan_found' depends on axioms: [propext]\n'Reasoning.Main.plan_frontier' depends on axioms: [propext]\n'Reasoning.Main.plan_ledger' depends on axioms: [propext]\n'Reasoning.Main.plan_unsolved' depends on axioms: [propext]\n'Reasoning.Main.plan_unsolved_ledger' depends on axioms: [propext]\n'Reasoning.Main.refund_drained' does not depend on any axioms\n'Reasoning.Main.refund_ledger' does not depend on any axioms\n'Reasoning.Main.refund_unsolved' does not depend on any axioms\n'Reasoning.Main.refund_unsolved_ledger' does not depend on any axioms\n'Reasoning.Main.related_admitted' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.related_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Main.review_exhausted' does not depend on any axioms\n'Reasoning.Main.review_ledger' does not depend on any axioms\n'Reasoning.Main.review_rejected' does not depend on any axioms\n'Reasoning.Main.review_rejected_ledger' does not depend on any axioms\n'Reasoning.Main.screenDose' does not depend on any axioms\n'Reasoning.Main.screen_found' does not depend on any axioms\n'Reasoning.Main.screen_ledger' does not depend on any axioms\n'Reasoning.Main.screen_truncated' does not depend on any axioms\n'Reasoning.Main.screen_truncated_ledger' does not depend on any axioms\n'Reasoning.Main.screen_unsolved_ledger' does not depend on any axioms\n'Reasoning.Main.spendLeft' does not depend on any axioms\n'Reasoning.Main.spend_drained' does not depend on any axioms\n'Reasoning.Main.spend_ledger' does not depend on any axioms\n'Reasoning.Main.triageLevel' does not depend on any axioms\n'Reasoning.Main.triageSteps' does not depend on any axioms\n'Reasoning.Main.triage_forged' does not depend on any axioms\n'Reasoning.Main.triage_inapplicable' does not depend on any axioms\n'Reasoning.Main.triage_iterations' does not depend on any axioms\n'Reasoning.Main.triage_ledger' does not depend on any axioms\n'Reasoning.Main.triage_level' does not depend on any axioms\n'Reasoning.Main.triage_replays' does not depend on any axioms\n'Reasoning.Main.triage_shock' does not depend on any axioms\n'Reasoning.Main.triage_well' does not depend on any axioms\n'Reasoning.Main.triage_well_ledger' does not depend on any axioms\n","stdout_sha256":"13bfab88bf1e8f71fc26deed8cf04a2a08de1934d83603a6cc29cf959867360f","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Planner.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Planner.process.json
deleted file mode 100644
index 7edded1f4..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Planner.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Planner.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Planner","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Planner.Anywhere.sound' depends on axioms: [propext]\n'Reasoning.Planner.EmptyB.apply' does not depend on any axioms\n'Reasoning.Planner.EmptyB.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.EmptyB.conclusion' does not depend on any axioms\n'Reasoning.Planner.EmptyB.guard' does not depend on any axioms\n'Reasoning.Planner.FillA.apply' does not depend on any axioms\n'Reasoning.Planner.FillA.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.FillA.conclusion' does not depend on any axioms\n'Reasoning.Planner.FillA.guard' does not depend on any axioms\n'Reasoning.Planner.Fits' does not depend on any axioms\n'Reasoning.Planner.Held' does not depend on any axioms\n'Reasoning.Planner.Inside.sound' depends on axioms: [propext]\n'Reasoning.Planner.Measured.sound' depends on axioms: [propext]\n'Reasoning.Planner.Measures' does not depend on any axioms\n'Reasoning.Planner.Moves' does not depend on any axioms\n'Reasoning.Planner.Plan' depends on axioms: [propext]\n'Reasoning.Planner.Plan.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.Ledger' does not depend on any axioms\n'Reasoning.Planner.Plan.Node' does not depend on any axioms\n'Reasoning.Planner.Plan.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.Plan.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.Search' does not depend on any axioms\n'Reasoning.Planner.Plan.Step' does not depend on any axioms\n'Reasoning.Planner.Plan.accept' does not depend on any axioms\n'Reasoning.Planner.Plan.accept_sound' depends on axioms: [propext]\n'Reasoning.Planner.Plan.answer' does not depend on any axioms\n'Reasoning.Planner.Plan.attempts' does not depend on any axioms\n'Reasoning.Planner.Plan.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.explained' depends on axioms: [propext]\n'Reasoning.Planner.Plan.extend' does not depend on any axioms\n'Reasoning.Planner.Plan.extract' does not depend on any axioms\n'Reasoning.Planner.Plan.failure' does not depend on any axioms\n'Reasoning.Planner.Plan.fire' does not depend on any axioms\n'Reasoning.Planner.Plan.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.follow' does not depend on any axioms\n'Reasoning.Planner.Plan.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.fresh' depends on axioms: [propext]\n'Reasoning.Planner.Plan.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.Plan.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.observe' does not depend on any axioms\n'Reasoning.Planner.Plan.replay' does not depend on any axioms\n'Reasoning.Planner.Plan.replay_fire' does not depend on any axioms\n'Reasoning.Planner.Plan.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Plan.run' depends on axioms: [propext]\n'Reasoning.Planner.Plan.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_count' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_step' depends on axioms: [propext]\n'Reasoning.Planner.Plan.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.Plan.start' depends on axioms: [propext]\n'Reasoning.Planner.Plan.successors' does not depend on any axioms\n'Reasoning.Planner.Plan.successors_ok' does not depend on any axioms\n'Reasoning.Planner.Plan.verdict' depends on axioms: [propext]\n'Reasoning.Planner.Plan.verdict_sound' depends on axioms: [propext]\n'Reasoning.Planner.Plan.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Ledger' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Node' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Search' does not depend on any axioms\n'Reasoning.Planner.PlanFit.Step' does not depend on any axioms\n'Reasoning.Planner.PlanFit.accept' does not depend on any axioms\n'Reasoning.Planner.PlanFit.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFit.answer' does not depend on any axioms\n'Reasoning.Planner.PlanFit.attempts' does not depend on any axioms\n'Reasoning.Planner.PlanFit.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.extend' does not depend on any axioms\n'Reasoning.Planner.PlanFit.extract' does not depend on any axioms\n'Reasoning.Planner.PlanFit.failure' does not depend on any axioms\n'Reasoning.Planner.PlanFit.fire' does not depend on any axioms\n'Reasoning.Planner.PlanFit.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.follow' does not depend on any axioms\n'Reasoning.Planner.PlanFit.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.fresh' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.observe' does not depend on any axioms\n'Reasoning.Planner.PlanFit.replay' does not depend on any axioms\n'Reasoning.Planner.PlanFit.replay_fire' does not depend on any axioms\n'Reasoning.Planner.PlanFit.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.run' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_count' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_step' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.start' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFit.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFit.verdict' depends on axioms: [propext]\n'Reasoning.Planner.PlanFit.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFit.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Ledger' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Node' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Search' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.Step' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.accept' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitR.answer' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.attempts' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.explained' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.extend' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.extract' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.failure' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.follow' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.follow_relation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.fresh' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.observe' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.replay' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.replay_fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.run' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_count' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_step' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.start' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitR.verdict' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitR.verdict_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitR.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.EmptyB.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.EmptyB.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.FillA.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.FillA.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Ledger' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Node' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Pour.collect' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Pour.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Pour.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Search' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.Step' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.accept' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.accept_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitU.answer' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.attempts' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.derivation' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.expansions_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.explained' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitU.extend' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.extract' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.failure' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.fire_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.follow' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.follow_invariant' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.fresh' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.fresh_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.frontier_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.iterations_bounded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.observe' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.replay' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.replay_fire' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.replay_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.PlanFitU.run' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.searchStep' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_count' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_expanded' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_ok' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_peak' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_step' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.search_verify_growth' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.start' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.successors' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.successors_ok' does not depend on any axioms\n'Reasoning.Planner.PlanFitU.verdict' depends on axioms: [propext]\n'Reasoning.Planner.PlanFitU.verdict_sound' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.PlanFitU.verifications_bounded' depends on axioms: [propext]\n'Reasoning.Planner.Pour.apply' does not depend on any axioms\n'Reasoning.Planner.Pour.apply_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.Pour.candidates' does not depend on any axioms\n'Reasoning.Planner.Pour.conclusion' does not depend on any axioms\n'Reasoning.Planner.Pour.guard' does not depend on any axioms\n'Reasoning.Planner.Pouring.preserves' does not depend on any axioms\n'Reasoning.Planner.Whole' does not depend on any axioms\n'Reasoning.Planner.Within' does not depend on any axioms\n'Reasoning.Planner.empty_jugs_fit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.emptyb_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.filla_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.fits_kept' does not depend on any axioms\n'Reasoning.Planner.held_initial' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.held_preserved' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.measuresCheck' does not depend on any axioms\n'Reasoning.Planner.measures_sound' depends on axioms: [propext]\n'Reasoning.Planner.plan_fit_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.plan_held_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.plan_whole_correct' depends on axioms: [propext, Quot.sound]\n'Reasoning.Planner.pour_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'Reasoning.Planner.wholeCheck' does not depend on any axioms\n'Reasoning.Planner.whole_sound' depends on axioms: [propext]\n'Reasoning.Planner.withinCheck' does not depend on any axioms\n'Reasoning.Planner.within_sound' depends on axioms: [propext]\n","stdout_sha256":"1bde3cc2a8f61dcfb844a885ccd0a1c0ee853cf3e237d0038b10dd7f015cf6f3","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Screening.process.json b/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Screening.process.json
deleted file mode 100644
index 98abaf60b..000000000
--- a/examples/reasoning/expected/verify/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Screening.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Screening.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A7b45b58d681c076cfd69727310b65f3f.Reasoning.Screening","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Reasoning.Screening.Dose' does not depend on any axioms\n'Reasoning.Screening.Dose.Ledger' does not depend on any axioms\n'Reasoning.Screening.Dose.Step' does not depend on any axioms\n'Reasoning.Screening.Dose.Trial' does not depend on any axioms\n'Reasoning.Screening.Dose.answer' does not depend on any axioms\n'Reasoning.Screening.Dose.candidates' does not depend on any axioms\n'Reasoning.Screening.Dose.explained' depends on axioms: [propext]\n'Reasoning.Screening.Dose.failure' does not depend on any axioms\n'Reasoning.Screening.Dose.run' does not depend on any axioms\n'Reasoning.Screening.Dose.run_sound' depends on axioms: [propext]\n'Reasoning.Screening.Dose.try' does not depend on any axioms\n'Reasoning.Screening.Dose.try_count' does not depend on any axioms\n'Reasoning.Screening.Dose.try_sound' depends on axioms: [propext]\n'Reasoning.Screening.Dose.verdict' does not depend on any axioms\n'Reasoning.Screening.Dose.verdict_sound' depends on axioms: [propext]\n'Reasoning.Screening.Dose.verifications_bounded' does not depend on any axioms\n'Reasoning.Screening.Dose.verify' does not depend on any axioms\n'Reasoning.Screening.Dose.verify_sound' depends on axioms: [propext]\n'Reasoning.Screening.DoseCandidates' does not depend on any axioms\n'Reasoning.Screening.DoseContract.postcondition_sound' depends on axioms: [propext]\n'Reasoning.Screening.DoseModel' does not depend on any axioms\n'Reasoning.Screening.Propose.apply' does not depend on any axioms\n'Reasoning.Screening.Propose.apply_sound' depends on axioms: [propext]\n'Reasoning.Screening.Propose.candidates' does not depend on any axioms\n'Reasoning.Screening.Propose.conclusion' does not depend on any axioms\n'Reasoning.Screening.Propose.guard' does not depend on any axioms\n'Reasoning.Screening.Proposed' does not depend on any axioms\n'Reasoning.Screening.Safe' does not depend on any axioms\n'Reasoning.Screening.SafeDose.sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen' does not depend on any axioms\n'Reasoning.Screening.Screen.Ledger' does not depend on any axioms\n'Reasoning.Screening.Screen.Node' does not depend on any axioms\n'Reasoning.Screening.Screen.Propose.collect' does not depend on any axioms\n'Reasoning.Screening.Screen.Propose.successors' does not depend on any axioms\n'Reasoning.Screening.Screen.Propose.successors_ok' does not depend on any axioms\n'Reasoning.Screening.Screen.Search' does not depend on any axioms\n'Reasoning.Screening.Screen.Step' does not depend on any axioms\n'Reasoning.Screening.Screen.accept' does not depend on any axioms\n'Reasoning.Screening.Screen.accept_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.answer' does not depend on any axioms\n'Reasoning.Screening.Screen.attempts' does not depend on any axioms\n'Reasoning.Screening.Screen.derivation' depends on axioms: [propext]\n'Reasoning.Screening.Screen.expansions_bounded' does not depend on any axioms\n'Reasoning.Screening.Screen.explained' depends on axioms: [propext]\n'Reasoning.Screening.Screen.extend' does not depend on any axioms\n'Reasoning.Screening.Screen.extract' does not depend on any axioms\n'Reasoning.Screening.Screen.failure' does not depend on any axioms\n'Reasoning.Screening.Screen.fire' does not depend on any axioms\n'Reasoning.Screening.Screen.fire_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.follow' does not depend on any axioms\n'Reasoning.Screening.Screen.frontier_bounded' does not depend on any axioms\n'Reasoning.Screening.Screen.iterations_bounded' does not depend on any axioms\n'Reasoning.Screening.Screen.observe' does not depend on any axioms\n'Reasoning.Screening.Screen.replay' does not depend on any axioms\n'Reasoning.Screening.Screen.replay_fire' does not depend on any axioms\n'Reasoning.Screening.Screen.replay_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.run' does not depend on any axioms\n'Reasoning.Screening.Screen.searchStep' does not depend on any axioms\n'Reasoning.Screening.Screen.search_count' does not depend on any axioms\n'Reasoning.Screening.Screen.search_expanded' does not depend on any axioms\n'Reasoning.Screening.Screen.search_ok' does not depend on any axioms\n'Reasoning.Screening.Screen.search_peak' does not depend on any axioms\n'Reasoning.Screening.Screen.search_step' does not depend on any axioms\n'Reasoning.Screening.Screen.search_verify_growth' does not depend on any axioms\n'Reasoning.Screening.Screen.start' does not depend on any axioms\n'Reasoning.Screening.Screen.successors' does not depend on any axioms\n'Reasoning.Screening.Screen.successors_ok' does not depend on any axioms\n'Reasoning.Screening.Screen.verdict' does not depend on any axioms\n'Reasoning.Screening.Screen.verdict_sound' depends on axioms: [propext]\n'Reasoning.Screening.Screen.verifications_bounded' does not depend on any axioms\n'Reasoning.Screening.Short' does not depend on any axioms\n'Reasoning.Screening.propose_sound' depends on axioms: [propext]\n'Reasoning.Screening.safeCheck' does not depend on any axioms\n'Reasoning.Screening.safe_sound' depends on axioms: [propext]\n'Reasoning.Screening.shortCheck' does not depend on any axioms\n'Reasoning.Screening.short_sound' depends on axioms: [propext]\n","stdout_sha256":"cf0950a5981076ee37dfdf563d46105dc9dbe4ef7ca4ebdbbbc5af2f23a3410b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/extract/LexLeanExtract.X7b45b58d681c076cfd69727310b65f3f.lean b/examples/reasoning/expected/verify/extract/LexLeanExtract.X02b315b69b8881ec6f91f78f9b12c608.lean
similarity index 100%
rename from examples/reasoning/expected/verify/extract/LexLeanExtract.X7b45b58d681c076cfd69727310b65f3f.lean
rename to examples/reasoning/expected/verify/extract/LexLeanExtract.X02b315b69b8881ec6f91f78f9b12c608.lean
diff --git a/examples/reasoning/expected/verify/extract/process.json b/examples/reasoning/expected/verify/extract/process.json
index d8ee4897a..5bd0fa215 100644
--- a/examples/reasoning/expected/verify/extract/process.json
+++ b/examples/reasoning/expected/verify/extract/process.json
@@ -1 +1 @@
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\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Mul\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Nat\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"OfNat\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Option\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Ord\",\"kind\":\"inductive\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Ordering\",\"kind\":\"inductive\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"PUnit\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Prod\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Sub\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"instAddNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqBool\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHAdd\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHMul\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHSub\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instMulNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNatNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOrdNat\",\"kind\":\"definition\",\"module\":\"Init.Data.Ord.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instSubNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Bool.false\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"Bool.not\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Bool.true\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"Decidable.isFalse\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"Decidable.isTrue\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"Except.error\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Except\"},{\"name\":\"Except.ok\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computabl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diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0.lean
new file mode 100644
index 000000000..7c5a7b962
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0.lean
@@ -0,0 +1,391 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
+      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 20 [(.var 0)])), (.arm (.adt 1) [] (.call 21 [(.var 0)])), (.arm (.adt 2) [] (.call 22 [(.var 0)])), (.arm (.adt 3) [] (.call 23 [(.var 0)])), (.arm (.adt 4) [] (.call 24 [(.var 0)])), (.arm (.adt 5) [] (.call 25 [(.var 0)])), (.arm (.adt 6) [] (.call 26 [(.var 0)])), (.arm (.adt 7) [] (.call 27 [(.var 0)]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 28 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 29 [(.var 0)]) (.call 30 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
+
+def __enc_1 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
+
+def __enc_2 : (Reasoning.Clinic.Triage.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Reasoning.Clinic.Triage.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Reasoning.Clinic.Triage.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Reasoning.Clinic.Triage.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+  | Reasoning.Clinic.Triage.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
+  | Reasoning.Clinic.Triage.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
+  | Reasoning.Clinic.Triage.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
+  | Reasoning.Clinic.Triage.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
+  | Reasoning.Clinic.Triage.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
+
+def __fits_29 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_29 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_29 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
+
+def __fits_12 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.feverish in
+theorem __rel_12 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_12 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
+
+def __fits_13 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachycardic in
+theorem __rel_13 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_13 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
+
+def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachypneic in
+theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_32 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_32 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_32 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
+
+def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.leukocytic in
+theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_28 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_28 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_28 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
+
+def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.hypotensive in
+theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
+
+theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_9 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  ((((((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_9 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Clinic.Triage.select _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
+
+def __fits_33 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_33 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_33 s) (__enc_1 (Reasoning.Clinic.Fever.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_12 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
+theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Fever.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_34 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_34 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_34 s) (__enc_1 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_13 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
+theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachycardia.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_1 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachypnea.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_1 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
+theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Leukocytosis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_1 (Reasoning.Clinic.Sirs.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
+theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sirs.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_1 (Reasoning.Clinic.Sepsis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
+theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sepsis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_1 (Reasoning.Clinic.Shock.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
+theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Shock.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_40 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
+
+theorem __rel_40 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 40 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_40 s) (__enc_1 (Reasoning.Clinic.Escalate.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_27 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_19 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
+theorem __rel_27 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_27 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Escalate.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : Bool :=
+  (Bool.true && (match _ystep with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_27 (_ys)))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
+theorem __rel_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_1 _ys), (__enc_2 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.fire _ys _ystep))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_2 (fun (__a : (Reasoning.Clinic.Triage.Step)) => (match __a with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_27 (_ys))))) (fun (__a : (Reasoning.Clinic.Triage.Step)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Reasoning.Clinic.Triage.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Clinic.Triage.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Clinic.Triage.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Clinic.Triage.Step)) _ => match __a with | Reasoning.Clinic.Triage.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys)))) | Reasoning.Clinic.Triage.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))))) | Reasoning.Clinic.Triage.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys)))))) | Reasoning.Clinic.Triage.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys))))))) | Reasoning.Clinic.Triage.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys)))))))) | Reasoning.Clinic.Triage.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))))))))) | Reasoning.Clinic.Triage.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))))) | Reasoning.Clinic.Triage.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 (_ys)))))))))))))
+
+def __fits_5 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_9 (_ys))) && (match (Reasoning.Clinic.Triage.select (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.fire Reasoning.Clinic.Triage.select in
+theorem __rel_5 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.next _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Chart))) | Option.some _ystep => (Reasoning.Clinic.Triage.fire (_ys) (_ystep)))) (Reasoning.Clinic.Triage.select (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_ys))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (_ys) (_ystep)))))))
+
+def __fits_6 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_6 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_6 patient) (__enc_1 (Reasoning.Clinic.Triage.observe patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_2 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_6 (patient))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) ((Reasoning.Clinic.Triage.next)) ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.observe in
+theorem __rel_2 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_2 patient) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Clinic.Triage.saturate patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (patient))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Clinic.Triage.next)) (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) 5 [] (fun (__p0 : (Reasoning.Clinic.Chart)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Clinic.Triage.next))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.adt 1)) rfl ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
+
+def __fits_8 (chart : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_8 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_1 chart)] (_root_.LexLeanPreservation.Rel (__fits_8 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.extract chart))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
+
+def __fits_11 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble r (3 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_28 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.feverish Reasoning.Clinic.hypotensive Reasoning.Clinic.tachycardic in
+theorem __rel_11 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_0 v), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_11 v r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.recommendationCheck v r))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_28 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq r (3 : Nat)) || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))))))) (Nat.ble r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_28 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))) (Nat.beq r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))) (Reasoning.Clinic.hypotensive (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 (v))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))) (Nat.beq (v).infection (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (v).infection (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic (v)))) (Reasoning.Clinic.feverish (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (v))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (v)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot ((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.extract Reasoning.Clinic.recommendationCheck in
+theorem __rel_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 patient _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.accept patient _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Clinic.recommendationCheck (patient) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_11 (patient) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (patient) (_ys))) && (match (Reasoning.Clinic.Triage.accept (patient) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.accept Reasoning.Clinic.Triage.extract in
+theorem __rel_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 patient _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.conclude patient _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Clinic.Triage.accept (patient) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (patient) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
+
+def __fits_1 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_2 (patient))) && (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.conclude Reasoning.Clinic.Triage.saturate in
+theorem __rel_1 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_1 patient) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.verdict patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (patient))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Clinic.Triage.conclude (patient) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (patient) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
+  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Clinic.Triage.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok level => Bool.true | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.verdict in
+theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok level => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok level => level | Except.error failure => (9 : Nat))) (Reasoning.Clinic.Triage.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok level => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageLevel temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/Compose/RustCore.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..a9b995a93
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/Compose/RustCore.lex.tex
@@ -0,0 +1,1341 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_0 : @16 := @716 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_1 : @724 := @1388 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_2 : @1396 := @1631 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.root : @2716 := @2717 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.flags
+@3 := Reasoning.Clinic.Vitals
+@4 := #0
+@5 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Reasoning.Clinic.Vitals.temperature
+@18 := @17 @4
+@19 := Reasoning.Clinic.Vitals.heartRate
+@20 := @19 @4
+@21 := Reasoning.Clinic.Vitals.respiratoryRate
+@22 := @21 @4
+@23 := Reasoning.Clinic.Vitals.whiteCells
+@24 := @23 @4
+@25 := Reasoning.Clinic.Vitals.systolic
+@26 := @25 @4
+@27 := Reasoning.Clinic.Vitals.infection
+@28 := @27 @4
+@29 := LexLeanTarget.TargetSyntax.Value.nat
+@30 := @29 @18
+@31 := LexLeanTarget.TargetSyntax.Ty.nat
+@32 := LexLeanTarget.TargetSyntax.Program
+@33 := LexLeanPreservation.Rust.RCrate
+@34 := LexLeanPreservation.Rust.Flags
+@35 := Nat
+@36 := #3
+@37 := @7 @36
+@38 := #2
+@39 := @37 @38
+@40 := #1
+@41 := @39 @40
+@42 := @29 @4
+@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
+@50 := LexLeanPreservation.Rust.wt_nat @0
+@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
+@58 := @50 @1
+@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
+@64 := @58 @2
+@67 := (n : @35) -> @13 @42 @31
+@68 := @64 @18
+@70 := @13 @30 @31
+@71 := @29 @20
+@72 := @64 @20
+@74 := @13 @71 @31
+@75 := @29 @22
+@76 := @64 @22
+@78 := @13 @75 @31
+@79 := @29 @24
+@80 := @64 @24
+@82 := @13 @79 @31
+@83 := @29 @26
+@84 := @64 @26
+@86 := @13 @83 @31
+@87 := @29 @28
+@88 := @64 @28
+@90 := @13 @87 @31
+@91 := LexLeanTarget.TargetSyntax.Value
+@92 := LexLeanTarget.TargetSyntax.Ty
+@93 := List.nil.{0}
+@94 := List.cons.{0}
+@95 := @93 @91
+@96 := @94 @91
+@98 := @96 @87 @95
+@100 := @96 @83 @98
+@102 := @96 @79 @100
+@104 := @96 @75 @102
+@106 := @96 @71 @104
+@108 := @96 @30 @106
+@109 := @93 @92
+@110 := @94 @92
+@111 := @110 @31
+@112 := @111 @109
+@113 := @111 @112
+@114 := @111 @113
+@115 := @111 @114
+@116 := @111 @115
+@117 := @111 @116
+@118 := LexLeanPreservation.Rust.WTL
+@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
+@128 := LexLeanPreservation.Rust.wtl_nil @0
+@129 := @118 @0
+@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
+@136 := @128 @1
+@137 := @129 @1
+@141 := {A : @34} -> @137 @4 @95 @109
+@142 := @136 @2
+@143 := @137 @2
+@144 := @143 @95
+@145 := @144 @109
+@146 := List.{0}
+@147 := @146 @91
+@148 := @146 @92
+@149 := #6
+@150 := @7 @149
+@151 := #5
+@152 := @150 @151
+@153 := #4
+@156 := @152 @153 @36 @38
+@157 := #7
+@162 := @118 @157 @149 @151 @38 @40
+@163 := #8
+@166 := @118 @163 @157 @149
+@168 := @96 @151 @36
+@169 := @166 @168
+@171 := @110 @153 @38
+@181 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
+@183 := LexLeanPreservation.Rust.wtl_cons @0
+@187 := @11 @151 @153 @36 @38
+@191 := @129 @149 @151 @38 @40
+@203 := {c : @33} ->
+  {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
+@204 := @183 @1
+@207 := @12 @153 @36 @38
+@210 := @137 @151 @38 @40
+@220 := {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
+@221 := @204 @2
+@223 := @13 @36 @38
+@225 := @143 @38 @40
+@233 := {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
+@234 := @221 @87
+@236 := @29 (@27 @36)
+@249 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
+@250 := @234 @31
+@252 := @29 (@27 @38)
+@254 := @13 @252 @31
+@259 := @143 (@96 (@29 (@27 @153)) @36)
+@260 := @111 @38
+@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
+@266 := @250 @95
+@268 := @29 (@27 @40)
+@270 := @13 @268 @31
+@271 := @144 @40
+@273 := @96 @236 @95
+@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
+@279 := @266 @109
+@281 := @96 @252 @95
+@282 := @143 @281
+@285 := (h : @90) -> (hs : @145) -> @282 @112
+@286 := @279 @88
+@288 := @96 @268 @95
+@290 := @143 @288 @112
+@291 := (hs : @145) -> @290
+@292 := @286 @142
+@294 := @143 @98 @112
+@295 := @221 @83
+@297 := @29 (@25 @36)
+@310 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
+@311 := @295 @31
+@313 := @29 (@25 @38)
+@325 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
+@326 := @311 @98
+@328 := @29 (@25 @40)
+@330 := @13 @328 @31
+@331 := @282 @40
+@333 := @96 @297 @273
+@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
+@339 := @326 @112
+@341 := @96 @313 @281
+@342 := @143 @341
+@345 := (h : @86) -> (hs : @290) -> @342 @113
+@346 := @339 @84
+@348 := @96 @328 @288
+@350 := @143 @348 @113
+@351 := (hs : @294) -> @350
+@352 := @346 @292
+@354 := @143 @100 @113
+@355 := @221 @79
+@357 := @29 (@23 @36)
+@370 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
+@371 := @355 @31
+@373 := @29 (@23 @38)
+@385 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
+@386 := @371 @100
+@388 := @29 (@23 @40)
+@390 := @13 @388 @31
+@391 := @342 @40
+@393 := @96 @357 @333
+@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
+@399 := @386 @113
+@401 := @96 @373 @341
+@402 := @143 @401
+@405 := (h : @82) -> (hs : @350) -> @402 @114
+@406 := @399 @80
+@408 := @96 @388 @348
+@410 := @143 @408 @114
+@411 := (hs : @354) -> @410
+@412 := @406 @352
+@414 := @143 @102 @114
+@415 := @221 @75
+@417 := @29 (@21 @36)
+@430 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
+@431 := @415 @31
+@433 := @29 (@21 @38)
+@445 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
+@446 := @431 @102
+@448 := @29 (@21 @40)
+@450 := @13 @448 @31
+@451 := @402 @40
+@453 := @96 @417 @393
+@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
+@459 := @446 @114
+@461 := @96 @433 @401
+@462 := @143 @461
+@465 := (h : @78) -> (hs : @410) -> @462 @115
+@466 := @459 @76
+@468 := @96 @448 @408
+@470 := @143 @468 @115
+@471 := (hs : @414) -> @470
+@472 := @466 @412
+@474 := @143 @104 @115
+@475 := @221 @71
+@477 := @29 (@19 @36)
+@490 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
+@491 := @475 @31
+@493 := @29 (@19 @38)
+@505 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
+@506 := @491 @104
+@508 := @29 (@19 @40)
+@510 := @13 @508 @31
+@511 := @462 @40
+@513 := @96 @477 @453
+@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
+@519 := @506 @115
+@521 := @96 @493 @461
+@522 := @143 @521
+@525 := (h : @74) -> (hs : @470) -> @522 @116
+@526 := @519 @72
+@528 := @96 @508 @468
+@530 := @143 @528 @116
+@531 := (hs : @474) -> @530
+@532 := @526 @472
+@534 := @143 @106 @116
+@535 := @221 @30
+@537 := @29 (@17 @36)
+@550 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
+@551 := @535 @31
+@553 := @29 (@17 @38)
+@565 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
+@566 := @551 @106
+@568 := @29 (@17 @40)
+@570 := @13 @568 @31
+@571 := @522 @40
+@573 := @96 @537 @513
+@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
+@579 := @566 @116
+@581 := @96 @553 @521
+@582 := @143 @581
+@585 := (h : @70) -> (hs : @530) -> @582 @117
+@586 := @579 @68
+@588 := @96 @568 @528
+@590 := @143 @588 @117
+@591 := (hs : @534) -> @590
+@592 := @586 @532
+@594 := @143 @108 @117
+@595 := Eq.{1}
+@596 := Option.{0}
+@597 := @596 @148
+@598 := @595 @597
+@599 := LexLeanPreservation.Rust.adtFields
+@603 := @598 (@599 @149 @36 @38)
+@604 := Option.some.{0}
+@605 := @604 @148
+@606 := @605 @4
+@607 := @603 @606
+@610 := @7 @163 @157 @149
+@611 := LexLeanTarget.TargetSyntax.Value.adt
+@613 := @611 @153 @36
+@614 := @610 @613
+@615 := @8 @151
+@625 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
+@627 := LexLeanPreservation.Rust.wt_adt @0
+@628 := @599 @0
+@632 := @598 (@628 @36 @38) @606
+@644 := {c : @33} ->
+  {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
+@645 := @627 @1
+@655 := {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
+@656 := @645 @2
+@657 := @13 @613
+@664 := {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
+@665 := @656 @9
+@666 := @628 @9
+@675 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
+@676 := @665 @9
+@677 := @666 @9
+@678 := @598 @677
+@679 := @678 @606
+@680 := @611 @9
+@682 := @13 (@680 @36)
+@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
+@688 := @676 @108
+@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
+@696 := @688 @117
+@703 := (h : @678 (@605 @117)) -> (hf : @590) -> @13 (@680 @581) @10
+@704 := Eq.refl.{1}
+@705 := @704 @597
+@707 := @696 (@705 @677)
+@711 := (hf : @594) -> @13 (@680 @588) @10
+@712 := @707 @592
+@715 := @13 (@680 @108) @10
+@716 := fun (__s : @3) => @712
+@717 := Reasoning.Clinic.Chart
+@719 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.__enc_1 @4
+@720 := 1
+@721 := @8 @720
+@724 := (__s : @717) -> @13 @719 @721
+@725 := Reasoning.Clinic.Chart.vitals
+@726 := @725 @4
+@727 := Reasoning.Clinic.Chart.fever
+@728 := @727 @4
+@729 := Reasoning.Clinic.Chart.tachycardia
+@730 := @729 @4
+@731 := Reasoning.Clinic.Chart.tachypnea
+@732 := @731 @4
+@733 := Reasoning.Clinic.Chart.leukocytosis
+@734 := @733 @4
+@735 := Reasoning.Clinic.Chart.sirs
+@736 := @735 @4
+@737 := Reasoning.Clinic.Chart.sepsis
+@738 := @737 @4
+@739 := Reasoning.Clinic.Chart.shock
+@740 := @739 @4
+@741 := Reasoning.Clinic.Chart.level
+@742 := @741 @4
+@743 := @5 @726
+@745 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_0 @726
+@746 := @29 @728
+@747 := @64 @728
+@749 := @13 @746 @31
+@750 := @29 @730
+@751 := @64 @730
+@753 := @13 @750 @31
+@754 := @29 @732
+@755 := @64 @732
+@757 := @13 @754 @31
+@758 := @29 @734
+@759 := @64 @734
+@761 := @13 @758 @31
+@762 := @29 @736
+@763 := @64 @736
+@765 := @13 @762 @31
+@766 := @29 @738
+@767 := @64 @738
+@769 := @13 @766 @31
+@770 := @29 @740
+@771 := @64 @740
+@773 := @13 @770 @31
+@774 := @29 @742
+@775 := @64 @742
+@777 := @13 @774 @31
+@779 := @96 @774 @95
+@781 := @96 @770 @779
+@783 := @96 @766 @781
+@785 := @96 @762 @783
+@787 := @96 @758 @785
+@789 := @96 @754 @787
+@791 := @96 @750 @789
+@793 := @96 @746 @791
+@795 := @96 @743 @793
+@796 := @111 @117
+@797 := @111 @796
+@798 := @110 @10
+@799 := @798 @797
+@800 := @221 @774
+@802 := @29 (@741 @36)
+@815 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @802 @38) -> (hs : @225) -> @143 (@96 (@29 (@741 @151)) @36) @171
+@816 := @800 @31
+@818 := @29 (@741 @38)
+@830 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @818 @31) -> (hs : @225) -> @143 (@96 (@29 (@741 @153)) @36) @260
+@831 := @816 @95
+@833 := @29 (@741 @40)
+@835 := @13 @833 @31
+@837 := @96 @802 @95
+@842 := {ts : @148} -> (h : @835) -> (hs : @271) -> @143 @837 @260
+@843 := @831 @109
+@845 := @96 @818 @95
+@846 := @143 @845
+@849 := (h : @777) -> (hs : @145) -> @846 @112
+@850 := @843 @775
+@852 := @96 @833 @95
+@854 := @143 @852 @112
+@855 := (hs : @145) -> @854
+@856 := @850 @142
+@858 := @143 @779 @112
+@859 := @221 @770
+@861 := @29 (@739 @36)
+@874 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @861 @38) -> (hs : @225) -> @143 (@96 (@29 (@739 @151)) @36) @171
+@875 := @859 @31
+@877 := @29 (@739 @38)
+@889 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @877 @31) -> (hs : @225) -> @143 (@96 (@29 (@739 @153)) @36) @260
+@890 := @875 @779
+@892 := @29 (@739 @40)
+@894 := @13 @892 @31
+@895 := @846 @40
+@897 := @96 @861 @837
+@902 := {ts : @148} -> (h : @894) -> (hs : @895) -> @143 @897 @260
+@903 := @890 @112
+@905 := @96 @877 @845
+@906 := @143 @905
+@909 := (h : @773) -> (hs : @854) -> @906 @113
+@910 := @903 @771
+@912 := @96 @892 @852
+@914 := @143 @912 @113
+@915 := (hs : @858) -> @914
+@916 := @910 @856
+@918 := @143 @781 @113
+@919 := @221 @766
+@921 := @29 (@737 @36)
+@934 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @921 @38) -> (hs : @225) -> @143 (@96 (@29 (@737 @151)) @36) @171
+@935 := @919 @31
+@937 := @29 (@737 @38)
+@949 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @937 @31) -> (hs : @225) -> @143 (@96 (@29 (@737 @153)) @36) @260
+@950 := @935 @781
+@952 := @29 (@737 @40)
+@954 := @13 @952 @31
+@955 := @906 @40
+@957 := @96 @921 @897
+@962 := {ts : @148} -> (h : @954) -> (hs : @955) -> @143 @957 @260
+@963 := @950 @113
+@965 := @96 @937 @905
+@966 := @143 @965
+@969 := (h : @769) -> (hs : @914) -> @966 @114
+@970 := @963 @767
+@972 := @96 @952 @912
+@974 := @143 @972 @114
+@975 := (hs : @918) -> @974
+@976 := @970 @916
+@978 := @143 @783 @114
+@979 := @221 @762
+@981 := @29 (@735 @36)
+@994 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @981 @38) -> (hs : @225) -> @143 (@96 (@29 (@735 @151)) @36) @171
+@995 := @979 @31
+@997 := @29 (@735 @38)
+@1009 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @997 @31) -> (hs : @225) -> @143 (@96 (@29 (@735 @153)) @36) @260
+@1010 := @995 @783
+@1012 := @29 (@735 @40)
+@1014 := @13 @1012 @31
+@1015 := @966 @40
+@1017 := @96 @981 @957
+@1022 := {ts : @148} -> (h : @1014) -> (hs : @1015) -> @143 @1017 @260
+@1023 := @1010 @114
+@1025 := @96 @997 @965
+@1026 := @143 @1025
+@1029 := (h : @765) -> (hs : @974) -> @1026 @115
+@1030 := @1023 @763
+@1032 := @96 @1012 @972
+@1034 := @143 @1032 @115
+@1035 := (hs : @978) -> @1034
+@1036 := @1030 @976
+@1038 := @143 @785 @115
+@1039 := @221 @758
+@1041 := @29 (@733 @36)
+@1054 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1041 @38) -> (hs : @225) -> @143 (@96 (@29 (@733 @151)) @36) @171
+@1055 := @1039 @31
+@1057 := @29 (@733 @38)
+@1069 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1057 @31) -> (hs : @225) -> @143 (@96 (@29 (@733 @153)) @36) @260
+@1070 := @1055 @785
+@1072 := @29 (@733 @40)
+@1074 := @13 @1072 @31
+@1075 := @1026 @40
+@1077 := @96 @1041 @1017
+@1082 := {ts : @148} -> (h : @1074) -> (hs : @1075) -> @143 @1077 @260
+@1083 := @1070 @115
+@1085 := @96 @1057 @1025
+@1086 := @143 @1085
+@1089 := (h : @761) -> (hs : @1034) -> @1086 @116
+@1090 := @1083 @759
+@1092 := @96 @1072 @1032
+@1094 := @143 @1092 @116
+@1095 := (hs : @1038) -> @1094
+@1096 := @1090 @1036
+@1098 := @143 @787 @116
+@1099 := @221 @754
+@1101 := @29 (@731 @36)
+@1114 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1101 @38) -> (hs : @225) -> @143 (@96 (@29 (@731 @151)) @36) @171
+@1115 := @1099 @31
+@1117 := @29 (@731 @38)
+@1129 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1117 @31) -> (hs : @225) -> @143 (@96 (@29 (@731 @153)) @36) @260
+@1130 := @1115 @787
+@1132 := @29 (@731 @40)
+@1134 := @13 @1132 @31
+@1135 := @1086 @40
+@1137 := @96 @1101 @1077
+@1142 := {ts : @148} -> (h : @1134) -> (hs : @1135) -> @143 @1137 @260
+@1143 := @1130 @116
+@1145 := @96 @1117 @1085
+@1146 := @143 @1145
+@1149 := (h : @757) -> (hs : @1094) -> @1146 @117
+@1150 := @1143 @755
+@1152 := @96 @1132 @1092
+@1154 := @143 @1152 @117
+@1155 := (hs : @1098) -> @1154
+@1156 := @1150 @1096
+@1158 := @143 @789 @117
+@1159 := @221 @750
+@1161 := @29 (@729 @36)
+@1174 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1161 @38) -> (hs : @225) -> @143 (@96 (@29 (@729 @151)) @36) @171
+@1175 := @1159 @31
+@1177 := @29 (@729 @38)
+@1189 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1177 @31) -> (hs : @225) -> @143 (@96 (@29 (@729 @153)) @36) @260
+@1190 := @1175 @789
+@1192 := @29 (@729 @40)
+@1194 := @13 @1192 @31
+@1195 := @1146 @40
+@1197 := @96 @1161 @1137
+@1202 := {ts : @148} -> (h : @1194) -> (hs : @1195) -> @143 @1197 @260
+@1203 := @1190 @117
+@1205 := @96 @1177 @1145
+@1206 := @143 @1205
+@1209 := (h : @753) -> (hs : @1154) -> @1206 @796
+@1210 := @1203 @751
+@1212 := @96 @1192 @1152
+@1214 := @143 @1212 @796
+@1215 := (hs : @1158) -> @1214
+@1216 := @1210 @1156
+@1218 := @143 @791 @796
+@1219 := @221 @746
+@1221 := @29 (@727 @36)
+@1234 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1221 @38) -> (hs : @225) -> @143 (@96 (@29 (@727 @151)) @36) @171
+@1235 := @1219 @31
+@1237 := @29 (@727 @38)
+@1249 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1237 @31) -> (hs : @225) -> @143 (@96 (@29 (@727 @153)) @36) @260
+@1250 := @1235 @791
+@1252 := @29 (@727 @40)
+@1254 := @13 @1252 @31
+@1255 := @1206 @40
+@1257 := @96 @1221 @1197
+@1262 := {ts : @148} -> (h : @1254) -> (hs : @1255) -> @143 @1257 @260
+@1263 := @1250 @796
+@1265 := @96 @1237 @1205
+@1266 := @143 @1265
+@1269 := (h : @749) -> (hs : @1214) -> @1266 @797
+@1270 := @1263 @747
+@1272 := @96 @1252 @1212
+@1274 := @143 @1272 @797
+@1275 := (hs : @1218) -> @1274
+@1276 := @1270 @1216
+@1278 := @143 @793 @797
+@1279 := @221 @743
+@1281 := @5 (@725 @36)
+@1294 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1281 @38) -> (hs : @225) -> @143 (@96 (@5 (@725 @151)) @36) @171
+@1295 := @1279 @10
+@1297 := @5 (@725 @38)
+@1299 := @13 @1297 @10
+@1304 := @143 (@96 (@5 (@725 @153)) @36)
+@1305 := @798 @38
+@1310 := {vs : @147} -> {ts : @148} -> (h : @1299) -> (hs : @225) -> @1304 @1305
+@1311 := @1295 @793
+@1313 := @5 (@725 @40)
+@1315 := @13 @1313 @10
+@1316 := @1266 @40
+@1318 := @96 @1281 @1257
+@1323 := {ts : @148} -> (h : @1315) -> (hs : @1316) -> @143 @1318 @1305
+@1324 := @1311 @797
+@1326 := @13 @743 @10
+@1328 := @96 @1297 @1265
+@1329 := @143 @1328
+@1332 := (h : @1326) -> (hs : @1274) -> @1329 @799
+@1333 := @1324 @745
+@1335 := @96 @1313 @1272
+@1337 := @143 @1335 @799
+@1338 := (hs : @1278) -> @1337
+@1339 := @1333 @1276
+@1341 := @143 @795 @799
+@1342 := @656 @720
+@1343 := @628 @720
+@1352 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@1343 @38) @606) -> (hf : @225) -> @657 @721
+@1353 := @1342 @9
+@1354 := @1343 @9
+@1355 := @598 @1354
+@1356 := @1355 @606
+@1361 := {fs : @147} -> {tys : @148} -> (h : @1356) -> (hf : @225) -> @682 @721
+@1362 := @1353 @795
+@1369 := {tys : @148} -> (h : @1356) -> (hf : @1329 @40) -> @13 (@680 @1318) @721
+@1370 := @1362 @799
+@1377 := (h : @1355 (@605 @799)) -> (hf : @1337) -> @13 (@680 @1328) @721
+@1379 := @1370 (@705 @1354)
+@1383 := (hf : @1341) -> @13 (@680 @1335) @721
+@1384 := @1379 @1339
+@1387 := @13 (@680 @795) @721
+@1388 := fun (__s : @717) => @1384
+@1389 := Reasoning.Clinic.Triage.Step
+@1391 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.__enc_2 @4
+@1392 := 2
+@1393 := @8 @1392
+@1395 := @13 @1391 @1393
+@1396 := (__v : @1389) -> @1395
+@1397 := fun (__v : @1389) => @1395
+@1398 := @656 @1392
+@1399 := @628 @1392
+@1408 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@1399 @38) @606) -> (hf : @225) -> @657 @1393
+@1409 := @1398 @9
+@1410 := @1399 @9
+@1411 := @598 @1410
+@1412 := @1411 @606
+@1417 := {fs : @147} -> {tys : @148} -> (h : @1412) -> (hf : @225) -> @682 @1393
+@1418 := @1409 @95
+@1421 := @13 (@680 @95) @1393
+@1424 := {tys : @148} -> (h : @1412) -> (hf : @271) -> @1421
+@1425 := @1418 @109
+@1426 := @605 @109
+@1429 := (h : @1411 @1426) -> (hf : @145) -> @1421
+@1432 := @1425 (@705 @1410) @142
+@1433 := @1398 @720
+@1434 := @1399 @720
+@1435 := @598 @1434
+@1436 := @1435 @606
+@1437 := @611 @720
+@1444 := {fs : @147} -> {tys : @148} -> (h : @1436) -> (hf : @225) -> @13 (@1437 @36) @1393
+@1445 := @1433 @95
+@1448 := @13 (@1437 @95) @1393
+@1451 := {tys : @148} -> (h : @1436) -> (hf : @271) -> @1448
+@1452 := @1445 @109
+@1455 := (h : @1435 @1426) -> (hf : @145) -> @1448
+@1458 := @1452 (@705 @1434) @142
+@1459 := @1398 @1392
+@1460 := @1399 @1392
+@1461 := @598 @1460
+@1462 := @1461 @606
+@1463 := @611 @1392
+@1470 := {fs : @147} -> {tys : @148} -> (h : @1462) -> (hf : @225) -> @13 (@1463 @36) @1393
+@1471 := @1459 @95
+@1474 := @13 (@1463 @95) @1393
+@1477 := {tys : @148} -> (h : @1462) -> (hf : @271) -> @1474
+@1478 := @1471 @109
+@1481 := (h : @1461 @1426) -> (hf : @145) -> @1474
+@1484 := @1478 (@705 @1460) @142
+@1485 := 3
+@1486 := @1398 @1485
+@1487 := @1399 @1485
+@1488 := @598 @1487
+@1489 := @1488 @606
+@1490 := @611 @1485
+@1497 := {fs : @147} -> {tys : @148} -> (h : @1489) -> (hf : @225) -> @13 (@1490 @36) @1393
+@1498 := @1486 @95
+@1501 := @13 (@1490 @95) @1393
+@1504 := {tys : @148} -> (h : @1489) -> (hf : @271) -> @1501
+@1505 := @1498 @109
+@1508 := (h : @1488 @1426) -> (hf : @145) -> @1501
+@1511 := @1505 (@705 @1487) @142
+@1512 := 4
+@1513 := @1398 @1512
+@1514 := @1399 @1512
+@1515 := @598 @1514
+@1516 := @1515 @606
+@1517 := @611 @1512
+@1524 := {fs : @147} -> {tys : @148} -> (h : @1516) -> (hf : @225) -> @13 (@1517 @36) @1393
+@1525 := @1513 @95
+@1528 := @13 (@1517 @95) @1393
+@1531 := {tys : @148} -> (h : @1516) -> (hf : @271) -> @1528
+@1532 := @1525 @109
+@1535 := (h : @1515 @1426) -> (hf : @145) -> @1528
+@1538 := @1532 (@705 @1514) @142
+@1539 := 5
+@1540 := @1398 @1539
+@1541 := @1399 @1539
+@1542 := @598 @1541
+@1543 := @1542 @606
+@1544 := @611 @1539
+@1551 := {fs : @147} -> {tys : @148} -> (h : @1543) -> (hf : @225) -> @13 (@1544 @36) @1393
+@1552 := @1540 @95
+@1555 := @13 (@1544 @95) @1393
+@1558 := {tys : @148} -> (h : @1543) -> (hf : @271) -> @1555
+@1559 := @1552 @109
+@1562 := (h : @1542 @1426) -> (hf : @145) -> @1555
+@1565 := @1559 (@705 @1541) @142
+@1566 := 6
+@1567 := @1398 @1566
+@1568 := @1399 @1566
+@1569 := @598 @1568
+@1570 := @1569 @606
+@1571 := @611 @1566
+@1578 := {fs : @147} -> {tys : @148} -> (h : @1570) -> (hf : @225) -> @13 (@1571 @36) @1393
+@1579 := @1567 @95
+@1582 := @13 (@1571 @95) @1393
+@1585 := {tys : @148} -> (h : @1570) -> (hf : @271) -> @1582
+@1586 := @1579 @109
+@1589 := (h : @1569 @1426) -> (hf : @145) -> @1582
+@1592 := @1586 (@705 @1568) @142
+@1593 := 7
+@1594 := @1398 @1593
+@1595 := @1399 @1593
+@1596 := @598 @1595
+@1597 := @1596 @606
+@1598 := @611 @1593
+@1605 := {fs : @147} -> {tys : @148} -> (h : @1597) -> (hf : @225) -> @13 (@1598 @36) @1393
+@1606 := @1594 @95
+@1609 := @13 (@1598 @95) @1393
+@1612 := {tys : @148} -> (h : @1597) -> (hf : @271) -> @1609
+@1613 := @1606 @109
+@1616 := (h : @1596 @1426) -> (hf : @145) -> @1609
+@1619 := @1613 (@705 @1595) @142
+@1631 := fun (__v : @1389) =>
+  Reasoning.Clinic.Triage.Step.casesOn.{0} @1397 @4 @1432 @1458 @1484 @1511 @1538 @1565 @1592 @1619
+@1632 := @29 @149
+@1633 := @64 @149
+@1634 := @13 @1632
+@1635 := @1634 @31
+@1636 := @29 @151
+@1637 := @64 @151
+@1638 := @13 @1636
+@1639 := @1638 @31
+@1640 := @29 @153
+@1641 := @64 @153
+@1642 := @13 @1640
+@1643 := @1642 @31
+@1644 := @29 @36
+@1645 := @64 @36
+@1647 := @13 @1644 @31
+@1648 := @29 @38
+@1649 := @64 @38
+@1651 := @13 @1648 @31
+@1652 := @29 @40
+@1653 := @64 @40
+@1655 := @13 @1652 @31
+@1656 := @96 @1652
+@1657 := @1656 @95
+@1658 := @96 @1648
+@1659 := @1658 @1657
+@1660 := @96 @1644
+@1661 := @1660 @1659
+@1662 := @96 @1640
+@1663 := @1662 @1661
+@1664 := @96 @1636
+@1665 := @1664 @1663
+@1666 := @96 @1632
+@1667 := @1666 @1665
+@1670 := Prod.{0, 0} @35 @91
+@1673 := Prod.mk.{0, 0} @35 @91
+@1674 := @1673 @1539
+@1675 := @1674 @1652
+@1676 := @1673 @1512
+@1677 := @1676 @1648
+@1678 := @1673 @1485
+@1679 := @1678 @1644
+@1680 := @1673 @1392
+@1681 := @1680 @1640
+@1682 := @1673 @720
+@1683 := @1682 @1636
+@1684 := @1673 @9
+@1685 := @1684 @1632
+@1686 := @93 @1670
+@1687 := @94 @1670
+@1689 := @1687 @1685 @1686
+@1691 := @1687 @1683 @1689
+@1693 := @1687 @1681 @1691
+@1695 := @1687 @1679 @1693
+@1697 := @1687 @1677 @1695
+@1699 := @1687 @1675 @1697
+@1700 := Bool.true
+@1701 := LexLeanTarget.TargetSyntax.Function
+@1702 := LexLeanTarget.TargetSyntax.Program.functions
+@1703 := @1702 @0
+@1704 := @93 @35
+@1705 := LexLeanTarget.TargetSyntax.Ty.unit
+@1706 := LexLeanTarget.TargetSyntax.Value.unit
+@1709 := LexLeanTarget.TargetSyntax.Expr.value @1705 @1706
+@1714 := LexLeanTarget.TargetSyntax.Function.mk @1704 @109 @1705 @1709
+@1719 := List.getD.{0} @1701 @1703 @9 @1714
+@1723 := fun (__e_n : @35) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.root @4 @9
+@1724 := @221 @1652
+@1725 := @1642 @38
+@1727 := @143 (@1666 @36)
+@1733 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1725) -> (hs : @225) -> @1727 @171
+@1734 := @1724 @31
+@1741 := {vs : @147} -> {ts : @148} -> (h : @1647) -> (hs : @225) -> @143 (@1664 @36) @260
+@1742 := @1734 @95
+@1743 := @1662 @95
+@1748 := {ts : @148} -> (h : @1651) -> (hs : @271) -> @143 @1743 @260
+@1749 := @1742 @109
+@1750 := @1660 @95
+@1751 := @143 @1750
+@1754 := (h : @1655) -> (hs : @145) -> @1751 @112
+@1755 := @1749 @1653
+@1756 := @1658 @95
+@1758 := @143 @1756 @112
+@1759 := (hs : @145) -> @1758
+@1760 := @1755 @142
+@1762 := @143 @1657 @112
+@1763 := @221 @1648
+@1764 := @1638 @38
+@1765 := @29 @157
+@1766 := @96 @1765
+@1768 := @143 (@1766 @36)
+@1774 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1764) -> (hs : @225) -> @1768 @171
+@1775 := @1763 @31
+@1780 := {vs : @147} -> {ts : @148} -> (h : @1643) -> (hs : @225) -> @1727 @260
+@1781 := @1775 @1657
+@1782 := @1751 @40
+@1783 := @1664 @1743
+@1788 := {ts : @148} -> (h : @1647) -> (hs : @1782) -> @143 @1783 @260
+@1789 := @1781 @112
+@1790 := @1662 @1750
+@1791 := @143 @1790
+@1794 := (h : @1651) -> (hs : @1758) -> @1791 @113
+@1795 := @1789 @1649
+@1796 := @1660 @1756
+@1798 := @143 @1796 @113
+@1799 := (hs : @1762) -> @1798
+@1800 := @1795 @1760
+@1802 := @143 @1659 @113
+@1803 := @221 @1644
+@1804 := @1634 @38
+@1805 := @29 @163
+@1806 := @96 @1805
+@1808 := @143 (@1806 @36)
+@1814 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1804) -> (hs : @225) -> @1808 @171
+@1815 := @1803 @31
+@1820 := {vs : @147} -> {ts : @148} -> (h : @1639) -> (hs : @225) -> @1768 @260
+@1821 := @1815 @1659
+@1822 := @1791 @40
+@1823 := @1666 @1783
+@1828 := {ts : @148} -> (h : @1643) -> (hs : @1822) -> @143 @1823 @260
+@1829 := @1821 @113
+@1830 := @1664 @1790
+@1831 := @143 @1830
+@1834 := (h : @1647) -> (hs : @1798) -> @1831 @114
+@1835 := @1829 @1645
+@1836 := @1662 @1796
+@1838 := @143 @1836 @114
+@1839 := (hs : @1802) -> @1838
+@1840 := @1835 @1800
+@1842 := @143 @1661 @114
+@1843 := @221 @1640
+@1844 := @13 @1765
+@1845 := @1844 @38
+@1846 := #9
+@1847 := @29 @1846
+@1848 := @96 @1847
+@1850 := @143 (@1848 @36)
+@1856 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1845) -> (hs : @225) -> @1850 @171
+@1857 := @1843 @31
+@1862 := {vs : @147} -> {ts : @148} -> (h : @1635) -> (hs : @225) -> @1808 @260
+@1863 := @1857 @1661
+@1864 := @1831 @40
+@1865 := @1766 @1823
+@1870 := {ts : @148} -> (h : @1639) -> (hs : @1864) -> @143 @1865 @260
+@1871 := @1863 @114
+@1872 := @1666 @1830
+@1873 := @143 @1872
+@1876 := (h : @1643) -> (hs : @1838) -> @1873 @115
+@1877 := @1871 @1641
+@1878 := @1664 @1836
+@1880 := @143 @1878 @115
+@1881 := (hs : @1842) -> @1880
+@1882 := @1877 @1840
+@1884 := @143 @1663 @115
+@1885 := @221 @1636
+@1886 := @13 @1805
+@1887 := @1886 @38
+@1888 := #10
+@1889 := @29 @1888
+@1890 := @96 @1889
+@1892 := @143 (@1890 @36)
+@1898 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1887) -> (hs : @225) -> @1892 @171
+@1899 := @1885 @31
+@1900 := @1844 @31
+@1905 := {vs : @147} -> {ts : @148} -> (h : @1900) -> (hs : @225) -> @1850 @260
+@1906 := @1899 @1663
+@1907 := @1873 @40
+@1908 := @1806 @1865
+@1913 := {ts : @148} -> (h : @1635) -> (hs : @1907) -> @143 @1908 @260
+@1914 := @1906 @115
+@1915 := @1766 @1872
+@1916 := @143 @1915
+@1919 := (h : @1639) -> (hs : @1880) -> @1916 @116
+@1920 := @1914 @1637
+@1921 := @1666 @1878
+@1923 := @143 @1921 @116
+@1924 := (hs : @1884) -> @1923
+@1925 := @1920 @1882
+@1927 := @143 @1665 @116
+@1928 := @221 @1632
+@1930 := @13 @1847 @38
+@1931 := #11
+@1932 := @29 @1931
+@1933 := @96 @1932
+@1941 := {t : @92} ->
+  {vs : @147} -> {ts : @148} -> (h : @1930) -> (hs : @225) -> @143 (@1933 @36) @171
+@1942 := @1928 @31
+@1948 := {vs : @147} -> {ts : @148} -> (h : @1886 @31) -> (hs : @225) -> @1892 @260
+@1949 := @1942 @1665
+@1950 := @1916 @40
+@1951 := @1848 @1908
+@1952 := @143 @1951
+@1956 := {ts : @148} -> (h : @1900) -> (hs : @1950) -> @1952 @260
+@1957 := @1949 @116
+@1958 := @1806 @1915
+@1959 := @143 @1958
+@1962 := (h : @1635) -> (hs : @1923) -> @1959 @117
+@1963 := @1957 @1633
+@1964 := @1766 @1921
+@1965 := @143 @1964
+@1967 := (hs : @1927) -> @1965 @117
+@1968 := @1963 @1925
+@1969 := @143 @1667
+@1970 := @1969 @117
+@1971 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.denote
+@1977 := @1971 @149 @151 @153 @36 @38 @40
+@1978 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.__fits_0
+@1984 := @1978 @149 @151 @153 @36 @38 @40
+@1992 := @29 (Reasoning.Main.triageLevel @149 @151 @153 @36 @38 @40)
+@1999 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.root @149 @151 @153 @36 @38 @40
+@2000 := Bool
+@2001 := Ne.{1}
+@2002 := LexLeanPreservation.Obs
+@2003 := @2001 @2002
+@2004 := LexLeanPreservation.Rel
+@2007 := @2003 (@2004 @40 @4)
+@2008 := LexLeanPreservation.Obs.stuck
+@2011 := (f : @2000) -> (v : @91) -> @2007 @2008
+@2013 := LexLeanPreservation.Rust.rel_ne_stuck @1984
+@2024 := (v : @91) -> @2003 (@2004 (@1978 @157 @149 @151 @153 @36 @38) @4) @2008
+@2025 := @2013 @1992
+@2029 := @2003 (@2004 @1984 @1992) @2008
+@2030 := @146 @1670
+@2031 := LexLeanPreservation.Rust.FunSem
+@2037 := (n : @35) -> @2031 @1846 @163 @157 @4 @149
+@2038 := @596 @1701
+@2039 := @595 @2038
+@2046 := LexLeanRuntime.index (@146 @1701) @1701 (LexLeanRuntime.instIndexableList @1701)
+@2050 := @2039 (@2046 (@1702 @1846) @149)
+@2051 := @604 @1701
+@2052 := @2051 @151
+@2053 := @2050 @2052
+@2057 := @118 @1888 @1846 @163 @151
+@2058 := LexLeanTarget.TargetSyntax.Function.types
+@2059 := @2058 @149
+@2060 := @2057 @2059
+@2061 := @596 @2030
+@2062 := @595 @2061
+@2063 := LexLeanTarget.TargetSemantics.bindAll
+@2064 := LexLeanTarget.TargetSyntax.Function.parameters
+@2069 := @2062 (@2063 (@2064 @157) @149 @1686)
+@2070 := @604 @2030
+@2071 := @2070 @151
+@2072 := @2069 @2071
+@2073 := @596 @2000
+@2074 := @595 @2073
+@2075 := LexLeanPreservation.Rust.fnFallible
+@2078 := @2074 (@2075 @1931 @1846)
+@2079 := @604 @2000
+@2080 := @2079 @151
+@2081 := @2078 @2080
+@2082 := LexLeanPreservation.RunConv
+@2083 := #13
+@2087 := @2082 @2083 @1888 @163 @151
+@2089 := @2003 @149 @2008
+@2090 := Exists.{1}
+@2091 := LexLeanPreservation.Rust.ROut
+@2092 := @2090 @2091
+@2093 := And
+@2094 := LexLeanPreservation.Rust.RealizesFn
+@2098 := @2093 (@2094 @1846 @163 @4)
+@2099 := LexLeanPreservation.Rust.RCI
+@2100 := #15
+@2101 := @2099 @2100
+@2102 := LexLeanPreservation.Rust.fnIdent
+@2103 := @2102 @2083
+@2110 := (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2101 @2103 @1931 @4))
+@2125 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2037) ->
+  (hfn : @2053) -> (hwt : @2060) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2087) -> @2110
+@2127 := LexLeanPreservation.Rust.compose @0
+@2128 := @2031 @0
+@2133 := (n : @35) -> @2128 @163 @157 @4 @149
+@2134 := @2046 @1703
+@2137 := @2039 (@2134 @149) @2052
+@2141 := @129 @1846 @163 @151 @2059
+@2142 := @2082 @0
+@2145 := @2142 @1888 @163 @151
+@2159 := {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2133) ->
+  (hfn : @2137) -> (hwt : @2141) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2145) -> @2110
+@2160 := @2127 @1
+@2161 := @2128 @1
+@2165 := (n : @35) -> @2161 @157 @4 @149
+@2168 := @137 @163 @151 @2059
+@2169 := @2075 @1
+@2172 := @2074 (@2169 @1846) @2080
+@2173 := @2099 @1
+@2183 := (hbind : @2072) ->
+  (hF : @2172) ->
+  (hA : @2145) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2173 @2103 @1931 @4))
+@2193 := {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} -> {o : @2002} -> (hB : @2165) -> (hfn : @2137) -> (hwt : @2168) -> @2183
+@2194 := @2160 @2
+@2196 := @2161 @2 @4
+@2198 := (n : @35) -> @2196 @149
+@2199 := @143 @151
+@2200 := @2199 @2059
+@2209 := {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} -> {o : @2002} -> (hB : @2198) -> (hfn : @2137) -> (hwt : @2200) -> @2183
+@2210 := @2194 @9
+@2212 := (n : @35) -> @2196 @9
+@2213 := @2134 @9
+@2214 := @2039 @2213
+@2215 := @2214 @2052
+@2216 := @2169 @9
+@2217 := @2074 @2216
+@2218 := @2217 @2080
+@2219 := @2142 @9
+@2221 := @2219 @163 @151
+@2223 := @2173 (@2102 @9)
+@2231 := (hF : @2218) ->
+  (hA : @2221) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2223 @1931 @4))
+@2240 := {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} -> (hB : @2212) -> (hfn : @2215) -> (hwt : @2200) -> (hbind : @2072) -> @2231
+@2241 := @2210 @1719
+@2243 := @2214 (@2051 @1719)
+@2244 := @2058 @1719
+@2245 := @2199 @2244
+@2247 := @2063 (@2064 @1719)
+@2259 := {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) -> (hwt : @2245) -> (hbind : @2062 (@2247 @149 @1686) @2071) -> @2231
+@2260 := @2241 @1667
+@2266 := @1933 (@1890 (@1848 (@1806 (@1766 (@1666 @95)))))
+@2268 := @143 @2266 @2244
+@2269 := #12
+@2271 := @96 (@29 @2269)
+@2277 := @2271 (@1933 (@1890 (@1848 (@1806 (@1766 @95)))))
+@2281 := @2062 (@2247 @2277 @1686) @2071
+@2282 := #14
+@2284 := @96 (@29 @2282)
+@2286 := @96 (@29 @2083)
+@2292 := @2284 (@2286 (@2271 (@1933 (@1890 (@1848 @95)))))
+@2294 := @2219 @2292 @151
+@2297 := @96 (@29 #17)
+@2300 := @96 (@29 #16)
+@2302 := @96 (@29 @2100)
+@2323 := {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2268) ->
+  (hbind : @2281) ->
+  (hF : @2218) ->
+  (hA : @2294) ->
+  (hne : @2089) ->
+  @2092 (fun (ro : @2091) => @2098 (@2223 (@2297 (@2300 (@2302 (@2284 (@2286 (@2271 @95)))))) @4))
+@2324 := @2260 @1699
+@2330 := @1890 (@1848 (@1806 (@1766 (@1666 (@1664 @95)))))
+@2332 := @143 @2330 @2244
+@2355 := @2062
+    (@2247 @2266 @1686)
+    (@2070
+      (@1687
+        (@1674 @1632)
+        (@1687
+          (@1676 @1765)
+          (@1687
+            (@1678 @1805)
+            (@1687 (@1680 @1847) (@1687 (@1682 @1889) (@1687 (@1684 @1932) @1686)))))))
+@2361 := @2286 (@2271 (@1933 (@1890 (@1848 (@1806 @95)))))
+@2383 := {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2332) ->
+  (hbind : @2355) ->
+  (hF : @2218) ->
+  (hA : @2219 @2361 @151) ->
+  (hne : @2089) ->
+  @2092 (fun (ro : @2091) => @2098 (@2223 (@2300 (@2302 (@2284 (@2286 (@2271 (@1933 @95)))))) @4))
+@2384 := @2324 @1700
+@2385 := @1952 @2244
+@2408 := @2062
+    (@2247 @2330 @1686)
+    (@2070
+      (@1687
+        (@1674 @1636)
+        (@1687
+          (@1676 @1632)
+          (@1687
+            (@1678 @1765)
+            (@1687 (@1680 @1805) (@1687 (@1682 @1847) (@1687 (@1684 @1889) @1686)))))))
+@2410 := @2217 (@2079 @1700)
+@2412 := @2219 @2277 @151
+@2413 := @2094 @1700
+@2435 := {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2385) ->
+  (hbind : @2408) ->
+  (hF : @2410) ->
+  (hA : @2412) ->
+  (hne : @2089) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 @163 @4) (@2223 (@2302 (@2284 (@2286 (@2271 (@1933 (@1890 @95)))))) @4))
+@2436 := @2384 @1977
+@2437 := @1959 @2244
+@2460 := @2062
+    (@2247 @1951 @1686)
+    (@2070
+      (@1687
+        (@1674 @1640)
+        (@1687
+          (@1676 @1636)
+          (@1687
+            (@1678 @1632)
+            (@1687 (@1680 @1765) (@1687 (@1682 @1805) (@1687 (@1684 @1847) @1686)))))))
+@2461 := @2219 @2266
+@2467 := @1971 @1931 @1888 @1846 @163 @157 @149
+@2468 := @2461 @2467
+@2474 := @1971 @2269 @1931 @1888 @1846 @163 @157
+@2497 := (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2437) ->
+  (hbind : @2460) ->
+  (hF : @2410) ->
+  (hA : @2468) ->
+  (hne : @2003 @2474 @2008) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 (@1971 @2282 @2083 @2269 @1931 @1888 @1846) @4) (@2223 @2292 @4))
+@2498 := @2436 @1723
+@2499 := @1965 @2244
+@2522 := @2062
+    (@2247 @1958 @1686)
+    (@2070
+      (@1687
+        (@1674 @1644)
+        (@1687
+          (@1676 @1640)
+          (@1687
+            (@1678 @1636)
+            (@1687 (@1680 @1632) (@1687 (@1682 @1765) (@1687 (@1684 @1805) @1686)))))))
+@2523 := @2219 @2330
+@2529 := @1971 @1888 @1846 @163 @157 @149 @151
+@2552 := (hfn : @2243) ->
+  (hwt : @2499) ->
+  (hbind : @2522) ->
+  (hF : @2410) ->
+  (hA : @2523 @2529) ->
+  (hne : @2003 @2467 @2008) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 (@1971 @2083 @2269 @1931 @1888 @1846 @163) @4) (@2223 @2361 @4))
+@2555 := @2498 (@704 @2038 @2213)
+@2556 := @1969 @2244
+@2579 := @2062
+    (@2247 @1964 @1686)
+    (@2070
+      (@1687
+        (@1674 @1648)
+        (@1687
+          (@1676 @1644)
+          (@1687
+            (@1678 @1640)
+            (@1687 (@1680 @1636) (@1687 (@1682 @1632) (@1687 (@1684 @1765) @1686)))))))
+@2580 := @2219 @1951
+@2586 := @1971 @1846 @163 @157 @149 @151 @153
+@2602 := (hwt : @2556) ->
+  (hbind : @2579) ->
+  (hF : @2410) ->
+  (hA : @2580 @2586) ->
+  (hne : @2003 @2529 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2474 @4) (@2223 @2277 @4))
+@2603 := @2555 @1968
+@2605 := @2247 @1667 @1686
+@2608 := @2062 @2605 (@2070 @1699)
+@2609 := @2219 @1958
+@2615 := @1971 @163 @157 @149 @151 @153 @36
+@2630 := (hbind : @2608) ->
+  (hF : @2410) ->
+  (hA : @2609 @2615) ->
+  (hne : @2003 @2586 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2467 @4) (@2223 @2266 @4))
+@2633 := @2603 (@704 @2061 @2605)
+@2634 := @2219 @1964
+@2640 := @1971 @157 @149 @151 @153 @36 @38
+@2654 := (hF : @2410) ->
+  (hA : @2634 @2640) ->
+  (hne : @2003 @2615 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2529 @4) (@2223 @2330 @4))
+@2657 := @2633 (@704 @2073 @2216)
+@2671 := (hA : @2219 @1667 @1977) ->
+  (hne : @2003 @2640 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2586 @4) (@2223 @1951 @4))
+@2672 := @2657 @1999
+@2683 := (hne : @2003 @1977 @2008) ->
+  @2092 (fun (ro : @2091) => @2093 (@2413 @2615 @4) (@2223 @1958 @4))
+@2684 := @2672 @2025
+@2690 := @2093 (@2413 @2640 @4) (@2223 @1964 @4)
+@2692 := @2092 (fun (ro : @2091) => @2690)
+@2694 := @2092 (fun (__e_ro : @2091) => @2690)
+@2703 := LexLeanPreservation.Rust.RepresentableL
+    (@1664 (@1662 (@1660 (@1658 (@1656 (@96 @42 @95))))))
+@2704 := (__e_hrep : @2703) -> @2694
+@2705 := fun (__e_hrep : @2703) => @2684
+@2706 := (infection : @35) -> @2704
+@2707 := fun (infection : @35) => @2705
+@2708 := (systolic : @35) -> @2706
+@2709 := fun (systolic : @35) => @2707
+@2710 := (whiteCells : @35) -> @2708
+@2711 := fun (whiteCells : @35) => @2709
+@2712 := (respiratoryRate : @35) -> @2710
+@2713 := fun (respiratoryRate : @35) => @2711
+@2714 := (heartRate : @35) -> @2712
+@2715 := fun (heartRate : @35) => @2713
+@2716 := (temperature : @35) -> @2714
+@2717 := fun (temperature : @35) => @2715
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/RustCore.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/RustCore.lean
new file mode 100644
index 000000000..8d2a04607
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/RustCore.lean
@@ -0,0 +1,360 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
+      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 20 [(.var 0)])), (.arm (.adt 1) [] (.call 21 [(.var 0)])), (.arm (.adt 2) [] (.call 22 [(.var 0)])), (.arm (.adt 3) [] (.call 23 [(.var 0)])), (.arm (.adt 4) [] (.call 24 [(.var 0)])), (.arm (.adt 5) [] (.call 25 [(.var 0)])), (.arm (.adt 6) [] (.call 26 [(.var 0)])), (.arm (.adt 7) [] (.call 27 [(.var 0)]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 28 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 29 [(.var 0)]) (.call 30 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 1) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 2) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
+    (.enum (.fn 0) [{ number := 5, fields := [] }]) ::
+    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 5, captures := [], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 11)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 24) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 26) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 27) [(.move (.generated .binding 0))] false)))]))) ::
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
+    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false))) ::
+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false))) ::
+    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false))) ::
+    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false))) ::
+    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false))) ::
+    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]))) ::
+    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]))) ::
+    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]))) ::
+    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]))) ::
+    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]))) ::
+    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]))) ::
+    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]))) ::
+    (.function (.generated .function 40) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.adt 1)) (.mk [] (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 6)))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.call (.function 8) [(.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 12))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 0) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 1) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 2), (some 2)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 2) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(3, (.adt 2), (some 3)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 3) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 4) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(5, (.adt 2), (some 5)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 5) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 2), (some 6)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 6) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) []))))) (Corr.mCons (Γ' := [(7, (.adt 2), (some 7)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 2)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 24) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 26) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 27) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 2)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 24) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 26) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 27) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 28) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 29) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.move (.generated .binding 0))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 33))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 49))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 52))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 55))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 60))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 63))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))]) (tail := (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 66))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 67))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 71))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 74))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 77))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 78))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 84))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 90))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 99))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun30 : FunOK program krate flags 30 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 105))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun31 : FunOK program krate flags 31 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 108))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun32 : FunOK program krate flags 32 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun33 : FunOK program krate flags 33 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 116))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 120))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 121))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun34 : FunOK program krate flags 34 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 124))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 128))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 129))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun35 : FunOK program krate flags 35 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 132))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 133))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 135))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 136))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun36 : FunOK program krate flags 36 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 138))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 139))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 140))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 141))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 143))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun37 : FunOK program krate flags 37 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 146))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 150))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 151))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun38 : FunOK program krate flags 38 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 154))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 155))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 157))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 158))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun39 : FunOK program krate flags 39 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 162))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 164))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 165))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 167))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 168))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun40 : FunOK program krate flags 40 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 170))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 171))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 172))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 173))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 174))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 175))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 176))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 177))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 178))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | 30 => exact fun30
+  | 31 => exact fun31
+  | 32 => exact fun32
+  | 33 => exact fun33
+  | 34 => exact fun34
+  | 35 => exact fun35
+  | 36 => exact fun36
+  | 37 => exact fun37
+  | 38 => exact fun38
+  | 39 => exact fun39
+  | 40 => exact fun40
+  | _ + 41 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1.lean
new file mode 100644
index 000000000..e1cdbdf9b
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1.lean
@@ -0,0 +1,409 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.call 2 [(.var 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.call 3 [(.var 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 4 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 5 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
+      body := (.call 6 [(.closure 7 []), (.value .nat (.nat 11)), (.call 8 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 9 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 10 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 6 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.call 11 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 12 [(.var 0), (.var 1)]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 10 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
+
+def __enc_1 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
+
+def __enc_2 : (Reasoning.Clinic.Triage.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Reasoning.Clinic.Triage.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Reasoning.Clinic.Triage.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Reasoning.Clinic.Triage.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+  | Reasoning.Clinic.Triage.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
+  | Reasoning.Clinic.Triage.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
+  | Reasoning.Clinic.Triage.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
+  | Reasoning.Clinic.Triage.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
+  | Reasoning.Clinic.Triage.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
+
+def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
+
+def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.feverish in
+theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_32 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_32 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_32 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
+
+def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachycardic in
+theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_33 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_33 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_33 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
+
+def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachypneic in
+theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_34 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_34 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_34 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
+
+def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.leukocytic in
+theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
+
+def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.hypotensive in
+theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
+
+theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_11 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  ((((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_11 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_11 _ys) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Clinic.Triage.select _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
+
+def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_1 (Reasoning.Clinic.Fever.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
+theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Fever.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_1 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
+theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachycardia.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_1 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachypnea.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_1 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
+theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Leukocytosis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_1 (Reasoning.Clinic.Sirs.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
+theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sirs.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_40 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_40 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 40 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_40 s) (__enc_1 (Reasoning.Clinic.Sepsis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_27 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_19 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
+theorem __rel_27 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_27 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sepsis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_41 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_41 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 41 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_41 s) (__enc_1 (Reasoning.Clinic.Shock.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_28 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_20 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
+theorem __rel_28 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_28 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Shock.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_41 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_42 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
+
+theorem __rel_42 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 42 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_42 s) (__enc_1 (Reasoning.Clinic.Escalate.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_29 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_21 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
+theorem __rel_29 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_29 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Escalate.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_42 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_12 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : Bool :=
+  (Bool.true && (match _ystep with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys)))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
+theorem __rel_12 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 _ys), (__enc_2 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_12 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.fire _ys _ystep))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_2 (fun (__a : (Reasoning.Clinic.Triage.Step)) => (match __a with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys))))) (fun (__a : (Reasoning.Clinic.Triage.Step)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Reasoning.Clinic.Triage.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Clinic.Triage.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Clinic.Triage.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Clinic.Triage.Step)) _ => match __a with | Reasoning.Clinic.Triage.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys)))) | Reasoning.Clinic.Triage.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys))))) | Reasoning.Clinic.Triage.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys)))))) | Reasoning.Clinic.Triage.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))))))) | Reasoning.Clinic.Triage.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))) | Reasoning.Clinic.Triage.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 (_ys))))))))) | Reasoning.Clinic.Triage.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 (_ys)))))))))) | Reasoning.Clinic.Triage.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (_ys)))))))))))))
+
+def __fits_7 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_11 (_ys))) && (match (Reasoning.Clinic.Triage.select (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (_ys) (_ystep)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.fire Reasoning.Clinic.Triage.select in
+theorem __rel_7 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.next _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (_ys) (_ystep))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Chart))) | Option.some _ystep => (Reasoning.Clinic.Triage.fire (_ys) (_ystep)))) (Reasoning.Clinic.Triage.select (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (_ys))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_12 (_ys) (_ystep)))))))
+
+def __fits_8 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_8 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_8 patient) (__enc_1 (Reasoning.Clinic.Triage.observe patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_4 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_8 (patient))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_7 __p0) ((Reasoning.Clinic.Triage.next)) ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.observe in
+theorem __rel_4 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_4 patient) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Clinic.Triage.saturate patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (patient))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Clinic.Triage.next)) (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_7 __p0) 7 [] (fun (__p0 : (Reasoning.Clinic.Chart)) => __rel_7 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Clinic.Triage.next))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 6) (ts := (.adt 1)) rfl ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
+
+def __fits_10 (chart : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_10 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_1 chart)] (_root_.LexLeanPreservation.Rel (__fits_10 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.extract chart))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
+
+def __fits_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble r (3 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.feverish Reasoning.Clinic.hypotensive Reasoning.Clinic.tachycardic in
+theorem __rel_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_0 v), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_13 v r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.recommendationCheck v r))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq r (3 : Nat)) || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))))))) (Nat.ble r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))) (Nat.beq r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))) (Reasoning.Clinic.hypotensive (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (v))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))) (Nat.beq (v).infection (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (v).infection (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic (v)))) (Reasoning.Clinic.feverish (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 (v))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (v)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot ((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_9 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_10 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.extract Reasoning.Clinic.recommendationCheck in
+theorem __rel_9 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 patient _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.accept patient _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Clinic.recommendationCheck (patient) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_13 (patient) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_5 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 (patient) (_ys))) && (match (Reasoning.Clinic.Triage.accept (patient) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_10 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.accept Reasoning.Clinic.Triage.extract in
+theorem __rel_5 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 patient _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.conclude patient _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_10 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Clinic.Triage.accept (patient) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_9 (patient) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
+
+def __fits_3 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_4 (patient))) && (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.conclude Reasoning.Clinic.Triage.saturate in
+theorem __rel_3 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_3 patient) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.verdict patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (patient))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Clinic.Triage.conclude (patient) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_5 (patient) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_2 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_3 (v)))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.verdict in
+theorem __rel_2 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_2 v) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.GatewayTriage v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (v)))
+
+def __fits_1 (_yinput : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_2 (_yinput)))
+
+attribute [local irreducible] Reasoning.Main.GatewayTriage in
+theorem __rel_1 (_yinput : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_1 _yinput) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.GatewayModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_yinput)))
+
+def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
+  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Main.GatewayModel (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok level => Bool.true | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Main.GatewayModel in
+theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gatewayLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok level => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok level => level | Except.error failure => (9 : Nat))) (Reasoning.Main.GatewayModel (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok level => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gatewayLevel temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gatewayLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/Compose/RustCore.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..be58dc7d3
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/Compose/RustCore.lex.tex
@@ -0,0 +1,1341 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_0 : @16 := @716 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_1 : @724 := @1388 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_2 : @1396 := @1631 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.root : @2716 := @2717 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.flags
+@3 := Reasoning.Clinic.Vitals
+@4 := #0
+@5 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Reasoning.Clinic.Vitals.temperature
+@18 := @17 @4
+@19 := Reasoning.Clinic.Vitals.heartRate
+@20 := @19 @4
+@21 := Reasoning.Clinic.Vitals.respiratoryRate
+@22 := @21 @4
+@23 := Reasoning.Clinic.Vitals.whiteCells
+@24 := @23 @4
+@25 := Reasoning.Clinic.Vitals.systolic
+@26 := @25 @4
+@27 := Reasoning.Clinic.Vitals.infection
+@28 := @27 @4
+@29 := LexLeanTarget.TargetSyntax.Value.nat
+@30 := @29 @18
+@31 := LexLeanTarget.TargetSyntax.Ty.nat
+@32 := LexLeanTarget.TargetSyntax.Program
+@33 := LexLeanPreservation.Rust.RCrate
+@34 := LexLeanPreservation.Rust.Flags
+@35 := Nat
+@36 := #3
+@37 := @7 @36
+@38 := #2
+@39 := @37 @38
+@40 := #1
+@41 := @39 @40
+@42 := @29 @4
+@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
+@50 := LexLeanPreservation.Rust.wt_nat @0
+@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
+@58 := @50 @1
+@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
+@64 := @58 @2
+@67 := (n : @35) -> @13 @42 @31
+@68 := @64 @18
+@70 := @13 @30 @31
+@71 := @29 @20
+@72 := @64 @20
+@74 := @13 @71 @31
+@75 := @29 @22
+@76 := @64 @22
+@78 := @13 @75 @31
+@79 := @29 @24
+@80 := @64 @24
+@82 := @13 @79 @31
+@83 := @29 @26
+@84 := @64 @26
+@86 := @13 @83 @31
+@87 := @29 @28
+@88 := @64 @28
+@90 := @13 @87 @31
+@91 := LexLeanTarget.TargetSyntax.Value
+@92 := LexLeanTarget.TargetSyntax.Ty
+@93 := List.nil.{0}
+@94 := List.cons.{0}
+@95 := @93 @91
+@96 := @94 @91
+@98 := @96 @87 @95
+@100 := @96 @83 @98
+@102 := @96 @79 @100
+@104 := @96 @75 @102
+@106 := @96 @71 @104
+@108 := @96 @30 @106
+@109 := @93 @92
+@110 := @94 @92
+@111 := @110 @31
+@112 := @111 @109
+@113 := @111 @112
+@114 := @111 @113
+@115 := @111 @114
+@116 := @111 @115
+@117 := @111 @116
+@118 := LexLeanPreservation.Rust.WTL
+@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
+@128 := LexLeanPreservation.Rust.wtl_nil @0
+@129 := @118 @0
+@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
+@136 := @128 @1
+@137 := @129 @1
+@141 := {A : @34} -> @137 @4 @95 @109
+@142 := @136 @2
+@143 := @137 @2
+@144 := @143 @95
+@145 := @144 @109
+@146 := List.{0}
+@147 := @146 @91
+@148 := @146 @92
+@149 := #6
+@150 := @7 @149
+@151 := #5
+@152 := @150 @151
+@153 := #4
+@156 := @152 @153 @36 @38
+@157 := #7
+@162 := @118 @157 @149 @151 @38 @40
+@163 := #8
+@166 := @118 @163 @157 @149
+@168 := @96 @151 @36
+@169 := @166 @168
+@171 := @110 @153 @38
+@181 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
+@183 := LexLeanPreservation.Rust.wtl_cons @0
+@187 := @11 @151 @153 @36 @38
+@191 := @129 @149 @151 @38 @40
+@203 := {c : @33} ->
+  {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
+@204 := @183 @1
+@207 := @12 @153 @36 @38
+@210 := @137 @151 @38 @40
+@220 := {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
+@221 := @204 @2
+@223 := @13 @36 @38
+@225 := @143 @38 @40
+@233 := {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
+@234 := @221 @87
+@236 := @29 (@27 @36)
+@249 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
+@250 := @234 @31
+@252 := @29 (@27 @38)
+@254 := @13 @252 @31
+@259 := @143 (@96 (@29 (@27 @153)) @36)
+@260 := @111 @38
+@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
+@266 := @250 @95
+@268 := @29 (@27 @40)
+@270 := @13 @268 @31
+@271 := @144 @40
+@273 := @96 @236 @95
+@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
+@279 := @266 @109
+@281 := @96 @252 @95
+@282 := @143 @281
+@285 := (h : @90) -> (hs : @145) -> @282 @112
+@286 := @279 @88
+@288 := @96 @268 @95
+@290 := @143 @288 @112
+@291 := (hs : @145) -> @290
+@292 := @286 @142
+@294 := @143 @98 @112
+@295 := @221 @83
+@297 := @29 (@25 @36)
+@310 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
+@311 := @295 @31
+@313 := @29 (@25 @38)
+@325 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
+@326 := @311 @98
+@328 := @29 (@25 @40)
+@330 := @13 @328 @31
+@331 := @282 @40
+@333 := @96 @297 @273
+@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
+@339 := @326 @112
+@341 := @96 @313 @281
+@342 := @143 @341
+@345 := (h : @86) -> (hs : @290) -> @342 @113
+@346 := @339 @84
+@348 := @96 @328 @288
+@350 := @143 @348 @113
+@351 := (hs : @294) -> @350
+@352 := @346 @292
+@354 := @143 @100 @113
+@355 := @221 @79
+@357 := @29 (@23 @36)
+@370 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
+@371 := @355 @31
+@373 := @29 (@23 @38)
+@385 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
+@386 := @371 @100
+@388 := @29 (@23 @40)
+@390 := @13 @388 @31
+@391 := @342 @40
+@393 := @96 @357 @333
+@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
+@399 := @386 @113
+@401 := @96 @373 @341
+@402 := @143 @401
+@405 := (h : @82) -> (hs : @350) -> @402 @114
+@406 := @399 @80
+@408 := @96 @388 @348
+@410 := @143 @408 @114
+@411 := (hs : @354) -> @410
+@412 := @406 @352
+@414 := @143 @102 @114
+@415 := @221 @75
+@417 := @29 (@21 @36)
+@430 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
+@431 := @415 @31
+@433 := @29 (@21 @38)
+@445 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
+@446 := @431 @102
+@448 := @29 (@21 @40)
+@450 := @13 @448 @31
+@451 := @402 @40
+@453 := @96 @417 @393
+@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
+@459 := @446 @114
+@461 := @96 @433 @401
+@462 := @143 @461
+@465 := (h : @78) -> (hs : @410) -> @462 @115
+@466 := @459 @76
+@468 := @96 @448 @408
+@470 := @143 @468 @115
+@471 := (hs : @414) -> @470
+@472 := @466 @412
+@474 := @143 @104 @115
+@475 := @221 @71
+@477 := @29 (@19 @36)
+@490 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
+@491 := @475 @31
+@493 := @29 (@19 @38)
+@505 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
+@506 := @491 @104
+@508 := @29 (@19 @40)
+@510 := @13 @508 @31
+@511 := @462 @40
+@513 := @96 @477 @453
+@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
+@519 := @506 @115
+@521 := @96 @493 @461
+@522 := @143 @521
+@525 := (h : @74) -> (hs : @470) -> @522 @116
+@526 := @519 @72
+@528 := @96 @508 @468
+@530 := @143 @528 @116
+@531 := (hs : @474) -> @530
+@532 := @526 @472
+@534 := @143 @106 @116
+@535 := @221 @30
+@537 := @29 (@17 @36)
+@550 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
+@551 := @535 @31
+@553 := @29 (@17 @38)
+@565 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
+@566 := @551 @106
+@568 := @29 (@17 @40)
+@570 := @13 @568 @31
+@571 := @522 @40
+@573 := @96 @537 @513
+@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
+@579 := @566 @116
+@581 := @96 @553 @521
+@582 := @143 @581
+@585 := (h : @70) -> (hs : @530) -> @582 @117
+@586 := @579 @68
+@588 := @96 @568 @528
+@590 := @143 @588 @117
+@591 := (hs : @534) -> @590
+@592 := @586 @532
+@594 := @143 @108 @117
+@595 := Eq.{1}
+@596 := Option.{0}
+@597 := @596 @148
+@598 := @595 @597
+@599 := LexLeanPreservation.Rust.adtFields
+@603 := @598 (@599 @149 @36 @38)
+@604 := Option.some.{0}
+@605 := @604 @148
+@606 := @605 @4
+@607 := @603 @606
+@610 := @7 @163 @157 @149
+@611 := LexLeanTarget.TargetSyntax.Value.adt
+@613 := @611 @153 @36
+@614 := @610 @613
+@615 := @8 @151
+@625 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
+@627 := LexLeanPreservation.Rust.wt_adt @0
+@628 := @599 @0
+@632 := @598 (@628 @36 @38) @606
+@644 := {c : @33} ->
+  {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
+@645 := @627 @1
+@655 := {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
+@656 := @645 @2
+@657 := @13 @613
+@664 := {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
+@665 := @656 @9
+@666 := @628 @9
+@675 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
+@676 := @665 @9
+@677 := @666 @9
+@678 := @598 @677
+@679 := @678 @606
+@680 := @611 @9
+@682 := @13 (@680 @36)
+@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
+@688 := @676 @108
+@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
+@696 := @688 @117
+@703 := (h : @678 (@605 @117)) -> (hf : @590) -> @13 (@680 @581) @10
+@704 := Eq.refl.{1}
+@705 := @704 @597
+@707 := @696 (@705 @677)
+@711 := (hf : @594) -> @13 (@680 @588) @10
+@712 := @707 @592
+@715 := @13 (@680 @108) @10
+@716 := fun (__s : @3) => @712
+@717 := Reasoning.Clinic.Chart
+@719 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.__enc_1 @4
+@720 := 1
+@721 := @8 @720
+@724 := (__s : @717) -> @13 @719 @721
+@725 := Reasoning.Clinic.Chart.vitals
+@726 := @725 @4
+@727 := Reasoning.Clinic.Chart.fever
+@728 := @727 @4
+@729 := Reasoning.Clinic.Chart.tachycardia
+@730 := @729 @4
+@731 := Reasoning.Clinic.Chart.tachypnea
+@732 := @731 @4
+@733 := Reasoning.Clinic.Chart.leukocytosis
+@734 := @733 @4
+@735 := Reasoning.Clinic.Chart.sirs
+@736 := @735 @4
+@737 := Reasoning.Clinic.Chart.sepsis
+@738 := @737 @4
+@739 := Reasoning.Clinic.Chart.shock
+@740 := @739 @4
+@741 := Reasoning.Clinic.Chart.level
+@742 := @741 @4
+@743 := @5 @726
+@745 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_0 @726
+@746 := @29 @728
+@747 := @64 @728
+@749 := @13 @746 @31
+@750 := @29 @730
+@751 := @64 @730
+@753 := @13 @750 @31
+@754 := @29 @732
+@755 := @64 @732
+@757 := @13 @754 @31
+@758 := @29 @734
+@759 := @64 @734
+@761 := @13 @758 @31
+@762 := @29 @736
+@763 := @64 @736
+@765 := @13 @762 @31
+@766 := @29 @738
+@767 := @64 @738
+@769 := @13 @766 @31
+@770 := @29 @740
+@771 := @64 @740
+@773 := @13 @770 @31
+@774 := @29 @742
+@775 := @64 @742
+@777 := @13 @774 @31
+@779 := @96 @774 @95
+@781 := @96 @770 @779
+@783 := @96 @766 @781
+@785 := @96 @762 @783
+@787 := @96 @758 @785
+@789 := @96 @754 @787
+@791 := @96 @750 @789
+@793 := @96 @746 @791
+@795 := @96 @743 @793
+@796 := @111 @117
+@797 := @111 @796
+@798 := @110 @10
+@799 := @798 @797
+@800 := @221 @774
+@802 := @29 (@741 @36)
+@815 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @802 @38) -> (hs : @225) -> @143 (@96 (@29 (@741 @151)) @36) @171
+@816 := @800 @31
+@818 := @29 (@741 @38)
+@830 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @818 @31) -> (hs : @225) -> @143 (@96 (@29 (@741 @153)) @36) @260
+@831 := @816 @95
+@833 := @29 (@741 @40)
+@835 := @13 @833 @31
+@837 := @96 @802 @95
+@842 := {ts : @148} -> (h : @835) -> (hs : @271) -> @143 @837 @260
+@843 := @831 @109
+@845 := @96 @818 @95
+@846 := @143 @845
+@849 := (h : @777) -> (hs : @145) -> @846 @112
+@850 := @843 @775
+@852 := @96 @833 @95
+@854 := @143 @852 @112
+@855 := (hs : @145) -> @854
+@856 := @850 @142
+@858 := @143 @779 @112
+@859 := @221 @770
+@861 := @29 (@739 @36)
+@874 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @861 @38) -> (hs : @225) -> @143 (@96 (@29 (@739 @151)) @36) @171
+@875 := @859 @31
+@877 := @29 (@739 @38)
+@889 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @877 @31) -> (hs : @225) -> @143 (@96 (@29 (@739 @153)) @36) @260
+@890 := @875 @779
+@892 := @29 (@739 @40)
+@894 := @13 @892 @31
+@895 := @846 @40
+@897 := @96 @861 @837
+@902 := {ts : @148} -> (h : @894) -> (hs : @895) -> @143 @897 @260
+@903 := @890 @112
+@905 := @96 @877 @845
+@906 := @143 @905
+@909 := (h : @773) -> (hs : @854) -> @906 @113
+@910 := @903 @771
+@912 := @96 @892 @852
+@914 := @143 @912 @113
+@915 := (hs : @858) -> @914
+@916 := @910 @856
+@918 := @143 @781 @113
+@919 := @221 @766
+@921 := @29 (@737 @36)
+@934 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @921 @38) -> (hs : @225) -> @143 (@96 (@29 (@737 @151)) @36) @171
+@935 := @919 @31
+@937 := @29 (@737 @38)
+@949 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @937 @31) -> (hs : @225) -> @143 (@96 (@29 (@737 @153)) @36) @260
+@950 := @935 @781
+@952 := @29 (@737 @40)
+@954 := @13 @952 @31
+@955 := @906 @40
+@957 := @96 @921 @897
+@962 := {ts : @148} -> (h : @954) -> (hs : @955) -> @143 @957 @260
+@963 := @950 @113
+@965 := @96 @937 @905
+@966 := @143 @965
+@969 := (h : @769) -> (hs : @914) -> @966 @114
+@970 := @963 @767
+@972 := @96 @952 @912
+@974 := @143 @972 @114
+@975 := (hs : @918) -> @974
+@976 := @970 @916
+@978 := @143 @783 @114
+@979 := @221 @762
+@981 := @29 (@735 @36)
+@994 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @981 @38) -> (hs : @225) -> @143 (@96 (@29 (@735 @151)) @36) @171
+@995 := @979 @31
+@997 := @29 (@735 @38)
+@1009 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @997 @31) -> (hs : @225) -> @143 (@96 (@29 (@735 @153)) @36) @260
+@1010 := @995 @783
+@1012 := @29 (@735 @40)
+@1014 := @13 @1012 @31
+@1015 := @966 @40
+@1017 := @96 @981 @957
+@1022 := {ts : @148} -> (h : @1014) -> (hs : @1015) -> @143 @1017 @260
+@1023 := @1010 @114
+@1025 := @96 @997 @965
+@1026 := @143 @1025
+@1029 := (h : @765) -> (hs : @974) -> @1026 @115
+@1030 := @1023 @763
+@1032 := @96 @1012 @972
+@1034 := @143 @1032 @115
+@1035 := (hs : @978) -> @1034
+@1036 := @1030 @976
+@1038 := @143 @785 @115
+@1039 := @221 @758
+@1041 := @29 (@733 @36)
+@1054 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1041 @38) -> (hs : @225) -> @143 (@96 (@29 (@733 @151)) @36) @171
+@1055 := @1039 @31
+@1057 := @29 (@733 @38)
+@1069 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1057 @31) -> (hs : @225) -> @143 (@96 (@29 (@733 @153)) @36) @260
+@1070 := @1055 @785
+@1072 := @29 (@733 @40)
+@1074 := @13 @1072 @31
+@1075 := @1026 @40
+@1077 := @96 @1041 @1017
+@1082 := {ts : @148} -> (h : @1074) -> (hs : @1075) -> @143 @1077 @260
+@1083 := @1070 @115
+@1085 := @96 @1057 @1025
+@1086 := @143 @1085
+@1089 := (h : @761) -> (hs : @1034) -> @1086 @116
+@1090 := @1083 @759
+@1092 := @96 @1072 @1032
+@1094 := @143 @1092 @116
+@1095 := (hs : @1038) -> @1094
+@1096 := @1090 @1036
+@1098 := @143 @787 @116
+@1099 := @221 @754
+@1101 := @29 (@731 @36)
+@1114 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1101 @38) -> (hs : @225) -> @143 (@96 (@29 (@731 @151)) @36) @171
+@1115 := @1099 @31
+@1117 := @29 (@731 @38)
+@1129 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1117 @31) -> (hs : @225) -> @143 (@96 (@29 (@731 @153)) @36) @260
+@1130 := @1115 @787
+@1132 := @29 (@731 @40)
+@1134 := @13 @1132 @31
+@1135 := @1086 @40
+@1137 := @96 @1101 @1077
+@1142 := {ts : @148} -> (h : @1134) -> (hs : @1135) -> @143 @1137 @260
+@1143 := @1130 @116
+@1145 := @96 @1117 @1085
+@1146 := @143 @1145
+@1149 := (h : @757) -> (hs : @1094) -> @1146 @117
+@1150 := @1143 @755
+@1152 := @96 @1132 @1092
+@1154 := @143 @1152 @117
+@1155 := (hs : @1098) -> @1154
+@1156 := @1150 @1096
+@1158 := @143 @789 @117
+@1159 := @221 @750
+@1161 := @29 (@729 @36)
+@1174 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1161 @38) -> (hs : @225) -> @143 (@96 (@29 (@729 @151)) @36) @171
+@1175 := @1159 @31
+@1177 := @29 (@729 @38)
+@1189 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1177 @31) -> (hs : @225) -> @143 (@96 (@29 (@729 @153)) @36) @260
+@1190 := @1175 @789
+@1192 := @29 (@729 @40)
+@1194 := @13 @1192 @31
+@1195 := @1146 @40
+@1197 := @96 @1161 @1137
+@1202 := {ts : @148} -> (h : @1194) -> (hs : @1195) -> @143 @1197 @260
+@1203 := @1190 @117
+@1205 := @96 @1177 @1145
+@1206 := @143 @1205
+@1209 := (h : @753) -> (hs : @1154) -> @1206 @796
+@1210 := @1203 @751
+@1212 := @96 @1192 @1152
+@1214 := @143 @1212 @796
+@1215 := (hs : @1158) -> @1214
+@1216 := @1210 @1156
+@1218 := @143 @791 @796
+@1219 := @221 @746
+@1221 := @29 (@727 @36)
+@1234 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1221 @38) -> (hs : @225) -> @143 (@96 (@29 (@727 @151)) @36) @171
+@1235 := @1219 @31
+@1237 := @29 (@727 @38)
+@1249 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1237 @31) -> (hs : @225) -> @143 (@96 (@29 (@727 @153)) @36) @260
+@1250 := @1235 @791
+@1252 := @29 (@727 @40)
+@1254 := @13 @1252 @31
+@1255 := @1206 @40
+@1257 := @96 @1221 @1197
+@1262 := {ts : @148} -> (h : @1254) -> (hs : @1255) -> @143 @1257 @260
+@1263 := @1250 @796
+@1265 := @96 @1237 @1205
+@1266 := @143 @1265
+@1269 := (h : @749) -> (hs : @1214) -> @1266 @797
+@1270 := @1263 @747
+@1272 := @96 @1252 @1212
+@1274 := @143 @1272 @797
+@1275 := (hs : @1218) -> @1274
+@1276 := @1270 @1216
+@1278 := @143 @793 @797
+@1279 := @221 @743
+@1281 := @5 (@725 @36)
+@1294 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1281 @38) -> (hs : @225) -> @143 (@96 (@5 (@725 @151)) @36) @171
+@1295 := @1279 @10
+@1297 := @5 (@725 @38)
+@1299 := @13 @1297 @10
+@1304 := @143 (@96 (@5 (@725 @153)) @36)
+@1305 := @798 @38
+@1310 := {vs : @147} -> {ts : @148} -> (h : @1299) -> (hs : @225) -> @1304 @1305
+@1311 := @1295 @793
+@1313 := @5 (@725 @40)
+@1315 := @13 @1313 @10
+@1316 := @1266 @40
+@1318 := @96 @1281 @1257
+@1323 := {ts : @148} -> (h : @1315) -> (hs : @1316) -> @143 @1318 @1305
+@1324 := @1311 @797
+@1326 := @13 @743 @10
+@1328 := @96 @1297 @1265
+@1329 := @143 @1328
+@1332 := (h : @1326) -> (hs : @1274) -> @1329 @799
+@1333 := @1324 @745
+@1335 := @96 @1313 @1272
+@1337 := @143 @1335 @799
+@1338 := (hs : @1278) -> @1337
+@1339 := @1333 @1276
+@1341 := @143 @795 @799
+@1342 := @656 @720
+@1343 := @628 @720
+@1352 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@1343 @38) @606) -> (hf : @225) -> @657 @721
+@1353 := @1342 @9
+@1354 := @1343 @9
+@1355 := @598 @1354
+@1356 := @1355 @606
+@1361 := {fs : @147} -> {tys : @148} -> (h : @1356) -> (hf : @225) -> @682 @721
+@1362 := @1353 @795
+@1369 := {tys : @148} -> (h : @1356) -> (hf : @1329 @40) -> @13 (@680 @1318) @721
+@1370 := @1362 @799
+@1377 := (h : @1355 (@605 @799)) -> (hf : @1337) -> @13 (@680 @1328) @721
+@1379 := @1370 (@705 @1354)
+@1383 := (hf : @1341) -> @13 (@680 @1335) @721
+@1384 := @1379 @1339
+@1387 := @13 (@680 @795) @721
+@1388 := fun (__s : @717) => @1384
+@1389 := Reasoning.Clinic.Triage.Step
+@1391 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.__enc_2 @4
+@1392 := 2
+@1393 := @8 @1392
+@1395 := @13 @1391 @1393
+@1396 := (__v : @1389) -> @1395
+@1397 := fun (__v : @1389) => @1395
+@1398 := @656 @1392
+@1399 := @628 @1392
+@1408 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@1399 @38) @606) -> (hf : @225) -> @657 @1393
+@1409 := @1398 @9
+@1410 := @1399 @9
+@1411 := @598 @1410
+@1412 := @1411 @606
+@1417 := {fs : @147} -> {tys : @148} -> (h : @1412) -> (hf : @225) -> @682 @1393
+@1418 := @1409 @95
+@1421 := @13 (@680 @95) @1393
+@1424 := {tys : @148} -> (h : @1412) -> (hf : @271) -> @1421
+@1425 := @1418 @109
+@1426 := @605 @109
+@1429 := (h : @1411 @1426) -> (hf : @145) -> @1421
+@1432 := @1425 (@705 @1410) @142
+@1433 := @1398 @720
+@1434 := @1399 @720
+@1435 := @598 @1434
+@1436 := @1435 @606
+@1437 := @611 @720
+@1444 := {fs : @147} -> {tys : @148} -> (h : @1436) -> (hf : @225) -> @13 (@1437 @36) @1393
+@1445 := @1433 @95
+@1448 := @13 (@1437 @95) @1393
+@1451 := {tys : @148} -> (h : @1436) -> (hf : @271) -> @1448
+@1452 := @1445 @109
+@1455 := (h : @1435 @1426) -> (hf : @145) -> @1448
+@1458 := @1452 (@705 @1434) @142
+@1459 := @1398 @1392
+@1460 := @1399 @1392
+@1461 := @598 @1460
+@1462 := @1461 @606
+@1463 := @611 @1392
+@1470 := {fs : @147} -> {tys : @148} -> (h : @1462) -> (hf : @225) -> @13 (@1463 @36) @1393
+@1471 := @1459 @95
+@1474 := @13 (@1463 @95) @1393
+@1477 := {tys : @148} -> (h : @1462) -> (hf : @271) -> @1474
+@1478 := @1471 @109
+@1481 := (h : @1461 @1426) -> (hf : @145) -> @1474
+@1484 := @1478 (@705 @1460) @142
+@1485 := 3
+@1486 := @1398 @1485
+@1487 := @1399 @1485
+@1488 := @598 @1487
+@1489 := @1488 @606
+@1490 := @611 @1485
+@1497 := {fs : @147} -> {tys : @148} -> (h : @1489) -> (hf : @225) -> @13 (@1490 @36) @1393
+@1498 := @1486 @95
+@1501 := @13 (@1490 @95) @1393
+@1504 := {tys : @148} -> (h : @1489) -> (hf : @271) -> @1501
+@1505 := @1498 @109
+@1508 := (h : @1488 @1426) -> (hf : @145) -> @1501
+@1511 := @1505 (@705 @1487) @142
+@1512 := 4
+@1513 := @1398 @1512
+@1514 := @1399 @1512
+@1515 := @598 @1514
+@1516 := @1515 @606
+@1517 := @611 @1512
+@1524 := {fs : @147} -> {tys : @148} -> (h : @1516) -> (hf : @225) -> @13 (@1517 @36) @1393
+@1525 := @1513 @95
+@1528 := @13 (@1517 @95) @1393
+@1531 := {tys : @148} -> (h : @1516) -> (hf : @271) -> @1528
+@1532 := @1525 @109
+@1535 := (h : @1515 @1426) -> (hf : @145) -> @1528
+@1538 := @1532 (@705 @1514) @142
+@1539 := 5
+@1540 := @1398 @1539
+@1541 := @1399 @1539
+@1542 := @598 @1541
+@1543 := @1542 @606
+@1544 := @611 @1539
+@1551 := {fs : @147} -> {tys : @148} -> (h : @1543) -> (hf : @225) -> @13 (@1544 @36) @1393
+@1552 := @1540 @95
+@1555 := @13 (@1544 @95) @1393
+@1558 := {tys : @148} -> (h : @1543) -> (hf : @271) -> @1555
+@1559 := @1552 @109
+@1562 := (h : @1542 @1426) -> (hf : @145) -> @1555
+@1565 := @1559 (@705 @1541) @142
+@1566 := 6
+@1567 := @1398 @1566
+@1568 := @1399 @1566
+@1569 := @598 @1568
+@1570 := @1569 @606
+@1571 := @611 @1566
+@1578 := {fs : @147} -> {tys : @148} -> (h : @1570) -> (hf : @225) -> @13 (@1571 @36) @1393
+@1579 := @1567 @95
+@1582 := @13 (@1571 @95) @1393
+@1585 := {tys : @148} -> (h : @1570) -> (hf : @271) -> @1582
+@1586 := @1579 @109
+@1589 := (h : @1569 @1426) -> (hf : @145) -> @1582
+@1592 := @1586 (@705 @1568) @142
+@1593 := 7
+@1594 := @1398 @1593
+@1595 := @1399 @1593
+@1596 := @598 @1595
+@1597 := @1596 @606
+@1598 := @611 @1593
+@1605 := {fs : @147} -> {tys : @148} -> (h : @1597) -> (hf : @225) -> @13 (@1598 @36) @1393
+@1606 := @1594 @95
+@1609 := @13 (@1598 @95) @1393
+@1612 := {tys : @148} -> (h : @1597) -> (hf : @271) -> @1609
+@1613 := @1606 @109
+@1616 := (h : @1596 @1426) -> (hf : @145) -> @1609
+@1619 := @1613 (@705 @1595) @142
+@1631 := fun (__v : @1389) =>
+  Reasoning.Clinic.Triage.Step.casesOn.{0} @1397 @4 @1432 @1458 @1484 @1511 @1538 @1565 @1592 @1619
+@1632 := @29 @149
+@1633 := @64 @149
+@1634 := @13 @1632
+@1635 := @1634 @31
+@1636 := @29 @151
+@1637 := @64 @151
+@1638 := @13 @1636
+@1639 := @1638 @31
+@1640 := @29 @153
+@1641 := @64 @153
+@1642 := @13 @1640
+@1643 := @1642 @31
+@1644 := @29 @36
+@1645 := @64 @36
+@1647 := @13 @1644 @31
+@1648 := @29 @38
+@1649 := @64 @38
+@1651 := @13 @1648 @31
+@1652 := @29 @40
+@1653 := @64 @40
+@1655 := @13 @1652 @31
+@1656 := @96 @1652
+@1657 := @1656 @95
+@1658 := @96 @1648
+@1659 := @1658 @1657
+@1660 := @96 @1644
+@1661 := @1660 @1659
+@1662 := @96 @1640
+@1663 := @1662 @1661
+@1664 := @96 @1636
+@1665 := @1664 @1663
+@1666 := @96 @1632
+@1667 := @1666 @1665
+@1670 := Prod.{0, 0} @35 @91
+@1673 := Prod.mk.{0, 0} @35 @91
+@1674 := @1673 @1539
+@1675 := @1674 @1652
+@1676 := @1673 @1512
+@1677 := @1676 @1648
+@1678 := @1673 @1485
+@1679 := @1678 @1644
+@1680 := @1673 @1392
+@1681 := @1680 @1640
+@1682 := @1673 @720
+@1683 := @1682 @1636
+@1684 := @1673 @9
+@1685 := @1684 @1632
+@1686 := @93 @1670
+@1687 := @94 @1670
+@1689 := @1687 @1685 @1686
+@1691 := @1687 @1683 @1689
+@1693 := @1687 @1681 @1691
+@1695 := @1687 @1679 @1693
+@1697 := @1687 @1677 @1695
+@1699 := @1687 @1675 @1697
+@1700 := Bool.true
+@1701 := LexLeanTarget.TargetSyntax.Function
+@1702 := LexLeanTarget.TargetSyntax.Program.functions
+@1703 := @1702 @0
+@1704 := @93 @35
+@1705 := LexLeanTarget.TargetSyntax.Ty.unit
+@1706 := LexLeanTarget.TargetSyntax.Value.unit
+@1709 := LexLeanTarget.TargetSyntax.Expr.value @1705 @1706
+@1714 := LexLeanTarget.TargetSyntax.Function.mk @1704 @109 @1705 @1709
+@1719 := List.getD.{0} @1701 @1703 @9 @1714
+@1723 := fun (__e_n : @35) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.root @4 @9
+@1724 := @221 @1652
+@1725 := @1642 @38
+@1727 := @143 (@1666 @36)
+@1733 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1725) -> (hs : @225) -> @1727 @171
+@1734 := @1724 @31
+@1741 := {vs : @147} -> {ts : @148} -> (h : @1647) -> (hs : @225) -> @143 (@1664 @36) @260
+@1742 := @1734 @95
+@1743 := @1662 @95
+@1748 := {ts : @148} -> (h : @1651) -> (hs : @271) -> @143 @1743 @260
+@1749 := @1742 @109
+@1750 := @1660 @95
+@1751 := @143 @1750
+@1754 := (h : @1655) -> (hs : @145) -> @1751 @112
+@1755 := @1749 @1653
+@1756 := @1658 @95
+@1758 := @143 @1756 @112
+@1759 := (hs : @145) -> @1758
+@1760 := @1755 @142
+@1762 := @143 @1657 @112
+@1763 := @221 @1648
+@1764 := @1638 @38
+@1765 := @29 @157
+@1766 := @96 @1765
+@1768 := @143 (@1766 @36)
+@1774 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1764) -> (hs : @225) -> @1768 @171
+@1775 := @1763 @31
+@1780 := {vs : @147} -> {ts : @148} -> (h : @1643) -> (hs : @225) -> @1727 @260
+@1781 := @1775 @1657
+@1782 := @1751 @40
+@1783 := @1664 @1743
+@1788 := {ts : @148} -> (h : @1647) -> (hs : @1782) -> @143 @1783 @260
+@1789 := @1781 @112
+@1790 := @1662 @1750
+@1791 := @143 @1790
+@1794 := (h : @1651) -> (hs : @1758) -> @1791 @113
+@1795 := @1789 @1649
+@1796 := @1660 @1756
+@1798 := @143 @1796 @113
+@1799 := (hs : @1762) -> @1798
+@1800 := @1795 @1760
+@1802 := @143 @1659 @113
+@1803 := @221 @1644
+@1804 := @1634 @38
+@1805 := @29 @163
+@1806 := @96 @1805
+@1808 := @143 (@1806 @36)
+@1814 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1804) -> (hs : @225) -> @1808 @171
+@1815 := @1803 @31
+@1820 := {vs : @147} -> {ts : @148} -> (h : @1639) -> (hs : @225) -> @1768 @260
+@1821 := @1815 @1659
+@1822 := @1791 @40
+@1823 := @1666 @1783
+@1828 := {ts : @148} -> (h : @1643) -> (hs : @1822) -> @143 @1823 @260
+@1829 := @1821 @113
+@1830 := @1664 @1790
+@1831 := @143 @1830
+@1834 := (h : @1647) -> (hs : @1798) -> @1831 @114
+@1835 := @1829 @1645
+@1836 := @1662 @1796
+@1838 := @143 @1836 @114
+@1839 := (hs : @1802) -> @1838
+@1840 := @1835 @1800
+@1842 := @143 @1661 @114
+@1843 := @221 @1640
+@1844 := @13 @1765
+@1845 := @1844 @38
+@1846 := #9
+@1847 := @29 @1846
+@1848 := @96 @1847
+@1850 := @143 (@1848 @36)
+@1856 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1845) -> (hs : @225) -> @1850 @171
+@1857 := @1843 @31
+@1862 := {vs : @147} -> {ts : @148} -> (h : @1635) -> (hs : @225) -> @1808 @260
+@1863 := @1857 @1661
+@1864 := @1831 @40
+@1865 := @1766 @1823
+@1870 := {ts : @148} -> (h : @1639) -> (hs : @1864) -> @143 @1865 @260
+@1871 := @1863 @114
+@1872 := @1666 @1830
+@1873 := @143 @1872
+@1876 := (h : @1643) -> (hs : @1838) -> @1873 @115
+@1877 := @1871 @1641
+@1878 := @1664 @1836
+@1880 := @143 @1878 @115
+@1881 := (hs : @1842) -> @1880
+@1882 := @1877 @1840
+@1884 := @143 @1663 @115
+@1885 := @221 @1636
+@1886 := @13 @1805
+@1887 := @1886 @38
+@1888 := #10
+@1889 := @29 @1888
+@1890 := @96 @1889
+@1892 := @143 (@1890 @36)
+@1898 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1887) -> (hs : @225) -> @1892 @171
+@1899 := @1885 @31
+@1900 := @1844 @31
+@1905 := {vs : @147} -> {ts : @148} -> (h : @1900) -> (hs : @225) -> @1850 @260
+@1906 := @1899 @1663
+@1907 := @1873 @40
+@1908 := @1806 @1865
+@1913 := {ts : @148} -> (h : @1635) -> (hs : @1907) -> @143 @1908 @260
+@1914 := @1906 @115
+@1915 := @1766 @1872
+@1916 := @143 @1915
+@1919 := (h : @1639) -> (hs : @1880) -> @1916 @116
+@1920 := @1914 @1637
+@1921 := @1666 @1878
+@1923 := @143 @1921 @116
+@1924 := (hs : @1884) -> @1923
+@1925 := @1920 @1882
+@1927 := @143 @1665 @116
+@1928 := @221 @1632
+@1930 := @13 @1847 @38
+@1931 := #11
+@1932 := @29 @1931
+@1933 := @96 @1932
+@1941 := {t : @92} ->
+  {vs : @147} -> {ts : @148} -> (h : @1930) -> (hs : @225) -> @143 (@1933 @36) @171
+@1942 := @1928 @31
+@1948 := {vs : @147} -> {ts : @148} -> (h : @1886 @31) -> (hs : @225) -> @1892 @260
+@1949 := @1942 @1665
+@1950 := @1916 @40
+@1951 := @1848 @1908
+@1952 := @143 @1951
+@1956 := {ts : @148} -> (h : @1900) -> (hs : @1950) -> @1952 @260
+@1957 := @1949 @116
+@1958 := @1806 @1915
+@1959 := @143 @1958
+@1962 := (h : @1635) -> (hs : @1923) -> @1959 @117
+@1963 := @1957 @1633
+@1964 := @1766 @1921
+@1965 := @143 @1964
+@1967 := (hs : @1927) -> @1965 @117
+@1968 := @1963 @1925
+@1969 := @143 @1667
+@1970 := @1969 @117
+@1971 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.denote
+@1977 := @1971 @149 @151 @153 @36 @38 @40
+@1978 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.__fits_0
+@1984 := @1978 @149 @151 @153 @36 @38 @40
+@1992 := @29 (Reasoning.Main.gatewayLevel @149 @151 @153 @36 @38 @40)
+@1999 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.root @149 @151 @153 @36 @38 @40
+@2000 := Bool
+@2001 := Ne.{1}
+@2002 := LexLeanPreservation.Obs
+@2003 := @2001 @2002
+@2004 := LexLeanPreservation.Rel
+@2007 := @2003 (@2004 @40 @4)
+@2008 := LexLeanPreservation.Obs.stuck
+@2011 := (f : @2000) -> (v : @91) -> @2007 @2008
+@2013 := LexLeanPreservation.Rust.rel_ne_stuck @1984
+@2024 := (v : @91) -> @2003 (@2004 (@1978 @157 @149 @151 @153 @36 @38) @4) @2008
+@2025 := @2013 @1992
+@2029 := @2003 (@2004 @1984 @1992) @2008
+@2030 := @146 @1670
+@2031 := LexLeanPreservation.Rust.FunSem
+@2037 := (n : @35) -> @2031 @1846 @163 @157 @4 @149
+@2038 := @596 @1701
+@2039 := @595 @2038
+@2046 := LexLeanRuntime.index (@146 @1701) @1701 (LexLeanRuntime.instIndexableList @1701)
+@2050 := @2039 (@2046 (@1702 @1846) @149)
+@2051 := @604 @1701
+@2052 := @2051 @151
+@2053 := @2050 @2052
+@2057 := @118 @1888 @1846 @163 @151
+@2058 := LexLeanTarget.TargetSyntax.Function.types
+@2059 := @2058 @149
+@2060 := @2057 @2059
+@2061 := @596 @2030
+@2062 := @595 @2061
+@2063 := LexLeanTarget.TargetSemantics.bindAll
+@2064 := LexLeanTarget.TargetSyntax.Function.parameters
+@2069 := @2062 (@2063 (@2064 @157) @149 @1686)
+@2070 := @604 @2030
+@2071 := @2070 @151
+@2072 := @2069 @2071
+@2073 := @596 @2000
+@2074 := @595 @2073
+@2075 := LexLeanPreservation.Rust.fnFallible
+@2078 := @2074 (@2075 @1931 @1846)
+@2079 := @604 @2000
+@2080 := @2079 @151
+@2081 := @2078 @2080
+@2082 := LexLeanPreservation.RunConv
+@2083 := #13
+@2087 := @2082 @2083 @1888 @163 @151
+@2089 := @2003 @149 @2008
+@2090 := Exists.{1}
+@2091 := LexLeanPreservation.Rust.ROut
+@2092 := @2090 @2091
+@2093 := And
+@2094 := LexLeanPreservation.Rust.RealizesFn
+@2098 := @2093 (@2094 @1846 @163 @4)
+@2099 := LexLeanPreservation.Rust.RCI
+@2100 := #15
+@2101 := @2099 @2100
+@2102 := LexLeanPreservation.Rust.fnIdent
+@2103 := @2102 @2083
+@2110 := (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2101 @2103 @1931 @4))
+@2125 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2037) ->
+  (hfn : @2053) -> (hwt : @2060) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2087) -> @2110
+@2127 := LexLeanPreservation.Rust.compose @0
+@2128 := @2031 @0
+@2133 := (n : @35) -> @2128 @163 @157 @4 @149
+@2134 := @2046 @1703
+@2137 := @2039 (@2134 @149) @2052
+@2141 := @129 @1846 @163 @151 @2059
+@2142 := @2082 @0
+@2145 := @2142 @1888 @163 @151
+@2159 := {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2133) ->
+  (hfn : @2137) -> (hwt : @2141) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2145) -> @2110
+@2160 := @2127 @1
+@2161 := @2128 @1
+@2165 := (n : @35) -> @2161 @157 @4 @149
+@2168 := @137 @163 @151 @2059
+@2169 := @2075 @1
+@2172 := @2074 (@2169 @1846) @2080
+@2173 := @2099 @1
+@2183 := (hbind : @2072) ->
+  (hF : @2172) ->
+  (hA : @2145) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2173 @2103 @1931 @4))
+@2193 := {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} -> {o : @2002} -> (hB : @2165) -> (hfn : @2137) -> (hwt : @2168) -> @2183
+@2194 := @2160 @2
+@2196 := @2161 @2 @4
+@2198 := (n : @35) -> @2196 @149
+@2199 := @143 @151
+@2200 := @2199 @2059
+@2209 := {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} -> {o : @2002} -> (hB : @2198) -> (hfn : @2137) -> (hwt : @2200) -> @2183
+@2210 := @2194 @9
+@2212 := (n : @35) -> @2196 @9
+@2213 := @2134 @9
+@2214 := @2039 @2213
+@2215 := @2214 @2052
+@2216 := @2169 @9
+@2217 := @2074 @2216
+@2218 := @2217 @2080
+@2219 := @2142 @9
+@2221 := @2219 @163 @151
+@2223 := @2173 (@2102 @9)
+@2231 := (hF : @2218) ->
+  (hA : @2221) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2223 @1931 @4))
+@2240 := {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} -> (hB : @2212) -> (hfn : @2215) -> (hwt : @2200) -> (hbind : @2072) -> @2231
+@2241 := @2210 @1719
+@2243 := @2214 (@2051 @1719)
+@2244 := @2058 @1719
+@2245 := @2199 @2244
+@2247 := @2063 (@2064 @1719)
+@2259 := {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) -> (hwt : @2245) -> (hbind : @2062 (@2247 @149 @1686) @2071) -> @2231
+@2260 := @2241 @1667
+@2266 := @1933 (@1890 (@1848 (@1806 (@1766 (@1666 @95)))))
+@2268 := @143 @2266 @2244
+@2269 := #12
+@2271 := @96 (@29 @2269)
+@2277 := @2271 (@1933 (@1890 (@1848 (@1806 (@1766 @95)))))
+@2281 := @2062 (@2247 @2277 @1686) @2071
+@2282 := #14
+@2284 := @96 (@29 @2282)
+@2286 := @96 (@29 @2083)
+@2292 := @2284 (@2286 (@2271 (@1933 (@1890 (@1848 @95)))))
+@2294 := @2219 @2292 @151
+@2297 := @96 (@29 #17)
+@2300 := @96 (@29 #16)
+@2302 := @96 (@29 @2100)
+@2323 := {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2268) ->
+  (hbind : @2281) ->
+  (hF : @2218) ->
+  (hA : @2294) ->
+  (hne : @2089) ->
+  @2092 (fun (ro : @2091) => @2098 (@2223 (@2297 (@2300 (@2302 (@2284 (@2286 (@2271 @95)))))) @4))
+@2324 := @2260 @1699
+@2330 := @1890 (@1848 (@1806 (@1766 (@1666 (@1664 @95)))))
+@2332 := @143 @2330 @2244
+@2355 := @2062
+    (@2247 @2266 @1686)
+    (@2070
+      (@1687
+        (@1674 @1632)
+        (@1687
+          (@1676 @1765)
+          (@1687
+            (@1678 @1805)
+            (@1687 (@1680 @1847) (@1687 (@1682 @1889) (@1687 (@1684 @1932) @1686)))))))
+@2361 := @2286 (@2271 (@1933 (@1890 (@1848 (@1806 @95)))))
+@2383 := {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2332) ->
+  (hbind : @2355) ->
+  (hF : @2218) ->
+  (hA : @2219 @2361 @151) ->
+  (hne : @2089) ->
+  @2092 (fun (ro : @2091) => @2098 (@2223 (@2300 (@2302 (@2284 (@2286 (@2271 (@1933 @95)))))) @4))
+@2384 := @2324 @1700
+@2385 := @1952 @2244
+@2408 := @2062
+    (@2247 @2330 @1686)
+    (@2070
+      (@1687
+        (@1674 @1636)
+        (@1687
+          (@1676 @1632)
+          (@1687
+            (@1678 @1765)
+            (@1687 (@1680 @1805) (@1687 (@1682 @1847) (@1687 (@1684 @1889) @1686)))))))
+@2410 := @2217 (@2079 @1700)
+@2412 := @2219 @2277 @151
+@2413 := @2094 @1700
+@2435 := {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2385) ->
+  (hbind : @2408) ->
+  (hF : @2410) ->
+  (hA : @2412) ->
+  (hne : @2089) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 @163 @4) (@2223 (@2302 (@2284 (@2286 (@2271 (@1933 (@1890 @95)))))) @4))
+@2436 := @2384 @1977
+@2437 := @1959 @2244
+@2460 := @2062
+    (@2247 @1951 @1686)
+    (@2070
+      (@1687
+        (@1674 @1640)
+        (@1687
+          (@1676 @1636)
+          (@1687
+            (@1678 @1632)
+            (@1687 (@1680 @1765) (@1687 (@1682 @1805) (@1687 (@1684 @1847) @1686)))))))
+@2461 := @2219 @2266
+@2467 := @1971 @1931 @1888 @1846 @163 @157 @149
+@2468 := @2461 @2467
+@2474 := @1971 @2269 @1931 @1888 @1846 @163 @157
+@2497 := (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2437) ->
+  (hbind : @2460) ->
+  (hF : @2410) ->
+  (hA : @2468) ->
+  (hne : @2003 @2474 @2008) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 (@1971 @2282 @2083 @2269 @1931 @1888 @1846) @4) (@2223 @2292 @4))
+@2498 := @2436 @1723
+@2499 := @1965 @2244
+@2522 := @2062
+    (@2247 @1958 @1686)
+    (@2070
+      (@1687
+        (@1674 @1644)
+        (@1687
+          (@1676 @1640)
+          (@1687
+            (@1678 @1636)
+            (@1687 (@1680 @1632) (@1687 (@1682 @1765) (@1687 (@1684 @1805) @1686)))))))
+@2523 := @2219 @2330
+@2529 := @1971 @1888 @1846 @163 @157 @149 @151
+@2552 := (hfn : @2243) ->
+  (hwt : @2499) ->
+  (hbind : @2522) ->
+  (hF : @2410) ->
+  (hA : @2523 @2529) ->
+  (hne : @2003 @2467 @2008) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 (@1971 @2083 @2269 @1931 @1888 @1846 @163) @4) (@2223 @2361 @4))
+@2555 := @2498 (@704 @2038 @2213)
+@2556 := @1969 @2244
+@2579 := @2062
+    (@2247 @1964 @1686)
+    (@2070
+      (@1687
+        (@1674 @1648)
+        (@1687
+          (@1676 @1644)
+          (@1687
+            (@1678 @1640)
+            (@1687 (@1680 @1636) (@1687 (@1682 @1632) (@1687 (@1684 @1765) @1686)))))))
+@2580 := @2219 @1951
+@2586 := @1971 @1846 @163 @157 @149 @151 @153
+@2602 := (hwt : @2556) ->
+  (hbind : @2579) ->
+  (hF : @2410) ->
+  (hA : @2580 @2586) ->
+  (hne : @2003 @2529 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2474 @4) (@2223 @2277 @4))
+@2603 := @2555 @1968
+@2605 := @2247 @1667 @1686
+@2608 := @2062 @2605 (@2070 @1699)
+@2609 := @2219 @1958
+@2615 := @1971 @163 @157 @149 @151 @153 @36
+@2630 := (hbind : @2608) ->
+  (hF : @2410) ->
+  (hA : @2609 @2615) ->
+  (hne : @2003 @2586 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2467 @4) (@2223 @2266 @4))
+@2633 := @2603 (@704 @2061 @2605)
+@2634 := @2219 @1964
+@2640 := @1971 @157 @149 @151 @153 @36 @38
+@2654 := (hF : @2410) ->
+  (hA : @2634 @2640) ->
+  (hne : @2003 @2615 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2529 @4) (@2223 @2330 @4))
+@2657 := @2633 (@704 @2073 @2216)
+@2671 := (hA : @2219 @1667 @1977) ->
+  (hne : @2003 @2640 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2586 @4) (@2223 @1951 @4))
+@2672 := @2657 @1999
+@2683 := (hne : @2003 @1977 @2008) ->
+  @2092 (fun (ro : @2091) => @2093 (@2413 @2615 @4) (@2223 @1958 @4))
+@2684 := @2672 @2025
+@2690 := @2093 (@2413 @2640 @4) (@2223 @1964 @4)
+@2692 := @2092 (fun (ro : @2091) => @2690)
+@2694 := @2092 (fun (__e_ro : @2091) => @2690)
+@2703 := LexLeanPreservation.Rust.RepresentableL
+    (@1664 (@1662 (@1660 (@1658 (@1656 (@96 @42 @95))))))
+@2704 := (__e_hrep : @2703) -> @2694
+@2705 := fun (__e_hrep : @2703) => @2684
+@2706 := (infection : @35) -> @2704
+@2707 := fun (infection : @35) => @2705
+@2708 := (systolic : @35) -> @2706
+@2709 := fun (systolic : @35) => @2707
+@2710 := (whiteCells : @35) -> @2708
+@2711 := fun (whiteCells : @35) => @2709
+@2712 := (respiratoryRate : @35) -> @2710
+@2713 := fun (respiratoryRate : @35) => @2711
+@2714 := (heartRate : @35) -> @2712
+@2715 := fun (heartRate : @35) => @2713
+@2716 := (temperature : @35) -> @2714
+@2717 := fun (temperature : @35) => @2715
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/RustCore.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/RustCore.lean
new file mode 100644
index 000000000..962eba60f
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/RustCore.lean
@@ -0,0 +1,376 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.call 2 [(.var 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.call 3 [(.var 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 4 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 5 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
+      body := (.call 6 [(.closure 7 []), (.value .nat (.nat 11)), (.call 8 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 9 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 10 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 6 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.call 11 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 12 [(.var 0), (.var 1)]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 10 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 1) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 2) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
+    (.enum (.fn 0) [{ number := 7, fields := [] }]) ::
+    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 7, captures := [], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [] (.call (.function 2) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 4) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 5) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 6) [(.construct (.closure 0 7) []), (.lit (.nat 11)), (.call (.function 8) [(.move (.generated .binding 0))] false)] false))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.call (.function 9) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 10) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 10)) none (.call (.function 11) [(.clone (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 12) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 11)) none (.call (.function 10) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]))) ::
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
+    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
+    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false))) ::
+    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false))) ::
+    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false))) ::
+    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false))) ::
+    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false))) ::
+    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]))) ::
+    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]))) ::
+    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]))) ::
+    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]))) ::
+    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]))) ::
+    (.function (.generated .function 40) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]))) ::
+    (.function (.generated .function 41) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]))) ::
+    (.function (.generated .function 42) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.adt 1)) (.mk [] (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 6)))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 2) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 4) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 5) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 5) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.construct (.closure 0 7) []), (.lit (.nat 11)), (.call (.function 8) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.call (.function 9) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 10) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.call (.function 10) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.call (.function 11) [(.clone (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 12) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 12) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.call (.function 10) [(.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 12))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 0) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 1) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 2), (some 2)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 2) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(3, (.adt 2), (some 3)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 3) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 4) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(5, (.adt 2), (some 5)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 5) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 2), (some 6)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 6) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) []))))) (Corr.mCons (Γ' := [(7, (.adt 2), (some 7)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 21) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 2)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 2)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 29) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 30) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 31) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.move (.generated .binding 0))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 33))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 49))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 52))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 55))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 60))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 63))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))]) (tail := (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 66))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 67))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 71))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 74))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 77))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 78))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 84))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 90))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 21) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun30 : FunOK program krate flags 30 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 99))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun31 : FunOK program krate flags 31 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun32 : FunOK program krate flags 32 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 105))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun33 : FunOK program krate flags 33 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 108))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun34 : FunOK program krate flags 34 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun35 : FunOK program krate flags 35 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 116))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 120))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 121))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun36 : FunOK program krate flags 36 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 124))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 128))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 129))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun37 : FunOK program krate flags 37 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 132))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 133))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 135))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 136))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun38 : FunOK program krate flags 38 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 138))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 139))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 140))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 141))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 143))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun39 : FunOK program krate flags 39 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 146))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 150))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 151))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun40 : FunOK program krate flags 40 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 154))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 155))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 157))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 158))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun41 : FunOK program krate flags 41 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 162))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 164))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 165))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 167))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 168))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun42 : FunOK program krate flags 42 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 170))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 171))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 172))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 173))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 174))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 175))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 176))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 177))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 178))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | 30 => exact fun30
+  | 31 => exact fun31
+  | 32 => exact fun32
+  | 33 => exact fun33
+  | 34 => exact fun34
+  | 35 => exact fun35
+  | 36 => exact fun36
+  | 37 => exact fun37
+  | 38 => exact fun38
+  | 39 => exact fun39
+  | 40 => exact fun40
+  | 41 => exact fun41
+  | 42 => exact fun42
+  | _ + 43 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2.lean
new file mode 100644
index 000000000..1d6c54953
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2.lean
@@ -0,0 +1,417 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] },
+    { constructors := [[(.adt 3), (.list (.adt 1)), (.adt 4)]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.prim .length [(.second (.var 6))])), (.arm .error [7] (.value .nat (.nat 0)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 2) .bool) (.call 2 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.call 3 [(.var 0), (.field (.first (.var 1)) 0)]) [(.arm .ok [2] (.build .ok (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 1))) [(.var 2), (.field (.first (.var 1)) 1)])])), (.arm .error [3] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.var 3)]))])), (.arm .false [] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 2) .bool),
+      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)], result := (.pair (.adt 2) .bool),
+      body := (.«match» (.pair (.adt 2) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 2) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.call 9 [(.field (.var 0) 0)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [1] (.«match» (.option (.adt 2)) (.call 10 [(.field (.var 0) 0), (.var 1)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [2] (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 2), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 1)) [(.var 1), (.build .nil (.list (.adt 1)) [])])]), (.build (.adt 0) (.adt 4) [(.prim .natAdd [(.field (.field (.var 0) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 0) 2) 1), (.call 11 [(.field (.var 0) 0)])]), (.prim .natAdd [(.field (.field (.var 0) 2) 2), (.value .nat (.nat 1))]), (.field (.field (.var 0) 2) 3), (.field (.field (.var 0) 2) 4), (.field (.field (.var 0) 2) 5)])])]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 2),
+      body := (.build (.adt 0) (.adt 2) [(.call 12 [(.var 0)]), (.build .nil (.list (.adt 1)) []), (.build (.adt 0) (.adt 4) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [1] (.build .some (.option (.adt 1)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 1) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 1)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 2) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [3] (.build .some (.option (.adt 1)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 3) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 1)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 4) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 5) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 1)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 6) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [7] (.build .some (.option (.adt 1)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 7) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 3), (.adt 1)], result := (.option (.adt 3)),
+      body := (.«match» (.option (.adt 3)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .nat,
+      body := (.second (.«let» 7 (.pair .bool .nat) (.«let» 3 (.pair .bool .nat) (.«let» 1 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 14 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 1)) (.var 1) (.«let» 2 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 15 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 2)), (.prim .natAdd [(.second (.var 1)), (.second (.var 2))])])))) (.cond (.first (.var 3)) (.var 3) (.«let» 6 (.pair .bool .nat) (.«let» 4 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 16 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 4)) (.var 4) (.«let» 5 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 17 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 5)), (.prim .natAdd [(.second (.var 4)), (.second (.var 5))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 6)), (.prim .natAdd [(.second (.var 3)), (.second (.var 6))])])))) (.cond (.first (.var 7)) (.var 7) (.«let» 14 (.pair .bool .nat) (.«let» 10 (.pair .bool .nat) (.«let» 8 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 18 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 8)) (.var 8) (.«let» 9 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 19 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 9)), (.prim .natAdd [(.second (.var 8)), (.second (.var 9))])])))) (.cond (.first (.var 10)) (.var 10) (.«let» 13 (.pair .bool .nat) (.«let» 11 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 20 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 11)) (.var 11) (.«let» 12 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 21 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 12)), (.prim .natAdd [(.second (.var 11)), (.second (.var 12))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 13)), (.prim .natAdd [(.second (.var 10)), (.second (.var 13))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 14)), (.prim .natAdd [(.second (.var 7)), (.second (.var 14))])]))))) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
+
+def __enc_1 : (Reasoning.Clinic.Triage.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Reasoning.Clinic.Triage.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Reasoning.Clinic.Triage.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Reasoning.Clinic.Triage.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+  | Reasoning.Clinic.Triage.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
+  | Reasoning.Clinic.Triage.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
+  | Reasoning.Clinic.Triage.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
+  | Reasoning.Clinic.Triage.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
+  | Reasoning.Clinic.Triage.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
+
+def __enc_3 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
+
+def __enc_4 (__s : (Reasoning.Clinic.Triage.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
+
+def __enc_2 (__s : (Reasoning.Clinic.Triage.Run)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_3 (__s).state), ((_root_.LexLeanPreservation.encList __enc_1) (__s).trace), (__enc_4 (__s).ledger)]
+
+def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
+
+def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.feverish in
+theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_32 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_32 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_32 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
+
+def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachycardic in
+theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_33 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_33 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_33 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
+
+def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachypneic in
+theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_34 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_34 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_34 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
+
+def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.leukocytic in
+theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
+
+def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.hypotensive in
+theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
+
+theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_9 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  ((((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_9 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.select _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
+
+def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_3 (Reasoning.Clinic.Fever.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
+theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Fever.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_3 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
+theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Tachycardia.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_3 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Tachypnea.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_3 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
+theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Leukocytosis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_3 (Reasoning.Clinic.Sirs.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
+theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Sirs.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_40 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_40 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 40 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_40 s) (__enc_3 (Reasoning.Clinic.Sepsis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_27 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_19 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
+theorem __rel_27 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_27 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Sepsis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_41 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_41 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 41 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_41 s) (__enc_3 (Reasoning.Clinic.Shock.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_28 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_20 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
+theorem __rel_28 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_28 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Shock.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_41 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_42 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
+
+theorem __rel_42 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 42 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_42 s) (__enc_3 (Reasoning.Clinic.Escalate.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_29 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_21 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
+theorem __rel_29 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_29 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Escalate.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_42 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : Bool :=
+  (Bool.true && (match _ystep with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys)))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
+theorem __rel_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_3 _ys), (__enc_1 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Triage.fire _ys _ystep))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (Reasoning.Clinic.Triage.Step)) => (match __a with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys))))) (fun (__a : (Reasoning.Clinic.Triage.Step)) => (_root_.LexLeanPreservation.encOption __enc_3) (match __a with | Reasoning.Clinic.Triage.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Clinic.Triage.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Clinic.Triage.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Clinic.Triage.Step)) _ => match __a with | Reasoning.Clinic.Triage.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys)))) | Reasoning.Clinic.Triage.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys))))) | Reasoning.Clinic.Triage.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys)))))) | Reasoning.Clinic.Triage.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))))))) | Reasoning.Clinic.Triage.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))) | Reasoning.Clinic.Triage.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 (_ys))))))))) | Reasoning.Clinic.Triage.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 (_ys)))))))))) | Reasoning.Clinic.Triage.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (_ys)))))))))))))
+
+def __fits_11 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan0l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan0l).2 + (_yscan0r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); (Bool.true && (if (_yscan2l).1 then Bool.true else ((((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan1l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan1l).2 + (_yscan1r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan2l).2 + (_yscan2r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan6l : (Prod Bool Nat) := (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); (if (_yscan2l).1 then _yscan2l else (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((_yscan2r).1, ((_yscan2l).2 + (_yscan2r).2))))); (Bool.true && (if (_yscan6l).1 then Bool.true else (((((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan3l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_19 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan3l).2 + (_yscan3r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (Bool.true && (if (_yscan5l).1 then Bool.true else ((((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan4l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan5l).2 + (_yscan5r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan6l).2 + (_yscan6r).2) 18446744073709551616)) && Bool.true)) && Bool.true)))))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_11 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_11 _ys) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Clinic.Triage.attempts _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_second (let _yscan6l : (Prod Bool Nat) := (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); (if (_yscan2l).1 then _yscan2l else (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((_yscan2r).1, ((_yscan2l).2 + (_yscan2r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan0l).2 + (_yscan0r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))) (_yscan0l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan0l).2 (_yscan0r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan1l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan1l).2 + (_yscan1r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan2l).2 + (_yscan2r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan2l else (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((_yscan2r).1, ((_yscan2l).2 + (_yscan2r).2))))) (_yscan2l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan1l).2 + (_yscan1r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))) (_yscan1l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan1l).2 (_yscan1r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan2l).2 (_yscan2r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan3l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_19 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan3l).2 + (_yscan3r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (Bool.true && (if (_yscan5l).1 then Bool.true else ((((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan4l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan5l).2 + (_yscan5r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan6l).2 + (_yscan6r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan6l else (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); ((_yscan6r).1, ((_yscan6l).2 + (_yscan6r).2))))) (_yscan6l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_19 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan3l).2 + (_yscan3r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))) (_yscan3l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan3l).2 (_yscan3r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan4l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan5l).2 + (_yscan5r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))) (_yscan5l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))) (_yscan4l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan4l).2 (_yscan4r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan5l).2 (_yscan5r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan6l).2 (_yscan6r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))))
+
+def __fits_5 (_yr : (Reasoning.Clinic.Triage.Run)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_9 ((_yr).state))) && (match (Reasoning.Clinic.Triage.select ((_yr).state)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => (((Bool.true && (Bool.true && Bool.true)) && (__fits_10 ((_yr).state) (_ystep))) && (match (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_11 ((_yr).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.attempts Reasoning.Clinic.Triage.fire Reasoning.Clinic.Triage.select in
+theorem __rel_5 (_yr : (Reasoning.Clinic.Triage.Run)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_2 _yr)] (_root_.LexLeanPreservation.Rel (__fits_5 _yr) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Clinic.Triage.step _yr))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => (((Bool.true && (Bool.true && Bool.true)) && (__fits_10 ((_yr).state) (_ystep))) && (match (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_11 ((_yr).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Triage.Run))) | Option.some _ystep => (match (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) with | Option.none => (Option.none : (Option (Reasoning.Clinic.Triage.Run))) | Option.some _yt => (Option.some (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_yr).trace) ((_ystep :: ([] : List (Reasoning.Clinic.Triage.Step)))) : (List (Reasoning.Clinic.Triage.Step))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))), firings := (((_yr).ledger).firings + (1 : Nat)), expansions := ((_yr).ledger).expansions, verifications := ((_yr).ledger).verifications, frontier := ((_yr).ledger).frontier } : (Reasoning.Clinic.Triage.Ledger)) } : (Reasoning.Clinic.Triage.Run))) : (Option (Reasoning.Clinic.Triage.Run)))))) (Reasoning.Clinic.Triage.select ((_yr).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((_yr).state))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_3) (fun (__a : (Option (Reasoning.Clinic.Chart))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_11 ((_yr).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option (Reasoning.Clinic.Chart))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Triage.Run))) | Option.some _yt => (Option.some (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_yr).trace) ((_ystep :: ([] : List (Reasoning.Clinic.Triage.Step)))) : (List (Reasoning.Clinic.Triage.Step))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))), firings := (((_yr).ledger).firings + (1 : Nat)), expansions := ((_yr).ledger).expansions, verifications := ((_yr).ledger).verifications, frontier := ((_yr).ledger).frontier } : (Reasoning.Clinic.Triage.Ledger)) } : (Reasoning.Clinic.Triage.Run))) : (Option (Reasoning.Clinic.Triage.Run))))) (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 ((_yr).state) (_ystep))) (fun (__a : (Option (Reasoning.Clinic.Chart))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_1) (_yr).trace (_ystep :: ([] : List (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 ((_yr).state))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).attempts (Reasoning.Clinic.Triage.attempts ((_yr).state)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).firings (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))))))
+
+def __fits_12 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_12 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_12 patient) (__enc_3 (Reasoning.Clinic.Triage.observe patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_6 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_12 (patient))) && ((Bool.true && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true)
+
+attribute [local irreducible] Reasoning.Clinic.Triage.observe in
+theorem __rel_6 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_6 patient) (__enc_2 (Reasoning.Clinic.Triage.start patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (patient))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_2 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_6 (patient))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Triage.Run)) => __fits_5 __p0) ((Reasoning.Clinic.Triage.step)) ((11 : Nat)) ((Reasoning.Clinic.Triage.start (patient)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.start in
+theorem __rel_2 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_2 patient) ((_root_.LexLeanPreservation.encPair __enc_2 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Clinic.Triage.run patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (patient))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_2) (_root_.LexLeanPreservation.optEnc __enc_2) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_2 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Clinic.Triage.step)) (fun (__p0 : (Reasoning.Clinic.Triage.Run)) => __fits_5 __p0) 5 [] (fun (__p0 : (Reasoning.Clinic.Triage.Run)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Clinic.Triage.step))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.adt 2)) rfl ((11 : Nat)) ((Reasoning.Clinic.Triage.start (patient)))))
+
+def __fits_8 (chart : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_8 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_3 chart)] (_root_.LexLeanPreservation.Rel (__fits_8 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.extract chart))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
+
+def __fits_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble r (3 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.feverish Reasoning.Clinic.hypotensive Reasoning.Clinic.tachycardic in
+theorem __rel_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_0 v), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_13 v r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.recommendationCheck v r))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq r (3 : Nat)) || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))))))) (Nat.ble r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))) (Nat.beq r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))) (Reasoning.Clinic.hypotensive (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (v))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))) (Nat.beq (v).infection (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (v).infection (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic (v)))) (Reasoning.Clinic.feverish (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 (v))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (v)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot ((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.extract Reasoning.Clinic.recommendationCheck in
+theorem __rel_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 patient), (__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 patient _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.accept patient _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Clinic.recommendationCheck (patient) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_13 (patient) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (patient) (_ys))) && (match (Reasoning.Clinic.Triage.accept (patient) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.accept Reasoning.Clinic.Triage.extract in
+theorem __rel_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 patient), (__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 patient _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.conclude patient _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Clinic.Triage.accept (patient) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (patient) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
+
+def __fits_1 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_2 (patient))) && (let _yfinal : (Prod (Reasoning.Clinic.Triage.Run) Bool) := (Reasoning.Clinic.Triage.run (patient)); (Bool.true && (match (_yfinal).2 with | Bool.true => (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) (((_yfinal).1).state))) && (match (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) with | Except.ok _yv => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Clinic.Triage.conclude Reasoning.Clinic.Triage.run in
+theorem __rel_1 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_1 patient) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (Reasoning.Clinic.Triage patient))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Triage.Run) Bool) := (Reasoning.Clinic.Triage.run (patient)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (patient))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) (((_yfinal).1).state))) && (match (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) with | Except.ok _yv => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (match __a with | Bool.true => (match (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) with | Except.ok _yv => (Except.ok ((_yv, ((_yfinal).1).trace)) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step)))))) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok _yv => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (match __a with | Except.ok _yv => (Except.ok ((_yv, ((_yfinal).1).trace)) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))))) (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (patient) (((_yfinal).1).state))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Except.error _ye => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
+  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Clinic.Triage (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok explained => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((explained).2) : Nat) 18446744073709551616)) | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Clinic.Triage in
+theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageSteps temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) => (match __a with | Except.ok explained => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((explained).2) : Nat) 18446744073709551616)) | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok explained => (_root_.LexLeanRuntime.length ((explained).2) : Nat) | Except.error failure => (0 : Nat))) (Reasoning.Clinic.Triage (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) _ => match __a with | Except.ok explained => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_1) (explained).2))) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageSteps temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageSteps temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..e1ca87eb6
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/Compose/RustStd.lex.tex
@@ -0,0 +1,1741 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_0 : @16 := @716 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_1 : @724 := @960 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_3 : @967 := @1631 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_3],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_4 : @1638 := @2091 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_4],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_2 : @2098 := @2458 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.root : @3543 := @3544 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.flags
+@3 := Reasoning.Clinic.Vitals
+@4 := #0
+@5 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Reasoning.Clinic.Vitals.temperature
+@18 := @17 @4
+@19 := Reasoning.Clinic.Vitals.heartRate
+@20 := @19 @4
+@21 := Reasoning.Clinic.Vitals.respiratoryRate
+@22 := @21 @4
+@23 := Reasoning.Clinic.Vitals.whiteCells
+@24 := @23 @4
+@25 := Reasoning.Clinic.Vitals.systolic
+@26 := @25 @4
+@27 := Reasoning.Clinic.Vitals.infection
+@28 := @27 @4
+@29 := LexLeanTarget.TargetSyntax.Value.nat
+@30 := @29 @18
+@31 := LexLeanTarget.TargetSyntax.Ty.nat
+@32 := LexLeanTarget.TargetSyntax.Program
+@33 := LexLeanPreservation.Rust.RCrate
+@34 := LexLeanPreservation.Rust.Flags
+@35 := Nat
+@36 := #3
+@37 := @7 @36
+@38 := #2
+@39 := @37 @38
+@40 := #1
+@41 := @39 @40
+@42 := @29 @4
+@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
+@50 := LexLeanPreservation.Rust.wt_nat @0
+@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
+@58 := @50 @1
+@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
+@64 := @58 @2
+@67 := (n : @35) -> @13 @42 @31
+@68 := @64 @18
+@70 := @13 @30 @31
+@71 := @29 @20
+@72 := @64 @20
+@74 := @13 @71 @31
+@75 := @29 @22
+@76 := @64 @22
+@78 := @13 @75 @31
+@79 := @29 @24
+@80 := @64 @24
+@82 := @13 @79 @31
+@83 := @29 @26
+@84 := @64 @26
+@86 := @13 @83 @31
+@87 := @29 @28
+@88 := @64 @28
+@90 := @13 @87 @31
+@91 := LexLeanTarget.TargetSyntax.Value
+@92 := LexLeanTarget.TargetSyntax.Ty
+@93 := List.nil.{0}
+@94 := List.cons.{0}
+@95 := @93 @91
+@96 := @94 @91
+@98 := @96 @87 @95
+@100 := @96 @83 @98
+@102 := @96 @79 @100
+@104 := @96 @75 @102
+@106 := @96 @71 @104
+@108 := @96 @30 @106
+@109 := @93 @92
+@110 := @94 @92
+@111 := @110 @31
+@112 := @111 @109
+@113 := @111 @112
+@114 := @111 @113
+@115 := @111 @114
+@116 := @111 @115
+@117 := @111 @116
+@118 := LexLeanPreservation.Rust.WTL
+@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
+@128 := LexLeanPreservation.Rust.wtl_nil @0
+@129 := @118 @0
+@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
+@136 := @128 @1
+@137 := @129 @1
+@141 := {A : @34} -> @137 @4 @95 @109
+@142 := @136 @2
+@143 := @137 @2
+@144 := @143 @95
+@145 := @144 @109
+@146 := List.{0}
+@147 := @146 @91
+@148 := @146 @92
+@149 := #6
+@150 := @7 @149
+@151 := #5
+@152 := @150 @151
+@153 := #4
+@154 := @152 @153
+@156 := @154 @36 @38
+@157 := #7
+@162 := @118 @157 @149 @151 @38 @40
+@163 := #8
+@166 := @118 @163 @157 @149
+@168 := @96 @151 @36
+@169 := @166 @168
+@171 := @110 @153 @38
+@181 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
+@183 := LexLeanPreservation.Rust.wtl_cons @0
+@185 := @11 @151 @153
+@187 := @185 @36 @38
+@191 := @129 @149 @151 @38 @40
+@203 := {c : @33} ->
+  {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
+@204 := @183 @1
+@205 := @12 @153
+@207 := @205 @36 @38
+@210 := @137 @151 @38 @40
+@220 := {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
+@221 := @204 @2
+@223 := @13 @36 @38
+@225 := @143 @38 @40
+@233 := {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
+@234 := @221 @87
+@236 := @29 (@27 @36)
+@249 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
+@250 := @234 @31
+@252 := @29 (@27 @38)
+@254 := @13 @252 @31
+@259 := @143 (@96 (@29 (@27 @153)) @36)
+@260 := @111 @38
+@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
+@266 := @250 @95
+@268 := @29 (@27 @40)
+@270 := @13 @268 @31
+@271 := @144 @40
+@273 := @96 @236 @95
+@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
+@279 := @266 @109
+@281 := @96 @252 @95
+@282 := @143 @281
+@285 := (h : @90) -> (hs : @145) -> @282 @112
+@286 := @279 @88
+@288 := @96 @268 @95
+@290 := @143 @288 @112
+@291 := (hs : @145) -> @290
+@292 := @286 @142
+@294 := @143 @98 @112
+@295 := @221 @83
+@297 := @29 (@25 @36)
+@310 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
+@311 := @295 @31
+@313 := @29 (@25 @38)
+@325 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
+@326 := @311 @98
+@328 := @29 (@25 @40)
+@330 := @13 @328 @31
+@331 := @282 @40
+@333 := @96 @297 @273
+@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
+@339 := @326 @112
+@341 := @96 @313 @281
+@342 := @143 @341
+@345 := (h : @86) -> (hs : @290) -> @342 @113
+@346 := @339 @84
+@348 := @96 @328 @288
+@350 := @143 @348 @113
+@351 := (hs : @294) -> @350
+@352 := @346 @292
+@354 := @143 @100 @113
+@355 := @221 @79
+@357 := @29 (@23 @36)
+@370 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
+@371 := @355 @31
+@373 := @29 (@23 @38)
+@385 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
+@386 := @371 @100
+@388 := @29 (@23 @40)
+@390 := @13 @388 @31
+@391 := @342 @40
+@393 := @96 @357 @333
+@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
+@399 := @386 @113
+@401 := @96 @373 @341
+@402 := @143 @401
+@405 := (h : @82) -> (hs : @350) -> @402 @114
+@406 := @399 @80
+@408 := @96 @388 @348
+@410 := @143 @408 @114
+@411 := (hs : @354) -> @410
+@412 := @406 @352
+@414 := @143 @102 @114
+@415 := @221 @75
+@417 := @29 (@21 @36)
+@430 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
+@431 := @415 @31
+@433 := @29 (@21 @38)
+@445 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
+@446 := @431 @102
+@448 := @29 (@21 @40)
+@450 := @13 @448 @31
+@451 := @402 @40
+@453 := @96 @417 @393
+@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
+@459 := @446 @114
+@461 := @96 @433 @401
+@462 := @143 @461
+@465 := (h : @78) -> (hs : @410) -> @462 @115
+@466 := @459 @76
+@468 := @96 @448 @408
+@470 := @143 @468 @115
+@471 := (hs : @414) -> @470
+@472 := @466 @412
+@474 := @143 @104 @115
+@475 := @221 @71
+@477 := @29 (@19 @36)
+@490 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
+@491 := @475 @31
+@493 := @29 (@19 @38)
+@505 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
+@506 := @491 @104
+@508 := @29 (@19 @40)
+@510 := @13 @508 @31
+@511 := @462 @40
+@513 := @96 @477 @453
+@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
+@519 := @506 @115
+@521 := @96 @493 @461
+@522 := @143 @521
+@525 := (h : @74) -> (hs : @470) -> @522 @116
+@526 := @519 @72
+@528 := @96 @508 @468
+@530 := @143 @528 @116
+@531 := (hs : @474) -> @530
+@532 := @526 @472
+@534 := @143 @106 @116
+@535 := @221 @30
+@537 := @29 (@17 @36)
+@550 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
+@551 := @535 @31
+@553 := @29 (@17 @38)
+@565 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
+@566 := @551 @106
+@568 := @29 (@17 @40)
+@570 := @13 @568 @31
+@571 := @522 @40
+@573 := @96 @537 @513
+@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
+@579 := @566 @116
+@581 := @96 @553 @521
+@582 := @143 @581
+@585 := (h : @70) -> (hs : @530) -> @582 @117
+@586 := @579 @68
+@588 := @96 @568 @528
+@590 := @143 @588 @117
+@591 := (hs : @534) -> @590
+@592 := @586 @532
+@594 := @143 @108 @117
+@595 := Eq.{1}
+@596 := Option.{0}
+@597 := @596 @148
+@598 := @595 @597
+@599 := LexLeanPreservation.Rust.adtFields
+@603 := @598 (@599 @149 @36 @38)
+@604 := Option.some.{0}
+@605 := @604 @148
+@606 := @605 @4
+@607 := @603 @606
+@610 := @7 @163 @157 @149
+@611 := LexLeanTarget.TargetSyntax.Value.adt
+@613 := @611 @153 @36
+@614 := @610 @613
+@615 := @8 @151
+@625 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
+@627 := LexLeanPreservation.Rust.wt_adt @0
+@628 := @599 @0
+@632 := @598 (@628 @36 @38) @606
+@644 := {c : @33} ->
+  {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
+@645 := @627 @1
+@655 := {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
+@656 := @645 @2
+@657 := @13 @613
+@664 := {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
+@665 := @656 @9
+@666 := @628 @9
+@675 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
+@676 := @665 @9
+@677 := @666 @9
+@678 := @598 @677
+@679 := @678 @606
+@680 := @611 @9
+@682 := @13 (@680 @36)
+@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
+@688 := @676 @108
+@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
+@696 := @688 @117
+@697 := @605 @117
+@703 := (h : @678 @697) -> (hf : @590) -> @13 (@680 @581) @10
+@704 := Eq.refl.{1}
+@705 := @704 @597
+@707 := @696 (@705 @677)
+@711 := (hf : @594) -> @13 (@680 @588) @10
+@712 := @707 @592
+@715 := @13 (@680 @108) @10
+@716 := fun (__s : @3) => @712
+@717 := Reasoning.Clinic.Triage.Step
+@718 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.__enc_1
+@719 := @718 @4
+@720 := 1
+@721 := @8 @720
+@722 := @13 @719
+@723 := @722 @721
+@724 := (__v : @717) -> @723
+@725 := fun (__v : @717) => @723
+@726 := @656 @720
+@727 := @628 @720
+@736 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@727 @38) @606) -> (hf : @225) -> @657 @721
+@737 := @726 @9
+@738 := @727 @9
+@739 := @598 @738
+@740 := @739 @606
+@745 := {fs : @147} -> {tys : @148} -> (h : @740) -> (hf : @225) -> @682 @721
+@746 := @737 @95
+@749 := @13 (@680 @95) @721
+@752 := {tys : @148} -> (h : @740) -> (hf : @271) -> @749
+@753 := @746 @109
+@754 := @605 @109
+@757 := (h : @739 @754) -> (hf : @145) -> @749
+@760 := @753 (@705 @738) @142
+@761 := @726 @720
+@762 := @727 @720
+@763 := @598 @762
+@764 := @763 @606
+@765 := @611 @720
+@772 := {fs : @147} -> {tys : @148} -> (h : @764) -> (hf : @225) -> @13 (@765 @36) @721
+@773 := @761 @95
+@776 := @13 (@765 @95) @721
+@779 := {tys : @148} -> (h : @764) -> (hf : @271) -> @776
+@780 := @773 @109
+@783 := (h : @763 @754) -> (hf : @145) -> @776
+@786 := @780 (@705 @762) @142
+@787 := 2
+@788 := @726 @787
+@789 := @727 @787
+@790 := @598 @789
+@791 := @790 @606
+@792 := @611 @787
+@799 := {fs : @147} -> {tys : @148} -> (h : @791) -> (hf : @225) -> @13 (@792 @36) @721
+@800 := @788 @95
+@803 := @13 (@792 @95) @721
+@806 := {tys : @148} -> (h : @791) -> (hf : @271) -> @803
+@807 := @800 @109
+@810 := (h : @790 @754) -> (hf : @145) -> @803
+@813 := @807 (@705 @789) @142
+@814 := 3
+@815 := @726 @814
+@816 := @727 @814
+@817 := @598 @816
+@818 := @817 @606
+@819 := @611 @814
+@826 := {fs : @147} -> {tys : @148} -> (h : @818) -> (hf : @225) -> @13 (@819 @36) @721
+@827 := @815 @95
+@830 := @13 (@819 @95) @721
+@833 := {tys : @148} -> (h : @818) -> (hf : @271) -> @830
+@834 := @827 @109
+@837 := (h : @817 @754) -> (hf : @145) -> @830
+@840 := @834 (@705 @816) @142
+@841 := 4
+@842 := @726 @841
+@843 := @727 @841
+@844 := @598 @843
+@845 := @844 @606
+@846 := @611 @841
+@853 := {fs : @147} -> {tys : @148} -> (h : @845) -> (hf : @225) -> @13 (@846 @36) @721
+@854 := @842 @95
+@857 := @13 (@846 @95) @721
+@860 := {tys : @148} -> (h : @845) -> (hf : @271) -> @857
+@861 := @854 @109
+@864 := (h : @844 @754) -> (hf : @145) -> @857
+@867 := @861 (@705 @843) @142
+@868 := 5
+@869 := @726 @868
+@870 := @727 @868
+@871 := @598 @870
+@872 := @871 @606
+@873 := @611 @868
+@880 := {fs : @147} -> {tys : @148} -> (h : @872) -> (hf : @225) -> @13 (@873 @36) @721
+@881 := @869 @95
+@884 := @13 (@873 @95) @721
+@887 := {tys : @148} -> (h : @872) -> (hf : @271) -> @884
+@888 := @881 @109
+@891 := (h : @871 @754) -> (hf : @145) -> @884
+@894 := @888 (@705 @870) @142
+@895 := 6
+@896 := @726 @895
+@897 := @727 @895
+@898 := @598 @897
+@899 := @898 @606
+@900 := @611 @895
+@907 := {fs : @147} -> {tys : @148} -> (h : @899) -> (hf : @225) -> @13 (@900 @36) @721
+@908 := @896 @95
+@911 := @13 (@900 @95) @721
+@914 := {tys : @148} -> (h : @899) -> (hf : @271) -> @911
+@915 := @908 @109
+@918 := (h : @898 @754) -> (hf : @145) -> @911
+@921 := @915 (@705 @897) @142
+@922 := 7
+@923 := @726 @922
+@924 := @727 @922
+@925 := @598 @924
+@926 := @925 @606
+@927 := @611 @922
+@934 := {fs : @147} -> {tys : @148} -> (h : @926) -> (hf : @225) -> @13 (@927 @36) @721
+@935 := @923 @95
+@938 := @13 (@927 @95) @721
+@941 := {tys : @148} -> (h : @926) -> (hf : @271) -> @938
+@942 := @935 @109
+@945 := (h : @925 @754) -> (hf : @145) -> @938
+@948 := @942 (@705 @924) @142
+@960 := fun (__v : @717) =>
+  Reasoning.Clinic.Triage.Step.casesOn.{0} @725 @4 @760 @786 @813 @840 @867 @894 @921 @948
+@961 := Reasoning.Clinic.Chart
+@962 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.__enc_3
+@963 := @962 @4
+@964 := @8 @814
+@967 := (__s : @961) -> @13 @963 @964
+@968 := Reasoning.Clinic.Chart.vitals
+@969 := @968 @4
+@970 := Reasoning.Clinic.Chart.fever
+@971 := @970 @4
+@972 := Reasoning.Clinic.Chart.tachycardia
+@973 := @972 @4
+@974 := Reasoning.Clinic.Chart.tachypnea
+@975 := @974 @4
+@976 := Reasoning.Clinic.Chart.leukocytosis
+@977 := @976 @4
+@978 := Reasoning.Clinic.Chart.sirs
+@979 := @978 @4
+@980 := Reasoning.Clinic.Chart.sepsis
+@981 := @980 @4
+@982 := Reasoning.Clinic.Chart.shock
+@983 := @982 @4
+@984 := Reasoning.Clinic.Chart.level
+@985 := @984 @4
+@986 := @5 @969
+@988 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_0 @969
+@989 := @29 @971
+@990 := @64 @971
+@992 := @13 @989 @31
+@993 := @29 @973
+@994 := @64 @973
+@996 := @13 @993 @31
+@997 := @29 @975
+@998 := @64 @975
+@1000 := @13 @997 @31
+@1001 := @29 @977
+@1002 := @64 @977
+@1004 := @13 @1001 @31
+@1005 := @29 @979
+@1006 := @64 @979
+@1008 := @13 @1005 @31
+@1009 := @29 @981
+@1010 := @64 @981
+@1012 := @13 @1009 @31
+@1013 := @29 @983
+@1014 := @64 @983
+@1016 := @13 @1013 @31
+@1017 := @29 @985
+@1018 := @64 @985
+@1020 := @13 @1017 @31
+@1022 := @96 @1017 @95
+@1024 := @96 @1013 @1022
+@1026 := @96 @1009 @1024
+@1028 := @96 @1005 @1026
+@1030 := @96 @1001 @1028
+@1032 := @96 @997 @1030
+@1034 := @96 @993 @1032
+@1036 := @96 @989 @1034
+@1038 := @96 @986 @1036
+@1039 := @111 @117
+@1040 := @111 @1039
+@1041 := @110 @10
+@1042 := @1041 @1040
+@1043 := @221 @1017
+@1045 := @29 (@984 @36)
+@1058 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1045 @38) -> (hs : @225) -> @143 (@96 (@29 (@984 @151)) @36) @171
+@1059 := @1043 @31
+@1061 := @29 (@984 @38)
+@1073 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1061 @31) -> (hs : @225) -> @143 (@96 (@29 (@984 @153)) @36) @260
+@1074 := @1059 @95
+@1076 := @29 (@984 @40)
+@1078 := @13 @1076 @31
+@1080 := @96 @1045 @95
+@1085 := {ts : @148} -> (h : @1078) -> (hs : @271) -> @143 @1080 @260
+@1086 := @1074 @109
+@1088 := @96 @1061 @95
+@1089 := @143 @1088
+@1092 := (h : @1020) -> (hs : @145) -> @1089 @112
+@1093 := @1086 @1018
+@1095 := @96 @1076 @95
+@1097 := @143 @1095 @112
+@1098 := (hs : @145) -> @1097
+@1099 := @1093 @142
+@1101 := @143 @1022 @112
+@1102 := @221 @1013
+@1104 := @29 (@982 @36)
+@1117 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1104 @38) -> (hs : @225) -> @143 (@96 (@29 (@982 @151)) @36) @171
+@1118 := @1102 @31
+@1120 := @29 (@982 @38)
+@1132 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1120 @31) -> (hs : @225) -> @143 (@96 (@29 (@982 @153)) @36) @260
+@1133 := @1118 @1022
+@1135 := @29 (@982 @40)
+@1137 := @13 @1135 @31
+@1138 := @1089 @40
+@1140 := @96 @1104 @1080
+@1145 := {ts : @148} -> (h : @1137) -> (hs : @1138) -> @143 @1140 @260
+@1146 := @1133 @112
+@1148 := @96 @1120 @1088
+@1149 := @143 @1148
+@1152 := (h : @1016) -> (hs : @1097) -> @1149 @113
+@1153 := @1146 @1014
+@1155 := @96 @1135 @1095
+@1157 := @143 @1155 @113
+@1158 := (hs : @1101) -> @1157
+@1159 := @1153 @1099
+@1161 := @143 @1024 @113
+@1162 := @221 @1009
+@1164 := @29 (@980 @36)
+@1177 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1164 @38) -> (hs : @225) -> @143 (@96 (@29 (@980 @151)) @36) @171
+@1178 := @1162 @31
+@1180 := @29 (@980 @38)
+@1192 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1180 @31) -> (hs : @225) -> @143 (@96 (@29 (@980 @153)) @36) @260
+@1193 := @1178 @1024
+@1195 := @29 (@980 @40)
+@1197 := @13 @1195 @31
+@1198 := @1149 @40
+@1200 := @96 @1164 @1140
+@1205 := {ts : @148} -> (h : @1197) -> (hs : @1198) -> @143 @1200 @260
+@1206 := @1193 @113
+@1208 := @96 @1180 @1148
+@1209 := @143 @1208
+@1212 := (h : @1012) -> (hs : @1157) -> @1209 @114
+@1213 := @1206 @1010
+@1215 := @96 @1195 @1155
+@1217 := @143 @1215 @114
+@1218 := (hs : @1161) -> @1217
+@1219 := @1213 @1159
+@1221 := @143 @1026 @114
+@1222 := @221 @1005
+@1224 := @29 (@978 @36)
+@1237 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1224 @38) -> (hs : @225) -> @143 (@96 (@29 (@978 @151)) @36) @171
+@1238 := @1222 @31
+@1240 := @29 (@978 @38)
+@1252 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1240 @31) -> (hs : @225) -> @143 (@96 (@29 (@978 @153)) @36) @260
+@1253 := @1238 @1026
+@1255 := @29 (@978 @40)
+@1257 := @13 @1255 @31
+@1258 := @1209 @40
+@1260 := @96 @1224 @1200
+@1265 := {ts : @148} -> (h : @1257) -> (hs : @1258) -> @143 @1260 @260
+@1266 := @1253 @114
+@1268 := @96 @1240 @1208
+@1269 := @143 @1268
+@1272 := (h : @1008) -> (hs : @1217) -> @1269 @115
+@1273 := @1266 @1006
+@1275 := @96 @1255 @1215
+@1277 := @143 @1275 @115
+@1278 := (hs : @1221) -> @1277
+@1279 := @1273 @1219
+@1281 := @143 @1028 @115
+@1282 := @221 @1001
+@1284 := @29 (@976 @36)
+@1297 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1284 @38) -> (hs : @225) -> @143 (@96 (@29 (@976 @151)) @36) @171
+@1298 := @1282 @31
+@1300 := @29 (@976 @38)
+@1312 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1300 @31) -> (hs : @225) -> @143 (@96 (@29 (@976 @153)) @36) @260
+@1313 := @1298 @1028
+@1315 := @29 (@976 @40)
+@1317 := @13 @1315 @31
+@1318 := @1269 @40
+@1320 := @96 @1284 @1260
+@1325 := {ts : @148} -> (h : @1317) -> (hs : @1318) -> @143 @1320 @260
+@1326 := @1313 @115
+@1328 := @96 @1300 @1268
+@1329 := @143 @1328
+@1332 := (h : @1004) -> (hs : @1277) -> @1329 @116
+@1333 := @1326 @1002
+@1335 := @96 @1315 @1275
+@1337 := @143 @1335 @116
+@1338 := (hs : @1281) -> @1337
+@1339 := @1333 @1279
+@1341 := @143 @1030 @116
+@1342 := @221 @997
+@1344 := @29 (@974 @36)
+@1357 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1344 @38) -> (hs : @225) -> @143 (@96 (@29 (@974 @151)) @36) @171
+@1358 := @1342 @31
+@1360 := @29 (@974 @38)
+@1372 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1360 @31) -> (hs : @225) -> @143 (@96 (@29 (@974 @153)) @36) @260
+@1373 := @1358 @1030
+@1375 := @29 (@974 @40)
+@1377 := @13 @1375 @31
+@1378 := @1329 @40
+@1380 := @96 @1344 @1320
+@1385 := {ts : @148} -> (h : @1377) -> (hs : @1378) -> @143 @1380 @260
+@1386 := @1373 @116
+@1388 := @96 @1360 @1328
+@1389 := @143 @1388
+@1392 := (h : @1000) -> (hs : @1337) -> @1389 @117
+@1393 := @1386 @998
+@1395 := @96 @1375 @1335
+@1397 := @143 @1395 @117
+@1398 := (hs : @1341) -> @1397
+@1399 := @1393 @1339
+@1401 := @143 @1032 @117
+@1402 := @221 @993
+@1404 := @29 (@972 @36)
+@1417 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1404 @38) -> (hs : @225) -> @143 (@96 (@29 (@972 @151)) @36) @171
+@1418 := @1402 @31
+@1420 := @29 (@972 @38)
+@1432 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1420 @31) -> (hs : @225) -> @143 (@96 (@29 (@972 @153)) @36) @260
+@1433 := @1418 @1032
+@1435 := @29 (@972 @40)
+@1437 := @13 @1435 @31
+@1438 := @1389 @40
+@1440 := @96 @1404 @1380
+@1445 := {ts : @148} -> (h : @1437) -> (hs : @1438) -> @143 @1440 @260
+@1446 := @1433 @117
+@1448 := @96 @1420 @1388
+@1449 := @143 @1448
+@1452 := (h : @996) -> (hs : @1397) -> @1449 @1039
+@1453 := @1446 @994
+@1455 := @96 @1435 @1395
+@1457 := @143 @1455 @1039
+@1458 := (hs : @1401) -> @1457
+@1459 := @1453 @1399
+@1461 := @143 @1034 @1039
+@1462 := @221 @989
+@1464 := @29 (@970 @36)
+@1477 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1464 @38) -> (hs : @225) -> @143 (@96 (@29 (@970 @151)) @36) @171
+@1478 := @1462 @31
+@1480 := @29 (@970 @38)
+@1492 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1480 @31) -> (hs : @225) -> @143 (@96 (@29 (@970 @153)) @36) @260
+@1493 := @1478 @1034
+@1495 := @29 (@970 @40)
+@1497 := @13 @1495 @31
+@1498 := @1449 @40
+@1500 := @96 @1464 @1440
+@1505 := {ts : @148} -> (h : @1497) -> (hs : @1498) -> @143 @1500 @260
+@1506 := @1493 @1039
+@1508 := @96 @1480 @1448
+@1509 := @143 @1508
+@1512 := (h : @992) -> (hs : @1457) -> @1509 @1040
+@1513 := @1506 @990
+@1515 := @96 @1495 @1455
+@1517 := @143 @1515 @1040
+@1518 := (hs : @1461) -> @1517
+@1519 := @1513 @1459
+@1521 := @143 @1036 @1040
+@1522 := @221 @986
+@1524 := @5 (@968 @36)
+@1537 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1524 @38) -> (hs : @225) -> @143 (@96 (@5 (@968 @151)) @36) @171
+@1538 := @1522 @10
+@1540 := @5 (@968 @38)
+@1542 := @13 @1540 @10
+@1547 := @143 (@96 (@5 (@968 @153)) @36)
+@1548 := @1041 @38
+@1553 := {vs : @147} -> {ts : @148} -> (h : @1542) -> (hs : @225) -> @1547 @1548
+@1554 := @1538 @1036
+@1556 := @5 (@968 @40)
+@1558 := @13 @1556 @10
+@1559 := @1509 @40
+@1561 := @96 @1524 @1500
+@1566 := {ts : @148} -> (h : @1558) -> (hs : @1559) -> @143 @1561 @1548
+@1567 := @1554 @1040
+@1569 := @13 @986 @10
+@1571 := @96 @1540 @1508
+@1572 := @143 @1571
+@1575 := (h : @1569) -> (hs : @1517) -> @1572 @1042
+@1576 := @1567 @988
+@1578 := @96 @1556 @1515
+@1580 := @143 @1578 @1042
+@1581 := (hs : @1521) -> @1580
+@1582 := @1576 @1519
+@1584 := @143 @1038 @1042
+@1585 := @656 @814
+@1586 := @628 @814
+@1595 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@1586 @38) @606) -> (hf : @225) -> @657 @964
+@1596 := @1585 @9
+@1597 := @1586 @9
+@1598 := @598 @1597
+@1599 := @1598 @606
+@1604 := {fs : @147} -> {tys : @148} -> (h : @1599) -> (hf : @225) -> @682 @964
+@1605 := @1596 @1038
+@1612 := {tys : @148} -> (h : @1599) -> (hf : @1572 @40) -> @13 (@680 @1561) @964
+@1613 := @1605 @1042
+@1620 := (h : @1598 (@605 @1042)) -> (hf : @1580) -> @13 (@680 @1571) @964
+@1622 := @1613 (@705 @1597)
+@1626 := (hf : @1584) -> @13 (@680 @1578) @964
+@1627 := @1622 @1582
+@1630 := @13 (@680 @1038) @964
+@1631 := fun (__s : @961) => @1627
+@1632 := Reasoning.Clinic.Triage.Ledger
+@1633 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.__enc_4
+@1634 := @1633 @4
+@1635 := @8 @841
+@1638 := (__s : @1632) -> @13 @1634 @1635
+@1639 := Reasoning.Clinic.Triage.Ledger.iterations
+@1640 := @1639 @4
+@1641 := Reasoning.Clinic.Triage.Ledger.attempts
+@1642 := @1641 @4
+@1643 := Reasoning.Clinic.Triage.Ledger.firings
+@1644 := @1643 @4
+@1645 := Reasoning.Clinic.Triage.Ledger.expansions
+@1646 := @1645 @4
+@1647 := Reasoning.Clinic.Triage.Ledger.verifications
+@1648 := @1647 @4
+@1649 := Reasoning.Clinic.Triage.Ledger.frontier
+@1650 := @1649 @4
+@1651 := @29 @1640
+@1652 := @64 @1640
+@1654 := @13 @1651 @31
+@1655 := @29 @1642
+@1656 := @64 @1642
+@1658 := @13 @1655 @31
+@1659 := @29 @1644
+@1660 := @64 @1644
+@1662 := @13 @1659 @31
+@1663 := @29 @1646
+@1664 := @64 @1646
+@1666 := @13 @1663 @31
+@1667 := @29 @1648
+@1668 := @64 @1648
+@1670 := @13 @1667 @31
+@1671 := @29 @1650
+@1672 := @64 @1650
+@1674 := @13 @1671 @31
+@1676 := @96 @1671 @95
+@1678 := @96 @1667 @1676
+@1680 := @96 @1663 @1678
+@1682 := @96 @1659 @1680
+@1684 := @96 @1655 @1682
+@1686 := @96 @1651 @1684
+@1687 := @221 @1671
+@1689 := @29 (@1649 @36)
+@1702 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1689 @38) -> (hs : @225) -> @143 (@96 (@29 (@1649 @151)) @36) @171
+@1703 := @1687 @31
+@1705 := @29 (@1649 @38)
+@1717 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1705 @31) -> (hs : @225) -> @143 (@96 (@29 (@1649 @153)) @36) @260
+@1718 := @1703 @95
+@1720 := @29 (@1649 @40)
+@1722 := @13 @1720 @31
+@1724 := @96 @1689 @95
+@1729 := {ts : @148} -> (h : @1722) -> (hs : @271) -> @143 @1724 @260
+@1730 := @1718 @109
+@1732 := @96 @1705 @95
+@1733 := @143 @1732
+@1736 := (h : @1674) -> (hs : @145) -> @1733 @112
+@1737 := @1730 @1672
+@1739 := @96 @1720 @95
+@1741 := @143 @1739 @112
+@1742 := (hs : @145) -> @1741
+@1743 := @1737 @142
+@1745 := @143 @1676 @112
+@1746 := @221 @1667
+@1748 := @29 (@1647 @36)
+@1761 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1748 @38) -> (hs : @225) -> @143 (@96 (@29 (@1647 @151)) @36) @171
+@1762 := @1746 @31
+@1764 := @29 (@1647 @38)
+@1776 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1764 @31) -> (hs : @225) -> @143 (@96 (@29 (@1647 @153)) @36) @260
+@1777 := @1762 @1676
+@1779 := @29 (@1647 @40)
+@1781 := @13 @1779 @31
+@1782 := @1733 @40
+@1784 := @96 @1748 @1724
+@1789 := {ts : @148} -> (h : @1781) -> (hs : @1782) -> @143 @1784 @260
+@1790 := @1777 @112
+@1792 := @96 @1764 @1732
+@1793 := @143 @1792
+@1796 := (h : @1670) -> (hs : @1741) -> @1793 @113
+@1797 := @1790 @1668
+@1799 := @96 @1779 @1739
+@1801 := @143 @1799 @113
+@1802 := (hs : @1745) -> @1801
+@1803 := @1797 @1743
+@1805 := @143 @1678 @113
+@1806 := @221 @1663
+@1808 := @29 (@1645 @36)
+@1821 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1808 @38) -> (hs : @225) -> @143 (@96 (@29 (@1645 @151)) @36) @171
+@1822 := @1806 @31
+@1824 := @29 (@1645 @38)
+@1836 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1824 @31) -> (hs : @225) -> @143 (@96 (@29 (@1645 @153)) @36) @260
+@1837 := @1822 @1678
+@1839 := @29 (@1645 @40)
+@1841 := @13 @1839 @31
+@1842 := @1793 @40
+@1844 := @96 @1808 @1784
+@1849 := {ts : @148} -> (h : @1841) -> (hs : @1842) -> @143 @1844 @260
+@1850 := @1837 @113
+@1852 := @96 @1824 @1792
+@1853 := @143 @1852
+@1856 := (h : @1666) -> (hs : @1801) -> @1853 @114
+@1857 := @1850 @1664
+@1859 := @96 @1839 @1799
+@1861 := @143 @1859 @114
+@1862 := (hs : @1805) -> @1861
+@1863 := @1857 @1803
+@1865 := @143 @1680 @114
+@1866 := @221 @1659
+@1868 := @29 (@1643 @36)
+@1881 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1868 @38) -> (hs : @225) -> @143 (@96 (@29 (@1643 @151)) @36) @171
+@1882 := @1866 @31
+@1884 := @29 (@1643 @38)
+@1896 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1884 @31) -> (hs : @225) -> @143 (@96 (@29 (@1643 @153)) @36) @260
+@1897 := @1882 @1680
+@1899 := @29 (@1643 @40)
+@1901 := @13 @1899 @31
+@1902 := @1853 @40
+@1904 := @96 @1868 @1844
+@1909 := {ts : @148} -> (h : @1901) -> (hs : @1902) -> @143 @1904 @260
+@1910 := @1897 @114
+@1912 := @96 @1884 @1852
+@1913 := @143 @1912
+@1916 := (h : @1662) -> (hs : @1861) -> @1913 @115
+@1917 := @1910 @1660
+@1919 := @96 @1899 @1859
+@1921 := @143 @1919 @115
+@1922 := (hs : @1865) -> @1921
+@1923 := @1917 @1863
+@1925 := @143 @1682 @115
+@1926 := @221 @1655
+@1928 := @29 (@1641 @36)
+@1941 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1928 @38) -> (hs : @225) -> @143 (@96 (@29 (@1641 @151)) @36) @171
+@1942 := @1926 @31
+@1944 := @29 (@1641 @38)
+@1956 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1944 @31) -> (hs : @225) -> @143 (@96 (@29 (@1641 @153)) @36) @260
+@1957 := @1942 @1682
+@1959 := @29 (@1641 @40)
+@1961 := @13 @1959 @31
+@1962 := @1913 @40
+@1964 := @96 @1928 @1904
+@1969 := {ts : @148} -> (h : @1961) -> (hs : @1962) -> @143 @1964 @260
+@1970 := @1957 @115
+@1972 := @96 @1944 @1912
+@1973 := @143 @1972
+@1976 := (h : @1658) -> (hs : @1921) -> @1973 @116
+@1977 := @1970 @1656
+@1979 := @96 @1959 @1919
+@1981 := @143 @1979 @116
+@1982 := (hs : @1925) -> @1981
+@1983 := @1977 @1923
+@1985 := @143 @1684 @116
+@1986 := @221 @1651
+@1988 := @29 (@1639 @36)
+@2001 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1988 @38) -> (hs : @225) -> @143 (@96 (@29 (@1639 @151)) @36) @171
+@2002 := @1986 @31
+@2004 := @29 (@1639 @38)
+@2016 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @2004 @31) -> (hs : @225) -> @143 (@96 (@29 (@1639 @153)) @36) @260
+@2017 := @2002 @1684
+@2019 := @29 (@1639 @40)
+@2021 := @13 @2019 @31
+@2022 := @1973 @40
+@2024 := @96 @1988 @1964
+@2029 := {ts : @148} -> (h : @2021) -> (hs : @2022) -> @143 @2024 @260
+@2030 := @2017 @116
+@2032 := @96 @2004 @1972
+@2033 := @143 @2032
+@2036 := (h : @1654) -> (hs : @1981) -> @2033 @117
+@2037 := @2030 @1652
+@2039 := @96 @2019 @1979
+@2041 := @143 @2039 @117
+@2042 := (hs : @1985) -> @2041
+@2043 := @2037 @1983
+@2045 := @143 @1686 @117
+@2046 := @656 @841
+@2047 := @628 @841
+@2056 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@2047 @38) @606) -> (hf : @225) -> @657 @1635
+@2057 := @2046 @9
+@2058 := @2047 @9
+@2059 := @598 @2058
+@2060 := @2059 @606
+@2065 := {fs : @147} -> {tys : @148} -> (h : @2060) -> (hf : @225) -> @682 @1635
+@2066 := @2057 @1686
+@2073 := {tys : @148} -> (h : @2060) -> (hf : @2033 @40) -> @13 (@680 @2024) @1635
+@2074 := @2066 @117
+@2080 := (h : @2059 @697) -> (hf : @2041) -> @13 (@680 @2032) @1635
+@2082 := @2074 (@705 @2058)
+@2086 := (hf : @2045) -> @13 (@680 @2039) @1635
+@2087 := @2082 @2043
+@2090 := @13 (@680 @1686) @1635
+@2091 := fun (__s : @1632) => @2087
+@2092 := Reasoning.Clinic.Triage.Run
+@2094 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.__enc_2 @4
+@2095 := @8 @787
+@2098 := (__s : @2092) -> @13 @2094 @2095
+@2099 := Reasoning.Clinic.Triage.Run.state
+@2100 := @2099 @4
+@2101 := Reasoning.Clinic.Triage.Run.trace
+@2102 := @2101 @4
+@2103 := Reasoning.Clinic.Triage.Run.ledger
+@2104 := @2103 @4
+@2105 := @962 @2100
+@2107 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_3 @2100
+@2108 := LexLeanPreservation.encList
+@2109 := @2108 @717
+@2110 := @2109 @718
+@2111 := @2110 @2102
+@2112 := LexLeanTarget.TargetSyntax.Ty.list
+@2113 := @2112 @721
+@2116 := fun (__x : @717) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_1 @4
+@2117 := Sort 1
+@2118 := (a._@._internal._hyg.#0 : @4) -> @91
+@2119 := @38 @4
+@2122 := (x : @38) -> @154 @2119 @40
+@2123 := @146 @36
+@2126 := @7 @157 @149 @151
+@2129 := @2108 @153 @36 @4
+@2130 := @2126 @2129
+@2131 := @2112 @38
+@2140 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} -> {α : @2117} -> {e : @2118} -> {t : @92} -> (h : @2122) -> (xs : @2123) -> @2130 @2131
+@2142 := LexLeanPreservation.Rust.wt_encList @0
+@2156 := {c : @33} ->
+  {A : @34} ->
+  {α : @2117} ->
+  {e : @2118} ->
+  {t : @92} -> (h : (x : @38) -> @185 @2119 @40) -> (xs : @2123) -> @11 @149 @151 @2129 @2131
+@2157 := @2142 @1
+@2169 := {A : @34} ->
+  {α : @2117} ->
+  {e : @2118} ->
+  {t : @92} -> (h : (x : @38) -> @205 @2119 @40) -> (xs : @2123) -> @12 @151 @2129 @2131
+@2170 := @2157 @2
+@2172 := @13 @2119 @40
+@2180 := {α : @2117} ->
+  {e : @2118} -> {t : @92} -> (h : (x : @38) -> @2172) -> (xs : @2123) -> @13 @2129 @2131
+@2181 := @2170 @717
+@2182 := (a._@._internal._hyg.#0 : @717) -> @91
+@2183 := (x : @717) -> @2172
+@2184 := @146 @717
+@2192 := {e : @2182} -> {t : @92} -> (h : @2183) -> (xs : @2184) -> @13 (@2109 @36 @4) @2131
+@2193 := @2181 @718
+@2195 := (x : @717) -> @722 @40
+@2197 := @13 (@2110 @4)
+@2201 := {t : @92} -> (h : @2195) -> (xs : @2184) -> @2197 @2131
+@2202 := @2193 @721
+@2206 := (h : (x : @717) -> @723) -> (xs : @2184) -> @2197 @2113
+@2208 := @2202 @2116 @2102
+@2210 := @13 @2111 @2113
+@2211 := @1633 @2104
+@2213 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_4 @2104
+@2215 := @96 @2211 @95
+@2217 := @96 @2111 @2215
+@2219 := @96 @2105 @2217
+@2220 := @110 @1635
+@2221 := @2220 @109
+@2222 := @110 @2113
+@2223 := @2222 @2221
+@2224 := @110 @964
+@2225 := @2224 @2223
+@2226 := @221 @2211
+@2228 := @1633 (@2103 @36)
+@2241 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @2228 @38) -> (hs : @225) -> @143 (@96 (@1633 (@2103 @151)) @36) @171
+@2242 := @2226 @1635
+@2244 := @1633 (@2103 @38)
+@2246 := @13 @2244 @1635
+@2251 := @143 (@96 (@1633 (@2103 @153)) @36)
+@2252 := @2220 @38
+@2257 := {vs : @147} -> {ts : @148} -> (h : @2246) -> (hs : @225) -> @2251 @2252
+@2258 := @2242 @95
+@2260 := @1633 (@2103 @40)
+@2262 := @13 @2260 @1635
+@2264 := @96 @2228 @95
+@2269 := {ts : @148} -> (h : @2262) -> (hs : @271) -> @143 @2264 @2252
+@2270 := @2258 @109
+@2272 := @13 @2211 @1635
+@2274 := @96 @2244 @95
+@2275 := @143 @2274
+@2278 := (h : @2272) -> (hs : @145) -> @2275 @2221
+@2279 := @2270 @2213
+@2281 := @96 @2260 @95
+@2283 := @143 @2281 @2221
+@2284 := (hs : @145) -> @2283
+@2285 := @2279 @142
+@2287 := @143 @2215 @2221
+@2288 := @221 @2111
+@2290 := @2110 (@2101 @36)
+@2303 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @2290 @38) -> (hs : @225) -> @143 (@96 (@2110 (@2101 @151)) @36) @171
+@2304 := @2288 @2113
+@2306 := @2110 (@2101 @38)
+@2308 := @13 @2306 @2113
+@2313 := @143 (@96 (@2110 (@2101 @153)) @36)
+@2314 := @2222 @38
+@2319 := {vs : @147} -> {ts : @148} -> (h : @2308) -> (hs : @225) -> @2313 @2314
+@2320 := @2304 @2215
+@2322 := @2110 (@2101 @40)
+@2324 := @13 @2322 @2113
+@2325 := @2275 @40
+@2327 := @96 @2290 @2264
+@2332 := {ts : @148} -> (h : @2324) -> (hs : @2325) -> @143 @2327 @2314
+@2333 := @2320 @2221
+@2335 := @96 @2306 @2274
+@2336 := @143 @2335
+@2339 := (h : @2210) -> (hs : @2283) -> @2336 @2223
+@2340 := @2333 @2208
+@2342 := @96 @2322 @2281
+@2344 := @143 @2342 @2223
+@2345 := (hs : @2287) -> @2344
+@2346 := @2340 @2285
+@2348 := @143 @2217 @2223
+@2349 := @221 @2105
+@2351 := @962 (@2099 @36)
+@2364 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @2351 @38) -> (hs : @225) -> @143 (@96 (@962 (@2099 @151)) @36) @171
+@2365 := @2349 @964
+@2367 := @962 (@2099 @38)
+@2369 := @13 @2367 @964
+@2374 := @143 (@96 (@962 (@2099 @153)) @36)
+@2375 := @2224 @38
+@2380 := {vs : @147} -> {ts : @148} -> (h : @2369) -> (hs : @225) -> @2374 @2375
+@2381 := @2365 @2217
+@2383 := @962 (@2099 @40)
+@2385 := @13 @2383 @964
+@2386 := @2336 @40
+@2388 := @96 @2351 @2327
+@2393 := {ts : @148} -> (h : @2385) -> (hs : @2386) -> @143 @2388 @2375
+@2394 := @2381 @2223
+@2396 := @13 @2105 @964
+@2398 := @96 @2367 @2335
+@2399 := @143 @2398
+@2402 := (h : @2396) -> (hs : @2344) -> @2399 @2225
+@2403 := @2394 @2107
+@2405 := @96 @2383 @2342
+@2407 := @143 @2405 @2225
+@2408 := (hs : @2348) -> @2407
+@2409 := @2403 @2346
+@2411 := @143 @2219 @2225
+@2412 := @656 @787
+@2413 := @628 @787
+@2422 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@2413 @38) @606) -> (hf : @225) -> @657 @2095
+@2423 := @2412 @9
+@2424 := @2413 @9
+@2425 := @598 @2424
+@2426 := @2425 @606
+@2431 := {fs : @147} -> {tys : @148} -> (h : @2426) -> (hf : @225) -> @682 @2095
+@2432 := @2423 @2219
+@2439 := {tys : @148} -> (h : @2426) -> (hf : @2399 @40) -> @13 (@680 @2388) @2095
+@2440 := @2432 @2225
+@2447 := (h : @2425 (@605 @2225)) -> (hf : @2407) -> @13 (@680 @2398) @2095
+@2449 := @2440 (@705 @2424)
+@2453 := (hf : @2411) -> @13 (@680 @2405) @2095
+@2454 := @2449 @2409
+@2457 := @13 (@680 @2219) @2095
+@2458 := fun (__s : @2092) => @2454
+@2459 := @29 @149
+@2460 := @64 @149
+@2461 := @13 @2459
+@2462 := @2461 @31
+@2463 := @29 @151
+@2464 := @64 @151
+@2465 := @13 @2463
+@2466 := @2465 @31
+@2467 := @29 @153
+@2468 := @64 @153
+@2469 := @13 @2467
+@2470 := @2469 @31
+@2471 := @29 @36
+@2472 := @64 @36
+@2474 := @13 @2471 @31
+@2475 := @29 @38
+@2476 := @64 @38
+@2478 := @13 @2475 @31
+@2479 := @29 @40
+@2480 := @64 @40
+@2482 := @13 @2479 @31
+@2483 := @96 @2479
+@2484 := @2483 @95
+@2485 := @96 @2475
+@2486 := @2485 @2484
+@2487 := @96 @2471
+@2488 := @2487 @2486
+@2489 := @96 @2467
+@2490 := @2489 @2488
+@2491 := @96 @2463
+@2492 := @2491 @2490
+@2493 := @96 @2459
+@2494 := @2493 @2492
+@2497 := Prod.{0, 0} @35 @91
+@2500 := Prod.mk.{0, 0} @35 @91
+@2501 := @2500 @868
+@2502 := @2501 @2479
+@2503 := @2500 @841
+@2504 := @2503 @2475
+@2505 := @2500 @814
+@2506 := @2505 @2471
+@2507 := @2500 @787
+@2508 := @2507 @2467
+@2509 := @2500 @720
+@2510 := @2509 @2463
+@2511 := @2500 @9
+@2512 := @2511 @2459
+@2513 := @93 @2497
+@2514 := @94 @2497
+@2516 := @2514 @2512 @2513
+@2518 := @2514 @2510 @2516
+@2520 := @2514 @2508 @2518
+@2522 := @2514 @2506 @2520
+@2524 := @2514 @2504 @2522
+@2526 := @2514 @2502 @2524
+@2527 := Bool.true
+@2528 := LexLeanTarget.TargetSyntax.Function
+@2529 := LexLeanTarget.TargetSyntax.Program.functions
+@2530 := @2529 @0
+@2531 := @93 @35
+@2532 := LexLeanTarget.TargetSyntax.Ty.unit
+@2533 := LexLeanTarget.TargetSyntax.Value.unit
+@2536 := LexLeanTarget.TargetSyntax.Expr.value @2532 @2533
+@2541 := LexLeanTarget.TargetSyntax.Function.mk @2531 @109 @2532 @2536
+@2546 := List.getD.{0} @2528 @2530 @9 @2541
+@2550 := fun (__e_n : @35) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.root @4 @9
+@2551 := @221 @2479
+@2552 := @2469 @38
+@2554 := @143 (@2493 @36)
+@2560 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2552) -> (hs : @225) -> @2554 @171
+@2561 := @2551 @31
+@2568 := {vs : @147} -> {ts : @148} -> (h : @2474) -> (hs : @225) -> @143 (@2491 @36) @260
+@2569 := @2561 @95
+@2570 := @2489 @95
+@2575 := {ts : @148} -> (h : @2478) -> (hs : @271) -> @143 @2570 @260
+@2576 := @2569 @109
+@2577 := @2487 @95
+@2578 := @143 @2577
+@2581 := (h : @2482) -> (hs : @145) -> @2578 @112
+@2582 := @2576 @2480
+@2583 := @2485 @95
+@2585 := @143 @2583 @112
+@2586 := (hs : @145) -> @2585
+@2587 := @2582 @142
+@2589 := @143 @2484 @112
+@2590 := @221 @2475
+@2591 := @2465 @38
+@2592 := @29 @157
+@2593 := @96 @2592
+@2595 := @143 (@2593 @36)
+@2601 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2591) -> (hs : @225) -> @2595 @171
+@2602 := @2590 @31
+@2607 := {vs : @147} -> {ts : @148} -> (h : @2470) -> (hs : @225) -> @2554 @260
+@2608 := @2602 @2484
+@2609 := @2578 @40
+@2610 := @2491 @2570
+@2615 := {ts : @148} -> (h : @2474) -> (hs : @2609) -> @143 @2610 @260
+@2616 := @2608 @112
+@2617 := @2489 @2577
+@2618 := @143 @2617
+@2621 := (h : @2478) -> (hs : @2585) -> @2618 @113
+@2622 := @2616 @2476
+@2623 := @2487 @2583
+@2625 := @143 @2623 @113
+@2626 := (hs : @2589) -> @2625
+@2627 := @2622 @2587
+@2629 := @143 @2486 @113
+@2630 := @221 @2471
+@2631 := @2461 @38
+@2632 := @29 @163
+@2633 := @96 @2632
+@2635 := @143 (@2633 @36)
+@2641 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2631) -> (hs : @225) -> @2635 @171
+@2642 := @2630 @31
+@2647 := {vs : @147} -> {ts : @148} -> (h : @2466) -> (hs : @225) -> @2595 @260
+@2648 := @2642 @2486
+@2649 := @2618 @40
+@2650 := @2493 @2610
+@2655 := {ts : @148} -> (h : @2470) -> (hs : @2649) -> @143 @2650 @260
+@2656 := @2648 @113
+@2657 := @2491 @2617
+@2658 := @143 @2657
+@2661 := (h : @2474) -> (hs : @2625) -> @2658 @114
+@2662 := @2656 @2472
+@2663 := @2489 @2623
+@2665 := @143 @2663 @114
+@2666 := (hs : @2629) -> @2665
+@2667 := @2662 @2627
+@2669 := @143 @2488 @114
+@2670 := @221 @2467
+@2671 := @13 @2592
+@2672 := @2671 @38
+@2673 := #9
+@2674 := @29 @2673
+@2675 := @96 @2674
+@2677 := @143 (@2675 @36)
+@2683 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2672) -> (hs : @225) -> @2677 @171
+@2684 := @2670 @31
+@2689 := {vs : @147} -> {ts : @148} -> (h : @2462) -> (hs : @225) -> @2635 @260
+@2690 := @2684 @2488
+@2691 := @2658 @40
+@2692 := @2593 @2650
+@2697 := {ts : @148} -> (h : @2466) -> (hs : @2691) -> @143 @2692 @260
+@2698 := @2690 @114
+@2699 := @2493 @2657
+@2700 := @143 @2699
+@2703 := (h : @2470) -> (hs : @2665) -> @2700 @115
+@2704 := @2698 @2468
+@2705 := @2491 @2663
+@2707 := @143 @2705 @115
+@2708 := (hs : @2669) -> @2707
+@2709 := @2704 @2667
+@2711 := @143 @2490 @115
+@2712 := @221 @2463
+@2713 := @13 @2632
+@2714 := @2713 @38
+@2715 := #10
+@2716 := @29 @2715
+@2717 := @96 @2716
+@2719 := @143 (@2717 @36)
+@2725 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2714) -> (hs : @225) -> @2719 @171
+@2726 := @2712 @31
+@2727 := @2671 @31
+@2732 := {vs : @147} -> {ts : @148} -> (h : @2727) -> (hs : @225) -> @2677 @260
+@2733 := @2726 @2490
+@2734 := @2700 @40
+@2735 := @2633 @2692
+@2740 := {ts : @148} -> (h : @2462) -> (hs : @2734) -> @143 @2735 @260
+@2741 := @2733 @115
+@2742 := @2593 @2699
+@2743 := @143 @2742
+@2746 := (h : @2466) -> (hs : @2707) -> @2743 @116
+@2747 := @2741 @2464
+@2748 := @2493 @2705
+@2750 := @143 @2748 @116
+@2751 := (hs : @2711) -> @2750
+@2752 := @2747 @2709
+@2754 := @143 @2492 @116
+@2755 := @221 @2459
+@2757 := @13 @2674 @38
+@2758 := #11
+@2759 := @29 @2758
+@2760 := @96 @2759
+@2768 := {t : @92} ->
+  {vs : @147} -> {ts : @148} -> (h : @2757) -> (hs : @225) -> @143 (@2760 @36) @171
+@2769 := @2755 @31
+@2775 := {vs : @147} -> {ts : @148} -> (h : @2713 @31) -> (hs : @225) -> @2719 @260
+@2776 := @2769 @2492
+@2777 := @2743 @40
+@2778 := @2675 @2735
+@2779 := @143 @2778
+@2783 := {ts : @148} -> (h : @2727) -> (hs : @2777) -> @2779 @260
+@2784 := @2776 @116
+@2785 := @2633 @2742
+@2786 := @143 @2785
+@2789 := (h : @2462) -> (hs : @2750) -> @2786 @117
+@2790 := @2784 @2460
+@2791 := @2593 @2748
+@2792 := @143 @2791
+@2794 := (hs : @2754) -> @2792 @117
+@2795 := @2790 @2752
+@2796 := @143 @2494
+@2797 := @2796 @117
+@2798 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.denote
+@2804 := @2798 @149 @151 @153 @36 @38 @40
+@2805 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.__fits_0
+@2811 := @2805 @149 @151 @153 @36 @38 @40
+@2819 := @29 (Reasoning.Main.triageSteps @149 @151 @153 @36 @38 @40)
+@2826 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.root @149 @151 @153 @36 @38 @40
+@2827 := Bool
+@2828 := Ne.{1}
+@2829 := LexLeanPreservation.Obs
+@2830 := @2828 @2829
+@2831 := LexLeanPreservation.Rel
+@2834 := @2830 (@2831 @40 @4)
+@2835 := LexLeanPreservation.Obs.stuck
+@2838 := (f : @2827) -> (v : @91) -> @2834 @2835
+@2840 := LexLeanPreservation.Rust.rel_ne_stuck @2811
+@2851 := (v : @91) -> @2830 (@2831 (@2805 @157 @149 @151 @153 @36 @38) @4) @2835
+@2852 := @2840 @2819
+@2856 := @2830 (@2831 @2811 @2819) @2835
+@2857 := @146 @2497
+@2858 := LexLeanPreservation.Rust.FunSem
+@2864 := (n : @35) -> @2858 @2673 @163 @157 @4 @149
+@2865 := @596 @2528
+@2866 := @595 @2865
+@2873 := LexLeanRuntime.index (@146 @2528) @2528 (LexLeanRuntime.instIndexableList @2528)
+@2877 := @2866 (@2873 (@2529 @2673) @149)
+@2878 := @604 @2528
+@2879 := @2878 @151
+@2880 := @2877 @2879
+@2884 := @118 @2715 @2673 @163 @151
+@2885 := LexLeanTarget.TargetSyntax.Function.types
+@2886 := @2885 @149
+@2887 := @2884 @2886
+@2888 := @596 @2857
+@2889 := @595 @2888
+@2890 := LexLeanTarget.TargetSemantics.bindAll
+@2891 := LexLeanTarget.TargetSyntax.Function.parameters
+@2896 := @2889 (@2890 (@2891 @157) @149 @2513)
+@2897 := @604 @2857
+@2898 := @2897 @151
+@2899 := @2896 @2898
+@2900 := @596 @2827
+@2901 := @595 @2900
+@2902 := LexLeanPreservation.Rust.fnFallible
+@2905 := @2901 (@2902 @2758 @2673)
+@2906 := @604 @2827
+@2907 := @2906 @151
+@2908 := @2905 @2907
+@2909 := LexLeanPreservation.RunConv
+@2910 := #13
+@2914 := @2909 @2910 @2715 @163 @151
+@2916 := @2830 @149 @2835
+@2917 := Exists.{1}
+@2918 := LexLeanPreservation.Rust.ROut
+@2919 := @2917 @2918
+@2920 := And
+@2921 := LexLeanPreservation.Rust.RealizesFn
+@2925 := @2920 (@2921 @2673 @163 @4)
+@2926 := LexLeanPreservation.Rust.RCI
+@2927 := #15
+@2928 := @2926 @2927
+@2929 := LexLeanPreservation.Rust.fnIdent
+@2930 := @2929 @2910
+@2937 := (hne : @2916) -> @2919 (fun (ro : @2918) => @2925 (@2928 @2930 @2758 @4))
+@2952 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @2528} ->
+  {args : @147} ->
+  {env : @2857} ->
+  {F : @2827} ->
+  {o : @2829} ->
+  (hB : @2864) ->
+  (hfn : @2880) -> (hwt : @2887) -> (hbind : @2899) -> (hF : @2908) -> (hA : @2914) -> @2937
+@2954 := LexLeanPreservation.Rust.compose @0
+@2955 := @2858 @0
+@2960 := (n : @35) -> @2955 @163 @157 @4 @149
+@2961 := @2873 @2530
+@2964 := @2866 (@2961 @149) @2879
+@2968 := @129 @2673 @163 @151 @2886
+@2969 := @2909 @0
+@2972 := @2969 @2715 @163 @151
+@2986 := {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @2528} ->
+  {args : @147} ->
+  {env : @2857} ->
+  {F : @2827} ->
+  {o : @2829} ->
+  (hB : @2960) ->
+  (hfn : @2964) -> (hwt : @2968) -> (hbind : @2899) -> (hF : @2908) -> (hA : @2972) -> @2937
+@2987 := @2954 @1
+@2988 := @2955 @1
+@2992 := (n : @35) -> @2988 @157 @4 @149
+@2995 := @137 @163 @151 @2886
+@2996 := @2902 @1
+@2999 := @2901 (@2996 @2673) @2907
+@3000 := @2926 @1
+@3010 := (hbind : @2899) ->
+  (hF : @2999) ->
+  (hA : @2972) -> (hne : @2916) -> @2919 (fun (ro : @2918) => @2925 (@3000 @2930 @2758 @4))
+@3020 := {A : @34} ->
+  {f : @35} ->
+  {fn : @2528} ->
+  {args : @147} ->
+  {env : @2857} ->
+  {F : @2827} -> {o : @2829} -> (hB : @2992) -> (hfn : @2964) -> (hwt : @2995) -> @3010
+@3021 := @2987 @2
+@3023 := @2988 @2 @4
+@3025 := (n : @35) -> @3023 @149
+@3026 := @143 @151
+@3027 := @3026 @2886
+@3036 := {f : @35} ->
+  {fn : @2528} ->
+  {args : @147} ->
+  {env : @2857} ->
+  {F : @2827} -> {o : @2829} -> (hB : @3025) -> (hfn : @2964) -> (hwt : @3027) -> @3010
+@3037 := @3021 @9
+@3039 := (n : @35) -> @3023 @9
+@3040 := @2961 @9
+@3041 := @2866 @3040
+@3042 := @3041 @2879
+@3043 := @2996 @9
+@3044 := @2901 @3043
+@3045 := @3044 @2907
+@3046 := @2969 @9
+@3048 := @3046 @163 @151
+@3050 := @3000 (@2929 @9)
+@3058 := (hF : @3045) ->
+  (hA : @3048) -> (hne : @2916) -> @2919 (fun (ro : @2918) => @2925 (@3050 @2758 @4))
+@3067 := {fn : @2528} ->
+  {args : @147} ->
+  {env : @2857} ->
+  {F : @2827} ->
+  {o : @2829} -> (hB : @3039) -> (hfn : @3042) -> (hwt : @3027) -> (hbind : @2899) -> @3058
+@3068 := @3037 @2546
+@3070 := @3041 (@2878 @2546)
+@3071 := @2885 @2546
+@3072 := @3026 @3071
+@3074 := @2890 (@2891 @2546)
+@3086 := {args : @147} ->
+  {env : @2857} ->
+  {F : @2827} ->
+  {o : @2829} ->
+  (hB : @3039) ->
+  (hfn : @3070) -> (hwt : @3072) -> (hbind : @2889 (@3074 @149 @2513) @2898) -> @3058
+@3087 := @3068 @2494
+@3093 := @2760 (@2717 (@2675 (@2633 (@2593 (@2493 @95)))))
+@3095 := @143 @3093 @3071
+@3096 := #12
+@3098 := @96 (@29 @3096)
+@3104 := @3098 (@2760 (@2717 (@2675 (@2633 (@2593 @95)))))
+@3108 := @2889 (@3074 @3104 @2513) @2898
+@3109 := #14
+@3111 := @96 (@29 @3109)
+@3113 := @96 (@29 @2910)
+@3119 := @3111 (@3113 (@3098 (@2760 (@2717 (@2675 @95)))))
+@3121 := @3046 @3119 @151
+@3124 := @96 (@29 #17)
+@3127 := @96 (@29 #16)
+@3129 := @96 (@29 @2927)
+@3150 := {env : @2857} ->
+  {F : @2827} ->
+  {o : @2829} ->
+  (hB : @3039) ->
+  (hfn : @3070) ->
+  (hwt : @3095) ->
+  (hbind : @3108) ->
+  (hF : @3045) ->
+  (hA : @3121) ->
+  (hne : @2916) ->
+  @2919 (fun (ro : @2918) => @2925 (@3050 (@3124 (@3127 (@3129 (@3111 (@3113 (@3098 @95)))))) @4))
+@3151 := @3087 @2526
+@3157 := @2717 (@2675 (@2633 (@2593 (@2493 (@2491 @95)))))
+@3159 := @143 @3157 @3071
+@3182 := @2889
+    (@3074 @3093 @2513)
+    (@2897
+      (@2514
+        (@2501 @2459)
+        (@2514
+          (@2503 @2592)
+          (@2514
+            (@2505 @2632)
+            (@2514 (@2507 @2674) (@2514 (@2509 @2716) (@2514 (@2511 @2759) @2513)))))))
+@3188 := @3113 (@3098 (@2760 (@2717 (@2675 (@2633 @95)))))
+@3210 := {F : @2827} ->
+  {o : @2829} ->
+  (hB : @3039) ->
+  (hfn : @3070) ->
+  (hwt : @3159) ->
+  (hbind : @3182) ->
+  (hF : @3045) ->
+  (hA : @3046 @3188 @151) ->
+  (hne : @2916) ->
+  @2919 (fun (ro : @2918) => @2925 (@3050 (@3127 (@3129 (@3111 (@3113 (@3098 (@2760 @95)))))) @4))
+@3211 := @3151 @2527
+@3212 := @2779 @3071
+@3235 := @2889
+    (@3074 @3157 @2513)
+    (@2897
+      (@2514
+        (@2501 @2463)
+        (@2514
+          (@2503 @2459)
+          (@2514
+            (@2505 @2592)
+            (@2514 (@2507 @2632) (@2514 (@2509 @2674) (@2514 (@2511 @2716) @2513)))))))
+@3237 := @3044 (@2906 @2527)
+@3239 := @3046 @3104 @151
+@3240 := @2921 @2527
+@3262 := {o : @2829} ->
+  (hB : @3039) ->
+  (hfn : @3070) ->
+  (hwt : @3212) ->
+  (hbind : @3235) ->
+  (hF : @3237) ->
+  (hA : @3239) ->
+  (hne : @2916) ->
+  @2919
+    (fun (ro : @2918) =>
+    @2920 (@3240 @163 @4) (@3050 (@3129 (@3111 (@3113 (@3098 (@2760 (@2717 @95)))))) @4))
+@3263 := @3211 @2804
+@3264 := @2786 @3071
+@3287 := @2889
+    (@3074 @2778 @2513)
+    (@2897
+      (@2514
+        (@2501 @2467)
+        (@2514
+          (@2503 @2463)
+          (@2514
+            (@2505 @2459)
+            (@2514 (@2507 @2592) (@2514 (@2509 @2632) (@2514 (@2511 @2674) @2513)))))))
+@3288 := @3046 @3093
+@3294 := @2798 @2758 @2715 @2673 @163 @157 @149
+@3295 := @3288 @3294
+@3301 := @2798 @3096 @2758 @2715 @2673 @163 @157
+@3324 := (hB : @3039) ->
+  (hfn : @3070) ->
+  (hwt : @3264) ->
+  (hbind : @3287) ->
+  (hF : @3237) ->
+  (hA : @3295) ->
+  (hne : @2830 @3301 @2835) ->
+  @2919
+    (fun (ro : @2918) =>
+    @2920 (@3240 (@2798 @3109 @2910 @3096 @2758 @2715 @2673) @4) (@3050 @3119 @4))
+@3325 := @3263 @2550
+@3326 := @2792 @3071
+@3349 := @2889
+    (@3074 @2785 @2513)
+    (@2897
+      (@2514
+        (@2501 @2471)
+        (@2514
+          (@2503 @2467)
+          (@2514
+            (@2505 @2463)
+            (@2514 (@2507 @2459) (@2514 (@2509 @2592) (@2514 (@2511 @2632) @2513)))))))
+@3350 := @3046 @3157
+@3356 := @2798 @2715 @2673 @163 @157 @149 @151
+@3379 := (hfn : @3070) ->
+  (hwt : @3326) ->
+  (hbind : @3349) ->
+  (hF : @3237) ->
+  (hA : @3350 @3356) ->
+  (hne : @2830 @3294 @2835) ->
+  @2919
+    (fun (ro : @2918) =>
+    @2920 (@3240 (@2798 @2910 @3096 @2758 @2715 @2673 @163) @4) (@3050 @3188 @4))
+@3382 := @3325 (@704 @2865 @3040)
+@3383 := @2796 @3071
+@3406 := @2889
+    (@3074 @2791 @2513)
+    (@2897
+      (@2514
+        (@2501 @2475)
+        (@2514
+          (@2503 @2471)
+          (@2514
+            (@2505 @2467)
+            (@2514 (@2507 @2463) (@2514 (@2509 @2459) (@2514 (@2511 @2592) @2513)))))))
+@3407 := @3046 @2778
+@3413 := @2798 @2673 @163 @157 @149 @151 @153
+@3429 := (hwt : @3383) ->
+  (hbind : @3406) ->
+  (hF : @3237) ->
+  (hA : @3407 @3413) ->
+  (hne : @2830 @3356 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3301 @4) (@3050 @3104 @4))
+@3430 := @3382 @2795
+@3432 := @3074 @2494 @2513
+@3435 := @2889 @3432 (@2897 @2526)
+@3436 := @3046 @2785
+@3442 := @2798 @163 @157 @149 @151 @153 @36
+@3457 := (hbind : @3435) ->
+  (hF : @3237) ->
+  (hA : @3436 @3442) ->
+  (hne : @2830 @3413 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3294 @4) (@3050 @3093 @4))
+@3460 := @3430 (@704 @2888 @3432)
+@3461 := @3046 @2791
+@3467 := @2798 @157 @149 @151 @153 @36 @38
+@3481 := (hF : @3237) ->
+  (hA : @3461 @3467) ->
+  (hne : @2830 @3442 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3356 @4) (@3050 @3157 @4))
+@3484 := @3460 (@704 @2900 @3043)
+@3498 := (hA : @3046 @2494 @2804) ->
+  (hne : @2830 @3467 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3413 @4) (@3050 @2778 @4))
+@3499 := @3484 @2826
+@3510 := (hne : @2830 @2804 @2835) ->
+  @2919 (fun (ro : @2918) => @2920 (@3240 @3442 @4) (@3050 @2785 @4))
+@3511 := @3499 @2852
+@3517 := @2920 (@3240 @3467 @4) (@3050 @2791 @4)
+@3519 := @2919 (fun (ro : @2918) => @3517)
+@3521 := @2919 (fun (__e_ro : @2918) => @3517)
+@3530 := LexLeanPreservation.Rust.RepresentableL
+    (@2491 (@2489 (@2487 (@2485 (@2483 (@96 @42 @95))))))
+@3531 := (__e_hrep : @3530) -> @3521
+@3532 := fun (__e_hrep : @3530) => @3511
+@3533 := (infection : @35) -> @3531
+@3534 := fun (infection : @35) => @3532
+@3535 := (systolic : @35) -> @3533
+@3536 := fun (systolic : @35) => @3534
+@3537 := (whiteCells : @35) -> @3535
+@3538 := fun (whiteCells : @35) => @3536
+@3539 := (respiratoryRate : @35) -> @3537
+@3540 := fun (respiratoryRate : @35) => @3538
+@3541 := (heartRate : @35) -> @3539
+@3542 := fun (heartRate : @35) => @3540
+@3543 := (temperature : @35) -> @3541
+@3544 := fun (temperature : @35) => @3542
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/RustStd.lean
new file mode 100644
index 000000000..f26edfc56
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/RustStd.lean
@@ -0,0 +1,380 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] },
+    { constructors := [[(.adt 3), (.list (.adt 1)), (.adt 4)]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.prim .length [(.second (.var 6))])), (.arm .error [7] (.value .nat (.nat 0)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 2) .bool) (.call 2 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.call 3 [(.var 0), (.field (.first (.var 1)) 0)]) [(.arm .ok [2] (.build .ok (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 1))) [(.var 2), (.field (.first (.var 1)) 1)])])), (.arm .error [3] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.var 3)]))])), (.arm .false [] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 2) .bool),
+      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)], result := (.pair (.adt 2) .bool),
+      body := (.«match» (.pair (.adt 2) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 2) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.call 9 [(.field (.var 0) 0)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [1] (.«match» (.option (.adt 2)) (.call 10 [(.field (.var 0) 0), (.var 1)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [2] (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 2), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 1)) [(.var 1), (.build .nil (.list (.adt 1)) [])])]), (.build (.adt 0) (.adt 4) [(.prim .natAdd [(.field (.field (.var 0) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 0) 2) 1), (.call 11 [(.field (.var 0) 0)])]), (.prim .natAdd [(.field (.field (.var 0) 2) 2), (.value .nat (.nat 1))]), (.field (.field (.var 0) 2) 3), (.field (.field (.var 0) 2) 4), (.field (.field (.var 0) 2) 5)])])]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 2),
+      body := (.build (.adt 0) (.adt 2) [(.call 12 [(.var 0)]), (.build .nil (.list (.adt 1)) []), (.build (.adt 0) (.adt 4) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [1] (.build .some (.option (.adt 1)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 1) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 1)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 2) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [3] (.build .some (.option (.adt 1)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 3) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 1)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 4) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 5) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 1)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 6) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [7] (.build .some (.option (.adt 1)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 7) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 3), (.adt 1)], result := (.option (.adt 3)),
+      body := (.«match» (.option (.adt 3)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .nat,
+      body := (.second (.«let» 7 (.pair .bool .nat) (.«let» 3 (.pair .bool .nat) (.«let» 1 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 14 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 1)) (.var 1) (.«let» 2 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 15 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 2)), (.prim .natAdd [(.second (.var 1)), (.second (.var 2))])])))) (.cond (.first (.var 3)) (.var 3) (.«let» 6 (.pair .bool .nat) (.«let» 4 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 16 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 4)) (.var 4) (.«let» 5 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 17 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 5)), (.prim .natAdd [(.second (.var 4)), (.second (.var 5))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 6)), (.prim .natAdd [(.second (.var 3)), (.second (.var 6))])])))) (.cond (.first (.var 7)) (.var 7) (.«let» 14 (.pair .bool .nat) (.«let» 10 (.pair .bool .nat) (.«let» 8 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 18 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 8)) (.var 8) (.«let» 9 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 19 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 9)), (.prim .natAdd [(.second (.var 8)), (.second (.var 9))])])))) (.cond (.first (.var 10)) (.var 10) (.«let» 13 (.pair .bool .nat) (.«let» 11 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 20 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 11)) (.var 11) (.«let» 12 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 21 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 12)), (.prim .natAdd [(.second (.var 11)), (.second (.var 12))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 13)), (.prim .natAdd [(.second (.var 10)), (.second (.var 13))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 14)), (.prim .natAdd [(.second (.var 7)), (.second (.var 14))])]))))) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
+      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
+      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 1) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
+    (.enum (.adt 2) [{ number := 0, fields := [(.adt 3), (.list (.adt 1)), (.adt 4)] }]) ::
+    (.enum (.adt 3) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 4) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.fn 0) [{ number := 5, fields := [] }]) ::
+    (.apply 0 [(.adt 2)] (.option (.adt 2)) true [{ function := 5, captures := [], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))] (.move (.generated .part 2)))))] (.succeed (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false)))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 0)))))]))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 2) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 4)))))] (.cond (.move (.generated .holder 5)) (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ok (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))])))), (.mk (.err (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))))])) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 2) .bool)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 3) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 2) }] (.fallible (.pair (.adt 2) .bool)) (.mk [(.mk (.bind (.generated .holder 15)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 15)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 15))), (.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 19)) none (.call (.function 9) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 18)), .wild, .wild]) (.mk [] (.move (.generated .part 18))))])] true))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 21)) none (.call (.function 10) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 20)), .wild, .wild]) (.mk [] (.move (.generated .part 20))))]), (.clone (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))))])))]))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 2) (.mk [] (.construct (.adt 2 0) [(.call (.function 12) [(.move (.generated .binding 0))] false), (.construct (.nil (.adt 1)) []), (.construct (.adt 4 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 3) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 50)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))])]))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 55)) none (.block (.mk [(.mk (.bind (.generated .holder 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 53)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 55)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 57)) none (.block (.mk [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 57)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 3))) (.mk [(.mk (.bind (.generated .holder 59)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 1 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 1 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]))) ::
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible .nat) (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.block (.mk [(.mk (.bind (.generated .binding 7)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))))), (.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))] (.cond (.move (.generated .part 79)) (.mk [] (.copy (.generated .binding 7))) (.mk [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true)))))))))] (.succeed (.move (.generated .part 60))))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false) (.mk [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 112)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 111)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 111))))])), (.mk (.bind (.generated .operand 113)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 116)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))])), (.mk (.bind (.generated .operand 117)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 118)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 120)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 119))))])), (.mk (.bind (.generated .operand 121)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 124)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))])), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 126)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 141)) none (.block (.mk [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 143)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))])), (.mk (.bind (.generated .operand 144)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false) (.mk [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false) (.mk [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 154)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153)), .wild]) (.mk [] (.move (.generated .part 153))))])), (.mk (.bind (.generated .operand 155)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 154)), (.move (.generated .operand 155))] false) (.mk [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 161)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])), (.mk (.bind (.generated .operand 162)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false) (.mk [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.option (.adt 3))) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))))) ::
+    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
+    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.option (.adt 3))) (.mk [] (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))))) ::
+    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 182)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 181)), .wild]) (.mk [] (.move (.generated .part 181))))])), (.mk (.bind (.generated .operand 183)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 182)), (.move (.generated .operand 183))] false))) ::
+    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 185)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 186)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 184)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 184))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false))) ::
+    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 188)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 189)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 187)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 187))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 188)), (.move (.generated .operand 189))] false))) ::
+    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 191)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 192)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 190)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 190))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false))) ::
+    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 194)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 195)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 193)), .wild, .wild]) (.mk [] (.move (.generated .part 193))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] false))) ::
+    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 196)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 196))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 197)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 197))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 198)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 198))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 199)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 199))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 200)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 200))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 201)), .wild, .wild]) (.mk [] (.move (.generated .part 201))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 202)), .wild]) (.mk [] (.move (.generated .part 202))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 203))]) (.mk [] (.move (.generated .part 203))))])]))) ::
+    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 204)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 204))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 205)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 205))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 206)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 206))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 207)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 207))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 208)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 208))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 209)), .wild, .wild]) (.mk [] (.move (.generated .part 209))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 210)), .wild]) (.mk [] (.move (.generated .part 210))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 211))]) (.mk [] (.move (.generated .part 211))))])]))) ::
+    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 212)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 212))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 213)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 213))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 214)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 214))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 215)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 215))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 216)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 216))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 217)), .wild, .wild]) (.mk [] (.move (.generated .part 217))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 218)), .wild]) (.mk [] (.move (.generated .part 218))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 219))]) (.mk [] (.move (.generated .part 219))))])]))) ::
+    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 220)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 220))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 221)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 221))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 222)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 222))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 223)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 223))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 224)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 224))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 225)), .wild, .wild]) (.mk [] (.move (.generated .part 225))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 226)), .wild]) (.mk [] (.move (.generated .part 226))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 227))]) (.mk [] (.move (.generated .part 227))))])]))) ::
+    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 228)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 228))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 229)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 229))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 230)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 230))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 231)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 231))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 232)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 232))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 233)), .wild, .wild]) (.mk [] (.move (.generated .part 233))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 234)), .wild]) (.mk [] (.move (.generated .part 234))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 235))]) (.mk [] (.move (.generated .part 235))))])]))) ::
+    (.function (.generated .function 40) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 236)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 236))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 237)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 237))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 238)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 238))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 239)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 239))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 240)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 240))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 241)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 241))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 242)), .wild]) (.mk [] (.move (.generated .part 242))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 243))]) (.mk [] (.move (.generated .part 243))))])]))) ::
+    (.function (.generated .function 41) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 244)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 244))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 245)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 245))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 246)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 246))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 247)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 247))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 248)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 248))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 249)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 249))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 250)), .wild, .wild]) (.mk [] (.move (.generated .part 250))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 251))]) (.mk [] (.move (.generated .part 251))))])]))) ::
+    (.function (.generated .function 42) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.adt 3)) (.mk [] (.succeed (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 252)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 252))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 253)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 253))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 254)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 254))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 255)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 255))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 256)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 256))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 257)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 257))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 258)), .wild, .wild]) (.mk [] (.move (.generated .part 258))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 259)), .wild]) (.mk [] (.move (.generated .part 259))))]), (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 260))]) (.mk [] (.move (.generated .part 260))))])), (.mk (.bind (.generated .operand 262)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 261)), (.move (.generated .operand 262))] true)))])))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 2)], (.option (.adt 2))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))] (.move (.generated .part 2)))))] (.succeed (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false)))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 0)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, (.pair .nat (.list (.adt 1))), (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))] (.move (.generated .part 2)))))]) (tail := (.succeed (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.prim (ts := [(.list (.adt 1))]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := .nat) (tb := (.list (.adt 1))) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 2) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 4)))))], (.cond (.move (.generated .holder 5)) (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ok (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))])))), (.mk (.err (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))))])) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := (.adt 2)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := [(.mk (.bind (.generated .holder 9)) none (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])))] false))]) (ta := (.matchOn (.move (.generated .holder 9)) [(.mk (.ok (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))])))), (.mk (.err (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))))])) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))]) (tail := (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])) (Corr.fieldHeld (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 6))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 7))) (Corr.first (ta := (.adt 2)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair (.adt 2) .bool), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))]))) (Corr.mCons (Γ' := [(3, (.pair .bool .bool), (some 3)), (1, (.pair (.adt 2) .bool), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat (.list (.adt 1)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))])) (Corr.fieldHeld (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 10))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 11))) (Corr.first (ta := (.adt 2)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 14)) none (.call (.function 8) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 15)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 15))), (.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 2), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 2)] (.option (.adt 2))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 2)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 2), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 2)] (.option (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (3, .nat, (some 3)), (2, (.adt 2), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 2)] (.option (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.call (.function 9) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 18)), .wild, .wild]) (.mk [] (.move (.generated .part 18))))])] true))], (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 21)) none (.call (.function 10) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 20)), .wild, .wild]) (.mk [] (.move (.generated .part 20))))]), (.clone (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))))])))]), [(0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 18))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 2)) []))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 21)) none (.call (.function 10) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 20)), .wild, .wild]) (.mk [] (.move (.generated .part 20))))]), (.clone (.generated .binding 1))] true))]) (tail := (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 3))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 20))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 2)) []))) (Corr.mCons (Γ' := [(2, (.adt 3), (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [(.list (.adt 1)), (.list (.adt 1))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 22))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))]) (tail := (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 25))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 26))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))]) (tail := (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 30))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 31))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 33))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))]) (tail := (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))]) (tail := (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 42))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))]) (tail := (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))]) (tail := (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 47))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 2 0) [(.call (.function 12) [(.move (.generated .binding 0))] false), (.construct (.nil (.adt 1)) []), (.construct (.adt 4 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 50)) none (.call (.function 8) [(.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 51))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 55)) none (.block (.mk [(.mk (.bind (.generated .holder 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 53)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 55)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 57)) none (.block (.mk [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 57)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 53)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 0) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) [])))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 1) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 1), (some 2)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 2) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) [])))) (Corr.mCons (Γ' := [(3, (.adt 1), (some 3)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 3) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 57)) none (.block (.mk [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 57)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 4) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) [])))) (Corr.mCons (Γ' := [(5, (.adt 1), (some 5)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 5) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 1), (some 6)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 6) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))) (Corr.mCons (Γ' := [(7, (.adt 1), (some 7)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 21) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 59)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 1 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 1 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 29) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.block (.mk [(.mk (.bind (.generated .binding 7)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))))), (.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))] (.cond (.move (.generated .part 79)) (.mk [] (.copy (.generated .binding 7))) (.mk [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true)))))))))], (.succeed (.move (.generated .part 60))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.second (ta := .bool) (tb := .nat) (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 7)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))))), (.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))]) (tail := (.cond (.move (.generated .part 79)) (.mk [] (.copy (.generated .binding 7))) (.mk [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))]) (ce := (.move (.generated .part 61))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 1))) (lb := [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 62))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 63))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 64))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))]) (ce := (.move (.generated .part 67))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 3))) (lb := [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))]) (ce := (.move (.generated .part 68))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 4))) (lb := [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))]) (tail := (.move (.generated .part 69))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 70))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))]) (tail := (.move (.generated .part 71))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))]) (tail := (.move (.generated .part 74))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 75))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))]) (tail := (.move (.generated .part 76))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))]) (ce := (.move (.generated .part 79))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 7))) (lb := [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))]) (tail := (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))]) (tail := (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))]) (ce := (.move (.generated .part 80))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 8))) (lb := [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))]) (tail := (.move (.generated .part 81))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))]) (tail := (.move (.generated .part 82))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))]) (tail := (.move (.generated .part 83))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))]) (ce := (.move (.generated .part 86))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 10))) (lb := [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))]) (tail := (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))]) (ce := (.move (.generated .part 87))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 11))) (lb := [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))]) (tail := (.move (.generated .part 88))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))]) (tail := (.move (.generated .part 89))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))]) (tail := (.move (.generated .part 90))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))]) (tail := (.move (.generated .part 93))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))]) (tail := (.move (.generated .part 94))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))]) (tail := (.move (.generated .part 95))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))]) (tail := (.move (.generated .part 98))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))]) (tail := (.move (.generated .part 99))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))]) (tail := (.move (.generated .part 100))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl))⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false) (.mk [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)))) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 103)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 30) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 107))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 31) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.move (.generated .binding 0))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 112)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 111)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 111))))])), (.mk (.bind (.generated .operand 113)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 112)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 111)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 111))))])), (.mk (.bind (.generated .operand 113)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 116)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))])), (.mk (.bind (.generated .operand 117)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 118)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 116)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))])), (.mk (.bind (.generated .operand 117)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 118)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 120)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 119))))])), (.mk (.bind (.generated .operand 121)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 120)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 119))))])), (.mk (.bind (.generated .operand 121)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 124)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))])), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 126)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 124)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))])), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 126)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 128)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 141)) none (.block (.mk [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 128)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 140)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 141)) none (.block (.mk [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 143)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))])), (.mk (.bind (.generated .operand 144)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false) (.mk [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false) (.mk [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 143)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))])), (.mk (.bind (.generated .operand 144)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false) (.mk [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))]) (tail := (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 154)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153)), .wild]) (.mk [] (.move (.generated .part 153))))])), (.mk (.bind (.generated .operand 155)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 154)), (.move (.generated .operand 155))] false) (.mk [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 154)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153)), .wild]) (.mk [] (.move (.generated .part 153))))])), (.mk (.bind (.generated .operand 155)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 154)), (.move (.generated .operand 155))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 161)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])), (.mk (.bind (.generated .operand 162)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false) (.mk [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 161)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])), (.mk (.bind (.generated .operand 162)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 172))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 175))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 178))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 3)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 21) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 3)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun30 : FunOK program krate flags 30 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 182)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 181)), .wild]) (.mk [] (.move (.generated .part 181))))])), (.mk (.bind (.generated .operand 183)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 182)), (.move (.generated .operand 183))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 181))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun31 : FunOK program krate flags 31 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 185)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 186)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 184)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 184))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 184))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun32 : FunOK program krate flags 32 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 188)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 189)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 187)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 187))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 188)), (.move (.generated .operand 189))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 187))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun33 : FunOK program krate flags 33 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 191)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 192)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 190)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 190))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 190))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun34 : FunOK program krate flags 34 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 194)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 195)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 193)), .wild, .wild]) (.mk [] (.move (.generated .part 193))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 193))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun35 : FunOK program krate flags 35 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 196)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 196))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 197)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 197))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 198)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 198))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 199)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 199))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 200)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 200))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 201)), .wild, .wild]) (.mk [] (.move (.generated .part 201))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 202)), .wild]) (.mk [] (.move (.generated .part 202))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 203))]) (.mk [] (.move (.generated .part 203))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 196))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 197))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 198))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 199))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 200))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 201))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 202))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 203))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun36 : FunOK program krate flags 36 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 204)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 204))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 205)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 205))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 206)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 206))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 207)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 207))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 208)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 208))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 209)), .wild, .wild]) (.mk [] (.move (.generated .part 209))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 210)), .wild]) (.mk [] (.move (.generated .part 210))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 211))]) (.mk [] (.move (.generated .part 211))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 204))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 205))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 206))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 207))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 208))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 209))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 210))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 211))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun37 : FunOK program krate flags 37 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 212)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 212))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 213)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 213))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 214)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 214))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 215)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 215))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 216)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 216))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 217)), .wild, .wild]) (.mk [] (.move (.generated .part 217))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 218)), .wild]) (.mk [] (.move (.generated .part 218))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 219))]) (.mk [] (.move (.generated .part 219))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 212))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 213))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 214))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 215))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 216))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 217))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 218))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 219))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun38 : FunOK program krate flags 38 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 220)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 220))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 221)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 221))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 222)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 222))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 223)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 223))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 224)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 224))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 225)), .wild, .wild]) (.mk [] (.move (.generated .part 225))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 226)), .wild]) (.mk [] (.move (.generated .part 226))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 227))]) (.mk [] (.move (.generated .part 227))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 220))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 221))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 222))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 223))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 224))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 225))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 226))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 227))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun39 : FunOK program krate flags 39 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 228)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 228))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 229)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 229))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 230)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 230))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 231)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 231))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 232)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 232))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 233)), .wild, .wild]) (.mk [] (.move (.generated .part 233))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 234)), .wild]) (.mk [] (.move (.generated .part 234))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 235))]) (.mk [] (.move (.generated .part 235))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 228))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 229))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 230))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 231))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 232))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 233))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 234))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 235))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun40 : FunOK program krate flags 40 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 236)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 236))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 237)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 237))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 238)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 238))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 239)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 239))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 240)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 240))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 241)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 241))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 242)), .wild]) (.mk [] (.move (.generated .part 242))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 243))]) (.mk [] (.move (.generated .part 243))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 236))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 237))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 238))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 239))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 240))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 241))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 242))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 243))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun41 : FunOK program krate flags 41 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 244)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 244))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 245)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 245))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 246)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 246))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 247)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 247))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 248)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 248))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 249)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 249))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 250)), .wild, .wild]) (.mk [] (.move (.generated .part 250))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 251))]) (.mk [] (.move (.generated .part 251))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 244))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 245))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 246))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 247))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 248))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 249))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 250))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 251))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun42 : FunOK program krate flags 42 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 252)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 252))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 253)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 253))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 254)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 254))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 255)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 255))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 256)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 256))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 257)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 257))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 258)), .wild, .wild]) (.mk [] (.move (.generated .part 258))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 259)), .wild]) (.mk [] (.move (.generated .part 259))))]), (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 260))]) (.mk [] (.move (.generated .part 260))))])), (.mk (.bind (.generated .operand 262)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 261)), (.move (.generated .operand 262))] true)))])), [(0, (.adt 3), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 252))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 253))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 254))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 255))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 256))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 257))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 258))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 259))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 261)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 260))]) (.mk [] (.move (.generated .part 260))))])), (.mk (.bind (.generated .operand 262)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 261)), (.move (.generated .operand 262))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 260))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | 30 => exact fun30
+  | 31 => exact fun31
+  | 32 => exact fun32
+  | 33 => exact fun33
+  | 34 => exact fun34
+  | 35 => exact fun35
+  | 36 => exact fun36
+  | 37 => exact fun37
+  | 38 => exact fun38
+  | 39 => exact fun39
+  | 40 => exact fun40
+  | 41 => exact fun41
+  | 42 => exact fun42
+  | _ + 43 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3.lean
new file mode 100644
index 000000000..080bec382
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3.lean
@@ -0,0 +1,349 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [.nat]] },
+    { constructors := [[(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]] },
+    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.first (.var 1))), (.arm .error [2] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [.nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
+      body := (.«match» (.result (.pair .nat .nat) (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 2)]))]) }) ::(
+    { parameters := [0], types := [.nat], result := (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 2) [(.arm .some [2] (.build .ok (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair (.pair .nat .nat) (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 3)])]))])) }) ::(
+    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
+      body := (.call 5 [(.closure 6 [(.var 0)]), (.prim .natMul [(.var 0), (.value .nat (.nat 8))]), (.call 7 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
+      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.call 8 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.nat], result := (.adt 1),
+      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.call 12 [(.build .nil (.list (.pair .nat .nat)) []), (.call 11 [(.var 0)])]), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) }) ::(
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.field (.var 1) 2) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 13 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.field (.var 1) 1), (.build .some (.option (.pair (.pair .nat .nat) (.adt 2))) [(.build .pair (.pair (.pair .nat .nat) (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 3), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 1), (.field (.field (.var 1) 4) 2), (.field (.field (.var 1) 4) 3), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 14 [(.var 3)]) (.«let» 7 (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.call 15 [(.field (.var 1) 1), (.var 6)]) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 4), (.first (.var 7))]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 16 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.second (.var 7)), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.field (.var 1) 3) (.build .true .bool []) (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 1), (.call 17 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 4) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 4) 5))])])]))))))]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
+    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := (.list (.pair .nat .nat)),
+      body := (.«match» (.list (.pair .nat .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.build .nil (.list (.pair .nat .nat)) [])])), (.arm .cons [2, 3] (.«match» (.list (.pair .nat .nat)) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list (.pair .nat .nat)) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.call 18 [(.var 1)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [2] (.cond (.call 19 [(.var 0), (.var 2)]) (.build .some (.option (.pair .nat .nat)) [(.var 2)]) (.build .none (.option (.pair .nat .nat)) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.prim .append [(.call 20 [(.var 0)]), (.prim .append [(.call 21 [(.var 0)]), (.call 22 [(.var 0)])])]) }) ::(
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
+      body := (.call 23 [(.closure 24 []), (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.build .nil (.list (.adt 2)) []), (.var 0)]), (.var 1)]) }) ::(
+    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
+      body := (.prim .natAdd [(.value .nat (.nat 1)), (.prim .natAdd [(.value .nat (.nat 1)), (.prim .length [(.call 25 [(.var 0)])])])]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.build .some (.option (.pair .nat .nat)) [(.var 0)]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := .bool,
+      body := (.cond (.prim .natEq [(.second (.var 1)), (.var 0)]) (.prim .natLe [(.first (.var 1)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 1) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 1) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.call 27 [(.closure 28 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 25 [(.field (.var 0) 0)])]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
+      body := (.«match» (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 23 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
+      body := (.cond (.call 29 [(.second (.var 0)), (.field (.var 1) 0)]) (.var 0) (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.prim .append [(.first (.var 0)), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]), (.call 12 [(.second (.var 0)), (.field (.var 1) 0)])])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .nil (.list .nat) [])])])]) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 30 [(.var 0)])), (.arm (.adt 1) [] (.call 31 [(.var 0)])), (.arm (.adt 2) [2] (.call 32 [(.var 0), (.var 2)]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 27 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.call 33 [(.var 0), (.var 1), (.var 2)]) }) ::(
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 29 [(.var 3), (.var 1)]))]))]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 34 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 35 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 36 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 37 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 38 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 39 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 2) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 2) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
+      body := (.cond (.prim .natLt [(.first (.var 0)), (.value .nat (.nat 4))]) (.prim .natLe [(.second (.var 0)), (.value .nat (.nat 3))]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 4)), (.second (.var 0))]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.first (.var 0))]) (.cond (.prim .natLe [(.prim .natAdd [(.second (.var 0)), (.var 1)]), (.value .nat (.nat 3))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.prim .natSub [(.first (.var 0)), (.var 1)]), (.prim .natAdd [(.second (.var 0)), (.var 1)])]) }) ::[]) }
+
+def __enc_0 : (Reasoning.Planner.Plan.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Reasoning.Planner.Plan.Step.FillA => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Reasoning.Planner.Plan.Step.EmptyB => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Reasoning.Planner.Plan.Step.Pour __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
+
+def __enc_2 (__s : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (__s).state), ((_root_.LexLeanPreservation.encList __enc_0) (__s).trace)]
+
+def __enc_3 (__s : (Reasoning.Planner.Plan.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
+
+def __enc_1 (__s : (Reasoning.Planner.Plan.Search)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList __enc_2) (__s).frontier), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (__s).visited), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) __enc_2)) (__s).found), (_root_.LexLeanTarget.TargetSyntax.Value.bool (__s).truncated), (__enc_3 (__s).ledger)]
+
+def __fits_18 (jugs : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_18 (jugs : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) jugs)] (_root_.LexLeanPreservation.Rel (__fits_18 jugs) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.extract jugs))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
+
+def __fits_19 (target : Nat) (r : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (r).2 target) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_19 (target : Nat) (r : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 19 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) r)] (_root_.LexLeanPreservation.Rel (__fits_19 target r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.measuresCheck target r))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (r).1 (4 : Nat)))) (Nat.beq (r).2 target) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (r).2 target)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (r).1 (4 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_13 (target : Nat) (_ys : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (match (Reasoning.Planner.Plan.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (target) (_yv))) && (if (Reasoning.Planner.measuresCheck (target) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Planner.Plan.extract Reasoning.Planner.measuresCheck in
+theorem __rel_13 (target : Nat) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 13 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_13 target _ys) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.accept target _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (target) (_yv))) && (if (Reasoning.Planner.measuresCheck (target) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Option.none => (Option.none : (Option (Prod Nat Nat))) | Option.some _yv => (if (Reasoning.Planner.measuresCheck (target) (_yv)) then (Option.some (_yv) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat)))))) (Reasoning.Planner.Plan.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some (_yv) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.measuresCheck (target) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_19 (target) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_34 (s : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).1 (4 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_34 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 34 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_34 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.FillA.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (s).2 (3 : Nat)))) (Nat.blt (s).1 (4 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).1 (4 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (s).2 (3 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_35 (s : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_35 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 35 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.FillA.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_30 (s : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_34 (s))) && (if (Reasoning.Planner.FillA.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.FillA.conclusion Reasoning.Planner.FillA.guard in
+theorem __rel_30 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 30 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_30 s) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.FillA.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Planner.FillA.conclusion (s))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.FillA.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_36 (s : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (s).2) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_36 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 36 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.EmptyB.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (s).1 (4 : Nat)))) (Nat.blt (0 : Nat) (s).2) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (s).2)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (s).1 (4 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_37 (s : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_37 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 37 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.EmptyB.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_31 (s : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_36 (s))) && (if (Reasoning.Planner.EmptyB.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.EmptyB.conclusion Reasoning.Planner.EmptyB.guard in
+theorem __rel_31 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 31 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_31 s) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.EmptyB.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Planner.EmptyB.conclusion (s))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.EmptyB.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_38 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble k (s).1) then (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).2 + k) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble ((s).2 + k) (3 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+theorem __rel_38 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 38 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_38 s k) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.Pour.guard s k))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).2 + k) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble ((s).2 + k) (3 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.ble ((s).2 + k) (3 : Nat)) && (Nat.ble (s).1 (4 : Nat))))) (Nat.ble k (s).1) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe k (s).1)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (s).1 (4 : Nat)))) (Nat.ble ((s).2 + k) (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).2 k)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe ((s).2 + k) (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (s).1 (4 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_39 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).2 + k) 18446744073709551616)) && Bool.true)) && Bool.true)
+
+theorem __rel_39 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 39 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_39 s k) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Pour.conclusion s k))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (s).1 k)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).2 k)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_32 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_38 (s) (k))) && (if (Reasoning.Planner.Pour.guard (s) (k)) then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_39 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.Pour.conclusion Reasoning.Planner.Pour.guard in
+theorem __rel_32 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 32 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_32 s k) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Pour.apply s k))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_39 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Planner.Pour.conclusion (s) (k))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.Pour.guard (s) (k)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_38 (s) (k))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_39 (s) (k))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Planner.Plan.Step)) : Bool :=
+  (Bool.true && (match _ystep with | Reasoning.Planner.Plan.Step.FillA => ((Bool.true && Bool.true) && (__fits_30 (_ys))) | Reasoning.Planner.Plan.Step.EmptyB => ((Bool.true && Bool.true) && (__fits_31 (_ys))) | Reasoning.Planner.Plan.Step.Pour _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_32 (_ys) (_yb)))))
+
+attribute [local irreducible] Reasoning.Planner.EmptyB.apply Reasoning.Planner.FillA.apply Reasoning.Planner.Pour.apply in
+theorem __rel_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Planner.Plan.Step)) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), (__enc_0 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_26 _ys _ystep) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.fire _ys _ystep))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Reasoning.Planner.Plan.Step)) => (match __a with | Reasoning.Planner.Plan.Step.FillA => ((Bool.true && Bool.true) && (__fits_30 (_ys))) | Reasoning.Planner.Plan.Step.EmptyB => ((Bool.true && Bool.true) && (__fits_31 (_ys))) | Reasoning.Planner.Plan.Step.Pour _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_32 (_ys) (_yb))))) (fun (__a : (Reasoning.Planner.Plan.Step)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Reasoning.Planner.Plan.Step.FillA => (Reasoning.Planner.FillA.apply (_ys)) | Reasoning.Planner.Plan.Step.EmptyB => (Reasoning.Planner.EmptyB.apply (_ys)) | Reasoning.Planner.Plan.Step.Pour _yb => (Reasoning.Planner.Pour.apply (_ys) (_yb)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Planner.Plan.Step)) _ => match __a with | Reasoning.Planner.Plan.Step.FillA => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (_ys)))) | Reasoning.Planner.Plan.Step.EmptyB => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 (_ys))))) | Reasoning.Planner.Plan.Step.Pour _yb => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_32 (_ys) (_yb))))))))
+
+def __fits_20 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
+  (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step))))) && (match (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)))) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.Plan.fire in
+theorem __rel_20 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_20 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.FillA.successors _ynode))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => ([] : List (Reasoning.Planner.Plan.Node)) | Option.some _yt => (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node))))) (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))
+
+def __fits_21 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
+  (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step))))) && (match (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)))) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.Plan.fire in
+theorem __rel_21 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_21 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.EmptyB.successors _ynode))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => ([] : List (Reasoning.Planner.Plan.Node)) | Option.some _yt => (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node))))) (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))
+
+def __fits_25 (s : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_25 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 25 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Pour.candidates s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_33 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step))))) && (match (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)))) with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.Plan.fire in
+theorem __rel_33 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_33 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.Pour.collect _ynode _yacc _yb))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => _yacc | Option.some _yt => (_root_.LexLeanRuntime.append (_yacc) ((({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))))) (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))))))))
+
+def __fits_28 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_33 (_ynode) (_yacc) (_yb)))
+
+attribute [local irreducible] Reasoning.Planner.Plan.Pour.collect in
+theorem __rel_28 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_28 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) ((Reasoning.Planner.Plan.Pour.collect (_ynode) (_yacc) (_yb))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_33 (_ynode) (_yacc) (_yb)))
+
+def __fits_22 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
+  (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_25 ((_ynode).state))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : Nat) => __fits_28 (_ynode) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) => (Reasoning.Planner.Plan.Pour.collect (_ynode) (_yacc) (_yb)))) (([] : List (Reasoning.Planner.Plan.Node))) ((Reasoning.Planner.Pour.candidates ((_ynode).state)))))
+
+attribute [local irreducible] Reasoning.Planner.Plan.Pour.collect Reasoning.Planner.Pour.candidates in
+theorem __rel_22 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_22 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.Pour.successors _ynode))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) => (Reasoning.Planner.Plan.Pour.collect (_ynode) (_yacc) (_yb)))) (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : Nat) => __fits_28 (_ynode) __p0 __p1) 28 [(__enc_2 _ynode)] (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : Nat) => __rel_28 (_ynode) __p0 __p1) (p := __prog) (fi := 27) (ta := .nat) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Planner.Plan.Node))) ((Reasoning.Planner.Pour.candidates ((_ynode).state)))))
+
+def __fits_14 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_20 (_ynode))) && (((((Bool.true && Bool.true) && (__fits_21 (_ynode))) && (((Bool.true && Bool.true) && (__fits_22 (_ynode))) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+attribute [local irreducible] Reasoning.Planner.Plan.EmptyB.successors Reasoning.Planner.Plan.FillA.successors Reasoning.Planner.Plan.Pour.successors in
+theorem __rel_14 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_14 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.successors _ynode))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ynode))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ynode))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ynode))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) (Reasoning.Planner.Plan.EmptyB.successors (_ynode)) (Reasoning.Planner.Plan.Pour.successors (_ynode)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) (Reasoning.Planner.Plan.FillA.successors (_ynode)) (_root_.LexLeanRuntime.append ((Reasoning.Planner.Plan.EmptyB.successors (_ynode))) ((Reasoning.Planner.Plan.Pour.successors (_ynode))) : (List (Reasoning.Planner.Plan.Node)))))
+
+def __fits_24 (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then Bool.true else ((((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_24 (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 24 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_24 _yacc _yn) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) ((if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat)))))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat)))))) (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setContains (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat Nat) -> (Prod Nat Nat) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 29) (tk := (.pair .nat .nat)) rfl ((_yacc).2) ((_yn).state))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) (_yacc).1 (_yn :: ([] : List (Reasoning.Planner.Plan.Node))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setInsert (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat Nat) -> (Prod Nat Nat) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 12) (tk := (.pair .nat .nat)) rfl ((_yacc).2) ((_yn).state))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))
+
+def __fits_15 (_yvisited : (List (Prod Nat Nat))) (_ynodes : (List (Reasoning.Planner.Plan.Node))) : Bool :=
+  ((Bool.true && ((((Bool.true && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_24 __p0 __p1) ((fun (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat))))))) ((([] : List (Reasoning.Planner.Plan.Node)), _yvisited)) (_ynodes)))
+
+theorem __rel_15 (_yvisited : (List (Prod Nat Nat))) (_ynodes : (List (Reasoning.Planner.Plan.Node))) : _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) _yvisited), ((_root_.LexLeanPreservation.encList __enc_2) _ynodes)] (_root_.LexLeanPreservation.Rel (__fits_15 _yvisited _ynodes) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Reasoning.Planner.Plan.fresh _yvisited _ynodes))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat))))))) (fun (__p0 : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_24 __p0 __p1) 24 [] (fun (__p0 : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (__p1 : (Reasoning.Planner.Plan.Node)) => __rel_24 __p0 __p1) (p := __prog) (fi := 23) (ta := (.adt 2)) (ts := (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) rfl ((([] : List (Reasoning.Planner.Plan.Node)), _yvisited)) (_ynodes)))
+
+def __fits_16 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : Bool :=
+  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
+
+theorem __rel_16 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 16 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_16 target _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Planner.Plan.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
+
+def __fits_17 (_ys : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && (__fits_25 (_ys))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt ((1 : Nat) + (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat)) 18446744073709551616)) && Bool.true)) && (Nat.blt ((1 : Nat) + ((1 : Nat) + (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat))) 18446744073709551616))
+
+attribute [local irreducible] Reasoning.Planner.Pour.candidates in
+theorem __rel_17 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_17 _ys) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Planner.Plan.attempts _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Pour.candidates (_ys)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (1 : Nat) (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (1 : Nat) ((1 : Nat) + (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat))))
+
+def __fits_8 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : Bool :=
+  (Bool.true && (match (_yr).found with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (target) ((_ynode).state))) && (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true)))))))))))))))
+
+attribute [local irreducible] Reasoning.Planner.Plan.accept Reasoning.Planner.Plan.attempts Reasoning.Planner.Plan.fresh Reasoning.Planner.Plan.successors in
+theorem __rel_8 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_8 target _yr) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Planner.Plan.searchStep target _yr))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) __enc_2)) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (match __a with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (target) ((_ynode).state))) && (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true))))))))))))))) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yhit => (Option.none : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (match (_yr).frontier with | List.nil => (Option.none : (Option (Reasoning.Planner.Plan.Search))) | List.cons _ynode _yrest => (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, visited := (_yr).visited, found := (Option.some ((_yv, _ynode)) : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); (Option.some (({ frontier := _ynext, visited := (_yfresh).2, found := (Option.none : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := ((_yr).truncated || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))))))))))) (_yr).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList __enc_2) (fun (__a : (List (Reasoning.Planner.Plan.Node))) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (target) ((_ynode).state))) && (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true))))))))))))) (fun (__a : (List (Reasoning.Planner.Plan.Node))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | List.nil => (Option.none : (Option (Reasoning.Planner.Plan.Search))) | List.cons _ynode _yrest => (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, visited := (_yr).visited, found := (Option.some ((_yv, _ynode)) : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); (Option.some (({ frontier := _ynext, visited := (_yfresh).2, found := (Option.none : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := ((_yr).truncated || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search)))))))))) (_yr).frontier (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (List (Reasoning.Planner.Plan.Node))) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | List.cons _ynode _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true))))))))))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yv => (Option.some (({ frontier := _yrest, visited := (_yr).visited, found := (Option.some ((_yv, _ynode)) : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); (Option.some (({ frontier := _ynext, visited := (_yfresh).2, found := (Option.none : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := ((_yr).truncated || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))))))))) (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_13 (target) ((_ynode).state))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ynode))) (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_15 ((_yr).visited) (_ysuccessors))) (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yrest (_yfresh).1)) (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) 16 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __rel_16 (target) __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat)))) (_yr).truncated (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yordered)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).attempts (Reasoning.Planner.Plan.attempts ((_ynode).state)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ysuccessors)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).firings (_root_.LexLeanRuntime.length (_ysuccessors) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).expansions (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier)) (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext))) (fun _ => (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl))) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))))))))))))))
+
+def __fits_6 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (target) (_yr)))
+
+attribute [local irreducible] Reasoning.Planner.Plan.searchStep in
+theorem __rel_6 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_6 target _yr) ((_root_.LexLeanPreservation.encOption __enc_1) ((Reasoning.Planner.Plan.searchStep (target) (_yr))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (target) (_yr)))
+
+def __fits_10 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : Bool :=
+  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
+
+theorem __rel_10 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_10 target _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Planner.Plan.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
+
+def __fits_11 (target : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_11 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_11 target) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Plan.observe target))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_7 (target : Nat) : Bool :=
+  ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((((((Bool.true && Bool.true) && (__fits_11 (target))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_10 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))))) && (let _yfirst : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))); ((Bool.true && ((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_11 (target))) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yfirst) : Nat) 18446744073709551616)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.Plan.observe in
+theorem __rel_7 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_7 target) (__enc_1 (Reasoning.Planner.Plan.start target))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfirst : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (target))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_10 (target) __p0 __p1) 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __rel_10 (target) __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (target))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setInsert (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat Nat) -> (Prod Nat Nat) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 12) (tk := (.pair .nat .nat)) rfl (([] : List (Prod Nat Nat))) ((Reasoning.Planner.Plan.observe (target))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (target + target) (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yfirst)) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))))) _root_.LexLeanPreservation.construct_adt))
+
+def __fits_3 (target : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (target) ((8 : Nat)) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (__fits_7 (target))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Planner.Plan.Search)) => __fits_6 (target) __p0) ((fun (_yr : (Reasoning.Planner.Plan.Search)) => (Reasoning.Planner.Plan.searchStep (target) (_yr)))) ((_root_.LexLeanRuntime.multiply (target) ((8 : Nat)) : Nat)) ((Reasoning.Planner.Plan.start (target)))))
+
+attribute [local irreducible] Reasoning.Planner.Plan.searchStep Reasoning.Planner.Plan.start in
+theorem __rel_3 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_3 target) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Planner.Plan.run target))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul target (8 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (target))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (_yr : (Reasoning.Planner.Plan.Search)) => (Reasoning.Planner.Plan.searchStep (target) (_yr)))) (fun (__p0 : (Reasoning.Planner.Plan.Search)) => __fits_6 (target) __p0) 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (fun (__p0 : (Reasoning.Planner.Plan.Search)) => __rel_6 (target) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (_yr : (Reasoning.Planner.Plan.Search)) => (Reasoning.Planner.Plan.searchStep (target) (_yr))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 5) (ts := (.adt 1)) rfl ((_root_.LexLeanRuntime.multiply (target) ((8 : Nat)) : Nat)) ((Reasoning.Planner.Plan.start (target)))))
+
+def __fits_4 (_ysaturated : Bool) (_ytruncated : Bool) : Bool :=
+  ((Bool.true && (if _ysaturated then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (if (_ysaturated && (!_ytruncated)) then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_4 (_ysaturated : Bool) (_ytruncated : Bool) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bool _ysaturated), (_root_.LexLeanTarget.TargetSyntax.Value.bool _ytruncated)] (_root_.LexLeanPreservation.Rel (__fits_4 _ysaturated _ytruncated) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Planner.Plan.failure _ysaturated _ytruncated))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (if __b then ((Bool.false, Bool.true) : (Prod Bool Bool)) else ((Bool.false, Bool.false) : (Prod Bool Bool)))) (_ysaturated && (!_ytruncated)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (!_ytruncated))) _ysaturated (_root_.LexLeanPreservation.conv_var rfl) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot _ytruncated))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))
+
+def __fits_2 (target : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_3 (target))) && (let _yfinal : (Prod (Reasoning.Planner.Plan.Search) Bool) := (Reasoning.Planner.Plan.run (target)); (Bool.true && (match ((_yfinal).1).found with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Planner.Plan.failure Reasoning.Planner.Plan.run in
+theorem __rel_2 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_2 target) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encList __enc_0))) (Reasoning.Planner.Plan target))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Planner.Plan.Search) Bool) := (Reasoning.Planner.Plan.run (target)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (target))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) __enc_2)) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (match __a with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true))) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encList __enc_0))) (match __a with | Option.some _yhit => (Except.ok (((_yhit).1, ((_yhit).2).trace)) : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) | Option.none => (Except.error ((Reasoning.Planner.Plan.failure ((_yfinal).2) (((_yfinal).1).truncated))) : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))))) ((_yfinal).1).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 ((_yfinal).2) (((_yfinal).1).truncated))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_1 (target : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_2 (target))) && (match (Reasoning.Planner.Plan (target)) with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Planner.Plan in
+theorem __rel_1 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_1 target) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.verdict target))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encList __enc_0))) (fun (__a : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) => (match __a with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Except.ok _yp => (Except.ok ((_yp).1) : (Except (Prod Bool Bool) (Prod Nat Nat))) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Reasoning.Planner.Plan (target)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (target))) (fun (__a : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) _ => match __a with | Except.ok _yp => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Except.error _ye => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
+
+def __fits_0 (target : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_1 (target))) && (match (Reasoning.Planner.Plan.verdict (target)) with | Except.ok jugs => Bool.true | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Planner.Plan.verdict in
+theorem __rel_0 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_0 target) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.planLeft target))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Except (Prod Bool Bool) (Prod Nat Nat))) => (match __a with | Except.ok jugs => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) (Prod Nat Nat))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok jugs => (jugs).1 | Except.error failure => (9 : Nat))) (Reasoning.Planner.Plan.verdict (target)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (target))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat Nat))) _ => match __a with | Except.ok jugs => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (target : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 target) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.planLeft target)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (target : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_0 target) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.planLeft target))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 target)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..e78e6478b
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/Compose/RustStd.lex.tex
@@ -0,0 +1,1301 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_0 : @16 := @424 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_2 : @431 := @905 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_3 : @913 := @1372 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_3],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_1 : @1379 := @2024 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.root : @2637 := @2638 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.flags
+@3 := Reasoning.Planner.Plan.Step
+@4 := #0
+@5 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@14 := @13 @6
+@15 := @14 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value
+@19 := LexLeanTarget.TargetSyntax.Ty
+@20 := List.nil.{0}
+@21 := List.cons.{0}
+@22 := @20 @18
+@23 := @20 @19
+@24 := LexLeanTarget.TargetSyntax.Program
+@25 := LexLeanPreservation.Rust.RCrate
+@26 := LexLeanPreservation.Rust.Flags
+@27 := LexLeanPreservation.Rust.WTL
+@28 := #2
+@29 := @27 @28
+@30 := #1
+@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
+@39 := LexLeanPreservation.Rust.wtl_nil @0
+@40 := @27 @0
+@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
+@47 := @39 @1
+@48 := @40 @1
+@52 := {A : @26} -> @48 @4 @22 @23
+@53 := @47 @2
+@54 := @48 @2
+@55 := @54 @22
+@56 := @55 @23
+@57 := Nat
+@58 := List.{0}
+@59 := @58 @18
+@60 := @58 @19
+@61 := Eq.{1}
+@62 := Option.{0}
+@63 := @62 @60
+@64 := @61 @63
+@65 := LexLeanPreservation.Rust.adtFields
+@66 := #6
+@67 := @65 @66
+@68 := #3
+@71 := @64 (@67 @68 @28)
+@72 := Option.some.{0}
+@73 := @72 @60
+@74 := @73 @4
+@75 := @71 @74
+@76 := #7
+@78 := @27 @76 @66
+@79 := #5
+@82 := @78 @79 @28 @30
+@83 := #8
+@86 := @7 @83 @76 @66
+@87 := LexLeanTarget.TargetSyntax.Value.adt
+@88 := #4
+@90 := @87 @88 @68
+@91 := @86 @90
+@92 := @8 @79
+@102 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
+@104 := LexLeanPreservation.Rust.wt_adt @0
+@105 := @65 @0
+@109 := @64 (@105 @68 @28) @74
+@113 := @40 @66 @79 @28 @30
+@125 := {c : @25} ->
+  {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
+@126 := @104 @1
+@129 := @48 @79 @28 @30
+@139 := {A : @26} ->
+  {i : @57} ->
+  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
+@140 := @126 @2
+@142 := @54 @28 @30
+@143 := @13 @90
+@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
+@151 := @140 @9
+@152 := @105 @9
+@161 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
+@162 := @151 @9
+@163 := @152 @9
+@164 := @64 @163
+@165 := @164 @74
+@166 := @87 @9
+@168 := @13 (@166 @68)
+@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @168 @10
+@174 := @162 @22
+@175 := @55 @30
+@178 := @13 (@166 @22) @10
+@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
+@182 := @174 @23
+@183 := @73 @23
+@186 := (h : @164 @183) -> (hf : @56) -> @178
+@187 := Eq.refl.{1}
+@188 := @187 @63
+@191 := @182 (@188 @163) @53
+@192 := 1
+@193 := @151 @192
+@194 := @152 @192
+@195 := @64 @194
+@196 := @195 @74
+@197 := @87 @192
+@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @13 (@197 @68) @10
+@205 := @193 @22
+@208 := @13 (@197 @22) @10
+@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
+@212 := @205 @23
+@215 := (h : @195 @183) -> (hf : @56) -> @208
+@218 := @212 (@188 @194) @53
+@219 := LexLeanTarget.TargetSyntax.Value.nat
+@220 := @219 @4
+@221 := LexLeanTarget.TargetSyntax.Ty.nat
+@224 := @7 @68 @28 @30
+@230 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @57) -> @224 @220 @221
+@232 := LexLeanPreservation.Rust.wt_nat @0
+@234 := @11 @28 @30
+@239 := {c : @25} -> {A : @26} -> (n : @57) -> @234 @220 @221
+@240 := @232 @1
+@241 := @12 @30
+@245 := {A : @26} -> (n : @57) -> @241 @220 @221
+@246 := @240 @2
+@247 := @13 @220
+@248 := @247 @221
+@249 := (n : @57) -> @248
+@250 := @246 @4
+@251 := @21 @18
+@253 := @251 @220 @22
+@254 := @21 @19
+@255 := @254 @221
+@256 := @255 @23
+@259 := @7 @66 @79 @88
+@261 := @259 @68 @28
+@264 := @27 @83 @76 @66
+@266 := @251 @79 @68
+@267 := @264 @266
+@269 := @254 @88 @28
+@279 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @261) -> (hs : @82) -> @267 @269
+@281 := LexLeanPreservation.Rust.wtl_cons @0
+@283 := @11 @79 @88
+@297 := {c : @25} ->
+  {A : @26} ->
+  {v : @18} ->
+  {t : @19} ->
+  {vs : @59} -> {ts : @60} -> (h : @283 @68 @28) -> (hs : @113) -> @40 @76 @66 @266 @269
+@298 := @281 @1
+@299 := @12 @88
+@311 := {A : @26} ->
+  {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @299 @68 @28) -> (hs : @129) -> @48 @66 @266 @269
+@312 := @298 @2
+@322 := {v : @18} ->
+  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @266 @269
+@323 := @312 @220
+@324 := @219 @68
+@325 := @13 @324
+@326 := @325 @28
+@327 := @219 @79
+@328 := @251 @327
+@330 := @54 (@328 @68)
+@336 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @326) -> (hs : @142) -> @330 @269
+@337 := @323 @221
+@338 := @219 @28
+@340 := @13 @338 @221
+@341 := @219 @88
+@342 := @251 @341
+@344 := @54 (@342 @68)
+@345 := @255 @28
+@350 := {vs : @59} -> {ts : @60} -> (h : @340) -> (hs : @142) -> @344 @345
+@351 := @337 @22
+@352 := @219 @30
+@354 := @13 @352 @221
+@356 := @251 @324 @22
+@357 := @54 @356
+@361 := {ts : @60} -> (h : @354) -> (hs : @175) -> @357 @345
+@362 := @351 @23
+@364 := @251 @338 @22
+@365 := @54 @364
+@368 := (h : @248) -> (hs : @56) -> @365 @256
+@369 := @362 @250
+@371 := @251 @352 @22
+@372 := @54 @371
+@373 := @372 @256
+@374 := (hs : @56) -> @373
+@375 := @369 @53
+@377 := @54 @253 @256
+@378 := 2
+@379 := @151 @378
+@380 := @152 @378
+@381 := @64 @380
+@382 := @381 @74
+@383 := @87 @378
+@390 := {fs : @59} -> {tys : @60} -> (h : @382) -> (hf : @142) -> @13 (@383 @68) @10
+@391 := @379 @253
+@398 := {tys : @60} -> (h : @382) -> (hf : @365 @30) -> @13 (@383 @356) @10
+@399 := @391 @256
+@406 := (h : @381 (@73 @256)) -> (hf : @373) -> @13 (@383 @364) @10
+@408 := @399 (@188 @380)
+@412 := (hf : @377) -> @13 (@383 @371) @10
+@413 := @408 @375
+@416 := @13 (@383 @253) @10
+@417 := fun (__x0 : @57) => @413
+@424 := fun (__v : @3) => Reasoning.Planner.Plan.Step.casesOn.{0} @17 @4 @191 @218 @417
+@425 := Reasoning.Planner.Plan.Node
+@426 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.__enc_2
+@427 := @426 @4
+@428 := @8 @378
+@429 := @13 @427
+@430 := @429 @428
+@431 := (__s : @425) -> @430
+@432 := Reasoning.Planner.Plan.Node.state
+@433 := @432 @4
+@434 := Reasoning.Planner.Plan.Node.trace
+@435 := @434 @4
+@436 := LexLeanPreservation.encPair
+@437 := @436 @57
+@438 := @437 @57
+@439 := @438 @219
+@440 := @439 @219
+@441 := @440 @433
+@442 := LexLeanTarget.TargetSyntax.Ty.pair
+@443 := @442 @221
+@444 := @443 @221
+@445 := fun (__x : @57) => @250
+@446 := Sort 1
+@447 := (a._@._internal._hyg.#0 : @30) -> @18
+@448 := #9
+@451 := @7 @448 @83 @76
+@452 := @88 @4
+@455 := (x : @79) -> @451 @452 @28
+@456 := #10
+@462 := (x : @79) -> @7 @456 @448 @83 @452 @28
+@463 := Prod.{0, 0}
+@465 := @463 @76 @66
+@466 := #11
+@469 := @7 @466 @456 @448
+@474 := @436 @83 @76 @66 @79 @4
+@475 := @469 @474
+@477 := @442 @88 @68
+@490 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {α : @446} ->
+  {β : @446} ->
+  {ea : @447} ->
+  {eb : @447} -> {s : @19} -> {t : @19} -> (ha : @455) -> (hb : @462) -> (x : @465) -> @475 @477
+@492 := LexLeanPreservation.Rust.wt_encPair @0
+@517 := {c : @25} ->
+  {A : @26} ->
+  {α : @446} ->
+  {β : @446} ->
+  {ea : @447} ->
+  {eb : @447} ->
+  {s : @19} ->
+  {t : @19} ->
+  (ha : (x : @79) -> @11 @83 @76 @452 @28) ->
+  (hb : (x : @79) -> @11 @448 @83 @452 @28) -> (x : @465) -> @11 @456 @448 @474 @477
+@518 := @492 @1
+@539 := {A : @26} ->
+  {α : @446} ->
+  {β : @446} ->
+  {ea : @447} ->
+  {eb : @447} ->
+  {s : @19} ->
+  {t : @19} ->
+  (ha : (x : @79) -> @12 @76 @452 @28) ->
+  (hb : (x : @79) -> @12 @83 @452 @28) -> (x : @465) -> @12 @448 @474 @477
+@540 := @518 @2
+@542 := @13 @452 @28
+@543 := (x : @79) -> @542
+@554 := {α : @446} ->
+  {β : @446} ->
+  {ea : @447} ->
+  {eb : @447} -> {s : @19} -> {t : @19} -> (ha : @543) -> (hb : @543) -> (x : @465) -> @13 @474 @477
+@555 := @540 @57
+@556 := (a._@._internal._hyg.#0 : @57) -> @18
+@557 := (x : @57) -> @542
+@558 := @463 @57
+@573 := {β : @446} ->
+  {ea : @556} ->
+  {eb : @447} ->
+  {s : @19} ->
+  {t : @19} -> (ha : @557) -> (hb : @543) -> (x : @558 @66) -> @13 (@437 @76 @66 @79 @4) @477
+@574 := @555 @57
+@575 := @558 @57
+@587 := {ea : @556} ->
+  {eb : @556} ->
+  {s : @19} -> {t : @19} -> (ha : @557) -> (hb : @557) -> (x : @575) -> @13 (@438 @66 @79 @4) @477
+@588 := @574 @219
+@590 := (x : @57) -> @247 @28
+@600 := {eb : @556} ->
+  {s : @19} -> {t : @19} -> (ha : @590) -> (hb : @557) -> (x : @575) -> @13 (@439 @79 @4) @477
+@601 := @588 @219
+@603 := @13 (@440 @4)
+@609 := {s : @19} -> {t : @19} -> (ha : @590) -> (hb : @590) -> (x : @575) -> @603 @477
+@610 := @601 @221
+@611 := (x : @57) -> @248
+@617 := {t : @19} -> (ha : @611) -> (hb : @590) -> (x : @575) -> @603 (@443 @68)
+@618 := @610 @221
+@620 := (x : @575) -> @603 @444
+@622 := (ha : @611) -> (hb : @611) -> @620
+@624 := @618 @445 @445
+@625 := @624 @433
+@627 := @13 @441 @444
+@628 := LexLeanPreservation.encList
+@629 := @628 @3
+@630 := @629 @5
+@631 := @630 @435
+@632 := LexLeanTarget.TargetSyntax.Ty.list
+@633 := @632 @10
+@636 := fun (__x : @3) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_0 @4
+@637 := (a._@._internal._hyg.#0 : @4) -> @18
+@638 := @28 @4
+@641 := (x : @28) -> @259 @638 @30
+@642 := @58 @68
+@645 := @7 @76 @66 @79
+@648 := @628 @88 @68 @4
+@649 := @645 @648
+@650 := @632 @28
+@659 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} -> {α : @446} -> {e : @637} -> {t : @19} -> (h : @641) -> (xs : @642) -> @649 @650
+@661 := LexLeanPreservation.Rust.wt_encList @0
+@664 := (x : @28) -> @283 @638 @30
+@666 := @11 @66 @79
+@675 := {c : @25} ->
+  {A : @26} -> {α : @446} -> {e : @637} -> {t : @19} -> (h : @664) -> (xs : @642) -> @666 @648 @650
+@676 := @661 @1
+@679 := (x : @28) -> @299 @638 @30
+@680 := @12 @79
+@688 := {A : @26} ->
+  {α : @446} -> {e : @637} -> {t : @19} -> (h : @679) -> (xs : @642) -> @680 @648 @650
+@689 := @676 @2
+@691 := @13 @638 @30
+@692 := (x : @28) -> @691
+@699 := {α : @446} -> {e : @637} -> {t : @19} -> (h : @692) -> (xs : @642) -> @13 @648 @650
+@700 := @689 @3
+@701 := (a._@._internal._hyg.#0 : @3) -> @18
+@702 := (x : @3) -> @691
+@703 := @58 @3
+@711 := {e : @701} -> {t : @19} -> (h : @702) -> (xs : @703) -> @13 (@629 @68 @4) @650
+@712 := @700 @5
+@714 := (x : @3) -> @14 @30
+@716 := @13 (@630 @4)
+@720 := {t : @19} -> (h : @714) -> (xs : @703) -> @716 @650
+@721 := @712 @10
+@725 := (h : (x : @3) -> @15) -> (xs : @703) -> @716 @633
+@727 := @721 @636 @435
+@729 := @13 @631 @633
+@731 := @251 @631 @22
+@733 := @251 @441 @731
+@734 := @254 @633
+@735 := @734 @23
+@736 := @254 @444
+@737 := @736 @735
+@738 := @312 @631
+@740 := @630 (@434 @68)
+@753 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @740 @28) -> (hs : @142) -> @54 (@251 (@630 (@434 @79)) @68) @269
+@754 := @738 @633
+@756 := @630 (@434 @28)
+@758 := @13 @756 @633
+@763 := @54 (@251 (@630 (@434 @88)) @68)
+@764 := @734 @28
+@769 := {vs : @59} -> {ts : @60} -> (h : @758) -> (hs : @142) -> @763 @764
+@770 := @754 @22
+@772 := @630 (@434 @30)
+@774 := @13 @772 @633
+@776 := @251 @740 @22
+@781 := {ts : @60} -> (h : @774) -> (hs : @175) -> @54 @776 @764
+@782 := @770 @23
+@784 := @251 @756 @22
+@785 := @54 @784
+@788 := (h : @729) -> (hs : @56) -> @785 @735
+@789 := @782 @727
+@791 := @251 @772 @22
+@793 := @54 @791 @735
+@794 := (hs : @56) -> @793
+@795 := @789 @53
+@797 := @54 @731 @735
+@798 := @312 @441
+@800 := @440 (@432 @68)
+@813 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @800 @28) -> (hs : @142) -> @54 (@251 (@440 (@432 @79)) @68) @269
+@814 := @798 @444
+@816 := @440 (@432 @28)
+@818 := @13 @816 @444
+@823 := @54 (@251 (@440 (@432 @88)) @68)
+@824 := @736 @28
+@829 := {vs : @59} -> {ts : @60} -> (h : @818) -> (hs : @142) -> @823 @824
+@830 := @814 @731
+@832 := @440 (@432 @30)
+@834 := @13 @832 @444
+@835 := @785 @30
+@837 := @251 @800 @776
+@842 := {ts : @60} -> (h : @834) -> (hs : @835) -> @54 @837 @824
+@843 := @830 @735
+@845 := @251 @816 @784
+@846 := @54 @845
+@849 := (h : @627) -> (hs : @793) -> @846 @737
+@850 := @843 @625
+@852 := @251 @832 @791
+@854 := @54 @852 @737
+@855 := (hs : @797) -> @854
+@856 := @850 @795
+@858 := @54 @733 @737
+@859 := @140 @378
+@860 := @105 @378
+@869 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@860 @28) @74) -> (hf : @142) -> @143 @428
+@870 := @859 @9
+@871 := @860 @9
+@872 := @64 @871
+@873 := @872 @74
+@878 := {fs : @59} -> {tys : @60} -> (h : @873) -> (hf : @142) -> @168 @428
+@879 := @870 @733
+@886 := {tys : @60} -> (h : @873) -> (hf : @846 @30) -> @13 (@166 @837) @428
+@887 := @879 @737
+@894 := (h : @872 (@73 @737)) -> (hf : @854) -> @13 (@166 @845) @428
+@896 := @887 (@188 @871)
+@900 := (hf : @858) -> @13 (@166 @852) @428
+@901 := @896 @856
+@904 := @13 (@166 @733) @428
+@905 := fun (__s : @425) => @901
+@906 := Reasoning.Planner.Plan.Ledger
+@907 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.__enc_3
+@908 := @907 @4
+@909 := 3
+@910 := @8 @909
+@913 := (__s : @906) -> @13 @908 @910
+@914 := Reasoning.Planner.Plan.Ledger.iterations
+@915 := @914 @4
+@916 := Reasoning.Planner.Plan.Ledger.attempts
+@917 := @916 @4
+@918 := Reasoning.Planner.Plan.Ledger.firings
+@919 := @918 @4
+@920 := Reasoning.Planner.Plan.Ledger.expansions
+@921 := @920 @4
+@922 := Reasoning.Planner.Plan.Ledger.verifications
+@923 := @922 @4
+@924 := Reasoning.Planner.Plan.Ledger.frontier
+@925 := @924 @4
+@926 := @219 @915
+@927 := @246 @915
+@929 := @13 @926 @221
+@930 := @219 @917
+@931 := @246 @917
+@933 := @13 @930 @221
+@934 := @219 @919
+@935 := @246 @919
+@937 := @13 @934 @221
+@938 := @219 @921
+@939 := @246 @921
+@941 := @13 @938 @221
+@942 := @219 @923
+@943 := @246 @923
+@945 := @13 @942 @221
+@946 := @219 @925
+@947 := @246 @925
+@949 := @13 @946 @221
+@951 := @251 @946 @22
+@953 := @251 @942 @951
+@955 := @251 @938 @953
+@957 := @251 @934 @955
+@959 := @251 @930 @957
+@961 := @251 @926 @959
+@962 := @255 @256
+@963 := @255 @962
+@964 := @255 @963
+@965 := @255 @964
+@966 := @255 @965
+@967 := @312 @946
+@969 := @219 (@924 @68)
+@982 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @969 @28) -> (hs : @142) -> @54 (@251 (@219 (@924 @79)) @68) @269
+@983 := @967 @221
+@985 := @219 (@924 @28)
+@997 := {vs : @59} ->
+  {ts : @60} -> (h : @13 @985 @221) -> (hs : @142) -> @54 (@251 (@219 (@924 @88)) @68) @345
+@998 := @983 @22
+@1000 := @219 (@924 @30)
+@1002 := @13 @1000 @221
+@1004 := @251 @969 @22
+@1009 := {ts : @60} -> (h : @1002) -> (hs : @175) -> @54 @1004 @345
+@1010 := @998 @23
+@1012 := @251 @985 @22
+@1013 := @54 @1012
+@1016 := (h : @949) -> (hs : @56) -> @1013 @256
+@1017 := @1010 @947
+@1019 := @251 @1000 @22
+@1021 := @54 @1019 @256
+@1022 := (hs : @56) -> @1021
+@1023 := @1017 @53
+@1025 := @54 @951 @256
+@1026 := @312 @942
+@1028 := @219 (@922 @68)
+@1041 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1028 @28) -> (hs : @142) -> @54 (@251 (@219 (@922 @79)) @68) @269
+@1042 := @1026 @221
+@1044 := @219 (@922 @28)
+@1056 := {vs : @59} ->
+  {ts : @60} -> (h : @13 @1044 @221) -> (hs : @142) -> @54 (@251 (@219 (@922 @88)) @68) @345
+@1057 := @1042 @951
+@1059 := @219 (@922 @30)
+@1061 := @13 @1059 @221
+@1062 := @1013 @30
+@1064 := @251 @1028 @1004
+@1069 := {ts : @60} -> (h : @1061) -> (hs : @1062) -> @54 @1064 @345
+@1070 := @1057 @256
+@1072 := @251 @1044 @1012
+@1073 := @54 @1072
+@1076 := (h : @945) -> (hs : @1021) -> @1073 @962
+@1077 := @1070 @943
+@1079 := @251 @1059 @1019
+@1081 := @54 @1079 @962
+@1082 := (hs : @1025) -> @1081
+@1083 := @1077 @1023
+@1085 := @54 @953 @962
+@1086 := @312 @938
+@1088 := @219 (@920 @68)
+@1101 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1088 @28) -> (hs : @142) -> @54 (@251 (@219 (@920 @79)) @68) @269
+@1102 := @1086 @221
+@1104 := @219 (@920 @28)
+@1116 := {vs : @59} ->
+  {ts : @60} -> (h : @13 @1104 @221) -> (hs : @142) -> @54 (@251 (@219 (@920 @88)) @68) @345
+@1117 := @1102 @953
+@1119 := @219 (@920 @30)
+@1121 := @13 @1119 @221
+@1122 := @1073 @30
+@1124 := @251 @1088 @1064
+@1129 := {ts : @60} -> (h : @1121) -> (hs : @1122) -> @54 @1124 @345
+@1130 := @1117 @962
+@1132 := @251 @1104 @1072
+@1133 := @54 @1132
+@1136 := (h : @941) -> (hs : @1081) -> @1133 @963
+@1137 := @1130 @939
+@1139 := @251 @1119 @1079
+@1141 := @54 @1139 @963
+@1142 := (hs : @1085) -> @1141
+@1143 := @1137 @1083
+@1145 := @54 @955 @963
+@1146 := @312 @934
+@1148 := @219 (@918 @68)
+@1161 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1148 @28) -> (hs : @142) -> @54 (@251 (@219 (@918 @79)) @68) @269
+@1162 := @1146 @221
+@1164 := @219 (@918 @28)
+@1176 := {vs : @59} ->
+  {ts : @60} -> (h : @13 @1164 @221) -> (hs : @142) -> @54 (@251 (@219 (@918 @88)) @68) @345
+@1177 := @1162 @955
+@1179 := @219 (@918 @30)
+@1181 := @13 @1179 @221
+@1182 := @1133 @30
+@1184 := @251 @1148 @1124
+@1189 := {ts : @60} -> (h : @1181) -> (hs : @1182) -> @54 @1184 @345
+@1190 := @1177 @963
+@1192 := @251 @1164 @1132
+@1193 := @54 @1192
+@1196 := (h : @937) -> (hs : @1141) -> @1193 @964
+@1197 := @1190 @935
+@1199 := @251 @1179 @1139
+@1201 := @54 @1199 @964
+@1202 := (hs : @1145) -> @1201
+@1203 := @1197 @1143
+@1205 := @54 @957 @964
+@1206 := @312 @930
+@1208 := @219 (@916 @68)
+@1221 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1208 @28) -> (hs : @142) -> @54 (@251 (@219 (@916 @79)) @68) @269
+@1222 := @1206 @221
+@1224 := @219 (@916 @28)
+@1236 := {vs : @59} ->
+  {ts : @60} -> (h : @13 @1224 @221) -> (hs : @142) -> @54 (@251 (@219 (@916 @88)) @68) @345
+@1237 := @1222 @957
+@1239 := @219 (@916 @30)
+@1241 := @13 @1239 @221
+@1242 := @1193 @30
+@1244 := @251 @1208 @1184
+@1249 := {ts : @60} -> (h : @1241) -> (hs : @1242) -> @54 @1244 @345
+@1250 := @1237 @964
+@1252 := @251 @1224 @1192
+@1253 := @54 @1252
+@1256 := (h : @933) -> (hs : @1201) -> @1253 @965
+@1257 := @1250 @931
+@1259 := @251 @1239 @1199
+@1261 := @54 @1259 @965
+@1262 := (hs : @1205) -> @1261
+@1263 := @1257 @1203
+@1265 := @54 @959 @965
+@1266 := @312 @926
+@1268 := @219 (@914 @68)
+@1281 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1268 @28) -> (hs : @142) -> @54 (@251 (@219 (@914 @79)) @68) @269
+@1282 := @1266 @221
+@1284 := @219 (@914 @28)
+@1296 := {vs : @59} ->
+  {ts : @60} -> (h : @13 @1284 @221) -> (hs : @142) -> @54 (@251 (@219 (@914 @88)) @68) @345
+@1297 := @1282 @959
+@1299 := @219 (@914 @30)
+@1301 := @13 @1299 @221
+@1302 := @1253 @30
+@1304 := @251 @1268 @1244
+@1309 := {ts : @60} -> (h : @1301) -> (hs : @1302) -> @54 @1304 @345
+@1310 := @1297 @965
+@1312 := @251 @1284 @1252
+@1313 := @54 @1312
+@1316 := (h : @929) -> (hs : @1261) -> @1313 @966
+@1317 := @1310 @927
+@1319 := @251 @1299 @1259
+@1321 := @54 @1319 @966
+@1322 := (hs : @1265) -> @1321
+@1323 := @1317 @1263
+@1325 := @54 @961 @966
+@1326 := @140 @909
+@1327 := @105 @909
+@1336 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@1327 @28) @74) -> (hf : @142) -> @143 @910
+@1337 := @1326 @9
+@1338 := @1327 @9
+@1339 := @64 @1338
+@1340 := @1339 @74
+@1345 := {fs : @59} -> {tys : @60} -> (h : @1340) -> (hf : @142) -> @168 @910
+@1346 := @1337 @961
+@1353 := {tys : @60} -> (h : @1340) -> (hf : @1313 @30) -> @13 (@166 @1304) @910
+@1354 := @1346 @966
+@1361 := (h : @1339 (@73 @966)) -> (hf : @1321) -> @13 (@166 @1312) @910
+@1363 := @1354 (@188 @1338)
+@1367 := (hf : @1325) -> @13 (@166 @1319) @910
+@1368 := @1363 @1323
+@1371 := @13 (@166 @961) @910
+@1372 := fun (__s : @906) => @1368
+@1373 := Reasoning.Planner.Plan.Search
+@1375 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.__enc_1 @4
+@1376 := @8 @192
+@1379 := (__s : @1373) -> @13 @1375 @1376
+@1380 := Reasoning.Planner.Plan.Search.frontier
+@1381 := @1380 @4
+@1382 := Reasoning.Planner.Plan.Search.visited
+@1383 := @1382 @4
+@1384 := Reasoning.Planner.Plan.Search.found
+@1385 := @1384 @4
+@1386 := Reasoning.Planner.Plan.Search.truncated
+@1387 := @1386 @4
+@1388 := Reasoning.Planner.Plan.Search.ledger
+@1389 := @1388 @4
+@1390 := @628 @425
+@1391 := @1390 @426
+@1392 := @1391 @1381
+@1393 := @632 @428
+@1396 := fun (__x : @425) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_2 @4
+@1397 := @689 @425
+@1398 := (a._@._internal._hyg.#0 : @425) -> @18
+@1399 := (x : @425) -> @691
+@1400 := @58 @425
+@1408 := {e : @1398} -> {t : @19} -> (h : @1399) -> (xs : @1400) -> @13 (@1390 @68 @4) @650
+@1409 := @1397 @426
+@1411 := (x : @425) -> @429 @30
+@1413 := @13 (@1391 @4)
+@1417 := {t : @19} -> (h : @1411) -> (xs : @1400) -> @1413 @650
+@1418 := @1409 @428
+@1419 := (x : @425) -> @430
+@1422 := (h : @1419) -> (xs : @1400) -> @1413 @1393
+@1424 := @1418 @1396 @1381
+@1426 := @13 @1392 @1393
+@1427 := @628 @575
+@1428 := @1427 @440
+@1429 := @1428 @1383
+@1430 := @632 @444
+@1432 := fun (__x : @575) => @624 @4
+@1433 := @689 @575
+@1434 := (a._@._internal._hyg.#0 : @575) -> @18
+@1435 := (x : @575) -> @691
+@1436 := @58 @575
+@1444 := {e : @1434} -> {t : @19} -> (h : @1435) -> (xs : @1436) -> @13 (@1427 @68 @4) @650
+@1445 := @1433 @440
+@1447 := (x : @575) -> @603 @30
+@1449 := @13 (@1428 @4)
+@1453 := {t : @19} -> (h : @1447) -> (xs : @1436) -> @1449 @650
+@1454 := @1445 @444
+@1457 := (h : @620) -> (xs : @1436) -> @1449 @1430
+@1459 := @1454 @1432 @1383
+@1461 := @13 @1429 @1430
+@1462 := @463 @575
+@1463 := @1462 @425
+@1464 := @436 @575
+@1465 := @1464 @425
+@1466 := @1465 @440
+@1467 := @1466 @426
+@1468 := LexLeanPreservation.encOption
+@1469 := @1468 @1463
+@1470 := @1469 @1467
+@1471 := @1470 @1385
+@1472 := @442 @444
+@1473 := @1472 @428
+@1474 := LexLeanTarget.TargetSyntax.Ty.option
+@1475 := @1474 @1473
+@1476 := @540 @575
+@1477 := (x : @575) -> @542
+@1492 := {β : @446} ->
+  {ea : @1434} ->
+  {eb : @447} ->
+  {s : @19} ->
+  {t : @19} -> (ha : @1477) -> (hb : @543) -> (x : @1462 @66) -> @13 (@1464 @76 @66 @79 @4) @477
+@1493 := @1476 @425
+@1494 := (x : @425) -> @542
+@1506 := {ea : @1434} ->
+  {eb : @1398} ->
+  {s : @19} ->
+  {t : @19} -> (ha : @1477) -> (hb : @1494) -> (x : @1463) -> @13 (@1465 @66 @79 @4) @477
+@1507 := @1493 @440
+@1509 := (x : @575) -> @603 @28
+@1519 := {eb : @1398} ->
+  {s : @19} -> {t : @19} -> (ha : @1509) -> (hb : @1494) -> (x : @1463) -> @13 (@1466 @79 @4) @477
+@1520 := @1507 @426
+@1522 := (x : @425) -> @429 @28
+@1524 := @13 (@1467 @4)
+@1530 := {s : @19} -> {t : @19} -> (ha : @1509) -> (hb : @1522) -> (x : @1463) -> @1524 @477
+@1531 := @1520 @444
+@1537 := {t : @19} -> (ha : @620) -> (hb : @1522) -> (x : @1463) -> @1524 (@1472 @68)
+@1538 := @1531 @428
+@1540 := (x : @1463) -> @1524 @1473
+@1542 := (ha : @620) -> (hb : @1419) -> @1540
+@1546 := fun (__x : @1463) => @1538 @1432 @1396 @4
+@1547 := @62 @68
+@1550 := @1468 @88 @68 @4
+@1551 := @645 @1550
+@1552 := @1474 @28
+@1561 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} -> {α : @446} -> {e : @637} -> {t : @19} -> (h : @641) -> (o : @1547) -> @1551 @1552
+@1563 := LexLeanPreservation.Rust.wt_encOption @0
+@1572 := {c : @25} ->
+  {A : @26} ->
+  {α : @446} -> {e : @637} -> {t : @19} -> (h : @664) -> (o : @1547) -> @666 @1550 @1552
+@1573 := @1563 @1
+@1581 := {A : @26} ->
+  {α : @446} -> {e : @637} -> {t : @19} -> (h : @679) -> (o : @1547) -> @680 @1550 @1552
+@1582 := @1573 @2
+@1589 := {α : @446} -> {e : @637} -> {t : @19} -> (h : @692) -> (o : @1547) -> @13 @1550 @1552
+@1590 := @1582 @1463
+@1591 := (a._@._internal._hyg.#0 : @1463) -> @18
+@1592 := (x : @1463) -> @691
+@1593 := @62 @1463
+@1601 := {e : @1591} -> {t : @19} -> (h : @1592) -> (o : @1593) -> @13 (@1469 @68 @4) @1552
+@1602 := @1590 @1467
+@1604 := (x : @1463) -> @1524 @30
+@1606 := @13 (@1470 @4)
+@1610 := {t : @19} -> (h : @1604) -> (o : @1593) -> @1606 @1552
+@1611 := @1602 @1473
+@1614 := (h : @1540) -> (o : @1593) -> @1606 @1475
+@1616 := @1611 @1546 @1385
+@1618 := @13 @1471 @1475
+@1619 := LexLeanTarget.TargetSyntax.Value.bool
+@1620 := @1619 @1387
+@1621 := LexLeanTarget.TargetSyntax.Ty.bool
+@1622 := Bool
+@1623 := @1619 @4
+@1629 := {p : @24} -> {c : @25} -> {A : @26} -> (b : @1622) -> @224 @1623 @1621
+@1631 := LexLeanPreservation.Rust.wt_bool @0
+@1636 := {c : @25} -> {A : @26} -> (b : @1622) -> @234 @1623 @1621
+@1637 := @1631 @1
+@1641 := {A : @26} -> (b : @1622) -> @241 @1623 @1621
+@1642 := @1637 @2
+@1645 := (b : @1622) -> @13 @1623 @1621
+@1646 := @1642 @1387
+@1648 := @13 @1620 @1621
+@1649 := @907 @1389
+@1651 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_3 @1389
+@1653 := @251 @1649 @22
+@1655 := @251 @1620 @1653
+@1657 := @251 @1471 @1655
+@1659 := @251 @1429 @1657
+@1661 := @251 @1392 @1659
+@1662 := @254 @910
+@1663 := @1662 @23
+@1664 := @254 @1621
+@1665 := @1664 @1663
+@1666 := @254 @1475
+@1667 := @1666 @1665
+@1668 := @254 @1430
+@1669 := @1668 @1667
+@1670 := @254 @1393
+@1671 := @1670 @1669
+@1672 := @312 @1649
+@1674 := @907 (@1388 @68)
+@1687 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1674 @28) -> (hs : @142) -> @54 (@251 (@907 (@1388 @79)) @68) @269
+@1688 := @1672 @910
+@1690 := @907 (@1388 @28)
+@1692 := @13 @1690 @910
+@1697 := @54 (@251 (@907 (@1388 @88)) @68)
+@1698 := @1662 @28
+@1703 := {vs : @59} -> {ts : @60} -> (h : @1692) -> (hs : @142) -> @1697 @1698
+@1704 := @1688 @22
+@1706 := @907 (@1388 @30)
+@1708 := @13 @1706 @910
+@1710 := @251 @1674 @22
+@1715 := {ts : @60} -> (h : @1708) -> (hs : @175) -> @54 @1710 @1698
+@1716 := @1704 @23
+@1718 := @13 @1649 @910
+@1720 := @251 @1690 @22
+@1721 := @54 @1720
+@1724 := (h : @1718) -> (hs : @56) -> @1721 @1663
+@1725 := @1716 @1651
+@1727 := @251 @1706 @22
+@1729 := @54 @1727 @1663
+@1730 := (hs : @56) -> @1729
+@1731 := @1725 @53
+@1733 := @54 @1653 @1663
+@1734 := @312 @1620
+@1736 := @1619 (@1386 @68)
+@1749 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1736 @28) -> (hs : @142) -> @54 (@251 (@1619 (@1386 @79)) @68) @269
+@1750 := @1734 @1621
+@1752 := @1619 (@1386 @28)
+@1754 := @13 @1752 @1621
+@1759 := @54 (@251 (@1619 (@1386 @88)) @68)
+@1760 := @1664 @28
+@1765 := {vs : @59} -> {ts : @60} -> (h : @1754) -> (hs : @142) -> @1759 @1760
+@1766 := @1750 @1653
+@1768 := @1619 (@1386 @30)
+@1770 := @13 @1768 @1621
+@1771 := @1721 @30
+@1773 := @251 @1736 @1710
+@1778 := {ts : @60} -> (h : @1770) -> (hs : @1771) -> @54 @1773 @1760
+@1779 := @1766 @1663
+@1781 := @251 @1752 @1720
+@1782 := @54 @1781
+@1785 := (h : @1648) -> (hs : @1729) -> @1782 @1665
+@1786 := @1779 @1646
+@1788 := @251 @1768 @1727
+@1790 := @54 @1788 @1665
+@1791 := (hs : @1733) -> @1790
+@1792 := @1786 @1731
+@1794 := @54 @1655 @1665
+@1795 := @312 @1471
+@1797 := @1470 (@1384 @68)
+@1810 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1797 @28) -> (hs : @142) -> @54 (@251 (@1470 (@1384 @79)) @68) @269
+@1811 := @1795 @1475
+@1813 := @1470 (@1384 @28)
+@1815 := @13 @1813 @1475
+@1820 := @54 (@251 (@1470 (@1384 @88)) @68)
+@1821 := @1666 @28
+@1826 := {vs : @59} -> {ts : @60} -> (h : @1815) -> (hs : @142) -> @1820 @1821
+@1827 := @1811 @1655
+@1829 := @1470 (@1384 @30)
+@1831 := @13 @1829 @1475
+@1832 := @1782 @30
+@1834 := @251 @1797 @1773
+@1839 := {ts : @60} -> (h : @1831) -> (hs : @1832) -> @54 @1834 @1821
+@1840 := @1827 @1665
+@1842 := @251 @1813 @1781
+@1843 := @54 @1842
+@1846 := (h : @1618) -> (hs : @1790) -> @1843 @1667
+@1847 := @1840 @1616
+@1849 := @251 @1829 @1788
+@1851 := @54 @1849 @1667
+@1852 := (hs : @1794) -> @1851
+@1853 := @1847 @1792
+@1855 := @54 @1657 @1667
+@1856 := @312 @1429
+@1858 := @1428 (@1382 @68)
+@1871 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1858 @28) -> (hs : @142) -> @54 (@251 (@1428 (@1382 @79)) @68) @269
+@1872 := @1856 @1430
+@1874 := @1428 (@1382 @28)
+@1876 := @13 @1874 @1430
+@1881 := @54 (@251 (@1428 (@1382 @88)) @68)
+@1882 := @1668 @28
+@1887 := {vs : @59} -> {ts : @60} -> (h : @1876) -> (hs : @142) -> @1881 @1882
+@1888 := @1872 @1657
+@1890 := @1428 (@1382 @30)
+@1892 := @13 @1890 @1430
+@1893 := @1843 @30
+@1895 := @251 @1858 @1834
+@1900 := {ts : @60} -> (h : @1892) -> (hs : @1893) -> @54 @1895 @1882
+@1901 := @1888 @1667
+@1903 := @251 @1874 @1842
+@1904 := @54 @1903
+@1907 := (h : @1461) -> (hs : @1851) -> @1904 @1669
+@1908 := @1901 @1459
+@1910 := @251 @1890 @1849
+@1912 := @54 @1910 @1669
+@1913 := (hs : @1855) -> @1912
+@1914 := @1908 @1853
+@1916 := @54 @1659 @1669
+@1917 := @312 @1392
+@1919 := @1391 (@1380 @68)
+@1932 := {t : @19} ->
+  {vs : @59} ->
+  {ts : @60} -> (h : @13 @1919 @28) -> (hs : @142) -> @54 (@251 (@1391 (@1380 @79)) @68) @269
+@1933 := @1917 @1393
+@1935 := @1391 (@1380 @28)
+@1937 := @13 @1935 @1393
+@1942 := @54 (@251 (@1391 (@1380 @88)) @68)
+@1943 := @1670 @28
+@1948 := {vs : @59} -> {ts : @60} -> (h : @1937) -> (hs : @142) -> @1942 @1943
+@1949 := @1933 @1659
+@1951 := @1391 (@1380 @30)
+@1953 := @13 @1951 @1393
+@1954 := @1904 @30
+@1956 := @251 @1919 @1895
+@1961 := {ts : @60} -> (h : @1953) -> (hs : @1954) -> @54 @1956 @1943
+@1962 := @1949 @1669
+@1964 := @251 @1935 @1903
+@1965 := @54 @1964
+@1968 := (h : @1426) -> (hs : @1912) -> @1965 @1671
+@1969 := @1962 @1424
+@1971 := @251 @1951 @1910
+@1973 := @54 @1971 @1671
+@1974 := (hs : @1916) -> @1973
+@1975 := @1969 @1914
+@1977 := @54 @1661 @1671
+@1978 := @140 @192
+@1979 := @105 @192
+@1988 := {k : @57} ->
+  {fs : @59} -> {tys : @60} -> (h : @64 (@1979 @28) @74) -> (hf : @142) -> @143 @1376
+@1989 := @1978 @9
+@1990 := @1979 @9
+@1991 := @64 @1990
+@1992 := @1991 @74
+@1997 := {fs : @59} -> {tys : @60} -> (h : @1992) -> (hf : @142) -> @168 @1376
+@1998 := @1989 @1661
+@2005 := {tys : @60} -> (h : @1992) -> (hf : @1965 @30) -> @13 (@166 @1956) @1376
+@2006 := @1998 @1671
+@2013 := (h : @1991 (@73 @1671)) -> (hf : @1973) -> @13 (@166 @1964) @1376
+@2015 := @2006 (@188 @1990)
+@2019 := (hf : @1977) -> @13 (@166 @1971) @1376
+@2020 := @2015 @1975
+@2023 := @13 (@166 @1661) @1376
+@2024 := fun (__s : @1373) => @2020
+@2025 := @246 @30
+@2026 := @558 @18
+@2030 := Prod.mk.{0, 0} @57 @18 @9
+@2031 := @2030 @352
+@2032 := @20 @2026
+@2033 := @21 @2026
+@2035 := @2033 @2031 @2032
+@2036 := Bool.true
+@2037 := LexLeanTarget.TargetSyntax.Function
+@2038 := LexLeanTarget.TargetSyntax.Program.functions
+@2039 := @2038 @0
+@2040 := @20 @57
+@2041 := LexLeanTarget.TargetSyntax.Ty.unit
+@2042 := LexLeanTarget.TargetSyntax.Value.unit
+@2045 := LexLeanTarget.TargetSyntax.Expr.value @2041 @2042
+@2050 := LexLeanTarget.TargetSyntax.Function.mk @2040 @23 @2041 @2045
+@2055 := List.getD.{0} @2037 @2039 @9 @2050
+@2059 := fun (__e_n : @57) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.root @4 @9
+@2060 := @312 @352
+@2062 := @13 @341 @28
+@2063 := @219 @66
+@2064 := @251 @2063
+@2072 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @2062) -> (hs : @142) -> @54 (@2064 @68) @269
+@2073 := @2060 @221
+@2079 := {vs : @59} -> {ts : @60} -> (h : @325 @221) -> (hs : @142) -> @330 @345
+@2080 := @2073 @22
+@2081 := @342 @22
+@2082 := @54 @2081
+@2086 := {ts : @60} -> (h : @340) -> (hs : @175) -> @2082 @345
+@2087 := @2080 @23
+@2090 := (h : @354) -> (hs : @56) -> @357 @256
+@2092 := @2087 @2025 @53
+@2093 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.denote
+@2094 := @2093 @30
+@2095 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.__fits_0
+@2096 := @2095 @30
+@2099 := @219 (Reasoning.Main.planLeft @30)
+@2101 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.root @30
+@2102 := Ne.{1}
+@2103 := LexLeanPreservation.Obs
+@2104 := @2102 @2103
+@2105 := LexLeanPreservation.Rel
+@2108 := @2104 (@2105 @30 @4)
+@2109 := LexLeanPreservation.Obs.stuck
+@2112 := (f : @1622) -> (v : @18) -> @2108 @2109
+@2114 := LexLeanPreservation.Rust.rel_ne_stuck @2096
+@2120 := (v : @18) -> @2104 (@2105 (@2095 @28) @4) @2109
+@2121 := @2114 @2099
+@2125 := @2104 (@2105 @2096 @2099) @2109
+@2126 := @58 @2026
+@2127 := LexLeanPreservation.Rust.FunSem
+@2133 := (n : @57) -> @2127 @448 @83 @76 @4 @66
+@2134 := @62 @2037
+@2135 := @61 @2134
+@2142 := LexLeanRuntime.index (@58 @2037) @2037 (LexLeanRuntime.instIndexableList @2037)
+@2146 := @2135 (@2142 (@2038 @448) @66)
+@2147 := @72 @2037
+@2148 := @2147 @79
+@2149 := @2146 @2148
+@2153 := @27 @456 @448 @83 @79
+@2154 := LexLeanTarget.TargetSyntax.Function.types
+@2155 := @2154 @66
+@2156 := @2153 @2155
+@2157 := @62 @2126
+@2158 := @61 @2157
+@2159 := LexLeanTarget.TargetSemantics.bindAll
+@2160 := LexLeanTarget.TargetSyntax.Function.parameters
+@2165 := @2158 (@2159 (@2160 @76) @66 @2032)
+@2166 := @72 @2126
+@2167 := @2166 @79
+@2168 := @2165 @2167
+@2169 := @62 @1622
+@2170 := @61 @2169
+@2171 := LexLeanPreservation.Rust.fnFallible
+@2174 := @2170 (@2171 @466 @448)
+@2175 := @72 @1622
+@2176 := @2175 @79
+@2177 := @2174 @2176
+@2178 := LexLeanPreservation.RunConv
+@2179 := #13
+@2183 := @2178 @2179 @456 @83 @79
+@2185 := @2104 @66 @2109
+@2186 := Exists.{1}
+@2187 := LexLeanPreservation.Rust.ROut
+@2188 := @2186 @2187
+@2189 := And
+@2190 := LexLeanPreservation.Rust.RealizesFn
+@2194 := @2189 (@2190 @448 @83 @4)
+@2195 := LexLeanPreservation.Rust.RCI
+@2197 := @2195 #15
+@2198 := LexLeanPreservation.Rust.fnIdent
+@2199 := @2198 @2179
+@2206 := (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2197 @2199 @466 @4))
+@2221 := {p : @24} ->
+  {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @2037} ->
+  {args : @59} ->
+  {env : @2126} ->
+  {F : @1622} ->
+  {o : @2103} ->
+  (hB : @2133) ->
+  (hfn : @2149) -> (hwt : @2156) -> (hbind : @2168) -> (hF : @2177) -> (hA : @2183) -> @2206
+@2223 := LexLeanPreservation.Rust.compose @0
+@2224 := @2127 @0
+@2229 := (n : @57) -> @2224 @83 @76 @4 @66
+@2230 := @2142 @2039
+@2233 := @2135 (@2230 @66) @2148
+@2237 := @40 @448 @83 @79 @2155
+@2238 := @2178 @0
+@2241 := @2238 @456 @83 @79
+@2255 := {c : @25} ->
+  {A : @26} ->
+  {f : @57} ->
+  {fn : @2037} ->
+  {args : @59} ->
+  {env : @2126} ->
+  {F : @1622} ->
+  {o : @2103} ->
+  (hB : @2229) ->
+  (hfn : @2233) -> (hwt : @2237) -> (hbind : @2168) -> (hF : @2177) -> (hA : @2241) -> @2206
+@2256 := @2223 @1
+@2257 := @2224 @1
+@2261 := (n : @57) -> @2257 @76 @4 @66
+@2264 := @48 @83 @79 @2155
+@2265 := @2171 @1
+@2268 := @2170 (@2265 @448) @2176
+@2269 := @2195 @1
+@2279 := (hbind : @2168) ->
+  (hF : @2268) ->
+  (hA : @2241) -> (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2269 @2199 @466 @4))
+@2289 := {A : @26} ->
+  {f : @57} ->
+  {fn : @2037} ->
+  {args : @59} ->
+  {env : @2126} ->
+  {F : @1622} -> {o : @2103} -> (hB : @2261) -> (hfn : @2233) -> (hwt : @2264) -> @2279
+@2290 := @2256 @2
+@2292 := @2257 @2 @4
+@2294 := (n : @57) -> @2292 @66
+@2295 := @54 @79
+@2296 := @2295 @2155
+@2305 := {f : @57} ->
+  {fn : @2037} ->
+  {args : @59} ->
+  {env : @2126} ->
+  {F : @1622} -> {o : @2103} -> (hB : @2294) -> (hfn : @2233) -> (hwt : @2296) -> @2279
+@2306 := @2290 @9
+@2308 := (n : @57) -> @2292 @9
+@2309 := @2230 @9
+@2310 := @2135 @2309
+@2311 := @2310 @2148
+@2312 := @2265 @9
+@2313 := @2170 @2312
+@2314 := @2313 @2176
+@2315 := @2238 @9
+@2317 := @2315 @83 @79
+@2319 := @2269 (@2198 @9)
+@2327 := (hF : @2314) ->
+  (hA : @2317) -> (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2319 @466 @4))
+@2336 := {fn : @2037} ->
+  {args : @59} ->
+  {env : @2126} ->
+  {F : @1622} ->
+  {o : @2103} -> (hB : @2308) -> (hfn : @2311) -> (hwt : @2296) -> (hbind : @2168) -> @2327
+@2337 := @2306 @2055
+@2339 := @2310 (@2147 @2055)
+@2340 := @2154 @2055
+@2341 := @2295 @2340
+@2343 := @2159 (@2160 @2055)
+@2355 := {args : @59} ->
+  {env : @2126} ->
+  {F : @1622} ->
+  {o : @2103} ->
+  (hB : @2308) -> (hfn : @2339) -> (hwt : @2341) -> (hbind : @2158 (@2343 @66 @2032) @2167) -> @2327
+@2356 := @2337 @371
+@2357 := @2064 @22
+@2359 := @54 @2357 @2340
+@2362 := @251 (@219 @76) @22
+@2366 := @2158 (@2343 @2362 @2032) @2167
+@2369 := @251 (@219 @448) @22
+@2390 := {env : @2126} ->
+  {F : @1622} ->
+  {o : @2103} ->
+  (hB : @2308) ->
+  (hfn : @2339) ->
+  (hwt : @2359) ->
+  (hbind : @2366) ->
+  (hF : @2314) ->
+  (hA : @2315 @2369 @79) ->
+  (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2319 (@251 (@219 #12) @22) @4))
+@2391 := @2356 @2035
+@2392 := @328 @22
+@2394 := @54 @2392 @2340
+@2402 := @2158 (@2343 @2357 @2032) (@2166 (@2033 (@2030 @2063) @2032))
+@2405 := @251 (@219 @83) @22
+@2424 := {F : @1622} ->
+  {o : @2103} ->
+  (hB : @2308) ->
+  (hfn : @2339) ->
+  (hwt : @2394) ->
+  (hbind : @2402) ->
+  (hF : @2314) ->
+  (hA : @2315 @2405 @79) ->
+  (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2319 (@251 (@219 @466) @22) @4))
+@2425 := @2391 @2036
+@2426 := @2082 @2340
+@2434 := @2158 (@2343 @2392 @2032) (@2166 (@2033 (@2030 @327) @2032))
+@2436 := @2313 (@2175 @2036)
+@2438 := @2315 @2362 @79
+@2439 := @2190 @2036
+@2458 := {o : @2103} ->
+  (hB : @2308) ->
+  (hfn : @2339) ->
+  (hwt : @2426) ->
+  (hbind : @2434) ->
+  (hF : @2436) ->
+  (hA : @2438) ->
+  (hne : @2185) ->
+  @2188 (fun (ro : @2187) => @2189 (@2439 @83 @4) (@2319 (@251 (@219 @456) @22) @4))
+@2459 := @2425 @2094
+@2460 := @357 @2340
+@2468 := @2158 (@2343 @2081 @2032) (@2166 (@2033 (@2030 @341) @2032))
+@2469 := @2315 @2357
+@2470 := @2093 @66
+@2471 := @2469 @2470
+@2472 := @2093 @76
+@2490 := (hB : @2308) ->
+  (hfn : @2339) ->
+  (hwt : @2460) ->
+  (hbind : @2468) ->
+  (hF : @2436) ->
+  (hA : @2471) ->
+  (hne : @2104 @2472 @2109) ->
+  @2188 (fun (ro : @2187) => @2189 (@2439 (@2093 @448) @4) (@2319 @2369 @4))
+@2491 := @2459 @2059
+@2492 := @365 @2340
+@2500 := @2158 (@2343 @356 @2032) (@2166 (@2033 (@2030 @324) @2032))
+@2501 := @2315 @2392
+@2502 := @2093 @79
+@2520 := (hfn : @2339) ->
+  (hwt : @2492) ->
+  (hbind : @2500) ->
+  (hF : @2436) ->
+  (hA : @2501 @2502) ->
+  (hne : @2104 @2470 @2109) ->
+  @2188 (fun (ro : @2187) => @2189 (@2439 (@2093 @83) @4) (@2319 @2405 @4))
+@2523 := @2491 (@187 @2134 @2309)
+@2524 := @372 @2340
+@2532 := @2158 (@2343 @364 @2032) (@2166 (@2033 (@2030 @338) @2032))
+@2533 := @2315 @2081
+@2534 := @2093 @88
+@2550 := (hwt : @2524) ->
+  (hbind : @2532) ->
+  (hF : @2436) ->
+  (hA : @2533 @2534) ->
+  (hne : @2104 @2502 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2472 @4) (@2319 @2362 @4))
+@2551 := @2523 @2092
+@2553 := @2343 @371 @2032
+@2556 := @2158 @2553 (@2166 @2035)
+@2557 := @2315 @356
+@2558 := @2093 @68
+@2573 := (hbind : @2556) ->
+  (hF : @2436) ->
+  (hA : @2557 @2558) ->
+  (hne : @2104 @2534 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2470 @4) (@2319 @2357 @4))
+@2576 := @2551 (@187 @2157 @2553)
+@2577 := @2315 @364
+@2578 := @2093 @28
+@2592 := (hF : @2436) ->
+  (hA : @2577 @2578) ->
+  (hne : @2104 @2558 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2502 @4) (@2319 @2392 @4))
+@2595 := @2576 (@187 @2169 @2312)
+@2609 := (hA : @2315 @371 @2094) ->
+  (hne : @2104 @2578 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2534 @4) (@2319 @2081 @4))
+@2610 := @2595 @2101
+@2621 := (hne : @2104 @2094 @2109) ->
+  @2188 (fun (ro : @2187) => @2189 (@2439 @2558 @4) (@2319 @356 @4))
+@2622 := @2610 @2121
+@2628 := @2189 (@2439 @2578 @4) (@2319 @364 @4)
+@2630 := @2188 (fun (ro : @2187) => @2628)
+@2632 := @2188 (fun (__e_ro : @2187) => @2628)
+@2634 := LexLeanPreservation.Rust.RepresentableL @253
+@2635 := (__e_hrep : @2634) -> @2632
+@2636 := fun (__e_hrep : @2634) => @2622
+@2637 := (target : @57) -> @2635
+@2638 := fun (target : @57) => @2636
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/RustStd.lean
new file mode 100644
index 000000000..f0210c10c
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/RustStd.lean
@@ -0,0 +1,360 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [], [.nat]] },
+    { constructors := [[(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]] },
+    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.first (.var 1))), (.arm .error [2] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [.nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
+      body := (.«match» (.result (.pair .nat .nat) (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 2)]))]) }) ::(
+    { parameters := [0], types := [.nat], result := (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 2) [(.arm .some [2] (.build .ok (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair (.pair .nat .nat) (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 3)])]))])) }) ::(
+    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
+      body := (.call 5 [(.closure 6 [(.var 0)]), (.prim .natMul [(.var 0), (.value .nat (.nat 8))]), (.call 7 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
+      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.call 8 [(.var 0), (.var 1)]) }) ::(
+    { parameters := [0], types := [.nat], result := (.adt 1),
+      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.call 12 [(.build .nil (.list (.pair .nat .nat)) []), (.call 11 [(.var 0)])]), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) }) ::(
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.field (.var 1) 2) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 13 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.field (.var 1) 1), (.build .some (.option (.pair (.pair .nat .nat) (.adt 2))) [(.build .pair (.pair (.pair .nat .nat) (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 3), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 1), (.field (.field (.var 1) 4) 2), (.field (.field (.var 1) 4) 3), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 14 [(.var 3)]) (.«let» 7 (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.call 15 [(.field (.var 1) 1), (.var 6)]) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 4), (.first (.var 7))]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 16 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.second (.var 7)), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.field (.var 1) 3) (.build .true .bool []) (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 1), (.call 17 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 4) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 4) 5))])])]))))))]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
+    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := (.list (.pair .nat .nat)),
+      body := (.«match» (.list (.pair .nat .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.build .nil (.list (.pair .nat .nat)) [])])), (.arm .cons [2, 3] (.«match» (.list (.pair .nat .nat)) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list (.pair .nat .nat)) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.call 18 [(.var 1)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [2] (.cond (.call 19 [(.var 0), (.var 2)]) (.build .some (.option (.pair .nat .nat)) [(.var 2)]) (.build .none (.option (.pair .nat .nat)) [])))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.prim .append [(.call 20 [(.var 0)]), (.prim .append [(.call 21 [(.var 0)]), (.call 22 [(.var 0)])])]) }) ::(
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
+      body := (.call 23 [(.closure 24 []), (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.build .nil (.list (.adt 2)) []), (.var 0)]), (.var 1)]) }) ::(
+    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
+      body := (.prim .natAdd [(.value .nat (.nat 1)), (.prim .natAdd [(.value .nat (.nat 1)), (.prim .length [(.call 25 [(.var 0)])])])]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.build .some (.option (.pair .nat .nat)) [(.var 0)]) }) ::(
+    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := .bool,
+      body := (.cond (.prim .natEq [(.second (.var 1)), (.var 0)]) (.prim .natLe [(.first (.var 1)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 1) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 1) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.call 27 [(.closure 28 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 25 [(.field (.var 0) 0)])]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
+      body := (.«match» (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 23 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1], types := [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
+      body := (.cond (.call 29 [(.second (.var 0)), (.field (.var 1) 0)]) (.var 0) (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.prim .append [(.first (.var 0)), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]), (.call 12 [(.second (.var 0)), (.field (.var 1) 0)])])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .nil (.list .nat) [])])])]) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 30 [(.var 0)])), (.arm (.adt 1) [] (.call 31 [(.var 0)])), (.arm (.adt 2) [2] (.call 32 [(.var 0), (.var 2)]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 27 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.call 33 [(.var 0), (.var 1), (.var 2)]) }) ::(
+    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := .bool,
+      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 29 [(.var 3), (.var 1)]))]))]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 34 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 35 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 36 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 37 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 38 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 39 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 2) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 2) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
+      body := (.cond (.prim .natLt [(.first (.var 0)), (.value .nat (.nat 4))]) (.prim .natLe [(.second (.var 0)), (.value .nat (.nat 3))]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 4)), (.second (.var 0))]) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.first (.var 0))]) (.cond (.prim .natLe [(.prim .natAdd [(.second (.var 0)), (.var 1)]), (.value .nat (.nat 3))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.prim .natSub [(.first (.var 0)), (.var 1)]), (.prim .natAdd [(.second (.var 0)), (.var 1)])]) }) ::[]) }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [.nat] }]) ::
+    (.enum (.adt 1) [{ number := 0, fields := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)] }]) ::
+    (.enum (.adt 2) [{ number := 0, fields := [(.pair .nat .nat), (.list (.adt 0))] }]) ::
+    (.enum (.adt 3) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.fn 0) [{ number := 6, fields := [.nat] }]) ::
+    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 6, captures := [.copy], functionFallible := true }]) ::
+    (.enum (.fn 1) [{ number := 10, fields := [.nat] }, { number := 16, fields := [.nat] }]) ::
+    (.apply 1 [(.list (.adt 2)), (.adt 2)] (.list (.adt 2)) true [{ function := 10, captures := [.copy], functionFallible := true }, { function := 16, captures := [.copy], functionFallible := true }]) ::
+    (.enum (.fn 2) [{ number := 24, fields := [] }]) ::
+    (.apply 2 [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) false [{ function := 24, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 3) [{ number := 28, fields := [(.adt 2)] }]) ::
+    (.apply 3 [(.list (.adt 2)), .nat] (.list (.adt 2)) true [{ function := 28, captures := [.clone], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 2))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result (.pair .nat .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 3)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 6)))))] (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 5)), .wild, .wild]) (.mk [] (.move (.generated .part 5))))]))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))] (.move (.generated .part 13)))), (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 9)))) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))]))))]))))]))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.lit (.nat 8)))] (.call (.runtime .natMul) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] true))), (.call (.function 7) [(.copy (.generated .binding 0))] true)] false))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bool }, { pattern := (.bind (.generated .binding 1)), type := .bool }] (.pair .bool .bool) (.mk [] (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 20)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 20)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 20))), (.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] true))] (.succeed (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.call (.function 12) [(.construct (.nil (.pair .nat .nat)) []), (.call (.function 11) [(.copy (.generated .binding 0))] false)] false), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 27))] false)))])])))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 29)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 28)), .wild, .wild]) (.mk [] (.move (.generated .part 28))))]))] (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))] (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 106)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 106)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)))), (.mk (.bind (.generated .operand 112)) none (.block (.mk [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 111)), (.move (.generated .operand 112))] false) (.mk [(.mk (.bind (.generated .operand 113)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))))) ::
+    (.function (.generated .function 11) [{ pattern := .wild, type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.lit (.nat 0)) (.lit (.nat 0))))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.list (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 115)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 115)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil (.pair .nat .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 118)) none (.block (.mk [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false))))] (.matchOn (.move (.generated .holder 118)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 119)) none (.call (.function 18) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 119)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none (.pair .nat .nat)) [])))))]))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .operand 122)) none (.call (.function 20) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 120)) none (.call (.function 21) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 121)) none (.call (.function 22) [(.move (.generated .binding 0))] true))] (.call (.runtime .appendList) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false))))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false)))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.mk [] (.call (.function 23) [(.construct (.closure 2 24) []), (.pair (.construct (.nil (.adt 2)) []) (.move (.generated .binding 0))), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .operand 127)) none (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)))), (.mk (.bind (.generated .operand 128)) none (.block (.mk [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 127)), (.move (.generated .operand 128))] false) (.mk [(.mk (.bind (.generated .operand 129)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 130)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 129)), (.move (.generated .operand 130))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 134)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 133)) none (.block (.mk [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.construct .some [(.copy (.generated .binding 0))]))) ::
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 137)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 136))))), (.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 137)), (.move (.generated .operand 138))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 139))))), (.mk (.bind (.generated .operand 141)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 143)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 142)), .wild]) (.mk [] (.move (.generated .part 142))))]), (.construct (.adt 0 0) [])] true))] (.matchOn (.move (.generated .holder 143)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)))]), (.construct (.nil (.adt 2)) [])]))))]))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 148)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 147)), .wild]) (.mk [] (.move (.generated .part 147))))]), (.construct (.adt 0 1) [])] true))] (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)))]), (.construct (.nil (.adt 2)) [])]))))]))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [] (.call (.function 27) [(.construct (.closure 3 28) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 25) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))])] false)] false))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.mk [(.mk (.bind (.generated .holder 153)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 153)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 23) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.mk [] (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 155)))), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 156)), .wild]) (.mk [] (.move (.generated .part 156))))])] false) (.mk [] (.move (.generated .binding 0))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false))) (.call (.function 12) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))] (.move (.generated .part 160)))), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 161)), .wild]) (.mk [] (.move (.generated .part 161))))])] false)))))) ::
+    (.function (.generated .function 25) [{ pattern := .wild, type := (.pair .nat .nat) }] (.list .nat) (.mk [] (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])])]))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }] (.fallible (.option (.pair .nat .nat))) (.mk [(.mk (.bind (.generated .holder 162)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 162)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.call (.function 30) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 1 []) (.mk [] (.succeed (.call (.function 31) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 2 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 32) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]))) ::
+    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 3) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 163)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 163)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.list (.adt 2))) (.mk [] (.call (.function 33) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false))) ::
+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 165)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 165)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 168)) none (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false))))] (.matchOn (.move (.generated .holder 168)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))) ::
+    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 34) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))) ::
+    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 36) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))) ::
+    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option (.pair .nat .nat))) (.mk [] (.cond (.call (.function 38) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))))) ::
+    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 170)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 169)), .wild]) (.mk [] (.move (.generated .part 169))))]), (.construct (.adt 0 2) [(.copy (.generated .binding 2))])] true))] (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 174)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 175)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 174)), (.move (.generated .operand 175))] false))))]))) ::
+    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 177)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 176))))), (.mk (.bind (.generated .operand 178)) none (.lit (.nat 4)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 177)), (.move (.generated .operand 178))] false) (.mk [(.mk (.bind (.generated .operand 180)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 179))))), (.mk (.bind (.generated .operand 181)) none (.lit (.nat 3)))] (.call (.runtime .natLe) [(.move (.generated .operand 180)), (.move (.generated .operand 181))] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.pair .nat .nat) (.mk [] (.pair (.lit (.nat 4)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 182))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 182))))))) ::
+    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 184)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 185)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 183)))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 184)), (.move (.generated .operand 185))] false) (.mk [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 186))))), (.mk (.bind (.generated .operand 188)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 189)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 189)))) (.lit (.nat 0))))) ::
+    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 190)))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false) (.mk [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false) (.mk [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (.mk [] (.succeed (.lit (.bool false)))))) (.mk [] (.succeed (.lit (.bool false))))))) ::
+    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 202)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 201))))), (.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 202)), (.move (.generated .operand 203))] false))) (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 204))))), (.mk (.bind (.generated .operand 206)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))))))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true), (([(.list (.adt 2)), (.adt 2)], (.list (.adt 2))), true), (([(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)], (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), false), (([(.list (.adt 2)), .nat], (.list (.adt 2))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 2))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.pair .nat .nat) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 2)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 3)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 3)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair (.pair .nat .nat) (.list (.adt 0))), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))]))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), (some 2)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.pair .nat .nat)) (tb := (.list (.adt 0))) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 6)))))] (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 5)), .wild, .wild]) (.mk [] (.move (.generated .part 5))))]))))], (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))] (.move (.generated .part 13)))), (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 9)))) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))]))))]))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.option (.pair (.pair .nat .nat) (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 6)))))]) (tail := (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 5)), .wild, .wild]) (.mk [] (.move (.generated .part 5))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 5))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 6))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))] (.move (.generated .part 13)))), (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])))] false)]))) (Corr.mCons (Γ' := [(2, (.pair (.pair .nat .nat) (.adt 2)), (some 2)), (1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 9)))) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))]))))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair (.pair .nat .nat) (.list (.adt 0)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 9))) (Corr.first (ta := (.pair .nat .nat)) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))])) (Corr.fieldHeld (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 10))) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 11))) (Corr.second (ta := (.pair .nat .nat)) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bool, .bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 13))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))]) (tail := (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 14))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 15))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.lit (.nat 8)))] (.call (.runtime .natMul) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] true))), (.call (.function 7) [(.copy (.generated .binding 0))] true)] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.lit (.nat 8)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))), [(1, .bool, (some 1)), (0, .bool, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.copy (.generated .binding 0))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool true)))) (lb := []) (tb := (.pair (.lit (.bool false)) (.lit (.bool false)))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 20)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 20))), (.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] true))], (.succeed (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.call (.function 12) [(.construct (.nil (.pair .nat .nat)) []), (.call (.function 11) [(.copy (.generated .binding 0))] false)] false), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 27))] false)))])])), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 27))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))))) rfl)))⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 28)), .wild, .wild]) (.mk [] (.move (.generated .part 28))))]))], (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))] (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair (.pair .nat .nat) (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 28))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))]))]) (tail := (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))] (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])))])) (Corr.mCons (Γ' := [(2, (.pair (.pair .nat .nat) (.adt 2)), none), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 30))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))]) (tail := (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))]) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])]))) (Corr.mCons (Γ' := [(5, (.pair .nat .nat), (some 5)), (4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 34))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair (.pair .nat .nat) (.adt 2))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 35))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))]) (tail := (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))]) (tail := (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 42))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))]) (tail := (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))]) (tail := (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 47))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))]) (tail := (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 50))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 51))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))]) (tail := (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 55))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 56))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))))) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 58))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))]) (tail := (.move (.generated .part 59))) (Corr.first (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))]) (tail := (.move (.generated .part 62))) (Corr.second (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))])) (lk := []) (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 63))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))]) (tb := (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))]) (tail := (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 69))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 70))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))]) (tail := (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 74))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 75))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 77))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))]) (tail := (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 80))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))]) (tail := (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 86))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))]) (tail := (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 91))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 92))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))]) (tail := (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 97))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))]) (ta := (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (lb := [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))]) (tb := (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 103))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 104))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)))) (Corr.lNil)))))))) rfl)) (Corr.lNil))))))) rfl)) (Corr.lNil))) rfl))))))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 106)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 106)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.list (.adt 2)), (.adt 2)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)))), (.mk (.bind (.generated .operand 112)) none (.block (.mk [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 111)), (.move (.generated .operand 112))] false) (.mk [(.mk (.bind (.generated .operand 113)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))), [(2, (.adt 2), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)))), (.mk (.bind (.generated .operand 112)) none (.block (.mk [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 111)), (.move (.generated .operand 112))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 113)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] false))) (lb := []) (tb := (.succeed (.move (.generated .binding 1)))) (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.lit (.nat 0)) (.lit (.nat 0))), [(0, .nat, none)], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 115)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 115)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil (.pair .nat .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 118)) none (.block (.mk [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false))))] (.matchOn (.move (.generated .holder 118)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil (.pair .nat .nat)) [])])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 118)) none (.block (.mk [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false))))]) (tail := (.matchOn (.move (.generated .holder 118)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false)) (Corr.prim (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .nat .nat), (.list (.pair .nat .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [(.pair .nat .nat), (.list (.pair .nat .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .nat .nat), (.list (.pair .nat .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 119)) none (.call (.function 18) [(.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 119)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none (.pair .nat .nat)) [])))))]), [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.pair .nat .nat)) [])) (Corr.mCons (Γ' := [(2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none (.pair .nat .nat)) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 122)) none (.call (.function 20) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 120)) none (.call (.function 21) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 121)) none (.call (.function 22) [(.move (.generated .binding 0))] true))] (.call (.runtime .appendList) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false))))], (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false)), [(0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 120)) none (.call (.function 21) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 121)) none (.call (.function 22) [(.move (.generated .binding 0))] true))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 23) [(.construct (.closure 2 24) []), (.pair (.construct (.nil (.adt 2)) []) (.move (.generated .binding 0))), (.move (.generated .binding 1))] false), [(1, (.list (.adt 2)), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 127)) none (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)))), (.mk (.bind (.generated .operand 128)) none (.block (.mk [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 127)), (.move (.generated .operand 128))] false) (.mk [(.mk (.bind (.generated .operand 129)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 130)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 129)), (.move (.generated .operand 130))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))), [(2, (.adt 2), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 127)) none (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)))), (.mk (.bind (.generated .operand 128)) none (.block (.mk [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 127)), (.move (.generated .operand 128))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 129)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 130)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 129)), (.move (.generated .operand 130))] false))) (lb := []) (tb := (.succeed (.move (.generated .binding 1)))) (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 134)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 133)) none (.block (.mk [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 132)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 133)) none (.block (.mk [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.copy (.generated .binding 0))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 137)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 136))))), (.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 137)), (.move (.generated .operand 138))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 139))))), (.mk (.bind (.generated .operand 141)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false)) (.mk [] (.lit (.bool false)))), [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 137)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 136))))), (.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 137)), (.move (.generated .operand 138))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 136))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 139))))), (.mk (.bind (.generated .operand 141)) none (.lit (.nat 4)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 139))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 143)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 142)), .wild]) (.mk [] (.move (.generated .part 142))))]), (.construct (.adt 0 0) [])] true))], (.matchOn (.move (.generated .holder 143)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)))]), (.construct (.nil (.adt 2)) [])]))))]), [(0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.nil (.adt 2)) []))) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)))]), (.construct (.nil (.adt 2)) [])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 148)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 147)), .wild]) (.mk [] (.move (.generated .part 147))))]), (.construct (.adt 0 1) [])] true))], (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)))]), (.construct (.nil (.adt 2)) [])]))))]), [(0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.nil (.adt 2)) []))) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)))]), (.construct (.nil (.adt 2)) [])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 27) [(.construct (.closure 3 28) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 25) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))])] false)] false), [(0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.adt 2)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 153)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 153)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 23) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 1)), (0, (.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 1)), (0, (.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 1)), (0, (.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 23) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 155)))), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 156)), .wild]) (.mk [] (.move (.generated .part 156))))])] false) (.mk [] (.move (.generated .binding 0))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false))) (.call (.function 12) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))] (.move (.generated .part 160)))), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 161)), .wild]) (.mk [] (.move (.generated .part 161))))])] false)))), [(1, (.adt 2), (some 1)), (0, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 155)))), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 156)), .wild]) (.mk [] (.move (.generated .part 156))))])] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 155))) (Corr.second (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.move (.generated .binding 0))) (lb := []) (tb := (.pair (.block (.mk [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false))) (.call (.function 12) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))] (.move (.generated .part 160)))), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 161)), .wild]) (.mk [] (.move (.generated .part 161))))])] false))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 157))) (Corr.first (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 160))) (Corr.second (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])])]), [(0, (.pair .nat .nat), none)], rfl, rfl,
+    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 162)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 162)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.call (.function 30) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 1 []) (.mk [] (.succeed (.call (.function 31) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 2 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 32) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]), [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 30) [(.copy (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.copy (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 32) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 163)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 163)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.list (.adt 2)), .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 33) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.adt 2), (.list (.adt 2)), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 165)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 165)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 168)) none (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false))))] (.matchOn (.move (.generated .holder 168)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 168)) none (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false))))]) (tail := (.matchOn (.move (.generated .holder 168)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)) (Corr.prim (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun30 : FunOK program krate flags 30 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 34) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 34) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.copy (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun31 : FunOK program krate flags 31 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 36) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 36) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.copy (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun32 : FunOK program krate flags 32 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 38) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 38) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.pair .nat .nat)) []))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun33 : FunOK program krate flags 33 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 170)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 169)), .wild]) (.mk [] (.move (.generated .part 169))))]), (.construct (.adt 0 2) [(.copy (.generated .binding 2))])] true))], (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 174)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 175)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 174)), (.move (.generated .operand 175))] false))))]), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(3, (.pair .nat .nat), (some 3)), (2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 174)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 175)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)))]), (.construct (.nil (.adt 2)) [])]))]) (tail := (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 174)), (.move (.generated .operand 175))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 171))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun34 : FunOK program krate flags 34 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 177)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 176))))), (.mk (.bind (.generated .operand 178)) none (.lit (.nat 4)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 177)), (.move (.generated .operand 178))] false) (.mk [(.mk (.bind (.generated .operand 180)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 179))))), (.mk (.bind (.generated .operand 181)) none (.lit (.nat 3)))] (.call (.runtime .natLe) [(.move (.generated .operand 180)), (.move (.generated .operand 181))] false)) (.mk [] (.lit (.bool false)))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 177)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 176))))), (.mk (.bind (.generated .operand 178)) none (.lit (.nat 4)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 177)), (.move (.generated .operand 178))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 176))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 180)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 179))))), (.mk (.bind (.generated .operand 181)) none (.lit (.nat 3)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 180)), (.move (.generated .operand 181))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 179))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun35 : FunOK program krate flags 35 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.lit (.nat 4)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 182))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 182))))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 182))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 182))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))⟩⟩
+
+theorem fun36 : FunOK program krate flags 36 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 184)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 185)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 183)))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 184)), (.move (.generated .operand 185))] false) (.mk [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 186))))), (.mk (.bind (.generated .operand 188)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false)) (.mk [] (.lit (.bool false)))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 184)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 185)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 183)))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 184)), (.move (.generated .operand 185))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 183))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 186))))), (.mk (.bind (.generated .operand 188)) none (.lit (.nat 4)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 186))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun37 : FunOK program krate flags 37 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 189)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 189)))) (.lit (.nat 0))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 189)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 189))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))⟩⟩
+
+theorem fun38 : FunOK program krate flags 38 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 190)))))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false) (.mk [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false) (.mk [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (.mk [] (.succeed (.lit (.bool false)))))) (.mk [] (.succeed (.lit (.bool false))))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 190)))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 190))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false) (.mk [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (.mk [] (.succeed (.lit (.bool false)))))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 193))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 198))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl))))) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
+
+theorem fun39 : FunOK program krate flags 39 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 202)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 201))))), (.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 202)), (.move (.generated .operand 203))] false))) (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 204))))), (.mk (.bind (.generated .operand 206)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 202)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 201))))), (.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 202)), (.move (.generated .operand 203))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 201))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 205)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 204))))), (.mk (.bind (.generated .operand 206)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 204))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | 30 => exact fun30
+  | 31 => exact fun31
+  | 32 => exact fun32
+  | 33 => exact fun33
+  | 34 => exact fun34
+  | 35 => exact fun35
+  | 36 => exact fun36
+  | 37 => exact fun37
+  | 38 => exact fun38
+  | 39 => exact fun39
+  | _ + 40 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4.lean
new file mode 100644
index 000000000..cd5982709
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4.lean
@@ -0,0 +1,142 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[(.option .nat), .bool, (.adt 1)]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
+    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.adt 0) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.field (.var 1) 0) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.call 3 [(.var 1)])]))])) },
+    { parameters := [0], types := [.nat], result := (.adt 0),
+      body := (.call 4 [(.closure 5 [(.var 0)]), (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .false .bool []), (.build (.adt 0) (.adt 1) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]), (.call 6 [(.var 0)])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.pair .bool .bool),
+      body := (.«match» (.pair .bool .bool) (.field (.var 0) 1) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])), (.arm .false [] (.«match» (.pair .bool .bool) (.prim .natEq [(.field (.field (.var 0) 2) 4), (.value .nat (.nat 0))]) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])), (.arm .false [] (.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)], result := (.adt 0),
+      body := (.«match» (.adt 0) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
+      body := (.call 7 [(.var 0), (.var 1), (.var 2)]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.«let» 1 .nat (.var 0) (.«let» 2 (.list .nat) (.call 8 [(.var 1)]) (.cond (.call 9 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
+    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
+      body := (.«match» (.adt 0) (.field (.var 1) 0) [(.arm .some [3] (.var 1)), (.arm .none [] (.«match» (.adt 0) (.prim .natLt [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 3))]) [(.arm .true [] (.build (.adt 0) (.adt 0) [(.call 10 [(.var 0), (.var 2)]), (.field (.var 1) 1), (.build (.adt 0) (.adt 1) [(.prim .natAdd [(.field (.field (.var 1) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 2) 1), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 2), (.field (.field (.var 1) 2) 3), (.prim .natAdd [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 5)])])), (.arm .false [] (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .true .bool []), (.field (.var 1) 2)]))]))]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.call 11 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
+      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.option .nat),
+      body := (.cond (.call 12 [(.var 0), (.var 1)]) (.build .some (.option .nat) [(.var 1)]) (.build .none (.option .nat) [])) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) }] }
+
+def __enc_1 (__s : (Reasoning.Screening.Dose.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
+
+def __enc_0 (__s : (Reasoning.Screening.Dose.Trial)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (__s).found), (_root_.LexLeanTarget.TargetSyntax.Value.bool (__s).truncated), (__enc_1 (__s).ledger)]
+
+def __fits_12 (w : Nat) (r : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (r + r) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_12 (w : Nat) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 12 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_12 w r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.safeCheck w r))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd r r)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (r + r) w))
+
+def __fits_10 (w : Nat) (_yc : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) (_yc))) && (if (Reasoning.Screening.safeCheck (w) (_yc)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Screening.safeCheck in
+theorem __rel_10 (w : Nat) (_yc : Nat) : _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yc)] (_root_.LexLeanPreservation.Rel (__fits_10 w _yc) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Dose.verify w _yc))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yc) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Screening.safeCheck (w) (_yc)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_12 (w) (_yc))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_7 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : Bool :=
+  (Bool.true && (match (_yt).found with | Option.some _yhit => Bool.true | Option.none => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.blt ((_yt).ledger).verifications (3 : Nat)) with | Bool.true => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (w) (_yc))) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).attempts + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Screening.Dose.verify in
+theorem __rel_7 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_0 _yt), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yc)] (_root_.LexLeanPreservation.Rel (__fits_7 w _yt _yc) (__enc_0 (Reasoning.Screening.Dose.«try» w _yt _yc))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yhit => Bool.true | Option.none => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.blt ((_yt).ledger).verifications (3 : Nat)) with | Bool.true => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (w) (_yc))) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).attempts + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && Bool.true))))) (fun (__a : (Option Nat)) => __enc_0 (match __a with | Option.some _yhit => _yt | Option.none => (match (Nat.blt ((_yt).ledger).verifications (3 : Nat)) with | Bool.true => ({ found := (Reasoning.Screening.Dose.verify (w) (_yc)), truncated := (_yt).truncated, ledger := ({ iterations := (((_yt).ledger).iterations + (1 : Nat)), attempts := (((_yt).ledger).attempts + (1 : Nat)), firings := ((_yt).ledger).firings, expansions := ((_yt).ledger).expansions, verifications := (((_yt).ledger).verifications + (1 : Nat)), frontier := ((_yt).ledger).frontier } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial)) | Bool.false => ({ found := (Option.none : (Option Nat)), truncated := Bool.true, ledger := (_yt).ledger } : (Reasoning.Screening.Dose.Trial))))) (_yt).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (w) (_yc))) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).attempts + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && Bool.true))) (fun (__a : Bool) => __enc_0 (match __a with | Bool.true => ({ found := (Reasoning.Screening.Dose.verify (w) (_yc)), truncated := (_yt).truncated, ledger := ({ iterations := (((_yt).ledger).iterations + (1 : Nat)), attempts := (((_yt).ledger).attempts + (1 : Nat)), firings := ((_yt).ledger).firings, expansions := ((_yt).ledger).expansions, verifications := (((_yt).ledger).verifications + (1 : Nat)), frontier := ((_yt).ledger).frontier } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial)) | Bool.false => ({ found := (Option.none : (Option Nat)), truncated := Bool.true, ledger := (_yt).ledger } : (Reasoning.Screening.Dose.Trial)))) (Nat.blt ((_yt).ledger).verifications (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt ((_yt).ledger).verifications (3 : Nat))) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (w) (_yc))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yt).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yt).ledger).attempts (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yt).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt)) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt)))))))))
+
+def __fits_5 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_7 (w) (_yt) (_yc)))
+
+attribute [local irreducible] Reasoning.Screening.Dose.«try» in
+theorem __rel_5 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_0 _yt), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yc)] (_root_.LexLeanPreservation.Rel (__fits_5 w _yt _yc) (__enc_0 ((Reasoning.Screening.Dose.«try» (w) (_yt) (_yc))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_7 (w) (_yt) (_yc)))
+
+def __fits_11 (w : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_11 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_11 w) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseCandidates w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (10 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (20 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (30 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (50 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_8 (_yinput : Nat) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_11 (_yinput)))
+
+attribute [local irreducible] Reasoning.Screening.DoseCandidates in
+theorem __rel_8 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_8 _yinput) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (_yinput)))
+
+def __fits_9 (w : Nat) (doses : (List Nat)) : Bool :=
+  ((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (doses) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_9 (w : Nat) (doses : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)] (_root_.LexLeanPreservation.Rel (__fits_9 w doses) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.shortCheck w doses))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (_root_.LexLeanRuntime.length (doses) : Nat) (4 : Nat)))
+
+def __fits_6 (w : Nat) : Bool :=
+  ((Bool.true && (let _ychecked1_input : Nat := w; (((Bool.true && Bool.true) && (__fits_8 (_ychecked1_input))) && (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 (_ychecked1_input) (_ychecked1_output))) && (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))))) && (match (let _ychecked1_input : Nat := w; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Screening.DoseModel Reasoning.Screening.shortCheck in
+theorem __rel_6 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_6 w) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Dose.candidates w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (match __a with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Except.ok proposed => proposed | Except.error refusal => ([] : List Nat))) (let _ychecked1_input : Nat := w; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) (let _ychecked1_input : Nat := w; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat))))) (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_9 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) _ => match __a with | Except.ok proposed => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error refusal => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)))))
+
+def __fits_2 (w : Nat) : Bool :=
+  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && (((Bool.true && Bool.true) && (__fits_6 (w))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Reasoning.Screening.Dose.Trial)) (__p1 : Nat) => __fits_5 (w) __p0 __p1) ((fun (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) => (Reasoning.Screening.Dose.«try» (w) (_yt) (_yc)))) (({ found := (Option.none : (Option Nat)), truncated := Bool.false, ledger := ({ iterations := (0 : Nat), attempts := (0 : Nat), firings := (0 : Nat), expansions := (0 : Nat), verifications := (0 : Nat), frontier := (0 : Nat) } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial))) ((Reasoning.Screening.Dose.candidates (w)))))
+
+attribute [local irreducible] Reasoning.Screening.Dose.candidates Reasoning.Screening.Dose.«try» in
+theorem __rel_2 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_2 w) (__enc_0 (Reasoning.Screening.Dose.run w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (w))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := __enc_0) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) => (Reasoning.Screening.Dose.«try» (w) (_yt) (_yc)))) (fun (__p0 : (Reasoning.Screening.Dose.Trial)) (__p1 : Nat) => __fits_5 (w) __p0 __p1) 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (fun (__p0 : (Reasoning.Screening.Dose.Trial)) (__p1 : Nat) => __rel_5 (w) __p0 __p1) (p := __prog) (fi := 4) (ta := .nat) (ts := (.adt 0)) rfl (({ found := (Option.none : (Option Nat)), truncated := Bool.false, ledger := ({ iterations := (0 : Nat), attempts := (0 : Nat), firings := (0 : Nat), expansions := (0 : Nat), verifications := (0 : Nat), frontier := (0 : Nat) } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial))) ((Reasoning.Screening.Dose.candidates (w)))))
+
+def __fits_3 (_yt : (Reasoning.Screening.Dose.Trial)) : Bool :=
+  (Bool.true && (match (_yt).truncated with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.beq ((_yt).ledger).verifications (0 : Nat)) with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))))
+
+theorem __rel_3 (_yt : (Reasoning.Screening.Dose.Trial)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 _yt)] (_root_.LexLeanPreservation.Rel (__fits_3 _yt) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Screening.Dose.failure _yt))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.beq ((_yt).ledger).verifications (0 : Nat)) with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (match __a with | Bool.true => ((Bool.false, Bool.false) : (Prod Bool Bool)) | Bool.false => (match (Nat.beq ((_yt).ledger).verifications (0 : Nat)) with | Bool.true => ((Bool.false, Bool.true) : (Prod Bool Bool)) | Bool.false => ((Bool.true, Bool.false) : (Prod Bool Bool))))) (_yt).truncated (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (match __a with | Bool.true => ((Bool.false, Bool.true) : (Prod Bool Bool)) | Bool.false => ((Bool.true, Bool.false) : (Prod Bool Bool)))) (Nat.beq ((_yt).ledger).verifications (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((_yt).ledger).verifications (0 : Nat))) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))))))
+
+def __fits_1 (w : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_2 (w))) && (let _yfinal : (Reasoning.Screening.Dose.Trial) := (Reasoning.Screening.Dose.run (w)); (Bool.true && (match (_yfinal).found with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_3 (_yfinal))) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Screening.Dose.failure Reasoning.Screening.Dose.run in
+theorem __rel_1 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_1 w) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Dose.verdict w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Reasoning.Screening.Dose.Trial) := (Reasoning.Screening.Dose.run (w)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (w))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_3 (_yfinal))) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error ((Reasoning.Screening.Dose.failure (_yfinal))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (_yfinal))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_0 (w : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_1 (w))) && (match (Reasoning.Screening.Dose.verdict (w)) with | Except.ok dose => Bool.true | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Screening.Dose.verdict in
+theorem __rel_0 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.doseLevel w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok dose => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok dose => dose | Except.error failure => (9 : Nat))) (Reasoning.Screening.Dose.verdict (w)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (w))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok dose => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (w : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 w) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.doseLevel w)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (w : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.doseLevel w))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 w)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..458cbb9a2
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/Compose/RustStd.lex.tex
@@ -0,0 +1,877 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_1 : @16 := @717 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_0 : @724 := @1108 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.root : @1754 := @1755 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.flags
+@3 := Reasoning.Screening.Dose.Ledger
+@4 := #0
+@5 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.__enc_1
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 1
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Reasoning.Screening.Dose.Ledger.iterations
+@18 := @17 @4
+@19 := Reasoning.Screening.Dose.Ledger.attempts
+@20 := @19 @4
+@21 := Reasoning.Screening.Dose.Ledger.firings
+@22 := @21 @4
+@23 := Reasoning.Screening.Dose.Ledger.expansions
+@24 := @23 @4
+@25 := Reasoning.Screening.Dose.Ledger.verifications
+@26 := @25 @4
+@27 := Reasoning.Screening.Dose.Ledger.frontier
+@28 := @27 @4
+@29 := LexLeanTarget.TargetSyntax.Value.nat
+@30 := @29 @18
+@31 := LexLeanTarget.TargetSyntax.Ty.nat
+@32 := LexLeanTarget.TargetSyntax.Program
+@33 := LexLeanPreservation.Rust.RCrate
+@34 := LexLeanPreservation.Rust.Flags
+@35 := Nat
+@36 := #3
+@37 := @7 @36
+@38 := #2
+@39 := @37 @38
+@40 := #1
+@41 := @39 @40
+@42 := @29 @4
+@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
+@50 := LexLeanPreservation.Rust.wt_nat @0
+@52 := @11 @38 @40
+@57 := {c : @33} -> {A : @34} -> (n : @35) -> @52 @42 @31
+@58 := @50 @1
+@59 := @12 @40
+@63 := {A : @34} -> (n : @35) -> @59 @42 @31
+@64 := @58 @2
+@65 := @13 @42
+@66 := @65 @31
+@67 := (n : @35) -> @66
+@68 := @64 @18
+@70 := @13 @30 @31
+@71 := @29 @20
+@72 := @64 @20
+@74 := @13 @71 @31
+@75 := @29 @22
+@76 := @64 @22
+@78 := @13 @75 @31
+@79 := @29 @24
+@80 := @64 @24
+@82 := @13 @79 @31
+@83 := @29 @26
+@84 := @64 @26
+@86 := @13 @83 @31
+@87 := @29 @28
+@88 := @64 @28
+@90 := @13 @87 @31
+@91 := LexLeanTarget.TargetSyntax.Value
+@92 := LexLeanTarget.TargetSyntax.Ty
+@93 := List.nil.{0}
+@94 := List.cons.{0}
+@95 := @93 @91
+@96 := @94 @91
+@98 := @96 @87 @95
+@100 := @96 @83 @98
+@102 := @96 @79 @100
+@104 := @96 @75 @102
+@106 := @96 @71 @104
+@108 := @96 @30 @106
+@109 := @93 @92
+@110 := @94 @92
+@111 := @110 @31
+@112 := @111 @109
+@113 := @111 @112
+@114 := @111 @113
+@115 := @111 @114
+@116 := @111 @115
+@117 := @111 @116
+@118 := LexLeanPreservation.Rust.WTL
+@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
+@128 := LexLeanPreservation.Rust.wtl_nil @0
+@129 := @118 @0
+@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
+@136 := @128 @1
+@137 := @129 @1
+@141 := {A : @34} -> @137 @4 @95 @109
+@142 := @136 @2
+@143 := @137 @2
+@144 := @143 @95
+@145 := @144 @109
+@146 := List.{0}
+@147 := @146 @91
+@148 := @146 @92
+@149 := #6
+@150 := @7 @149
+@151 := #5
+@152 := @150 @151
+@153 := #4
+@154 := @152 @153
+@156 := @154 @36 @38
+@157 := #7
+@162 := @118 @157 @149 @151 @38 @40
+@163 := #8
+@166 := @118 @163 @157 @149
+@168 := @96 @151 @36
+@169 := @166 @168
+@171 := @110 @153 @38
+@181 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
+@183 := LexLeanPreservation.Rust.wtl_cons @0
+@185 := @11 @151 @153
+@187 := @185 @36 @38
+@191 := @129 @149 @151 @38 @40
+@203 := {c : @33} ->
+  {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
+@204 := @183 @1
+@205 := @12 @153
+@207 := @205 @36 @38
+@210 := @137 @151 @38 @40
+@220 := {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
+@221 := @204 @2
+@223 := @13 @36 @38
+@225 := @143 @38 @40
+@233 := {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
+@234 := @221 @87
+@236 := @29 (@27 @36)
+@249 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
+@250 := @234 @31
+@252 := @29 (@27 @38)
+@254 := @13 @252 @31
+@259 := @143 (@96 (@29 (@27 @153)) @36)
+@260 := @111 @38
+@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
+@266 := @250 @95
+@268 := @29 (@27 @40)
+@270 := @13 @268 @31
+@271 := @144 @40
+@273 := @96 @236 @95
+@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
+@279 := @266 @109
+@281 := @96 @252 @95
+@282 := @143 @281
+@285 := (h : @90) -> (hs : @145) -> @282 @112
+@286 := @279 @88
+@288 := @96 @268 @95
+@290 := @143 @288 @112
+@291 := (hs : @145) -> @290
+@292 := @286 @142
+@294 := @143 @98 @112
+@295 := @221 @83
+@297 := @29 (@25 @36)
+@310 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
+@311 := @295 @31
+@313 := @29 (@25 @38)
+@325 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
+@326 := @311 @98
+@328 := @29 (@25 @40)
+@330 := @13 @328 @31
+@331 := @282 @40
+@333 := @96 @297 @273
+@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
+@339 := @326 @112
+@341 := @96 @313 @281
+@342 := @143 @341
+@345 := (h : @86) -> (hs : @290) -> @342 @113
+@346 := @339 @84
+@348 := @96 @328 @288
+@350 := @143 @348 @113
+@351 := (hs : @294) -> @350
+@352 := @346 @292
+@354 := @143 @100 @113
+@355 := @221 @79
+@357 := @29 (@23 @36)
+@370 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
+@371 := @355 @31
+@373 := @29 (@23 @38)
+@385 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
+@386 := @371 @100
+@388 := @29 (@23 @40)
+@390 := @13 @388 @31
+@391 := @342 @40
+@393 := @96 @357 @333
+@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
+@399 := @386 @113
+@401 := @96 @373 @341
+@402 := @143 @401
+@405 := (h : @82) -> (hs : @350) -> @402 @114
+@406 := @399 @80
+@408 := @96 @388 @348
+@410 := @143 @408 @114
+@411 := (hs : @354) -> @410
+@412 := @406 @352
+@414 := @143 @102 @114
+@415 := @221 @75
+@417 := @29 (@21 @36)
+@430 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
+@431 := @415 @31
+@433 := @29 (@21 @38)
+@445 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
+@446 := @431 @102
+@448 := @29 (@21 @40)
+@450 := @13 @448 @31
+@451 := @402 @40
+@453 := @96 @417 @393
+@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
+@459 := @446 @114
+@461 := @96 @433 @401
+@462 := @143 @461
+@465 := (h : @78) -> (hs : @410) -> @462 @115
+@466 := @459 @76
+@468 := @96 @448 @408
+@470 := @143 @468 @115
+@471 := (hs : @414) -> @470
+@472 := @466 @412
+@474 := @143 @104 @115
+@475 := @221 @71
+@477 := @29 (@19 @36)
+@490 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
+@491 := @475 @31
+@493 := @29 (@19 @38)
+@505 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
+@506 := @491 @104
+@508 := @29 (@19 @40)
+@510 := @13 @508 @31
+@511 := @462 @40
+@513 := @96 @477 @453
+@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
+@519 := @506 @115
+@521 := @96 @493 @461
+@522 := @143 @521
+@525 := (h : @74) -> (hs : @470) -> @522 @116
+@526 := @519 @72
+@528 := @96 @508 @468
+@530 := @143 @528 @116
+@531 := (hs : @474) -> @530
+@532 := @526 @472
+@534 := @143 @106 @116
+@535 := @221 @30
+@537 := @29 (@17 @36)
+@550 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
+@551 := @535 @31
+@553 := @29 (@17 @38)
+@565 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
+@566 := @551 @106
+@568 := @29 (@17 @40)
+@570 := @13 @568 @31
+@571 := @522 @40
+@573 := @96 @537 @513
+@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
+@579 := @566 @116
+@581 := @96 @553 @521
+@582 := @143 @581
+@585 := (h : @70) -> (hs : @530) -> @582 @117
+@586 := @579 @68
+@588 := @96 @568 @528
+@590 := @143 @588 @117
+@591 := (hs : @534) -> @590
+@592 := @586 @532
+@594 := @143 @108 @117
+@595 := 0
+@596 := Eq.{1}
+@597 := Option.{0}
+@598 := @597 @148
+@599 := @596 @598
+@600 := LexLeanPreservation.Rust.adtFields
+@604 := @599 (@600 @149 @36 @38)
+@605 := Option.some.{0}
+@606 := @605 @148
+@607 := @606 @4
+@608 := @604 @607
+@611 := @7 @163 @157 @149
+@612 := LexLeanTarget.TargetSyntax.Value.adt
+@614 := @612 @153 @36
+@615 := @611 @614
+@616 := @8 @151
+@626 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @608) -> (hf : @162) -> @615 @616
+@628 := LexLeanPreservation.Rust.wt_adt @0
+@629 := @600 @0
+@633 := @599 (@629 @36 @38) @607
+@645 := {c : @33} ->
+  {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @633) -> (hf : @191) -> @11 @157 @149 @614 @616
+@646 := @628 @1
+@656 := {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @633) -> (hf : @210) -> @12 @149 @614 @616
+@657 := @646 @2
+@658 := @13 @614
+@665 := {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @633) -> (hf : @225) -> @658 @616
+@666 := @657 @9
+@667 := @629 @9
+@676 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @599 (@667 @38) @607) -> (hf : @225) -> @658 @10
+@677 := @666 @595
+@678 := @667 @595
+@679 := @599 @678
+@680 := @679 @607
+@681 := @612 @595
+@683 := @13 (@681 @36)
+@688 := {fs : @147} -> {tys : @148} -> (h : @680) -> (hf : @225) -> @683 @10
+@689 := @677 @108
+@696 := {tys : @148} -> (h : @680) -> (hf : @582 @40) -> @13 (@681 @573) @10
+@697 := @689 @117
+@704 := (h : @679 (@606 @117)) -> (hf : @590) -> @13 (@681 @581) @10
+@705 := Eq.refl.{1}
+@706 := @705 @598
+@708 := @697 (@706 @678)
+@712 := (hf : @594) -> @13 (@681 @588) @10
+@713 := @708 @592
+@716 := @13 (@681 @108) @10
+@717 := fun (__s : @3) => @713
+@718 := Reasoning.Screening.Dose.Trial
+@720 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.__enc_0 @4
+@721 := @8 @595
+@724 := (__s : @718) -> @13 @720 @721
+@725 := Reasoning.Screening.Dose.Trial.found
+@726 := @725 @4
+@727 := Reasoning.Screening.Dose.Trial.truncated
+@728 := @727 @4
+@729 := Reasoning.Screening.Dose.Trial.ledger
+@730 := @729 @4
+@731 := LexLeanPreservation.encOption
+@732 := @731 @35
+@733 := @732 @29
+@734 := @733 @726
+@735 := LexLeanTarget.TargetSyntax.Ty.option
+@736 := @735 @31
+@738 := fun (__x : @35) => @64 @4
+@739 := Sort 1
+@740 := (a._@._internal._hyg.#0 : @4) -> @91
+@741 := @38 @4
+@744 := (x : @38) -> @154 @741 @40
+@745 := @597 @36
+@748 := @7 @157 @149 @151
+@751 := @731 @153 @36 @4
+@752 := @748 @751
+@753 := @735 @38
+@762 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} -> {α : @739} -> {e : @740} -> {t : @92} -> (h : @744) -> (o : @745) -> @752 @753
+@764 := LexLeanPreservation.Rust.wt_encOption @0
+@778 := {c : @33} ->
+  {A : @34} ->
+  {α : @739} ->
+  {e : @740} ->
+  {t : @92} -> (h : (x : @38) -> @185 @741 @40) -> (o : @745) -> @11 @149 @151 @751 @753
+@779 := @764 @1
+@791 := {A : @34} ->
+  {α : @739} ->
+  {e : @740} -> {t : @92} -> (h : (x : @38) -> @205 @741 @40) -> (o : @745) -> @12 @151 @751 @753
+@792 := @779 @2
+@794 := @13 @741 @40
+@802 := {α : @739} ->
+  {e : @740} -> {t : @92} -> (h : (x : @38) -> @794) -> (o : @745) -> @13 @751 @753
+@803 := @792 @35
+@804 := (a._@._internal._hyg.#0 : @35) -> @91
+@805 := (x : @35) -> @794
+@806 := @597 @35
+@814 := {e : @804} -> {t : @92} -> (h : @805) -> (o : @806) -> @13 (@732 @36 @4) @753
+@815 := @803 @29
+@817 := (x : @35) -> @65 @40
+@819 := @13 (@733 @4)
+@823 := {t : @92} -> (h : @817) -> (o : @806) -> @819 @753
+@824 := @815 @31
+@828 := (h : (x : @35) -> @66) -> (o : @806) -> @819 @736
+@830 := @824 @738 @726
+@832 := @13 @734 @736
+@833 := LexLeanTarget.TargetSyntax.Value.bool
+@834 := @833 @728
+@835 := LexLeanTarget.TargetSyntax.Ty.bool
+@836 := Bool
+@837 := @833 @4
+@843 := {p : @32} -> {c : @33} -> {A : @34} -> (b : @836) -> @41 @837 @835
+@845 := LexLeanPreservation.Rust.wt_bool @0
+@850 := {c : @33} -> {A : @34} -> (b : @836) -> @52 @837 @835
+@851 := @845 @1
+@855 := {A : @34} -> (b : @836) -> @59 @837 @835
+@856 := @851 @2
+@859 := (b : @836) -> @13 @837 @835
+@860 := @856 @728
+@862 := @13 @834 @835
+@863 := @5 @730
+@865 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_1 @730
+@867 := @96 @863 @95
+@869 := @96 @834 @867
+@871 := @96 @734 @869
+@872 := @110 @10
+@873 := @872 @109
+@874 := @110 @835
+@875 := @874 @873
+@876 := @110 @736
+@877 := @876 @875
+@878 := @221 @863
+@880 := @5 (@729 @36)
+@893 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @880 @38) -> (hs : @225) -> @143 (@96 (@5 (@729 @151)) @36) @171
+@894 := @878 @10
+@896 := @5 (@729 @38)
+@898 := @13 @896 @10
+@903 := @143 (@96 (@5 (@729 @153)) @36)
+@904 := @872 @38
+@909 := {vs : @147} -> {ts : @148} -> (h : @898) -> (hs : @225) -> @903 @904
+@910 := @894 @95
+@912 := @5 (@729 @40)
+@914 := @13 @912 @10
+@916 := @96 @880 @95
+@921 := {ts : @148} -> (h : @914) -> (hs : @271) -> @143 @916 @904
+@922 := @910 @109
+@924 := @13 @863 @10
+@926 := @96 @896 @95
+@927 := @143 @926
+@930 := (h : @924) -> (hs : @145) -> @927 @873
+@931 := @922 @865
+@933 := @96 @912 @95
+@935 := @143 @933 @873
+@936 := (hs : @145) -> @935
+@937 := @931 @142
+@939 := @143 @867 @873
+@940 := @221 @834
+@942 := @833 (@727 @36)
+@955 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @942 @38) -> (hs : @225) -> @143 (@96 (@833 (@727 @151)) @36) @171
+@956 := @940 @835
+@958 := @833 (@727 @38)
+@960 := @13 @958 @835
+@965 := @143 (@96 (@833 (@727 @153)) @36)
+@966 := @874 @38
+@971 := {vs : @147} -> {ts : @148} -> (h : @960) -> (hs : @225) -> @965 @966
+@972 := @956 @867
+@974 := @833 (@727 @40)
+@976 := @13 @974 @835
+@977 := @927 @40
+@979 := @96 @942 @916
+@984 := {ts : @148} -> (h : @976) -> (hs : @977) -> @143 @979 @966
+@985 := @972 @873
+@987 := @96 @958 @926
+@988 := @143 @987
+@991 := (h : @862) -> (hs : @935) -> @988 @875
+@992 := @985 @860
+@994 := @96 @974 @933
+@996 := @143 @994 @875
+@997 := (hs : @939) -> @996
+@998 := @992 @937
+@1000 := @143 @869 @875
+@1001 := @221 @734
+@1003 := @733 (@725 @36)
+@1016 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1003 @38) -> (hs : @225) -> @143 (@96 (@733 (@725 @151)) @36) @171
+@1017 := @1001 @736
+@1019 := @733 (@725 @38)
+@1021 := @13 @1019 @736
+@1026 := @143 (@96 (@733 (@725 @153)) @36)
+@1027 := @876 @38
+@1032 := {vs : @147} -> {ts : @148} -> (h : @1021) -> (hs : @225) -> @1026 @1027
+@1033 := @1017 @869
+@1035 := @733 (@725 @40)
+@1037 := @13 @1035 @736
+@1038 := @988 @40
+@1040 := @96 @1003 @979
+@1045 := {ts : @148} -> (h : @1037) -> (hs : @1038) -> @143 @1040 @1027
+@1046 := @1033 @875
+@1048 := @96 @1019 @987
+@1049 := @143 @1048
+@1052 := (h : @832) -> (hs : @996) -> @1049 @877
+@1053 := @1046 @830
+@1055 := @96 @1035 @994
+@1057 := @143 @1055 @877
+@1058 := (hs : @1000) -> @1057
+@1059 := @1053 @998
+@1061 := @143 @871 @877
+@1062 := @657 @595
+@1063 := @629 @595
+@1072 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @599 (@1063 @38) @607) -> (hf : @225) -> @658 @721
+@1073 := @1062 @595
+@1074 := @1063 @595
+@1075 := @599 @1074
+@1076 := @1075 @607
+@1081 := {fs : @147} -> {tys : @148} -> (h : @1076) -> (hf : @225) -> @683 @721
+@1082 := @1073 @871
+@1089 := {tys : @148} -> (h : @1076) -> (hf : @1049 @40) -> @13 (@681 @1040) @721
+@1090 := @1082 @877
+@1097 := (h : @1075 (@606 @877)) -> (hf : @1057) -> @13 (@681 @1048) @721
+@1099 := @1090 (@706 @1074)
+@1103 := (hf : @1061) -> @13 (@681 @1055) @721
+@1104 := @1099 @1059
+@1107 := @13 (@681 @871) @721
+@1108 := fun (__s : @718) => @1104
+@1109 := @29 @40
+@1110 := @64 @40
+@1112 := @13 @1109 @31
+@1114 := @96 @1109 @95
+@1117 := Prod.{0, 0} @35 @91
+@1121 := Prod.mk.{0, 0} @35 @91 @595
+@1122 := @1121 @1109
+@1123 := @93 @1117
+@1124 := @94 @1117
+@1126 := @1124 @1122 @1123
+@1127 := Bool.true
+@1128 := LexLeanTarget.TargetSyntax.Function
+@1129 := LexLeanTarget.TargetSyntax.Program.functions
+@1130 := @1129 @0
+@1131 := @93 @35
+@1132 := LexLeanTarget.TargetSyntax.Ty.unit
+@1133 := LexLeanTarget.TargetSyntax.Value.unit
+@1136 := LexLeanTarget.TargetSyntax.Expr.value @1132 @1133
+@1141 := LexLeanTarget.TargetSyntax.Function.mk @1131 @109 @1132 @1136
+@1146 := List.getD.{0} @1128 @1130 @595 @1141
+@1150 := fun (__e_n : @35) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.root @4 @595
+@1151 := @221 @1109
+@1152 := @29 @153
+@1154 := @13 @1152 @38
+@1155 := @29 @149
+@1156 := @96 @1155
+@1164 := {t : @92} ->
+  {vs : @147} -> {ts : @148} -> (h : @1154) -> (hs : @225) -> @143 (@1156 @36) @171
+@1165 := @1151 @31
+@1166 := @29 @36
+@1168 := @13 @1166 @31
+@1169 := @29 @151
+@1170 := @96 @1169
+@1177 := {vs : @147} -> {ts : @148} -> (h : @1168) -> (hs : @225) -> @143 (@1170 @36) @260
+@1178 := @1165 @95
+@1179 := @29 @38
+@1181 := @13 @1179 @31
+@1183 := @96 @1152 @95
+@1184 := @143 @1183
+@1188 := {ts : @148} -> (h : @1181) -> (hs : @271) -> @1184 @260
+@1189 := @1178 @109
+@1191 := @96 @1166 @95
+@1192 := @143 @1191
+@1195 := (h : @1112) -> (hs : @145) -> @1192 @112
+@1196 := @1189 @1110
+@1198 := @96 @1179 @95
+@1199 := @143 @1198
+@1201 := (hs : @145) -> @1199 @112
+@1202 := @1196 @142
+@1203 := @143 @1114
+@1204 := @1203 @112
+@1205 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.denote
+@1206 := @1205 @40
+@1207 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.__fits_0
+@1208 := @1207 @40
+@1211 := @29 (Reasoning.Main.doseLevel @40)
+@1213 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.root @40
+@1214 := Ne.{1}
+@1215 := LexLeanPreservation.Obs
+@1216 := @1214 @1215
+@1217 := LexLeanPreservation.Rel
+@1220 := @1216 (@1217 @40 @4)
+@1221 := LexLeanPreservation.Obs.stuck
+@1224 := (f : @836) -> (v : @91) -> @1220 @1221
+@1226 := LexLeanPreservation.Rust.rel_ne_stuck @1208
+@1232 := (v : @91) -> @1216 (@1217 (@1207 @38) @4) @1221
+@1233 := @1226 @1211
+@1237 := @1216 (@1217 @1208 @1211) @1221
+@1238 := @146 @1117
+@1239 := LexLeanPreservation.Rust.FunSem
+@1240 := #9
+@1246 := (n : @35) -> @1239 @1240 @163 @157 @4 @149
+@1247 := @597 @1128
+@1248 := @596 @1247
+@1255 := LexLeanRuntime.index (@146 @1128) @1128 (LexLeanRuntime.instIndexableList @1128)
+@1259 := @1248 (@1255 (@1129 @1240) @149)
+@1260 := @605 @1128
+@1261 := @1260 @151
+@1262 := @1259 @1261
+@1263 := #10
+@1267 := @118 @1263 @1240 @163 @151
+@1268 := LexLeanTarget.TargetSyntax.Function.types
+@1269 := @1268 @149
+@1270 := @1267 @1269
+@1271 := @597 @1238
+@1272 := @596 @1271
+@1273 := LexLeanTarget.TargetSemantics.bindAll
+@1274 := LexLeanTarget.TargetSyntax.Function.parameters
+@1279 := @1272 (@1273 (@1274 @157) @149 @1123)
+@1280 := @605 @1238
+@1281 := @1280 @151
+@1282 := @1279 @1281
+@1283 := @597 @836
+@1284 := @596 @1283
+@1285 := LexLeanPreservation.Rust.fnFallible
+@1286 := #11
+@1289 := @1284 (@1285 @1286 @1240)
+@1290 := @605 @836
+@1291 := @1290 @151
+@1292 := @1289 @1291
+@1293 := LexLeanPreservation.RunConv
+@1294 := #13
+@1298 := @1293 @1294 @1263 @163 @151
+@1300 := @1216 @149 @1221
+@1301 := Exists.{1}
+@1302 := LexLeanPreservation.Rust.ROut
+@1303 := @1301 @1302
+@1304 := And
+@1305 := LexLeanPreservation.Rust.RealizesFn
+@1309 := @1304 (@1305 @1240 @163 @4)
+@1310 := LexLeanPreservation.Rust.RCI
+@1312 := @1310 #15
+@1313 := LexLeanPreservation.Rust.fnIdent
+@1314 := @1313 @1294
+@1321 := (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1312 @1314 @1286 @4))
+@1336 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1128} ->
+  {args : @147} ->
+  {env : @1238} ->
+  {F : @836} ->
+  {o : @1215} ->
+  (hB : @1246) ->
+  (hfn : @1262) -> (hwt : @1270) -> (hbind : @1282) -> (hF : @1292) -> (hA : @1298) -> @1321
+@1338 := LexLeanPreservation.Rust.compose @0
+@1339 := @1239 @0
+@1344 := (n : @35) -> @1339 @163 @157 @4 @149
+@1345 := @1255 @1130
+@1348 := @1248 (@1345 @149) @1261
+@1352 := @129 @1240 @163 @151 @1269
+@1353 := @1293 @0
+@1356 := @1353 @1263 @163 @151
+@1370 := {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1128} ->
+  {args : @147} ->
+  {env : @1238} ->
+  {F : @836} ->
+  {o : @1215} ->
+  (hB : @1344) ->
+  (hfn : @1348) -> (hwt : @1352) -> (hbind : @1282) -> (hF : @1292) -> (hA : @1356) -> @1321
+@1371 := @1338 @1
+@1372 := @1339 @1
+@1376 := (n : @35) -> @1372 @157 @4 @149
+@1379 := @137 @163 @151 @1269
+@1380 := @1285 @1
+@1383 := @1284 (@1380 @1240) @1291
+@1384 := @1310 @1
+@1394 := (hbind : @1282) ->
+  (hF : @1383) ->
+  (hA : @1356) -> (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1384 @1314 @1286 @4))
+@1404 := {A : @34} ->
+  {f : @35} ->
+  {fn : @1128} ->
+  {args : @147} ->
+  {env : @1238} ->
+  {F : @836} -> {o : @1215} -> (hB : @1376) -> (hfn : @1348) -> (hwt : @1379) -> @1394
+@1405 := @1371 @2
+@1407 := @1372 @2 @4
+@1409 := (n : @35) -> @1407 @149
+@1410 := @143 @151
+@1411 := @1410 @1269
+@1420 := {f : @35} ->
+  {fn : @1128} ->
+  {args : @147} ->
+  {env : @1238} ->
+  {F : @836} -> {o : @1215} -> (hB : @1409) -> (hfn : @1348) -> (hwt : @1411) -> @1394
+@1421 := @1405 @595
+@1423 := (n : @35) -> @1407 @595
+@1424 := @1345 @595
+@1425 := @1248 @1424
+@1426 := @1425 @1261
+@1427 := @1380 @595
+@1428 := @1284 @1427
+@1429 := @1428 @1291
+@1430 := @1353 @595
+@1432 := @1430 @163 @151
+@1434 := @1384 (@1313 @595)
+@1442 := (hF : @1429) ->
+  (hA : @1432) -> (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1434 @1286 @4))
+@1451 := {fn : @1128} ->
+  {args : @147} ->
+  {env : @1238} ->
+  {F : @836} ->
+  {o : @1215} -> (hB : @1423) -> (hfn : @1426) -> (hwt : @1411) -> (hbind : @1282) -> @1442
+@1452 := @1421 @1146
+@1454 := @1425 (@1260 @1146)
+@1455 := @1268 @1146
+@1456 := @1410 @1455
+@1458 := @1273 (@1274 @1146)
+@1470 := {args : @147} ->
+  {env : @1238} ->
+  {F : @836} ->
+  {o : @1215} ->
+  (hB : @1423) ->
+  (hfn : @1454) -> (hwt : @1456) -> (hbind : @1272 (@1458 @149 @1123) @1281) -> @1442
+@1471 := @1452 @1114
+@1472 := @1156 @95
+@1474 := @143 @1472 @1455
+@1477 := @96 (@29 @157) @95
+@1481 := @1272 (@1458 @1477 @1123) @1281
+@1484 := @96 (@29 @1240) @95
+@1505 := {env : @1238} ->
+  {F : @836} ->
+  {o : @1215} ->
+  (hB : @1423) ->
+  (hfn : @1454) ->
+  (hwt : @1474) ->
+  (hbind : @1481) ->
+  (hF : @1429) ->
+  (hA : @1430 @1484 @151) ->
+  (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1434 (@96 (@29 #12) @95) @4))
+@1506 := @1471 @1126
+@1507 := @1170 @95
+@1509 := @143 @1507 @1455
+@1517 := @1272 (@1458 @1472 @1123) (@1280 (@1124 (@1121 @1155) @1123))
+@1520 := @96 (@29 @163) @95
+@1539 := {F : @836} ->
+  {o : @1215} ->
+  (hB : @1423) ->
+  (hfn : @1454) ->
+  (hwt : @1509) ->
+  (hbind : @1517) ->
+  (hF : @1429) ->
+  (hA : @1430 @1520 @151) ->
+  (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1434 (@96 (@29 @1286) @95) @4))
+@1540 := @1506 @1127
+@1541 := @1184 @1455
+@1549 := @1272 (@1458 @1507 @1123) (@1280 (@1124 (@1121 @1169) @1123))
+@1551 := @1428 (@1290 @1127)
+@1553 := @1430 @1477 @151
+@1554 := @1305 @1127
+@1573 := {o : @1215} ->
+  (hB : @1423) ->
+  (hfn : @1454) ->
+  (hwt : @1541) ->
+  (hbind : @1549) ->
+  (hF : @1551) ->
+  (hA : @1553) ->
+  (hne : @1300) ->
+  @1303 (fun (ro : @1302) => @1304 (@1554 @163 @4) (@1434 (@96 (@29 @1263) @95) @4))
+@1574 := @1540 @1206
+@1575 := @1192 @1455
+@1583 := @1272 (@1458 @1183 @1123) (@1280 (@1124 (@1121 @1152) @1123))
+@1584 := @1430 @1472
+@1585 := @1205 @149
+@1586 := @1584 @1585
+@1587 := @1205 @157
+@1605 := (hB : @1423) ->
+  (hfn : @1454) ->
+  (hwt : @1575) ->
+  (hbind : @1583) ->
+  (hF : @1551) ->
+  (hA : @1586) ->
+  (hne : @1216 @1587 @1221) ->
+  @1303 (fun (ro : @1302) => @1304 (@1554 (@1205 @1240) @4) (@1434 @1484 @4))
+@1606 := @1574 @1150
+@1607 := @1199 @1455
+@1615 := @1272 (@1458 @1191 @1123) (@1280 (@1124 (@1121 @1166) @1123))
+@1616 := @1430 @1507
+@1617 := @1205 @151
+@1635 := (hfn : @1454) ->
+  (hwt : @1607) ->
+  (hbind : @1615) ->
+  (hF : @1551) ->
+  (hA : @1616 @1617) ->
+  (hne : @1216 @1585 @1221) ->
+  @1303 (fun (ro : @1302) => @1304 (@1554 (@1205 @163) @4) (@1434 @1520 @4))
+@1638 := @1606 (@705 @1247 @1424)
+@1639 := @1203 @1455
+@1647 := @1272 (@1458 @1198 @1123) (@1280 (@1124 (@1121 @1179) @1123))
+@1648 := @1430 @1183
+@1649 := @1205 @153
+@1665 := (hwt : @1639) ->
+  (hbind : @1647) ->
+  (hF : @1551) ->
+  (hA : @1648 @1649) ->
+  (hne : @1216 @1617 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1587 @4) (@1434 @1477 @4))
+@1666 := @1638 @1202
+@1668 := @1458 @1114 @1123
+@1671 := @1272 @1668 (@1280 @1126)
+@1672 := @1430 @1191
+@1673 := @1205 @36
+@1688 := (hbind : @1671) ->
+  (hF : @1551) ->
+  (hA : @1672 @1673) ->
+  (hne : @1216 @1649 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1585 @4) (@1434 @1472 @4))
+@1691 := @1666 (@705 @1271 @1668)
+@1692 := @1430 @1198
+@1693 := @1205 @38
+@1707 := (hF : @1551) ->
+  (hA : @1692 @1693) ->
+  (hne : @1216 @1673 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1617 @4) (@1434 @1507 @4))
+@1710 := @1691 (@705 @1283 @1427)
+@1724 := (hA : @1430 @1114 @1206) ->
+  (hne : @1216 @1693 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1649 @4) (@1434 @1183 @4))
+@1725 := @1710 @1213
+@1736 := (hne : @1216 @1206 @1221) ->
+  @1303 (fun (ro : @1302) => @1304 (@1554 @1673 @4) (@1434 @1191 @4))
+@1737 := @1725 @1233
+@1743 := @1304 (@1554 @1693 @4) (@1434 @1198 @4)
+@1745 := @1303 (fun (ro : @1302) => @1743)
+@1747 := @1303 (fun (__e_ro : @1302) => @1743)
+@1751 := LexLeanPreservation.Rust.RepresentableL (@96 @42 @95)
+@1752 := (__e_hrep : @1751) -> @1747
+@1753 := fun (__e_hrep : @1751) => @1737
+@1754 := (w : @35) -> @1752
+@1755 := fun (w : @35) => @1753
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/RustStd.lean
new file mode 100644
index 000000000..501874cb4
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/RustStd.lean
@@ -0,0 +1,134 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[(.option .nat), .bool, (.adt 1)]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
+    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.adt 0) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.field (.var 1) 0) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.call 3 [(.var 1)])]))])) },
+    { parameters := [0], types := [.nat], result := (.adt 0),
+      body := (.call 4 [(.closure 5 [(.var 0)]), (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .false .bool []), (.build (.adt 0) (.adt 1) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]), (.call 6 [(.var 0)])]) },
+    { parameters := [0], types := [(.adt 0)], result := (.pair .bool .bool),
+      body := (.«match» (.pair .bool .bool) (.field (.var 0) 1) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])), (.arm .false [] (.«match» (.pair .bool .bool) (.prim .natEq [(.field (.field (.var 0) 2) 4), (.value .nat (.nat 0))]) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])), (.arm .false [] (.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)], result := (.adt 0),
+      body := (.«match» (.adt 0) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
+      body := (.call 7 [(.var 0), (.var 1), (.var 2)]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.«match» (.list .nat) (.«let» 1 .nat (.var 0) (.«let» 2 (.list .nat) (.call 8 [(.var 1)]) (.cond (.call 9 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
+    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
+      body := (.«match» (.adt 0) (.field (.var 1) 0) [(.arm .some [3] (.var 1)), (.arm .none [] (.«match» (.adt 0) (.prim .natLt [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 3))]) [(.arm .true [] (.build (.adt 0) (.adt 0) [(.call 10 [(.var 0), (.var 2)]), (.field (.var 1) 1), (.build (.adt 0) (.adt 1) [(.prim .natAdd [(.field (.field (.var 1) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 2) 1), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 2), (.field (.field (.var 1) 2) 3), (.prim .natAdd [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 5)])])), (.arm .false [] (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .true .bool []), (.field (.var 1) 2)]))]))]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.call 11 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
+      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := (.option .nat),
+      body := (.cond (.call 12 [(.var 0), (.var 1)]) (.build .some (.option .nat) [(.var 1)]) (.build .none (.option .nat) [])) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [(.option .nat), .bool, (.adt 1)] }]),
+    (.enum (.adt 1) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]),
+    (.enum (.fn 0) [{ number := 5, fields := [.nat] }]),
+    (.apply 0 [(.adt 0), .nat] (.adt 0) true [{ function := 5, captures := [.copy], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 2)), .wild, .wild]) (.mk [] (.move (.generated .part 2))))]))] (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.call (.function 3) [(.move (.generated .binding 1))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.adt 0)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) [(.copy (.generated .binding 0))]), (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool false)), (.construct (.adt 1 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]), (.call (.function 6) [(.copy (.generated .binding 0))] false)] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.pair .bool .bool) (.mk [(.mk (.bind (.generated .holder 5)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 4)), .wild]) (.mk [] (.move (.generated .part 4))))]))] (.cond (.move (.generated .holder 5)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.move (.generated .holder 11)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool true)) (.lit (.bool false))))))))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible (.adt 0)) (.mk [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.adt 0)) (.mk [] (.call (.function 7) [(.copy (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))] (.matchOn (.move (.generated .holder 14)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.adt 0)) (.mk [(.mk (.bind (.generated .holder 16)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 15)), .wild, .wild]) (.mk [] (.move (.generated .part 15))))]))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))))] (.cond (.move (.generated .holder 22)) (.mk [] (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (.mk [] (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])])))))), (.mk (.some .wild) (.mk [] (.succeed (.move (.generated .binding 1)))))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.call (.function 11) [(.copy (.generated .binding 0))] false))),
+    (.function (.generated .function 9) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 49))] false)))), (.mk (.bind (.generated .operand 51)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] false))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 12) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 1))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))),
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 52)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 54)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 55)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 54)), (.move (.generated .operand 55))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 56)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 57)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 59)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))), (.construct (.nil .nat) [])])])])]))),
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)))), (.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 0)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 62)), (.move (.generated .operand 63))] false))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 0), .nat], (.adt 0)), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 2)), .wild, .wild]) (.mk [] (.move (.generated .part 2))))]))], (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.call (.function 3) [(.move (.generated .binding 1))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 2))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.call (.function 3) [(.move (.generated .binding 1))] false)]))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) [(.copy (.generated .binding 0))]), (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool false)), (.construct (.adt 1 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]), (.call (.function 6) [(.copy (.generated .binding 0))] false)] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.option .nat), .bool, (.adt 1)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 4)), .wild]) (.mk [] (.move (.generated .part 4))))]))], (.cond (.move (.generated .holder 5)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.move (.generated .holder 11)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool true)) (.lit (.bool false))))))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchBool (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 4))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool false)))) (lb := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tb := (.cond (.move (.generated .holder 11)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool true)) (.lit (.bool false)))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.matchBool (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))]) (tail := (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 7))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool true)))) (lb := []) (tb := (.pair (.lit (.bool true)) (.lit (.bool false)))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))))))⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.adt 0), (some 1)), (0, (.fn [(.adt 0), .nat] (.adt 0)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.adt 0), (some 1)), (0, (.fn [(.adt 0), .nat] (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.adt 0), (some 1)), (0, (.fn [(.adt 0), .nat] (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.adt 0), .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 7) [(.copy (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, (.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))], (.matchOn (.move (.generated .holder 14)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.list .nat) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 8) [(.copy (.generated .binding 1))] false))]) (tail := (.cond (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (lb := []) (tb := (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(4, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 15)), .wild, .wild]) (.mk [] (.move (.generated .part 15))))]))], (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))))] (.cond (.move (.generated .holder 22)) (.mk [] (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (.mk [] (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])])))))), (.mk (.some .wild) (.mk [] (.succeed (.move (.generated .binding 1)))))]), [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 15))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))))]) (tail := (.cond (.move (.generated .holder 22)) (.mk [] (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (.mk [] (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])]))))) (Corr.mCons (Γ' := [(3, .nat, none), (2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))]) (tail := (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 17))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 18))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (lb := []) (tb := (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])]))) (Corr.fOfB (Corr.build (ts := [(.option .nat), .bool, (.adt 1)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 23))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))]) (tail := (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 24))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))]) (tail := (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 30))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))]) (tail := (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 34))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 35))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))]) (tail := (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 37))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 38))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))]) (tail := (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 41))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))]) (tail := (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 45))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 46))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)) (Corr.fOfB (Corr.build (ts := [(.option .nat), .bool, (.adt 1)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl))))) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 11) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 49))] false)))), (.mk (.bind (.generated .operand 51)) none (.lit (.nat 4)))], (.call (.runtime .natLe) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] false), [(1, (.list .nat), (some 1)), (0, .nat, none)], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 49)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 49))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 1))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 1))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 52)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 54)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 55)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 54)), (.move (.generated .operand 55))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 56)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 57)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 59)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))), (.construct (.nil .nat) [])])])])]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 10)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 54)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 55)) none (.lit (.nat 20)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 54)), (.move (.generated .operand 55))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 56)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 57)) none (.lit (.nat 30)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 59)) none (.lit (.nat 50)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)))), (.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 0)))], (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 62)), (.move (.generated .operand 63))] false)), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | _ + 13 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5.lean
new file mode 100644
index 000000000..ab3b11e5c
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5.lean
@@ -0,0 +1,382 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
+      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
+      body := (.call 8 [(.var 1)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 19 [(.var 0)])), (.arm (.adt 1) [] (.call 20 [(.var 0)])), (.arm (.adt 2) [] (.call 21 [(.var 0)])), (.arm (.adt 3) [] (.call 22 [(.var 0)])), (.arm (.adt 4) [] (.call 23 [(.var 0)])), (.arm (.adt 5) [] (.call 24 [(.var 0)])), (.arm (.adt 6) [] (.call 25 [(.var 0)])), (.arm (.adt 7) [] (.call 26 [(.var 0)]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 27 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 32 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
+
+def __enc_1 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
+
+def __enc_2 : (Reasoning.Main.Grade.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Reasoning.Main.Grade.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Reasoning.Main.Grade.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
+  | Reasoning.Main.Grade.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
+  | Reasoning.Main.Grade.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
+  | Reasoning.Main.Grade.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
+  | Reasoning.Main.Grade.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
+  | Reasoning.Main.Grade.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
+  | Reasoning.Main.Grade.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
+
+def __fits_27 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_27 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_27 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
+
+def __fits_11 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_27 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.feverish in
+theorem __rel_11 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_11 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_27 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_28 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_28 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_28 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
+
+def __fits_12 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachycardic in
+theorem __rel_12 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_12 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_29 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_29 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_29 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
+
+def __fits_13 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.tachypneic in
+theorem __rel_13 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_13 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
+
+def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.leukocytic in
+theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
+
+def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.hypotensive in
+theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
+
+theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_9 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  ((((((Bool.true && Bool.true) && (__fits_11 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_9 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Main.Grade.select _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
+
+def __fits_32 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_32 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_32 s) (__enc_1 (Reasoning.Clinic.Fever.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_11 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_32 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
+theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Fever.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_32 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_33 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_33 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_33 s) (__enc_1 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_12 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
+theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachycardia.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_34 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_34 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_34 s) (__enc_1 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_13 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
+theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachypnea.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_1 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
+theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Leukocytosis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_1 (Reasoning.Clinic.Sirs.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
+theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sirs.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_1 (Reasoning.Clinic.Sepsis.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
+theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sepsis.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_1 (Reasoning.Clinic.Shock.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
+theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Shock.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
+
+theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_1 (Reasoning.Clinic.Escalate.conclusion s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
+theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Escalate.apply s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Main.Grade.Step)) : Bool :=
+  (Bool.true && (match _ystep with | Reasoning.Main.Grade.Step.Fever => ((Bool.true && Bool.true) && (__fits_19 (_ys))) | Reasoning.Main.Grade.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Main.Grade.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Main.Grade.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Main.Grade.Step.Sirs => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Main.Grade.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Main.Grade.Step.Shock => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Main.Grade.Step.Escalate => ((Bool.true && Bool.true) && (__fits_26 (_ys)))))
+
+attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
+theorem __rel_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Main.Grade.Step)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_1 _ys), (__enc_2 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Main.Grade.fire _ys _ystep))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_2 (fun (__a : (Reasoning.Main.Grade.Step)) => (match __a with | Reasoning.Main.Grade.Step.Fever => ((Bool.true && Bool.true) && (__fits_19 (_ys))) | Reasoning.Main.Grade.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Main.Grade.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Main.Grade.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Main.Grade.Step.Sirs => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Main.Grade.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Main.Grade.Step.Shock => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Main.Grade.Step.Escalate => ((Bool.true && Bool.true) && (__fits_26 (_ys))))) (fun (__a : (Reasoning.Main.Grade.Step)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Reasoning.Main.Grade.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Main.Grade.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Main.Grade.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Main.Grade.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Main.Grade.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Main.Grade.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Main.Grade.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Main.Grade.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Main.Grade.Step)) _ => match __a with | Reasoning.Main.Grade.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys)))) | Reasoning.Main.Grade.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))))) | Reasoning.Main.Grade.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys)))))) | Reasoning.Main.Grade.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys))))))) | Reasoning.Main.Grade.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys)))))))) | Reasoning.Main.Grade.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys))))))))) | Reasoning.Main.Grade.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys)))))))))) | Reasoning.Main.Grade.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))))))))
+
+def __fits_5 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_9 (_ys))) && (match (Reasoning.Main.Grade.select (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep)))))
+
+attribute [local irreducible] Reasoning.Main.Grade.fire Reasoning.Main.Grade.select in
+theorem __rel_5 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Main.Grade.next _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Chart))) | Option.some _ystep => (Reasoning.Main.Grade.fire (_ys) (_ystep)))) (Reasoning.Main.Grade.select (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_ys))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (_ys) (_ystep)))))))
+
+def __fits_6 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
+
+theorem __rel_6 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_6 v) (__enc_1 (Reasoning.Main.Grade.observe v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
+
+def __fits_2 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_6 (v))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) ((Reasoning.Main.Grade.next)) ((11 : Nat)) ((Reasoning.Main.Grade.observe (v)))))
+
+attribute [local irreducible] Reasoning.Main.Grade.observe in
+theorem __rel_2 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_2 v) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Main.Grade.saturate v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (v))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Main.Grade.next)) (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) 5 [] (fun (__p0 : (Reasoning.Clinic.Chart)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Main.Grade.next))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.adt 1)) rfl ((11 : Nat)) ((Reasoning.Main.Grade.observe (v)))))
+
+def __fits_8 (chart : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_8 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_1 chart)] (_root_.LexLeanPreservation.Rel (__fits_8 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.extract chart))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
+
+def __fits_7 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_8 (_ys)))
+
+attribute [local irreducible] Reasoning.Main.Grade.extract in
+theorem __rel_7 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 v), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 v _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.accept v _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys)))
+
+def __fits_3 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (v) (_ys))) && (match (Reasoning.Main.Grade.accept (v) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Main.Grade.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Main.Grade.accept Reasoning.Main.Grade.extract in
+theorem __rel_3 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 v), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 v _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.conclude v _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Main.Grade.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Main.Grade.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Main.Grade.accept (v) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (v) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Main.Grade.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
+
+def __fits_1 (v : (Reasoning.Clinic.Vitals)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_2 (v))) && (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Main.Grade.saturate (v)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (v) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Main.Grade.conclude Reasoning.Main.Grade.saturate in
+theorem __rel_1 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_1 v) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.verdict v))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Main.Grade.saturate (v)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (v))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (v) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Main.Grade.conclude (v) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (v) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
+  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Main.Grade.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok level => Bool.true | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Main.Grade.verdict in
+theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gradeLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok level => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok level => level | Except.error failure => (9 : Nat))) (Reasoning.Main.Grade.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok level => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gradeLevel temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gradeLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/Compose/RustCore.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/Compose/RustCore.lex.tex
new file mode 100644
index 000000000..1ef1e32fd
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/Compose/RustCore.lex.tex
@@ -0,0 +1,1341 @@
+\begin{lexlean}{RustCore}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_0 : @16 := @716 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_1 : @724 := @1388 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_2 : @1396 := @1631 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.root : @2716 := @2717 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.flags
+@3 := Reasoning.Clinic.Vitals
+@4 := #0
+@5 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@16 := (__s : @3) -> @13 @6 @10
+@17 := Reasoning.Clinic.Vitals.temperature
+@18 := @17 @4
+@19 := Reasoning.Clinic.Vitals.heartRate
+@20 := @19 @4
+@21 := Reasoning.Clinic.Vitals.respiratoryRate
+@22 := @21 @4
+@23 := Reasoning.Clinic.Vitals.whiteCells
+@24 := @23 @4
+@25 := Reasoning.Clinic.Vitals.systolic
+@26 := @25 @4
+@27 := Reasoning.Clinic.Vitals.infection
+@28 := @27 @4
+@29 := LexLeanTarget.TargetSyntax.Value.nat
+@30 := @29 @18
+@31 := LexLeanTarget.TargetSyntax.Ty.nat
+@32 := LexLeanTarget.TargetSyntax.Program
+@33 := LexLeanPreservation.Rust.RCrate
+@34 := LexLeanPreservation.Rust.Flags
+@35 := Nat
+@36 := #3
+@37 := @7 @36
+@38 := #2
+@39 := @37 @38
+@40 := #1
+@41 := @39 @40
+@42 := @29 @4
+@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
+@50 := LexLeanPreservation.Rust.wt_nat @0
+@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
+@58 := @50 @1
+@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
+@64 := @58 @2
+@67 := (n : @35) -> @13 @42 @31
+@68 := @64 @18
+@70 := @13 @30 @31
+@71 := @29 @20
+@72 := @64 @20
+@74 := @13 @71 @31
+@75 := @29 @22
+@76 := @64 @22
+@78 := @13 @75 @31
+@79 := @29 @24
+@80 := @64 @24
+@82 := @13 @79 @31
+@83 := @29 @26
+@84 := @64 @26
+@86 := @13 @83 @31
+@87 := @29 @28
+@88 := @64 @28
+@90 := @13 @87 @31
+@91 := LexLeanTarget.TargetSyntax.Value
+@92 := LexLeanTarget.TargetSyntax.Ty
+@93 := List.nil.{0}
+@94 := List.cons.{0}
+@95 := @93 @91
+@96 := @94 @91
+@98 := @96 @87 @95
+@100 := @96 @83 @98
+@102 := @96 @79 @100
+@104 := @96 @75 @102
+@106 := @96 @71 @104
+@108 := @96 @30 @106
+@109 := @93 @92
+@110 := @94 @92
+@111 := @110 @31
+@112 := @111 @109
+@113 := @111 @112
+@114 := @111 @113
+@115 := @111 @114
+@116 := @111 @115
+@117 := @111 @116
+@118 := LexLeanPreservation.Rust.WTL
+@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
+@128 := LexLeanPreservation.Rust.wtl_nil @0
+@129 := @118 @0
+@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
+@136 := @128 @1
+@137 := @129 @1
+@141 := {A : @34} -> @137 @4 @95 @109
+@142 := @136 @2
+@143 := @137 @2
+@144 := @143 @95
+@145 := @144 @109
+@146 := List.{0}
+@147 := @146 @91
+@148 := @146 @92
+@149 := #6
+@150 := @7 @149
+@151 := #5
+@152 := @150 @151
+@153 := #4
+@156 := @152 @153 @36 @38
+@157 := #7
+@162 := @118 @157 @149 @151 @38 @40
+@163 := #8
+@166 := @118 @163 @157 @149
+@168 := @96 @151 @36
+@169 := @166 @168
+@171 := @110 @153 @38
+@181 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
+@183 := LexLeanPreservation.Rust.wtl_cons @0
+@187 := @11 @151 @153 @36 @38
+@191 := @129 @149 @151 @38 @40
+@203 := {c : @33} ->
+  {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
+@204 := @183 @1
+@207 := @12 @153 @36 @38
+@210 := @137 @151 @38 @40
+@220 := {A : @34} ->
+  {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
+@221 := @204 @2
+@223 := @13 @36 @38
+@225 := @143 @38 @40
+@233 := {v : @91} ->
+  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
+@234 := @221 @87
+@236 := @29 (@27 @36)
+@249 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
+@250 := @234 @31
+@252 := @29 (@27 @38)
+@254 := @13 @252 @31
+@259 := @143 (@96 (@29 (@27 @153)) @36)
+@260 := @111 @38
+@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
+@266 := @250 @95
+@268 := @29 (@27 @40)
+@270 := @13 @268 @31
+@271 := @144 @40
+@273 := @96 @236 @95
+@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
+@279 := @266 @109
+@281 := @96 @252 @95
+@282 := @143 @281
+@285 := (h : @90) -> (hs : @145) -> @282 @112
+@286 := @279 @88
+@288 := @96 @268 @95
+@290 := @143 @288 @112
+@291 := (hs : @145) -> @290
+@292 := @286 @142
+@294 := @143 @98 @112
+@295 := @221 @83
+@297 := @29 (@25 @36)
+@310 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
+@311 := @295 @31
+@313 := @29 (@25 @38)
+@325 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
+@326 := @311 @98
+@328 := @29 (@25 @40)
+@330 := @13 @328 @31
+@331 := @282 @40
+@333 := @96 @297 @273
+@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
+@339 := @326 @112
+@341 := @96 @313 @281
+@342 := @143 @341
+@345 := (h : @86) -> (hs : @290) -> @342 @113
+@346 := @339 @84
+@348 := @96 @328 @288
+@350 := @143 @348 @113
+@351 := (hs : @294) -> @350
+@352 := @346 @292
+@354 := @143 @100 @113
+@355 := @221 @79
+@357 := @29 (@23 @36)
+@370 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
+@371 := @355 @31
+@373 := @29 (@23 @38)
+@385 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
+@386 := @371 @100
+@388 := @29 (@23 @40)
+@390 := @13 @388 @31
+@391 := @342 @40
+@393 := @96 @357 @333
+@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
+@399 := @386 @113
+@401 := @96 @373 @341
+@402 := @143 @401
+@405 := (h : @82) -> (hs : @350) -> @402 @114
+@406 := @399 @80
+@408 := @96 @388 @348
+@410 := @143 @408 @114
+@411 := (hs : @354) -> @410
+@412 := @406 @352
+@414 := @143 @102 @114
+@415 := @221 @75
+@417 := @29 (@21 @36)
+@430 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
+@431 := @415 @31
+@433 := @29 (@21 @38)
+@445 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
+@446 := @431 @102
+@448 := @29 (@21 @40)
+@450 := @13 @448 @31
+@451 := @402 @40
+@453 := @96 @417 @393
+@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
+@459 := @446 @114
+@461 := @96 @433 @401
+@462 := @143 @461
+@465 := (h : @78) -> (hs : @410) -> @462 @115
+@466 := @459 @76
+@468 := @96 @448 @408
+@470 := @143 @468 @115
+@471 := (hs : @414) -> @470
+@472 := @466 @412
+@474 := @143 @104 @115
+@475 := @221 @71
+@477 := @29 (@19 @36)
+@490 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
+@491 := @475 @31
+@493 := @29 (@19 @38)
+@505 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
+@506 := @491 @104
+@508 := @29 (@19 @40)
+@510 := @13 @508 @31
+@511 := @462 @40
+@513 := @96 @477 @453
+@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
+@519 := @506 @115
+@521 := @96 @493 @461
+@522 := @143 @521
+@525 := (h : @74) -> (hs : @470) -> @522 @116
+@526 := @519 @72
+@528 := @96 @508 @468
+@530 := @143 @528 @116
+@531 := (hs : @474) -> @530
+@532 := @526 @472
+@534 := @143 @106 @116
+@535 := @221 @30
+@537 := @29 (@17 @36)
+@550 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
+@551 := @535 @31
+@553 := @29 (@17 @38)
+@565 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
+@566 := @551 @106
+@568 := @29 (@17 @40)
+@570 := @13 @568 @31
+@571 := @522 @40
+@573 := @96 @537 @513
+@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
+@579 := @566 @116
+@581 := @96 @553 @521
+@582 := @143 @581
+@585 := (h : @70) -> (hs : @530) -> @582 @117
+@586 := @579 @68
+@588 := @96 @568 @528
+@590 := @143 @588 @117
+@591 := (hs : @534) -> @590
+@592 := @586 @532
+@594 := @143 @108 @117
+@595 := Eq.{1}
+@596 := Option.{0}
+@597 := @596 @148
+@598 := @595 @597
+@599 := LexLeanPreservation.Rust.adtFields
+@603 := @598 (@599 @149 @36 @38)
+@604 := Option.some.{0}
+@605 := @604 @148
+@606 := @605 @4
+@607 := @603 @606
+@610 := @7 @163 @157 @149
+@611 := LexLeanTarget.TargetSyntax.Value.adt
+@613 := @611 @153 @36
+@614 := @610 @613
+@615 := @8 @151
+@625 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
+@627 := LexLeanPreservation.Rust.wt_adt @0
+@628 := @599 @0
+@632 := @598 (@628 @36 @38) @606
+@644 := {c : @33} ->
+  {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
+@645 := @627 @1
+@655 := {A : @34} ->
+  {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
+@656 := @645 @2
+@657 := @13 @613
+@664 := {i : @35} ->
+  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
+@665 := @656 @9
+@666 := @628 @9
+@675 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
+@676 := @665 @9
+@677 := @666 @9
+@678 := @598 @677
+@679 := @678 @606
+@680 := @611 @9
+@682 := @13 (@680 @36)
+@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
+@688 := @676 @108
+@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
+@696 := @688 @117
+@703 := (h : @678 (@605 @117)) -> (hf : @590) -> @13 (@680 @581) @10
+@704 := Eq.refl.{1}
+@705 := @704 @597
+@707 := @696 (@705 @677)
+@711 := (hf : @594) -> @13 (@680 @588) @10
+@712 := @707 @592
+@715 := @13 (@680 @108) @10
+@716 := fun (__s : @3) => @712
+@717 := Reasoning.Clinic.Chart
+@719 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.__enc_1 @4
+@720 := 1
+@721 := @8 @720
+@724 := (__s : @717) -> @13 @719 @721
+@725 := Reasoning.Clinic.Chart.vitals
+@726 := @725 @4
+@727 := Reasoning.Clinic.Chart.fever
+@728 := @727 @4
+@729 := Reasoning.Clinic.Chart.tachycardia
+@730 := @729 @4
+@731 := Reasoning.Clinic.Chart.tachypnea
+@732 := @731 @4
+@733 := Reasoning.Clinic.Chart.leukocytosis
+@734 := @733 @4
+@735 := Reasoning.Clinic.Chart.sirs
+@736 := @735 @4
+@737 := Reasoning.Clinic.Chart.sepsis
+@738 := @737 @4
+@739 := Reasoning.Clinic.Chart.shock
+@740 := @739 @4
+@741 := Reasoning.Clinic.Chart.level
+@742 := @741 @4
+@743 := @5 @726
+@745 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_0 @726
+@746 := @29 @728
+@747 := @64 @728
+@749 := @13 @746 @31
+@750 := @29 @730
+@751 := @64 @730
+@753 := @13 @750 @31
+@754 := @29 @732
+@755 := @64 @732
+@757 := @13 @754 @31
+@758 := @29 @734
+@759 := @64 @734
+@761 := @13 @758 @31
+@762 := @29 @736
+@763 := @64 @736
+@765 := @13 @762 @31
+@766 := @29 @738
+@767 := @64 @738
+@769 := @13 @766 @31
+@770 := @29 @740
+@771 := @64 @740
+@773 := @13 @770 @31
+@774 := @29 @742
+@775 := @64 @742
+@777 := @13 @774 @31
+@779 := @96 @774 @95
+@781 := @96 @770 @779
+@783 := @96 @766 @781
+@785 := @96 @762 @783
+@787 := @96 @758 @785
+@789 := @96 @754 @787
+@791 := @96 @750 @789
+@793 := @96 @746 @791
+@795 := @96 @743 @793
+@796 := @111 @117
+@797 := @111 @796
+@798 := @110 @10
+@799 := @798 @797
+@800 := @221 @774
+@802 := @29 (@741 @36)
+@815 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @802 @38) -> (hs : @225) -> @143 (@96 (@29 (@741 @151)) @36) @171
+@816 := @800 @31
+@818 := @29 (@741 @38)
+@830 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @818 @31) -> (hs : @225) -> @143 (@96 (@29 (@741 @153)) @36) @260
+@831 := @816 @95
+@833 := @29 (@741 @40)
+@835 := @13 @833 @31
+@837 := @96 @802 @95
+@842 := {ts : @148} -> (h : @835) -> (hs : @271) -> @143 @837 @260
+@843 := @831 @109
+@845 := @96 @818 @95
+@846 := @143 @845
+@849 := (h : @777) -> (hs : @145) -> @846 @112
+@850 := @843 @775
+@852 := @96 @833 @95
+@854 := @143 @852 @112
+@855 := (hs : @145) -> @854
+@856 := @850 @142
+@858 := @143 @779 @112
+@859 := @221 @770
+@861 := @29 (@739 @36)
+@874 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @861 @38) -> (hs : @225) -> @143 (@96 (@29 (@739 @151)) @36) @171
+@875 := @859 @31
+@877 := @29 (@739 @38)
+@889 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @877 @31) -> (hs : @225) -> @143 (@96 (@29 (@739 @153)) @36) @260
+@890 := @875 @779
+@892 := @29 (@739 @40)
+@894 := @13 @892 @31
+@895 := @846 @40
+@897 := @96 @861 @837
+@902 := {ts : @148} -> (h : @894) -> (hs : @895) -> @143 @897 @260
+@903 := @890 @112
+@905 := @96 @877 @845
+@906 := @143 @905
+@909 := (h : @773) -> (hs : @854) -> @906 @113
+@910 := @903 @771
+@912 := @96 @892 @852
+@914 := @143 @912 @113
+@915 := (hs : @858) -> @914
+@916 := @910 @856
+@918 := @143 @781 @113
+@919 := @221 @766
+@921 := @29 (@737 @36)
+@934 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @921 @38) -> (hs : @225) -> @143 (@96 (@29 (@737 @151)) @36) @171
+@935 := @919 @31
+@937 := @29 (@737 @38)
+@949 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @937 @31) -> (hs : @225) -> @143 (@96 (@29 (@737 @153)) @36) @260
+@950 := @935 @781
+@952 := @29 (@737 @40)
+@954 := @13 @952 @31
+@955 := @906 @40
+@957 := @96 @921 @897
+@962 := {ts : @148} -> (h : @954) -> (hs : @955) -> @143 @957 @260
+@963 := @950 @113
+@965 := @96 @937 @905
+@966 := @143 @965
+@969 := (h : @769) -> (hs : @914) -> @966 @114
+@970 := @963 @767
+@972 := @96 @952 @912
+@974 := @143 @972 @114
+@975 := (hs : @918) -> @974
+@976 := @970 @916
+@978 := @143 @783 @114
+@979 := @221 @762
+@981 := @29 (@735 @36)
+@994 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @981 @38) -> (hs : @225) -> @143 (@96 (@29 (@735 @151)) @36) @171
+@995 := @979 @31
+@997 := @29 (@735 @38)
+@1009 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @997 @31) -> (hs : @225) -> @143 (@96 (@29 (@735 @153)) @36) @260
+@1010 := @995 @783
+@1012 := @29 (@735 @40)
+@1014 := @13 @1012 @31
+@1015 := @966 @40
+@1017 := @96 @981 @957
+@1022 := {ts : @148} -> (h : @1014) -> (hs : @1015) -> @143 @1017 @260
+@1023 := @1010 @114
+@1025 := @96 @997 @965
+@1026 := @143 @1025
+@1029 := (h : @765) -> (hs : @974) -> @1026 @115
+@1030 := @1023 @763
+@1032 := @96 @1012 @972
+@1034 := @143 @1032 @115
+@1035 := (hs : @978) -> @1034
+@1036 := @1030 @976
+@1038 := @143 @785 @115
+@1039 := @221 @758
+@1041 := @29 (@733 @36)
+@1054 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1041 @38) -> (hs : @225) -> @143 (@96 (@29 (@733 @151)) @36) @171
+@1055 := @1039 @31
+@1057 := @29 (@733 @38)
+@1069 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1057 @31) -> (hs : @225) -> @143 (@96 (@29 (@733 @153)) @36) @260
+@1070 := @1055 @785
+@1072 := @29 (@733 @40)
+@1074 := @13 @1072 @31
+@1075 := @1026 @40
+@1077 := @96 @1041 @1017
+@1082 := {ts : @148} -> (h : @1074) -> (hs : @1075) -> @143 @1077 @260
+@1083 := @1070 @115
+@1085 := @96 @1057 @1025
+@1086 := @143 @1085
+@1089 := (h : @761) -> (hs : @1034) -> @1086 @116
+@1090 := @1083 @759
+@1092 := @96 @1072 @1032
+@1094 := @143 @1092 @116
+@1095 := (hs : @1038) -> @1094
+@1096 := @1090 @1036
+@1098 := @143 @787 @116
+@1099 := @221 @754
+@1101 := @29 (@731 @36)
+@1114 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1101 @38) -> (hs : @225) -> @143 (@96 (@29 (@731 @151)) @36) @171
+@1115 := @1099 @31
+@1117 := @29 (@731 @38)
+@1129 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1117 @31) -> (hs : @225) -> @143 (@96 (@29 (@731 @153)) @36) @260
+@1130 := @1115 @787
+@1132 := @29 (@731 @40)
+@1134 := @13 @1132 @31
+@1135 := @1086 @40
+@1137 := @96 @1101 @1077
+@1142 := {ts : @148} -> (h : @1134) -> (hs : @1135) -> @143 @1137 @260
+@1143 := @1130 @116
+@1145 := @96 @1117 @1085
+@1146 := @143 @1145
+@1149 := (h : @757) -> (hs : @1094) -> @1146 @117
+@1150 := @1143 @755
+@1152 := @96 @1132 @1092
+@1154 := @143 @1152 @117
+@1155 := (hs : @1098) -> @1154
+@1156 := @1150 @1096
+@1158 := @143 @789 @117
+@1159 := @221 @750
+@1161 := @29 (@729 @36)
+@1174 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1161 @38) -> (hs : @225) -> @143 (@96 (@29 (@729 @151)) @36) @171
+@1175 := @1159 @31
+@1177 := @29 (@729 @38)
+@1189 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1177 @31) -> (hs : @225) -> @143 (@96 (@29 (@729 @153)) @36) @260
+@1190 := @1175 @789
+@1192 := @29 (@729 @40)
+@1194 := @13 @1192 @31
+@1195 := @1146 @40
+@1197 := @96 @1161 @1137
+@1202 := {ts : @148} -> (h : @1194) -> (hs : @1195) -> @143 @1197 @260
+@1203 := @1190 @117
+@1205 := @96 @1177 @1145
+@1206 := @143 @1205
+@1209 := (h : @753) -> (hs : @1154) -> @1206 @796
+@1210 := @1203 @751
+@1212 := @96 @1192 @1152
+@1214 := @143 @1212 @796
+@1215 := (hs : @1158) -> @1214
+@1216 := @1210 @1156
+@1218 := @143 @791 @796
+@1219 := @221 @746
+@1221 := @29 (@727 @36)
+@1234 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1221 @38) -> (hs : @225) -> @143 (@96 (@29 (@727 @151)) @36) @171
+@1235 := @1219 @31
+@1237 := @29 (@727 @38)
+@1249 := {vs : @147} ->
+  {ts : @148} -> (h : @13 @1237 @31) -> (hs : @225) -> @143 (@96 (@29 (@727 @153)) @36) @260
+@1250 := @1235 @791
+@1252 := @29 (@727 @40)
+@1254 := @13 @1252 @31
+@1255 := @1206 @40
+@1257 := @96 @1221 @1197
+@1262 := {ts : @148} -> (h : @1254) -> (hs : @1255) -> @143 @1257 @260
+@1263 := @1250 @796
+@1265 := @96 @1237 @1205
+@1266 := @143 @1265
+@1269 := (h : @749) -> (hs : @1214) -> @1266 @797
+@1270 := @1263 @747
+@1272 := @96 @1252 @1212
+@1274 := @143 @1272 @797
+@1275 := (hs : @1218) -> @1274
+@1276 := @1270 @1216
+@1278 := @143 @793 @797
+@1279 := @221 @743
+@1281 := @5 (@725 @36)
+@1294 := {t : @92} ->
+  {vs : @147} ->
+  {ts : @148} -> (h : @13 @1281 @38) -> (hs : @225) -> @143 (@96 (@5 (@725 @151)) @36) @171
+@1295 := @1279 @10
+@1297 := @5 (@725 @38)
+@1299 := @13 @1297 @10
+@1304 := @143 (@96 (@5 (@725 @153)) @36)
+@1305 := @798 @38
+@1310 := {vs : @147} -> {ts : @148} -> (h : @1299) -> (hs : @225) -> @1304 @1305
+@1311 := @1295 @793
+@1313 := @5 (@725 @40)
+@1315 := @13 @1313 @10
+@1316 := @1266 @40
+@1318 := @96 @1281 @1257
+@1323 := {ts : @148} -> (h : @1315) -> (hs : @1316) -> @143 @1318 @1305
+@1324 := @1311 @797
+@1326 := @13 @743 @10
+@1328 := @96 @1297 @1265
+@1329 := @143 @1328
+@1332 := (h : @1326) -> (hs : @1274) -> @1329 @799
+@1333 := @1324 @745
+@1335 := @96 @1313 @1272
+@1337 := @143 @1335 @799
+@1338 := (hs : @1278) -> @1337
+@1339 := @1333 @1276
+@1341 := @143 @795 @799
+@1342 := @656 @720
+@1343 := @628 @720
+@1352 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@1343 @38) @606) -> (hf : @225) -> @657 @721
+@1353 := @1342 @9
+@1354 := @1343 @9
+@1355 := @598 @1354
+@1356 := @1355 @606
+@1361 := {fs : @147} -> {tys : @148} -> (h : @1356) -> (hf : @225) -> @682 @721
+@1362 := @1353 @795
+@1369 := {tys : @148} -> (h : @1356) -> (hf : @1329 @40) -> @13 (@680 @1318) @721
+@1370 := @1362 @799
+@1377 := (h : @1355 (@605 @799)) -> (hf : @1337) -> @13 (@680 @1328) @721
+@1379 := @1370 (@705 @1354)
+@1383 := (hf : @1341) -> @13 (@680 @1335) @721
+@1384 := @1379 @1339
+@1387 := @13 (@680 @795) @721
+@1388 := fun (__s : @717) => @1384
+@1389 := Reasoning.Main.Grade.Step
+@1391 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.__enc_2 @4
+@1392 := 2
+@1393 := @8 @1392
+@1395 := @13 @1391 @1393
+@1396 := (__v : @1389) -> @1395
+@1397 := fun (__v : @1389) => @1395
+@1398 := @656 @1392
+@1399 := @628 @1392
+@1408 := {k : @35} ->
+  {fs : @147} -> {tys : @148} -> (h : @598 (@1399 @38) @606) -> (hf : @225) -> @657 @1393
+@1409 := @1398 @9
+@1410 := @1399 @9
+@1411 := @598 @1410
+@1412 := @1411 @606
+@1417 := {fs : @147} -> {tys : @148} -> (h : @1412) -> (hf : @225) -> @682 @1393
+@1418 := @1409 @95
+@1421 := @13 (@680 @95) @1393
+@1424 := {tys : @148} -> (h : @1412) -> (hf : @271) -> @1421
+@1425 := @1418 @109
+@1426 := @605 @109
+@1429 := (h : @1411 @1426) -> (hf : @145) -> @1421
+@1432 := @1425 (@705 @1410) @142
+@1433 := @1398 @720
+@1434 := @1399 @720
+@1435 := @598 @1434
+@1436 := @1435 @606
+@1437 := @611 @720
+@1444 := {fs : @147} -> {tys : @148} -> (h : @1436) -> (hf : @225) -> @13 (@1437 @36) @1393
+@1445 := @1433 @95
+@1448 := @13 (@1437 @95) @1393
+@1451 := {tys : @148} -> (h : @1436) -> (hf : @271) -> @1448
+@1452 := @1445 @109
+@1455 := (h : @1435 @1426) -> (hf : @145) -> @1448
+@1458 := @1452 (@705 @1434) @142
+@1459 := @1398 @1392
+@1460 := @1399 @1392
+@1461 := @598 @1460
+@1462 := @1461 @606
+@1463 := @611 @1392
+@1470 := {fs : @147} -> {tys : @148} -> (h : @1462) -> (hf : @225) -> @13 (@1463 @36) @1393
+@1471 := @1459 @95
+@1474 := @13 (@1463 @95) @1393
+@1477 := {tys : @148} -> (h : @1462) -> (hf : @271) -> @1474
+@1478 := @1471 @109
+@1481 := (h : @1461 @1426) -> (hf : @145) -> @1474
+@1484 := @1478 (@705 @1460) @142
+@1485 := 3
+@1486 := @1398 @1485
+@1487 := @1399 @1485
+@1488 := @598 @1487
+@1489 := @1488 @606
+@1490 := @611 @1485
+@1497 := {fs : @147} -> {tys : @148} -> (h : @1489) -> (hf : @225) -> @13 (@1490 @36) @1393
+@1498 := @1486 @95
+@1501 := @13 (@1490 @95) @1393
+@1504 := {tys : @148} -> (h : @1489) -> (hf : @271) -> @1501
+@1505 := @1498 @109
+@1508 := (h : @1488 @1426) -> (hf : @145) -> @1501
+@1511 := @1505 (@705 @1487) @142
+@1512 := 4
+@1513 := @1398 @1512
+@1514 := @1399 @1512
+@1515 := @598 @1514
+@1516 := @1515 @606
+@1517 := @611 @1512
+@1524 := {fs : @147} -> {tys : @148} -> (h : @1516) -> (hf : @225) -> @13 (@1517 @36) @1393
+@1525 := @1513 @95
+@1528 := @13 (@1517 @95) @1393
+@1531 := {tys : @148} -> (h : @1516) -> (hf : @271) -> @1528
+@1532 := @1525 @109
+@1535 := (h : @1515 @1426) -> (hf : @145) -> @1528
+@1538 := @1532 (@705 @1514) @142
+@1539 := 5
+@1540 := @1398 @1539
+@1541 := @1399 @1539
+@1542 := @598 @1541
+@1543 := @1542 @606
+@1544 := @611 @1539
+@1551 := {fs : @147} -> {tys : @148} -> (h : @1543) -> (hf : @225) -> @13 (@1544 @36) @1393
+@1552 := @1540 @95
+@1555 := @13 (@1544 @95) @1393
+@1558 := {tys : @148} -> (h : @1543) -> (hf : @271) -> @1555
+@1559 := @1552 @109
+@1562 := (h : @1542 @1426) -> (hf : @145) -> @1555
+@1565 := @1559 (@705 @1541) @142
+@1566 := 6
+@1567 := @1398 @1566
+@1568 := @1399 @1566
+@1569 := @598 @1568
+@1570 := @1569 @606
+@1571 := @611 @1566
+@1578 := {fs : @147} -> {tys : @148} -> (h : @1570) -> (hf : @225) -> @13 (@1571 @36) @1393
+@1579 := @1567 @95
+@1582 := @13 (@1571 @95) @1393
+@1585 := {tys : @148} -> (h : @1570) -> (hf : @271) -> @1582
+@1586 := @1579 @109
+@1589 := (h : @1569 @1426) -> (hf : @145) -> @1582
+@1592 := @1586 (@705 @1568) @142
+@1593 := 7
+@1594 := @1398 @1593
+@1595 := @1399 @1593
+@1596 := @598 @1595
+@1597 := @1596 @606
+@1598 := @611 @1593
+@1605 := {fs : @147} -> {tys : @148} -> (h : @1597) -> (hf : @225) -> @13 (@1598 @36) @1393
+@1606 := @1594 @95
+@1609 := @13 (@1598 @95) @1393
+@1612 := {tys : @148} -> (h : @1597) -> (hf : @271) -> @1609
+@1613 := @1606 @109
+@1616 := (h : @1596 @1426) -> (hf : @145) -> @1609
+@1619 := @1613 (@705 @1595) @142
+@1631 := fun (__v : @1389) =>
+  Reasoning.Main.Grade.Step.casesOn.{0} @1397 @4 @1432 @1458 @1484 @1511 @1538 @1565 @1592 @1619
+@1632 := @29 @149
+@1633 := @64 @149
+@1634 := @13 @1632
+@1635 := @1634 @31
+@1636 := @29 @151
+@1637 := @64 @151
+@1638 := @13 @1636
+@1639 := @1638 @31
+@1640 := @29 @153
+@1641 := @64 @153
+@1642 := @13 @1640
+@1643 := @1642 @31
+@1644 := @29 @36
+@1645 := @64 @36
+@1647 := @13 @1644 @31
+@1648 := @29 @38
+@1649 := @64 @38
+@1651 := @13 @1648 @31
+@1652 := @29 @40
+@1653 := @64 @40
+@1655 := @13 @1652 @31
+@1656 := @96 @1652
+@1657 := @1656 @95
+@1658 := @96 @1648
+@1659 := @1658 @1657
+@1660 := @96 @1644
+@1661 := @1660 @1659
+@1662 := @96 @1640
+@1663 := @1662 @1661
+@1664 := @96 @1636
+@1665 := @1664 @1663
+@1666 := @96 @1632
+@1667 := @1666 @1665
+@1670 := Prod.{0, 0} @35 @91
+@1673 := Prod.mk.{0, 0} @35 @91
+@1674 := @1673 @1539
+@1675 := @1674 @1652
+@1676 := @1673 @1512
+@1677 := @1676 @1648
+@1678 := @1673 @1485
+@1679 := @1678 @1644
+@1680 := @1673 @1392
+@1681 := @1680 @1640
+@1682 := @1673 @720
+@1683 := @1682 @1636
+@1684 := @1673 @9
+@1685 := @1684 @1632
+@1686 := @93 @1670
+@1687 := @94 @1670
+@1689 := @1687 @1685 @1686
+@1691 := @1687 @1683 @1689
+@1693 := @1687 @1681 @1691
+@1695 := @1687 @1679 @1693
+@1697 := @1687 @1677 @1695
+@1699 := @1687 @1675 @1697
+@1700 := Bool.true
+@1701 := LexLeanTarget.TargetSyntax.Function
+@1702 := LexLeanTarget.TargetSyntax.Program.functions
+@1703 := @1702 @0
+@1704 := @93 @35
+@1705 := LexLeanTarget.TargetSyntax.Ty.unit
+@1706 := LexLeanTarget.TargetSyntax.Value.unit
+@1709 := LexLeanTarget.TargetSyntax.Expr.value @1705 @1706
+@1714 := LexLeanTarget.TargetSyntax.Function.mk @1704 @109 @1705 @1709
+@1719 := List.getD.{0} @1701 @1703 @9 @1714
+@1723 := fun (__e_n : @35) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.root @4 @9
+@1724 := @221 @1652
+@1725 := @1642 @38
+@1727 := @143 (@1666 @36)
+@1733 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1725) -> (hs : @225) -> @1727 @171
+@1734 := @1724 @31
+@1741 := {vs : @147} -> {ts : @148} -> (h : @1647) -> (hs : @225) -> @143 (@1664 @36) @260
+@1742 := @1734 @95
+@1743 := @1662 @95
+@1748 := {ts : @148} -> (h : @1651) -> (hs : @271) -> @143 @1743 @260
+@1749 := @1742 @109
+@1750 := @1660 @95
+@1751 := @143 @1750
+@1754 := (h : @1655) -> (hs : @145) -> @1751 @112
+@1755 := @1749 @1653
+@1756 := @1658 @95
+@1758 := @143 @1756 @112
+@1759 := (hs : @145) -> @1758
+@1760 := @1755 @142
+@1762 := @143 @1657 @112
+@1763 := @221 @1648
+@1764 := @1638 @38
+@1765 := @29 @157
+@1766 := @96 @1765
+@1768 := @143 (@1766 @36)
+@1774 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1764) -> (hs : @225) -> @1768 @171
+@1775 := @1763 @31
+@1780 := {vs : @147} -> {ts : @148} -> (h : @1643) -> (hs : @225) -> @1727 @260
+@1781 := @1775 @1657
+@1782 := @1751 @40
+@1783 := @1664 @1743
+@1788 := {ts : @148} -> (h : @1647) -> (hs : @1782) -> @143 @1783 @260
+@1789 := @1781 @112
+@1790 := @1662 @1750
+@1791 := @143 @1790
+@1794 := (h : @1651) -> (hs : @1758) -> @1791 @113
+@1795 := @1789 @1649
+@1796 := @1660 @1756
+@1798 := @143 @1796 @113
+@1799 := (hs : @1762) -> @1798
+@1800 := @1795 @1760
+@1802 := @143 @1659 @113
+@1803 := @221 @1644
+@1804 := @1634 @38
+@1805 := @29 @163
+@1806 := @96 @1805
+@1808 := @143 (@1806 @36)
+@1814 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1804) -> (hs : @225) -> @1808 @171
+@1815 := @1803 @31
+@1820 := {vs : @147} -> {ts : @148} -> (h : @1639) -> (hs : @225) -> @1768 @260
+@1821 := @1815 @1659
+@1822 := @1791 @40
+@1823 := @1666 @1783
+@1828 := {ts : @148} -> (h : @1643) -> (hs : @1822) -> @143 @1823 @260
+@1829 := @1821 @113
+@1830 := @1664 @1790
+@1831 := @143 @1830
+@1834 := (h : @1647) -> (hs : @1798) -> @1831 @114
+@1835 := @1829 @1645
+@1836 := @1662 @1796
+@1838 := @143 @1836 @114
+@1839 := (hs : @1802) -> @1838
+@1840 := @1835 @1800
+@1842 := @143 @1661 @114
+@1843 := @221 @1640
+@1844 := @13 @1765
+@1845 := @1844 @38
+@1846 := #9
+@1847 := @29 @1846
+@1848 := @96 @1847
+@1850 := @143 (@1848 @36)
+@1856 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1845) -> (hs : @225) -> @1850 @171
+@1857 := @1843 @31
+@1862 := {vs : @147} -> {ts : @148} -> (h : @1635) -> (hs : @225) -> @1808 @260
+@1863 := @1857 @1661
+@1864 := @1831 @40
+@1865 := @1766 @1823
+@1870 := {ts : @148} -> (h : @1639) -> (hs : @1864) -> @143 @1865 @260
+@1871 := @1863 @114
+@1872 := @1666 @1830
+@1873 := @143 @1872
+@1876 := (h : @1643) -> (hs : @1838) -> @1873 @115
+@1877 := @1871 @1641
+@1878 := @1664 @1836
+@1880 := @143 @1878 @115
+@1881 := (hs : @1842) -> @1880
+@1882 := @1877 @1840
+@1884 := @143 @1663 @115
+@1885 := @221 @1636
+@1886 := @13 @1805
+@1887 := @1886 @38
+@1888 := #10
+@1889 := @29 @1888
+@1890 := @96 @1889
+@1892 := @143 (@1890 @36)
+@1898 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1887) -> (hs : @225) -> @1892 @171
+@1899 := @1885 @31
+@1900 := @1844 @31
+@1905 := {vs : @147} -> {ts : @148} -> (h : @1900) -> (hs : @225) -> @1850 @260
+@1906 := @1899 @1663
+@1907 := @1873 @40
+@1908 := @1806 @1865
+@1913 := {ts : @148} -> (h : @1635) -> (hs : @1907) -> @143 @1908 @260
+@1914 := @1906 @115
+@1915 := @1766 @1872
+@1916 := @143 @1915
+@1919 := (h : @1639) -> (hs : @1880) -> @1916 @116
+@1920 := @1914 @1637
+@1921 := @1666 @1878
+@1923 := @143 @1921 @116
+@1924 := (hs : @1884) -> @1923
+@1925 := @1920 @1882
+@1927 := @143 @1665 @116
+@1928 := @221 @1632
+@1930 := @13 @1847 @38
+@1931 := #11
+@1932 := @29 @1931
+@1933 := @96 @1932
+@1941 := {t : @92} ->
+  {vs : @147} -> {ts : @148} -> (h : @1930) -> (hs : @225) -> @143 (@1933 @36) @171
+@1942 := @1928 @31
+@1948 := {vs : @147} -> {ts : @148} -> (h : @1886 @31) -> (hs : @225) -> @1892 @260
+@1949 := @1942 @1665
+@1950 := @1916 @40
+@1951 := @1848 @1908
+@1952 := @143 @1951
+@1956 := {ts : @148} -> (h : @1900) -> (hs : @1950) -> @1952 @260
+@1957 := @1949 @116
+@1958 := @1806 @1915
+@1959 := @143 @1958
+@1962 := (h : @1635) -> (hs : @1923) -> @1959 @117
+@1963 := @1957 @1633
+@1964 := @1766 @1921
+@1965 := @143 @1964
+@1967 := (hs : @1927) -> @1965 @117
+@1968 := @1963 @1925
+@1969 := @143 @1667
+@1970 := @1969 @117
+@1971 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.denote
+@1977 := @1971 @149 @151 @153 @36 @38 @40
+@1978 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.__fits_0
+@1984 := @1978 @149 @151 @153 @36 @38 @40
+@1992 := @29 (Reasoning.Main.gradeLevel @149 @151 @153 @36 @38 @40)
+@1999 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.root @149 @151 @153 @36 @38 @40
+@2000 := Bool
+@2001 := Ne.{1}
+@2002 := LexLeanPreservation.Obs
+@2003 := @2001 @2002
+@2004 := LexLeanPreservation.Rel
+@2007 := @2003 (@2004 @40 @4)
+@2008 := LexLeanPreservation.Obs.stuck
+@2011 := (f : @2000) -> (v : @91) -> @2007 @2008
+@2013 := LexLeanPreservation.Rust.rel_ne_stuck @1984
+@2024 := (v : @91) -> @2003 (@2004 (@1978 @157 @149 @151 @153 @36 @38) @4) @2008
+@2025 := @2013 @1992
+@2029 := @2003 (@2004 @1984 @1992) @2008
+@2030 := @146 @1670
+@2031 := LexLeanPreservation.Rust.FunSem
+@2037 := (n : @35) -> @2031 @1846 @163 @157 @4 @149
+@2038 := @596 @1701
+@2039 := @595 @2038
+@2046 := LexLeanRuntime.index (@146 @1701) @1701 (LexLeanRuntime.instIndexableList @1701)
+@2050 := @2039 (@2046 (@1702 @1846) @149)
+@2051 := @604 @1701
+@2052 := @2051 @151
+@2053 := @2050 @2052
+@2057 := @118 @1888 @1846 @163 @151
+@2058 := LexLeanTarget.TargetSyntax.Function.types
+@2059 := @2058 @149
+@2060 := @2057 @2059
+@2061 := @596 @2030
+@2062 := @595 @2061
+@2063 := LexLeanTarget.TargetSemantics.bindAll
+@2064 := LexLeanTarget.TargetSyntax.Function.parameters
+@2069 := @2062 (@2063 (@2064 @157) @149 @1686)
+@2070 := @604 @2030
+@2071 := @2070 @151
+@2072 := @2069 @2071
+@2073 := @596 @2000
+@2074 := @595 @2073
+@2075 := LexLeanPreservation.Rust.fnFallible
+@2078 := @2074 (@2075 @1931 @1846)
+@2079 := @604 @2000
+@2080 := @2079 @151
+@2081 := @2078 @2080
+@2082 := LexLeanPreservation.RunConv
+@2083 := #13
+@2087 := @2082 @2083 @1888 @163 @151
+@2089 := @2003 @149 @2008
+@2090 := Exists.{1}
+@2091 := LexLeanPreservation.Rust.ROut
+@2092 := @2090 @2091
+@2093 := And
+@2094 := LexLeanPreservation.Rust.RealizesFn
+@2098 := @2093 (@2094 @1846 @163 @4)
+@2099 := LexLeanPreservation.Rust.RCI
+@2100 := #15
+@2101 := @2099 @2100
+@2102 := LexLeanPreservation.Rust.fnIdent
+@2103 := @2102 @2083
+@2110 := (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2101 @2103 @1931 @4))
+@2125 := {p : @32} ->
+  {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2037) ->
+  (hfn : @2053) -> (hwt : @2060) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2087) -> @2110
+@2127 := LexLeanPreservation.Rust.compose @0
+@2128 := @2031 @0
+@2133 := (n : @35) -> @2128 @163 @157 @4 @149
+@2134 := @2046 @1703
+@2137 := @2039 (@2134 @149) @2052
+@2141 := @129 @1846 @163 @151 @2059
+@2142 := @2082 @0
+@2145 := @2142 @1888 @163 @151
+@2159 := {c : @33} ->
+  {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2133) ->
+  (hfn : @2137) -> (hwt : @2141) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2145) -> @2110
+@2160 := @2127 @1
+@2161 := @2128 @1
+@2165 := (n : @35) -> @2161 @157 @4 @149
+@2168 := @137 @163 @151 @2059
+@2169 := @2075 @1
+@2172 := @2074 (@2169 @1846) @2080
+@2173 := @2099 @1
+@2183 := (hbind : @2072) ->
+  (hF : @2172) ->
+  (hA : @2145) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2173 @2103 @1931 @4))
+@2193 := {A : @34} ->
+  {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} -> {o : @2002} -> (hB : @2165) -> (hfn : @2137) -> (hwt : @2168) -> @2183
+@2194 := @2160 @2
+@2196 := @2161 @2 @4
+@2198 := (n : @35) -> @2196 @149
+@2199 := @143 @151
+@2200 := @2199 @2059
+@2209 := {f : @35} ->
+  {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} -> {o : @2002} -> (hB : @2198) -> (hfn : @2137) -> (hwt : @2200) -> @2183
+@2210 := @2194 @9
+@2212 := (n : @35) -> @2196 @9
+@2213 := @2134 @9
+@2214 := @2039 @2213
+@2215 := @2214 @2052
+@2216 := @2169 @9
+@2217 := @2074 @2216
+@2218 := @2217 @2080
+@2219 := @2142 @9
+@2221 := @2219 @163 @151
+@2223 := @2173 (@2102 @9)
+@2231 := (hF : @2218) ->
+  (hA : @2221) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2223 @1931 @4))
+@2240 := {fn : @1701} ->
+  {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} -> (hB : @2212) -> (hfn : @2215) -> (hwt : @2200) -> (hbind : @2072) -> @2231
+@2241 := @2210 @1719
+@2243 := @2214 (@2051 @1719)
+@2244 := @2058 @1719
+@2245 := @2199 @2244
+@2247 := @2063 (@2064 @1719)
+@2259 := {args : @147} ->
+  {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) -> (hwt : @2245) -> (hbind : @2062 (@2247 @149 @1686) @2071) -> @2231
+@2260 := @2241 @1667
+@2266 := @1933 (@1890 (@1848 (@1806 (@1766 (@1666 @95)))))
+@2268 := @143 @2266 @2244
+@2269 := #12
+@2271 := @96 (@29 @2269)
+@2277 := @2271 (@1933 (@1890 (@1848 (@1806 (@1766 @95)))))
+@2281 := @2062 (@2247 @2277 @1686) @2071
+@2282 := #14
+@2284 := @96 (@29 @2282)
+@2286 := @96 (@29 @2083)
+@2292 := @2284 (@2286 (@2271 (@1933 (@1890 (@1848 @95)))))
+@2294 := @2219 @2292 @151
+@2297 := @96 (@29 #17)
+@2300 := @96 (@29 #16)
+@2302 := @96 (@29 @2100)
+@2323 := {env : @2030} ->
+  {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2268) ->
+  (hbind : @2281) ->
+  (hF : @2218) ->
+  (hA : @2294) ->
+  (hne : @2089) ->
+  @2092 (fun (ro : @2091) => @2098 (@2223 (@2297 (@2300 (@2302 (@2284 (@2286 (@2271 @95)))))) @4))
+@2324 := @2260 @1699
+@2330 := @1890 (@1848 (@1806 (@1766 (@1666 (@1664 @95)))))
+@2332 := @143 @2330 @2244
+@2355 := @2062
+    (@2247 @2266 @1686)
+    (@2070
+      (@1687
+        (@1674 @1632)
+        (@1687
+          (@1676 @1765)
+          (@1687
+            (@1678 @1805)
+            (@1687 (@1680 @1847) (@1687 (@1682 @1889) (@1687 (@1684 @1932) @1686)))))))
+@2361 := @2286 (@2271 (@1933 (@1890 (@1848 (@1806 @95)))))
+@2383 := {F : @2000} ->
+  {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2332) ->
+  (hbind : @2355) ->
+  (hF : @2218) ->
+  (hA : @2219 @2361 @151) ->
+  (hne : @2089) ->
+  @2092 (fun (ro : @2091) => @2098 (@2223 (@2300 (@2302 (@2284 (@2286 (@2271 (@1933 @95)))))) @4))
+@2384 := @2324 @1700
+@2385 := @1952 @2244
+@2408 := @2062
+    (@2247 @2330 @1686)
+    (@2070
+      (@1687
+        (@1674 @1636)
+        (@1687
+          (@1676 @1632)
+          (@1687
+            (@1678 @1765)
+            (@1687 (@1680 @1805) (@1687 (@1682 @1847) (@1687 (@1684 @1889) @1686)))))))
+@2410 := @2217 (@2079 @1700)
+@2412 := @2219 @2277 @151
+@2413 := @2094 @1700
+@2435 := {o : @2002} ->
+  (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2385) ->
+  (hbind : @2408) ->
+  (hF : @2410) ->
+  (hA : @2412) ->
+  (hne : @2089) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 @163 @4) (@2223 (@2302 (@2284 (@2286 (@2271 (@1933 (@1890 @95)))))) @4))
+@2436 := @2384 @1977
+@2437 := @1959 @2244
+@2460 := @2062
+    (@2247 @1951 @1686)
+    (@2070
+      (@1687
+        (@1674 @1640)
+        (@1687
+          (@1676 @1636)
+          (@1687
+            (@1678 @1632)
+            (@1687 (@1680 @1765) (@1687 (@1682 @1805) (@1687 (@1684 @1847) @1686)))))))
+@2461 := @2219 @2266
+@2467 := @1971 @1931 @1888 @1846 @163 @157 @149
+@2468 := @2461 @2467
+@2474 := @1971 @2269 @1931 @1888 @1846 @163 @157
+@2497 := (hB : @2212) ->
+  (hfn : @2243) ->
+  (hwt : @2437) ->
+  (hbind : @2460) ->
+  (hF : @2410) ->
+  (hA : @2468) ->
+  (hne : @2003 @2474 @2008) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 (@1971 @2282 @2083 @2269 @1931 @1888 @1846) @4) (@2223 @2292 @4))
+@2498 := @2436 @1723
+@2499 := @1965 @2244
+@2522 := @2062
+    (@2247 @1958 @1686)
+    (@2070
+      (@1687
+        (@1674 @1644)
+        (@1687
+          (@1676 @1640)
+          (@1687
+            (@1678 @1636)
+            (@1687 (@1680 @1632) (@1687 (@1682 @1765) (@1687 (@1684 @1805) @1686)))))))
+@2523 := @2219 @2330
+@2529 := @1971 @1888 @1846 @163 @157 @149 @151
+@2552 := (hfn : @2243) ->
+  (hwt : @2499) ->
+  (hbind : @2522) ->
+  (hF : @2410) ->
+  (hA : @2523 @2529) ->
+  (hne : @2003 @2467 @2008) ->
+  @2092
+    (fun (ro : @2091) =>
+    @2093 (@2413 (@1971 @2083 @2269 @1931 @1888 @1846 @163) @4) (@2223 @2361 @4))
+@2555 := @2498 (@704 @2038 @2213)
+@2556 := @1969 @2244
+@2579 := @2062
+    (@2247 @1964 @1686)
+    (@2070
+      (@1687
+        (@1674 @1648)
+        (@1687
+          (@1676 @1644)
+          (@1687
+            (@1678 @1640)
+            (@1687 (@1680 @1636) (@1687 (@1682 @1632) (@1687 (@1684 @1765) @1686)))))))
+@2580 := @2219 @1951
+@2586 := @1971 @1846 @163 @157 @149 @151 @153
+@2602 := (hwt : @2556) ->
+  (hbind : @2579) ->
+  (hF : @2410) ->
+  (hA : @2580 @2586) ->
+  (hne : @2003 @2529 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2474 @4) (@2223 @2277 @4))
+@2603 := @2555 @1968
+@2605 := @2247 @1667 @1686
+@2608 := @2062 @2605 (@2070 @1699)
+@2609 := @2219 @1958
+@2615 := @1971 @163 @157 @149 @151 @153 @36
+@2630 := (hbind : @2608) ->
+  (hF : @2410) ->
+  (hA : @2609 @2615) ->
+  (hne : @2003 @2586 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2467 @4) (@2223 @2266 @4))
+@2633 := @2603 (@704 @2061 @2605)
+@2634 := @2219 @1964
+@2640 := @1971 @157 @149 @151 @153 @36 @38
+@2654 := (hF : @2410) ->
+  (hA : @2634 @2640) ->
+  (hne : @2003 @2615 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2529 @4) (@2223 @2330 @4))
+@2657 := @2633 (@704 @2073 @2216)
+@2671 := (hA : @2219 @1667 @1977) ->
+  (hne : @2003 @2640 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2586 @4) (@2223 @1951 @4))
+@2672 := @2657 @1999
+@2683 := (hne : @2003 @1977 @2008) ->
+  @2092 (fun (ro : @2091) => @2093 (@2413 @2615 @4) (@2223 @1958 @4))
+@2684 := @2672 @2025
+@2690 := @2093 (@2413 @2640 @4) (@2223 @1964 @4)
+@2692 := @2092 (fun (ro : @2091) => @2690)
+@2694 := @2092 (fun (__e_ro : @2091) => @2690)
+@2703 := LexLeanPreservation.Rust.RepresentableL
+    (@1664 (@1662 (@1660 (@1658 (@1656 (@96 @42 @95))))))
+@2704 := (__e_hrep : @2703) -> @2694
+@2705 := fun (__e_hrep : @2703) => @2684
+@2706 := (infection : @35) -> @2704
+@2707 := fun (infection : @35) => @2705
+@2708 := (systolic : @35) -> @2706
+@2709 := fun (systolic : @35) => @2707
+@2710 := (whiteCells : @35) -> @2708
+@2711 := fun (whiteCells : @35) => @2709
+@2712 := (respiratoryRate : @35) -> @2710
+@2713 := fun (respiratoryRate : @35) => @2711
+@2714 := (heartRate : @35) -> @2712
+@2715 := fun (heartRate : @35) => @2713
+@2716 := (temperature : @35) -> @2714
+@2717 := fun (temperature : @35) => @2715
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/RustCore.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/RustCore.lean
new file mode 100644
index 000000000..d8f931617
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/RustCore.lean
@@ -0,0 +1,352 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
+    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
+    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
+      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
+      body := (.call 8 [(.var 1)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
+      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
+    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 19 [(.var 0)])), (.arm (.adt 1) [] (.call 20 [(.var 0)])), (.arm (.adt 2) [] (.call 21 [(.var 0)])), (.arm (.adt 3) [] (.call 22 [(.var 0)])), (.arm (.adt 4) [] (.call 23 [(.var 0)])), (.arm (.adt 5) [] (.call 24 [(.var 0)])), (.arm (.adt 6) [] (.call 25 [(.var 0)])), (.arm (.adt 7) [] (.call 26 [(.var 0)]))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 27 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := .bool,
+      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 32 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
+      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
+    { parameters := [0], types := [(.adt 0)], result := .bool,
+      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
+    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
+      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .core, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 1) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.adt 2) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
+    (.enum (.fn 0) [{ number := 5, fields := [] }]) ::
+    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 5, captures := [], functionFallible := true }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
+    (.function (.generated .function 7) [{ pattern := .wild, type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.option .nat) (.mk [] (.call (.function 8) [(.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 11))]) (.mk [] (.move (.generated .part 11))))])]))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 19) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 23) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false)))]))) ::
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 21)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 20)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 20))))])), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [] (.call (.function 27) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 23)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 23))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 25)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 27)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 27))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 29)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 28)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 28))))])), (.mk (.bind (.generated .operand 30)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 31)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 31))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 33)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 32)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 35)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 37)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false) (.mk [(.mk (.bind (.generated .operand 49)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 52)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51)), .wild, .wild]) (.mk [] (.move (.generated .part 51))))])), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false) (.mk [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false) (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 63)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 62)), .wild]) (.mk [] (.move (.generated .part 62))))])), (.mk (.bind (.generated .operand 64)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] false) (.mk [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 70)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 69))]) (.mk [] (.move (.generated .part 69))))])), (.mk (.bind (.generated .operand 71)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 70)), (.move (.generated .operand 71))] false) (.mk [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 32) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
+    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 91)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 92)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 90)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 90))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false))) ::
+    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 94)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 95)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 93)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 93))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false))) ::
+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 97)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 98)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 96)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 96))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false))) ::
+    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 100)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 101)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 99)), .wild, .wild]) (.mk [] (.move (.generated .part 99))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false))) ::
+    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))])), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false))) ::
+    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 105)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 106)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 106))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 107)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 107))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 109)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 109))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 110)), .wild, .wild]) (.mk [] (.move (.generated .part 110))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 111)), .wild]) (.mk [] (.move (.generated .part 111))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 112))]) (.mk [] (.move (.generated .part 112))))])]))) ::
+    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 113)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 113))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120))]) (.mk [] (.move (.generated .part 120))))])]))) ::
+    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 121)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 121))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128))]) (.mk [] (.move (.generated .part 128))))])]))) ::
+    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 129)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 129))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136))]) (.mk [] (.move (.generated .part 136))))])]))) ::
+    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 137)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])]))) ::
+    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 145)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152))]) (.mk [] (.move (.generated .part 152))))])]))) ::
+    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 153)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 153))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])]))) ::
+    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.adt 1)) (.mk [] (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 161)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 161))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild]) (.mk [] (.move (.generated .part 168))))]), (.block (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] true)))])))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 6)))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.move (.generated .binding 1))] false), [(1, (.adt 1), (some 1)), (0, (.adt 0), none)], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 11))]) (.mk [] (.move (.generated .part 11))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 11))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 11) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 0) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 1) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 2), (some 2)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 2) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(3, (.adt 2), (some 3)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 3) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 4) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(5, (.adt 2), (some 5)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 5) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 2), (some 6)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 6) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) []))))) (Corr.mCons (Γ' := [(7, (.adt 2), (some 7)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 18) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 2)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 19) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 23) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 2)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 19) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 23) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 21)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 20)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 20))))])), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [] (.call (.function 27) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 23)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 23))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 21)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 20)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 20))))])), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 20))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 27) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 23)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 23))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 23))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 25)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 27)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 27))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 25)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 24))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 27)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 27))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 27))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 29)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 28)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 28))))])), (.mk (.bind (.generated .operand 30)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 31)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 31))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 29)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 28)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 28))))])), (.mk (.bind (.generated .operand 30)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 28))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 31)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 31))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 31))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 33)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 32)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 35)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 33)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 32)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 35)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 35))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 37)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false) (.mk [(.mk (.bind (.generated .operand 49)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 37)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 49)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 39))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 43))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 46))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 52)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51)), .wild, .wild]) (.mk [] (.move (.generated .part 51))))])), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false) (.mk [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false) (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 52)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51)), .wild, .wild]) (.mk [] (.move (.generated .part 51))))])), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 51))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false) (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 54))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))]) (tail := (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 57))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 58))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 63)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 62)), .wild]) (.mk [] (.move (.generated .part 62))))])), (.mk (.bind (.generated .operand 64)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] false) (.mk [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 63)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 62)), .wild]) (.mk [] (.move (.generated .part 62))))])), (.mk (.bind (.generated .operand 64)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 62))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 65))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 68))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 70)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 69))]) (.mk [] (.move (.generated .part 69))))])), (.mk (.bind (.generated .operand 71)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 70)), (.move (.generated .operand 71))] false) (.mk [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 70)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 69))]) (.mk [] (.move (.generated .part 69))))])), (.mk (.bind (.generated .operand 71)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 70)), (.move (.generated .operand 71))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 69))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 72))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 75))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 78))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 84))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 32) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 11) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 32) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 91)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 92)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 90)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 90))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 90))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 94)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 95)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 93)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 93))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 97)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 98)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 96)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 96))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun30 : FunOK program krate flags 30 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 100)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 101)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 99)), .wild, .wild]) (.mk [] (.move (.generated .part 99))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 99))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun31 : FunOK program krate flags 31 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))])), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun32 : FunOK program krate flags 32 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 105)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 106)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 106))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 107)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 107))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 109)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 109))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 110)), .wild, .wild]) (.mk [] (.move (.generated .part 110))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 111)), .wild]) (.mk [] (.move (.generated .part 111))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 112))]) (.mk [] (.move (.generated .part 112))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 105))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 106))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 107))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 108))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 109))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 110))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 112))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun33 : FunOK program krate flags 33 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 113)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 113))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120))]) (.mk [] (.move (.generated .part 120))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 113))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 116))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 120))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun34 : FunOK program krate flags 34 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 121)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 121))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128))]) (.mk [] (.move (.generated .part 128))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 121))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 124))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 128))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun35 : FunOK program krate flags 35 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 129)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 129))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136))]) (.mk [] (.move (.generated .part 136))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 129))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 132))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 133))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 135))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 136))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun36 : FunOK program krate flags 36 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 137)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 138))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 139))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 140))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 141))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 143))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun37 : FunOK program krate flags 37 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 145)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152))]) (.mk [] (.move (.generated .part 152))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 146))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 150))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 151))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun38 : FunOK program krate flags 38 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 153)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 153))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 154))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 155))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 157))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 158))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
+
+theorem fun39 : FunOK program krate flags 39 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 161)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 161))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild]) (.mk [] (.move (.generated .part 168))))]), (.block (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] true)))])), [(0, (.adt 1), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 162))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 164))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 165))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 167))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 168))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | 30 => exact fun30
+  | 31 => exact fun31
+  | 32 => exact fun32
+  | 33 => exact fun33
+  | 34 => exact fun34
+  | 35 => exact fun35
+  | 36 => exact fun36
+  | 37 => exact fun37
+  | 38 => exact fun38
+  | 39 => exact fun39
+  | _ + 40 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6.lean
new file mode 100644
index 000000000..8bd67f958
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6.lean
@@ -0,0 +1,283 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat]] },
+    { constructors := [[(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]] },
+    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
+    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result .nat (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result .nat (.pair .bool .bool)) [(.var 2)]))]) },
+    { parameters := [0], types := [.nat], result := (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 1) [(.arm .some [2] (.build .ok (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 2)])]))])) },
+    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
+      body := (.call 5 [(.closure 6 [(.var 0)]), (.value .nat (.nat 8)), (.call 7 [(.var 0)])]) },
+    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
+      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) },
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.call 8 [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [.nat], result := (.adt 1),
+      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 []), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.build .none (.option (.pair .nat (.adt 2))) []), (.prim .natLt [(.value .nat (.nat 3)), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) },
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.field (.var 1) 1) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 12 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.build .some (.option (.pair .nat (.adt 2))) [(.build .pair (.pair .nat (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 2), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 1), (.field (.field (.var 1) 3) 2), (.field (.field (.var 1) 3) 3), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 13 [(.var 3)]) (.«let» 7 (.list (.adt 2)) (.var 6) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 7), (.var 4)]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 14 []), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.build .none (.option (.pair .nat (.adt 2))) []), (.cond (.field (.var 1) 2) (.build .true .bool []) (.prim .natLt [(.value .nat (.nat 3)), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 1), (.call 15 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 3) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 3) 5))])])]))))))]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
+    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.var 0), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 16 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 17 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.call 18 [(.var 0)]) },
+    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
+      body := (.prim .length [(.call 19 [(.var 0)])]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.build .some (.option .nat) [(.second (.var 0))]) (.build .none (.option .nat) [])) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) },
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.call 20 [(.closure 21 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 19 [(.field (.var 0) 0)])]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.«let» 1 .nat (.first (.var 0)) (.«let» 2 (.list .nat) (.call 22 [(.var 1)]) (.cond (.call 23 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.call 24 [(.var 0), (.var 1), (.var 2)]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.call 25 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
+      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [2] (.call 27 [(.var 0), (.var 2)]))]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 28 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 29 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.cond (.prim .natEq [(.second (.var 0)), (.value .nat (.nat 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.var 1)]) }] }
+
+def __enc_0 : (Reasoning.Screening.Screen.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Reasoning.Screening.Screen.Step.Propose __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
+
+def __enc_2 (__s : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (__s).state), ((_root_.LexLeanPreservation.encList __enc_0) (__s).trace)]
+
+def __enc_3 (__s : (Reasoning.Screening.Screen.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
+
+def __enc_1 (__s : (Reasoning.Screening.Screen.Search)) : _root_.LexLeanTarget.TargetSyntax.Value :=
+  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList __enc_2) (__s).frontier), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat __enc_2)) (__s).found), (_root_.LexLeanTarget.TargetSyntax.Value.bool (__s).truncated), (__enc_3 (__s).ledger)]
+
+def __fits_16 (pick : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (pick).2) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_16 (pick : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) pick)] (_root_.LexLeanPreservation.Rel (__fits_16 pick) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.extract pick))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((pick).2) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) (pick).2) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (pick).2)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_17 (w : Nat) (r : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (r + r) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_17 (w : Nat) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 17 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_17 w r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.safeCheck w r))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd r r)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (r + r) w))
+
+def __fits_12 (w : Nat) (_ys : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (match (Reasoning.Screening.Screen.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (w) (_yv))) && (if (Reasoning.Screening.safeCheck (w) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Screening.Screen.extract Reasoning.Screening.safeCheck in
+theorem __rel_12 (w : Nat) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 12 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_12 w _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.accept w _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (w) (_yv))) && (if (Reasoning.Screening.safeCheck (w) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Screening.safeCheck (w) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Screening.Screen.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Screening.safeCheck (w) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_17 (w) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_25 (w : Nat) : Bool :=
+  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_25 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 25 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_25 w) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseCandidates w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (10 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (20 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (30 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (50 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_22 (_yinput : Nat) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_25 (_yinput)))
+
+attribute [local irreducible] Reasoning.Screening.DoseCandidates in
+theorem __rel_22 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 22 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_22 _yinput) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseModel _yinput))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_yinput)))
+
+def __fits_23 (w : Nat) (doses : (List Nat)) : Bool :=
+  ((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (doses) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_23 (w : Nat) (doses : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 23 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)] (_root_.LexLeanPreservation.Rel (__fits_23 w doses) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.shortCheck w doses))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (_root_.LexLeanRuntime.length (doses) : Nat) (4 : Nat)))
+
+def __fits_19 (s : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (let _ychecked1_input : Nat := (s).1; (((Bool.true && Bool.true) && (__fits_22 (_ychecked1_input))) && (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_23 (_ychecked1_input) (_ychecked1_output))) && (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))))) && (match (let _ychecked1_input : Nat := (s).1; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Screening.DoseModel Reasoning.Screening.shortCheck in
+theorem __rel_19 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 19 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Propose.candidates s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (match __a with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Except.ok proposed => proposed | Except.error refusal => ([] : List Nat))) (let _ychecked1_input : Nat := (s).1; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) (let _ychecked1_input : Nat := (s).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat))))) (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_23 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) _ => match __a with | Except.ok proposed => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error refusal => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)))))
+
+def __fits_28 (s : (Prod Nat Nat)) (d : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).2 (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_28 (s : (Prod Nat Nat)) (d : Nat) : _root_.LexLeanPreservation.FunRel __prog 28 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat d)] (_root_.LexLeanPreservation.Rel (__fits_28 s d) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.Propose.guard s d))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.blt (0 : Nat) d))) (Nat.beq (s).2 (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).2 (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) d))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_29 (s : (Prod Nat Nat)) (d : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_29 (s : (Prod Nat Nat)) (d : Nat) : _root_.LexLeanPreservation.FunRel __prog 29 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat d)] (_root_.LexLeanPreservation.Rel (__fits_29 s d) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Propose.conclusion s d))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_27 (s : (Prod Nat Nat)) (d : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_28 (s) (d))) && (if (Reasoning.Screening.Propose.guard (s) (d)) then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_29 (s) (d))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Screening.Propose.conclusion Reasoning.Screening.Propose.guard in
+theorem __rel_27 (s : (Prod Nat Nat)) (d : Nat) : _root_.LexLeanPreservation.FunRel __prog 27 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat d)] (_root_.LexLeanPreservation.Rel (__fits_27 s d) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Screening.Propose.apply s d))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_29 (s) (d))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Screening.Propose.conclusion (s) (d))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Screening.Propose.guard (s) (d)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_28 (s) (d))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_29 (s) (d))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Screening.Screen.Step)) : Bool :=
+  (Bool.true && (match _ystep with | Reasoning.Screening.Screen.Step.Propose _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_27 (_ys) (_yb)))))
+
+attribute [local irreducible] Reasoning.Screening.Propose.apply in
+theorem __rel_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Screening.Screen.Step)) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), (__enc_0 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_26 _ys _ystep) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Screening.Screen.fire _ys _ystep))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Reasoning.Screening.Screen.Step)) => (match __a with | Reasoning.Screening.Screen.Step.Propose _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_27 (_ys) (_yb))))) (fun (__a : (Reasoning.Screening.Screen.Step)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Reasoning.Screening.Screen.Step.Propose _yb => (Reasoning.Screening.Propose.apply (_ys) (_yb)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Screening.Screen.Step)) _ => match __a with | Reasoning.Screening.Screen.Step.Propose _yb => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_27 (_ys) (_yb))))))
+
+def __fits_24 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : Bool :=
+  (((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step))))) && (match (Reasoning.Screening.Screen.fire ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)))) with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Screening.Screen.fire in
+theorem __rel_24 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_24 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Screening.Screen.Propose.collect _ynode _yacc _yb))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => _yacc | Option.some _yt => (_root_.LexLeanRuntime.append (_yacc) ((({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)) :: ([] : List (Reasoning.Screening.Screen.Step)))) : (List (Reasoning.Screening.Screen.Step))) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))))) (Reasoning.Screening.Screen.fire ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)) :: ([] : List (Reasoning.Screening.Screen.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)) :: ([] : List (Reasoning.Screening.Screen.Step)))) : (List (Reasoning.Screening.Screen.Step))) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))))))))
+
+def __fits_21 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_24 (_ynode) (_yacc) (_yb)))
+
+attribute [local irreducible] Reasoning.Screening.Screen.Propose.collect in
+theorem __rel_21 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_21 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) ((Reasoning.Screening.Screen.Propose.collect (_ynode) (_yacc) (_yb))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_24 (_ynode) (_yacc) (_yb)))
+
+def __fits_18 (_ynode : (Reasoning.Screening.Screen.Node)) : Bool :=
+  (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_19 ((_ynode).state))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : Nat) => __fits_21 (_ynode) __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) => (Reasoning.Screening.Screen.Propose.collect (_ynode) (_yacc) (_yb)))) (([] : List (Reasoning.Screening.Screen.Node))) ((Reasoning.Screening.Propose.candidates ((_ynode).state)))))
+
+attribute [local irreducible] Reasoning.Screening.Propose.candidates Reasoning.Screening.Screen.Propose.collect in
+theorem __rel_18 (_ynode : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_18 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Screening.Screen.Propose.successors _ynode))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) => (Reasoning.Screening.Screen.Propose.collect (_ynode) (_yacc) (_yb)))) (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : Nat) => __fits_21 (_ynode) __p0 __p1) 21 [(__enc_2 _ynode)] (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : Nat) => __rel_21 (_ynode) __p0 __p1) (p := __prog) (fi := 20) (ta := .nat) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Screening.Screen.Node))) ((Reasoning.Screening.Propose.candidates ((_ynode).state)))))
+
+def __fits_13 (_ynode : (Reasoning.Screening.Screen.Node)) : Bool :=
+  ((Bool.true && Bool.true) && (__fits_18 (_ynode)))
+
+attribute [local irreducible] Reasoning.Screening.Screen.Propose.successors in
+theorem __rel_13 (_ynode : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_13 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Screening.Screen.successors _ynode))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ynode)))
+
+def __fits_14 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : Bool :=
+  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
+
+theorem __rel_14 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_14 _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Screening.Screen.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
+
+def __fits_15 (_ys : (Prod Nat Nat)) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_19 (_ys))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((Reasoning.Screening.Propose.candidates (_ys))) : Nat) 18446744073709551616))
+
+attribute [local irreducible] Reasoning.Screening.Propose.candidates in
+theorem __rel_15 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_15 _ys) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Screening.Screen.attempts _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Propose.candidates (_ys))))
+
+def __fits_8 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : Bool :=
+  (Bool.true && (match (_yr).found with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) ((_ynode).state))) && (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true)))))))))))))))
+
+attribute [local irreducible] Reasoning.Screening.Screen.accept Reasoning.Screening.Screen.attempts Reasoning.Screening.Screen.successors in
+theorem __rel_8 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_8 w _yr) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Screening.Screen.searchStep w _yr))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat __enc_2)) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (match __a with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) ((_ynode).state))) && (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true))))))))))))))) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yhit => (Option.none : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (match (_yr).frontier with | List.nil => (Option.none : (Option (Reasoning.Screening.Screen.Search))) | List.cons _ynode _yrest => (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, found := (Option.some ((_yv, _ynode)) : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); (Option.some (({ frontier := _ynext, found := (Option.none : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := ((_yr).truncated || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))))))))))) (_yr).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList __enc_2) (fun (__a : (List (Reasoning.Screening.Screen.Node))) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) ((_ynode).state))) && (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true))))))))))))) (fun (__a : (List (Reasoning.Screening.Screen.Node))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | List.nil => (Option.none : (Option (Reasoning.Screening.Screen.Search))) | List.cons _ynode _yrest => (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, found := (Option.some ((_yv, _ynode)) : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); (Option.some (({ frontier := _ynext, found := (Option.none : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := ((_yr).truncated || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search)))))))))) (_yr).frontier (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (List (Reasoning.Screening.Screen.Node))) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | List.cons _ynode _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true))))))))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yv => (Option.some (({ frontier := _yrest, found := (Option.some ((_yv, _ynode)) : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); (Option.some (({ frontier := _ynext, found := (Option.none : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := ((_yr).truncated || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))))))))) (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_12 (w) ((_ynode).state))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (_ynode))) (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yfresh _yrest)) (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) 14 [] (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __rel_14 __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat)))) (_yr).truncated (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yordered)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).attempts (Reasoning.Screening.Screen.attempts ((_ynode).state)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ysuccessors)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).firings (_root_.LexLeanRuntime.length (_ysuccessors) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).expansions (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier)) (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext))) (fun _ => (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl))) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))))))))))))))
+
+def __fits_6 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (w) (_yr)))
+
+attribute [local irreducible] Reasoning.Screening.Screen.searchStep in
+theorem __rel_6 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_6 w _yr) ((_root_.LexLeanPreservation.encOption __enc_1) ((Reasoning.Screening.Screen.searchStep (w) (_yr))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (w) (_yr)))
+
+def __fits_10 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : Bool :=
+  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
+
+theorem __rel_10 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_10 _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Screening.Screen.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
+
+def __fits_11 (w : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_11 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_11 w) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.observe w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_7 (w : Nat) : Bool :=
+  (((Bool.true && ((Bool.true && Bool.true) && (((((((Bool.true && Bool.true) && (__fits_11 (w))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_10 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))))) && (let _yfirst : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))); ((Bool.true && ((Bool.true && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yfirst) : Nat) 18446744073709551616)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Screening.Screen.observe in
+theorem __rel_7 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_7 w) (__enc_1 (Reasoning.Screening.Screen.start w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfirst : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (w))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_10 __p0 __p1) 10 [] (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __rel_10 __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (3 : Nat) (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yfirst)) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt))
+
+def __fits_3 (w : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (Bool.true && (((Bool.true && Bool.true) && (__fits_7 (w))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Screening.Screen.Search)) => __fits_6 (w) __p0) ((fun (_yr : (Reasoning.Screening.Screen.Search)) => (Reasoning.Screening.Screen.searchStep (w) (_yr)))) ((8 : Nat)) ((Reasoning.Screening.Screen.start (w)))))
+
+attribute [local irreducible] Reasoning.Screening.Screen.searchStep Reasoning.Screening.Screen.start in
+theorem __rel_3 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_3 w) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Screening.Screen.run w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (w))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (_yr : (Reasoning.Screening.Screen.Search)) => (Reasoning.Screening.Screen.searchStep (w) (_yr)))) (fun (__p0 : (Reasoning.Screening.Screen.Search)) => __fits_6 (w) __p0) 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (fun (__p0 : (Reasoning.Screening.Screen.Search)) => __rel_6 (w) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (_yr : (Reasoning.Screening.Screen.Search)) => (Reasoning.Screening.Screen.searchStep (w) (_yr))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 5) (ts := (.adt 1)) rfl ((8 : Nat)) ((Reasoning.Screening.Screen.start (w)))))
+
+def __fits_4 (_ysaturated : Bool) (_ytruncated : Bool) : Bool :=
+  ((Bool.true && (if _ysaturated then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (if (_ysaturated && (!_ytruncated)) then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
+
+theorem __rel_4 (_ysaturated : Bool) (_ytruncated : Bool) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bool _ysaturated), (_root_.LexLeanTarget.TargetSyntax.Value.bool _ytruncated)] (_root_.LexLeanPreservation.Rel (__fits_4 _ysaturated _ytruncated) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Screening.Screen.failure _ysaturated _ytruncated))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (if __b then ((Bool.false, Bool.true) : (Prod Bool Bool)) else ((Bool.false, Bool.false) : (Prod Bool Bool)))) (_ysaturated && (!_ytruncated)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (!_ytruncated))) _ysaturated (_root_.LexLeanPreservation.conv_var rfl) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot _ytruncated))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))
+
+def __fits_2 (w : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_3 (w))) && (let _yfinal : (Prod (Reasoning.Screening.Screen.Search) Bool) := (Reasoning.Screening.Screen.run (w)); (Bool.true && (match ((_yfinal).1).found with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Screening.Screen.failure Reasoning.Screening.Screen.run in
+theorem __rel_2 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_2 w) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_0))) (Reasoning.Screening.Screen w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Screening.Screen.Search) Bool) := (Reasoning.Screening.Screen.run (w)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (w))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat __enc_2)) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (match __a with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true))) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_0))) (match __a with | Option.some _yhit => (Except.ok (((_yhit).1, ((_yhit).2).trace)) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) | Option.none => (Except.error ((Reasoning.Screening.Screen.failure ((_yfinal).2) (((_yfinal).1).truncated))) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))))) ((_yfinal).1).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 ((_yfinal).2) (((_yfinal).1).truncated))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_1 (w : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_2 (w))) && (match (Reasoning.Screening.Screen (w)) with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true)))
+
+attribute [local irreducible] Reasoning.Screening.Screen in
+theorem __rel_1 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_1 w) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.verdict w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_0))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) => (match __a with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Except.ok _yp => (Except.ok ((_yp).1) : (Except (Prod Bool Bool) Nat)) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Screening.Screen (w)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (w))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) _ => match __a with | Except.ok _yp => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Except.error _ye => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
+
+def __fits_0 (w : Nat) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_1 (w))) && (match (Reasoning.Screening.Screen.verdict (w)) with | Except.ok dose => Bool.true | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Screening.Screen.verdict in
+theorem __rel_0 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.screenDose w))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok dose => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok dose => dose | Except.error failure => (9 : Nat))) (Reasoning.Screening.Screen.verdict (w)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (w))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok dose => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (w : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 w) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.screenDose w)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (w : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.screenDose w))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 w)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..5165ff664
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/Compose/RustStd.lex.tex
@@ -0,0 +1,1218 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_0 : @16 := @367 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_2 : @375 := @849 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_2],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_3 : @857 := @1316 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_3],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_1 : @1324 := @1844 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_1],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.root : @2457 := @2458 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.flags
+@3 := Reasoning.Screening.Screen.Step
+@4 := #0
+@5 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.__enc_0
+@6 := @5 @4
+@7 := LexLeanPreservation.Rust.WT
+@8 := LexLeanTarget.TargetSyntax.Ty.adt
+@9 := 0
+@10 := @8 @9
+@11 := @7 @0
+@12 := @11 @1
+@13 := @12 @2
+@14 := @13 @6
+@15 := @14 @10
+@16 := (__v : @3) -> @15
+@17 := fun (__v : @3) => @15
+@18 := LexLeanTarget.TargetSyntax.Value.nat
+@19 := @18 @4
+@20 := LexLeanTarget.TargetSyntax.Ty.nat
+@21 := LexLeanTarget.TargetSyntax.Program
+@22 := LexLeanPreservation.Rust.RCrate
+@23 := LexLeanPreservation.Rust.Flags
+@24 := Nat
+@25 := #3
+@26 := @7 @25
+@27 := #2
+@28 := @26 @27
+@29 := #1
+@30 := @28 @29
+@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @30 @19 @20
+@38 := LexLeanPreservation.Rust.wt_nat @0
+@40 := @11 @27 @29
+@45 := {c : @22} -> {A : @23} -> (n : @24) -> @40 @19 @20
+@46 := @38 @1
+@47 := @12 @29
+@51 := {A : @23} -> (n : @24) -> @47 @19 @20
+@52 := @46 @2
+@53 := @13 @19
+@54 := @53 @20
+@55 := (n : @24) -> @54
+@56 := @52 @4
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := LexLeanTarget.TargetSyntax.Ty
+@59 := List.nil.{0}
+@60 := List.cons.{0}
+@61 := @59 @57
+@62 := @60 @57
+@64 := @62 @19 @61
+@65 := @59 @58
+@66 := @60 @58
+@67 := @66 @20
+@68 := @67 @65
+@69 := LexLeanPreservation.Rust.WTL
+@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
+@79 := LexLeanPreservation.Rust.wtl_nil @0
+@80 := @69 @0
+@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
+@87 := @79 @1
+@88 := @80 @1
+@92 := {A : @23} -> @88 @4 @61 @65
+@93 := @87 @2
+@94 := @88 @2
+@95 := @94 @61
+@96 := @95 @65
+@97 := List.{0}
+@98 := @97 @57
+@99 := @97 @58
+@100 := #6
+@101 := @7 @100
+@102 := #5
+@103 := @101 @102
+@104 := #4
+@105 := @103 @104
+@107 := @105 @25 @27
+@108 := #7
+@113 := @69 @108 @100 @102 @27 @29
+@114 := #8
+@117 := @69 @114 @108 @100
+@119 := @62 @102 @25
+@120 := @117 @119
+@122 := @66 @104 @27
+@132 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
+@134 := LexLeanPreservation.Rust.wtl_cons @0
+@136 := @11 @102 @104
+@138 := @136 @25 @27
+@142 := @80 @100 @102 @27 @29
+@154 := {c : @22} ->
+  {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
+@155 := @134 @1
+@156 := @12 @104
+@158 := @156 @25 @27
+@161 := @88 @102 @27 @29
+@171 := {A : @23} ->
+  {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
+@172 := @155 @2
+@174 := @13 @25 @27
+@176 := @94 @27 @29
+@184 := {v : @57} ->
+  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
+@185 := @172 @19
+@186 := @18 @25
+@187 := @13 @186
+@188 := @187 @27
+@189 := @18 @102
+@190 := @62 @189
+@192 := @94 (@190 @25)
+@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
+@199 := @185 @20
+@200 := @18 @27
+@202 := @13 @200 @20
+@203 := @18 @104
+@204 := @62 @203
+@206 := @94 (@204 @25)
+@207 := @67 @27
+@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
+@213 := @199 @61
+@214 := @18 @29
+@216 := @13 @214 @20
+@217 := @95 @29
+@219 := @62 @186 @61
+@220 := @94 @219
+@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
+@225 := @213 @65
+@227 := @62 @200 @61
+@228 := @94 @227
+@231 := (h : @54) -> (hs : @96) -> @228 @68
+@232 := @225 @56
+@234 := @62 @214 @61
+@235 := @94 @234
+@236 := @235 @68
+@237 := (hs : @96) -> @236
+@238 := @232 @93
+@240 := @94 @64 @68
+@241 := Eq.{1}
+@242 := Option.{0}
+@243 := @242 @99
+@244 := @241 @243
+@245 := LexLeanPreservation.Rust.adtFields
+@249 := @244 (@245 @100 @25 @27)
+@250 := Option.some.{0}
+@251 := @250 @99
+@252 := @251 @4
+@253 := @249 @252
+@256 := @7 @114 @108 @100
+@257 := LexLeanTarget.TargetSyntax.Value.adt
+@259 := @257 @104 @25
+@260 := @256 @259
+@261 := @8 @102
+@271 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
+@273 := LexLeanPreservation.Rust.wt_adt @0
+@274 := @245 @0
+@278 := @244 (@274 @25 @27) @252
+@290 := {c : @22} ->
+  {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
+@291 := @273 @1
+@301 := {A : @23} ->
+  {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
+@302 := @291 @2
+@303 := @13 @259
+@310 := {i : @24} ->
+  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
+@311 := @302 @9
+@312 := @274 @9
+@321 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
+@322 := @311 @9
+@323 := @312 @9
+@324 := @244 @323
+@325 := @324 @252
+@326 := @257 @9
+@328 := @13 (@326 @25)
+@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @328 @10
+@334 := @322 @64
+@341 := {tys : @99} -> (h : @325) -> (hf : @228 @29) -> @13 (@326 @219) @10
+@342 := @334 @68
+@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
+@350 := Eq.refl.{1}
+@351 := @350 @243
+@353 := @342 (@351 @323)
+@357 := (hf : @240) -> @13 (@326 @234) @10
+@358 := @353 @238
+@361 := @13 (@326 @64) @10
+@362 := fun (__x0 : @24) => @358
+@367 := fun (__v : @3) => Reasoning.Screening.Screen.Step.casesOn.{0} @17 @4 @362
+@368 := Reasoning.Screening.Screen.Node
+@369 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.__enc_2
+@370 := @369 @4
+@371 := 2
+@372 := @8 @371
+@373 := @13 @370
+@374 := @373 @372
+@375 := (__s : @368) -> @374
+@376 := Reasoning.Screening.Screen.Node.state
+@377 := @376 @4
+@378 := Reasoning.Screening.Screen.Node.trace
+@379 := @378 @4
+@380 := LexLeanPreservation.encPair
+@381 := @380 @24
+@382 := @381 @24
+@383 := @382 @18
+@384 := @383 @18
+@385 := @384 @377
+@386 := LexLeanTarget.TargetSyntax.Ty.pair
+@387 := @386 @20
+@388 := @387 @20
+@389 := fun (__x : @24) => @56
+@390 := Sort 1
+@391 := (a._@._internal._hyg.#0 : @29) -> @57
+@392 := #9
+@395 := @7 @392 @114 @108
+@396 := @104 @4
+@399 := (x : @102) -> @395 @396 @27
+@400 := #10
+@406 := (x : @102) -> @7 @400 @392 @114 @396 @27
+@407 := Prod.{0, 0}
+@409 := @407 @108 @100
+@410 := #11
+@413 := @7 @410 @400 @392
+@418 := @380 @114 @108 @100 @102 @4
+@419 := @413 @418
+@421 := @386 @104 @25
+@434 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {α : @390} ->
+  {β : @390} ->
+  {ea : @391} ->
+  {eb : @391} -> {s : @58} -> {t : @58} -> (ha : @399) -> (hb : @406) -> (x : @409) -> @419 @421
+@436 := LexLeanPreservation.Rust.wt_encPair @0
+@461 := {c : @22} ->
+  {A : @23} ->
+  {α : @390} ->
+  {β : @390} ->
+  {ea : @391} ->
+  {eb : @391} ->
+  {s : @58} ->
+  {t : @58} ->
+  (ha : (x : @102) -> @11 @114 @108 @396 @27) ->
+  (hb : (x : @102) -> @11 @392 @114 @396 @27) -> (x : @409) -> @11 @400 @392 @418 @421
+@462 := @436 @1
+@483 := {A : @23} ->
+  {α : @390} ->
+  {β : @390} ->
+  {ea : @391} ->
+  {eb : @391} ->
+  {s : @58} ->
+  {t : @58} ->
+  (ha : (x : @102) -> @12 @108 @396 @27) ->
+  (hb : (x : @102) -> @12 @114 @396 @27) -> (x : @409) -> @12 @392 @418 @421
+@484 := @462 @2
+@486 := @13 @396 @27
+@487 := (x : @102) -> @486
+@498 := {α : @390} ->
+  {β : @390} ->
+  {ea : @391} ->
+  {eb : @391} -> {s : @58} -> {t : @58} -> (ha : @487) -> (hb : @487) -> (x : @409) -> @13 @418 @421
+@499 := @484 @24
+@500 := (a._@._internal._hyg.#0 : @24) -> @57
+@501 := (x : @24) -> @486
+@502 := @407 @24
+@517 := {β : @390} ->
+  {ea : @500} ->
+  {eb : @391} ->
+  {s : @58} ->
+  {t : @58} -> (ha : @501) -> (hb : @487) -> (x : @502 @100) -> @13 (@381 @108 @100 @102 @4) @421
+@518 := @499 @24
+@519 := @502 @24
+@531 := {ea : @500} ->
+  {eb : @500} ->
+  {s : @58} -> {t : @58} -> (ha : @501) -> (hb : @501) -> (x : @519) -> @13 (@382 @100 @102 @4) @421
+@532 := @518 @18
+@534 := (x : @24) -> @53 @27
+@544 := {eb : @500} ->
+  {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @501) -> (x : @519) -> @13 (@383 @102 @4) @421
+@545 := @532 @18
+@547 := @13 (@384 @4)
+@553 := {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @534) -> (x : @519) -> @547 @421
+@554 := @545 @20
+@555 := (x : @24) -> @54
+@556 := @387 @25
+@561 := {t : @58} -> (ha : @555) -> (hb : @534) -> (x : @519) -> @547 @556
+@562 := @554 @20
+@566 := (ha : @555) -> (hb : @555) -> (x : @519) -> @547 @388
+@569 := @562 @389 @389 @377
+@571 := @13 @385 @388
+@572 := LexLeanPreservation.encList
+@573 := @572 @3
+@574 := @573 @5
+@575 := @574 @379
+@576 := LexLeanTarget.TargetSyntax.Ty.list
+@577 := @576 @10
+@580 := fun (__x : @3) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_0 @4
+@581 := (a._@._internal._hyg.#0 : @4) -> @57
+@582 := @27 @4
+@585 := (x : @27) -> @105 @582 @29
+@586 := @97 @25
+@589 := @7 @108 @100 @102
+@592 := @572 @104 @25 @4
+@593 := @589 @592
+@594 := @576 @27
+@603 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} -> {α : @390} -> {e : @581} -> {t : @58} -> (h : @585) -> (xs : @586) -> @593 @594
+@605 := LexLeanPreservation.Rust.wt_encList @0
+@608 := (x : @27) -> @136 @582 @29
+@610 := @11 @100 @102
+@619 := {c : @22} ->
+  {A : @23} -> {α : @390} -> {e : @581} -> {t : @58} -> (h : @608) -> (xs : @586) -> @610 @592 @594
+@620 := @605 @1
+@623 := (x : @27) -> @156 @582 @29
+@624 := @12 @102
+@632 := {A : @23} ->
+  {α : @390} -> {e : @581} -> {t : @58} -> (h : @623) -> (xs : @586) -> @624 @592 @594
+@633 := @620 @2
+@635 := @13 @582 @29
+@636 := (x : @27) -> @635
+@643 := {α : @390} -> {e : @581} -> {t : @58} -> (h : @636) -> (xs : @586) -> @13 @592 @594
+@644 := @633 @3
+@645 := (a._@._internal._hyg.#0 : @3) -> @57
+@646 := (x : @3) -> @635
+@647 := @97 @3
+@655 := {e : @645} -> {t : @58} -> (h : @646) -> (xs : @647) -> @13 (@573 @25 @4) @594
+@656 := @644 @5
+@658 := (x : @3) -> @14 @29
+@660 := @13 (@574 @4)
+@664 := {t : @58} -> (h : @658) -> (xs : @647) -> @660 @594
+@665 := @656 @10
+@669 := (h : (x : @3) -> @15) -> (xs : @647) -> @660 @577
+@671 := @665 @580 @379
+@673 := @13 @575 @577
+@675 := @62 @575 @61
+@677 := @62 @385 @675
+@678 := @66 @577
+@679 := @678 @65
+@680 := @66 @388
+@681 := @680 @679
+@682 := @172 @575
+@684 := @574 (@378 @25)
+@697 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @684 @27) -> (hs : @176) -> @94 (@62 (@574 (@378 @102)) @25) @122
+@698 := @682 @577
+@700 := @574 (@378 @27)
+@702 := @13 @700 @577
+@707 := @94 (@62 (@574 (@378 @104)) @25)
+@708 := @678 @27
+@713 := {vs : @98} -> {ts : @99} -> (h : @702) -> (hs : @176) -> @707 @708
+@714 := @698 @61
+@716 := @574 (@378 @29)
+@718 := @13 @716 @577
+@720 := @62 @684 @61
+@725 := {ts : @99} -> (h : @718) -> (hs : @217) -> @94 @720 @708
+@726 := @714 @65
+@728 := @62 @700 @61
+@729 := @94 @728
+@732 := (h : @673) -> (hs : @96) -> @729 @679
+@733 := @726 @671
+@735 := @62 @716 @61
+@737 := @94 @735 @679
+@738 := (hs : @96) -> @737
+@739 := @733 @93
+@741 := @94 @675 @679
+@742 := @172 @385
+@744 := @384 (@376 @25)
+@757 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @744 @27) -> (hs : @176) -> @94 (@62 (@384 (@376 @102)) @25) @122
+@758 := @742 @388
+@760 := @384 (@376 @27)
+@762 := @13 @760 @388
+@767 := @94 (@62 (@384 (@376 @104)) @25)
+@768 := @680 @27
+@773 := {vs : @98} -> {ts : @99} -> (h : @762) -> (hs : @176) -> @767 @768
+@774 := @758 @675
+@776 := @384 (@376 @29)
+@778 := @13 @776 @388
+@779 := @729 @29
+@781 := @62 @744 @720
+@786 := {ts : @99} -> (h : @778) -> (hs : @779) -> @94 @781 @768
+@787 := @774 @679
+@789 := @62 @760 @728
+@790 := @94 @789
+@793 := (h : @571) -> (hs : @737) -> @790 @681
+@794 := @787 @569
+@796 := @62 @776 @735
+@798 := @94 @796 @681
+@799 := (hs : @741) -> @798
+@800 := @794 @739
+@802 := @94 @677 @681
+@803 := @302 @371
+@804 := @274 @371
+@813 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@804 @27) @252) -> (hf : @176) -> @303 @372
+@814 := @803 @9
+@815 := @804 @9
+@816 := @244 @815
+@817 := @816 @252
+@822 := {fs : @98} -> {tys : @99} -> (h : @817) -> (hf : @176) -> @328 @372
+@823 := @814 @677
+@830 := {tys : @99} -> (h : @817) -> (hf : @790 @29) -> @13 (@326 @781) @372
+@831 := @823 @681
+@838 := (h : @816 (@251 @681)) -> (hf : @798) -> @13 (@326 @789) @372
+@840 := @831 (@351 @815)
+@844 := (hf : @802) -> @13 (@326 @796) @372
+@845 := @840 @800
+@848 := @13 (@326 @677) @372
+@849 := fun (__s : @368) => @845
+@850 := Reasoning.Screening.Screen.Ledger
+@851 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.__enc_3
+@852 := @851 @4
+@853 := 3
+@854 := @8 @853
+@857 := (__s : @850) -> @13 @852 @854
+@858 := Reasoning.Screening.Screen.Ledger.iterations
+@859 := @858 @4
+@860 := Reasoning.Screening.Screen.Ledger.attempts
+@861 := @860 @4
+@862 := Reasoning.Screening.Screen.Ledger.firings
+@863 := @862 @4
+@864 := Reasoning.Screening.Screen.Ledger.expansions
+@865 := @864 @4
+@866 := Reasoning.Screening.Screen.Ledger.verifications
+@867 := @866 @4
+@868 := Reasoning.Screening.Screen.Ledger.frontier
+@869 := @868 @4
+@870 := @18 @859
+@871 := @52 @859
+@873 := @13 @870 @20
+@874 := @18 @861
+@875 := @52 @861
+@877 := @13 @874 @20
+@878 := @18 @863
+@879 := @52 @863
+@881 := @13 @878 @20
+@882 := @18 @865
+@883 := @52 @865
+@885 := @13 @882 @20
+@886 := @18 @867
+@887 := @52 @867
+@889 := @13 @886 @20
+@890 := @18 @869
+@891 := @52 @869
+@893 := @13 @890 @20
+@895 := @62 @890 @61
+@897 := @62 @886 @895
+@899 := @62 @882 @897
+@901 := @62 @878 @899
+@903 := @62 @874 @901
+@905 := @62 @870 @903
+@906 := @67 @68
+@907 := @67 @906
+@908 := @67 @907
+@909 := @67 @908
+@910 := @67 @909
+@911 := @172 @890
+@913 := @18 (@868 @25)
+@926 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @913 @27) -> (hs : @176) -> @94 (@62 (@18 (@868 @102)) @25) @122
+@927 := @911 @20
+@929 := @18 (@868 @27)
+@941 := {vs : @98} ->
+  {ts : @99} -> (h : @13 @929 @20) -> (hs : @176) -> @94 (@62 (@18 (@868 @104)) @25) @207
+@942 := @927 @61
+@944 := @18 (@868 @29)
+@946 := @13 @944 @20
+@948 := @62 @913 @61
+@953 := {ts : @99} -> (h : @946) -> (hs : @217) -> @94 @948 @207
+@954 := @942 @65
+@956 := @62 @929 @61
+@957 := @94 @956
+@960 := (h : @893) -> (hs : @96) -> @957 @68
+@961 := @954 @891
+@963 := @62 @944 @61
+@965 := @94 @963 @68
+@966 := (hs : @96) -> @965
+@967 := @961 @93
+@969 := @94 @895 @68
+@970 := @172 @886
+@972 := @18 (@866 @25)
+@985 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @972 @27) -> (hs : @176) -> @94 (@62 (@18 (@866 @102)) @25) @122
+@986 := @970 @20
+@988 := @18 (@866 @27)
+@1000 := {vs : @98} ->
+  {ts : @99} -> (h : @13 @988 @20) -> (hs : @176) -> @94 (@62 (@18 (@866 @104)) @25) @207
+@1001 := @986 @895
+@1003 := @18 (@866 @29)
+@1005 := @13 @1003 @20
+@1006 := @957 @29
+@1008 := @62 @972 @948
+@1013 := {ts : @99} -> (h : @1005) -> (hs : @1006) -> @94 @1008 @207
+@1014 := @1001 @68
+@1016 := @62 @988 @956
+@1017 := @94 @1016
+@1020 := (h : @889) -> (hs : @965) -> @1017 @906
+@1021 := @1014 @887
+@1023 := @62 @1003 @963
+@1025 := @94 @1023 @906
+@1026 := (hs : @969) -> @1025
+@1027 := @1021 @967
+@1029 := @94 @897 @906
+@1030 := @172 @882
+@1032 := @18 (@864 @25)
+@1045 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1032 @27) -> (hs : @176) -> @94 (@62 (@18 (@864 @102)) @25) @122
+@1046 := @1030 @20
+@1048 := @18 (@864 @27)
+@1060 := {vs : @98} ->
+  {ts : @99} -> (h : @13 @1048 @20) -> (hs : @176) -> @94 (@62 (@18 (@864 @104)) @25) @207
+@1061 := @1046 @897
+@1063 := @18 (@864 @29)
+@1065 := @13 @1063 @20
+@1066 := @1017 @29
+@1068 := @62 @1032 @1008
+@1073 := {ts : @99} -> (h : @1065) -> (hs : @1066) -> @94 @1068 @207
+@1074 := @1061 @906
+@1076 := @62 @1048 @1016
+@1077 := @94 @1076
+@1080 := (h : @885) -> (hs : @1025) -> @1077 @907
+@1081 := @1074 @883
+@1083 := @62 @1063 @1023
+@1085 := @94 @1083 @907
+@1086 := (hs : @1029) -> @1085
+@1087 := @1081 @1027
+@1089 := @94 @899 @907
+@1090 := @172 @878
+@1092 := @18 (@862 @25)
+@1105 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1092 @27) -> (hs : @176) -> @94 (@62 (@18 (@862 @102)) @25) @122
+@1106 := @1090 @20
+@1108 := @18 (@862 @27)
+@1120 := {vs : @98} ->
+  {ts : @99} -> (h : @13 @1108 @20) -> (hs : @176) -> @94 (@62 (@18 (@862 @104)) @25) @207
+@1121 := @1106 @899
+@1123 := @18 (@862 @29)
+@1125 := @13 @1123 @20
+@1126 := @1077 @29
+@1128 := @62 @1092 @1068
+@1133 := {ts : @99} -> (h : @1125) -> (hs : @1126) -> @94 @1128 @207
+@1134 := @1121 @907
+@1136 := @62 @1108 @1076
+@1137 := @94 @1136
+@1140 := (h : @881) -> (hs : @1085) -> @1137 @908
+@1141 := @1134 @879
+@1143 := @62 @1123 @1083
+@1145 := @94 @1143 @908
+@1146 := (hs : @1089) -> @1145
+@1147 := @1141 @1087
+@1149 := @94 @901 @908
+@1150 := @172 @874
+@1152 := @18 (@860 @25)
+@1165 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1152 @27) -> (hs : @176) -> @94 (@62 (@18 (@860 @102)) @25) @122
+@1166 := @1150 @20
+@1168 := @18 (@860 @27)
+@1180 := {vs : @98} ->
+  {ts : @99} -> (h : @13 @1168 @20) -> (hs : @176) -> @94 (@62 (@18 (@860 @104)) @25) @207
+@1181 := @1166 @901
+@1183 := @18 (@860 @29)
+@1185 := @13 @1183 @20
+@1186 := @1137 @29
+@1188 := @62 @1152 @1128
+@1193 := {ts : @99} -> (h : @1185) -> (hs : @1186) -> @94 @1188 @207
+@1194 := @1181 @908
+@1196 := @62 @1168 @1136
+@1197 := @94 @1196
+@1200 := (h : @877) -> (hs : @1145) -> @1197 @909
+@1201 := @1194 @875
+@1203 := @62 @1183 @1143
+@1205 := @94 @1203 @909
+@1206 := (hs : @1149) -> @1205
+@1207 := @1201 @1147
+@1209 := @94 @903 @909
+@1210 := @172 @870
+@1212 := @18 (@858 @25)
+@1225 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1212 @27) -> (hs : @176) -> @94 (@62 (@18 (@858 @102)) @25) @122
+@1226 := @1210 @20
+@1228 := @18 (@858 @27)
+@1240 := {vs : @98} ->
+  {ts : @99} -> (h : @13 @1228 @20) -> (hs : @176) -> @94 (@62 (@18 (@858 @104)) @25) @207
+@1241 := @1226 @903
+@1243 := @18 (@858 @29)
+@1245 := @13 @1243 @20
+@1246 := @1197 @29
+@1248 := @62 @1212 @1188
+@1253 := {ts : @99} -> (h : @1245) -> (hs : @1246) -> @94 @1248 @207
+@1254 := @1241 @909
+@1256 := @62 @1228 @1196
+@1257 := @94 @1256
+@1260 := (h : @873) -> (hs : @1205) -> @1257 @910
+@1261 := @1254 @871
+@1263 := @62 @1243 @1203
+@1265 := @94 @1263 @910
+@1266 := (hs : @1209) -> @1265
+@1267 := @1261 @1207
+@1269 := @94 @905 @910
+@1270 := @302 @853
+@1271 := @274 @853
+@1280 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@1271 @27) @252) -> (hf : @176) -> @303 @854
+@1281 := @1270 @9
+@1282 := @1271 @9
+@1283 := @244 @1282
+@1284 := @1283 @252
+@1289 := {fs : @98} -> {tys : @99} -> (h : @1284) -> (hf : @176) -> @328 @854
+@1290 := @1281 @905
+@1297 := {tys : @99} -> (h : @1284) -> (hf : @1257 @29) -> @13 (@326 @1248) @854
+@1298 := @1290 @910
+@1305 := (h : @1283 (@251 @910)) -> (hf : @1265) -> @13 (@326 @1256) @854
+@1307 := @1298 (@351 @1282)
+@1311 := (hf : @1269) -> @13 (@326 @1263) @854
+@1312 := @1307 @1267
+@1315 := @13 (@326 @905) @854
+@1316 := fun (__s : @850) => @1312
+@1317 := Reasoning.Screening.Screen.Search
+@1319 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.__enc_1 @4
+@1320 := 1
+@1321 := @8 @1320
+@1324 := (__s : @1317) -> @13 @1319 @1321
+@1325 := Reasoning.Screening.Screen.Search.frontier
+@1326 := @1325 @4
+@1327 := Reasoning.Screening.Screen.Search.found
+@1328 := @1327 @4
+@1329 := Reasoning.Screening.Screen.Search.truncated
+@1330 := @1329 @4
+@1331 := Reasoning.Screening.Screen.Search.ledger
+@1332 := @1331 @4
+@1333 := @572 @368
+@1334 := @1333 @369
+@1335 := @1334 @1326
+@1336 := @576 @372
+@1339 := fun (__x : @368) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_2 @4
+@1340 := @633 @368
+@1341 := (a._@._internal._hyg.#0 : @368) -> @57
+@1342 := (x : @368) -> @635
+@1343 := @97 @368
+@1351 := {e : @1341} -> {t : @58} -> (h : @1342) -> (xs : @1343) -> @13 (@1333 @25 @4) @594
+@1352 := @1340 @369
+@1354 := (x : @368) -> @373 @29
+@1356 := @13 (@1334 @4)
+@1360 := {t : @58} -> (h : @1354) -> (xs : @1343) -> @1356 @594
+@1361 := @1352 @372
+@1362 := (x : @368) -> @374
+@1365 := (h : @1362) -> (xs : @1343) -> @1356 @1336
+@1367 := @1361 @1339 @1326
+@1369 := @13 @1335 @1336
+@1370 := @502 @368
+@1371 := @381 @368
+@1372 := @1371 @18
+@1373 := @1372 @369
+@1374 := LexLeanPreservation.encOption
+@1375 := @1374 @1370
+@1376 := @1375 @1373
+@1377 := @1376 @1328
+@1378 := @387 @372
+@1379 := LexLeanTarget.TargetSyntax.Ty.option
+@1380 := @1379 @1378
+@1381 := @499 @368
+@1382 := (x : @368) -> @486
+@1394 := {ea : @500} ->
+  {eb : @1341} ->
+  {s : @58} ->
+  {t : @58} -> (ha : @501) -> (hb : @1382) -> (x : @1370) -> @13 (@1371 @100 @102 @4) @421
+@1395 := @1381 @18
+@1405 := {eb : @1341} ->
+  {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @1382) -> (x : @1370) -> @13 (@1372 @102 @4) @421
+@1406 := @1395 @369
+@1408 := (x : @368) -> @373 @27
+@1410 := @13 (@1373 @4)
+@1416 := {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @1408) -> (x : @1370) -> @1410 @421
+@1417 := @1406 @20
+@1422 := {t : @58} -> (ha : @555) -> (hb : @1408) -> (x : @1370) -> @1410 @556
+@1423 := @1417 @372
+@1425 := (x : @1370) -> @1410 @1378
+@1427 := (ha : @555) -> (hb : @1362) -> @1425
+@1431 := fun (__x : @1370) => @1423 @389 @1339 @4
+@1432 := @242 @25
+@1435 := @1374 @104 @25 @4
+@1436 := @589 @1435
+@1437 := @1379 @27
+@1446 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} -> {α : @390} -> {e : @581} -> {t : @58} -> (h : @585) -> (o : @1432) -> @1436 @1437
+@1448 := LexLeanPreservation.Rust.wt_encOption @0
+@1457 := {c : @22} ->
+  {A : @23} ->
+  {α : @390} -> {e : @581} -> {t : @58} -> (h : @608) -> (o : @1432) -> @610 @1435 @1437
+@1458 := @1448 @1
+@1466 := {A : @23} ->
+  {α : @390} -> {e : @581} -> {t : @58} -> (h : @623) -> (o : @1432) -> @624 @1435 @1437
+@1467 := @1458 @2
+@1474 := {α : @390} -> {e : @581} -> {t : @58} -> (h : @636) -> (o : @1432) -> @13 @1435 @1437
+@1475 := @1467 @1370
+@1476 := (a._@._internal._hyg.#0 : @1370) -> @57
+@1477 := (x : @1370) -> @635
+@1478 := @242 @1370
+@1486 := {e : @1476} -> {t : @58} -> (h : @1477) -> (o : @1478) -> @13 (@1375 @25 @4) @1437
+@1487 := @1475 @1373
+@1489 := (x : @1370) -> @1410 @29
+@1491 := @13 (@1376 @4)
+@1495 := {t : @58} -> (h : @1489) -> (o : @1478) -> @1491 @1437
+@1496 := @1487 @1378
+@1499 := (h : @1425) -> (o : @1478) -> @1491 @1380
+@1501 := @1496 @1431 @1328
+@1503 := @13 @1377 @1380
+@1504 := LexLeanTarget.TargetSyntax.Value.bool
+@1505 := @1504 @1330
+@1506 := LexLeanTarget.TargetSyntax.Ty.bool
+@1507 := Bool
+@1508 := @1504 @4
+@1514 := {p : @21} -> {c : @22} -> {A : @23} -> (b : @1507) -> @30 @1508 @1506
+@1516 := LexLeanPreservation.Rust.wt_bool @0
+@1521 := {c : @22} -> {A : @23} -> (b : @1507) -> @40 @1508 @1506
+@1522 := @1516 @1
+@1526 := {A : @23} -> (b : @1507) -> @47 @1508 @1506
+@1527 := @1522 @2
+@1530 := (b : @1507) -> @13 @1508 @1506
+@1531 := @1527 @1330
+@1533 := @13 @1505 @1506
+@1534 := @851 @1332
+@1536 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_3 @1332
+@1538 := @62 @1534 @61
+@1540 := @62 @1505 @1538
+@1542 := @62 @1377 @1540
+@1544 := @62 @1335 @1542
+@1545 := @66 @854
+@1546 := @1545 @65
+@1547 := @66 @1506
+@1548 := @1547 @1546
+@1549 := @66 @1380
+@1550 := @1549 @1548
+@1551 := @66 @1336
+@1552 := @1551 @1550
+@1553 := @172 @1534
+@1555 := @851 (@1331 @25)
+@1568 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1555 @27) -> (hs : @176) -> @94 (@62 (@851 (@1331 @102)) @25) @122
+@1569 := @1553 @854
+@1571 := @851 (@1331 @27)
+@1573 := @13 @1571 @854
+@1578 := @94 (@62 (@851 (@1331 @104)) @25)
+@1579 := @1545 @27
+@1584 := {vs : @98} -> {ts : @99} -> (h : @1573) -> (hs : @176) -> @1578 @1579
+@1585 := @1569 @61
+@1587 := @851 (@1331 @29)
+@1589 := @13 @1587 @854
+@1591 := @62 @1555 @61
+@1596 := {ts : @99} -> (h : @1589) -> (hs : @217) -> @94 @1591 @1579
+@1597 := @1585 @65
+@1599 := @13 @1534 @854
+@1601 := @62 @1571 @61
+@1602 := @94 @1601
+@1605 := (h : @1599) -> (hs : @96) -> @1602 @1546
+@1606 := @1597 @1536
+@1608 := @62 @1587 @61
+@1610 := @94 @1608 @1546
+@1611 := (hs : @96) -> @1610
+@1612 := @1606 @93
+@1614 := @94 @1538 @1546
+@1615 := @172 @1505
+@1617 := @1504 (@1329 @25)
+@1630 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1617 @27) -> (hs : @176) -> @94 (@62 (@1504 (@1329 @102)) @25) @122
+@1631 := @1615 @1506
+@1633 := @1504 (@1329 @27)
+@1635 := @13 @1633 @1506
+@1640 := @94 (@62 (@1504 (@1329 @104)) @25)
+@1641 := @1547 @27
+@1646 := {vs : @98} -> {ts : @99} -> (h : @1635) -> (hs : @176) -> @1640 @1641
+@1647 := @1631 @1538
+@1649 := @1504 (@1329 @29)
+@1651 := @13 @1649 @1506
+@1652 := @1602 @29
+@1654 := @62 @1617 @1591
+@1659 := {ts : @99} -> (h : @1651) -> (hs : @1652) -> @94 @1654 @1641
+@1660 := @1647 @1546
+@1662 := @62 @1633 @1601
+@1663 := @94 @1662
+@1666 := (h : @1533) -> (hs : @1610) -> @1663 @1548
+@1667 := @1660 @1531
+@1669 := @62 @1649 @1608
+@1671 := @94 @1669 @1548
+@1672 := (hs : @1614) -> @1671
+@1673 := @1667 @1612
+@1675 := @94 @1540 @1548
+@1676 := @172 @1377
+@1678 := @1376 (@1327 @25)
+@1691 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1678 @27) -> (hs : @176) -> @94 (@62 (@1376 (@1327 @102)) @25) @122
+@1692 := @1676 @1380
+@1694 := @1376 (@1327 @27)
+@1696 := @13 @1694 @1380
+@1701 := @94 (@62 (@1376 (@1327 @104)) @25)
+@1702 := @1549 @27
+@1707 := {vs : @98} -> {ts : @99} -> (h : @1696) -> (hs : @176) -> @1701 @1702
+@1708 := @1692 @1540
+@1710 := @1376 (@1327 @29)
+@1712 := @13 @1710 @1380
+@1713 := @1663 @29
+@1715 := @62 @1678 @1654
+@1720 := {ts : @99} -> (h : @1712) -> (hs : @1713) -> @94 @1715 @1702
+@1721 := @1708 @1548
+@1723 := @62 @1694 @1662
+@1724 := @94 @1723
+@1727 := (h : @1503) -> (hs : @1671) -> @1724 @1550
+@1728 := @1721 @1501
+@1730 := @62 @1710 @1669
+@1732 := @94 @1730 @1550
+@1733 := (hs : @1675) -> @1732
+@1734 := @1728 @1673
+@1736 := @94 @1542 @1550
+@1737 := @172 @1335
+@1739 := @1334 (@1325 @25)
+@1752 := {t : @58} ->
+  {vs : @98} ->
+  {ts : @99} -> (h : @13 @1739 @27) -> (hs : @176) -> @94 (@62 (@1334 (@1325 @102)) @25) @122
+@1753 := @1737 @1336
+@1755 := @1334 (@1325 @27)
+@1757 := @13 @1755 @1336
+@1762 := @94 (@62 (@1334 (@1325 @104)) @25)
+@1763 := @1551 @27
+@1768 := {vs : @98} -> {ts : @99} -> (h : @1757) -> (hs : @176) -> @1762 @1763
+@1769 := @1753 @1542
+@1771 := @1334 (@1325 @29)
+@1773 := @13 @1771 @1336
+@1774 := @1724 @29
+@1776 := @62 @1739 @1715
+@1781 := {ts : @99} -> (h : @1773) -> (hs : @1774) -> @94 @1776 @1763
+@1782 := @1769 @1550
+@1784 := @62 @1755 @1723
+@1785 := @94 @1784
+@1788 := (h : @1369) -> (hs : @1732) -> @1785 @1552
+@1789 := @1782 @1367
+@1791 := @62 @1771 @1730
+@1793 := @94 @1791 @1552
+@1794 := (hs : @1736) -> @1793
+@1795 := @1789 @1734
+@1797 := @94 @1544 @1552
+@1798 := @302 @1320
+@1799 := @274 @1320
+@1808 := {k : @24} ->
+  {fs : @98} -> {tys : @99} -> (h : @244 (@1799 @27) @252) -> (hf : @176) -> @303 @1321
+@1809 := @1798 @9
+@1810 := @1799 @9
+@1811 := @244 @1810
+@1812 := @1811 @252
+@1817 := {fs : @98} -> {tys : @99} -> (h : @1812) -> (hf : @176) -> @328 @1321
+@1818 := @1809 @1544
+@1825 := {tys : @99} -> (h : @1812) -> (hf : @1785 @29) -> @13 (@326 @1776) @1321
+@1826 := @1818 @1552
+@1833 := (h : @1811 (@251 @1552)) -> (hf : @1793) -> @13 (@326 @1784) @1321
+@1835 := @1826 (@351 @1810)
+@1839 := (hf : @1797) -> @13 (@326 @1791) @1321
+@1840 := @1835 @1795
+@1843 := @13 (@326 @1544) @1321
+@1844 := fun (__s : @1317) => @1840
+@1845 := @52 @29
+@1846 := @502 @57
+@1850 := Prod.mk.{0, 0} @24 @57 @9
+@1851 := @1850 @214
+@1852 := @59 @1846
+@1853 := @60 @1846
+@1855 := @1853 @1851 @1852
+@1856 := Bool.true
+@1857 := LexLeanTarget.TargetSyntax.Function
+@1858 := LexLeanTarget.TargetSyntax.Program.functions
+@1859 := @1858 @0
+@1860 := @59 @24
+@1861 := LexLeanTarget.TargetSyntax.Ty.unit
+@1862 := LexLeanTarget.TargetSyntax.Value.unit
+@1865 := LexLeanTarget.TargetSyntax.Expr.value @1861 @1862
+@1870 := LexLeanTarget.TargetSyntax.Function.mk @1860 @65 @1861 @1865
+@1875 := List.getD.{0} @1857 @1859 @9 @1870
+@1879 := fun (__e_n : @24) =>
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.root @4 @9
+@1880 := @172 @214
+@1882 := @13 @203 @27
+@1883 := @18 @100
+@1884 := @62 @1883
+@1892 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @1882) -> (hs : @176) -> @94 (@1884 @25) @122
+@1893 := @1880 @20
+@1899 := {vs : @98} -> {ts : @99} -> (h : @187 @20) -> (hs : @176) -> @192 @207
+@1900 := @1893 @61
+@1901 := @204 @61
+@1902 := @94 @1901
+@1906 := {ts : @99} -> (h : @202) -> (hs : @217) -> @1902 @207
+@1907 := @1900 @65
+@1910 := (h : @216) -> (hs : @96) -> @220 @68
+@1912 := @1907 @1845 @93
+@1913 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.denote
+@1914 := @1913 @29
+@1915 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.__fits_0
+@1916 := @1915 @29
+@1919 := @18 (Reasoning.Main.screenDose @29)
+@1921 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.root @29
+@1922 := Ne.{1}
+@1923 := LexLeanPreservation.Obs
+@1924 := @1922 @1923
+@1925 := LexLeanPreservation.Rel
+@1928 := @1924 (@1925 @29 @4)
+@1929 := LexLeanPreservation.Obs.stuck
+@1932 := (f : @1507) -> (v : @57) -> @1928 @1929
+@1934 := LexLeanPreservation.Rust.rel_ne_stuck @1916
+@1940 := (v : @57) -> @1924 (@1925 (@1915 @27) @4) @1929
+@1941 := @1934 @1919
+@1945 := @1924 (@1925 @1916 @1919) @1929
+@1946 := @97 @1846
+@1947 := LexLeanPreservation.Rust.FunSem
+@1953 := (n : @24) -> @1947 @392 @114 @108 @4 @100
+@1954 := @242 @1857
+@1955 := @241 @1954
+@1962 := LexLeanRuntime.index (@97 @1857) @1857 (LexLeanRuntime.instIndexableList @1857)
+@1966 := @1955 (@1962 (@1858 @392) @100)
+@1967 := @250 @1857
+@1968 := @1967 @102
+@1969 := @1966 @1968
+@1973 := @69 @400 @392 @114 @102
+@1974 := LexLeanTarget.TargetSyntax.Function.types
+@1975 := @1974 @100
+@1976 := @1973 @1975
+@1977 := @242 @1946
+@1978 := @241 @1977
+@1979 := LexLeanTarget.TargetSemantics.bindAll
+@1980 := LexLeanTarget.TargetSyntax.Function.parameters
+@1985 := @1978 (@1979 (@1980 @108) @100 @1852)
+@1986 := @250 @1946
+@1987 := @1986 @102
+@1988 := @1985 @1987
+@1989 := @242 @1507
+@1990 := @241 @1989
+@1991 := LexLeanPreservation.Rust.fnFallible
+@1994 := @1990 (@1991 @410 @392)
+@1995 := @250 @1507
+@1996 := @1995 @102
+@1997 := @1994 @1996
+@1998 := LexLeanPreservation.RunConv
+@1999 := #13
+@2003 := @1998 @1999 @400 @114 @102
+@2005 := @1924 @100 @1929
+@2006 := Exists.{1}
+@2007 := LexLeanPreservation.Rust.ROut
+@2008 := @2006 @2007
+@2009 := And
+@2010 := LexLeanPreservation.Rust.RealizesFn
+@2014 := @2009 (@2010 @392 @114 @4)
+@2015 := LexLeanPreservation.Rust.RCI
+@2017 := @2015 #15
+@2018 := LexLeanPreservation.Rust.fnIdent
+@2019 := @2018 @1999
+@2026 := (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2017 @2019 @410 @4))
+@2041 := {p : @21} ->
+  {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @1857} ->
+  {args : @98} ->
+  {env : @1946} ->
+  {F : @1507} ->
+  {o : @1923} ->
+  (hB : @1953) ->
+  (hfn : @1969) -> (hwt : @1976) -> (hbind : @1988) -> (hF : @1997) -> (hA : @2003) -> @2026
+@2043 := LexLeanPreservation.Rust.compose @0
+@2044 := @1947 @0
+@2049 := (n : @24) -> @2044 @114 @108 @4 @100
+@2050 := @1962 @1859
+@2053 := @1955 (@2050 @100) @1968
+@2057 := @80 @392 @114 @102 @1975
+@2058 := @1998 @0
+@2061 := @2058 @400 @114 @102
+@2075 := {c : @22} ->
+  {A : @23} ->
+  {f : @24} ->
+  {fn : @1857} ->
+  {args : @98} ->
+  {env : @1946} ->
+  {F : @1507} ->
+  {o : @1923} ->
+  (hB : @2049) ->
+  (hfn : @2053) -> (hwt : @2057) -> (hbind : @1988) -> (hF : @1997) -> (hA : @2061) -> @2026
+@2076 := @2043 @1
+@2077 := @2044 @1
+@2081 := (n : @24) -> @2077 @108 @4 @100
+@2084 := @88 @114 @102 @1975
+@2085 := @1991 @1
+@2088 := @1990 (@2085 @392) @1996
+@2089 := @2015 @1
+@2099 := (hbind : @1988) ->
+  (hF : @2088) ->
+  (hA : @2061) -> (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2089 @2019 @410 @4))
+@2109 := {A : @23} ->
+  {f : @24} ->
+  {fn : @1857} ->
+  {args : @98} ->
+  {env : @1946} ->
+  {F : @1507} -> {o : @1923} -> (hB : @2081) -> (hfn : @2053) -> (hwt : @2084) -> @2099
+@2110 := @2076 @2
+@2112 := @2077 @2 @4
+@2114 := (n : @24) -> @2112 @100
+@2115 := @94 @102
+@2116 := @2115 @1975
+@2125 := {f : @24} ->
+  {fn : @1857} ->
+  {args : @98} ->
+  {env : @1946} ->
+  {F : @1507} -> {o : @1923} -> (hB : @2114) -> (hfn : @2053) -> (hwt : @2116) -> @2099
+@2126 := @2110 @9
+@2128 := (n : @24) -> @2112 @9
+@2129 := @2050 @9
+@2130 := @1955 @2129
+@2131 := @2130 @1968
+@2132 := @2085 @9
+@2133 := @1990 @2132
+@2134 := @2133 @1996
+@2135 := @2058 @9
+@2137 := @2135 @114 @102
+@2139 := @2089 (@2018 @9)
+@2147 := (hF : @2134) ->
+  (hA : @2137) -> (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2139 @410 @4))
+@2156 := {fn : @1857} ->
+  {args : @98} ->
+  {env : @1946} ->
+  {F : @1507} ->
+  {o : @1923} -> (hB : @2128) -> (hfn : @2131) -> (hwt : @2116) -> (hbind : @1988) -> @2147
+@2157 := @2126 @1875
+@2159 := @2130 (@1967 @1875)
+@2160 := @1974 @1875
+@2161 := @2115 @2160
+@2163 := @1979 (@1980 @1875)
+@2175 := {args : @98} ->
+  {env : @1946} ->
+  {F : @1507} ->
+  {o : @1923} ->
+  (hB : @2128) ->
+  (hfn : @2159) -> (hwt : @2161) -> (hbind : @1978 (@2163 @100 @1852) @1987) -> @2147
+@2176 := @2157 @234
+@2177 := @1884 @61
+@2179 := @94 @2177 @2160
+@2182 := @62 (@18 @108) @61
+@2186 := @1978 (@2163 @2182 @1852) @1987
+@2189 := @62 (@18 @392) @61
+@2210 := {env : @1946} ->
+  {F : @1507} ->
+  {o : @1923} ->
+  (hB : @2128) ->
+  (hfn : @2159) ->
+  (hwt : @2179) ->
+  (hbind : @2186) ->
+  (hF : @2134) ->
+  (hA : @2135 @2189 @102) ->
+  (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2139 (@62 (@18 #12) @61) @4))
+@2211 := @2176 @1855
+@2212 := @190 @61
+@2214 := @94 @2212 @2160
+@2222 := @1978 (@2163 @2177 @1852) (@1986 (@1853 (@1850 @1883) @1852))
+@2225 := @62 (@18 @114) @61
+@2244 := {F : @1507} ->
+  {o : @1923} ->
+  (hB : @2128) ->
+  (hfn : @2159) ->
+  (hwt : @2214) ->
+  (hbind : @2222) ->
+  (hF : @2134) ->
+  (hA : @2135 @2225 @102) ->
+  (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2139 (@62 (@18 @410) @61) @4))
+@2245 := @2211 @1856
+@2246 := @1902 @2160
+@2254 := @1978 (@2163 @2212 @1852) (@1986 (@1853 (@1850 @189) @1852))
+@2256 := @2133 (@1995 @1856)
+@2258 := @2135 @2182 @102
+@2259 := @2010 @1856
+@2278 := {o : @1923} ->
+  (hB : @2128) ->
+  (hfn : @2159) ->
+  (hwt : @2246) ->
+  (hbind : @2254) ->
+  (hF : @2256) ->
+  (hA : @2258) ->
+  (hne : @2005) -> @2008 (fun (ro : @2007) => @2009 (@2259 @114 @4) (@2139 (@62 (@18 @400) @61) @4))
+@2279 := @2245 @1914
+@2280 := @220 @2160
+@2288 := @1978 (@2163 @1901 @1852) (@1986 (@1853 (@1850 @203) @1852))
+@2289 := @2135 @2177
+@2290 := @1913 @100
+@2291 := @2289 @2290
+@2292 := @1913 @108
+@2310 := (hB : @2128) ->
+  (hfn : @2159) ->
+  (hwt : @2280) ->
+  (hbind : @2288) ->
+  (hF : @2256) ->
+  (hA : @2291) ->
+  (hne : @1924 @2292 @1929) ->
+  @2008 (fun (ro : @2007) => @2009 (@2259 (@1913 @392) @4) (@2139 @2189 @4))
+@2311 := @2279 @1879
+@2312 := @228 @2160
+@2320 := @1978 (@2163 @219 @1852) (@1986 (@1853 (@1850 @186) @1852))
+@2321 := @2135 @2212
+@2322 := @1913 @102
+@2340 := (hfn : @2159) ->
+  (hwt : @2312) ->
+  (hbind : @2320) ->
+  (hF : @2256) ->
+  (hA : @2321 @2322) ->
+  (hne : @1924 @2290 @1929) ->
+  @2008 (fun (ro : @2007) => @2009 (@2259 (@1913 @114) @4) (@2139 @2225 @4))
+@2343 := @2311 (@350 @1954 @2129)
+@2344 := @235 @2160
+@2352 := @1978 (@2163 @227 @1852) (@1986 (@1853 (@1850 @200) @1852))
+@2353 := @2135 @1901
+@2354 := @1913 @104
+@2370 := (hwt : @2344) ->
+  (hbind : @2352) ->
+  (hF : @2256) ->
+  (hA : @2353 @2354) ->
+  (hne : @1924 @2322 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2292 @4) (@2139 @2182 @4))
+@2371 := @2343 @1912
+@2373 := @2163 @234 @1852
+@2376 := @1978 @2373 (@1986 @1855)
+@2377 := @2135 @219
+@2378 := @1913 @25
+@2393 := (hbind : @2376) ->
+  (hF : @2256) ->
+  (hA : @2377 @2378) ->
+  (hne : @1924 @2354 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2290 @4) (@2139 @2177 @4))
+@2396 := @2371 (@350 @1977 @2373)
+@2397 := @2135 @227
+@2398 := @1913 @27
+@2412 := (hF : @2256) ->
+  (hA : @2397 @2398) ->
+  (hne : @1924 @2378 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2322 @4) (@2139 @2212 @4))
+@2415 := @2396 (@350 @1989 @2132)
+@2429 := (hA : @2135 @234 @1914) ->
+  (hne : @1924 @2398 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2354 @4) (@2139 @1901 @4))
+@2430 := @2415 @1921
+@2441 := (hne : @1924 @1914 @1929) ->
+  @2008 (fun (ro : @2007) => @2009 (@2259 @2378 @4) (@2139 @219 @4))
+@2442 := @2430 @1941
+@2448 := @2009 (@2259 @2398 @4) (@2139 @227 @4)
+@2450 := @2008 (fun (ro : @2007) => @2448)
+@2452 := @2008 (fun (__e_ro : @2007) => @2448)
+@2454 := LexLeanPreservation.Rust.RepresentableL @64
+@2455 := (__e_hrep : @2454) -> @2452
+@2456 := fun (__e_hrep : @2454) => @2442
+@2457 := (w : @24) -> @2455
+@2458 := fun (w : @24) => @2456
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/RustStd.lean
new file mode 100644
index 000000000..1a204be05
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/RustStd.lean
@@ -0,0 +1,278 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[.nat]] },
+    { constructors := [[(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]] },
+    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
+    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
+    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result .nat (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result .nat (.pair .bool .bool)) [(.var 2)]))]) },
+    { parameters := [0], types := [.nat], result := (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 1) [(.arm .some [2] (.build .ok (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 2)])]))])) },
+    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
+      body := (.call 5 [(.closure 6 [(.var 0)]), (.value .nat (.nat 8)), (.call 7 [(.var 0)])]) },
+    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
+      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) },
+    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
+      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.call 8 [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [.nat], result := (.adt 1),
+      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 []), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.build .none (.option (.pair .nat (.adt 2))) []), (.prim .natLt [(.value .nat (.nat 3)), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) },
+    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
+      body := (.«match» (.option (.adt 1)) (.field (.var 1) 1) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 12 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.build .some (.option (.pair .nat (.adt 2))) [(.build .pair (.pair .nat (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 2), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 1), (.field (.field (.var 1) 3) 2), (.field (.field (.var 1) 3) 3), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 13 [(.var 3)]) (.«let» 7 (.list (.adt 2)) (.var 6) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 7), (.var 4)]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 14 []), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.build .none (.option (.pair .nat (.adt 2))) []), (.cond (.field (.var 1) 2) (.build .true .bool []) (.prim .natLt [(.value .nat (.nat 3)), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 1), (.call 15 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 3) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 3) 5))])])]))))))]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
+    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.var 0), (.value .nat (.nat 0))]) },
+    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 16 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 17 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.call 18 [(.var 0)]) },
+    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
+      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
+      body := (.prim .length [(.call 19 [(.var 0)])]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.build .some (.option .nat) [(.second (.var 0))]) (.build .none (.option .nat) [])) },
+    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
+      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) },
+    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
+      body := (.call 20 [(.closure 21 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 19 [(.field (.var 0) 0)])]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
+      body := (.«match» (.list .nat) (.«let» 1 .nat (.first (.var 0)) (.«let» 2 (.list .nat) (.call 22 [(.var 1)]) (.cond (.call 23 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.call 24 [(.var 0), (.var 1), (.var 2)]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.call 25 [(.var 0)]) },
+    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
+      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
+    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
+      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) },
+    { parameters := [0], types := [.nat], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [2] (.call 27 [(.var 0), (.var 2)]))]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 28 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 29 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.cond (.prim .natEq [(.second (.var 0)), (.value .nat (.nat 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.var 1)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat] }]) ::
+    (.enum (.adt 1) [{ number := 0, fields := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)] }]) ::
+    (.enum (.adt 2) [{ number := 0, fields := [(.pair .nat .nat), (.list (.adt 0))] }]) ::
+    (.enum (.adt 3) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
+    (.enum (.fn 0) [{ number := 6, fields := [.nat] }]) ::
+    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 6, captures := [.copy], functionFallible := true }]) ::
+    (.enum (.fn 1) [{ number := 10, fields := [] }, { number := 14, fields := [] }]) ::
+    (.apply 1 [(.list (.adt 2)), (.adt 2)] (.list (.adt 2)) false [{ function := 10, captures := [], functionFallible := false }, { function := 14, captures := [], functionFallible := false }]) ::
+    (.enum (.fn 2) [{ number := 21, fields := [(.adt 2)] }]) ::
+    (.apply 2 [(.list (.adt 2)), .nat] (.list (.adt 2)) false [{ function := 21, captures := [.clone], functionFallible := false }]) ::
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 2)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 3))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))) ::
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 5)))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 4)), .wild, .wild]) (.mk [] (.move (.generated .part 4))))]))))] (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))] (.move (.generated .part 12)))), (.block (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))] (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 8)))) (.block (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))]))))]))))]))) ::
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.lit (.nat 8)), (.call (.function 7) [(.copy (.generated .binding 0))] false)] false))) ::
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bool }, { pattern := (.bind (.generated .binding 1)), type := .bool }] (.pair .bool .bool) (.mk [] (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))))) ::
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 17)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 17)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 17))), (.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.adt 1) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) []), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] false))] (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.construct (.none (.pair .nat (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 22))] false)))])]))) ::
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 24)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 23)), .wild, .wild]) (.mk [] (.move (.generated .part 23))))]))] (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 25)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))] (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]))) ::
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .holder 95)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 95)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .operand 98)) none (.block (.mk [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)))), (.mk (.bind (.generated .operand 99)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 98)), (.move (.generated .operand 99))] false) (.mk [(.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 101)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (.mk [] (.move (.generated .binding 0)))))) ::
+    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.copy (.generated .binding 0)) (.lit (.nat 0))))) ::
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .holder 102)) none (.call (.function 16) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 102)) [(.mk .none (.mk [] (.succeed (.construct (.none .nat) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.none .nat) []))))))]))) ::
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.list (.adt 2)) (.mk [] (.call (.function 18) [(.move (.generated .binding 0))] false))) ::
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .operand 104)) none (.block (.mk [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)))), (.mk (.bind (.generated .operand 105)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 104)), (.move (.generated .operand 105))] false) (.mk [(.mk (.bind (.generated .operand 106)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 107)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false)) (.mk [] (.move (.generated .binding 0)))))) ::
+    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .nat (.mk [(.mk (.bind (.generated .operand 108)) none (.call (.function 19) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false))) ::
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option .nat) (.mk [(.mk (.bind (.generated .operand 110)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 109)))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 110)), (.move (.generated .operand 111))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 112))))])) (.mk [] (.construct (.none .nat) []))))) ::
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 115)) none (.block (.mk [(.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] true)))), (.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 0)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 115)), (.move (.generated .operand 116))] false)))) ::
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.list (.adt 2)) (.mk [] (.call (.function 20) [(.construct (.closure 2 21) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 19) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 117)), .wild]) (.mk [] (.move (.generated .part 117))))])] false)] false))) ::
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 119)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 118))))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 22) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))] (.matchOn (.move (.generated .holder 119)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]))) ::
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .holder 120)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 120)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
+    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.list (.adt 2)) (.mk [] (.call (.function 24) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false))) ::
+    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.call (.function 25) [(.copy (.generated .binding 0))] false))) ::
+    (.function (.generated .function 23) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 122)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 122))] false)))), (.mk (.bind (.generated .operand 124)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 123)), (.move (.generated .operand 124))] false))) ::
+    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .holder 126)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 125)), .wild]) (.mk [] (.move (.generated .part 125))))]), (.construct (.adt 0 0) [(.copy (.generated .binding 2))])] false))] (.matchOn (.move (.generated .holder 126)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 130)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 131)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] false)))]))) ::
+    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 132)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 133)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 134)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 135)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 136)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 137)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 136)), (.move (.generated .operand 137))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 139)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] false))), (.construct (.nil .nat) [])])])])]))) ::
+    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 140)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 140)) [(.mk (.adt 0 0 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 27) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]))) ::
+    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 28) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 29) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))) ::
+    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 142)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 141))))), (.mk (.bind (.generated .operand 143)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 142)), (.move (.generated .operand 143))] false) (.mk [(.mk (.bind (.generated .operand 144)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 145)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 144)), (.move (.generated .operand 145))] false)) (.mk [] (.lit (.bool false)))))) ::
+    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 146)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 146)))) (.copy (.generated .binding 1))))) ::
+    []) } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true), (([(.list (.adt 2)), (.adt 2)], (.list (.adt 2))), false), (([(.list (.adt 2)), .nat], (.list (.adt 2))), false)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 3))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat (.list (.adt 0))), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 3))))]))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), (some 2)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list (.adt 0))) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 5)))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 4)), .wild, .wild]) (.mk [] (.move (.generated .part 4))))]))))], (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))] (.move (.generated .part 12)))), (.block (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))] (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 8)))) (.block (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))]))))]))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.option (.pair .nat (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 5)))))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 4)), .wild, .wild]) (.mk [] (.move (.generated .part 4))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 4))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 5))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))] (.move (.generated .part 12)))), (.block (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))] (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])))] false)]))) (Corr.mCons (Γ' := [(2, (.pair .nat (.adt 2)), (some 2)), (1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 8)))) (.block (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))]))))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat (.list (.adt 0)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := .nat) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))]) (tail := (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))])) (Corr.fieldHeld (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 9))) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 10))) (Corr.second (ta := .nat) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bool, .bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))]) (tail := (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 13))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.lit (.nat 8)), (.call (.function 7) [(.copy (.generated .binding 0))] false)] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))), [(1, .bool, (some 1)), (0, .bool, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.copy (.generated .binding 0))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool true)))) (lb := []) (tb := (.pair (.lit (.bool false)) (.lit (.bool false)))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 17)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 17)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 17))), (.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) []), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] false))], (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.construct (.none (.pair .nat (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 22))] false)))])]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.build (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 20)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 22))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil)))))) rfl))⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 24)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 23)), .wild, .wild]) (.mk [] (.move (.generated .part 23))))]))], (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 25)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))] (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 23))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 25)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))]))]) (tail := (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))] (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])))])) (Corr.mCons (Γ' := [(2, (.pair .nat (.adt 2)), none), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))]) (tail := (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 27))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))]) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])]))) (Corr.mCons (Γ' := [(5, .nat, (some 5)), (4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat (.adt 2))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))]) (tail := (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 30))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 31))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))]) (tail := (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 35))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))]) (tail := (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 38))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 39))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))]) (tail := (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 42))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))]) (tail := (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))]) (tail := (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 49))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 50))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil)))))) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))])) (lk := []) (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 54))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))]) (tb := (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))]) (tail := (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 58))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 59))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))]) (tail := (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 63))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 64))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 66))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))]) (tail := (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 69))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 70))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))]) (tail := (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 75))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 76))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))]) (tail := (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 80))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))]) (tail := (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 85))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 86))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))]) (ta := (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (lb := [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))]) (tb := (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 92))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)))) (Corr.lNil)))))))) rfl)) (Corr.lNil)))))) rfl)) (Corr.lNil))) rfl))))))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 95)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 95)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list (.adt 2)), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 98)) none (.block (.mk [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)))), (.mk (.bind (.generated .operand 99)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 98)), (.move (.generated .operand 99))] false) (.mk [(.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 101)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (.mk [] (.move (.generated .binding 0)))), [(1, (.adt 2), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 98)) none (.block (.mk [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)))), (.mk (.bind (.generated .operand 99)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 98)), (.move (.generated .operand 99))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 101)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.call (.runtime .appendList) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.copy (.generated .binding 0)) (.lit (.nat 0))), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 102)) none (.call (.function 16) [(.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 102)) [(.mk .none (.mk [] (.succeed (.construct (.none .nat) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.none .nat) []))))))]), [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .nat) []))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 18) [(.move (.generated .binding 0))] false), [(0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 104)) none (.block (.mk [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)))), (.mk (.bind (.generated .operand 105)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 104)), (.move (.generated .operand 105))] false) (.mk [(.mk (.bind (.generated .operand 106)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 107)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false)) (.mk [] (.move (.generated .binding 0)))), [(1, (.adt 2), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 104)) none (.block (.mk [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)))), (.mk (.bind (.generated .operand 105)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 104)), (.move (.generated .operand 105))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 106)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 107)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.call (.runtime .appendList) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 108)) none (.call (.function 19) [(.copy (.generated .binding 0))] false))], (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 110)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 109)))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 110)), (.move (.generated .operand 111))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 112))))])) (.mk [] (.construct (.none .nat) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 110)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 109)))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 110)), (.move (.generated .operand 111))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 109))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 112))))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 112))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 115)) none (.block (.mk [(.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] true)))), (.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 0)))], (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 115)), (.move (.generated .operand 116))] false)), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 20) [(.construct (.closure 2 21) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 19) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 117)), .wild]) (.mk [] (.move (.generated .part 117))))])] false)] false), [(0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.adt 2)]) (mask := [false]) (af := false) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 119)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 118))))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 22) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))], (.matchOn (.move (.generated .holder 119)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result (.list .nat) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 118))))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 22) [(.copy (.generated .binding 1))] false))]) (tail := (.cond (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 118))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (lb := []) (tb := (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(4, (.pair .bool .bool), none), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 120)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 120)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.list (.adt 2)), .nat]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun21 : FunOK program krate flags 21 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 24) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.adt 2), (.list (.adt 2)), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun22 : FunOK program krate flags 22 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 25) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun23 : FunOK program krate flags 23 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 122)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 122))] false)))), (.mk (.bind (.generated .operand 124)) none (.lit (.nat 4)))], (.call (.runtime .natLe) [(.move (.generated .operand 123)), (.move (.generated .operand 124))] false), [(1, (.list .nat), (some 1)), (0, .nat, none)], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 122)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 122))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun24 : FunOK program krate flags 24 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 126)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 125)), .wild]) (.mk [] (.move (.generated .part 125))))]), (.construct (.adt 0 0) [(.copy (.generated .binding 2))])] false))], (.matchOn (.move (.generated .holder 126)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 130)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 131)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] false)))]), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.pair .nat .nat), (some 3)), (2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 130)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 131)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))]), (.construct (.nil (.adt 2)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun25 : FunOK program krate flags 25 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 132)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 133)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 134)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 135)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 136)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 137)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 136)), (.move (.generated .operand 137))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 139)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] false))), (.construct (.nil .nat) [])])])])]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 132)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 133)) none (.lit (.nat 10)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 134)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 135)) none (.lit (.nat 20)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 136)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 137)) none (.lit (.nat 30)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 136)), (.move (.generated .operand 137))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 139)) none (.lit (.nat 50)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun26 : FunOK program krate flags 26 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 140)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 140)) [(.mk (.adt 0 0 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 27) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]), [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 27) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun27 : FunOK program krate flags 27 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 28) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 29) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 28) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 29) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun28 : FunOK program krate flags 28 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 142)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 141))))), (.mk (.bind (.generated .operand 143)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 142)), (.move (.generated .operand 143))] false) (.mk [(.mk (.bind (.generated .operand 144)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 145)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 144)), (.move (.generated .operand 145))] false)) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 142)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 141))))), (.mk (.bind (.generated .operand 143)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 142)), (.move (.generated .operand 143))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 141))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 144)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 145)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .natLt) [(.move (.generated .operand 144)), (.move (.generated .operand 145))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun29 : FunOK program krate flags 29 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 146)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 146)))) (.copy (.generated .binding 1))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 146)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 146))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | 21 => exact fun21
+  | 22 => exact fun22
+  | 23 => exact fun23
+  | 24 => exact fun24
+  | 25 => exact fun25
+  | 26 => exact fun26
+  | 27 => exact fun27
+  | 28 => exact fun28
+  | 29 => exact fun29
+  | _ + 30 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7.lean
new file mode 100644
index 000000000..0ab321a10
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7.lean
@@ -0,0 +1,200 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import Reasoning.Budget
+import Reasoning.Clinic
+import Reasoning.Main
+import Reasoning.Planner
+import Reasoning.Screening
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [.nat]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build .pair (.pair .nat .nat) [(.var 0), (.var 0)])]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.pair .nat .nat) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.call 4 [(.closure 5 []), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 4))]), (.call 6 [(.var 0)])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 3))])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.second (.var 0))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.adt 0)),
+      body := (.«match» (.option (.adt 0)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 0)) [(.build (.adt 0) (.adt 0) [])]) (.build .none (.option (.adt 0)) [])) [(.arm .some [1] (.build .some (.option (.adt 0)) [(.var 1)])), (.arm .none [] (.call 13 [(.closure 14 [(.var 0)]), (.build .none (.option (.adt 0)) []), (.call 15 [(.var 0)])]))]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 16 [(.var 0)])), (.arm (.adt 1) [2] (.call 17 [(.var 0), (.var 2)]))]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 2)), (.second (.var 0))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)], result := (.option (.adt 0)),
+      body := (.«match» (.option (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 13 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.pair .nat .nat), (.option (.adt 0)), .nat], result := (.option (.adt 0)),
+      body := (.«match» (.option (.adt 0)) (.var 1) [(.arm .some [3] (.build .some (.option (.adt 0)) [(.var 3)])), (.arm .none [] (.cond (.call 18 [(.var 0), (.var 2)]) (.build .some (.option (.adt 0)) [(.build (.adt 1) (.adt 0) [(.var 2)])]) (.build .none (.option (.adt 0)) [])))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 19 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 18 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 20 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.second (.var 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.value .nat (.nat 1))])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.var 1)])]) }] }
+
+def __enc_0 : (Reasoning.Budget.Spend.Step Nat) -> _root_.LexLeanTarget.TargetSyntax.Value
+  | Reasoning.Budget.Spend.Step.Tick => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
+  | Reasoning.Budget.Spend.Step.Burn __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
+
+def __fits_12 (s : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_12 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_12 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Budget.Tick.guard Nat s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (2 : Nat) (s).2))
+
+def __fits_18 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble k (s).2) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
+
+theorem __rel_18 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_18 s k) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Budget.Burn.guard Nat s k))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.blt (0 : Nat) k))) (Nat.ble k (s).2) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe k (s).2)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) k))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
+
+def __fits_14 (_ys : (Prod Nat Nat)) (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) : Bool :=
+  (Bool.true && ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && (Bool.true && Bool.true)) && (__fits_18 (_ys) (_yb))) && (if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))
+
+attribute [local irreducible] Reasoning.Budget.Burn.guard in
+theorem __rel_14 (_ys : (Prod Nat Nat)) (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), ((_root_.LexLeanPreservation.encOption __enc_0) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_14 _ys _yacc _yb) ((_root_.LexLeanPreservation.encOption __enc_0) (((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_0) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && (Bool.true && Bool.true)) && (__fits_18 (_ys) (_yb))) && (if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => (_root_.LexLeanPreservation.encOption __enc_0) ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))))) _yacc (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_0) (if __b then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))) (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_18 (_ys) (_yb))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_15 (s : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_15 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Burn.candidates Nat s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_9 (_ys : (Prod Nat Nat)) : Bool :=
+  ((((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Budget.Tick.guard Nat (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat (if (Reasoning.Budget.Tick.guard Nat (_ys)) then (Option.some ((Reasoning.Budget.Spend.Step.Tick : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_15 (_ys))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __fits_14 (_ys) __p0 __p1) ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys))))))))
+
+attribute [local irreducible] Reasoning.Budget.Burn.candidates Reasoning.Budget.Burn.guard Reasoning.Budget.Tick.guard in
+theorem __rel_9 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_0) (Reasoning.Budget.Spend.select Nat _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_0) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_15 (_ys))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __fits_14 (_ys) __p0 __p1) ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys)))))))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => (_root_.LexLeanPreservation.encOption __enc_0) ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((_root_.LexLeanCollections.listFold ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys))) : (Option (Reasoning.Budget.Spend.Step Nat)))))) (if (Reasoning.Budget.Tick.guard Nat (_ys)) then (Option.some ((Reasoning.Budget.Spend.Step.Tick : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_0) (if __b then (Option.some ((Reasoning.Budget.Spend.Step.Tick : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))) (Reasoning.Budget.Tick.guard Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encOption __enc_0)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __fits_14 (_ys) __p0 __p1) 14 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __rel_14 (_ys) __p0 __p1) (p := __prog) (fi := 13) (ta := .nat) (ts := (.option (.adt 0))) rfl ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys)))))))))
+
+def __fits_19 (s : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_19 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 19 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Tick.conclusion Nat s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (s).2 (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_16 (s : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_12 (s))) && (if (Reasoning.Budget.Tick.guard Nat (s)) then ((((Bool.true && Bool.true) && (__fits_19 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Budget.Tick.conclusion Reasoning.Budget.Tick.guard in
+theorem __rel_16 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Tick.apply Nat s))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_19 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Budget.Tick.conclusion Nat (s))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Budget.Tick.guard Nat (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_20 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
+  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
+
+theorem __rel_20 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 20 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_20 s k) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Burn.conclusion Nat s k))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (s).2 k)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_17 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_18 (s) (k))) && (if (Reasoning.Budget.Burn.guard Nat (s) (k)) then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_20 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] Reasoning.Budget.Burn.conclusion Reasoning.Budget.Burn.guard in
+theorem __rel_17 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_17 s k) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Burn.apply Nat s k))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_20 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Budget.Burn.conclusion Nat (s) (k))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Budget.Burn.guard Nat (s) (k)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_18 (s) (k))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_20 (s) (k))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_10 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Budget.Spend.Step Nat)) : Bool :=
+  (Bool.true && ((fun (T : Type) (__a : (Reasoning.Budget.Spend.Step T)) (__k0 : Bool) (__k1 : ∀ (_yb : Nat), Bool) => (match __a with | Reasoning.Budget.Spend.Step.Tick => __k0 | Reasoning.Budget.Spend.Step.Burn _yb => __k1 _yb : Bool)) Nat _ystep (((Bool.true && Bool.true) && (__fits_16 (_ys)))) (fun (_yb : Nat) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (_ys) (_yb))))))
+
+attribute [local irreducible] Reasoning.Budget.Burn.apply Reasoning.Budget.Tick.apply in
+theorem __rel_10 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Budget.Spend.Step Nat)) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), (__enc_0 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Spend.fire Nat _ys _ystep))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Reasoning.Budget.Spend.Step Nat)) => ((fun (T : Type) (__a : (Reasoning.Budget.Spend.Step T)) (__k0 : Bool) (__k1 : ∀ (_yb : Nat), Bool) => (match __a with | Reasoning.Budget.Spend.Step.Tick => __k0 | Reasoning.Budget.Spend.Step.Burn _yb => __k1 _yb : Bool)) Nat __a (((Bool.true && Bool.true) && (__fits_16 (_ys)))) (fun (_yb : Nat) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (_ys) (_yb)))))) (fun (__a : (Reasoning.Budget.Spend.Step Nat)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((fun (T : Type) (__a : (Reasoning.Budget.Spend.Step T)) (__k0 : (Option (Prod Nat Nat))) (__k1 : ∀ (_yb : Nat), (Option (Prod Nat Nat))) => (match __a with | Reasoning.Budget.Spend.Step.Tick => __k0 | Reasoning.Budget.Spend.Step.Burn _yb => __k1 _yb : (Option (Prod Nat Nat)))) Nat __a ((Reasoning.Budget.Tick.apply Nat (_ys))) (fun (_yb : Nat) => (Reasoning.Budget.Burn.apply Nat (_ys) (_yb))))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Budget.Spend.Step Nat)) _ => match __a with | Reasoning.Budget.Spend.Step.Tick => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys)))) | Reasoning.Budget.Spend.Step.Burn _yb => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_17 (_ys) (_yb)))))))
+
+def __fits_5 (_ys : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_9 (_ys))) && ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : Bool) (__k1 : ∀ (_ystep : (Reasoning.Budget.Spend.Step T)), Bool) => (match __a with | Option.none => __k0 | Option.some _ystep => __k1 _ystep : Bool)) Nat (Reasoning.Budget.Spend.select Nat (_ys)) ((Bool.true && Bool.true)) (fun (_ystep : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep))))))
+
+attribute [local irreducible] Reasoning.Budget.Spend.fire Reasoning.Budget.Spend.select in
+theorem __rel_5 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 _ys) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Spend.next Nat _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_0) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : Bool) (__k1 : ∀ (_ystep : (Reasoning.Budget.Spend.Step T)), Bool) => (match __a with | Option.none => __k0 | Option.some _ystep => __k1 _ystep : Bool)) Nat __a ((Bool.true && Bool.true)) (fun (_ystep : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep)))))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : (Option (Prod Nat Nat))) (__k1 : ∀ (_ystep : (Reasoning.Budget.Spend.Step T)), (Option (Prod Nat Nat))) => (match __a with | Option.none => __k0 | Option.some _ystep => __k1 _ystep : (Option (Prod Nat Nat)))) Nat __a ((Option.none : (Option (Prod Nat Nat)))) (fun (_ystep : (Reasoning.Budget.Spend.Step Nat)) => (Reasoning.Budget.Spend.fire Nat (_ys) (_ystep))))) (Reasoning.Budget.Spend.select Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_ys))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (_ys) (_ystep)))))))
+
+def __fits_6 (x : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((x).2 + (3 : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true)
+
+theorem __rel_6 (x : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x)] (_root_.LexLeanPreservation.Rel (__fits_6 x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.observe Nat x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (x).2 (3 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
+
+def __fits_2 (x : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((x).2 + (4 : Nat)) 18446744073709551616)) && (((Bool.true && Bool.true) && (__fits_6 (x))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat Nat)) => __fits_5 __p0) ((Reasoning.Budget.Spend.next Nat)) (((x).2 + (4 : Nat))) ((Reasoning.Budget.Spend.observe Nat (x)))))
+
+attribute [local irreducible] Reasoning.Budget.Spend.observe in
+theorem __rel_2 (x : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 2 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x)] (_root_.LexLeanPreservation.Rel (__fits_2 x) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Budget.Spend.saturate Nat x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (x).2 (4 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (x))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Budget.Spend.next Nat)) (fun (__p0 : (Prod Nat Nat)) => __fits_5 __p0) 5 [] (fun (__p0 : (Prod Nat Nat)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Budget.Spend.next Nat))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.pair .nat .nat)) rfl (((x).2 + (4 : Nat))) ((Reasoning.Budget.Spend.observe Nat (x)))))
+
+def __fits_8 (account : (Prod Nat Nat)) : Bool :=
+  ((Bool.true && Bool.true) && Bool.true)
+
+theorem __rel_8 (account : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) account)] (_root_.LexLeanPreservation.Rel (__fits_8 account) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.extract Nat account))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
+
+def __fits_11 (x : (Prod Nat Nat)) (r : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_11 (x : (Prod Nat Nat)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_11 x r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Budget.emptyCheck (Prod Nat Nat) x r))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (0 : Nat)))
+
+def __fits_7 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (x) (_yv))) && (if (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Budget.Spend.extract Reasoning.Budget.emptyCheck in
+theorem __rel_7 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 x _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.accept Nat x _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (x) (_yv))) && (if (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Budget.Spend.extract Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_11 (x) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
+
+def __fits_3 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (x) (_ys))) && (match (Reasoning.Budget.Spend.accept Nat (x) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Budget.Spend.accept Reasoning.Budget.Spend.extract in
+theorem __rel_3 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 x _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.conclude Nat x _ys))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Budget.Spend.accept Nat (x) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (x) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Budget.Spend.extract Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
+
+def __fits_1 (x : (Prod Nat Nat)) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_2 (x))) && (let _yfinal : (Prod (Prod Nat Nat) Bool) := (Reasoning.Budget.Spend.saturate Nat (x)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (x) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
+
+attribute [local irreducible] Reasoning.Budget.Spend.conclude Reasoning.Budget.Spend.saturate in
+theorem __rel_1 (x : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x)] (_root_.LexLeanPreservation.Rel (__fits_1 x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.verdict Nat x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Prod Nat Nat) Bool) := (Reasoning.Budget.Spend.saturate Nat (x)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (x))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (x) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Budget.Spend.conclude Nat (x) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (x) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
+
+def __fits_0 (x : Nat) : Bool :=
+  (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_1 ((x, x)))) && (match (Reasoning.Budget.Spend.verdict Nat ((x, x))) with | Except.ok left => Bool.true | Except.error failure => Bool.true))
+
+attribute [local irreducible] Reasoning.Budget.Spend.verdict in
+theorem __rel_0 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.spendLeft x))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok left => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok left => left | Except.error failure => (9 : Nat))) (Reasoning.Budget.Spend.verdict Nat ((x, x))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((x, x)))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok left => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (x : Nat) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 x) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.spendLeft x)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.spendLeft x))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 x)
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..9f378ffa2
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/Compose/RustStd.lex.tex
@@ -0,0 +1,505 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7,
+  LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.__wt_0 : @18 := @398 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.__wt_0],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [propext]},
+  transparency: semireducible
+}
+theorem LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.root : @1017 := @1018 {
+  all: [LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.program
+@1 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.krate
+@2 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.flags
+@3 := Reasoning.Budget.Spend.Step
+@4 := Nat
+@5 := @3 @4
+@6 := #0
+@8 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.__enc_0 @6
+@9 := LexLeanPreservation.Rust.WT
+@10 := LexLeanTarget.TargetSyntax.Ty.adt
+@11 := 0
+@12 := @10 @11
+@13 := @9 @0
+@14 := @13 @1
+@15 := @14 @2
+@17 := @15 @8 @12
+@18 := (__v : @5) -> @17
+@19 := fun (__v : @5) => @17
+@20 := LexLeanTarget.TargetSyntax.Value
+@21 := LexLeanTarget.TargetSyntax.Ty
+@22 := List.nil.{0}
+@23 := List.cons.{0}
+@24 := @22 @20
+@25 := @22 @21
+@26 := LexLeanTarget.TargetSyntax.Program
+@27 := LexLeanPreservation.Rust.RCrate
+@28 := LexLeanPreservation.Rust.Flags
+@29 := LexLeanPreservation.Rust.WTL
+@30 := #2
+@31 := @29 @30
+@32 := #1
+@39 := {p : @26} -> {c : @27} -> {A : @28} -> @31 @32 @6 @24 @25
+@41 := LexLeanPreservation.Rust.wtl_nil @0
+@42 := @29 @0
+@48 := {c : @27} -> {A : @28} -> @42 @32 @6 @24 @25
+@49 := @41 @1
+@50 := @42 @1
+@54 := {A : @28} -> @50 @6 @24 @25
+@55 := @49 @2
+@56 := @50 @2
+@57 := @56 @24
+@58 := @57 @25
+@59 := List.{0}
+@60 := @59 @20
+@61 := @59 @21
+@62 := Eq.{1}
+@63 := Option.{0}
+@64 := @63 @61
+@65 := @62 @64
+@66 := LexLeanPreservation.Rust.adtFields
+@67 := #6
+@68 := @66 @67
+@69 := #3
+@72 := @65 (@68 @69 @30)
+@73 := Option.some.{0}
+@74 := @73 @61
+@75 := @74 @6
+@76 := @72 @75
+@77 := #7
+@79 := @29 @77 @67
+@80 := #5
+@83 := @79 @80 @30 @32
+@84 := #8
+@87 := @9 @84 @77 @67
+@88 := LexLeanTarget.TargetSyntax.Value.adt
+@89 := #4
+@91 := @88 @89 @69
+@92 := @87 @91
+@93 := @10 @80
+@103 := {p : @26} ->
+  {c : @27} ->
+  {A : @28} ->
+  {i : @4} -> {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @76) -> (hf : @83) -> @92 @93
+@105 := LexLeanPreservation.Rust.wt_adt @0
+@106 := @66 @0
+@110 := @65 (@106 @69 @30) @75
+@114 := @42 @67 @80 @30 @32
+@126 := {c : @27} ->
+  {A : @28} ->
+  {i : @4} ->
+  {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @110) -> (hf : @114) -> @13 @77 @67 @91 @93
+@127 := @105 @1
+@130 := @50 @80 @30 @32
+@140 := {A : @28} ->
+  {i : @4} -> {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @110) -> (hf : @130) -> @14 @67 @91 @93
+@141 := @127 @2
+@143 := @56 @30 @32
+@144 := @15 @91
+@151 := {i : @4} -> {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @110) -> (hf : @143) -> @144 @93
+@152 := @141 @11
+@153 := @106 @11
+@162 := {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @65 (@153 @30) @75) -> (hf : @143) -> @144 @12
+@163 := @152 @11
+@164 := @153 @11
+@165 := @65 @164
+@166 := @165 @75
+@167 := @88 @11
+@174 := {fs : @60} -> {tys : @61} -> (h : @166) -> (hf : @143) -> @15 (@167 @69) @12
+@175 := @163 @24
+@176 := @57 @32
+@179 := @15 (@167 @24) @12
+@182 := {tys : @61} -> (h : @166) -> (hf : @176) -> @179
+@183 := @175 @25
+@187 := (h : @165 (@74 @25)) -> (hf : @58) -> @179
+@188 := Eq.refl.{1}
+@189 := @188 @64
+@192 := @183 (@189 @164) @55
+@193 := LexLeanTarget.TargetSyntax.Value.nat
+@194 := @193 @6
+@195 := LexLeanTarget.TargetSyntax.Ty.nat
+@204 := {p : @26} -> {c : @27} -> {A : @28} -> (n : @4) -> @9 @69 @30 @32 @194 @195
+@206 := LexLeanPreservation.Rust.wt_nat @0
+@213 := {c : @27} -> {A : @28} -> (n : @4) -> @13 @30 @32 @194 @195
+@214 := @206 @1
+@219 := {A : @28} -> (n : @4) -> @14 @32 @194 @195
+@220 := @214 @2
+@222 := @15 @194 @195
+@223 := (n : @4) -> @222
+@224 := @220 @6
+@225 := @23 @20
+@227 := @225 @194 @24
+@228 := @23 @21
+@229 := @228 @195
+@230 := @229 @25
+@235 := @9 @67 @80 @89 @69 @30
+@238 := @29 @84 @77 @67
+@240 := @225 @80 @69
+@241 := @238 @240
+@243 := @228 @89 @30
+@253 := {p : @26} ->
+  {c : @27} ->
+  {A : @28} ->
+  {v : @20} -> {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @235) -> (hs : @83) -> @241 @243
+@255 := LexLeanPreservation.Rust.wtl_cons @0
+@271 := {c : @27} ->
+  {A : @28} ->
+  {v : @20} ->
+  {t : @21} ->
+  {vs : @60} -> {ts : @61} -> (h : @13 @80 @89 @69 @30) -> (hs : @114) -> @42 @77 @67 @240 @243
+@272 := @255 @1
+@285 := {A : @28} ->
+  {v : @20} ->
+  {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @14 @89 @69 @30) -> (hs : @130) -> @50 @67 @240 @243
+@286 := @272 @2
+@296 := {v : @20} ->
+  {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @15 @69 @30) -> (hs : @143) -> @56 @240 @243
+@297 := @286 @194
+@298 := @193 @69
+@299 := @15 @298
+@300 := @299 @30
+@301 := @193 @80
+@302 := @225 @301
+@304 := @56 (@302 @69)
+@310 := {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @300) -> (hs : @143) -> @304 @243
+@311 := @297 @195
+@312 := @193 @30
+@314 := @15 @312 @195
+@315 := @193 @89
+@316 := @225 @315
+@318 := @56 (@316 @69)
+@319 := @229 @30
+@324 := {vs : @60} -> {ts : @61} -> (h : @314) -> (hs : @143) -> @318 @319
+@325 := @311 @24
+@326 := @193 @32
+@328 := @15 @326 @195
+@330 := @225 @298 @24
+@331 := @56 @330
+@335 := {ts : @61} -> (h : @328) -> (hs : @176) -> @331 @319
+@336 := @325 @25
+@338 := @225 @312 @24
+@339 := @56 @338
+@342 := (h : @222) -> (hs : @58) -> @339 @230
+@343 := @336 @224
+@345 := @225 @326 @24
+@346 := @56 @345
+@347 := @346 @230
+@348 := (hs : @58) -> @347
+@349 := @343 @55
+@351 := @56 @227 @230
+@352 := 1
+@353 := @152 @352
+@354 := @153 @352
+@355 := @65 @354
+@356 := @355 @75
+@357 := @88 @352
+@364 := {fs : @60} -> {tys : @61} -> (h : @356) -> (hf : @143) -> @15 (@357 @69) @12
+@365 := @353 @227
+@372 := {tys : @61} -> (h : @356) -> (hf : @339 @32) -> @15 (@357 @330) @12
+@373 := @365 @230
+@380 := (h : @355 (@74 @230)) -> (hf : @347) -> @15 (@357 @338) @12
+@382 := @373 (@189 @354)
+@386 := (hf : @351) -> @15 (@357 @345) @12
+@387 := @382 @349
+@390 := @15 (@357 @227) @12
+@391 := fun (__x0 : @4) => @387
+@398 := fun (__v : @5) => Reasoning.Budget.Spend.Step.casesOn.{0} @4 @19 @6 @192 @391
+@399 := @220 @32
+@402 := Prod.{0, 0} @4 @20
+@406 := Prod.mk.{0, 0} @4 @20 @11
+@407 := @406 @326
+@408 := @22 @402
+@409 := @23 @402
+@411 := @409 @407 @408
+@412 := Bool.true
+@413 := LexLeanTarget.TargetSyntax.Function
+@414 := LexLeanTarget.TargetSyntax.Program.functions
+@415 := @414 @0
+@416 := @22 @4
+@417 := LexLeanTarget.TargetSyntax.Ty.unit
+@418 := LexLeanTarget.TargetSyntax.Value.unit
+@421 := LexLeanTarget.TargetSyntax.Expr.value @417 @418
+@426 := LexLeanTarget.TargetSyntax.Function.mk @416 @25 @417 @421
+@431 := List.getD.{0} @413 @415 @11 @426
+@435 := fun (__e_n : @4) => LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.root @6 @11
+@436 := @286 @326
+@438 := @15 @315 @30
+@439 := @193 @67
+@440 := @225 @439
+@448 := {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @438) -> (hs : @143) -> @56 (@440 @69) @243
+@449 := @436 @195
+@455 := {vs : @60} -> {ts : @61} -> (h : @299 @195) -> (hs : @143) -> @304 @319
+@456 := @449 @24
+@457 := @316 @24
+@458 := @56 @457
+@462 := {ts : @61} -> (h : @314) -> (hs : @176) -> @458 @319
+@463 := @456 @25
+@466 := (h : @328) -> (hs : @58) -> @331 @230
+@468 := @463 @399 @55
+@469 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.denote
+@470 := @469 @32
+@471 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.__fits_0
+@472 := @471 @32
+@475 := @193 (Reasoning.Main.spendLeft @32)
+@477 := LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.root @32
+@478 := Bool
+@479 := Ne.{1}
+@480 := LexLeanPreservation.Obs
+@481 := @479 @480
+@482 := LexLeanPreservation.Rel
+@485 := @481 (@482 @32 @6)
+@486 := LexLeanPreservation.Obs.stuck
+@489 := (f : @478) -> (v : @20) -> @485 @486
+@491 := LexLeanPreservation.Rust.rel_ne_stuck @472
+@497 := (v : @20) -> @481 (@482 (@471 @30) @6) @486
+@498 := @491 @475
+@502 := @481 (@482 @472 @475) @486
+@503 := @59 @402
+@504 := LexLeanPreservation.Rust.FunSem
+@505 := #9
+@511 := (n : @4) -> @504 @505 @84 @77 @6 @67
+@512 := @63 @413
+@513 := @62 @512
+@520 := LexLeanRuntime.index (@59 @413) @413 (LexLeanRuntime.instIndexableList @413)
+@524 := @513 (@520 (@414 @505) @67)
+@525 := @73 @413
+@526 := @525 @80
+@527 := @524 @526
+@528 := #10
+@532 := @29 @528 @505 @84 @80
+@533 := LexLeanTarget.TargetSyntax.Function.types
+@534 := @533 @67
+@535 := @532 @534
+@536 := @63 @503
+@537 := @62 @536
+@538 := LexLeanTarget.TargetSemantics.bindAll
+@539 := LexLeanTarget.TargetSyntax.Function.parameters
+@544 := @537 (@538 (@539 @77) @67 @408)
+@545 := @73 @503
+@546 := @545 @80
+@547 := @544 @546
+@548 := @63 @478
+@549 := @62 @548
+@550 := LexLeanPreservation.Rust.fnFallible
+@551 := #11
+@554 := @549 (@550 @551 @505)
+@555 := @73 @478
+@556 := @555 @80
+@557 := @554 @556
+@558 := LexLeanPreservation.RunConv
+@559 := #13
+@563 := @558 @559 @528 @84 @80
+@565 := @481 @67 @486
+@566 := Exists.{1}
+@567 := LexLeanPreservation.Rust.ROut
+@568 := @566 @567
+@569 := And
+@570 := LexLeanPreservation.Rust.RealizesFn
+@574 := @569 (@570 @505 @84 @6)
+@575 := LexLeanPreservation.Rust.RCI
+@577 := @575 #15
+@578 := LexLeanPreservation.Rust.fnIdent
+@579 := @578 @559
+@586 := (hne : @565) -> @568 (fun (ro : @567) => @574 (@577 @579 @551 @6))
+@601 := {p : @26} ->
+  {c : @27} ->
+  {A : @28} ->
+  {f : @4} ->
+  {fn : @413} ->
+  {args : @60} ->
+  {env : @503} ->
+  {F : @478} ->
+  {o : @480} ->
+  (hB : @511) ->
+  (hfn : @527) -> (hwt : @535) -> (hbind : @547) -> (hF : @557) -> (hA : @563) -> @586
+@603 := LexLeanPreservation.Rust.compose @0
+@604 := @504 @0
+@609 := (n : @4) -> @604 @84 @77 @6 @67
+@610 := @520 @415
+@613 := @513 (@610 @67) @526
+@617 := @42 @505 @84 @80 @534
+@618 := @558 @0
+@621 := @618 @528 @84 @80
+@635 := {c : @27} ->
+  {A : @28} ->
+  {f : @4} ->
+  {fn : @413} ->
+  {args : @60} ->
+  {env : @503} ->
+  {F : @478} ->
+  {o : @480} ->
+  (hB : @609) ->
+  (hfn : @613) -> (hwt : @617) -> (hbind : @547) -> (hF : @557) -> (hA : @621) -> @586
+@636 := @603 @1
+@637 := @604 @1
+@641 := (n : @4) -> @637 @77 @6 @67
+@644 := @50 @84 @80 @534
+@645 := @550 @1
+@648 := @549 (@645 @505) @556
+@649 := @575 @1
+@659 := (hbind : @547) ->
+  (hF : @648) -> (hA : @621) -> (hne : @565) -> @568 (fun (ro : @567) => @574 (@649 @579 @551 @6))
+@669 := {A : @28} ->
+  {f : @4} ->
+  {fn : @413} ->
+  {args : @60} ->
+  {env : @503} -> {F : @478} -> {o : @480} -> (hB : @641) -> (hfn : @613) -> (hwt : @644) -> @659
+@670 := @636 @2
+@672 := @637 @2 @6
+@674 := (n : @4) -> @672 @67
+@675 := @56 @80
+@676 := @675 @534
+@685 := {f : @4} ->
+  {fn : @413} ->
+  {args : @60} ->
+  {env : @503} -> {F : @478} -> {o : @480} -> (hB : @674) -> (hfn : @613) -> (hwt : @676) -> @659
+@686 := @670 @11
+@688 := (n : @4) -> @672 @11
+@689 := @610 @11
+@690 := @513 @689
+@691 := @690 @526
+@692 := @645 @11
+@693 := @549 @692
+@694 := @693 @556
+@695 := @618 @11
+@697 := @695 @84 @80
+@699 := @649 (@578 @11)
+@707 := (hF : @694) -> (hA : @697) -> (hne : @565) -> @568 (fun (ro : @567) => @574 (@699 @551 @6))
+@716 := {fn : @413} ->
+  {args : @60} ->
+  {env : @503} ->
+  {F : @478} -> {o : @480} -> (hB : @688) -> (hfn : @691) -> (hwt : @676) -> (hbind : @547) -> @707
+@717 := @686 @431
+@719 := @690 (@525 @431)
+@720 := @533 @431
+@721 := @675 @720
+@723 := @538 (@539 @431)
+@735 := {args : @60} ->
+  {env : @503} ->
+  {F : @478} ->
+  {o : @480} ->
+  (hB : @688) -> (hfn : @719) -> (hwt : @721) -> (hbind : @537 (@723 @67 @408) @546) -> @707
+@736 := @717 @345
+@737 := @440 @24
+@739 := @56 @737 @720
+@742 := @225 (@193 @77) @24
+@746 := @537 (@723 @742 @408) @546
+@749 := @225 (@193 @505) @24
+@770 := {env : @503} ->
+  {F : @478} ->
+  {o : @480} ->
+  (hB : @688) ->
+  (hfn : @719) ->
+  (hwt : @739) ->
+  (hbind : @746) ->
+  (hF : @694) ->
+  (hA : @695 @749 @80) ->
+  (hne : @565) -> @568 (fun (ro : @567) => @574 (@699 (@225 (@193 #12) @24) @6))
+@771 := @736 @411
+@772 := @302 @24
+@774 := @56 @772 @720
+@782 := @537 (@723 @737 @408) (@545 (@409 (@406 @439) @408))
+@785 := @225 (@193 @84) @24
+@804 := {F : @478} ->
+  {o : @480} ->
+  (hB : @688) ->
+  (hfn : @719) ->
+  (hwt : @774) ->
+  (hbind : @782) ->
+  (hF : @694) ->
+  (hA : @695 @785 @80) ->
+  (hne : @565) -> @568 (fun (ro : @567) => @574 (@699 (@225 (@193 @551) @24) @6))
+@805 := @771 @412
+@806 := @458 @720
+@814 := @537 (@723 @772 @408) (@545 (@409 (@406 @301) @408))
+@816 := @693 (@555 @412)
+@818 := @695 @742 @80
+@819 := @570 @412
+@838 := {o : @480} ->
+  (hB : @688) ->
+  (hfn : @719) ->
+  (hwt : @806) ->
+  (hbind : @814) ->
+  (hF : @816) ->
+  (hA : @818) ->
+  (hne : @565) -> @568 (fun (ro : @567) => @569 (@819 @84 @6) (@699 (@225 (@193 @528) @24) @6))
+@839 := @805 @470
+@840 := @331 @720
+@848 := @537 (@723 @457 @408) (@545 (@409 (@406 @315) @408))
+@849 := @695 @737
+@850 := @469 @67
+@851 := @849 @850
+@852 := @469 @77
+@870 := (hB : @688) ->
+  (hfn : @719) ->
+  (hwt : @840) ->
+  (hbind : @848) ->
+  (hF : @816) ->
+  (hA : @851) ->
+  (hne : @481 @852 @486) -> @568 (fun (ro : @567) => @569 (@819 (@469 @505) @6) (@699 @749 @6))
+@871 := @839 @435
+@872 := @339 @720
+@880 := @537 (@723 @330 @408) (@545 (@409 (@406 @298) @408))
+@881 := @695 @772
+@882 := @469 @80
+@900 := (hfn : @719) ->
+  (hwt : @872) ->
+  (hbind : @880) ->
+  (hF : @816) ->
+  (hA : @881 @882) ->
+  (hne : @481 @850 @486) -> @568 (fun (ro : @567) => @569 (@819 (@469 @84) @6) (@699 @785 @6))
+@903 := @871 (@188 @512 @689)
+@904 := @346 @720
+@912 := @537 (@723 @338 @408) (@545 (@409 (@406 @312) @408))
+@913 := @695 @457
+@914 := @469 @89
+@930 := (hwt : @904) ->
+  (hbind : @912) ->
+  (hF : @816) ->
+  (hA : @913 @914) ->
+  (hne : @481 @882 @486) -> @568 (fun (ro : @567) => @569 (@819 @852 @6) (@699 @742 @6))
+@931 := @903 @468
+@933 := @723 @345 @408
+@936 := @537 @933 (@545 @411)
+@937 := @695 @330
+@938 := @469 @69
+@953 := (hbind : @936) ->
+  (hF : @816) ->
+  (hA : @937 @938) ->
+  (hne : @481 @914 @486) -> @568 (fun (ro : @567) => @569 (@819 @850 @6) (@699 @737 @6))
+@956 := @931 (@188 @536 @933)
+@957 := @695 @338
+@958 := @469 @30
+@972 := (hF : @816) ->
+  (hA : @957 @958) ->
+  (hne : @481 @938 @486) -> @568 (fun (ro : @567) => @569 (@819 @882 @6) (@699 @772 @6))
+@975 := @956 (@188 @548 @692)
+@989 := (hA : @695 @345 @470) ->
+  (hne : @481 @958 @486) -> @568 (fun (ro : @567) => @569 (@819 @914 @6) (@699 @457 @6))
+@990 := @975 @477
+@1001 := (hne : @481 @470 @486) -> @568 (fun (ro : @567) => @569 (@819 @938 @6) (@699 @330 @6))
+@1002 := @990 @498
+@1008 := @569 (@819 @958 @6) (@699 @338 @6)
+@1010 := @568 (fun (ro : @567) => @1008)
+@1012 := @568 (fun (__e_ro : @567) => @1008)
+@1014 := LexLeanPreservation.Rust.RepresentableL @227
+@1015 := (__e_hrep : @1014) -> @1012
+@1016 := fun (__e_hrep : @1014) => @1002
+@1017 := (x : @4) -> @1015
+@1018 := fun (x : @4) => @1016
+\end{coremodule}
+\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/RustStd.lean
new file mode 100644
index 000000000..21c9e0208
--- /dev/null
+++ b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/RustStd.lean
@@ -0,0 +1,198 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [{ constructors := [[], [.nat]] }], functions := [
+    { parameters := [0], types := [.nat], result := .nat,
+      body := (.«match» .nat (.call 1 [(.build .pair (.pair .nat .nat) [(.var 0), (.var 0)])]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«let» 1 (.pair (.pair .nat .nat) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.call 4 [(.closure 5 []), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 4))]), (.call 6 [(.var 0)])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
+      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
+      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 3))])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.option .nat),
+      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
+      body := (.build .some (.option .nat) [(.second (.var 0))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.adt 0)),
+      body := (.«match» (.option (.adt 0)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 0)) [(.build (.adt 0) (.adt 0) [])]) (.build .none (.option (.adt 0)) [])) [(.arm .some [1] (.build .some (.option (.adt 0)) [(.var 1)])), (.arm .none [] (.call 13 [(.closure 14 [(.var 0)]), (.build .none (.option (.adt 0)) []), (.call 15 [(.var 0)])]))]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
+      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 16 [(.var 0)])), (.arm (.adt 1) [2] (.call 17 [(.var 0), (.var 2)]))]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
+      body := (.prim .natLt [(.value .nat (.nat 2)), (.second (.var 0))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)], result := (.option (.adt 0)),
+      body := (.«match» (.option (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 13 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [(.pair .nat .nat), (.option (.adt 0)), .nat], result := (.option (.adt 0)),
+      body := (.«match» (.option (.adt 0)) (.var 1) [(.arm .some [3] (.build .some (.option (.adt 0)) [(.var 3)])), (.arm .none [] (.cond (.call 18 [(.var 0), (.var 2)]) (.build .some (.option (.adt 0)) [(.build (.adt 1) (.adt 0) [(.var 2)])]) (.build .none (.option (.adt 0)) [])))]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
+      body := (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 19 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
+      body := (.cond (.call 18 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 20 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
+      body := (.cond (.prim .natLe [(.var 1), (.second (.var 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
+    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.value .nat (.nat 1))])]) },
+    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
+      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.var 1)])]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [.nat] }]),
+    (.enum (.fn 0) [{ number := 5, fields := [] }]),
+    (.apply 0 [(.pair .nat .nat)] (.option (.pair .nat .nat)) false [{ function := 5, captures := [], functionFallible := false }]),
+    (.enum (.fn 1) [{ number := 14, fields := [(.pair .nat .nat)] }]),
+    (.apply 1 [(.option (.adt 0)), .nat] (.option (.adt 0)) false [{ function := 14, captures := [.copy], functionFallible := false }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.pair (.copy (.generated .binding 0)) (.copy (.generated .binding 0)))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.pair .nat .nat) .bool)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible (.pair (.pair .nat .nat) .bool)) (.mk [] (.succeed (.call (.function 4) [(.construct (.closure 0 5) []), (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 4)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))), (.call (.function 6) [(.copy (.generated .binding 0))] true)] false)))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 8)) none (.call (.function 7) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat .nat) }] (.pair (.pair .nat .nat) .bool) (.mk [(.mk (.bind (.generated .holder 10)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 10)) (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 10))), (.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 9) [(.copy (.generated .binding 0))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 14)))) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 15))))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] true))))))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 18)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option .nat) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 19))))]))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.adt 0)) (.mk [(.mk (.bind (.generated .holder 20)) none (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 0 0) [])])) (.mk [] (.construct (.none (.adt 0)) []))))] (.matchOn (.move (.generated .holder 20)) [(.mk .none (.mk [] (.call (.function 13) [(.construct (.closure 1 14) [(.copy (.generated .binding 0))]), (.construct (.none (.adt 0)) []), (.call (.function 15) [(.copy (.generated .binding 0))] false)] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 21)) [(.mk (.adt 0 0 []) (.mk [] (.call (.function 16) [(.copy (.generated .binding 0))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]))),
+    (.function (.generated .function 11) [{ pattern := .wild, type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))),
+    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 25)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 24)))))] (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))),
+    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.option (.adt 0)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.option (.adt 0)) (.mk [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.option (.adt 0)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option (.adt 0)) (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (.mk [] (.construct (.none (.adt 0)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))),
+    (.function (.generated .function 15) [{ pattern := .wild, type := (.pair .nat .nat) }] (.list .nat) (.mk [] (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])]))),
+    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 19) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))),
+    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 20) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))),
+    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 30)))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false) (.mk [(.mk (.bind (.generated .operand 33)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (.mk [] (.lit (.bool false)))))),
+    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 35)))) (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 36))))), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)))))),
+    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 39)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 39)))) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 42)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.pair .nat .nat)], (.option (.pair .nat .nat))), false), (([(.option (.adt 0)), .nat], (.option (.adt 0))), false)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.pair (.copy (.generated .binding 0)) (.copy (.generated .binding 0)))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.pair .nat .nat) .bool)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.pair .nat .nat)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.pair .nat .nat)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.call (.function 4) [(.construct (.closure 0 5) []), (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 4)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))), (.call (.function 6) [(.copy (.generated .binding 0))] true)] false)), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 4)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 5))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.call (.function 7) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 9)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 10)) (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 10))), (.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.pair (.copy (.generated .binding 2)) (.lit (.bool false)))) (lb := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false))))]) (tb := (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false)) (Corr.apply (ps := [(.pair .nat .nat)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))) (Corr.mCons (Γ' := [(4, (.pair .nat .nat), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) rfl rfl rfl)))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.call (.function 9) [(.copy (.generated .binding 0))] false))], (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.pair .nat .nat)) [])) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 14)))) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 15))))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] true))))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 15))))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 15))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 18)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 19))))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 19))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 0 0) [])])) (.mk [] (.construct (.none (.adt 0)) []))))], (.matchOn (.move (.generated .holder 20)) [(.mk .none (.mk [] (.call (.function 13) [(.construct (.closure 1 14) [(.copy (.generated .binding 0))]), (.construct (.none (.adt 0)) []), (.call (.function 15) [(.copy (.generated .binding 0))] false)] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 12) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 0 0) [])])) (lb := []) (tb := (.construct (.none (.adt 0)) [])) (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.construct (.closure 1 14) [(.copy (.generated .binding 0))]), (.construct (.none (.adt 0)) []), (.call (.function 15) [(.copy (.generated .binding 0))] false)] false)) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.pair .nat .nat)]) (mask := [false]) (af := false) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 21)) [(.mk (.adt 0 0 []) (.mk [] (.call (.function 16) [(.copy (.generated .binding 0))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]), [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 16) [(.copy (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
+
+theorem fun11 : FunOK program krate flags 11 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 0)))], (.call (.runtime .natEq) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false), [(1, .nat, (some 1)), (0, (.pair .nat .nat), none)], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun12 : FunOK program krate flags 12 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 25)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 24)))))], (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun13 : FunOK program krate flags 13 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.option (.adt 0)), .nat]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun14 : FunOK program krate flags 14 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (.mk [] (.construct (.none (.adt 0)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]), [(2, .nat, (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (.mk [] (.construct (.none (.adt 0)) [])))) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, .nat, (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (lb := []) (tb := (.construct (.none (.adt 0)) [])) (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)⟩⟩
+
+theorem fun15 : FunOK program krate flags 15 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])]), [(0, (.pair .nat .nat), none)], rfl, rfl,
+    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun16 : FunOK program krate flags 16 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 19) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 19) [(.copy (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun17 : FunOK program krate flags 17 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 20) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 20) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun18 : FunOK program krate flags 18 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 30)))))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false) (.mk [(.mk (.bind (.generated .operand 33)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 30)))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 30))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 33)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .natLt) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
+
+theorem fun19 : FunOK program krate flags 19 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 35)))) (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 36))))), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 35))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 36))))), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 36))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
+
+theorem fun20 : FunOK program krate flags 20 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 39)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 39)))) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 42)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
+    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 39)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 39))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 41)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 42)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 40))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | 11 => exact fun11
+  | 12 => exact fun12
+  | 13 => exact fun13
+  | 14 => exact fun14
+  | 15 => exact fun15
+  | 16 => exact fun16
+  | 17 => exact fun17
+  | 18 => exact fun18
+  | 19 => exact fun19
+  | 20 => exact fun20
+  | _ + 21 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0.lean
deleted file mode 100644
index b40893d86..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0.lean
+++ /dev/null
@@ -1,391 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
-      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 20 [(.var 0)])), (.arm (.adt 1) [] (.call 21 [(.var 0)])), (.arm (.adt 2) [] (.call 22 [(.var 0)])), (.arm (.adt 3) [] (.call 23 [(.var 0)])), (.arm (.adt 4) [] (.call 24 [(.var 0)])), (.arm (.adt 5) [] (.call 25 [(.var 0)])), (.arm (.adt 6) [] (.call 26 [(.var 0)])), (.arm (.adt 7) [] (.call 27 [(.var 0)]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 28 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 29 [(.var 0)]) (.call 30 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
-
-def __enc_1 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
-
-def __enc_2 : (Reasoning.Clinic.Triage.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Reasoning.Clinic.Triage.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Reasoning.Clinic.Triage.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Reasoning.Clinic.Triage.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-  | Reasoning.Clinic.Triage.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
-  | Reasoning.Clinic.Triage.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
-  | Reasoning.Clinic.Triage.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
-  | Reasoning.Clinic.Triage.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
-  | Reasoning.Clinic.Triage.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
-
-def __fits_29 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_29 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_29 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
-
-def __fits_12 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.feverish in
-theorem __rel_12 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_12 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
-
-def __fits_13 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachycardic in
-theorem __rel_13 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_13 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
-
-def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachypneic in
-theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_32 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_32 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_32 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
-
-def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.leukocytic in
-theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_28 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_28 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_28 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
-
-def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.hypotensive in
-theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
-
-theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_9 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  ((((((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_9 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Clinic.Triage.select _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
-
-def __fits_33 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_33 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_33 s) (__enc_1 (Reasoning.Clinic.Fever.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_12 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
-theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Fever.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_34 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_34 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_34 s) (__enc_1 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_13 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
-theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachycardia.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_1 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachypnea.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_1 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
-theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Leukocytosis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_1 (Reasoning.Clinic.Sirs.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
-theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sirs.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_1 (Reasoning.Clinic.Sepsis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
-theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sepsis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_1 (Reasoning.Clinic.Shock.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
-theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Shock.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_40 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
-
-theorem __rel_40 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 40 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_40 s) (__enc_1 (Reasoning.Clinic.Escalate.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_27 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_19 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
-theorem __rel_27 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_27 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Escalate.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : Bool :=
-  (Bool.true && (match _ystep with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_27 (_ys)))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
-theorem __rel_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_1 _ys), (__enc_2 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.fire _ys _ystep))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_2 (fun (__a : (Reasoning.Clinic.Triage.Step)) => (match __a with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_27 (_ys))))) (fun (__a : (Reasoning.Clinic.Triage.Step)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Reasoning.Clinic.Triage.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Clinic.Triage.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Clinic.Triage.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Clinic.Triage.Step)) _ => match __a with | Reasoning.Clinic.Triage.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys)))) | Reasoning.Clinic.Triage.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))))) | Reasoning.Clinic.Triage.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys)))))) | Reasoning.Clinic.Triage.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys))))))) | Reasoning.Clinic.Triage.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys)))))))) | Reasoning.Clinic.Triage.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))))))))) | Reasoning.Clinic.Triage.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))))) | Reasoning.Clinic.Triage.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 (_ys)))))))))))))
-
-def __fits_5 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_9 (_ys))) && (match (Reasoning.Clinic.Triage.select (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.fire Reasoning.Clinic.Triage.select in
-theorem __rel_5 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.next _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Chart))) | Option.some _ystep => (Reasoning.Clinic.Triage.fire (_ys) (_ystep)))) (Reasoning.Clinic.Triage.select (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_ys))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (_ys) (_ystep)))))))
-
-def __fits_6 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_6 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_6 patient) (__enc_1 (Reasoning.Clinic.Triage.observe patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_2 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_6 (patient))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) ((Reasoning.Clinic.Triage.next)) ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.observe in
-theorem __rel_2 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_2 patient) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Clinic.Triage.saturate patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (patient))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Clinic.Triage.next)) (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) 5 [] (fun (__p0 : (Reasoning.Clinic.Chart)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Clinic.Triage.next))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.adt 1)) rfl ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
-
-def __fits_8 (chart : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_8 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_1 chart)] (_root_.LexLeanPreservation.Rel (__fits_8 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.extract chart))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
-
-def __fits_11 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble r (3 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_28 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.feverish Reasoning.Clinic.hypotensive Reasoning.Clinic.tachycardic in
-theorem __rel_11 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_0 v), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_11 v r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.recommendationCheck v r))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_28 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq r (3 : Nat)) || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))))))) (Nat.ble r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_28 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))) (Nat.beq r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))) (Reasoning.Clinic.hypotensive (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 (v))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && Bool.true) && (__fits_29 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))) (Nat.beq (v).infection (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (v).infection (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 (v))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic (v)))) (Reasoning.Clinic.feverish (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (v))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (v)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot ((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.extract Reasoning.Clinic.recommendationCheck in
-theorem __rel_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 patient _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.accept patient _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Clinic.recommendationCheck (patient) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_11 (patient) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (patient) (_ys))) && (match (Reasoning.Clinic.Triage.accept (patient) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.accept Reasoning.Clinic.Triage.extract in
-theorem __rel_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 patient _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.conclude patient _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Clinic.Triage.accept (patient) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (patient) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
-
-def __fits_1 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_2 (patient))) && (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.conclude Reasoning.Clinic.Triage.saturate in
-theorem __rel_1 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_1 patient) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.verdict patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (patient))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Clinic.Triage.conclude (patient) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (patient) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
-  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Clinic.Triage.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok level => Bool.true | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.verdict in
-theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok level => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok level => level | Except.error failure => (9 : Nat))) (Reasoning.Clinic.Triage.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok level => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageLevel temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/Compose/RustCore.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/Compose/RustCore.lex.tex
deleted file mode 100644
index 59590d8d1..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,1341 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_0 : @16 := @716 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_1 : @724 := @1388 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_2 : @1396 := @1631 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.root : @2716 := @2717 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.flags
-@3 := Reasoning.Clinic.Vitals
-@4 := #0
-@5 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Reasoning.Clinic.Vitals.temperature
-@18 := @17 @4
-@19 := Reasoning.Clinic.Vitals.heartRate
-@20 := @19 @4
-@21 := Reasoning.Clinic.Vitals.respiratoryRate
-@22 := @21 @4
-@23 := Reasoning.Clinic.Vitals.whiteCells
-@24 := @23 @4
-@25 := Reasoning.Clinic.Vitals.systolic
-@26 := @25 @4
-@27 := Reasoning.Clinic.Vitals.infection
-@28 := @27 @4
-@29 := LexLeanTarget.TargetSyntax.Value.nat
-@30 := @29 @18
-@31 := LexLeanTarget.TargetSyntax.Ty.nat
-@32 := LexLeanTarget.TargetSyntax.Program
-@33 := LexLeanPreservation.Rust.RCrate
-@34 := LexLeanPreservation.Rust.Flags
-@35 := Nat
-@36 := #3
-@37 := @7 @36
-@38 := #2
-@39 := @37 @38
-@40 := #1
-@41 := @39 @40
-@42 := @29 @4
-@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
-@50 := LexLeanPreservation.Rust.wt_nat @0
-@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
-@58 := @50 @1
-@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
-@64 := @58 @2
-@67 := (n : @35) -> @13 @42 @31
-@68 := @64 @18
-@70 := @13 @30 @31
-@71 := @29 @20
-@72 := @64 @20
-@74 := @13 @71 @31
-@75 := @29 @22
-@76 := @64 @22
-@78 := @13 @75 @31
-@79 := @29 @24
-@80 := @64 @24
-@82 := @13 @79 @31
-@83 := @29 @26
-@84 := @64 @26
-@86 := @13 @83 @31
-@87 := @29 @28
-@88 := @64 @28
-@90 := @13 @87 @31
-@91 := LexLeanTarget.TargetSyntax.Value
-@92 := LexLeanTarget.TargetSyntax.Ty
-@93 := List.nil.{0}
-@94 := List.cons.{0}
-@95 := @93 @91
-@96 := @94 @91
-@98 := @96 @87 @95
-@100 := @96 @83 @98
-@102 := @96 @79 @100
-@104 := @96 @75 @102
-@106 := @96 @71 @104
-@108 := @96 @30 @106
-@109 := @93 @92
-@110 := @94 @92
-@111 := @110 @31
-@112 := @111 @109
-@113 := @111 @112
-@114 := @111 @113
-@115 := @111 @114
-@116 := @111 @115
-@117 := @111 @116
-@118 := LexLeanPreservation.Rust.WTL
-@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
-@128 := LexLeanPreservation.Rust.wtl_nil @0
-@129 := @118 @0
-@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
-@136 := @128 @1
-@137 := @129 @1
-@141 := {A : @34} -> @137 @4 @95 @109
-@142 := @136 @2
-@143 := @137 @2
-@144 := @143 @95
-@145 := @144 @109
-@146 := List.{0}
-@147 := @146 @91
-@148 := @146 @92
-@149 := #6
-@150 := @7 @149
-@151 := #5
-@152 := @150 @151
-@153 := #4
-@156 := @152 @153 @36 @38
-@157 := #7
-@162 := @118 @157 @149 @151 @38 @40
-@163 := #8
-@166 := @118 @163 @157 @149
-@168 := @96 @151 @36
-@169 := @166 @168
-@171 := @110 @153 @38
-@181 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
-@183 := LexLeanPreservation.Rust.wtl_cons @0
-@187 := @11 @151 @153 @36 @38
-@191 := @129 @149 @151 @38 @40
-@203 := {c : @33} ->
-  {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
-@204 := @183 @1
-@207 := @12 @153 @36 @38
-@210 := @137 @151 @38 @40
-@220 := {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
-@221 := @204 @2
-@223 := @13 @36 @38
-@225 := @143 @38 @40
-@233 := {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
-@234 := @221 @87
-@236 := @29 (@27 @36)
-@249 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
-@250 := @234 @31
-@252 := @29 (@27 @38)
-@254 := @13 @252 @31
-@259 := @143 (@96 (@29 (@27 @153)) @36)
-@260 := @111 @38
-@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
-@266 := @250 @95
-@268 := @29 (@27 @40)
-@270 := @13 @268 @31
-@271 := @144 @40
-@273 := @96 @236 @95
-@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
-@279 := @266 @109
-@281 := @96 @252 @95
-@282 := @143 @281
-@285 := (h : @90) -> (hs : @145) -> @282 @112
-@286 := @279 @88
-@288 := @96 @268 @95
-@290 := @143 @288 @112
-@291 := (hs : @145) -> @290
-@292 := @286 @142
-@294 := @143 @98 @112
-@295 := @221 @83
-@297 := @29 (@25 @36)
-@310 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
-@311 := @295 @31
-@313 := @29 (@25 @38)
-@325 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
-@326 := @311 @98
-@328 := @29 (@25 @40)
-@330 := @13 @328 @31
-@331 := @282 @40
-@333 := @96 @297 @273
-@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
-@339 := @326 @112
-@341 := @96 @313 @281
-@342 := @143 @341
-@345 := (h : @86) -> (hs : @290) -> @342 @113
-@346 := @339 @84
-@348 := @96 @328 @288
-@350 := @143 @348 @113
-@351 := (hs : @294) -> @350
-@352 := @346 @292
-@354 := @143 @100 @113
-@355 := @221 @79
-@357 := @29 (@23 @36)
-@370 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
-@371 := @355 @31
-@373 := @29 (@23 @38)
-@385 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
-@386 := @371 @100
-@388 := @29 (@23 @40)
-@390 := @13 @388 @31
-@391 := @342 @40
-@393 := @96 @357 @333
-@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
-@399 := @386 @113
-@401 := @96 @373 @341
-@402 := @143 @401
-@405 := (h : @82) -> (hs : @350) -> @402 @114
-@406 := @399 @80
-@408 := @96 @388 @348
-@410 := @143 @408 @114
-@411 := (hs : @354) -> @410
-@412 := @406 @352
-@414 := @143 @102 @114
-@415 := @221 @75
-@417 := @29 (@21 @36)
-@430 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
-@431 := @415 @31
-@433 := @29 (@21 @38)
-@445 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
-@446 := @431 @102
-@448 := @29 (@21 @40)
-@450 := @13 @448 @31
-@451 := @402 @40
-@453 := @96 @417 @393
-@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
-@459 := @446 @114
-@461 := @96 @433 @401
-@462 := @143 @461
-@465 := (h : @78) -> (hs : @410) -> @462 @115
-@466 := @459 @76
-@468 := @96 @448 @408
-@470 := @143 @468 @115
-@471 := (hs : @414) -> @470
-@472 := @466 @412
-@474 := @143 @104 @115
-@475 := @221 @71
-@477 := @29 (@19 @36)
-@490 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
-@491 := @475 @31
-@493 := @29 (@19 @38)
-@505 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
-@506 := @491 @104
-@508 := @29 (@19 @40)
-@510 := @13 @508 @31
-@511 := @462 @40
-@513 := @96 @477 @453
-@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
-@519 := @506 @115
-@521 := @96 @493 @461
-@522 := @143 @521
-@525 := (h : @74) -> (hs : @470) -> @522 @116
-@526 := @519 @72
-@528 := @96 @508 @468
-@530 := @143 @528 @116
-@531 := (hs : @474) -> @530
-@532 := @526 @472
-@534 := @143 @106 @116
-@535 := @221 @30
-@537 := @29 (@17 @36)
-@550 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
-@551 := @535 @31
-@553 := @29 (@17 @38)
-@565 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
-@566 := @551 @106
-@568 := @29 (@17 @40)
-@570 := @13 @568 @31
-@571 := @522 @40
-@573 := @96 @537 @513
-@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
-@579 := @566 @116
-@581 := @96 @553 @521
-@582 := @143 @581
-@585 := (h : @70) -> (hs : @530) -> @582 @117
-@586 := @579 @68
-@588 := @96 @568 @528
-@590 := @143 @588 @117
-@591 := (hs : @534) -> @590
-@592 := @586 @532
-@594 := @143 @108 @117
-@595 := Eq.{1}
-@596 := Option.{0}
-@597 := @596 @148
-@598 := @595 @597
-@599 := LexLeanPreservation.Rust.adtFields
-@603 := @598 (@599 @149 @36 @38)
-@604 := Option.some.{0}
-@605 := @604 @148
-@606 := @605 @4
-@607 := @603 @606
-@610 := @7 @163 @157 @149
-@611 := LexLeanTarget.TargetSyntax.Value.adt
-@613 := @611 @153 @36
-@614 := @610 @613
-@615 := @8 @151
-@625 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
-@627 := LexLeanPreservation.Rust.wt_adt @0
-@628 := @599 @0
-@632 := @598 (@628 @36 @38) @606
-@644 := {c : @33} ->
-  {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
-@645 := @627 @1
-@655 := {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
-@656 := @645 @2
-@657 := @13 @613
-@664 := {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
-@665 := @656 @9
-@666 := @628 @9
-@675 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
-@676 := @665 @9
-@677 := @666 @9
-@678 := @598 @677
-@679 := @678 @606
-@680 := @611 @9
-@682 := @13 (@680 @36)
-@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
-@688 := @676 @108
-@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
-@696 := @688 @117
-@703 := (h : @678 (@605 @117)) -> (hf : @590) -> @13 (@680 @581) @10
-@704 := Eq.refl.{1}
-@705 := @704 @597
-@707 := @696 (@705 @677)
-@711 := (hf : @594) -> @13 (@680 @588) @10
-@712 := @707 @592
-@715 := @13 (@680 @108) @10
-@716 := fun (__s : @3) => @712
-@717 := Reasoning.Clinic.Chart
-@719 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.__enc_1 @4
-@720 := 1
-@721 := @8 @720
-@724 := (__s : @717) -> @13 @719 @721
-@725 := Reasoning.Clinic.Chart.vitals
-@726 := @725 @4
-@727 := Reasoning.Clinic.Chart.fever
-@728 := @727 @4
-@729 := Reasoning.Clinic.Chart.tachycardia
-@730 := @729 @4
-@731 := Reasoning.Clinic.Chart.tachypnea
-@732 := @731 @4
-@733 := Reasoning.Clinic.Chart.leukocytosis
-@734 := @733 @4
-@735 := Reasoning.Clinic.Chart.sirs
-@736 := @735 @4
-@737 := Reasoning.Clinic.Chart.sepsis
-@738 := @737 @4
-@739 := Reasoning.Clinic.Chart.shock
-@740 := @739 @4
-@741 := Reasoning.Clinic.Chart.level
-@742 := @741 @4
-@743 := @5 @726
-@745 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_0 @726
-@746 := @29 @728
-@747 := @64 @728
-@749 := @13 @746 @31
-@750 := @29 @730
-@751 := @64 @730
-@753 := @13 @750 @31
-@754 := @29 @732
-@755 := @64 @732
-@757 := @13 @754 @31
-@758 := @29 @734
-@759 := @64 @734
-@761 := @13 @758 @31
-@762 := @29 @736
-@763 := @64 @736
-@765 := @13 @762 @31
-@766 := @29 @738
-@767 := @64 @738
-@769 := @13 @766 @31
-@770 := @29 @740
-@771 := @64 @740
-@773 := @13 @770 @31
-@774 := @29 @742
-@775 := @64 @742
-@777 := @13 @774 @31
-@779 := @96 @774 @95
-@781 := @96 @770 @779
-@783 := @96 @766 @781
-@785 := @96 @762 @783
-@787 := @96 @758 @785
-@789 := @96 @754 @787
-@791 := @96 @750 @789
-@793 := @96 @746 @791
-@795 := @96 @743 @793
-@796 := @111 @117
-@797 := @111 @796
-@798 := @110 @10
-@799 := @798 @797
-@800 := @221 @774
-@802 := @29 (@741 @36)
-@815 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @802 @38) -> (hs : @225) -> @143 (@96 (@29 (@741 @151)) @36) @171
-@816 := @800 @31
-@818 := @29 (@741 @38)
-@830 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @818 @31) -> (hs : @225) -> @143 (@96 (@29 (@741 @153)) @36) @260
-@831 := @816 @95
-@833 := @29 (@741 @40)
-@835 := @13 @833 @31
-@837 := @96 @802 @95
-@842 := {ts : @148} -> (h : @835) -> (hs : @271) -> @143 @837 @260
-@843 := @831 @109
-@845 := @96 @818 @95
-@846 := @143 @845
-@849 := (h : @777) -> (hs : @145) -> @846 @112
-@850 := @843 @775
-@852 := @96 @833 @95
-@854 := @143 @852 @112
-@855 := (hs : @145) -> @854
-@856 := @850 @142
-@858 := @143 @779 @112
-@859 := @221 @770
-@861 := @29 (@739 @36)
-@874 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @861 @38) -> (hs : @225) -> @143 (@96 (@29 (@739 @151)) @36) @171
-@875 := @859 @31
-@877 := @29 (@739 @38)
-@889 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @877 @31) -> (hs : @225) -> @143 (@96 (@29 (@739 @153)) @36) @260
-@890 := @875 @779
-@892 := @29 (@739 @40)
-@894 := @13 @892 @31
-@895 := @846 @40
-@897 := @96 @861 @837
-@902 := {ts : @148} -> (h : @894) -> (hs : @895) -> @143 @897 @260
-@903 := @890 @112
-@905 := @96 @877 @845
-@906 := @143 @905
-@909 := (h : @773) -> (hs : @854) -> @906 @113
-@910 := @903 @771
-@912 := @96 @892 @852
-@914 := @143 @912 @113
-@915 := (hs : @858) -> @914
-@916 := @910 @856
-@918 := @143 @781 @113
-@919 := @221 @766
-@921 := @29 (@737 @36)
-@934 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @921 @38) -> (hs : @225) -> @143 (@96 (@29 (@737 @151)) @36) @171
-@935 := @919 @31
-@937 := @29 (@737 @38)
-@949 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @937 @31) -> (hs : @225) -> @143 (@96 (@29 (@737 @153)) @36) @260
-@950 := @935 @781
-@952 := @29 (@737 @40)
-@954 := @13 @952 @31
-@955 := @906 @40
-@957 := @96 @921 @897
-@962 := {ts : @148} -> (h : @954) -> (hs : @955) -> @143 @957 @260
-@963 := @950 @113
-@965 := @96 @937 @905
-@966 := @143 @965
-@969 := (h : @769) -> (hs : @914) -> @966 @114
-@970 := @963 @767
-@972 := @96 @952 @912
-@974 := @143 @972 @114
-@975 := (hs : @918) -> @974
-@976 := @970 @916
-@978 := @143 @783 @114
-@979 := @221 @762
-@981 := @29 (@735 @36)
-@994 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @981 @38) -> (hs : @225) -> @143 (@96 (@29 (@735 @151)) @36) @171
-@995 := @979 @31
-@997 := @29 (@735 @38)
-@1009 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @997 @31) -> (hs : @225) -> @143 (@96 (@29 (@735 @153)) @36) @260
-@1010 := @995 @783
-@1012 := @29 (@735 @40)
-@1014 := @13 @1012 @31
-@1015 := @966 @40
-@1017 := @96 @981 @957
-@1022 := {ts : @148} -> (h : @1014) -> (hs : @1015) -> @143 @1017 @260
-@1023 := @1010 @114
-@1025 := @96 @997 @965
-@1026 := @143 @1025
-@1029 := (h : @765) -> (hs : @974) -> @1026 @115
-@1030 := @1023 @763
-@1032 := @96 @1012 @972
-@1034 := @143 @1032 @115
-@1035 := (hs : @978) -> @1034
-@1036 := @1030 @976
-@1038 := @143 @785 @115
-@1039 := @221 @758
-@1041 := @29 (@733 @36)
-@1054 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1041 @38) -> (hs : @225) -> @143 (@96 (@29 (@733 @151)) @36) @171
-@1055 := @1039 @31
-@1057 := @29 (@733 @38)
-@1069 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1057 @31) -> (hs : @225) -> @143 (@96 (@29 (@733 @153)) @36) @260
-@1070 := @1055 @785
-@1072 := @29 (@733 @40)
-@1074 := @13 @1072 @31
-@1075 := @1026 @40
-@1077 := @96 @1041 @1017
-@1082 := {ts : @148} -> (h : @1074) -> (hs : @1075) -> @143 @1077 @260
-@1083 := @1070 @115
-@1085 := @96 @1057 @1025
-@1086 := @143 @1085
-@1089 := (h : @761) -> (hs : @1034) -> @1086 @116
-@1090 := @1083 @759
-@1092 := @96 @1072 @1032
-@1094 := @143 @1092 @116
-@1095 := (hs : @1038) -> @1094
-@1096 := @1090 @1036
-@1098 := @143 @787 @116
-@1099 := @221 @754
-@1101 := @29 (@731 @36)
-@1114 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1101 @38) -> (hs : @225) -> @143 (@96 (@29 (@731 @151)) @36) @171
-@1115 := @1099 @31
-@1117 := @29 (@731 @38)
-@1129 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1117 @31) -> (hs : @225) -> @143 (@96 (@29 (@731 @153)) @36) @260
-@1130 := @1115 @787
-@1132 := @29 (@731 @40)
-@1134 := @13 @1132 @31
-@1135 := @1086 @40
-@1137 := @96 @1101 @1077
-@1142 := {ts : @148} -> (h : @1134) -> (hs : @1135) -> @143 @1137 @260
-@1143 := @1130 @116
-@1145 := @96 @1117 @1085
-@1146 := @143 @1145
-@1149 := (h : @757) -> (hs : @1094) -> @1146 @117
-@1150 := @1143 @755
-@1152 := @96 @1132 @1092
-@1154 := @143 @1152 @117
-@1155 := (hs : @1098) -> @1154
-@1156 := @1150 @1096
-@1158 := @143 @789 @117
-@1159 := @221 @750
-@1161 := @29 (@729 @36)
-@1174 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1161 @38) -> (hs : @225) -> @143 (@96 (@29 (@729 @151)) @36) @171
-@1175 := @1159 @31
-@1177 := @29 (@729 @38)
-@1189 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1177 @31) -> (hs : @225) -> @143 (@96 (@29 (@729 @153)) @36) @260
-@1190 := @1175 @789
-@1192 := @29 (@729 @40)
-@1194 := @13 @1192 @31
-@1195 := @1146 @40
-@1197 := @96 @1161 @1137
-@1202 := {ts : @148} -> (h : @1194) -> (hs : @1195) -> @143 @1197 @260
-@1203 := @1190 @117
-@1205 := @96 @1177 @1145
-@1206 := @143 @1205
-@1209 := (h : @753) -> (hs : @1154) -> @1206 @796
-@1210 := @1203 @751
-@1212 := @96 @1192 @1152
-@1214 := @143 @1212 @796
-@1215 := (hs : @1158) -> @1214
-@1216 := @1210 @1156
-@1218 := @143 @791 @796
-@1219 := @221 @746
-@1221 := @29 (@727 @36)
-@1234 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1221 @38) -> (hs : @225) -> @143 (@96 (@29 (@727 @151)) @36) @171
-@1235 := @1219 @31
-@1237 := @29 (@727 @38)
-@1249 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1237 @31) -> (hs : @225) -> @143 (@96 (@29 (@727 @153)) @36) @260
-@1250 := @1235 @791
-@1252 := @29 (@727 @40)
-@1254 := @13 @1252 @31
-@1255 := @1206 @40
-@1257 := @96 @1221 @1197
-@1262 := {ts : @148} -> (h : @1254) -> (hs : @1255) -> @143 @1257 @260
-@1263 := @1250 @796
-@1265 := @96 @1237 @1205
-@1266 := @143 @1265
-@1269 := (h : @749) -> (hs : @1214) -> @1266 @797
-@1270 := @1263 @747
-@1272 := @96 @1252 @1212
-@1274 := @143 @1272 @797
-@1275 := (hs : @1218) -> @1274
-@1276 := @1270 @1216
-@1278 := @143 @793 @797
-@1279 := @221 @743
-@1281 := @5 (@725 @36)
-@1294 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1281 @38) -> (hs : @225) -> @143 (@96 (@5 (@725 @151)) @36) @171
-@1295 := @1279 @10
-@1297 := @5 (@725 @38)
-@1299 := @13 @1297 @10
-@1304 := @143 (@96 (@5 (@725 @153)) @36)
-@1305 := @798 @38
-@1310 := {vs : @147} -> {ts : @148} -> (h : @1299) -> (hs : @225) -> @1304 @1305
-@1311 := @1295 @793
-@1313 := @5 (@725 @40)
-@1315 := @13 @1313 @10
-@1316 := @1266 @40
-@1318 := @96 @1281 @1257
-@1323 := {ts : @148} -> (h : @1315) -> (hs : @1316) -> @143 @1318 @1305
-@1324 := @1311 @797
-@1326 := @13 @743 @10
-@1328 := @96 @1297 @1265
-@1329 := @143 @1328
-@1332 := (h : @1326) -> (hs : @1274) -> @1329 @799
-@1333 := @1324 @745
-@1335 := @96 @1313 @1272
-@1337 := @143 @1335 @799
-@1338 := (hs : @1278) -> @1337
-@1339 := @1333 @1276
-@1341 := @143 @795 @799
-@1342 := @656 @720
-@1343 := @628 @720
-@1352 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@1343 @38) @606) -> (hf : @225) -> @657 @721
-@1353 := @1342 @9
-@1354 := @1343 @9
-@1355 := @598 @1354
-@1356 := @1355 @606
-@1361 := {fs : @147} -> {tys : @148} -> (h : @1356) -> (hf : @225) -> @682 @721
-@1362 := @1353 @795
-@1369 := {tys : @148} -> (h : @1356) -> (hf : @1329 @40) -> @13 (@680 @1318) @721
-@1370 := @1362 @799
-@1377 := (h : @1355 (@605 @799)) -> (hf : @1337) -> @13 (@680 @1328) @721
-@1379 := @1370 (@705 @1354)
-@1383 := (hf : @1341) -> @13 (@680 @1335) @721
-@1384 := @1379 @1339
-@1387 := @13 (@680 @795) @721
-@1388 := fun (__s : @717) => @1384
-@1389 := Reasoning.Clinic.Triage.Step
-@1391 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.__enc_2 @4
-@1392 := 2
-@1393 := @8 @1392
-@1395 := @13 @1391 @1393
-@1396 := (__v : @1389) -> @1395
-@1397 := fun (__v : @1389) => @1395
-@1398 := @656 @1392
-@1399 := @628 @1392
-@1408 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@1399 @38) @606) -> (hf : @225) -> @657 @1393
-@1409 := @1398 @9
-@1410 := @1399 @9
-@1411 := @598 @1410
-@1412 := @1411 @606
-@1417 := {fs : @147} -> {tys : @148} -> (h : @1412) -> (hf : @225) -> @682 @1393
-@1418 := @1409 @95
-@1421 := @13 (@680 @95) @1393
-@1424 := {tys : @148} -> (h : @1412) -> (hf : @271) -> @1421
-@1425 := @1418 @109
-@1426 := @605 @109
-@1429 := (h : @1411 @1426) -> (hf : @145) -> @1421
-@1432 := @1425 (@705 @1410) @142
-@1433 := @1398 @720
-@1434 := @1399 @720
-@1435 := @598 @1434
-@1436 := @1435 @606
-@1437 := @611 @720
-@1444 := {fs : @147} -> {tys : @148} -> (h : @1436) -> (hf : @225) -> @13 (@1437 @36) @1393
-@1445 := @1433 @95
-@1448 := @13 (@1437 @95) @1393
-@1451 := {tys : @148} -> (h : @1436) -> (hf : @271) -> @1448
-@1452 := @1445 @109
-@1455 := (h : @1435 @1426) -> (hf : @145) -> @1448
-@1458 := @1452 (@705 @1434) @142
-@1459 := @1398 @1392
-@1460 := @1399 @1392
-@1461 := @598 @1460
-@1462 := @1461 @606
-@1463 := @611 @1392
-@1470 := {fs : @147} -> {tys : @148} -> (h : @1462) -> (hf : @225) -> @13 (@1463 @36) @1393
-@1471 := @1459 @95
-@1474 := @13 (@1463 @95) @1393
-@1477 := {tys : @148} -> (h : @1462) -> (hf : @271) -> @1474
-@1478 := @1471 @109
-@1481 := (h : @1461 @1426) -> (hf : @145) -> @1474
-@1484 := @1478 (@705 @1460) @142
-@1485 := 3
-@1486 := @1398 @1485
-@1487 := @1399 @1485
-@1488 := @598 @1487
-@1489 := @1488 @606
-@1490 := @611 @1485
-@1497 := {fs : @147} -> {tys : @148} -> (h : @1489) -> (hf : @225) -> @13 (@1490 @36) @1393
-@1498 := @1486 @95
-@1501 := @13 (@1490 @95) @1393
-@1504 := {tys : @148} -> (h : @1489) -> (hf : @271) -> @1501
-@1505 := @1498 @109
-@1508 := (h : @1488 @1426) -> (hf : @145) -> @1501
-@1511 := @1505 (@705 @1487) @142
-@1512 := 4
-@1513 := @1398 @1512
-@1514 := @1399 @1512
-@1515 := @598 @1514
-@1516 := @1515 @606
-@1517 := @611 @1512
-@1524 := {fs : @147} -> {tys : @148} -> (h : @1516) -> (hf : @225) -> @13 (@1517 @36) @1393
-@1525 := @1513 @95
-@1528 := @13 (@1517 @95) @1393
-@1531 := {tys : @148} -> (h : @1516) -> (hf : @271) -> @1528
-@1532 := @1525 @109
-@1535 := (h : @1515 @1426) -> (hf : @145) -> @1528
-@1538 := @1532 (@705 @1514) @142
-@1539 := 5
-@1540 := @1398 @1539
-@1541 := @1399 @1539
-@1542 := @598 @1541
-@1543 := @1542 @606
-@1544 := @611 @1539
-@1551 := {fs : @147} -> {tys : @148} -> (h : @1543) -> (hf : @225) -> @13 (@1544 @36) @1393
-@1552 := @1540 @95
-@1555 := @13 (@1544 @95) @1393
-@1558 := {tys : @148} -> (h : @1543) -> (hf : @271) -> @1555
-@1559 := @1552 @109
-@1562 := (h : @1542 @1426) -> (hf : @145) -> @1555
-@1565 := @1559 (@705 @1541) @142
-@1566 := 6
-@1567 := @1398 @1566
-@1568 := @1399 @1566
-@1569 := @598 @1568
-@1570 := @1569 @606
-@1571 := @611 @1566
-@1578 := {fs : @147} -> {tys : @148} -> (h : @1570) -> (hf : @225) -> @13 (@1571 @36) @1393
-@1579 := @1567 @95
-@1582 := @13 (@1571 @95) @1393
-@1585 := {tys : @148} -> (h : @1570) -> (hf : @271) -> @1582
-@1586 := @1579 @109
-@1589 := (h : @1569 @1426) -> (hf : @145) -> @1582
-@1592 := @1586 (@705 @1568) @142
-@1593 := 7
-@1594 := @1398 @1593
-@1595 := @1399 @1593
-@1596 := @598 @1595
-@1597 := @1596 @606
-@1598 := @611 @1593
-@1605 := {fs : @147} -> {tys : @148} -> (h : @1597) -> (hf : @225) -> @13 (@1598 @36) @1393
-@1606 := @1594 @95
-@1609 := @13 (@1598 @95) @1393
-@1612 := {tys : @148} -> (h : @1597) -> (hf : @271) -> @1609
-@1613 := @1606 @109
-@1616 := (h : @1596 @1426) -> (hf : @145) -> @1609
-@1619 := @1613 (@705 @1595) @142
-@1631 := fun (__v : @1389) =>
-  Reasoning.Clinic.Triage.Step.casesOn.{0} @1397 @4 @1432 @1458 @1484 @1511 @1538 @1565 @1592 @1619
-@1632 := @29 @149
-@1633 := @64 @149
-@1634 := @13 @1632
-@1635 := @1634 @31
-@1636 := @29 @151
-@1637 := @64 @151
-@1638 := @13 @1636
-@1639 := @1638 @31
-@1640 := @29 @153
-@1641 := @64 @153
-@1642 := @13 @1640
-@1643 := @1642 @31
-@1644 := @29 @36
-@1645 := @64 @36
-@1647 := @13 @1644 @31
-@1648 := @29 @38
-@1649 := @64 @38
-@1651 := @13 @1648 @31
-@1652 := @29 @40
-@1653 := @64 @40
-@1655 := @13 @1652 @31
-@1656 := @96 @1652
-@1657 := @1656 @95
-@1658 := @96 @1648
-@1659 := @1658 @1657
-@1660 := @96 @1644
-@1661 := @1660 @1659
-@1662 := @96 @1640
-@1663 := @1662 @1661
-@1664 := @96 @1636
-@1665 := @1664 @1663
-@1666 := @96 @1632
-@1667 := @1666 @1665
-@1670 := Prod.{0, 0} @35 @91
-@1673 := Prod.mk.{0, 0} @35 @91
-@1674 := @1673 @1539
-@1675 := @1674 @1652
-@1676 := @1673 @1512
-@1677 := @1676 @1648
-@1678 := @1673 @1485
-@1679 := @1678 @1644
-@1680 := @1673 @1392
-@1681 := @1680 @1640
-@1682 := @1673 @720
-@1683 := @1682 @1636
-@1684 := @1673 @9
-@1685 := @1684 @1632
-@1686 := @93 @1670
-@1687 := @94 @1670
-@1689 := @1687 @1685 @1686
-@1691 := @1687 @1683 @1689
-@1693 := @1687 @1681 @1691
-@1695 := @1687 @1679 @1693
-@1697 := @1687 @1677 @1695
-@1699 := @1687 @1675 @1697
-@1700 := Bool.true
-@1701 := LexLeanTarget.TargetSyntax.Function
-@1702 := LexLeanTarget.TargetSyntax.Program.functions
-@1703 := @1702 @0
-@1704 := @93 @35
-@1705 := LexLeanTarget.TargetSyntax.Ty.unit
-@1706 := LexLeanTarget.TargetSyntax.Value.unit
-@1709 := LexLeanTarget.TargetSyntax.Expr.value @1705 @1706
-@1714 := LexLeanTarget.TargetSyntax.Function.mk @1704 @109 @1705 @1709
-@1719 := List.getD.{0} @1701 @1703 @9 @1714
-@1723 := fun (__e_n : @35) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.root @4 @9
-@1724 := @221 @1652
-@1725 := @1642 @38
-@1727 := @143 (@1666 @36)
-@1733 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1725) -> (hs : @225) -> @1727 @171
-@1734 := @1724 @31
-@1741 := {vs : @147} -> {ts : @148} -> (h : @1647) -> (hs : @225) -> @143 (@1664 @36) @260
-@1742 := @1734 @95
-@1743 := @1662 @95
-@1748 := {ts : @148} -> (h : @1651) -> (hs : @271) -> @143 @1743 @260
-@1749 := @1742 @109
-@1750 := @1660 @95
-@1751 := @143 @1750
-@1754 := (h : @1655) -> (hs : @145) -> @1751 @112
-@1755 := @1749 @1653
-@1756 := @1658 @95
-@1758 := @143 @1756 @112
-@1759 := (hs : @145) -> @1758
-@1760 := @1755 @142
-@1762 := @143 @1657 @112
-@1763 := @221 @1648
-@1764 := @1638 @38
-@1765 := @29 @157
-@1766 := @96 @1765
-@1768 := @143 (@1766 @36)
-@1774 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1764) -> (hs : @225) -> @1768 @171
-@1775 := @1763 @31
-@1780 := {vs : @147} -> {ts : @148} -> (h : @1643) -> (hs : @225) -> @1727 @260
-@1781 := @1775 @1657
-@1782 := @1751 @40
-@1783 := @1664 @1743
-@1788 := {ts : @148} -> (h : @1647) -> (hs : @1782) -> @143 @1783 @260
-@1789 := @1781 @112
-@1790 := @1662 @1750
-@1791 := @143 @1790
-@1794 := (h : @1651) -> (hs : @1758) -> @1791 @113
-@1795 := @1789 @1649
-@1796 := @1660 @1756
-@1798 := @143 @1796 @113
-@1799 := (hs : @1762) -> @1798
-@1800 := @1795 @1760
-@1802 := @143 @1659 @113
-@1803 := @221 @1644
-@1804 := @1634 @38
-@1805 := @29 @163
-@1806 := @96 @1805
-@1808 := @143 (@1806 @36)
-@1814 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1804) -> (hs : @225) -> @1808 @171
-@1815 := @1803 @31
-@1820 := {vs : @147} -> {ts : @148} -> (h : @1639) -> (hs : @225) -> @1768 @260
-@1821 := @1815 @1659
-@1822 := @1791 @40
-@1823 := @1666 @1783
-@1828 := {ts : @148} -> (h : @1643) -> (hs : @1822) -> @143 @1823 @260
-@1829 := @1821 @113
-@1830 := @1664 @1790
-@1831 := @143 @1830
-@1834 := (h : @1647) -> (hs : @1798) -> @1831 @114
-@1835 := @1829 @1645
-@1836 := @1662 @1796
-@1838 := @143 @1836 @114
-@1839 := (hs : @1802) -> @1838
-@1840 := @1835 @1800
-@1842 := @143 @1661 @114
-@1843 := @221 @1640
-@1844 := @13 @1765
-@1845 := @1844 @38
-@1846 := #9
-@1847 := @29 @1846
-@1848 := @96 @1847
-@1850 := @143 (@1848 @36)
-@1856 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1845) -> (hs : @225) -> @1850 @171
-@1857 := @1843 @31
-@1862 := {vs : @147} -> {ts : @148} -> (h : @1635) -> (hs : @225) -> @1808 @260
-@1863 := @1857 @1661
-@1864 := @1831 @40
-@1865 := @1766 @1823
-@1870 := {ts : @148} -> (h : @1639) -> (hs : @1864) -> @143 @1865 @260
-@1871 := @1863 @114
-@1872 := @1666 @1830
-@1873 := @143 @1872
-@1876 := (h : @1643) -> (hs : @1838) -> @1873 @115
-@1877 := @1871 @1641
-@1878 := @1664 @1836
-@1880 := @143 @1878 @115
-@1881 := (hs : @1842) -> @1880
-@1882 := @1877 @1840
-@1884 := @143 @1663 @115
-@1885 := @221 @1636
-@1886 := @13 @1805
-@1887 := @1886 @38
-@1888 := #10
-@1889 := @29 @1888
-@1890 := @96 @1889
-@1892 := @143 (@1890 @36)
-@1898 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1887) -> (hs : @225) -> @1892 @171
-@1899 := @1885 @31
-@1900 := @1844 @31
-@1905 := {vs : @147} -> {ts : @148} -> (h : @1900) -> (hs : @225) -> @1850 @260
-@1906 := @1899 @1663
-@1907 := @1873 @40
-@1908 := @1806 @1865
-@1913 := {ts : @148} -> (h : @1635) -> (hs : @1907) -> @143 @1908 @260
-@1914 := @1906 @115
-@1915 := @1766 @1872
-@1916 := @143 @1915
-@1919 := (h : @1639) -> (hs : @1880) -> @1916 @116
-@1920 := @1914 @1637
-@1921 := @1666 @1878
-@1923 := @143 @1921 @116
-@1924 := (hs : @1884) -> @1923
-@1925 := @1920 @1882
-@1927 := @143 @1665 @116
-@1928 := @221 @1632
-@1930 := @13 @1847 @38
-@1931 := #11
-@1932 := @29 @1931
-@1933 := @96 @1932
-@1941 := {t : @92} ->
-  {vs : @147} -> {ts : @148} -> (h : @1930) -> (hs : @225) -> @143 (@1933 @36) @171
-@1942 := @1928 @31
-@1948 := {vs : @147} -> {ts : @148} -> (h : @1886 @31) -> (hs : @225) -> @1892 @260
-@1949 := @1942 @1665
-@1950 := @1916 @40
-@1951 := @1848 @1908
-@1952 := @143 @1951
-@1956 := {ts : @148} -> (h : @1900) -> (hs : @1950) -> @1952 @260
-@1957 := @1949 @116
-@1958 := @1806 @1915
-@1959 := @143 @1958
-@1962 := (h : @1635) -> (hs : @1923) -> @1959 @117
-@1963 := @1957 @1633
-@1964 := @1766 @1921
-@1965 := @143 @1964
-@1967 := (hs : @1927) -> @1965 @117
-@1968 := @1963 @1925
-@1969 := @143 @1667
-@1970 := @1969 @117
-@1971 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.denote
-@1977 := @1971 @149 @151 @153 @36 @38 @40
-@1978 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.__fits_0
-@1984 := @1978 @149 @151 @153 @36 @38 @40
-@1992 := @29 (Reasoning.Main.triageLevel @149 @151 @153 @36 @38 @40)
-@1999 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.root @149 @151 @153 @36 @38 @40
-@2000 := Bool
-@2001 := Ne.{1}
-@2002 := LexLeanPreservation.Obs
-@2003 := @2001 @2002
-@2004 := LexLeanPreservation.Rel
-@2007 := @2003 (@2004 @40 @4)
-@2008 := LexLeanPreservation.Obs.stuck
-@2011 := (f : @2000) -> (v : @91) -> @2007 @2008
-@2013 := LexLeanPreservation.Rust.rel_ne_stuck @1984
-@2024 := (v : @91) -> @2003 (@2004 (@1978 @157 @149 @151 @153 @36 @38) @4) @2008
-@2025 := @2013 @1992
-@2029 := @2003 (@2004 @1984 @1992) @2008
-@2030 := @146 @1670
-@2031 := LexLeanPreservation.Rust.FunSem
-@2037 := (n : @35) -> @2031 @1846 @163 @157 @4 @149
-@2038 := @596 @1701
-@2039 := @595 @2038
-@2046 := LexLeanRuntime.index (@146 @1701) @1701 (LexLeanRuntime.instIndexableList @1701)
-@2050 := @2039 (@2046 (@1702 @1846) @149)
-@2051 := @604 @1701
-@2052 := @2051 @151
-@2053 := @2050 @2052
-@2057 := @118 @1888 @1846 @163 @151
-@2058 := LexLeanTarget.TargetSyntax.Function.types
-@2059 := @2058 @149
-@2060 := @2057 @2059
-@2061 := @596 @2030
-@2062 := @595 @2061
-@2063 := LexLeanTarget.TargetSemantics.bindAll
-@2064 := LexLeanTarget.TargetSyntax.Function.parameters
-@2069 := @2062 (@2063 (@2064 @157) @149 @1686)
-@2070 := @604 @2030
-@2071 := @2070 @151
-@2072 := @2069 @2071
-@2073 := @596 @2000
-@2074 := @595 @2073
-@2075 := LexLeanPreservation.Rust.fnFallible
-@2078 := @2074 (@2075 @1931 @1846)
-@2079 := @604 @2000
-@2080 := @2079 @151
-@2081 := @2078 @2080
-@2082 := LexLeanPreservation.RunConv
-@2083 := #13
-@2087 := @2082 @2083 @1888 @163 @151
-@2089 := @2003 @149 @2008
-@2090 := Exists.{1}
-@2091 := LexLeanPreservation.Rust.ROut
-@2092 := @2090 @2091
-@2093 := And
-@2094 := LexLeanPreservation.Rust.RealizesFn
-@2098 := @2093 (@2094 @1846 @163 @4)
-@2099 := LexLeanPreservation.Rust.RCI
-@2100 := #15
-@2101 := @2099 @2100
-@2102 := LexLeanPreservation.Rust.fnIdent
-@2103 := @2102 @2083
-@2110 := (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2101 @2103 @1931 @4))
-@2125 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2037) ->
-  (hfn : @2053) -> (hwt : @2060) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2087) -> @2110
-@2127 := LexLeanPreservation.Rust.compose @0
-@2128 := @2031 @0
-@2133 := (n : @35) -> @2128 @163 @157 @4 @149
-@2134 := @2046 @1703
-@2137 := @2039 (@2134 @149) @2052
-@2141 := @129 @1846 @163 @151 @2059
-@2142 := @2082 @0
-@2145 := @2142 @1888 @163 @151
-@2159 := {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2133) ->
-  (hfn : @2137) -> (hwt : @2141) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2145) -> @2110
-@2160 := @2127 @1
-@2161 := @2128 @1
-@2165 := (n : @35) -> @2161 @157 @4 @149
-@2168 := @137 @163 @151 @2059
-@2169 := @2075 @1
-@2172 := @2074 (@2169 @1846) @2080
-@2173 := @2099 @1
-@2183 := (hbind : @2072) ->
-  (hF : @2172) ->
-  (hA : @2145) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2173 @2103 @1931 @4))
-@2193 := {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} -> {o : @2002} -> (hB : @2165) -> (hfn : @2137) -> (hwt : @2168) -> @2183
-@2194 := @2160 @2
-@2196 := @2161 @2 @4
-@2198 := (n : @35) -> @2196 @149
-@2199 := @143 @151
-@2200 := @2199 @2059
-@2209 := {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} -> {o : @2002} -> (hB : @2198) -> (hfn : @2137) -> (hwt : @2200) -> @2183
-@2210 := @2194 @9
-@2212 := (n : @35) -> @2196 @9
-@2213 := @2134 @9
-@2214 := @2039 @2213
-@2215 := @2214 @2052
-@2216 := @2169 @9
-@2217 := @2074 @2216
-@2218 := @2217 @2080
-@2219 := @2142 @9
-@2221 := @2219 @163 @151
-@2223 := @2173 (@2102 @9)
-@2231 := (hF : @2218) ->
-  (hA : @2221) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2223 @1931 @4))
-@2240 := {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} -> (hB : @2212) -> (hfn : @2215) -> (hwt : @2200) -> (hbind : @2072) -> @2231
-@2241 := @2210 @1719
-@2243 := @2214 (@2051 @1719)
-@2244 := @2058 @1719
-@2245 := @2199 @2244
-@2247 := @2063 (@2064 @1719)
-@2259 := {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) -> (hwt : @2245) -> (hbind : @2062 (@2247 @149 @1686) @2071) -> @2231
-@2260 := @2241 @1667
-@2266 := @1933 (@1890 (@1848 (@1806 (@1766 (@1666 @95)))))
-@2268 := @143 @2266 @2244
-@2269 := #12
-@2271 := @96 (@29 @2269)
-@2277 := @2271 (@1933 (@1890 (@1848 (@1806 (@1766 @95)))))
-@2281 := @2062 (@2247 @2277 @1686) @2071
-@2282 := #14
-@2284 := @96 (@29 @2282)
-@2286 := @96 (@29 @2083)
-@2292 := @2284 (@2286 (@2271 (@1933 (@1890 (@1848 @95)))))
-@2294 := @2219 @2292 @151
-@2297 := @96 (@29 #17)
-@2300 := @96 (@29 #16)
-@2302 := @96 (@29 @2100)
-@2323 := {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2268) ->
-  (hbind : @2281) ->
-  (hF : @2218) ->
-  (hA : @2294) ->
-  (hne : @2089) ->
-  @2092 (fun (ro : @2091) => @2098 (@2223 (@2297 (@2300 (@2302 (@2284 (@2286 (@2271 @95)))))) @4))
-@2324 := @2260 @1699
-@2330 := @1890 (@1848 (@1806 (@1766 (@1666 (@1664 @95)))))
-@2332 := @143 @2330 @2244
-@2355 := @2062
-    (@2247 @2266 @1686)
-    (@2070
-      (@1687
-        (@1674 @1632)
-        (@1687
-          (@1676 @1765)
-          (@1687
-            (@1678 @1805)
-            (@1687 (@1680 @1847) (@1687 (@1682 @1889) (@1687 (@1684 @1932) @1686)))))))
-@2361 := @2286 (@2271 (@1933 (@1890 (@1848 (@1806 @95)))))
-@2383 := {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2332) ->
-  (hbind : @2355) ->
-  (hF : @2218) ->
-  (hA : @2219 @2361 @151) ->
-  (hne : @2089) ->
-  @2092 (fun (ro : @2091) => @2098 (@2223 (@2300 (@2302 (@2284 (@2286 (@2271 (@1933 @95)))))) @4))
-@2384 := @2324 @1700
-@2385 := @1952 @2244
-@2408 := @2062
-    (@2247 @2330 @1686)
-    (@2070
-      (@1687
-        (@1674 @1636)
-        (@1687
-          (@1676 @1632)
-          (@1687
-            (@1678 @1765)
-            (@1687 (@1680 @1805) (@1687 (@1682 @1847) (@1687 (@1684 @1889) @1686)))))))
-@2410 := @2217 (@2079 @1700)
-@2412 := @2219 @2277 @151
-@2413 := @2094 @1700
-@2435 := {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2385) ->
-  (hbind : @2408) ->
-  (hF : @2410) ->
-  (hA : @2412) ->
-  (hne : @2089) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 @163 @4) (@2223 (@2302 (@2284 (@2286 (@2271 (@1933 (@1890 @95)))))) @4))
-@2436 := @2384 @1977
-@2437 := @1959 @2244
-@2460 := @2062
-    (@2247 @1951 @1686)
-    (@2070
-      (@1687
-        (@1674 @1640)
-        (@1687
-          (@1676 @1636)
-          (@1687
-            (@1678 @1632)
-            (@1687 (@1680 @1765) (@1687 (@1682 @1805) (@1687 (@1684 @1847) @1686)))))))
-@2461 := @2219 @2266
-@2467 := @1971 @1931 @1888 @1846 @163 @157 @149
-@2468 := @2461 @2467
-@2474 := @1971 @2269 @1931 @1888 @1846 @163 @157
-@2497 := (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2437) ->
-  (hbind : @2460) ->
-  (hF : @2410) ->
-  (hA : @2468) ->
-  (hne : @2003 @2474 @2008) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 (@1971 @2282 @2083 @2269 @1931 @1888 @1846) @4) (@2223 @2292 @4))
-@2498 := @2436 @1723
-@2499 := @1965 @2244
-@2522 := @2062
-    (@2247 @1958 @1686)
-    (@2070
-      (@1687
-        (@1674 @1644)
-        (@1687
-          (@1676 @1640)
-          (@1687
-            (@1678 @1636)
-            (@1687 (@1680 @1632) (@1687 (@1682 @1765) (@1687 (@1684 @1805) @1686)))))))
-@2523 := @2219 @2330
-@2529 := @1971 @1888 @1846 @163 @157 @149 @151
-@2552 := (hfn : @2243) ->
-  (hwt : @2499) ->
-  (hbind : @2522) ->
-  (hF : @2410) ->
-  (hA : @2523 @2529) ->
-  (hne : @2003 @2467 @2008) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 (@1971 @2083 @2269 @1931 @1888 @1846 @163) @4) (@2223 @2361 @4))
-@2555 := @2498 (@704 @2038 @2213)
-@2556 := @1969 @2244
-@2579 := @2062
-    (@2247 @1964 @1686)
-    (@2070
-      (@1687
-        (@1674 @1648)
-        (@1687
-          (@1676 @1644)
-          (@1687
-            (@1678 @1640)
-            (@1687 (@1680 @1636) (@1687 (@1682 @1632) (@1687 (@1684 @1765) @1686)))))))
-@2580 := @2219 @1951
-@2586 := @1971 @1846 @163 @157 @149 @151 @153
-@2602 := (hwt : @2556) ->
-  (hbind : @2579) ->
-  (hF : @2410) ->
-  (hA : @2580 @2586) ->
-  (hne : @2003 @2529 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2474 @4) (@2223 @2277 @4))
-@2603 := @2555 @1968
-@2605 := @2247 @1667 @1686
-@2608 := @2062 @2605 (@2070 @1699)
-@2609 := @2219 @1958
-@2615 := @1971 @163 @157 @149 @151 @153 @36
-@2630 := (hbind : @2608) ->
-  (hF : @2410) ->
-  (hA : @2609 @2615) ->
-  (hne : @2003 @2586 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2467 @4) (@2223 @2266 @4))
-@2633 := @2603 (@704 @2061 @2605)
-@2634 := @2219 @1964
-@2640 := @1971 @157 @149 @151 @153 @36 @38
-@2654 := (hF : @2410) ->
-  (hA : @2634 @2640) ->
-  (hne : @2003 @2615 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2529 @4) (@2223 @2330 @4))
-@2657 := @2633 (@704 @2073 @2216)
-@2671 := (hA : @2219 @1667 @1977) ->
-  (hne : @2003 @2640 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2586 @4) (@2223 @1951 @4))
-@2672 := @2657 @1999
-@2683 := (hne : @2003 @1977 @2008) ->
-  @2092 (fun (ro : @2091) => @2093 (@2413 @2615 @4) (@2223 @1958 @4))
-@2684 := @2672 @2025
-@2690 := @2093 (@2413 @2640 @4) (@2223 @1964 @4)
-@2692 := @2092 (fun (ro : @2091) => @2690)
-@2694 := @2092 (fun (__e_ro : @2091) => @2690)
-@2703 := LexLeanPreservation.Rust.RepresentableL
-    (@1664 (@1662 (@1660 (@1658 (@1656 (@96 @42 @95))))))
-@2704 := (__e_hrep : @2703) -> @2694
-@2705 := fun (__e_hrep : @2703) => @2684
-@2706 := (infection : @35) -> @2704
-@2707 := fun (infection : @35) => @2705
-@2708 := (systolic : @35) -> @2706
-@2709 := fun (systolic : @35) => @2707
-@2710 := (whiteCells : @35) -> @2708
-@2711 := fun (whiteCells : @35) => @2709
-@2712 := (respiratoryRate : @35) -> @2710
-@2713 := fun (respiratoryRate : @35) => @2711
-@2714 := (heartRate : @35) -> @2712
-@2715 := fun (heartRate : @35) => @2713
-@2716 := (temperature : @35) -> @2714
-@2717 := fun (temperature : @35) => @2715
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/RustCore.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/RustCore.lean
deleted file mode 100644
index 3cdfe7f7d..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/RustCore.lean
+++ /dev/null
@@ -1,360 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
-      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 20 [(.var 0)])), (.arm (.adt 1) [] (.call 21 [(.var 0)])), (.arm (.adt 2) [] (.call 22 [(.var 0)])), (.arm (.adt 3) [] (.call 23 [(.var 0)])), (.arm (.adt 4) [] (.call 24 [(.var 0)])), (.arm (.adt 5) [] (.call 25 [(.var 0)])), (.arm (.adt 6) [] (.call 26 [(.var 0)])), (.arm (.adt 7) [] (.call 27 [(.var 0)]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 28 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 29 [(.var 0)]) (.call 30 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 1) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 2) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
-    (.enum (.fn 0) [{ number := 5, fields := [] }]) ::
-    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 5, captures := [], functionFallible := true }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 11)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 24) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 26) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 27) [(.move (.generated .binding 0))] false)))]))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
-    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
-    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false))) ::
-    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false))) ::
-    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false))) ::
-    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false))) ::
-    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false))) ::
-    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]))) ::
-    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]))) ::
-    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]))) ::
-    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]))) ::
-    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]))) ::
-    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]))) ::
-    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]))) ::
-    (.function (.generated .function 40) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.adt 1)) (.mk [] (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 6)))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.call (.function 8) [(.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 12))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 0) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 1) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 2), (some 2)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 2) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(3, (.adt 2), (some 3)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 3) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 4) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(5, (.adt 2), (some 5)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 5) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 2), (some 6)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 6) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) []))))) (Corr.mCons (Γ' := [(7, (.adt 2), (some 7)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 2)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 24) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 26) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 27) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 2)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 24) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 26) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 27) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 28) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 28) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 29) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 30) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 29) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.move (.generated .binding 0))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 33))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 49))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 52))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 55))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 60))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 63))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))]) (tail := (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 66))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 67))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 71))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 74))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 77))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 78))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 84))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 90))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 99))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun30 : FunOK program krate flags 30 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 105))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun31 : FunOK program krate flags 31 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 108))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun32 : FunOK program krate flags 32 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun33 : FunOK program krate flags 33 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 116))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 120))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 121))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun34 : FunOK program krate flags 34 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 124))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 128))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 129))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun35 : FunOK program krate flags 35 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 132))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 133))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 135))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 136))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun36 : FunOK program krate flags 36 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 138))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 139))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 140))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 141))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 143))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun37 : FunOK program krate flags 37 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 146))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 150))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 151))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun38 : FunOK program krate flags 38 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 154))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 155))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 157))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 158))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun39 : FunOK program krate flags 39 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 162))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 164))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 165))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 167))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 168))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun40 : FunOK program krate flags 40 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 170))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 171))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 172))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 173))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 174))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 175))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 176))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 177))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 178))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | 30 => exact fun30
-  | 31 => exact fun31
-  | 32 => exact fun32
-  | 33 => exact fun33
-  | 34 => exact fun34
-  | 35 => exact fun35
-  | 36 => exact fun36
-  | 37 => exact fun37
-  | 38 => exact fun38
-  | 39 => exact fun39
-  | 40 => exact fun40
-  | _ + 41 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1.lean
deleted file mode 100644
index 06cde9558..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1.lean
+++ /dev/null
@@ -1,409 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.call 2 [(.var 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.call 3 [(.var 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 4 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 5 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
-      body := (.call 6 [(.closure 7 []), (.value .nat (.nat 11)), (.call 8 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 9 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 10 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 6 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.call 11 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 12 [(.var 0), (.var 1)]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 10 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
-
-def __enc_1 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
-
-def __enc_2 : (Reasoning.Clinic.Triage.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Reasoning.Clinic.Triage.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Reasoning.Clinic.Triage.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Reasoning.Clinic.Triage.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-  | Reasoning.Clinic.Triage.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
-  | Reasoning.Clinic.Triage.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
-  | Reasoning.Clinic.Triage.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
-  | Reasoning.Clinic.Triage.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
-  | Reasoning.Clinic.Triage.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
-
-def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
-
-def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.feverish in
-theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_32 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_32 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_32 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
-
-def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachycardic in
-theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_33 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_33 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_33 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
-
-def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachypneic in
-theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_34 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_34 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_34 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
-
-def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.leukocytic in
-theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
-
-def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.hypotensive in
-theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
-
-theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_11 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  ((((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_11 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_11 _ys) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Clinic.Triage.select _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
-
-def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_1 (Reasoning.Clinic.Fever.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
-theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Fever.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_1 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
-theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachycardia.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_1 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachypnea.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_1 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
-theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Leukocytosis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_1 (Reasoning.Clinic.Sirs.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
-theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sirs.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_40 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_40 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 40 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_40 s) (__enc_1 (Reasoning.Clinic.Sepsis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_27 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_19 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
-theorem __rel_27 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_27 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sepsis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_41 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_41 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 41 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_41 s) (__enc_1 (Reasoning.Clinic.Shock.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_28 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_20 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
-theorem __rel_28 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_28 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Shock.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_41 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_42 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
-
-theorem __rel_42 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 42 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_42 s) (__enc_1 (Reasoning.Clinic.Escalate.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_29 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_21 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
-theorem __rel_29 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_29 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Escalate.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_42 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_12 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : Bool :=
-  (Bool.true && (match _ystep with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys)))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
-theorem __rel_12 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 _ys), (__enc_2 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_12 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.fire _ys _ystep))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_2 (fun (__a : (Reasoning.Clinic.Triage.Step)) => (match __a with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys))))) (fun (__a : (Reasoning.Clinic.Triage.Step)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Reasoning.Clinic.Triage.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Clinic.Triage.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Clinic.Triage.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Clinic.Triage.Step)) _ => match __a with | Reasoning.Clinic.Triage.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys)))) | Reasoning.Clinic.Triage.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys))))) | Reasoning.Clinic.Triage.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys)))))) | Reasoning.Clinic.Triage.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))))))) | Reasoning.Clinic.Triage.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))) | Reasoning.Clinic.Triage.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 (_ys))))))))) | Reasoning.Clinic.Triage.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 (_ys)))))))))) | Reasoning.Clinic.Triage.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (_ys)))))))))))))
-
-def __fits_7 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_11 (_ys))) && (match (Reasoning.Clinic.Triage.select (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (_ys) (_ystep)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.fire Reasoning.Clinic.Triage.select in
-theorem __rel_7 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.next _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (_ys) (_ystep))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Chart))) | Option.some _ystep => (Reasoning.Clinic.Triage.fire (_ys) (_ystep)))) (Reasoning.Clinic.Triage.select (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (_ys))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_12 (_ys) (_ystep)))))))
-
-def __fits_8 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_8 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_8 patient) (__enc_1 (Reasoning.Clinic.Triage.observe patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_4 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_8 (patient))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_7 __p0) ((Reasoning.Clinic.Triage.next)) ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.observe in
-theorem __rel_4 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 4 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_4 patient) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Clinic.Triage.saturate patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (patient))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Clinic.Triage.next)) (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_7 __p0) 7 [] (fun (__p0 : (Reasoning.Clinic.Chart)) => __rel_7 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Clinic.Triage.next))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 6) (ts := (.adt 1)) rfl ((11 : Nat)) ((Reasoning.Clinic.Triage.observe (patient)))))
-
-def __fits_10 (chart : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_10 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_1 chart)] (_root_.LexLeanPreservation.Rel (__fits_10 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.extract chart))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
-
-def __fits_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble r (3 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.feverish Reasoning.Clinic.hypotensive Reasoning.Clinic.tachycardic in
-theorem __rel_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_0 v), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_13 v r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.recommendationCheck v r))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq r (3 : Nat)) || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))))))) (Nat.ble r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))) (Nat.beq r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))) (Reasoning.Clinic.hypotensive (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (v))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))) (Nat.beq (v).infection (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (v).infection (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic (v)))) (Reasoning.Clinic.feverish (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 (v))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (v)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot ((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_9 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_10 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.extract Reasoning.Clinic.recommendationCheck in
-theorem __rel_9 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 patient _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.accept patient _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Clinic.recommendationCheck (patient) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_13 (patient) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_5 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 (patient) (_ys))) && (match (Reasoning.Clinic.Triage.accept (patient) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_10 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.accept Reasoning.Clinic.Triage.extract in
-theorem __rel_5 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_0 patient), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 patient _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.conclude patient _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_10 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Clinic.Triage.accept (patient) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_9 (patient) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_10 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
-
-def __fits_3 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_4 (patient))) && (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.conclude Reasoning.Clinic.Triage.saturate in
-theorem __rel_3 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_3 patient) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.verdict patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Clinic.Triage.saturate (patient)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_4 (patient))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (patient) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Clinic.Triage.conclude (patient) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_5 (patient) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_2 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_3 (v)))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.verdict in
-theorem __rel_2 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_2 v) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.GatewayTriage v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (v)))
-
-def __fits_1 (_yinput : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_2 (_yinput)))
-
-attribute [local irreducible] Reasoning.Main.GatewayTriage in
-theorem __rel_1 (_yinput : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 _yinput)] (_root_.LexLeanPreservation.Rel (__fits_1 _yinput) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.GatewayModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (_yinput)))
-
-def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
-  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Main.GatewayModel (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok level => Bool.true | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Main.GatewayModel in
-theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gatewayLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok level => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok level => level | Except.error failure => (9 : Nat))) (Reasoning.Main.GatewayModel (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok level => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gatewayLevel temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gatewayLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/Compose/RustCore.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/Compose/RustCore.lex.tex
deleted file mode 100644
index bfe87fb4a..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,1341 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_0 : @16 := @716 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_1 : @724 := @1388 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_2 : @1396 := @1631 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.root : @2716 := @2717 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.flags
-@3 := Reasoning.Clinic.Vitals
-@4 := #0
-@5 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Reasoning.Clinic.Vitals.temperature
-@18 := @17 @4
-@19 := Reasoning.Clinic.Vitals.heartRate
-@20 := @19 @4
-@21 := Reasoning.Clinic.Vitals.respiratoryRate
-@22 := @21 @4
-@23 := Reasoning.Clinic.Vitals.whiteCells
-@24 := @23 @4
-@25 := Reasoning.Clinic.Vitals.systolic
-@26 := @25 @4
-@27 := Reasoning.Clinic.Vitals.infection
-@28 := @27 @4
-@29 := LexLeanTarget.TargetSyntax.Value.nat
-@30 := @29 @18
-@31 := LexLeanTarget.TargetSyntax.Ty.nat
-@32 := LexLeanTarget.TargetSyntax.Program
-@33 := LexLeanPreservation.Rust.RCrate
-@34 := LexLeanPreservation.Rust.Flags
-@35 := Nat
-@36 := #3
-@37 := @7 @36
-@38 := #2
-@39 := @37 @38
-@40 := #1
-@41 := @39 @40
-@42 := @29 @4
-@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
-@50 := LexLeanPreservation.Rust.wt_nat @0
-@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
-@58 := @50 @1
-@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
-@64 := @58 @2
-@67 := (n : @35) -> @13 @42 @31
-@68 := @64 @18
-@70 := @13 @30 @31
-@71 := @29 @20
-@72 := @64 @20
-@74 := @13 @71 @31
-@75 := @29 @22
-@76 := @64 @22
-@78 := @13 @75 @31
-@79 := @29 @24
-@80 := @64 @24
-@82 := @13 @79 @31
-@83 := @29 @26
-@84 := @64 @26
-@86 := @13 @83 @31
-@87 := @29 @28
-@88 := @64 @28
-@90 := @13 @87 @31
-@91 := LexLeanTarget.TargetSyntax.Value
-@92 := LexLeanTarget.TargetSyntax.Ty
-@93 := List.nil.{0}
-@94 := List.cons.{0}
-@95 := @93 @91
-@96 := @94 @91
-@98 := @96 @87 @95
-@100 := @96 @83 @98
-@102 := @96 @79 @100
-@104 := @96 @75 @102
-@106 := @96 @71 @104
-@108 := @96 @30 @106
-@109 := @93 @92
-@110 := @94 @92
-@111 := @110 @31
-@112 := @111 @109
-@113 := @111 @112
-@114 := @111 @113
-@115 := @111 @114
-@116 := @111 @115
-@117 := @111 @116
-@118 := LexLeanPreservation.Rust.WTL
-@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
-@128 := LexLeanPreservation.Rust.wtl_nil @0
-@129 := @118 @0
-@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
-@136 := @128 @1
-@137 := @129 @1
-@141 := {A : @34} -> @137 @4 @95 @109
-@142 := @136 @2
-@143 := @137 @2
-@144 := @143 @95
-@145 := @144 @109
-@146 := List.{0}
-@147 := @146 @91
-@148 := @146 @92
-@149 := #6
-@150 := @7 @149
-@151 := #5
-@152 := @150 @151
-@153 := #4
-@156 := @152 @153 @36 @38
-@157 := #7
-@162 := @118 @157 @149 @151 @38 @40
-@163 := #8
-@166 := @118 @163 @157 @149
-@168 := @96 @151 @36
-@169 := @166 @168
-@171 := @110 @153 @38
-@181 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
-@183 := LexLeanPreservation.Rust.wtl_cons @0
-@187 := @11 @151 @153 @36 @38
-@191 := @129 @149 @151 @38 @40
-@203 := {c : @33} ->
-  {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
-@204 := @183 @1
-@207 := @12 @153 @36 @38
-@210 := @137 @151 @38 @40
-@220 := {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
-@221 := @204 @2
-@223 := @13 @36 @38
-@225 := @143 @38 @40
-@233 := {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
-@234 := @221 @87
-@236 := @29 (@27 @36)
-@249 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
-@250 := @234 @31
-@252 := @29 (@27 @38)
-@254 := @13 @252 @31
-@259 := @143 (@96 (@29 (@27 @153)) @36)
-@260 := @111 @38
-@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
-@266 := @250 @95
-@268 := @29 (@27 @40)
-@270 := @13 @268 @31
-@271 := @144 @40
-@273 := @96 @236 @95
-@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
-@279 := @266 @109
-@281 := @96 @252 @95
-@282 := @143 @281
-@285 := (h : @90) -> (hs : @145) -> @282 @112
-@286 := @279 @88
-@288 := @96 @268 @95
-@290 := @143 @288 @112
-@291 := (hs : @145) -> @290
-@292 := @286 @142
-@294 := @143 @98 @112
-@295 := @221 @83
-@297 := @29 (@25 @36)
-@310 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
-@311 := @295 @31
-@313 := @29 (@25 @38)
-@325 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
-@326 := @311 @98
-@328 := @29 (@25 @40)
-@330 := @13 @328 @31
-@331 := @282 @40
-@333 := @96 @297 @273
-@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
-@339 := @326 @112
-@341 := @96 @313 @281
-@342 := @143 @341
-@345 := (h : @86) -> (hs : @290) -> @342 @113
-@346 := @339 @84
-@348 := @96 @328 @288
-@350 := @143 @348 @113
-@351 := (hs : @294) -> @350
-@352 := @346 @292
-@354 := @143 @100 @113
-@355 := @221 @79
-@357 := @29 (@23 @36)
-@370 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
-@371 := @355 @31
-@373 := @29 (@23 @38)
-@385 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
-@386 := @371 @100
-@388 := @29 (@23 @40)
-@390 := @13 @388 @31
-@391 := @342 @40
-@393 := @96 @357 @333
-@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
-@399 := @386 @113
-@401 := @96 @373 @341
-@402 := @143 @401
-@405 := (h : @82) -> (hs : @350) -> @402 @114
-@406 := @399 @80
-@408 := @96 @388 @348
-@410 := @143 @408 @114
-@411 := (hs : @354) -> @410
-@412 := @406 @352
-@414 := @143 @102 @114
-@415 := @221 @75
-@417 := @29 (@21 @36)
-@430 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
-@431 := @415 @31
-@433 := @29 (@21 @38)
-@445 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
-@446 := @431 @102
-@448 := @29 (@21 @40)
-@450 := @13 @448 @31
-@451 := @402 @40
-@453 := @96 @417 @393
-@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
-@459 := @446 @114
-@461 := @96 @433 @401
-@462 := @143 @461
-@465 := (h : @78) -> (hs : @410) -> @462 @115
-@466 := @459 @76
-@468 := @96 @448 @408
-@470 := @143 @468 @115
-@471 := (hs : @414) -> @470
-@472 := @466 @412
-@474 := @143 @104 @115
-@475 := @221 @71
-@477 := @29 (@19 @36)
-@490 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
-@491 := @475 @31
-@493 := @29 (@19 @38)
-@505 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
-@506 := @491 @104
-@508 := @29 (@19 @40)
-@510 := @13 @508 @31
-@511 := @462 @40
-@513 := @96 @477 @453
-@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
-@519 := @506 @115
-@521 := @96 @493 @461
-@522 := @143 @521
-@525 := (h : @74) -> (hs : @470) -> @522 @116
-@526 := @519 @72
-@528 := @96 @508 @468
-@530 := @143 @528 @116
-@531 := (hs : @474) -> @530
-@532 := @526 @472
-@534 := @143 @106 @116
-@535 := @221 @30
-@537 := @29 (@17 @36)
-@550 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
-@551 := @535 @31
-@553 := @29 (@17 @38)
-@565 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
-@566 := @551 @106
-@568 := @29 (@17 @40)
-@570 := @13 @568 @31
-@571 := @522 @40
-@573 := @96 @537 @513
-@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
-@579 := @566 @116
-@581 := @96 @553 @521
-@582 := @143 @581
-@585 := (h : @70) -> (hs : @530) -> @582 @117
-@586 := @579 @68
-@588 := @96 @568 @528
-@590 := @143 @588 @117
-@591 := (hs : @534) -> @590
-@592 := @586 @532
-@594 := @143 @108 @117
-@595 := Eq.{1}
-@596 := Option.{0}
-@597 := @596 @148
-@598 := @595 @597
-@599 := LexLeanPreservation.Rust.adtFields
-@603 := @598 (@599 @149 @36 @38)
-@604 := Option.some.{0}
-@605 := @604 @148
-@606 := @605 @4
-@607 := @603 @606
-@610 := @7 @163 @157 @149
-@611 := LexLeanTarget.TargetSyntax.Value.adt
-@613 := @611 @153 @36
-@614 := @610 @613
-@615 := @8 @151
-@625 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
-@627 := LexLeanPreservation.Rust.wt_adt @0
-@628 := @599 @0
-@632 := @598 (@628 @36 @38) @606
-@644 := {c : @33} ->
-  {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
-@645 := @627 @1
-@655 := {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
-@656 := @645 @2
-@657 := @13 @613
-@664 := {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
-@665 := @656 @9
-@666 := @628 @9
-@675 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
-@676 := @665 @9
-@677 := @666 @9
-@678 := @598 @677
-@679 := @678 @606
-@680 := @611 @9
-@682 := @13 (@680 @36)
-@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
-@688 := @676 @108
-@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
-@696 := @688 @117
-@703 := (h : @678 (@605 @117)) -> (hf : @590) -> @13 (@680 @581) @10
-@704 := Eq.refl.{1}
-@705 := @704 @597
-@707 := @696 (@705 @677)
-@711 := (hf : @594) -> @13 (@680 @588) @10
-@712 := @707 @592
-@715 := @13 (@680 @108) @10
-@716 := fun (__s : @3) => @712
-@717 := Reasoning.Clinic.Chart
-@719 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.__enc_1 @4
-@720 := 1
-@721 := @8 @720
-@724 := (__s : @717) -> @13 @719 @721
-@725 := Reasoning.Clinic.Chart.vitals
-@726 := @725 @4
-@727 := Reasoning.Clinic.Chart.fever
-@728 := @727 @4
-@729 := Reasoning.Clinic.Chart.tachycardia
-@730 := @729 @4
-@731 := Reasoning.Clinic.Chart.tachypnea
-@732 := @731 @4
-@733 := Reasoning.Clinic.Chart.leukocytosis
-@734 := @733 @4
-@735 := Reasoning.Clinic.Chart.sirs
-@736 := @735 @4
-@737 := Reasoning.Clinic.Chart.sepsis
-@738 := @737 @4
-@739 := Reasoning.Clinic.Chart.shock
-@740 := @739 @4
-@741 := Reasoning.Clinic.Chart.level
-@742 := @741 @4
-@743 := @5 @726
-@745 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_0 @726
-@746 := @29 @728
-@747 := @64 @728
-@749 := @13 @746 @31
-@750 := @29 @730
-@751 := @64 @730
-@753 := @13 @750 @31
-@754 := @29 @732
-@755 := @64 @732
-@757 := @13 @754 @31
-@758 := @29 @734
-@759 := @64 @734
-@761 := @13 @758 @31
-@762 := @29 @736
-@763 := @64 @736
-@765 := @13 @762 @31
-@766 := @29 @738
-@767 := @64 @738
-@769 := @13 @766 @31
-@770 := @29 @740
-@771 := @64 @740
-@773 := @13 @770 @31
-@774 := @29 @742
-@775 := @64 @742
-@777 := @13 @774 @31
-@779 := @96 @774 @95
-@781 := @96 @770 @779
-@783 := @96 @766 @781
-@785 := @96 @762 @783
-@787 := @96 @758 @785
-@789 := @96 @754 @787
-@791 := @96 @750 @789
-@793 := @96 @746 @791
-@795 := @96 @743 @793
-@796 := @111 @117
-@797 := @111 @796
-@798 := @110 @10
-@799 := @798 @797
-@800 := @221 @774
-@802 := @29 (@741 @36)
-@815 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @802 @38) -> (hs : @225) -> @143 (@96 (@29 (@741 @151)) @36) @171
-@816 := @800 @31
-@818 := @29 (@741 @38)
-@830 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @818 @31) -> (hs : @225) -> @143 (@96 (@29 (@741 @153)) @36) @260
-@831 := @816 @95
-@833 := @29 (@741 @40)
-@835 := @13 @833 @31
-@837 := @96 @802 @95
-@842 := {ts : @148} -> (h : @835) -> (hs : @271) -> @143 @837 @260
-@843 := @831 @109
-@845 := @96 @818 @95
-@846 := @143 @845
-@849 := (h : @777) -> (hs : @145) -> @846 @112
-@850 := @843 @775
-@852 := @96 @833 @95
-@854 := @143 @852 @112
-@855 := (hs : @145) -> @854
-@856 := @850 @142
-@858 := @143 @779 @112
-@859 := @221 @770
-@861 := @29 (@739 @36)
-@874 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @861 @38) -> (hs : @225) -> @143 (@96 (@29 (@739 @151)) @36) @171
-@875 := @859 @31
-@877 := @29 (@739 @38)
-@889 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @877 @31) -> (hs : @225) -> @143 (@96 (@29 (@739 @153)) @36) @260
-@890 := @875 @779
-@892 := @29 (@739 @40)
-@894 := @13 @892 @31
-@895 := @846 @40
-@897 := @96 @861 @837
-@902 := {ts : @148} -> (h : @894) -> (hs : @895) -> @143 @897 @260
-@903 := @890 @112
-@905 := @96 @877 @845
-@906 := @143 @905
-@909 := (h : @773) -> (hs : @854) -> @906 @113
-@910 := @903 @771
-@912 := @96 @892 @852
-@914 := @143 @912 @113
-@915 := (hs : @858) -> @914
-@916 := @910 @856
-@918 := @143 @781 @113
-@919 := @221 @766
-@921 := @29 (@737 @36)
-@934 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @921 @38) -> (hs : @225) -> @143 (@96 (@29 (@737 @151)) @36) @171
-@935 := @919 @31
-@937 := @29 (@737 @38)
-@949 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @937 @31) -> (hs : @225) -> @143 (@96 (@29 (@737 @153)) @36) @260
-@950 := @935 @781
-@952 := @29 (@737 @40)
-@954 := @13 @952 @31
-@955 := @906 @40
-@957 := @96 @921 @897
-@962 := {ts : @148} -> (h : @954) -> (hs : @955) -> @143 @957 @260
-@963 := @950 @113
-@965 := @96 @937 @905
-@966 := @143 @965
-@969 := (h : @769) -> (hs : @914) -> @966 @114
-@970 := @963 @767
-@972 := @96 @952 @912
-@974 := @143 @972 @114
-@975 := (hs : @918) -> @974
-@976 := @970 @916
-@978 := @143 @783 @114
-@979 := @221 @762
-@981 := @29 (@735 @36)
-@994 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @981 @38) -> (hs : @225) -> @143 (@96 (@29 (@735 @151)) @36) @171
-@995 := @979 @31
-@997 := @29 (@735 @38)
-@1009 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @997 @31) -> (hs : @225) -> @143 (@96 (@29 (@735 @153)) @36) @260
-@1010 := @995 @783
-@1012 := @29 (@735 @40)
-@1014 := @13 @1012 @31
-@1015 := @966 @40
-@1017 := @96 @981 @957
-@1022 := {ts : @148} -> (h : @1014) -> (hs : @1015) -> @143 @1017 @260
-@1023 := @1010 @114
-@1025 := @96 @997 @965
-@1026 := @143 @1025
-@1029 := (h : @765) -> (hs : @974) -> @1026 @115
-@1030 := @1023 @763
-@1032 := @96 @1012 @972
-@1034 := @143 @1032 @115
-@1035 := (hs : @978) -> @1034
-@1036 := @1030 @976
-@1038 := @143 @785 @115
-@1039 := @221 @758
-@1041 := @29 (@733 @36)
-@1054 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1041 @38) -> (hs : @225) -> @143 (@96 (@29 (@733 @151)) @36) @171
-@1055 := @1039 @31
-@1057 := @29 (@733 @38)
-@1069 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1057 @31) -> (hs : @225) -> @143 (@96 (@29 (@733 @153)) @36) @260
-@1070 := @1055 @785
-@1072 := @29 (@733 @40)
-@1074 := @13 @1072 @31
-@1075 := @1026 @40
-@1077 := @96 @1041 @1017
-@1082 := {ts : @148} -> (h : @1074) -> (hs : @1075) -> @143 @1077 @260
-@1083 := @1070 @115
-@1085 := @96 @1057 @1025
-@1086 := @143 @1085
-@1089 := (h : @761) -> (hs : @1034) -> @1086 @116
-@1090 := @1083 @759
-@1092 := @96 @1072 @1032
-@1094 := @143 @1092 @116
-@1095 := (hs : @1038) -> @1094
-@1096 := @1090 @1036
-@1098 := @143 @787 @116
-@1099 := @221 @754
-@1101 := @29 (@731 @36)
-@1114 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1101 @38) -> (hs : @225) -> @143 (@96 (@29 (@731 @151)) @36) @171
-@1115 := @1099 @31
-@1117 := @29 (@731 @38)
-@1129 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1117 @31) -> (hs : @225) -> @143 (@96 (@29 (@731 @153)) @36) @260
-@1130 := @1115 @787
-@1132 := @29 (@731 @40)
-@1134 := @13 @1132 @31
-@1135 := @1086 @40
-@1137 := @96 @1101 @1077
-@1142 := {ts : @148} -> (h : @1134) -> (hs : @1135) -> @143 @1137 @260
-@1143 := @1130 @116
-@1145 := @96 @1117 @1085
-@1146 := @143 @1145
-@1149 := (h : @757) -> (hs : @1094) -> @1146 @117
-@1150 := @1143 @755
-@1152 := @96 @1132 @1092
-@1154 := @143 @1152 @117
-@1155 := (hs : @1098) -> @1154
-@1156 := @1150 @1096
-@1158 := @143 @789 @117
-@1159 := @221 @750
-@1161 := @29 (@729 @36)
-@1174 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1161 @38) -> (hs : @225) -> @143 (@96 (@29 (@729 @151)) @36) @171
-@1175 := @1159 @31
-@1177 := @29 (@729 @38)
-@1189 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1177 @31) -> (hs : @225) -> @143 (@96 (@29 (@729 @153)) @36) @260
-@1190 := @1175 @789
-@1192 := @29 (@729 @40)
-@1194 := @13 @1192 @31
-@1195 := @1146 @40
-@1197 := @96 @1161 @1137
-@1202 := {ts : @148} -> (h : @1194) -> (hs : @1195) -> @143 @1197 @260
-@1203 := @1190 @117
-@1205 := @96 @1177 @1145
-@1206 := @143 @1205
-@1209 := (h : @753) -> (hs : @1154) -> @1206 @796
-@1210 := @1203 @751
-@1212 := @96 @1192 @1152
-@1214 := @143 @1212 @796
-@1215 := (hs : @1158) -> @1214
-@1216 := @1210 @1156
-@1218 := @143 @791 @796
-@1219 := @221 @746
-@1221 := @29 (@727 @36)
-@1234 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1221 @38) -> (hs : @225) -> @143 (@96 (@29 (@727 @151)) @36) @171
-@1235 := @1219 @31
-@1237 := @29 (@727 @38)
-@1249 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1237 @31) -> (hs : @225) -> @143 (@96 (@29 (@727 @153)) @36) @260
-@1250 := @1235 @791
-@1252 := @29 (@727 @40)
-@1254 := @13 @1252 @31
-@1255 := @1206 @40
-@1257 := @96 @1221 @1197
-@1262 := {ts : @148} -> (h : @1254) -> (hs : @1255) -> @143 @1257 @260
-@1263 := @1250 @796
-@1265 := @96 @1237 @1205
-@1266 := @143 @1265
-@1269 := (h : @749) -> (hs : @1214) -> @1266 @797
-@1270 := @1263 @747
-@1272 := @96 @1252 @1212
-@1274 := @143 @1272 @797
-@1275 := (hs : @1218) -> @1274
-@1276 := @1270 @1216
-@1278 := @143 @793 @797
-@1279 := @221 @743
-@1281 := @5 (@725 @36)
-@1294 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1281 @38) -> (hs : @225) -> @143 (@96 (@5 (@725 @151)) @36) @171
-@1295 := @1279 @10
-@1297 := @5 (@725 @38)
-@1299 := @13 @1297 @10
-@1304 := @143 (@96 (@5 (@725 @153)) @36)
-@1305 := @798 @38
-@1310 := {vs : @147} -> {ts : @148} -> (h : @1299) -> (hs : @225) -> @1304 @1305
-@1311 := @1295 @793
-@1313 := @5 (@725 @40)
-@1315 := @13 @1313 @10
-@1316 := @1266 @40
-@1318 := @96 @1281 @1257
-@1323 := {ts : @148} -> (h : @1315) -> (hs : @1316) -> @143 @1318 @1305
-@1324 := @1311 @797
-@1326 := @13 @743 @10
-@1328 := @96 @1297 @1265
-@1329 := @143 @1328
-@1332 := (h : @1326) -> (hs : @1274) -> @1329 @799
-@1333 := @1324 @745
-@1335 := @96 @1313 @1272
-@1337 := @143 @1335 @799
-@1338 := (hs : @1278) -> @1337
-@1339 := @1333 @1276
-@1341 := @143 @795 @799
-@1342 := @656 @720
-@1343 := @628 @720
-@1352 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@1343 @38) @606) -> (hf : @225) -> @657 @721
-@1353 := @1342 @9
-@1354 := @1343 @9
-@1355 := @598 @1354
-@1356 := @1355 @606
-@1361 := {fs : @147} -> {tys : @148} -> (h : @1356) -> (hf : @225) -> @682 @721
-@1362 := @1353 @795
-@1369 := {tys : @148} -> (h : @1356) -> (hf : @1329 @40) -> @13 (@680 @1318) @721
-@1370 := @1362 @799
-@1377 := (h : @1355 (@605 @799)) -> (hf : @1337) -> @13 (@680 @1328) @721
-@1379 := @1370 (@705 @1354)
-@1383 := (hf : @1341) -> @13 (@680 @1335) @721
-@1384 := @1379 @1339
-@1387 := @13 (@680 @795) @721
-@1388 := fun (__s : @717) => @1384
-@1389 := Reasoning.Clinic.Triage.Step
-@1391 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.__enc_2 @4
-@1392 := 2
-@1393 := @8 @1392
-@1395 := @13 @1391 @1393
-@1396 := (__v : @1389) -> @1395
-@1397 := fun (__v : @1389) => @1395
-@1398 := @656 @1392
-@1399 := @628 @1392
-@1408 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@1399 @38) @606) -> (hf : @225) -> @657 @1393
-@1409 := @1398 @9
-@1410 := @1399 @9
-@1411 := @598 @1410
-@1412 := @1411 @606
-@1417 := {fs : @147} -> {tys : @148} -> (h : @1412) -> (hf : @225) -> @682 @1393
-@1418 := @1409 @95
-@1421 := @13 (@680 @95) @1393
-@1424 := {tys : @148} -> (h : @1412) -> (hf : @271) -> @1421
-@1425 := @1418 @109
-@1426 := @605 @109
-@1429 := (h : @1411 @1426) -> (hf : @145) -> @1421
-@1432 := @1425 (@705 @1410) @142
-@1433 := @1398 @720
-@1434 := @1399 @720
-@1435 := @598 @1434
-@1436 := @1435 @606
-@1437 := @611 @720
-@1444 := {fs : @147} -> {tys : @148} -> (h : @1436) -> (hf : @225) -> @13 (@1437 @36) @1393
-@1445 := @1433 @95
-@1448 := @13 (@1437 @95) @1393
-@1451 := {tys : @148} -> (h : @1436) -> (hf : @271) -> @1448
-@1452 := @1445 @109
-@1455 := (h : @1435 @1426) -> (hf : @145) -> @1448
-@1458 := @1452 (@705 @1434) @142
-@1459 := @1398 @1392
-@1460 := @1399 @1392
-@1461 := @598 @1460
-@1462 := @1461 @606
-@1463 := @611 @1392
-@1470 := {fs : @147} -> {tys : @148} -> (h : @1462) -> (hf : @225) -> @13 (@1463 @36) @1393
-@1471 := @1459 @95
-@1474 := @13 (@1463 @95) @1393
-@1477 := {tys : @148} -> (h : @1462) -> (hf : @271) -> @1474
-@1478 := @1471 @109
-@1481 := (h : @1461 @1426) -> (hf : @145) -> @1474
-@1484 := @1478 (@705 @1460) @142
-@1485 := 3
-@1486 := @1398 @1485
-@1487 := @1399 @1485
-@1488 := @598 @1487
-@1489 := @1488 @606
-@1490 := @611 @1485
-@1497 := {fs : @147} -> {tys : @148} -> (h : @1489) -> (hf : @225) -> @13 (@1490 @36) @1393
-@1498 := @1486 @95
-@1501 := @13 (@1490 @95) @1393
-@1504 := {tys : @148} -> (h : @1489) -> (hf : @271) -> @1501
-@1505 := @1498 @109
-@1508 := (h : @1488 @1426) -> (hf : @145) -> @1501
-@1511 := @1505 (@705 @1487) @142
-@1512 := 4
-@1513 := @1398 @1512
-@1514 := @1399 @1512
-@1515 := @598 @1514
-@1516 := @1515 @606
-@1517 := @611 @1512
-@1524 := {fs : @147} -> {tys : @148} -> (h : @1516) -> (hf : @225) -> @13 (@1517 @36) @1393
-@1525 := @1513 @95
-@1528 := @13 (@1517 @95) @1393
-@1531 := {tys : @148} -> (h : @1516) -> (hf : @271) -> @1528
-@1532 := @1525 @109
-@1535 := (h : @1515 @1426) -> (hf : @145) -> @1528
-@1538 := @1532 (@705 @1514) @142
-@1539 := 5
-@1540 := @1398 @1539
-@1541 := @1399 @1539
-@1542 := @598 @1541
-@1543 := @1542 @606
-@1544 := @611 @1539
-@1551 := {fs : @147} -> {tys : @148} -> (h : @1543) -> (hf : @225) -> @13 (@1544 @36) @1393
-@1552 := @1540 @95
-@1555 := @13 (@1544 @95) @1393
-@1558 := {tys : @148} -> (h : @1543) -> (hf : @271) -> @1555
-@1559 := @1552 @109
-@1562 := (h : @1542 @1426) -> (hf : @145) -> @1555
-@1565 := @1559 (@705 @1541) @142
-@1566 := 6
-@1567 := @1398 @1566
-@1568 := @1399 @1566
-@1569 := @598 @1568
-@1570 := @1569 @606
-@1571 := @611 @1566
-@1578 := {fs : @147} -> {tys : @148} -> (h : @1570) -> (hf : @225) -> @13 (@1571 @36) @1393
-@1579 := @1567 @95
-@1582 := @13 (@1571 @95) @1393
-@1585 := {tys : @148} -> (h : @1570) -> (hf : @271) -> @1582
-@1586 := @1579 @109
-@1589 := (h : @1569 @1426) -> (hf : @145) -> @1582
-@1592 := @1586 (@705 @1568) @142
-@1593 := 7
-@1594 := @1398 @1593
-@1595 := @1399 @1593
-@1596 := @598 @1595
-@1597 := @1596 @606
-@1598 := @611 @1593
-@1605 := {fs : @147} -> {tys : @148} -> (h : @1597) -> (hf : @225) -> @13 (@1598 @36) @1393
-@1606 := @1594 @95
-@1609 := @13 (@1598 @95) @1393
-@1612 := {tys : @148} -> (h : @1597) -> (hf : @271) -> @1609
-@1613 := @1606 @109
-@1616 := (h : @1596 @1426) -> (hf : @145) -> @1609
-@1619 := @1613 (@705 @1595) @142
-@1631 := fun (__v : @1389) =>
-  Reasoning.Clinic.Triage.Step.casesOn.{0} @1397 @4 @1432 @1458 @1484 @1511 @1538 @1565 @1592 @1619
-@1632 := @29 @149
-@1633 := @64 @149
-@1634 := @13 @1632
-@1635 := @1634 @31
-@1636 := @29 @151
-@1637 := @64 @151
-@1638 := @13 @1636
-@1639 := @1638 @31
-@1640 := @29 @153
-@1641 := @64 @153
-@1642 := @13 @1640
-@1643 := @1642 @31
-@1644 := @29 @36
-@1645 := @64 @36
-@1647 := @13 @1644 @31
-@1648 := @29 @38
-@1649 := @64 @38
-@1651 := @13 @1648 @31
-@1652 := @29 @40
-@1653 := @64 @40
-@1655 := @13 @1652 @31
-@1656 := @96 @1652
-@1657 := @1656 @95
-@1658 := @96 @1648
-@1659 := @1658 @1657
-@1660 := @96 @1644
-@1661 := @1660 @1659
-@1662 := @96 @1640
-@1663 := @1662 @1661
-@1664 := @96 @1636
-@1665 := @1664 @1663
-@1666 := @96 @1632
-@1667 := @1666 @1665
-@1670 := Prod.{0, 0} @35 @91
-@1673 := Prod.mk.{0, 0} @35 @91
-@1674 := @1673 @1539
-@1675 := @1674 @1652
-@1676 := @1673 @1512
-@1677 := @1676 @1648
-@1678 := @1673 @1485
-@1679 := @1678 @1644
-@1680 := @1673 @1392
-@1681 := @1680 @1640
-@1682 := @1673 @720
-@1683 := @1682 @1636
-@1684 := @1673 @9
-@1685 := @1684 @1632
-@1686 := @93 @1670
-@1687 := @94 @1670
-@1689 := @1687 @1685 @1686
-@1691 := @1687 @1683 @1689
-@1693 := @1687 @1681 @1691
-@1695 := @1687 @1679 @1693
-@1697 := @1687 @1677 @1695
-@1699 := @1687 @1675 @1697
-@1700 := Bool.true
-@1701 := LexLeanTarget.TargetSyntax.Function
-@1702 := LexLeanTarget.TargetSyntax.Program.functions
-@1703 := @1702 @0
-@1704 := @93 @35
-@1705 := LexLeanTarget.TargetSyntax.Ty.unit
-@1706 := LexLeanTarget.TargetSyntax.Value.unit
-@1709 := LexLeanTarget.TargetSyntax.Expr.value @1705 @1706
-@1714 := LexLeanTarget.TargetSyntax.Function.mk @1704 @109 @1705 @1709
-@1719 := List.getD.{0} @1701 @1703 @9 @1714
-@1723 := fun (__e_n : @35) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.root @4 @9
-@1724 := @221 @1652
-@1725 := @1642 @38
-@1727 := @143 (@1666 @36)
-@1733 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1725) -> (hs : @225) -> @1727 @171
-@1734 := @1724 @31
-@1741 := {vs : @147} -> {ts : @148} -> (h : @1647) -> (hs : @225) -> @143 (@1664 @36) @260
-@1742 := @1734 @95
-@1743 := @1662 @95
-@1748 := {ts : @148} -> (h : @1651) -> (hs : @271) -> @143 @1743 @260
-@1749 := @1742 @109
-@1750 := @1660 @95
-@1751 := @143 @1750
-@1754 := (h : @1655) -> (hs : @145) -> @1751 @112
-@1755 := @1749 @1653
-@1756 := @1658 @95
-@1758 := @143 @1756 @112
-@1759 := (hs : @145) -> @1758
-@1760 := @1755 @142
-@1762 := @143 @1657 @112
-@1763 := @221 @1648
-@1764 := @1638 @38
-@1765 := @29 @157
-@1766 := @96 @1765
-@1768 := @143 (@1766 @36)
-@1774 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1764) -> (hs : @225) -> @1768 @171
-@1775 := @1763 @31
-@1780 := {vs : @147} -> {ts : @148} -> (h : @1643) -> (hs : @225) -> @1727 @260
-@1781 := @1775 @1657
-@1782 := @1751 @40
-@1783 := @1664 @1743
-@1788 := {ts : @148} -> (h : @1647) -> (hs : @1782) -> @143 @1783 @260
-@1789 := @1781 @112
-@1790 := @1662 @1750
-@1791 := @143 @1790
-@1794 := (h : @1651) -> (hs : @1758) -> @1791 @113
-@1795 := @1789 @1649
-@1796 := @1660 @1756
-@1798 := @143 @1796 @113
-@1799 := (hs : @1762) -> @1798
-@1800 := @1795 @1760
-@1802 := @143 @1659 @113
-@1803 := @221 @1644
-@1804 := @1634 @38
-@1805 := @29 @163
-@1806 := @96 @1805
-@1808 := @143 (@1806 @36)
-@1814 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1804) -> (hs : @225) -> @1808 @171
-@1815 := @1803 @31
-@1820 := {vs : @147} -> {ts : @148} -> (h : @1639) -> (hs : @225) -> @1768 @260
-@1821 := @1815 @1659
-@1822 := @1791 @40
-@1823 := @1666 @1783
-@1828 := {ts : @148} -> (h : @1643) -> (hs : @1822) -> @143 @1823 @260
-@1829 := @1821 @113
-@1830 := @1664 @1790
-@1831 := @143 @1830
-@1834 := (h : @1647) -> (hs : @1798) -> @1831 @114
-@1835 := @1829 @1645
-@1836 := @1662 @1796
-@1838 := @143 @1836 @114
-@1839 := (hs : @1802) -> @1838
-@1840 := @1835 @1800
-@1842 := @143 @1661 @114
-@1843 := @221 @1640
-@1844 := @13 @1765
-@1845 := @1844 @38
-@1846 := #9
-@1847 := @29 @1846
-@1848 := @96 @1847
-@1850 := @143 (@1848 @36)
-@1856 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1845) -> (hs : @225) -> @1850 @171
-@1857 := @1843 @31
-@1862 := {vs : @147} -> {ts : @148} -> (h : @1635) -> (hs : @225) -> @1808 @260
-@1863 := @1857 @1661
-@1864 := @1831 @40
-@1865 := @1766 @1823
-@1870 := {ts : @148} -> (h : @1639) -> (hs : @1864) -> @143 @1865 @260
-@1871 := @1863 @114
-@1872 := @1666 @1830
-@1873 := @143 @1872
-@1876 := (h : @1643) -> (hs : @1838) -> @1873 @115
-@1877 := @1871 @1641
-@1878 := @1664 @1836
-@1880 := @143 @1878 @115
-@1881 := (hs : @1842) -> @1880
-@1882 := @1877 @1840
-@1884 := @143 @1663 @115
-@1885 := @221 @1636
-@1886 := @13 @1805
-@1887 := @1886 @38
-@1888 := #10
-@1889 := @29 @1888
-@1890 := @96 @1889
-@1892 := @143 (@1890 @36)
-@1898 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1887) -> (hs : @225) -> @1892 @171
-@1899 := @1885 @31
-@1900 := @1844 @31
-@1905 := {vs : @147} -> {ts : @148} -> (h : @1900) -> (hs : @225) -> @1850 @260
-@1906 := @1899 @1663
-@1907 := @1873 @40
-@1908 := @1806 @1865
-@1913 := {ts : @148} -> (h : @1635) -> (hs : @1907) -> @143 @1908 @260
-@1914 := @1906 @115
-@1915 := @1766 @1872
-@1916 := @143 @1915
-@1919 := (h : @1639) -> (hs : @1880) -> @1916 @116
-@1920 := @1914 @1637
-@1921 := @1666 @1878
-@1923 := @143 @1921 @116
-@1924 := (hs : @1884) -> @1923
-@1925 := @1920 @1882
-@1927 := @143 @1665 @116
-@1928 := @221 @1632
-@1930 := @13 @1847 @38
-@1931 := #11
-@1932 := @29 @1931
-@1933 := @96 @1932
-@1941 := {t : @92} ->
-  {vs : @147} -> {ts : @148} -> (h : @1930) -> (hs : @225) -> @143 (@1933 @36) @171
-@1942 := @1928 @31
-@1948 := {vs : @147} -> {ts : @148} -> (h : @1886 @31) -> (hs : @225) -> @1892 @260
-@1949 := @1942 @1665
-@1950 := @1916 @40
-@1951 := @1848 @1908
-@1952 := @143 @1951
-@1956 := {ts : @148} -> (h : @1900) -> (hs : @1950) -> @1952 @260
-@1957 := @1949 @116
-@1958 := @1806 @1915
-@1959 := @143 @1958
-@1962 := (h : @1635) -> (hs : @1923) -> @1959 @117
-@1963 := @1957 @1633
-@1964 := @1766 @1921
-@1965 := @143 @1964
-@1967 := (hs : @1927) -> @1965 @117
-@1968 := @1963 @1925
-@1969 := @143 @1667
-@1970 := @1969 @117
-@1971 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.denote
-@1977 := @1971 @149 @151 @153 @36 @38 @40
-@1978 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.__fits_0
-@1984 := @1978 @149 @151 @153 @36 @38 @40
-@1992 := @29 (Reasoning.Main.gatewayLevel @149 @151 @153 @36 @38 @40)
-@1999 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.root @149 @151 @153 @36 @38 @40
-@2000 := Bool
-@2001 := Ne.{1}
-@2002 := LexLeanPreservation.Obs
-@2003 := @2001 @2002
-@2004 := LexLeanPreservation.Rel
-@2007 := @2003 (@2004 @40 @4)
-@2008 := LexLeanPreservation.Obs.stuck
-@2011 := (f : @2000) -> (v : @91) -> @2007 @2008
-@2013 := LexLeanPreservation.Rust.rel_ne_stuck @1984
-@2024 := (v : @91) -> @2003 (@2004 (@1978 @157 @149 @151 @153 @36 @38) @4) @2008
-@2025 := @2013 @1992
-@2029 := @2003 (@2004 @1984 @1992) @2008
-@2030 := @146 @1670
-@2031 := LexLeanPreservation.Rust.FunSem
-@2037 := (n : @35) -> @2031 @1846 @163 @157 @4 @149
-@2038 := @596 @1701
-@2039 := @595 @2038
-@2046 := LexLeanRuntime.index (@146 @1701) @1701 (LexLeanRuntime.instIndexableList @1701)
-@2050 := @2039 (@2046 (@1702 @1846) @149)
-@2051 := @604 @1701
-@2052 := @2051 @151
-@2053 := @2050 @2052
-@2057 := @118 @1888 @1846 @163 @151
-@2058 := LexLeanTarget.TargetSyntax.Function.types
-@2059 := @2058 @149
-@2060 := @2057 @2059
-@2061 := @596 @2030
-@2062 := @595 @2061
-@2063 := LexLeanTarget.TargetSemantics.bindAll
-@2064 := LexLeanTarget.TargetSyntax.Function.parameters
-@2069 := @2062 (@2063 (@2064 @157) @149 @1686)
-@2070 := @604 @2030
-@2071 := @2070 @151
-@2072 := @2069 @2071
-@2073 := @596 @2000
-@2074 := @595 @2073
-@2075 := LexLeanPreservation.Rust.fnFallible
-@2078 := @2074 (@2075 @1931 @1846)
-@2079 := @604 @2000
-@2080 := @2079 @151
-@2081 := @2078 @2080
-@2082 := LexLeanPreservation.RunConv
-@2083 := #13
-@2087 := @2082 @2083 @1888 @163 @151
-@2089 := @2003 @149 @2008
-@2090 := Exists.{1}
-@2091 := LexLeanPreservation.Rust.ROut
-@2092 := @2090 @2091
-@2093 := And
-@2094 := LexLeanPreservation.Rust.RealizesFn
-@2098 := @2093 (@2094 @1846 @163 @4)
-@2099 := LexLeanPreservation.Rust.RCI
-@2100 := #15
-@2101 := @2099 @2100
-@2102 := LexLeanPreservation.Rust.fnIdent
-@2103 := @2102 @2083
-@2110 := (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2101 @2103 @1931 @4))
-@2125 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2037) ->
-  (hfn : @2053) -> (hwt : @2060) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2087) -> @2110
-@2127 := LexLeanPreservation.Rust.compose @0
-@2128 := @2031 @0
-@2133 := (n : @35) -> @2128 @163 @157 @4 @149
-@2134 := @2046 @1703
-@2137 := @2039 (@2134 @149) @2052
-@2141 := @129 @1846 @163 @151 @2059
-@2142 := @2082 @0
-@2145 := @2142 @1888 @163 @151
-@2159 := {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2133) ->
-  (hfn : @2137) -> (hwt : @2141) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2145) -> @2110
-@2160 := @2127 @1
-@2161 := @2128 @1
-@2165 := (n : @35) -> @2161 @157 @4 @149
-@2168 := @137 @163 @151 @2059
-@2169 := @2075 @1
-@2172 := @2074 (@2169 @1846) @2080
-@2173 := @2099 @1
-@2183 := (hbind : @2072) ->
-  (hF : @2172) ->
-  (hA : @2145) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2173 @2103 @1931 @4))
-@2193 := {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} -> {o : @2002} -> (hB : @2165) -> (hfn : @2137) -> (hwt : @2168) -> @2183
-@2194 := @2160 @2
-@2196 := @2161 @2 @4
-@2198 := (n : @35) -> @2196 @149
-@2199 := @143 @151
-@2200 := @2199 @2059
-@2209 := {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} -> {o : @2002} -> (hB : @2198) -> (hfn : @2137) -> (hwt : @2200) -> @2183
-@2210 := @2194 @9
-@2212 := (n : @35) -> @2196 @9
-@2213 := @2134 @9
-@2214 := @2039 @2213
-@2215 := @2214 @2052
-@2216 := @2169 @9
-@2217 := @2074 @2216
-@2218 := @2217 @2080
-@2219 := @2142 @9
-@2221 := @2219 @163 @151
-@2223 := @2173 (@2102 @9)
-@2231 := (hF : @2218) ->
-  (hA : @2221) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2223 @1931 @4))
-@2240 := {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} -> (hB : @2212) -> (hfn : @2215) -> (hwt : @2200) -> (hbind : @2072) -> @2231
-@2241 := @2210 @1719
-@2243 := @2214 (@2051 @1719)
-@2244 := @2058 @1719
-@2245 := @2199 @2244
-@2247 := @2063 (@2064 @1719)
-@2259 := {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) -> (hwt : @2245) -> (hbind : @2062 (@2247 @149 @1686) @2071) -> @2231
-@2260 := @2241 @1667
-@2266 := @1933 (@1890 (@1848 (@1806 (@1766 (@1666 @95)))))
-@2268 := @143 @2266 @2244
-@2269 := #12
-@2271 := @96 (@29 @2269)
-@2277 := @2271 (@1933 (@1890 (@1848 (@1806 (@1766 @95)))))
-@2281 := @2062 (@2247 @2277 @1686) @2071
-@2282 := #14
-@2284 := @96 (@29 @2282)
-@2286 := @96 (@29 @2083)
-@2292 := @2284 (@2286 (@2271 (@1933 (@1890 (@1848 @95)))))
-@2294 := @2219 @2292 @151
-@2297 := @96 (@29 #17)
-@2300 := @96 (@29 #16)
-@2302 := @96 (@29 @2100)
-@2323 := {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2268) ->
-  (hbind : @2281) ->
-  (hF : @2218) ->
-  (hA : @2294) ->
-  (hne : @2089) ->
-  @2092 (fun (ro : @2091) => @2098 (@2223 (@2297 (@2300 (@2302 (@2284 (@2286 (@2271 @95)))))) @4))
-@2324 := @2260 @1699
-@2330 := @1890 (@1848 (@1806 (@1766 (@1666 (@1664 @95)))))
-@2332 := @143 @2330 @2244
-@2355 := @2062
-    (@2247 @2266 @1686)
-    (@2070
-      (@1687
-        (@1674 @1632)
-        (@1687
-          (@1676 @1765)
-          (@1687
-            (@1678 @1805)
-            (@1687 (@1680 @1847) (@1687 (@1682 @1889) (@1687 (@1684 @1932) @1686)))))))
-@2361 := @2286 (@2271 (@1933 (@1890 (@1848 (@1806 @95)))))
-@2383 := {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2332) ->
-  (hbind : @2355) ->
-  (hF : @2218) ->
-  (hA : @2219 @2361 @151) ->
-  (hne : @2089) ->
-  @2092 (fun (ro : @2091) => @2098 (@2223 (@2300 (@2302 (@2284 (@2286 (@2271 (@1933 @95)))))) @4))
-@2384 := @2324 @1700
-@2385 := @1952 @2244
-@2408 := @2062
-    (@2247 @2330 @1686)
-    (@2070
-      (@1687
-        (@1674 @1636)
-        (@1687
-          (@1676 @1632)
-          (@1687
-            (@1678 @1765)
-            (@1687 (@1680 @1805) (@1687 (@1682 @1847) (@1687 (@1684 @1889) @1686)))))))
-@2410 := @2217 (@2079 @1700)
-@2412 := @2219 @2277 @151
-@2413 := @2094 @1700
-@2435 := {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2385) ->
-  (hbind : @2408) ->
-  (hF : @2410) ->
-  (hA : @2412) ->
-  (hne : @2089) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 @163 @4) (@2223 (@2302 (@2284 (@2286 (@2271 (@1933 (@1890 @95)))))) @4))
-@2436 := @2384 @1977
-@2437 := @1959 @2244
-@2460 := @2062
-    (@2247 @1951 @1686)
-    (@2070
-      (@1687
-        (@1674 @1640)
-        (@1687
-          (@1676 @1636)
-          (@1687
-            (@1678 @1632)
-            (@1687 (@1680 @1765) (@1687 (@1682 @1805) (@1687 (@1684 @1847) @1686)))))))
-@2461 := @2219 @2266
-@2467 := @1971 @1931 @1888 @1846 @163 @157 @149
-@2468 := @2461 @2467
-@2474 := @1971 @2269 @1931 @1888 @1846 @163 @157
-@2497 := (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2437) ->
-  (hbind : @2460) ->
-  (hF : @2410) ->
-  (hA : @2468) ->
-  (hne : @2003 @2474 @2008) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 (@1971 @2282 @2083 @2269 @1931 @1888 @1846) @4) (@2223 @2292 @4))
-@2498 := @2436 @1723
-@2499 := @1965 @2244
-@2522 := @2062
-    (@2247 @1958 @1686)
-    (@2070
-      (@1687
-        (@1674 @1644)
-        (@1687
-          (@1676 @1640)
-          (@1687
-            (@1678 @1636)
-            (@1687 (@1680 @1632) (@1687 (@1682 @1765) (@1687 (@1684 @1805) @1686)))))))
-@2523 := @2219 @2330
-@2529 := @1971 @1888 @1846 @163 @157 @149 @151
-@2552 := (hfn : @2243) ->
-  (hwt : @2499) ->
-  (hbind : @2522) ->
-  (hF : @2410) ->
-  (hA : @2523 @2529) ->
-  (hne : @2003 @2467 @2008) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 (@1971 @2083 @2269 @1931 @1888 @1846 @163) @4) (@2223 @2361 @4))
-@2555 := @2498 (@704 @2038 @2213)
-@2556 := @1969 @2244
-@2579 := @2062
-    (@2247 @1964 @1686)
-    (@2070
-      (@1687
-        (@1674 @1648)
-        (@1687
-          (@1676 @1644)
-          (@1687
-            (@1678 @1640)
-            (@1687 (@1680 @1636) (@1687 (@1682 @1632) (@1687 (@1684 @1765) @1686)))))))
-@2580 := @2219 @1951
-@2586 := @1971 @1846 @163 @157 @149 @151 @153
-@2602 := (hwt : @2556) ->
-  (hbind : @2579) ->
-  (hF : @2410) ->
-  (hA : @2580 @2586) ->
-  (hne : @2003 @2529 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2474 @4) (@2223 @2277 @4))
-@2603 := @2555 @1968
-@2605 := @2247 @1667 @1686
-@2608 := @2062 @2605 (@2070 @1699)
-@2609 := @2219 @1958
-@2615 := @1971 @163 @157 @149 @151 @153 @36
-@2630 := (hbind : @2608) ->
-  (hF : @2410) ->
-  (hA : @2609 @2615) ->
-  (hne : @2003 @2586 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2467 @4) (@2223 @2266 @4))
-@2633 := @2603 (@704 @2061 @2605)
-@2634 := @2219 @1964
-@2640 := @1971 @157 @149 @151 @153 @36 @38
-@2654 := (hF : @2410) ->
-  (hA : @2634 @2640) ->
-  (hne : @2003 @2615 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2529 @4) (@2223 @2330 @4))
-@2657 := @2633 (@704 @2073 @2216)
-@2671 := (hA : @2219 @1667 @1977) ->
-  (hne : @2003 @2640 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2586 @4) (@2223 @1951 @4))
-@2672 := @2657 @1999
-@2683 := (hne : @2003 @1977 @2008) ->
-  @2092 (fun (ro : @2091) => @2093 (@2413 @2615 @4) (@2223 @1958 @4))
-@2684 := @2672 @2025
-@2690 := @2093 (@2413 @2640 @4) (@2223 @1964 @4)
-@2692 := @2092 (fun (ro : @2091) => @2690)
-@2694 := @2092 (fun (__e_ro : @2091) => @2690)
-@2703 := LexLeanPreservation.Rust.RepresentableL
-    (@1664 (@1662 (@1660 (@1658 (@1656 (@96 @42 @95))))))
-@2704 := (__e_hrep : @2703) -> @2694
-@2705 := fun (__e_hrep : @2703) => @2684
-@2706 := (infection : @35) -> @2704
-@2707 := fun (infection : @35) => @2705
-@2708 := (systolic : @35) -> @2706
-@2709 := fun (systolic : @35) => @2707
-@2710 := (whiteCells : @35) -> @2708
-@2711 := fun (whiteCells : @35) => @2709
-@2712 := (respiratoryRate : @35) -> @2710
-@2713 := fun (respiratoryRate : @35) => @2711
-@2714 := (heartRate : @35) -> @2712
-@2715 := fun (heartRate : @35) => @2713
-@2716 := (temperature : @35) -> @2714
-@2717 := fun (temperature : @35) => @2715
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/RustCore.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/RustCore.lean
deleted file mode 100644
index 247bf8a8e..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/RustCore.lean
+++ /dev/null
@@ -1,376 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.call 2 [(.var 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.call 3 [(.var 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 4 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 5 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
-      body := (.call 6 [(.closure 7 []), (.value .nat (.nat 11)), (.call 8 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 9 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 10 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 6 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.call 11 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 12 [(.var 0), (.var 1)]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 10 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 1) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 2) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
-    (.enum (.fn 0) [{ number := 7, fields := [] }]) ::
-    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 7, captures := [], functionFallible := true }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [] (.call (.function 2) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [] (.call (.function 3) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 4) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 5) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 6) [(.construct (.closure 0 7) []), (.lit (.nat 11)), (.call (.function 8) [(.move (.generated .binding 0))] false)] false))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.call (.function 9) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 10) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 10)) none (.call (.function 11) [(.clone (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 12) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 11)) none (.call (.function 10) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
-    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
-    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false))) ::
-    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false))) ::
-    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false))) ::
-    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false))) ::
-    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false))) ::
-    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]))) ::
-    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]))) ::
-    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]))) ::
-    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]))) ::
-    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]))) ::
-    (.function (.generated .function 40) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]))) ::
-    (.function (.generated .function 41) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]))) ::
-    (.function (.generated .function 42) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.adt 1)) (.mk [] (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 6)))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 2) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 3) [(.move (.generated .binding 0))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 4) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 5) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 5) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.construct (.closure 0 7) []), (.lit (.nat 11)), (.call (.function 8) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.call (.function 9) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 10) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.call (.function 10) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.call (.function 11) [(.clone (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 12) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 12) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.call (.function 10) [(.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 12))]) (.mk [] (.move (.generated .part 12))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 12))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 13)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 0) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 1) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 15)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 2), (some 2)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 2) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(3, (.adt 2), (some 3)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 3) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.block (.mk [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 17)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 4) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(5, (.adt 2), (some 5)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 5) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 19)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 2), (some 6)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 6) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) []))))) (Corr.mCons (Γ' := [(7, (.adt 2), (some 7)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 21) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 2)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 20)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 2)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 29) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 24)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 28)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 28))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 30) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 26)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))])), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 31) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.move (.generated .binding 0))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 30)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 32)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 34)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 33)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 33))))])), (.mk (.bind (.generated .operand 35)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 33))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 37))))])), (.mk (.bind (.generated .operand 39)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 38)), (.move (.generated .operand 39))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])), (.mk (.bind (.generated .operand 43)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 42)), (.move (.generated .operand 43))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 44)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false) (.mk [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 45))))])), (.mk (.bind (.generated .operand 47)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 46)), (.move (.generated .operand 47))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 58)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 59)) none (.block (.mk [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 56)) none (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)))), (.mk (.bind (.generated .operand 57)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 55)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 55))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)))), (.mk (.bind (.generated .operand 54)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 52)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 52))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 50)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 48)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 48))))])), (.mk (.bind (.generated .operand 51)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 49)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 49))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 49))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 52))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 55))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false) (.mk [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 61)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 60)), .wild, .wild]) (.mk [] (.move (.generated .part 60))))])), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 60))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false) (.mk [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 64)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 63)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])), (.mk (.bind (.generated .operand 65)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 63))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 69)) none (.block (.mk [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))] (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])))), (.mk (.bind (.generated .operand 70)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 69)), (.move (.generated .operand 70))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 68)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 67)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 67))))]))]) (tail := (.matchOn (.move (.generated .holder 68)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 66))]) (.mk [] (.move (.generated .part 66))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 66))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 67))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false) (.mk [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 72)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 71)), .wild]) (.mk [] (.move (.generated .part 71))))])), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 71))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 75)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 74)), .wild, .wild]) (.mk [] (.move (.generated .part 74))))])), (.mk (.bind (.generated .operand 76)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 75)), (.move (.generated .operand 76))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 74))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 77)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 77))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 77))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 78))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 84))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 91)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 90)), .wild, .wild]) (.mk [] (.move (.generated .part 90))))])), (.mk (.bind (.generated .operand 92)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 90))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false) (.mk [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 94)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))])), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 97)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96)), .wild]) (.mk [] (.move (.generated .part 96))))])), (.mk (.bind (.generated .operand 98)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 21) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun30 : FunOK program krate flags 30 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 100)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 99)), .wild]) (.mk [] (.move (.generated .part 99))))])), (.mk (.bind (.generated .operand 101)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 99))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun31 : FunOK program krate flags 31 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 104)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 102)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 102))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun32 : FunOK program krate flags 32 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 106)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 107)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 105)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 105))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun33 : FunOK program krate flags 33 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 109)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 110)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 108))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun34 : FunOK program krate flags 34 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 112)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 113)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 111)), .wild, .wild]) (.mk [] (.move (.generated .part 111))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun35 : FunOK program krate flags 35 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120)), .wild]) (.mk [] (.move (.generated .part 120))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 121))]) (.mk [] (.move (.generated .part 121))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 116))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 120))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 121))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun36 : FunOK program krate flags 36 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128)), .wild]) (.mk [] (.move (.generated .part 128))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 129))]) (.mk [] (.move (.generated .part 129))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 124))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 128))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 129))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun37 : FunOK program krate flags 37 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild, .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136)), .wild]) (.mk [] (.move (.generated .part 136))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 137))]) (.mk [] (.move (.generated .part 137))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 132))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 133))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 135))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 136))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun38 : FunOK program krate flags 38 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild, .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144)), .wild]) (.mk [] (.move (.generated .part 144))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145))]) (.mk [] (.move (.generated .part 145))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 138))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 139))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 140))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 141))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 143))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun39 : FunOK program krate flags 39 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild, .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153))]) (.mk [] (.move (.generated .part 153))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 146))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 150))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 151))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun40 : FunOK program krate flags 40 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160)), .wild]) (.mk [] (.move (.generated .part 160))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 161))]) (.mk [] (.move (.generated .part 161))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 154))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 155))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 157))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 158))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun41 : FunOK program krate flags 41 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild, .wild]) (.mk [] (.move (.generated .part 168))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 162))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 164))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 165))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 167))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 168))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun42 : FunOK program krate flags 42 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 170)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 170))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 171)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 171))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 172)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 172))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 173)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 173))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 174)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 174))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 175))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 176)), .wild, .wild]) (.mk [] (.move (.generated .part 176))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 177)), .wild]) (.mk [] (.move (.generated .part 177))))]), (.block (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)))])), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 170))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 171))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 172))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 173))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 174))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 175))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 176))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 177))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178))]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 178))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | 30 => exact fun30
-  | 31 => exact fun31
-  | 32 => exact fun32
-  | 33 => exact fun33
-  | 34 => exact fun34
-  | 35 => exact fun35
-  | 36 => exact fun36
-  | 37 => exact fun37
-  | 38 => exact fun38
-  | 39 => exact fun39
-  | 40 => exact fun40
-  | 41 => exact fun41
-  | 42 => exact fun42
-  | _ + 43 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2.lean
deleted file mode 100644
index 8c1ee9d72..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2.lean
+++ /dev/null
@@ -1,417 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] },
-    { constructors := [[(.adt 3), (.list (.adt 1)), (.adt 4)]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.prim .length [(.second (.var 6))])), (.arm .error [7] (.value .nat (.nat 0)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 2) .bool) (.call 2 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.call 3 [(.var 0), (.field (.first (.var 1)) 0)]) [(.arm .ok [2] (.build .ok (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 1))) [(.var 2), (.field (.first (.var 1)) 1)])])), (.arm .error [3] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.var 3)]))])), (.arm .false [] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 2) .bool),
-      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)], result := (.pair (.adt 2) .bool),
-      body := (.«match» (.pair (.adt 2) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 2) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.call 9 [(.field (.var 0) 0)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [1] (.«match» (.option (.adt 2)) (.call 10 [(.field (.var 0) 0), (.var 1)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [2] (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 2), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 1)) [(.var 1), (.build .nil (.list (.adt 1)) [])])]), (.build (.adt 0) (.adt 4) [(.prim .natAdd [(.field (.field (.var 0) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 0) 2) 1), (.call 11 [(.field (.var 0) 0)])]), (.prim .natAdd [(.field (.field (.var 0) 2) 2), (.value .nat (.nat 1))]), (.field (.field (.var 0) 2) 3), (.field (.field (.var 0) 2) 4), (.field (.field (.var 0) 2) 5)])])]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 2),
-      body := (.build (.adt 0) (.adt 2) [(.call 12 [(.var 0)]), (.build .nil (.list (.adt 1)) []), (.build (.adt 0) (.adt 4) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [1] (.build .some (.option (.adt 1)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 1) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 1)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 2) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [3] (.build .some (.option (.adt 1)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 3) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 1)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 4) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 5) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 1)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 6) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [7] (.build .some (.option (.adt 1)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 7) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 3), (.adt 1)], result := (.option (.adt 3)),
-      body := (.«match» (.option (.adt 3)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .nat,
-      body := (.second (.«let» 7 (.pair .bool .nat) (.«let» 3 (.pair .bool .nat) (.«let» 1 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 14 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 1)) (.var 1) (.«let» 2 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 15 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 2)), (.prim .natAdd [(.second (.var 1)), (.second (.var 2))])])))) (.cond (.first (.var 3)) (.var 3) (.«let» 6 (.pair .bool .nat) (.«let» 4 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 16 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 4)) (.var 4) (.«let» 5 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 17 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 5)), (.prim .natAdd [(.second (.var 4)), (.second (.var 5))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 6)), (.prim .natAdd [(.second (.var 3)), (.second (.var 6))])])))) (.cond (.first (.var 7)) (.var 7) (.«let» 14 (.pair .bool .nat) (.«let» 10 (.pair .bool .nat) (.«let» 8 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 18 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 8)) (.var 8) (.«let» 9 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 19 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 9)), (.prim .natAdd [(.second (.var 8)), (.second (.var 9))])])))) (.cond (.first (.var 10)) (.var 10) (.«let» 13 (.pair .bool .nat) (.«let» 11 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 20 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 11)) (.var 11) (.«let» 12 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 21 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 12)), (.prim .natAdd [(.second (.var 11)), (.second (.var 12))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 13)), (.prim .natAdd [(.second (.var 10)), (.second (.var 13))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 14)), (.prim .natAdd [(.second (.var 7)), (.second (.var 14))])]))))) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
-
-def __enc_1 : (Reasoning.Clinic.Triage.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Reasoning.Clinic.Triage.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Reasoning.Clinic.Triage.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Reasoning.Clinic.Triage.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-  | Reasoning.Clinic.Triage.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
-  | Reasoning.Clinic.Triage.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
-  | Reasoning.Clinic.Triage.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
-  | Reasoning.Clinic.Triage.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
-  | Reasoning.Clinic.Triage.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
-
-def __enc_3 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
-
-def __enc_4 (__s : (Reasoning.Clinic.Triage.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
-
-def __enc_2 (__s : (Reasoning.Clinic.Triage.Run)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_3 (__s).state), ((_root_.LexLeanPreservation.encList __enc_1) (__s).trace), (__enc_4 (__s).ledger)]
-
-def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
-
-def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.feverish in
-theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_32 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_32 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_32 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
-
-def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachycardic in
-theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_33 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_33 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_33 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
-
-def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachypneic in
-theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_33 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_34 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_34 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_34 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
-
-def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.leukocytic in
-theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_34 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
-
-def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.hypotensive in
-theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
-
-theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_9 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  ((((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_9 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Triage.select _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Fever : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachycardia : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Tachypnea : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Leukocytosis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_19 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sirs : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Sepsis : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_21 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Clinic.Triage.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Shock : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Triage.Step.Escalate : (Reasoning.Clinic.Triage.Step))) : (Option (Reasoning.Clinic.Triage.Step))) else (Option.none : (Option (Reasoning.Clinic.Triage.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
-
-def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_3 (Reasoning.Clinic.Fever.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
-theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Fever.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_3 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
-theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Tachycardia.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_3 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Tachypnea.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_3 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
-theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Leukocytosis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_3 (Reasoning.Clinic.Sirs.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
-theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Sirs.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_40 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_40 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 40 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_40 s) (__enc_3 (Reasoning.Clinic.Sepsis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_27 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_19 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
-theorem __rel_27 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_27 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Sepsis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_40 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_40 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_41 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_41 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 41 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_41 s) (__enc_3 (Reasoning.Clinic.Shock.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_28 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_20 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
-theorem __rel_28 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_28 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Shock.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_41 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_41 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_42 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
-
-theorem __rel_42 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 42 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_42 s) (__enc_3 (Reasoning.Clinic.Escalate.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_29 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_21 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
-theorem __rel_29 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_3 s)] (_root_.LexLeanPreservation.Rel (__fits_29 s) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Escalate.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_42 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_3) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_42 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : Bool :=
-  (Bool.true && (match _ystep with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys)))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
-theorem __rel_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Clinic.Triage.Step)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_3 _ys), (__enc_1 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_3) (Reasoning.Clinic.Triage.fire _ys _ystep))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_1 (fun (__a : (Reasoning.Clinic.Triage.Step)) => (match __a with | Reasoning.Clinic.Triage.Step.Fever => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Clinic.Triage.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Clinic.Triage.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Clinic.Triage.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Clinic.Triage.Step.Sirs => ((Bool.true && Bool.true) && (__fits_26 (_ys))) | Reasoning.Clinic.Triage.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_27 (_ys))) | Reasoning.Clinic.Triage.Step.Shock => ((Bool.true && Bool.true) && (__fits_28 (_ys))) | Reasoning.Clinic.Triage.Step.Escalate => ((Bool.true && Bool.true) && (__fits_29 (_ys))))) (fun (__a : (Reasoning.Clinic.Triage.Step)) => (_root_.LexLeanPreservation.encOption __enc_3) (match __a with | Reasoning.Clinic.Triage.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Clinic.Triage.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Clinic.Triage.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Clinic.Triage.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Clinic.Triage.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Clinic.Triage.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Clinic.Triage.Step)) _ => match __a with | Reasoning.Clinic.Triage.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys)))) | Reasoning.Clinic.Triage.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys))))) | Reasoning.Clinic.Triage.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys)))))) | Reasoning.Clinic.Triage.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))))))) | Reasoning.Clinic.Triage.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))) | Reasoning.Clinic.Triage.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 (_ys))))))))) | Reasoning.Clinic.Triage.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 (_ys)))))))))) | Reasoning.Clinic.Triage.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 (_ys)))))))))))))
-
-def __fits_11 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((((((Bool.true && Bool.true) && (__fits_14 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan0l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan0l).2 + (_yscan0r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); (Bool.true && (if (_yscan2l).1 then Bool.true else ((((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan1l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan1l).2 + (_yscan1r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan2l).2 + (_yscan2r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan6l : (Prod Bool Nat) := (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); (if (_yscan2l).1 then _yscan2l else (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((_yscan2r).1, ((_yscan2l).2 + (_yscan2r).2))))); (Bool.true && (if (_yscan6l).1 then Bool.true else (((((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan3l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_19 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan3l).2 + (_yscan3r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (Bool.true && (if (_yscan5l).1 then Bool.true else ((((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan4l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan5l).2 + (_yscan5r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan6l).2 + (_yscan6r).2) 18446744073709551616)) && Bool.true)) && Bool.true)))))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_11 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_11 _ys) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Clinic.Triage.attempts _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_second (let _yscan6l : (Prod Bool Nat) := (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); (if (_yscan2l).1 then _yscan2l else (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((_yscan2r).1, ((_yscan2l).2 + (_yscan2r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan2l : (Prod Bool Nat) := (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); (if (_yscan0l).1 then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan0l : (Prod Bool Nat) := ((Reasoning.Clinic.Fever.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan0l).2 + (_yscan0r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan0l else (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); ((_yscan0r).1, ((_yscan0l).2 + (_yscan0r).2))))) (_yscan0l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan0r : (Prod Bool Nat) := ((Reasoning.Clinic.Tachycardia.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan0l).2 (_yscan0r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((((Bool.true && Bool.true) && (__fits_16 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan1l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan1l).2 + (_yscan1r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan2l).2 + (_yscan2r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan2l else (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); ((_yscan2r).1, ((_yscan2l).2 + (_yscan2r).2))))) (_yscan2l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan2r : (Prod Bool Nat) := (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); (if (_yscan1l).1 then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan1l : (Prod Bool Nat) := ((Reasoning.Clinic.Tachypnea.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan1l).2 + (_yscan1r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan1l else (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); ((_yscan1r).1, ((_yscan1l).2 + (_yscan1r).2))))) (_yscan1l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan1r : (Prod Bool Nat) := ((Reasoning.Clinic.Leukocytosis.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan1l).2 (_yscan1r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan2l).2 (_yscan2r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((((Bool.true && Bool.true) && (__fits_18 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan3l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_19 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan3l).2 + (_yscan3r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (Bool.true && (if (_yscan5l).1 then Bool.true else ((((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan4l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan5l).2 + (_yscan5r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan6l).2 + (_yscan6r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan6l else (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); ((_yscan6r).1, ((_yscan6l).2 + (_yscan6r).2))))) (_yscan6l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan6r : (Prod Bool Nat) := (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); (if (_yscan5l).1 then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan5l : (Prod Bool Nat) := (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); (if (_yscan3l).1 then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan3l : (Prod Bool Nat) := ((Reasoning.Clinic.Sirs.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_19 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan3l).2 + (_yscan3r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan3l else (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); ((_yscan3r).1, ((_yscan3l).2 + (_yscan3r).2))))) (_yscan3l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan3r : (Prod Bool Nat) := ((Reasoning.Clinic.Sepsis.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan3l).2 (_yscan3r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((((Bool.true && Bool.true) && (__fits_20 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (Bool.true && (if (_yscan4l).1 then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))))) && (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan5l).2 + (_yscan5r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan5l else (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); ((_yscan5r).1, ((_yscan5l).2 + (_yscan5r).2))))) (_yscan5l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan5r : (Prod Bool Nat) := (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); (if (_yscan4l).1 then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))); _root_.LexLeanPreservation.conv_let (let _yscan4l : (Prod Bool Nat) := ((Reasoning.Clinic.Shock.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else (((((Bool.true && Bool.true) && (__fits_21 (_ys))) && (Bool.true && Bool.true)) && Bool.true) && (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((_yscan4l).2 + (_yscan4r).2) 18446744073709551616)) && Bool.true)) && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then _yscan4l else (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); ((_yscan4r).1, ((_yscan4l).2 + (_yscan4r).2))))) (_yscan4l).1 (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (let _yscan4r : (Prod Bool Nat) := ((Reasoning.Clinic.Escalate.guard (_ys)), (1 : Nat)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan4l).2 (_yscan4r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan5l).2 (_yscan5r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (_yscan6l).2 (_yscan6r).2)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair))))))
-
-def __fits_5 (_yr : (Reasoning.Clinic.Triage.Run)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_9 ((_yr).state))) && (match (Reasoning.Clinic.Triage.select ((_yr).state)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => (((Bool.true && (Bool.true && Bool.true)) && (__fits_10 ((_yr).state) (_ystep))) && (match (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_11 ((_yr).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.attempts Reasoning.Clinic.Triage.fire Reasoning.Clinic.Triage.select in
-theorem __rel_5 (_yr : (Reasoning.Clinic.Triage.Run)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_2 _yr)] (_root_.LexLeanPreservation.Rel (__fits_5 _yr) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Clinic.Triage.step _yr))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_1) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => (((Bool.true && (Bool.true && Bool.true)) && (__fits_10 ((_yr).state) (_ystep))) && (match (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_11 ((_yr).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Triage.Run))) | Option.some _ystep => (match (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) with | Option.none => (Option.none : (Option (Reasoning.Clinic.Triage.Run))) | Option.some _yt => (Option.some (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_yr).trace) ((_ystep :: ([] : List (Reasoning.Clinic.Triage.Step)))) : (List (Reasoning.Clinic.Triage.Step))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))), firings := (((_yr).ledger).firings + (1 : Nat)), expansions := ((_yr).ledger).expansions, verifications := ((_yr).ledger).verifications, frontier := ((_yr).ledger).frontier } : (Reasoning.Clinic.Triage.Ledger)) } : (Reasoning.Clinic.Triage.Run))) : (Option (Reasoning.Clinic.Triage.Run)))))) (Reasoning.Clinic.Triage.select ((_yr).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((_yr).state))) (fun (__a : (Option (Reasoning.Clinic.Triage.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_3) (fun (__a : (Option (Reasoning.Clinic.Chart))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_11 ((_yr).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option (Reasoning.Clinic.Chart))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Triage.Run))) | Option.some _yt => (Option.some (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_yr).trace) ((_ystep :: ([] : List (Reasoning.Clinic.Triage.Step)))) : (List (Reasoning.Clinic.Triage.Step))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Clinic.Triage.attempts ((_yr).state))), firings := (((_yr).ledger).firings + (1 : Nat)), expansions := ((_yr).ledger).expansions, verifications := ((_yr).ledger).verifications, frontier := ((_yr).ledger).frontier } : (Reasoning.Clinic.Triage.Ledger)) } : (Reasoning.Clinic.Triage.Run))) : (Option (Reasoning.Clinic.Triage.Run))))) (Reasoning.Clinic.Triage.fire ((_yr).state) (_ystep)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 ((_yr).state) (_ystep))) (fun (__a : (Option (Reasoning.Clinic.Chart))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_1) (_yr).trace (_ystep :: ([] : List (Reasoning.Clinic.Triage.Step))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 ((_yr).state))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).attempts (Reasoning.Clinic.Triage.attempts ((_yr).state)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).firings (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))))))
-
-def __fits_12 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_12 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_12 patient) (__enc_3 (Reasoning.Clinic.Triage.observe patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_6 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_12 (patient))) && ((Bool.true && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true)
-
-attribute [local irreducible] Reasoning.Clinic.Triage.observe in
-theorem __rel_6 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_6 patient) (__enc_2 (Reasoning.Clinic.Triage.start patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (patient))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_2 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_6 (patient))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Triage.Run)) => __fits_5 __p0) ((Reasoning.Clinic.Triage.step)) ((11 : Nat)) ((Reasoning.Clinic.Triage.start (patient)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.start in
-theorem __rel_2 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_2 patient) ((_root_.LexLeanPreservation.encPair __enc_2 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Clinic.Triage.run patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (patient))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_2) (_root_.LexLeanPreservation.optEnc __enc_2) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_2 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Clinic.Triage.step)) (fun (__p0 : (Reasoning.Clinic.Triage.Run)) => __fits_5 __p0) 5 [] (fun (__p0 : (Reasoning.Clinic.Triage.Run)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Clinic.Triage.step))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.adt 2)) rfl ((11 : Nat)) ((Reasoning.Clinic.Triage.start (patient)))))
-
-def __fits_8 (chart : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_8 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_3 chart)] (_root_.LexLeanPreservation.Rel (__fits_8 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.extract chart))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
-
-def __fits_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble r (3 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.feverish Reasoning.Clinic.hypotensive Reasoning.Clinic.tachycardic in
-theorem __rel_13 (v : (Reasoning.Clinic.Vitals)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_0 v), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_13 v r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.recommendationCheck v r))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq r (3 : Nat)) then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq r (3 : Nat)) || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))))))) (Nat.ble r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((((Bool.true && Bool.true) && (__fits_30 (v))) && (if (Reasoning.Clinic.hypotensive (v)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) && Bool.true) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (!((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))) (Nat.beq r (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (v).infection (1 : Nat)) then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))) (Reasoning.Clinic.hypotensive (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (v))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && Bool.true) && (__fits_31 (v))) && (if (Reasoning.Clinic.feverish (v)) then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v))))) (Nat.beq (v).infection (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (v).infection (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_32 (v))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic (v)))) (Reasoning.Clinic.feverish (v)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 (v))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (v)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot ((Reasoning.Clinic.hypotensive (v)) && ((Nat.beq (v).infection (1 : Nat)) && ((Reasoning.Clinic.feverish (v)) && (Reasoning.Clinic.tachycardic (v)))))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.extract Reasoning.Clinic.recommendationCheck in
-theorem __rel_7 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 patient), (__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 patient _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.accept patient _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (patient) (_yv))) && (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Clinic.recommendationCheck (patient) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Clinic.recommendationCheck (patient) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_13 (patient) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (patient) (_ys))) && (match (Reasoning.Clinic.Triage.accept (patient) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.accept Reasoning.Clinic.Triage.extract in
-theorem __rel_3 (patient : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 patient), (__enc_3 _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 patient _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Clinic.Triage.conclude patient _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Clinic.Triage.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Clinic.Triage.accept (patient) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (patient) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Clinic.Triage.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
-
-def __fits_1 (patient : (Reasoning.Clinic.Vitals)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_2 (patient))) && (let _yfinal : (Prod (Reasoning.Clinic.Triage.Run) Bool) := (Reasoning.Clinic.Triage.run (patient)); (Bool.true && (match (_yfinal).2 with | Bool.true => (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) (((_yfinal).1).state))) && (match (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) with | Except.ok _yv => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Clinic.Triage.conclude Reasoning.Clinic.Triage.run in
-theorem __rel_1 (patient : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 patient)] (_root_.LexLeanPreservation.Rel (__fits_1 patient) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (Reasoning.Clinic.Triage patient))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Triage.Run) Bool) := (Reasoning.Clinic.Triage.run (patient)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (patient))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => (((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (patient) (((_yfinal).1).state))) && (match (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) with | Except.ok _yv => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (match __a with | Bool.true => (match (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) with | Except.ok _yv => (Except.ok ((_yv, ((_yfinal).1).trace)) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step)))))) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok _yv => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (match __a with | Except.ok _yv => (Except.ok ((_yv, ((_yfinal).1).trace)) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))))) (Reasoning.Clinic.Triage.conclude (patient) (((_yfinal).1).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (patient) (((_yfinal).1).state))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Except.error _ye => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
-  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Clinic.Triage (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok explained => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((explained).2) : Nat) 18446744073709551616)) | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Clinic.Triage in
-theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageSteps temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_1))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) => (match __a with | Except.ok explained => ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((explained).2) : Nat) 18446744073709551616)) | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok explained => (_root_.LexLeanRuntime.length ((explained).2) : Nat) | Except.error failure => (0 : Nat))) (Reasoning.Clinic.Triage (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Clinic.Triage.Step))))) _ => match __a with | Except.ok explained => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_1) (explained).2))) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageSteps temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.triageSteps temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/Compose/RustStd.lex.tex
deleted file mode 100644
index 85152e328..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,1741 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_0 : @16 := @716 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_1 : @724 := @960 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_3 : @967 := @1631 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_3],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_4 : @1638 := @2091 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_4],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_2 : @2098 := @2458 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.root : @3543 := @3544 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.flags
-@3 := Reasoning.Clinic.Vitals
-@4 := #0
-@5 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Reasoning.Clinic.Vitals.temperature
-@18 := @17 @4
-@19 := Reasoning.Clinic.Vitals.heartRate
-@20 := @19 @4
-@21 := Reasoning.Clinic.Vitals.respiratoryRate
-@22 := @21 @4
-@23 := Reasoning.Clinic.Vitals.whiteCells
-@24 := @23 @4
-@25 := Reasoning.Clinic.Vitals.systolic
-@26 := @25 @4
-@27 := Reasoning.Clinic.Vitals.infection
-@28 := @27 @4
-@29 := LexLeanTarget.TargetSyntax.Value.nat
-@30 := @29 @18
-@31 := LexLeanTarget.TargetSyntax.Ty.nat
-@32 := LexLeanTarget.TargetSyntax.Program
-@33 := LexLeanPreservation.Rust.RCrate
-@34 := LexLeanPreservation.Rust.Flags
-@35 := Nat
-@36 := #3
-@37 := @7 @36
-@38 := #2
-@39 := @37 @38
-@40 := #1
-@41 := @39 @40
-@42 := @29 @4
-@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
-@50 := LexLeanPreservation.Rust.wt_nat @0
-@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
-@58 := @50 @1
-@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
-@64 := @58 @2
-@67 := (n : @35) -> @13 @42 @31
-@68 := @64 @18
-@70 := @13 @30 @31
-@71 := @29 @20
-@72 := @64 @20
-@74 := @13 @71 @31
-@75 := @29 @22
-@76 := @64 @22
-@78 := @13 @75 @31
-@79 := @29 @24
-@80 := @64 @24
-@82 := @13 @79 @31
-@83 := @29 @26
-@84 := @64 @26
-@86 := @13 @83 @31
-@87 := @29 @28
-@88 := @64 @28
-@90 := @13 @87 @31
-@91 := LexLeanTarget.TargetSyntax.Value
-@92 := LexLeanTarget.TargetSyntax.Ty
-@93 := List.nil.{0}
-@94 := List.cons.{0}
-@95 := @93 @91
-@96 := @94 @91
-@98 := @96 @87 @95
-@100 := @96 @83 @98
-@102 := @96 @79 @100
-@104 := @96 @75 @102
-@106 := @96 @71 @104
-@108 := @96 @30 @106
-@109 := @93 @92
-@110 := @94 @92
-@111 := @110 @31
-@112 := @111 @109
-@113 := @111 @112
-@114 := @111 @113
-@115 := @111 @114
-@116 := @111 @115
-@117 := @111 @116
-@118 := LexLeanPreservation.Rust.WTL
-@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
-@128 := LexLeanPreservation.Rust.wtl_nil @0
-@129 := @118 @0
-@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
-@136 := @128 @1
-@137 := @129 @1
-@141 := {A : @34} -> @137 @4 @95 @109
-@142 := @136 @2
-@143 := @137 @2
-@144 := @143 @95
-@145 := @144 @109
-@146 := List.{0}
-@147 := @146 @91
-@148 := @146 @92
-@149 := #6
-@150 := @7 @149
-@151 := #5
-@152 := @150 @151
-@153 := #4
-@154 := @152 @153
-@156 := @154 @36 @38
-@157 := #7
-@162 := @118 @157 @149 @151 @38 @40
-@163 := #8
-@166 := @118 @163 @157 @149
-@168 := @96 @151 @36
-@169 := @166 @168
-@171 := @110 @153 @38
-@181 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
-@183 := LexLeanPreservation.Rust.wtl_cons @0
-@185 := @11 @151 @153
-@187 := @185 @36 @38
-@191 := @129 @149 @151 @38 @40
-@203 := {c : @33} ->
-  {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
-@204 := @183 @1
-@205 := @12 @153
-@207 := @205 @36 @38
-@210 := @137 @151 @38 @40
-@220 := {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
-@221 := @204 @2
-@223 := @13 @36 @38
-@225 := @143 @38 @40
-@233 := {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
-@234 := @221 @87
-@236 := @29 (@27 @36)
-@249 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
-@250 := @234 @31
-@252 := @29 (@27 @38)
-@254 := @13 @252 @31
-@259 := @143 (@96 (@29 (@27 @153)) @36)
-@260 := @111 @38
-@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
-@266 := @250 @95
-@268 := @29 (@27 @40)
-@270 := @13 @268 @31
-@271 := @144 @40
-@273 := @96 @236 @95
-@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
-@279 := @266 @109
-@281 := @96 @252 @95
-@282 := @143 @281
-@285 := (h : @90) -> (hs : @145) -> @282 @112
-@286 := @279 @88
-@288 := @96 @268 @95
-@290 := @143 @288 @112
-@291 := (hs : @145) -> @290
-@292 := @286 @142
-@294 := @143 @98 @112
-@295 := @221 @83
-@297 := @29 (@25 @36)
-@310 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
-@311 := @295 @31
-@313 := @29 (@25 @38)
-@325 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
-@326 := @311 @98
-@328 := @29 (@25 @40)
-@330 := @13 @328 @31
-@331 := @282 @40
-@333 := @96 @297 @273
-@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
-@339 := @326 @112
-@341 := @96 @313 @281
-@342 := @143 @341
-@345 := (h : @86) -> (hs : @290) -> @342 @113
-@346 := @339 @84
-@348 := @96 @328 @288
-@350 := @143 @348 @113
-@351 := (hs : @294) -> @350
-@352 := @346 @292
-@354 := @143 @100 @113
-@355 := @221 @79
-@357 := @29 (@23 @36)
-@370 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
-@371 := @355 @31
-@373 := @29 (@23 @38)
-@385 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
-@386 := @371 @100
-@388 := @29 (@23 @40)
-@390 := @13 @388 @31
-@391 := @342 @40
-@393 := @96 @357 @333
-@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
-@399 := @386 @113
-@401 := @96 @373 @341
-@402 := @143 @401
-@405 := (h : @82) -> (hs : @350) -> @402 @114
-@406 := @399 @80
-@408 := @96 @388 @348
-@410 := @143 @408 @114
-@411 := (hs : @354) -> @410
-@412 := @406 @352
-@414 := @143 @102 @114
-@415 := @221 @75
-@417 := @29 (@21 @36)
-@430 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
-@431 := @415 @31
-@433 := @29 (@21 @38)
-@445 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
-@446 := @431 @102
-@448 := @29 (@21 @40)
-@450 := @13 @448 @31
-@451 := @402 @40
-@453 := @96 @417 @393
-@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
-@459 := @446 @114
-@461 := @96 @433 @401
-@462 := @143 @461
-@465 := (h : @78) -> (hs : @410) -> @462 @115
-@466 := @459 @76
-@468 := @96 @448 @408
-@470 := @143 @468 @115
-@471 := (hs : @414) -> @470
-@472 := @466 @412
-@474 := @143 @104 @115
-@475 := @221 @71
-@477 := @29 (@19 @36)
-@490 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
-@491 := @475 @31
-@493 := @29 (@19 @38)
-@505 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
-@506 := @491 @104
-@508 := @29 (@19 @40)
-@510 := @13 @508 @31
-@511 := @462 @40
-@513 := @96 @477 @453
-@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
-@519 := @506 @115
-@521 := @96 @493 @461
-@522 := @143 @521
-@525 := (h : @74) -> (hs : @470) -> @522 @116
-@526 := @519 @72
-@528 := @96 @508 @468
-@530 := @143 @528 @116
-@531 := (hs : @474) -> @530
-@532 := @526 @472
-@534 := @143 @106 @116
-@535 := @221 @30
-@537 := @29 (@17 @36)
-@550 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
-@551 := @535 @31
-@553 := @29 (@17 @38)
-@565 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
-@566 := @551 @106
-@568 := @29 (@17 @40)
-@570 := @13 @568 @31
-@571 := @522 @40
-@573 := @96 @537 @513
-@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
-@579 := @566 @116
-@581 := @96 @553 @521
-@582 := @143 @581
-@585 := (h : @70) -> (hs : @530) -> @582 @117
-@586 := @579 @68
-@588 := @96 @568 @528
-@590 := @143 @588 @117
-@591 := (hs : @534) -> @590
-@592 := @586 @532
-@594 := @143 @108 @117
-@595 := Eq.{1}
-@596 := Option.{0}
-@597 := @596 @148
-@598 := @595 @597
-@599 := LexLeanPreservation.Rust.adtFields
-@603 := @598 (@599 @149 @36 @38)
-@604 := Option.some.{0}
-@605 := @604 @148
-@606 := @605 @4
-@607 := @603 @606
-@610 := @7 @163 @157 @149
-@611 := LexLeanTarget.TargetSyntax.Value.adt
-@613 := @611 @153 @36
-@614 := @610 @613
-@615 := @8 @151
-@625 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
-@627 := LexLeanPreservation.Rust.wt_adt @0
-@628 := @599 @0
-@632 := @598 (@628 @36 @38) @606
-@644 := {c : @33} ->
-  {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
-@645 := @627 @1
-@655 := {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
-@656 := @645 @2
-@657 := @13 @613
-@664 := {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
-@665 := @656 @9
-@666 := @628 @9
-@675 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
-@676 := @665 @9
-@677 := @666 @9
-@678 := @598 @677
-@679 := @678 @606
-@680 := @611 @9
-@682 := @13 (@680 @36)
-@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
-@688 := @676 @108
-@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
-@696 := @688 @117
-@697 := @605 @117
-@703 := (h : @678 @697) -> (hf : @590) -> @13 (@680 @581) @10
-@704 := Eq.refl.{1}
-@705 := @704 @597
-@707 := @696 (@705 @677)
-@711 := (hf : @594) -> @13 (@680 @588) @10
-@712 := @707 @592
-@715 := @13 (@680 @108) @10
-@716 := fun (__s : @3) => @712
-@717 := Reasoning.Clinic.Triage.Step
-@718 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.__enc_1
-@719 := @718 @4
-@720 := 1
-@721 := @8 @720
-@722 := @13 @719
-@723 := @722 @721
-@724 := (__v : @717) -> @723
-@725 := fun (__v : @717) => @723
-@726 := @656 @720
-@727 := @628 @720
-@736 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@727 @38) @606) -> (hf : @225) -> @657 @721
-@737 := @726 @9
-@738 := @727 @9
-@739 := @598 @738
-@740 := @739 @606
-@745 := {fs : @147} -> {tys : @148} -> (h : @740) -> (hf : @225) -> @682 @721
-@746 := @737 @95
-@749 := @13 (@680 @95) @721
-@752 := {tys : @148} -> (h : @740) -> (hf : @271) -> @749
-@753 := @746 @109
-@754 := @605 @109
-@757 := (h : @739 @754) -> (hf : @145) -> @749
-@760 := @753 (@705 @738) @142
-@761 := @726 @720
-@762 := @727 @720
-@763 := @598 @762
-@764 := @763 @606
-@765 := @611 @720
-@772 := {fs : @147} -> {tys : @148} -> (h : @764) -> (hf : @225) -> @13 (@765 @36) @721
-@773 := @761 @95
-@776 := @13 (@765 @95) @721
-@779 := {tys : @148} -> (h : @764) -> (hf : @271) -> @776
-@780 := @773 @109
-@783 := (h : @763 @754) -> (hf : @145) -> @776
-@786 := @780 (@705 @762) @142
-@787 := 2
-@788 := @726 @787
-@789 := @727 @787
-@790 := @598 @789
-@791 := @790 @606
-@792 := @611 @787
-@799 := {fs : @147} -> {tys : @148} -> (h : @791) -> (hf : @225) -> @13 (@792 @36) @721
-@800 := @788 @95
-@803 := @13 (@792 @95) @721
-@806 := {tys : @148} -> (h : @791) -> (hf : @271) -> @803
-@807 := @800 @109
-@810 := (h : @790 @754) -> (hf : @145) -> @803
-@813 := @807 (@705 @789) @142
-@814 := 3
-@815 := @726 @814
-@816 := @727 @814
-@817 := @598 @816
-@818 := @817 @606
-@819 := @611 @814
-@826 := {fs : @147} -> {tys : @148} -> (h : @818) -> (hf : @225) -> @13 (@819 @36) @721
-@827 := @815 @95
-@830 := @13 (@819 @95) @721
-@833 := {tys : @148} -> (h : @818) -> (hf : @271) -> @830
-@834 := @827 @109
-@837 := (h : @817 @754) -> (hf : @145) -> @830
-@840 := @834 (@705 @816) @142
-@841 := 4
-@842 := @726 @841
-@843 := @727 @841
-@844 := @598 @843
-@845 := @844 @606
-@846 := @611 @841
-@853 := {fs : @147} -> {tys : @148} -> (h : @845) -> (hf : @225) -> @13 (@846 @36) @721
-@854 := @842 @95
-@857 := @13 (@846 @95) @721
-@860 := {tys : @148} -> (h : @845) -> (hf : @271) -> @857
-@861 := @854 @109
-@864 := (h : @844 @754) -> (hf : @145) -> @857
-@867 := @861 (@705 @843) @142
-@868 := 5
-@869 := @726 @868
-@870 := @727 @868
-@871 := @598 @870
-@872 := @871 @606
-@873 := @611 @868
-@880 := {fs : @147} -> {tys : @148} -> (h : @872) -> (hf : @225) -> @13 (@873 @36) @721
-@881 := @869 @95
-@884 := @13 (@873 @95) @721
-@887 := {tys : @148} -> (h : @872) -> (hf : @271) -> @884
-@888 := @881 @109
-@891 := (h : @871 @754) -> (hf : @145) -> @884
-@894 := @888 (@705 @870) @142
-@895 := 6
-@896 := @726 @895
-@897 := @727 @895
-@898 := @598 @897
-@899 := @898 @606
-@900 := @611 @895
-@907 := {fs : @147} -> {tys : @148} -> (h : @899) -> (hf : @225) -> @13 (@900 @36) @721
-@908 := @896 @95
-@911 := @13 (@900 @95) @721
-@914 := {tys : @148} -> (h : @899) -> (hf : @271) -> @911
-@915 := @908 @109
-@918 := (h : @898 @754) -> (hf : @145) -> @911
-@921 := @915 (@705 @897) @142
-@922 := 7
-@923 := @726 @922
-@924 := @727 @922
-@925 := @598 @924
-@926 := @925 @606
-@927 := @611 @922
-@934 := {fs : @147} -> {tys : @148} -> (h : @926) -> (hf : @225) -> @13 (@927 @36) @721
-@935 := @923 @95
-@938 := @13 (@927 @95) @721
-@941 := {tys : @148} -> (h : @926) -> (hf : @271) -> @938
-@942 := @935 @109
-@945 := (h : @925 @754) -> (hf : @145) -> @938
-@948 := @942 (@705 @924) @142
-@960 := fun (__v : @717) =>
-  Reasoning.Clinic.Triage.Step.casesOn.{0} @725 @4 @760 @786 @813 @840 @867 @894 @921 @948
-@961 := Reasoning.Clinic.Chart
-@962 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.__enc_3
-@963 := @962 @4
-@964 := @8 @814
-@967 := (__s : @961) -> @13 @963 @964
-@968 := Reasoning.Clinic.Chart.vitals
-@969 := @968 @4
-@970 := Reasoning.Clinic.Chart.fever
-@971 := @970 @4
-@972 := Reasoning.Clinic.Chart.tachycardia
-@973 := @972 @4
-@974 := Reasoning.Clinic.Chart.tachypnea
-@975 := @974 @4
-@976 := Reasoning.Clinic.Chart.leukocytosis
-@977 := @976 @4
-@978 := Reasoning.Clinic.Chart.sirs
-@979 := @978 @4
-@980 := Reasoning.Clinic.Chart.sepsis
-@981 := @980 @4
-@982 := Reasoning.Clinic.Chart.shock
-@983 := @982 @4
-@984 := Reasoning.Clinic.Chart.level
-@985 := @984 @4
-@986 := @5 @969
-@988 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_0 @969
-@989 := @29 @971
-@990 := @64 @971
-@992 := @13 @989 @31
-@993 := @29 @973
-@994 := @64 @973
-@996 := @13 @993 @31
-@997 := @29 @975
-@998 := @64 @975
-@1000 := @13 @997 @31
-@1001 := @29 @977
-@1002 := @64 @977
-@1004 := @13 @1001 @31
-@1005 := @29 @979
-@1006 := @64 @979
-@1008 := @13 @1005 @31
-@1009 := @29 @981
-@1010 := @64 @981
-@1012 := @13 @1009 @31
-@1013 := @29 @983
-@1014 := @64 @983
-@1016 := @13 @1013 @31
-@1017 := @29 @985
-@1018 := @64 @985
-@1020 := @13 @1017 @31
-@1022 := @96 @1017 @95
-@1024 := @96 @1013 @1022
-@1026 := @96 @1009 @1024
-@1028 := @96 @1005 @1026
-@1030 := @96 @1001 @1028
-@1032 := @96 @997 @1030
-@1034 := @96 @993 @1032
-@1036 := @96 @989 @1034
-@1038 := @96 @986 @1036
-@1039 := @111 @117
-@1040 := @111 @1039
-@1041 := @110 @10
-@1042 := @1041 @1040
-@1043 := @221 @1017
-@1045 := @29 (@984 @36)
-@1058 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1045 @38) -> (hs : @225) -> @143 (@96 (@29 (@984 @151)) @36) @171
-@1059 := @1043 @31
-@1061 := @29 (@984 @38)
-@1073 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1061 @31) -> (hs : @225) -> @143 (@96 (@29 (@984 @153)) @36) @260
-@1074 := @1059 @95
-@1076 := @29 (@984 @40)
-@1078 := @13 @1076 @31
-@1080 := @96 @1045 @95
-@1085 := {ts : @148} -> (h : @1078) -> (hs : @271) -> @143 @1080 @260
-@1086 := @1074 @109
-@1088 := @96 @1061 @95
-@1089 := @143 @1088
-@1092 := (h : @1020) -> (hs : @145) -> @1089 @112
-@1093 := @1086 @1018
-@1095 := @96 @1076 @95
-@1097 := @143 @1095 @112
-@1098 := (hs : @145) -> @1097
-@1099 := @1093 @142
-@1101 := @143 @1022 @112
-@1102 := @221 @1013
-@1104 := @29 (@982 @36)
-@1117 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1104 @38) -> (hs : @225) -> @143 (@96 (@29 (@982 @151)) @36) @171
-@1118 := @1102 @31
-@1120 := @29 (@982 @38)
-@1132 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1120 @31) -> (hs : @225) -> @143 (@96 (@29 (@982 @153)) @36) @260
-@1133 := @1118 @1022
-@1135 := @29 (@982 @40)
-@1137 := @13 @1135 @31
-@1138 := @1089 @40
-@1140 := @96 @1104 @1080
-@1145 := {ts : @148} -> (h : @1137) -> (hs : @1138) -> @143 @1140 @260
-@1146 := @1133 @112
-@1148 := @96 @1120 @1088
-@1149 := @143 @1148
-@1152 := (h : @1016) -> (hs : @1097) -> @1149 @113
-@1153 := @1146 @1014
-@1155 := @96 @1135 @1095
-@1157 := @143 @1155 @113
-@1158 := (hs : @1101) -> @1157
-@1159 := @1153 @1099
-@1161 := @143 @1024 @113
-@1162 := @221 @1009
-@1164 := @29 (@980 @36)
-@1177 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1164 @38) -> (hs : @225) -> @143 (@96 (@29 (@980 @151)) @36) @171
-@1178 := @1162 @31
-@1180 := @29 (@980 @38)
-@1192 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1180 @31) -> (hs : @225) -> @143 (@96 (@29 (@980 @153)) @36) @260
-@1193 := @1178 @1024
-@1195 := @29 (@980 @40)
-@1197 := @13 @1195 @31
-@1198 := @1149 @40
-@1200 := @96 @1164 @1140
-@1205 := {ts : @148} -> (h : @1197) -> (hs : @1198) -> @143 @1200 @260
-@1206 := @1193 @113
-@1208 := @96 @1180 @1148
-@1209 := @143 @1208
-@1212 := (h : @1012) -> (hs : @1157) -> @1209 @114
-@1213 := @1206 @1010
-@1215 := @96 @1195 @1155
-@1217 := @143 @1215 @114
-@1218 := (hs : @1161) -> @1217
-@1219 := @1213 @1159
-@1221 := @143 @1026 @114
-@1222 := @221 @1005
-@1224 := @29 (@978 @36)
-@1237 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1224 @38) -> (hs : @225) -> @143 (@96 (@29 (@978 @151)) @36) @171
-@1238 := @1222 @31
-@1240 := @29 (@978 @38)
-@1252 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1240 @31) -> (hs : @225) -> @143 (@96 (@29 (@978 @153)) @36) @260
-@1253 := @1238 @1026
-@1255 := @29 (@978 @40)
-@1257 := @13 @1255 @31
-@1258 := @1209 @40
-@1260 := @96 @1224 @1200
-@1265 := {ts : @148} -> (h : @1257) -> (hs : @1258) -> @143 @1260 @260
-@1266 := @1253 @114
-@1268 := @96 @1240 @1208
-@1269 := @143 @1268
-@1272 := (h : @1008) -> (hs : @1217) -> @1269 @115
-@1273 := @1266 @1006
-@1275 := @96 @1255 @1215
-@1277 := @143 @1275 @115
-@1278 := (hs : @1221) -> @1277
-@1279 := @1273 @1219
-@1281 := @143 @1028 @115
-@1282 := @221 @1001
-@1284 := @29 (@976 @36)
-@1297 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1284 @38) -> (hs : @225) -> @143 (@96 (@29 (@976 @151)) @36) @171
-@1298 := @1282 @31
-@1300 := @29 (@976 @38)
-@1312 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1300 @31) -> (hs : @225) -> @143 (@96 (@29 (@976 @153)) @36) @260
-@1313 := @1298 @1028
-@1315 := @29 (@976 @40)
-@1317 := @13 @1315 @31
-@1318 := @1269 @40
-@1320 := @96 @1284 @1260
-@1325 := {ts : @148} -> (h : @1317) -> (hs : @1318) -> @143 @1320 @260
-@1326 := @1313 @115
-@1328 := @96 @1300 @1268
-@1329 := @143 @1328
-@1332 := (h : @1004) -> (hs : @1277) -> @1329 @116
-@1333 := @1326 @1002
-@1335 := @96 @1315 @1275
-@1337 := @143 @1335 @116
-@1338 := (hs : @1281) -> @1337
-@1339 := @1333 @1279
-@1341 := @143 @1030 @116
-@1342 := @221 @997
-@1344 := @29 (@974 @36)
-@1357 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1344 @38) -> (hs : @225) -> @143 (@96 (@29 (@974 @151)) @36) @171
-@1358 := @1342 @31
-@1360 := @29 (@974 @38)
-@1372 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1360 @31) -> (hs : @225) -> @143 (@96 (@29 (@974 @153)) @36) @260
-@1373 := @1358 @1030
-@1375 := @29 (@974 @40)
-@1377 := @13 @1375 @31
-@1378 := @1329 @40
-@1380 := @96 @1344 @1320
-@1385 := {ts : @148} -> (h : @1377) -> (hs : @1378) -> @143 @1380 @260
-@1386 := @1373 @116
-@1388 := @96 @1360 @1328
-@1389 := @143 @1388
-@1392 := (h : @1000) -> (hs : @1337) -> @1389 @117
-@1393 := @1386 @998
-@1395 := @96 @1375 @1335
-@1397 := @143 @1395 @117
-@1398 := (hs : @1341) -> @1397
-@1399 := @1393 @1339
-@1401 := @143 @1032 @117
-@1402 := @221 @993
-@1404 := @29 (@972 @36)
-@1417 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1404 @38) -> (hs : @225) -> @143 (@96 (@29 (@972 @151)) @36) @171
-@1418 := @1402 @31
-@1420 := @29 (@972 @38)
-@1432 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1420 @31) -> (hs : @225) -> @143 (@96 (@29 (@972 @153)) @36) @260
-@1433 := @1418 @1032
-@1435 := @29 (@972 @40)
-@1437 := @13 @1435 @31
-@1438 := @1389 @40
-@1440 := @96 @1404 @1380
-@1445 := {ts : @148} -> (h : @1437) -> (hs : @1438) -> @143 @1440 @260
-@1446 := @1433 @117
-@1448 := @96 @1420 @1388
-@1449 := @143 @1448
-@1452 := (h : @996) -> (hs : @1397) -> @1449 @1039
-@1453 := @1446 @994
-@1455 := @96 @1435 @1395
-@1457 := @143 @1455 @1039
-@1458 := (hs : @1401) -> @1457
-@1459 := @1453 @1399
-@1461 := @143 @1034 @1039
-@1462 := @221 @989
-@1464 := @29 (@970 @36)
-@1477 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1464 @38) -> (hs : @225) -> @143 (@96 (@29 (@970 @151)) @36) @171
-@1478 := @1462 @31
-@1480 := @29 (@970 @38)
-@1492 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1480 @31) -> (hs : @225) -> @143 (@96 (@29 (@970 @153)) @36) @260
-@1493 := @1478 @1034
-@1495 := @29 (@970 @40)
-@1497 := @13 @1495 @31
-@1498 := @1449 @40
-@1500 := @96 @1464 @1440
-@1505 := {ts : @148} -> (h : @1497) -> (hs : @1498) -> @143 @1500 @260
-@1506 := @1493 @1039
-@1508 := @96 @1480 @1448
-@1509 := @143 @1508
-@1512 := (h : @992) -> (hs : @1457) -> @1509 @1040
-@1513 := @1506 @990
-@1515 := @96 @1495 @1455
-@1517 := @143 @1515 @1040
-@1518 := (hs : @1461) -> @1517
-@1519 := @1513 @1459
-@1521 := @143 @1036 @1040
-@1522 := @221 @986
-@1524 := @5 (@968 @36)
-@1537 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1524 @38) -> (hs : @225) -> @143 (@96 (@5 (@968 @151)) @36) @171
-@1538 := @1522 @10
-@1540 := @5 (@968 @38)
-@1542 := @13 @1540 @10
-@1547 := @143 (@96 (@5 (@968 @153)) @36)
-@1548 := @1041 @38
-@1553 := {vs : @147} -> {ts : @148} -> (h : @1542) -> (hs : @225) -> @1547 @1548
-@1554 := @1538 @1036
-@1556 := @5 (@968 @40)
-@1558 := @13 @1556 @10
-@1559 := @1509 @40
-@1561 := @96 @1524 @1500
-@1566 := {ts : @148} -> (h : @1558) -> (hs : @1559) -> @143 @1561 @1548
-@1567 := @1554 @1040
-@1569 := @13 @986 @10
-@1571 := @96 @1540 @1508
-@1572 := @143 @1571
-@1575 := (h : @1569) -> (hs : @1517) -> @1572 @1042
-@1576 := @1567 @988
-@1578 := @96 @1556 @1515
-@1580 := @143 @1578 @1042
-@1581 := (hs : @1521) -> @1580
-@1582 := @1576 @1519
-@1584 := @143 @1038 @1042
-@1585 := @656 @814
-@1586 := @628 @814
-@1595 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@1586 @38) @606) -> (hf : @225) -> @657 @964
-@1596 := @1585 @9
-@1597 := @1586 @9
-@1598 := @598 @1597
-@1599 := @1598 @606
-@1604 := {fs : @147} -> {tys : @148} -> (h : @1599) -> (hf : @225) -> @682 @964
-@1605 := @1596 @1038
-@1612 := {tys : @148} -> (h : @1599) -> (hf : @1572 @40) -> @13 (@680 @1561) @964
-@1613 := @1605 @1042
-@1620 := (h : @1598 (@605 @1042)) -> (hf : @1580) -> @13 (@680 @1571) @964
-@1622 := @1613 (@705 @1597)
-@1626 := (hf : @1584) -> @13 (@680 @1578) @964
-@1627 := @1622 @1582
-@1630 := @13 (@680 @1038) @964
-@1631 := fun (__s : @961) => @1627
-@1632 := Reasoning.Clinic.Triage.Ledger
-@1633 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.__enc_4
-@1634 := @1633 @4
-@1635 := @8 @841
-@1638 := (__s : @1632) -> @13 @1634 @1635
-@1639 := Reasoning.Clinic.Triage.Ledger.iterations
-@1640 := @1639 @4
-@1641 := Reasoning.Clinic.Triage.Ledger.attempts
-@1642 := @1641 @4
-@1643 := Reasoning.Clinic.Triage.Ledger.firings
-@1644 := @1643 @4
-@1645 := Reasoning.Clinic.Triage.Ledger.expansions
-@1646 := @1645 @4
-@1647 := Reasoning.Clinic.Triage.Ledger.verifications
-@1648 := @1647 @4
-@1649 := Reasoning.Clinic.Triage.Ledger.frontier
-@1650 := @1649 @4
-@1651 := @29 @1640
-@1652 := @64 @1640
-@1654 := @13 @1651 @31
-@1655 := @29 @1642
-@1656 := @64 @1642
-@1658 := @13 @1655 @31
-@1659 := @29 @1644
-@1660 := @64 @1644
-@1662 := @13 @1659 @31
-@1663 := @29 @1646
-@1664 := @64 @1646
-@1666 := @13 @1663 @31
-@1667 := @29 @1648
-@1668 := @64 @1648
-@1670 := @13 @1667 @31
-@1671 := @29 @1650
-@1672 := @64 @1650
-@1674 := @13 @1671 @31
-@1676 := @96 @1671 @95
-@1678 := @96 @1667 @1676
-@1680 := @96 @1663 @1678
-@1682 := @96 @1659 @1680
-@1684 := @96 @1655 @1682
-@1686 := @96 @1651 @1684
-@1687 := @221 @1671
-@1689 := @29 (@1649 @36)
-@1702 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1689 @38) -> (hs : @225) -> @143 (@96 (@29 (@1649 @151)) @36) @171
-@1703 := @1687 @31
-@1705 := @29 (@1649 @38)
-@1717 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1705 @31) -> (hs : @225) -> @143 (@96 (@29 (@1649 @153)) @36) @260
-@1718 := @1703 @95
-@1720 := @29 (@1649 @40)
-@1722 := @13 @1720 @31
-@1724 := @96 @1689 @95
-@1729 := {ts : @148} -> (h : @1722) -> (hs : @271) -> @143 @1724 @260
-@1730 := @1718 @109
-@1732 := @96 @1705 @95
-@1733 := @143 @1732
-@1736 := (h : @1674) -> (hs : @145) -> @1733 @112
-@1737 := @1730 @1672
-@1739 := @96 @1720 @95
-@1741 := @143 @1739 @112
-@1742 := (hs : @145) -> @1741
-@1743 := @1737 @142
-@1745 := @143 @1676 @112
-@1746 := @221 @1667
-@1748 := @29 (@1647 @36)
-@1761 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1748 @38) -> (hs : @225) -> @143 (@96 (@29 (@1647 @151)) @36) @171
-@1762 := @1746 @31
-@1764 := @29 (@1647 @38)
-@1776 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1764 @31) -> (hs : @225) -> @143 (@96 (@29 (@1647 @153)) @36) @260
-@1777 := @1762 @1676
-@1779 := @29 (@1647 @40)
-@1781 := @13 @1779 @31
-@1782 := @1733 @40
-@1784 := @96 @1748 @1724
-@1789 := {ts : @148} -> (h : @1781) -> (hs : @1782) -> @143 @1784 @260
-@1790 := @1777 @112
-@1792 := @96 @1764 @1732
-@1793 := @143 @1792
-@1796 := (h : @1670) -> (hs : @1741) -> @1793 @113
-@1797 := @1790 @1668
-@1799 := @96 @1779 @1739
-@1801 := @143 @1799 @113
-@1802 := (hs : @1745) -> @1801
-@1803 := @1797 @1743
-@1805 := @143 @1678 @113
-@1806 := @221 @1663
-@1808 := @29 (@1645 @36)
-@1821 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1808 @38) -> (hs : @225) -> @143 (@96 (@29 (@1645 @151)) @36) @171
-@1822 := @1806 @31
-@1824 := @29 (@1645 @38)
-@1836 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1824 @31) -> (hs : @225) -> @143 (@96 (@29 (@1645 @153)) @36) @260
-@1837 := @1822 @1678
-@1839 := @29 (@1645 @40)
-@1841 := @13 @1839 @31
-@1842 := @1793 @40
-@1844 := @96 @1808 @1784
-@1849 := {ts : @148} -> (h : @1841) -> (hs : @1842) -> @143 @1844 @260
-@1850 := @1837 @113
-@1852 := @96 @1824 @1792
-@1853 := @143 @1852
-@1856 := (h : @1666) -> (hs : @1801) -> @1853 @114
-@1857 := @1850 @1664
-@1859 := @96 @1839 @1799
-@1861 := @143 @1859 @114
-@1862 := (hs : @1805) -> @1861
-@1863 := @1857 @1803
-@1865 := @143 @1680 @114
-@1866 := @221 @1659
-@1868 := @29 (@1643 @36)
-@1881 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1868 @38) -> (hs : @225) -> @143 (@96 (@29 (@1643 @151)) @36) @171
-@1882 := @1866 @31
-@1884 := @29 (@1643 @38)
-@1896 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1884 @31) -> (hs : @225) -> @143 (@96 (@29 (@1643 @153)) @36) @260
-@1897 := @1882 @1680
-@1899 := @29 (@1643 @40)
-@1901 := @13 @1899 @31
-@1902 := @1853 @40
-@1904 := @96 @1868 @1844
-@1909 := {ts : @148} -> (h : @1901) -> (hs : @1902) -> @143 @1904 @260
-@1910 := @1897 @114
-@1912 := @96 @1884 @1852
-@1913 := @143 @1912
-@1916 := (h : @1662) -> (hs : @1861) -> @1913 @115
-@1917 := @1910 @1660
-@1919 := @96 @1899 @1859
-@1921 := @143 @1919 @115
-@1922 := (hs : @1865) -> @1921
-@1923 := @1917 @1863
-@1925 := @143 @1682 @115
-@1926 := @221 @1655
-@1928 := @29 (@1641 @36)
-@1941 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1928 @38) -> (hs : @225) -> @143 (@96 (@29 (@1641 @151)) @36) @171
-@1942 := @1926 @31
-@1944 := @29 (@1641 @38)
-@1956 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1944 @31) -> (hs : @225) -> @143 (@96 (@29 (@1641 @153)) @36) @260
-@1957 := @1942 @1682
-@1959 := @29 (@1641 @40)
-@1961 := @13 @1959 @31
-@1962 := @1913 @40
-@1964 := @96 @1928 @1904
-@1969 := {ts : @148} -> (h : @1961) -> (hs : @1962) -> @143 @1964 @260
-@1970 := @1957 @115
-@1972 := @96 @1944 @1912
-@1973 := @143 @1972
-@1976 := (h : @1658) -> (hs : @1921) -> @1973 @116
-@1977 := @1970 @1656
-@1979 := @96 @1959 @1919
-@1981 := @143 @1979 @116
-@1982 := (hs : @1925) -> @1981
-@1983 := @1977 @1923
-@1985 := @143 @1684 @116
-@1986 := @221 @1651
-@1988 := @29 (@1639 @36)
-@2001 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1988 @38) -> (hs : @225) -> @143 (@96 (@29 (@1639 @151)) @36) @171
-@2002 := @1986 @31
-@2004 := @29 (@1639 @38)
-@2016 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @2004 @31) -> (hs : @225) -> @143 (@96 (@29 (@1639 @153)) @36) @260
-@2017 := @2002 @1684
-@2019 := @29 (@1639 @40)
-@2021 := @13 @2019 @31
-@2022 := @1973 @40
-@2024 := @96 @1988 @1964
-@2029 := {ts : @148} -> (h : @2021) -> (hs : @2022) -> @143 @2024 @260
-@2030 := @2017 @116
-@2032 := @96 @2004 @1972
-@2033 := @143 @2032
-@2036 := (h : @1654) -> (hs : @1981) -> @2033 @117
-@2037 := @2030 @1652
-@2039 := @96 @2019 @1979
-@2041 := @143 @2039 @117
-@2042 := (hs : @1985) -> @2041
-@2043 := @2037 @1983
-@2045 := @143 @1686 @117
-@2046 := @656 @841
-@2047 := @628 @841
-@2056 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@2047 @38) @606) -> (hf : @225) -> @657 @1635
-@2057 := @2046 @9
-@2058 := @2047 @9
-@2059 := @598 @2058
-@2060 := @2059 @606
-@2065 := {fs : @147} -> {tys : @148} -> (h : @2060) -> (hf : @225) -> @682 @1635
-@2066 := @2057 @1686
-@2073 := {tys : @148} -> (h : @2060) -> (hf : @2033 @40) -> @13 (@680 @2024) @1635
-@2074 := @2066 @117
-@2080 := (h : @2059 @697) -> (hf : @2041) -> @13 (@680 @2032) @1635
-@2082 := @2074 (@705 @2058)
-@2086 := (hf : @2045) -> @13 (@680 @2039) @1635
-@2087 := @2082 @2043
-@2090 := @13 (@680 @1686) @1635
-@2091 := fun (__s : @1632) => @2087
-@2092 := Reasoning.Clinic.Triage.Run
-@2094 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.__enc_2 @4
-@2095 := @8 @787
-@2098 := (__s : @2092) -> @13 @2094 @2095
-@2099 := Reasoning.Clinic.Triage.Run.state
-@2100 := @2099 @4
-@2101 := Reasoning.Clinic.Triage.Run.trace
-@2102 := @2101 @4
-@2103 := Reasoning.Clinic.Triage.Run.ledger
-@2104 := @2103 @4
-@2105 := @962 @2100
-@2107 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_3 @2100
-@2108 := LexLeanPreservation.encList
-@2109 := @2108 @717
-@2110 := @2109 @718
-@2111 := @2110 @2102
-@2112 := LexLeanTarget.TargetSyntax.Ty.list
-@2113 := @2112 @721
-@2116 := fun (__x : @717) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_1 @4
-@2117 := Sort 1
-@2118 := (a._@._internal._hyg.#0 : @4) -> @91
-@2119 := @38 @4
-@2122 := (x : @38) -> @154 @2119 @40
-@2123 := @146 @36
-@2126 := @7 @157 @149 @151
-@2129 := @2108 @153 @36 @4
-@2130 := @2126 @2129
-@2131 := @2112 @38
-@2140 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} -> {α : @2117} -> {e : @2118} -> {t : @92} -> (h : @2122) -> (xs : @2123) -> @2130 @2131
-@2142 := LexLeanPreservation.Rust.wt_encList @0
-@2156 := {c : @33} ->
-  {A : @34} ->
-  {α : @2117} ->
-  {e : @2118} ->
-  {t : @92} -> (h : (x : @38) -> @185 @2119 @40) -> (xs : @2123) -> @11 @149 @151 @2129 @2131
-@2157 := @2142 @1
-@2169 := {A : @34} ->
-  {α : @2117} ->
-  {e : @2118} ->
-  {t : @92} -> (h : (x : @38) -> @205 @2119 @40) -> (xs : @2123) -> @12 @151 @2129 @2131
-@2170 := @2157 @2
-@2172 := @13 @2119 @40
-@2180 := {α : @2117} ->
-  {e : @2118} -> {t : @92} -> (h : (x : @38) -> @2172) -> (xs : @2123) -> @13 @2129 @2131
-@2181 := @2170 @717
-@2182 := (a._@._internal._hyg.#0 : @717) -> @91
-@2183 := (x : @717) -> @2172
-@2184 := @146 @717
-@2192 := {e : @2182} -> {t : @92} -> (h : @2183) -> (xs : @2184) -> @13 (@2109 @36 @4) @2131
-@2193 := @2181 @718
-@2195 := (x : @717) -> @722 @40
-@2197 := @13 (@2110 @4)
-@2201 := {t : @92} -> (h : @2195) -> (xs : @2184) -> @2197 @2131
-@2202 := @2193 @721
-@2206 := (h : (x : @717) -> @723) -> (xs : @2184) -> @2197 @2113
-@2208 := @2202 @2116 @2102
-@2210 := @13 @2111 @2113
-@2211 := @1633 @2104
-@2213 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_4 @2104
-@2215 := @96 @2211 @95
-@2217 := @96 @2111 @2215
-@2219 := @96 @2105 @2217
-@2220 := @110 @1635
-@2221 := @2220 @109
-@2222 := @110 @2113
-@2223 := @2222 @2221
-@2224 := @110 @964
-@2225 := @2224 @2223
-@2226 := @221 @2211
-@2228 := @1633 (@2103 @36)
-@2241 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @2228 @38) -> (hs : @225) -> @143 (@96 (@1633 (@2103 @151)) @36) @171
-@2242 := @2226 @1635
-@2244 := @1633 (@2103 @38)
-@2246 := @13 @2244 @1635
-@2251 := @143 (@96 (@1633 (@2103 @153)) @36)
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-@2257 := {vs : @147} -> {ts : @148} -> (h : @2246) -> (hs : @225) -> @2251 @2252
-@2258 := @2242 @95
-@2260 := @1633 (@2103 @40)
-@2262 := @13 @2260 @1635
-@2264 := @96 @2228 @95
-@2269 := {ts : @148} -> (h : @2262) -> (hs : @271) -> @143 @2264 @2252
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-@2278 := (h : @2272) -> (hs : @145) -> @2275 @2221
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-@2281 := @96 @2260 @95
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-@2284 := (hs : @145) -> @2283
-@2285 := @2279 @142
-@2287 := @143 @2215 @2221
-@2288 := @221 @2111
-@2290 := @2110 (@2101 @36)
-@2303 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @2290 @38) -> (hs : @225) -> @143 (@96 (@2110 (@2101 @151)) @36) @171
-@2304 := @2288 @2113
-@2306 := @2110 (@2101 @38)
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-@2313 := @143 (@96 (@2110 (@2101 @153)) @36)
-@2314 := @2222 @38
-@2319 := {vs : @147} -> {ts : @148} -> (h : @2308) -> (hs : @225) -> @2313 @2314
-@2320 := @2304 @2215
-@2322 := @2110 (@2101 @40)
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-@2327 := @96 @2290 @2264
-@2332 := {ts : @148} -> (h : @2324) -> (hs : @2325) -> @143 @2327 @2314
-@2333 := @2320 @2221
-@2335 := @96 @2306 @2274
-@2336 := @143 @2335
-@2339 := (h : @2210) -> (hs : @2283) -> @2336 @2223
-@2340 := @2333 @2208
-@2342 := @96 @2322 @2281
-@2344 := @143 @2342 @2223
-@2345 := (hs : @2287) -> @2344
-@2346 := @2340 @2285
-@2348 := @143 @2217 @2223
-@2349 := @221 @2105
-@2351 := @962 (@2099 @36)
-@2364 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @2351 @38) -> (hs : @225) -> @143 (@96 (@962 (@2099 @151)) @36) @171
-@2365 := @2349 @964
-@2367 := @962 (@2099 @38)
-@2369 := @13 @2367 @964
-@2374 := @143 (@96 (@962 (@2099 @153)) @36)
-@2375 := @2224 @38
-@2380 := {vs : @147} -> {ts : @148} -> (h : @2369) -> (hs : @225) -> @2374 @2375
-@2381 := @2365 @2217
-@2383 := @962 (@2099 @40)
-@2385 := @13 @2383 @964
-@2386 := @2336 @40
-@2388 := @96 @2351 @2327
-@2393 := {ts : @148} -> (h : @2385) -> (hs : @2386) -> @143 @2388 @2375
-@2394 := @2381 @2223
-@2396 := @13 @2105 @964
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-@2399 := @143 @2398
-@2402 := (h : @2396) -> (hs : @2344) -> @2399 @2225
-@2403 := @2394 @2107
-@2405 := @96 @2383 @2342
-@2407 := @143 @2405 @2225
-@2408 := (hs : @2348) -> @2407
-@2409 := @2403 @2346
-@2411 := @143 @2219 @2225
-@2412 := @656 @787
-@2413 := @628 @787
-@2422 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@2413 @38) @606) -> (hf : @225) -> @657 @2095
-@2423 := @2412 @9
-@2424 := @2413 @9
-@2425 := @598 @2424
-@2426 := @2425 @606
-@2431 := {fs : @147} -> {tys : @148} -> (h : @2426) -> (hf : @225) -> @682 @2095
-@2432 := @2423 @2219
-@2439 := {tys : @148} -> (h : @2426) -> (hf : @2399 @40) -> @13 (@680 @2388) @2095
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-@2447 := (h : @2425 (@605 @2225)) -> (hf : @2407) -> @13 (@680 @2398) @2095
-@2449 := @2440 (@705 @2424)
-@2453 := (hf : @2411) -> @13 (@680 @2405) @2095
-@2454 := @2449 @2409
-@2457 := @13 (@680 @2219) @2095
-@2458 := fun (__s : @2092) => @2454
-@2459 := @29 @149
-@2460 := @64 @149
-@2461 := @13 @2459
-@2462 := @2461 @31
-@2463 := @29 @151
-@2464 := @64 @151
-@2465 := @13 @2463
-@2466 := @2465 @31
-@2467 := @29 @153
-@2468 := @64 @153
-@2469 := @13 @2467
-@2470 := @2469 @31
-@2471 := @29 @36
-@2472 := @64 @36
-@2474 := @13 @2471 @31
-@2475 := @29 @38
-@2476 := @64 @38
-@2478 := @13 @2475 @31
-@2479 := @29 @40
-@2480 := @64 @40
-@2482 := @13 @2479 @31
-@2483 := @96 @2479
-@2484 := @2483 @95
-@2485 := @96 @2475
-@2486 := @2485 @2484
-@2487 := @96 @2471
-@2488 := @2487 @2486
-@2489 := @96 @2467
-@2490 := @2489 @2488
-@2491 := @96 @2463
-@2492 := @2491 @2490
-@2493 := @96 @2459
-@2494 := @2493 @2492
-@2497 := Prod.{0, 0} @35 @91
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-@2501 := @2500 @868
-@2502 := @2501 @2479
-@2503 := @2500 @841
-@2504 := @2503 @2475
-@2505 := @2500 @814
-@2506 := @2505 @2471
-@2507 := @2500 @787
-@2508 := @2507 @2467
-@2509 := @2500 @720
-@2510 := @2509 @2463
-@2511 := @2500 @9
-@2512 := @2511 @2459
-@2513 := @93 @2497
-@2514 := @94 @2497
-@2516 := @2514 @2512 @2513
-@2518 := @2514 @2510 @2516
-@2520 := @2514 @2508 @2518
-@2522 := @2514 @2506 @2520
-@2524 := @2514 @2504 @2522
-@2526 := @2514 @2502 @2524
-@2527 := Bool.true
-@2528 := LexLeanTarget.TargetSyntax.Function
-@2529 := LexLeanTarget.TargetSyntax.Program.functions
-@2530 := @2529 @0
-@2531 := @93 @35
-@2532 := LexLeanTarget.TargetSyntax.Ty.unit
-@2533 := LexLeanTarget.TargetSyntax.Value.unit
-@2536 := LexLeanTarget.TargetSyntax.Expr.value @2532 @2533
-@2541 := LexLeanTarget.TargetSyntax.Function.mk @2531 @109 @2532 @2536
-@2546 := List.getD.{0} @2528 @2530 @9 @2541
-@2550 := fun (__e_n : @35) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.root @4 @9
-@2551 := @221 @2479
-@2552 := @2469 @38
-@2554 := @143 (@2493 @36)
-@2560 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2552) -> (hs : @225) -> @2554 @171
-@2561 := @2551 @31
-@2568 := {vs : @147} -> {ts : @148} -> (h : @2474) -> (hs : @225) -> @143 (@2491 @36) @260
-@2569 := @2561 @95
-@2570 := @2489 @95
-@2575 := {ts : @148} -> (h : @2478) -> (hs : @271) -> @143 @2570 @260
-@2576 := @2569 @109
-@2577 := @2487 @95
-@2578 := @143 @2577
-@2581 := (h : @2482) -> (hs : @145) -> @2578 @112
-@2582 := @2576 @2480
-@2583 := @2485 @95
-@2585 := @143 @2583 @112
-@2586 := (hs : @145) -> @2585
-@2587 := @2582 @142
-@2589 := @143 @2484 @112
-@2590 := @221 @2475
-@2591 := @2465 @38
-@2592 := @29 @157
-@2593 := @96 @2592
-@2595 := @143 (@2593 @36)
-@2601 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2591) -> (hs : @225) -> @2595 @171
-@2602 := @2590 @31
-@2607 := {vs : @147} -> {ts : @148} -> (h : @2470) -> (hs : @225) -> @2554 @260
-@2608 := @2602 @2484
-@2609 := @2578 @40
-@2610 := @2491 @2570
-@2615 := {ts : @148} -> (h : @2474) -> (hs : @2609) -> @143 @2610 @260
-@2616 := @2608 @112
-@2617 := @2489 @2577
-@2618 := @143 @2617
-@2621 := (h : @2478) -> (hs : @2585) -> @2618 @113
-@2622 := @2616 @2476
-@2623 := @2487 @2583
-@2625 := @143 @2623 @113
-@2626 := (hs : @2589) -> @2625
-@2627 := @2622 @2587
-@2629 := @143 @2486 @113
-@2630 := @221 @2471
-@2631 := @2461 @38
-@2632 := @29 @163
-@2633 := @96 @2632
-@2635 := @143 (@2633 @36)
-@2641 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2631) -> (hs : @225) -> @2635 @171
-@2642 := @2630 @31
-@2647 := {vs : @147} -> {ts : @148} -> (h : @2466) -> (hs : @225) -> @2595 @260
-@2648 := @2642 @2486
-@2649 := @2618 @40
-@2650 := @2493 @2610
-@2655 := {ts : @148} -> (h : @2470) -> (hs : @2649) -> @143 @2650 @260
-@2656 := @2648 @113
-@2657 := @2491 @2617
-@2658 := @143 @2657
-@2661 := (h : @2474) -> (hs : @2625) -> @2658 @114
-@2662 := @2656 @2472
-@2663 := @2489 @2623
-@2665 := @143 @2663 @114
-@2666 := (hs : @2629) -> @2665
-@2667 := @2662 @2627
-@2669 := @143 @2488 @114
-@2670 := @221 @2467
-@2671 := @13 @2592
-@2672 := @2671 @38
-@2673 := #9
-@2674 := @29 @2673
-@2675 := @96 @2674
-@2677 := @143 (@2675 @36)
-@2683 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2672) -> (hs : @225) -> @2677 @171
-@2684 := @2670 @31
-@2689 := {vs : @147} -> {ts : @148} -> (h : @2462) -> (hs : @225) -> @2635 @260
-@2690 := @2684 @2488
-@2691 := @2658 @40
-@2692 := @2593 @2650
-@2697 := {ts : @148} -> (h : @2466) -> (hs : @2691) -> @143 @2692 @260
-@2698 := @2690 @114
-@2699 := @2493 @2657
-@2700 := @143 @2699
-@2703 := (h : @2470) -> (hs : @2665) -> @2700 @115
-@2704 := @2698 @2468
-@2705 := @2491 @2663
-@2707 := @143 @2705 @115
-@2708 := (hs : @2669) -> @2707
-@2709 := @2704 @2667
-@2711 := @143 @2490 @115
-@2712 := @221 @2463
-@2713 := @13 @2632
-@2714 := @2713 @38
-@2715 := #10
-@2716 := @29 @2715
-@2717 := @96 @2716
-@2719 := @143 (@2717 @36)
-@2725 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @2714) -> (hs : @225) -> @2719 @171
-@2726 := @2712 @31
-@2727 := @2671 @31
-@2732 := {vs : @147} -> {ts : @148} -> (h : @2727) -> (hs : @225) -> @2677 @260
-@2733 := @2726 @2490
-@2734 := @2700 @40
-@2735 := @2633 @2692
-@2740 := {ts : @148} -> (h : @2462) -> (hs : @2734) -> @143 @2735 @260
-@2741 := @2733 @115
-@2742 := @2593 @2699
-@2743 := @143 @2742
-@2746 := (h : @2466) -> (hs : @2707) -> @2743 @116
-@2747 := @2741 @2464
-@2748 := @2493 @2705
-@2750 := @143 @2748 @116
-@2751 := (hs : @2711) -> @2750
-@2752 := @2747 @2709
-@2754 := @143 @2492 @116
-@2755 := @221 @2459
-@2757 := @13 @2674 @38
-@2758 := #11
-@2759 := @29 @2758
-@2760 := @96 @2759
-@2768 := {t : @92} ->
-  {vs : @147} -> {ts : @148} -> (h : @2757) -> (hs : @225) -> @143 (@2760 @36) @171
-@2769 := @2755 @31
-@2775 := {vs : @147} -> {ts : @148} -> (h : @2713 @31) -> (hs : @225) -> @2719 @260
-@2776 := @2769 @2492
-@2777 := @2743 @40
-@2778 := @2675 @2735
-@2779 := @143 @2778
-@2783 := {ts : @148} -> (h : @2727) -> (hs : @2777) -> @2779 @260
-@2784 := @2776 @116
-@2785 := @2633 @2742
-@2786 := @143 @2785
-@2789 := (h : @2462) -> (hs : @2750) -> @2786 @117
-@2790 := @2784 @2460
-@2791 := @2593 @2748
-@2792 := @143 @2791
-@2794 := (hs : @2754) -> @2792 @117
-@2795 := @2790 @2752
-@2796 := @143 @2494
-@2797 := @2796 @117
-@2798 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.denote
-@2804 := @2798 @149 @151 @153 @36 @38 @40
-@2805 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.__fits_0
-@2811 := @2805 @149 @151 @153 @36 @38 @40
-@2819 := @29 (Reasoning.Main.triageSteps @149 @151 @153 @36 @38 @40)
-@2826 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.root @149 @151 @153 @36 @38 @40
-@2827 := Bool
-@2828 := Ne.{1}
-@2829 := LexLeanPreservation.Obs
-@2830 := @2828 @2829
-@2831 := LexLeanPreservation.Rel
-@2834 := @2830 (@2831 @40 @4)
-@2835 := LexLeanPreservation.Obs.stuck
-@2838 := (f : @2827) -> (v : @91) -> @2834 @2835
-@2840 := LexLeanPreservation.Rust.rel_ne_stuck @2811
-@2851 := (v : @91) -> @2830 (@2831 (@2805 @157 @149 @151 @153 @36 @38) @4) @2835
-@2852 := @2840 @2819
-@2856 := @2830 (@2831 @2811 @2819) @2835
-@2857 := @146 @2497
-@2858 := LexLeanPreservation.Rust.FunSem
-@2864 := (n : @35) -> @2858 @2673 @163 @157 @4 @149
-@2865 := @596 @2528
-@2866 := @595 @2865
-@2873 := LexLeanRuntime.index (@146 @2528) @2528 (LexLeanRuntime.instIndexableList @2528)
-@2877 := @2866 (@2873 (@2529 @2673) @149)
-@2878 := @604 @2528
-@2879 := @2878 @151
-@2880 := @2877 @2879
-@2884 := @118 @2715 @2673 @163 @151
-@2885 := LexLeanTarget.TargetSyntax.Function.types
-@2886 := @2885 @149
-@2887 := @2884 @2886
-@2888 := @596 @2857
-@2889 := @595 @2888
-@2890 := LexLeanTarget.TargetSemantics.bindAll
-@2891 := LexLeanTarget.TargetSyntax.Function.parameters
-@2896 := @2889 (@2890 (@2891 @157) @149 @2513)
-@2897 := @604 @2857
-@2898 := @2897 @151
-@2899 := @2896 @2898
-@2900 := @596 @2827
-@2901 := @595 @2900
-@2902 := LexLeanPreservation.Rust.fnFallible
-@2905 := @2901 (@2902 @2758 @2673)
-@2906 := @604 @2827
-@2907 := @2906 @151
-@2908 := @2905 @2907
-@2909 := LexLeanPreservation.RunConv
-@2910 := #13
-@2914 := @2909 @2910 @2715 @163 @151
-@2916 := @2830 @149 @2835
-@2917 := Exists.{1}
-@2918 := LexLeanPreservation.Rust.ROut
-@2919 := @2917 @2918
-@2920 := And
-@2921 := LexLeanPreservation.Rust.RealizesFn
-@2925 := @2920 (@2921 @2673 @163 @4)
-@2926 := LexLeanPreservation.Rust.RCI
-@2927 := #15
-@2928 := @2926 @2927
-@2929 := LexLeanPreservation.Rust.fnIdent
-@2930 := @2929 @2910
-@2937 := (hne : @2916) -> @2919 (fun (ro : @2918) => @2925 (@2928 @2930 @2758 @4))
-@2952 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @2528} ->
-  {args : @147} ->
-  {env : @2857} ->
-  {F : @2827} ->
-  {o : @2829} ->
-  (hB : @2864) ->
-  (hfn : @2880) -> (hwt : @2887) -> (hbind : @2899) -> (hF : @2908) -> (hA : @2914) -> @2937
-@2954 := LexLeanPreservation.Rust.compose @0
-@2955 := @2858 @0
-@2960 := (n : @35) -> @2955 @163 @157 @4 @149
-@2961 := @2873 @2530
-@2964 := @2866 (@2961 @149) @2879
-@2968 := @129 @2673 @163 @151 @2886
-@2969 := @2909 @0
-@2972 := @2969 @2715 @163 @151
-@2986 := {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @2528} ->
-  {args : @147} ->
-  {env : @2857} ->
-  {F : @2827} ->
-  {o : @2829} ->
-  (hB : @2960) ->
-  (hfn : @2964) -> (hwt : @2968) -> (hbind : @2899) -> (hF : @2908) -> (hA : @2972) -> @2937
-@2987 := @2954 @1
-@2988 := @2955 @1
-@2992 := (n : @35) -> @2988 @157 @4 @149
-@2995 := @137 @163 @151 @2886
-@2996 := @2902 @1
-@2999 := @2901 (@2996 @2673) @2907
-@3000 := @2926 @1
-@3010 := (hbind : @2899) ->
-  (hF : @2999) ->
-  (hA : @2972) -> (hne : @2916) -> @2919 (fun (ro : @2918) => @2925 (@3000 @2930 @2758 @4))
-@3020 := {A : @34} ->
-  {f : @35} ->
-  {fn : @2528} ->
-  {args : @147} ->
-  {env : @2857} ->
-  {F : @2827} -> {o : @2829} -> (hB : @2992) -> (hfn : @2964) -> (hwt : @2995) -> @3010
-@3021 := @2987 @2
-@3023 := @2988 @2 @4
-@3025 := (n : @35) -> @3023 @149
-@3026 := @143 @151
-@3027 := @3026 @2886
-@3036 := {f : @35} ->
-  {fn : @2528} ->
-  {args : @147} ->
-  {env : @2857} ->
-  {F : @2827} -> {o : @2829} -> (hB : @3025) -> (hfn : @2964) -> (hwt : @3027) -> @3010
-@3037 := @3021 @9
-@3039 := (n : @35) -> @3023 @9
-@3040 := @2961 @9
-@3041 := @2866 @3040
-@3042 := @3041 @2879
-@3043 := @2996 @9
-@3044 := @2901 @3043
-@3045 := @3044 @2907
-@3046 := @2969 @9
-@3048 := @3046 @163 @151
-@3050 := @3000 (@2929 @9)
-@3058 := (hF : @3045) ->
-  (hA : @3048) -> (hne : @2916) -> @2919 (fun (ro : @2918) => @2925 (@3050 @2758 @4))
-@3067 := {fn : @2528} ->
-  {args : @147} ->
-  {env : @2857} ->
-  {F : @2827} ->
-  {o : @2829} -> (hB : @3039) -> (hfn : @3042) -> (hwt : @3027) -> (hbind : @2899) -> @3058
-@3068 := @3037 @2546
-@3070 := @3041 (@2878 @2546)
-@3071 := @2885 @2546
-@3072 := @3026 @3071
-@3074 := @2890 (@2891 @2546)
-@3086 := {args : @147} ->
-  {env : @2857} ->
-  {F : @2827} ->
-  {o : @2829} ->
-  (hB : @3039) ->
-  (hfn : @3070) -> (hwt : @3072) -> (hbind : @2889 (@3074 @149 @2513) @2898) -> @3058
-@3087 := @3068 @2494
-@3093 := @2760 (@2717 (@2675 (@2633 (@2593 (@2493 @95)))))
-@3095 := @143 @3093 @3071
-@3096 := #12
-@3098 := @96 (@29 @3096)
-@3104 := @3098 (@2760 (@2717 (@2675 (@2633 (@2593 @95)))))
-@3108 := @2889 (@3074 @3104 @2513) @2898
-@3109 := #14
-@3111 := @96 (@29 @3109)
-@3113 := @96 (@29 @2910)
-@3119 := @3111 (@3113 (@3098 (@2760 (@2717 (@2675 @95)))))
-@3121 := @3046 @3119 @151
-@3124 := @96 (@29 #17)
-@3127 := @96 (@29 #16)
-@3129 := @96 (@29 @2927)
-@3150 := {env : @2857} ->
-  {F : @2827} ->
-  {o : @2829} ->
-  (hB : @3039) ->
-  (hfn : @3070) ->
-  (hwt : @3095) ->
-  (hbind : @3108) ->
-  (hF : @3045) ->
-  (hA : @3121) ->
-  (hne : @2916) ->
-  @2919 (fun (ro : @2918) => @2925 (@3050 (@3124 (@3127 (@3129 (@3111 (@3113 (@3098 @95)))))) @4))
-@3151 := @3087 @2526
-@3157 := @2717 (@2675 (@2633 (@2593 (@2493 (@2491 @95)))))
-@3159 := @143 @3157 @3071
-@3182 := @2889
-    (@3074 @3093 @2513)
-    (@2897
-      (@2514
-        (@2501 @2459)
-        (@2514
-          (@2503 @2592)
-          (@2514
-            (@2505 @2632)
-            (@2514 (@2507 @2674) (@2514 (@2509 @2716) (@2514 (@2511 @2759) @2513)))))))
-@3188 := @3113 (@3098 (@2760 (@2717 (@2675 (@2633 @95)))))
-@3210 := {F : @2827} ->
-  {o : @2829} ->
-  (hB : @3039) ->
-  (hfn : @3070) ->
-  (hwt : @3159) ->
-  (hbind : @3182) ->
-  (hF : @3045) ->
-  (hA : @3046 @3188 @151) ->
-  (hne : @2916) ->
-  @2919 (fun (ro : @2918) => @2925 (@3050 (@3127 (@3129 (@3111 (@3113 (@3098 (@2760 @95)))))) @4))
-@3211 := @3151 @2527
-@3212 := @2779 @3071
-@3235 := @2889
-    (@3074 @3157 @2513)
-    (@2897
-      (@2514
-        (@2501 @2463)
-        (@2514
-          (@2503 @2459)
-          (@2514
-            (@2505 @2592)
-            (@2514 (@2507 @2632) (@2514 (@2509 @2674) (@2514 (@2511 @2716) @2513)))))))
-@3237 := @3044 (@2906 @2527)
-@3239 := @3046 @3104 @151
-@3240 := @2921 @2527
-@3262 := {o : @2829} ->
-  (hB : @3039) ->
-  (hfn : @3070) ->
-  (hwt : @3212) ->
-  (hbind : @3235) ->
-  (hF : @3237) ->
-  (hA : @3239) ->
-  (hne : @2916) ->
-  @2919
-    (fun (ro : @2918) =>
-    @2920 (@3240 @163 @4) (@3050 (@3129 (@3111 (@3113 (@3098 (@2760 (@2717 @95)))))) @4))
-@3263 := @3211 @2804
-@3264 := @2786 @3071
-@3287 := @2889
-    (@3074 @2778 @2513)
-    (@2897
-      (@2514
-        (@2501 @2467)
-        (@2514
-          (@2503 @2463)
-          (@2514
-            (@2505 @2459)
-            (@2514 (@2507 @2592) (@2514 (@2509 @2632) (@2514 (@2511 @2674) @2513)))))))
-@3288 := @3046 @3093
-@3294 := @2798 @2758 @2715 @2673 @163 @157 @149
-@3295 := @3288 @3294
-@3301 := @2798 @3096 @2758 @2715 @2673 @163 @157
-@3324 := (hB : @3039) ->
-  (hfn : @3070) ->
-  (hwt : @3264) ->
-  (hbind : @3287) ->
-  (hF : @3237) ->
-  (hA : @3295) ->
-  (hne : @2830 @3301 @2835) ->
-  @2919
-    (fun (ro : @2918) =>
-    @2920 (@3240 (@2798 @3109 @2910 @3096 @2758 @2715 @2673) @4) (@3050 @3119 @4))
-@3325 := @3263 @2550
-@3326 := @2792 @3071
-@3349 := @2889
-    (@3074 @2785 @2513)
-    (@2897
-      (@2514
-        (@2501 @2471)
-        (@2514
-          (@2503 @2467)
-          (@2514
-            (@2505 @2463)
-            (@2514 (@2507 @2459) (@2514 (@2509 @2592) (@2514 (@2511 @2632) @2513)))))))
-@3350 := @3046 @3157
-@3356 := @2798 @2715 @2673 @163 @157 @149 @151
-@3379 := (hfn : @3070) ->
-  (hwt : @3326) ->
-  (hbind : @3349) ->
-  (hF : @3237) ->
-  (hA : @3350 @3356) ->
-  (hne : @2830 @3294 @2835) ->
-  @2919
-    (fun (ro : @2918) =>
-    @2920 (@3240 (@2798 @2910 @3096 @2758 @2715 @2673 @163) @4) (@3050 @3188 @4))
-@3382 := @3325 (@704 @2865 @3040)
-@3383 := @2796 @3071
-@3406 := @2889
-    (@3074 @2791 @2513)
-    (@2897
-      (@2514
-        (@2501 @2475)
-        (@2514
-          (@2503 @2471)
-          (@2514
-            (@2505 @2467)
-            (@2514 (@2507 @2463) (@2514 (@2509 @2459) (@2514 (@2511 @2592) @2513)))))))
-@3407 := @3046 @2778
-@3413 := @2798 @2673 @163 @157 @149 @151 @153
-@3429 := (hwt : @3383) ->
-  (hbind : @3406) ->
-  (hF : @3237) ->
-  (hA : @3407 @3413) ->
-  (hne : @2830 @3356 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3301 @4) (@3050 @3104 @4))
-@3430 := @3382 @2795
-@3432 := @3074 @2494 @2513
-@3435 := @2889 @3432 (@2897 @2526)
-@3436 := @3046 @2785
-@3442 := @2798 @163 @157 @149 @151 @153 @36
-@3457 := (hbind : @3435) ->
-  (hF : @3237) ->
-  (hA : @3436 @3442) ->
-  (hne : @2830 @3413 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3294 @4) (@3050 @3093 @4))
-@3460 := @3430 (@704 @2888 @3432)
-@3461 := @3046 @2791
-@3467 := @2798 @157 @149 @151 @153 @36 @38
-@3481 := (hF : @3237) ->
-  (hA : @3461 @3467) ->
-  (hne : @2830 @3442 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3356 @4) (@3050 @3157 @4))
-@3484 := @3460 (@704 @2900 @3043)
-@3498 := (hA : @3046 @2494 @2804) ->
-  (hne : @2830 @3467 @2835) -> @2919 (fun (ro : @2918) => @2920 (@3240 @3413 @4) (@3050 @2778 @4))
-@3499 := @3484 @2826
-@3510 := (hne : @2830 @2804 @2835) ->
-  @2919 (fun (ro : @2918) => @2920 (@3240 @3442 @4) (@3050 @2785 @4))
-@3511 := @3499 @2852
-@3517 := @2920 (@3240 @3467 @4) (@3050 @2791 @4)
-@3519 := @2919 (fun (ro : @2918) => @3517)
-@3521 := @2919 (fun (__e_ro : @2918) => @3517)
-@3530 := LexLeanPreservation.Rust.RepresentableL
-    (@2491 (@2489 (@2487 (@2485 (@2483 (@96 @42 @95))))))
-@3531 := (__e_hrep : @3530) -> @3521
-@3532 := fun (__e_hrep : @3530) => @3511
-@3533 := (infection : @35) -> @3531
-@3534 := fun (infection : @35) => @3532
-@3535 := (systolic : @35) -> @3533
-@3536 := fun (systolic : @35) => @3534
-@3537 := (whiteCells : @35) -> @3535
-@3538 := fun (whiteCells : @35) => @3536
-@3539 := (respiratoryRate : @35) -> @3537
-@3540 := fun (respiratoryRate : @35) => @3538
-@3541 := (heartRate : @35) -> @3539
-@3542 := fun (heartRate : @35) => @3540
-@3543 := (temperature : @35) -> @3541
-@3544 := fun (temperature : @35) => @3542
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/RustStd.lean
deleted file mode 100644
index ebd704e77..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/RustStd.lean
+++ /dev/null
@@ -1,380 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] },
-    { constructors := [[(.adt 3), (.list (.adt 1)), (.adt 4)]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.prim .length [(.second (.var 6))])), (.arm .error [7] (.value .nat (.nat 0)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 2) .bool) (.call 2 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.«match» (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) (.call 3 [(.var 0), (.field (.first (.var 1)) 0)]) [(.arm .ok [2] (.build .ok (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 1))) [(.var 2), (.field (.first (.var 1)) 1)])])), (.arm .error [3] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.var 3)]))])), (.arm .false [] (.build .error (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 2) .bool),
-      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)], result := (.pair (.adt 2) .bool),
-      body := (.«match» (.pair (.adt 2) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 2) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 2) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.call 9 [(.field (.var 0) 0)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [1] (.«match» (.option (.adt 2)) (.call 10 [(.field (.var 0) 0), (.var 1)]) [(.arm .none [] (.build .none (.option (.adt 2)) [])), (.arm .some [2] (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 2), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 1)) [(.var 1), (.build .nil (.list (.adt 1)) [])])]), (.build (.adt 0) (.adt 4) [(.prim .natAdd [(.field (.field (.var 0) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 0) 2) 1), (.call 11 [(.field (.var 0) 0)])]), (.prim .natAdd [(.field (.field (.var 0) 2) 2), (.value .nat (.nat 1))]), (.field (.field (.var 0) 2) 3), (.field (.field (.var 0) 2) 4), (.field (.field (.var 0) 2) 5)])])]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 2),
-      body := (.build (.adt 0) (.adt 2) [(.call 12 [(.var 0)]), (.build .nil (.list (.adt 1)) []), (.build (.adt 0) (.adt 4) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 3)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 13 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [1] (.build .some (.option (.adt 1)) [(.var 1)])), (.arm .none [] (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 1) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 1)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 2) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [3] (.build .some (.option (.adt 1)) [(.var 3)])), (.arm .none [] (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 3) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 1)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 1)) (.«match» (.option (.adt 1)) (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 4) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.var 5)])), (.arm .none [] (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 5) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 1)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 1)) (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 6) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])) [(.arm .some [7] (.build .some (.option (.adt 1)) [(.var 7)])), (.arm .none [] (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 1)) [(.build (.adt 7) (.adt 1) [])]) (.build .none (.option (.adt 1)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 3), (.adt 1)], result := (.option (.adt 3)),
-      body := (.«match» (.option (.adt 3)) (.var 1) [(.arm (.adt 0) [] (.call 22 [(.var 0)])), (.arm (.adt 1) [] (.call 23 [(.var 0)])), (.arm (.adt 2) [] (.call 24 [(.var 0)])), (.arm (.adt 3) [] (.call 25 [(.var 0)])), (.arm (.adt 4) [] (.call 26 [(.var 0)])), (.arm (.adt 5) [] (.call 27 [(.var 0)])), (.arm (.adt 6) [] (.call 28 [(.var 0)])), (.arm (.adt 7) [] (.call 29 [(.var 0)]))]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .nat,
-      body := (.second (.«let» 7 (.pair .bool .nat) (.«let» 3 (.pair .bool .nat) (.«let» 1 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 14 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 1)) (.var 1) (.«let» 2 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 15 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 2)), (.prim .natAdd [(.second (.var 1)), (.second (.var 2))])])))) (.cond (.first (.var 3)) (.var 3) (.«let» 6 (.pair .bool .nat) (.«let» 4 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 16 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 4)) (.var 4) (.«let» 5 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 17 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 5)), (.prim .natAdd [(.second (.var 4)), (.second (.var 5))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 6)), (.prim .natAdd [(.second (.var 3)), (.second (.var 6))])])))) (.cond (.first (.var 7)) (.var 7) (.«let» 14 (.pair .bool .nat) (.«let» 10 (.pair .bool .nat) (.«let» 8 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 18 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 8)) (.var 8) (.«let» 9 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 19 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 9)), (.prim .natAdd [(.second (.var 8)), (.second (.var 9))])])))) (.cond (.first (.var 10)) (.var 10) (.«let» 13 (.pair .bool .nat) (.«let» 11 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 20 [(.var 0)]), (.value .nat (.nat 1))]) (.cond (.first (.var 11)) (.var 11) (.«let» 12 (.pair .bool .nat) (.build .pair (.pair .bool .nat) [(.call 21 [(.var 0)]), (.value .nat (.nat 1))]) (.build .pair (.pair .bool .nat) [(.first (.var 12)), (.prim .natAdd [(.second (.var 11)), (.second (.var 12))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 13)), (.prim .natAdd [(.second (.var 10)), (.second (.var 13))])])))) (.build .pair (.pair .bool .nat) [(.first (.var 14)), (.prim .natAdd [(.second (.var 7)), (.second (.var 14))])]))))) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.value .nat (.nat 3))]) (.cond (.prim .natEq [(.var 1), (.value .nat (.nat 3))]) (.build .true .bool []) (.prim .boolNot [(.cond (.call 30 [(.var 0)]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.cond (.call 31 [(.var 0)]) (.call 32 [(.var 0)]) (.build .false .bool [])) (.build .false .bool [])) (.build .false .bool []))])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 32 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 33 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 34 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 19 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 40 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 20 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 41 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.option (.adt 3)),
-      body := (.cond (.call 21 [(.var 0)]) (.build .some (.option (.adt 3)) [(.call 42 [(.var 0)])]) (.build .none (.option (.adt 3)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 3)], result := (.adt 3),
-      body := (.build (.adt 0) (.adt 3) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 1) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
-    (.enum (.adt 2) [{ number := 0, fields := [(.adt 3), (.list (.adt 1)), (.adt 4)] }]) ::
-    (.enum (.adt 3) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 4) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.fn 0) [{ number := 5, fields := [] }]) ::
-    (.apply 0 [(.adt 2)] (.option (.adt 2)) true [{ function := 5, captures := [], functionFallible := true }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))] (.move (.generated .part 2)))))] (.succeed (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false)))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 0)))))]))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 2) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 4)))))] (.cond (.move (.generated .holder 5)) (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ok (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))])))), (.mk (.err (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))))])) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 2) .bool)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 3) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 2) }] (.fallible (.pair (.adt 2) .bool)) (.mk [(.mk (.bind (.generated .holder 15)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 15)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 15))), (.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 19)) none (.call (.function 9) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 18)), .wild, .wild]) (.mk [] (.move (.generated .part 18))))])] true))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 21)) none (.call (.function 10) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 20)), .wild, .wild]) (.mk [] (.move (.generated .part 20))))]), (.clone (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))))])))]))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 2) (.mk [] (.construct (.adt 2 0) [(.call (.function 12) [(.move (.generated .binding 0))] false), (.construct (.nil (.adt 1)) []), (.construct (.adt 4 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 3) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 50)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))])]))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 55)) none (.block (.mk [(.mk (.bind (.generated .holder 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 53)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 55)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 57)) none (.block (.mk [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 57)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 3))) (.mk [(.mk (.bind (.generated .holder 59)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 1 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 1 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible .nat) (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.block (.mk [(.mk (.bind (.generated .binding 7)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))))), (.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))] (.cond (.move (.generated .part 79)) (.mk [] (.copy (.generated .binding 7))) (.mk [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true)))))))))] (.succeed (.move (.generated .part 60))))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false) (.mk [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 112)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 111)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 111))))])), (.mk (.bind (.generated .operand 113)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 116)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))])), (.mk (.bind (.generated .operand 117)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 118)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 120)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 119))))])), (.mk (.bind (.generated .operand 121)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 124)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))])), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 126)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 141)) none (.block (.mk [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 143)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))])), (.mk (.bind (.generated .operand 144)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false) (.mk [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false) (.mk [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 154)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153)), .wild]) (.mk [] (.move (.generated .part 153))))])), (.mk (.bind (.generated .operand 155)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 154)), (.move (.generated .operand 155))] false) (.mk [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] .bool (.mk [(.mk (.bind (.generated .operand 161)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])), (.mk (.bind (.generated .operand 162)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false) (.mk [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
-    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
-    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.option (.adt 3))) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))))) ::
-    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
-    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.option (.adt 3)) (.mk [] (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))))) ::
-    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.option (.adt 3))) (.mk [] (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))))) ::
-    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 182)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 181)), .wild]) (.mk [] (.move (.generated .part 181))))])), (.mk (.bind (.generated .operand 183)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 182)), (.move (.generated .operand 183))] false))) ::
-    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 185)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 186)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 184)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 184))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false))) ::
-    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 188)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 189)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 187)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 187))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 188)), (.move (.generated .operand 189))] false))) ::
-    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 191)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 192)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 190)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 190))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false))) ::
-    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 194)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 195)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 193)), .wild, .wild]) (.mk [] (.move (.generated .part 193))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] false))) ::
-    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 196)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 196))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 197)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 197))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 198)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 198))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 199)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 199))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 200)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 200))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 201)), .wild, .wild]) (.mk [] (.move (.generated .part 201))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 202)), .wild]) (.mk [] (.move (.generated .part 202))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 203))]) (.mk [] (.move (.generated .part 203))))])]))) ::
-    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 204)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 204))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 205)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 205))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 206)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 206))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 207)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 207))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 208)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 208))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 209)), .wild, .wild]) (.mk [] (.move (.generated .part 209))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 210)), .wild]) (.mk [] (.move (.generated .part 210))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 211))]) (.mk [] (.move (.generated .part 211))))])]))) ::
-    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 212)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 212))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 213)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 213))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 214)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 214))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 215)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 215))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 216)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 216))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 217)), .wild, .wild]) (.mk [] (.move (.generated .part 217))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 218)), .wild]) (.mk [] (.move (.generated .part 218))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 219))]) (.mk [] (.move (.generated .part 219))))])]))) ::
-    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 220)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 220))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 221)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 221))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 222)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 222))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 223)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 223))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 224)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 224))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 225)), .wild, .wild]) (.mk [] (.move (.generated .part 225))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 226)), .wild]) (.mk [] (.move (.generated .part 226))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 227))]) (.mk [] (.move (.generated .part 227))))])]))) ::
-    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 228)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 228))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 229)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 229))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 230)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 230))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 231)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 231))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 232)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 232))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 233)), .wild, .wild]) (.mk [] (.move (.generated .part 233))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 234)), .wild]) (.mk [] (.move (.generated .part 234))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 235))]) (.mk [] (.move (.generated .part 235))))])]))) ::
-    (.function (.generated .function 40) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 236)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 236))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 237)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 237))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 238)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 238))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 239)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 239))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 240)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 240))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 241)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 241))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 242)), .wild]) (.mk [] (.move (.generated .part 242))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 243))]) (.mk [] (.move (.generated .part 243))))])]))) ::
-    (.function (.generated .function 41) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.adt 3) (.mk [] (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 244)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 244))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 245)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 245))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 246)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 246))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 247)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 247))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 248)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 248))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 249)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 249))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 250)), .wild, .wild]) (.mk [] (.move (.generated .part 250))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 251))]) (.mk [] (.move (.generated .part 251))))])]))) ::
-    (.function (.generated .function 42) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 3) }] (.fallible (.adt 3)) (.mk [] (.succeed (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 252)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 252))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 253)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 253))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 254)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 254))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 255)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 255))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 256)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 256))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 257)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 257))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 258)), .wild, .wild]) (.mk [] (.move (.generated .part 258))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 259)), .wild]) (.mk [] (.move (.generated .part 259))))]), (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 260))]) (.mk [] (.move (.generated .part 260))))])), (.mk (.bind (.generated .operand 262)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 261)), (.move (.generated .operand 262))] true)))])))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 2)], (.option (.adt 2))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))] (.move (.generated .part 2)))))] (.succeed (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false)))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 0)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.pair .nat (.list (.adt 1))) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, (.pair .nat (.list (.adt 1))), (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))] (.move (.generated .part 2)))))]) (tail := (.succeed (.call (.runtime .lengthList) [(.move (.generated .operand 3))] false))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 0)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.prim (ts := [(.list (.adt 1))]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 6)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := .nat) (tb := (.list (.adt 1))) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 2) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 4)))))], (.cond (.move (.generated .holder 5)) (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk (.ok (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))])))), (.mk (.err (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))))])) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := (.adt 2)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := [(.mk (.bind (.generated .holder 9)) none (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])))] false))]) (ta := (.matchOn (.move (.generated .holder 9)) [(.mk (.ok (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))])))), (.mk (.err (.bind (.generated .binding 3))) (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))))])) (lb := []) (tb := (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 7)))))]) (tail := (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 2 0 [(.bind (.generated .part 6)), .wild, .wild]) (.mk [] (.move (.generated .part 6))))])) (Corr.fieldHeld (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 6))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 7)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 7))) (Corr.first (ta := (.adt 2)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair (.adt 2) .bool), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.pair (.copy (.generated .binding 2)) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))]))))]))) (Corr.mCons (Γ' := [(3, (.pair .bool .bool), (some 3)), (1, (.pair (.adt 2) .bool), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair .nat (.list (.adt 1))) (.pair .bool .bool)) [(.copy (.generated .binding 3))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat (.list (.adt 1)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 11)))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10)), .wild]) (.mk [] (.move (.generated .part 10))))])) (Corr.fieldHeld (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 10))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 11)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 11))) (Corr.first (ta := (.adt 2)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 14)) none (.call (.function 8) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 15)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 15))), (.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 2), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 2)] (.option (.adt 2))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 16)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 16) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 2)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 2), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 2)] (.option (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (3, .nat, (some 3)), (2, (.adt 2), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 2)] (.option (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 2)] (.option (.adt 2))), .nat, (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.call (.function 9) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 18)), .wild, .wild]) (.mk [] (.move (.generated .part 18))))])] true))], (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [(.mk (.bind (.generated .holder 21)) none (.call (.function 10) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 20)), .wild, .wild]) (.mk [] (.move (.generated .part 20))))]), (.clone (.generated .binding 1))] true))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))))])))]), [(0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 18))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 2)) []))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 21)) none (.call (.function 10) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 20)), .wild, .wild]) (.mk [] (.move (.generated .part 20))))]), (.clone (.generated .binding 1))] true))]) (tail := (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 3))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 20))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 2)) []))) (Corr.mCons (Γ' := [(2, (.adt 3), (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.construct (.adt 2 0) [(.move (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false))), (.construct (.adt 4 0) [(.block (.mk [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))), (.block (.mk [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true))), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])))])])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 22)), .wild]) (.mk [] (.move (.generated .part 22))))])), (.mk (.bind (.generated .operand 24)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 1)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] false)) (Corr.prim (ts := [(.list (.adt 1)), (.list (.adt 1))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 22))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 1), (.list (.adt 1))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.block (.mk [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))] (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 27)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 26))]) (.mk [] (.move (.generated .part 26))))]))]) (tail := (.matchOn (.move (.generated .holder 27)) [(.mk (.adt 4 0 [(.bind (.generated .part 25)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 25))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 26))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 34)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 35)) none (.call (.function 11) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 33)), .wild, .wild]) (.mk [] (.move (.generated .part 33))))])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))]) (tail := (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 4 0 [.wild, (.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 30))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 31))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 33))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))]) (tail := (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 4 0 [.wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))]) (tail := (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 4 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 42))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))]) (tail := (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 49)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))]) (tail := (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 4 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 47))]) (.mk [] (.move (.generated .part 47))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 47))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 2 0) [(.call (.function 12) [(.move (.generated .binding 0))] false), (.construct (.nil (.adt 1)) []), (.construct (.adt 4 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 3), (.list (.adt 1)), (.adt 4)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 50)) none (.call (.function 8) [(.move (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 3), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 13) [(.move (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 51))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 55)) none (.block (.mk [(.mk (.bind (.generated .holder 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 53)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 55)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 57)) none (.block (.mk [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 57)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 53)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 52)) none (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 0) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 52)) [(.mk .none (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 0) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 1) [])])) (.mk [] (.construct (.none (.adt 1)) [])))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 1) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 54)) none (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 2) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 54)) [(.mk .none (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 1), (some 2)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 2) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 3) [])])) (.mk [] (.construct (.none (.adt 1)) [])))) (Corr.mCons (Γ' := [(3, (.adt 1), (some 3)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 3) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 57)) none (.block (.mk [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 57)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))] (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 56)) none (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 1 4) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 56)) [(.mk .none (.mk [] (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 4) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 5) [])])) (.mk [] (.construct (.none (.adt 1)) [])))) (Corr.mCons (Γ' := [(5, (.adt 1), (some 5)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 5) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 58)) none (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 1 6) [])])) (.mk [] (.construct (.none (.adt 1)) []))))]) (tail := (.matchOn (.move (.generated .holder 58)) [(.mk .none (.mk [] (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 1), (some 6)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 1 6) [])])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 21) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))) (Corr.mCons (Γ' := [(7, (.adt 1), (some 7)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 21) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 1 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 59)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 1 0 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 1 []) (.mk [] (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 2 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 3 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 4 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false))), (.mk (.adt 1 5 []) (.mk [] (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 6 []) (.mk [] (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false)))), (.mk (.adt 1 7 []) (.mk [] (.call (.function 29) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 1)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 23) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 27) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 28) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 3), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 29) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [.wild, (.bind (.generated .part 60))]) none (.block (.mk [(.mk (.bind (.generated .binding 7)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))))), (.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))] (.cond (.move (.generated .part 79)) (.mk [] (.copy (.generated .binding 7))) (.mk [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true)))))))))], (.succeed (.move (.generated .part 60))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.second (ta := .bool) (tb := .nat) (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 7)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))] (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))))), (.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))]) (tail := (.cond (.move (.generated .part 79)) (.mk [] (.copy (.generated .binding 7))) (.mk [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 3)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))] (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))))), (.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))]) (tail := (.cond (.move (.generated .part 67)) (.mk [] (.copy (.generated .binding 3))) (.mk [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 1)) (some (.pair .bool .nat)) (.pair (.call (.function 14) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.cond (.move (.generated .part 61)) (.mk [] (.copy (.generated .binding 1))) (.mk [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 61)), .wild]) none (.copy (.generated .binding 1)))]) (ce := (.move (.generated .part 61))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 1))) (lb := [(.mk (.bind (.generated .binding 2)) (some (.pair .bool .nat)) (.pair (.call (.function 15) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))] (.move (.generated .part 62)))) (.block (.mk [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 62)), .wild]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 62))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 65)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 63))))), (.mk (.bind (.generated .operand 66)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))] (.move (.generated .part 64)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 65)), (.move (.generated .operand 66))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 63))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 63))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 64))]) none (.copy (.generated .binding 2)))]) (tail := (.move (.generated .part 64))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 67)), .wild]) none (.copy (.generated .binding 3)))]) (ce := (.move (.generated .part 67))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 3))) (lb := [(.mk (.bind (.generated .binding 6)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))] (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)))))))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))] (.move (.generated .part 74)))) (.block (.mk [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 4)) (some (.pair .bool .nat)) (.pair (.call (.function 16) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))]) (tail := (.cond (.move (.generated .part 68)) (.mk [] (.copy (.generated .binding 4))) (.mk [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 68)), .wild]) none (.copy (.generated .binding 4)))]) (ce := (.move (.generated .part 68))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 4))) (lb := [(.mk (.bind (.generated .binding 5)) (some (.pair .bool .nat)) (.pair (.call (.function 17) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))] (.move (.generated .part 69)))) (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 69)), .wild]) none (.copy (.generated .binding 5)))]) (tail := (.move (.generated .part 69))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))] (.move (.generated .part 70))))), (.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))] (.move (.generated .part 71)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 70))]) none (.copy (.generated .binding 4)))]) (tail := (.move (.generated .part 70))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 71))]) none (.copy (.generated .binding 5)))]) (tail := (.move (.generated .part 71))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 74)), .wild]) none (.copy (.generated .binding 6)))]) (tail := (.move (.generated .part 74))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 77)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))] (.move (.generated .part 75))))), (.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))] (.move (.generated .part 76)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 77)), (.move (.generated .operand 78))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 75))]) none (.copy (.generated .binding 3)))]) (tail := (.move (.generated .part 75))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 76))]) none (.copy (.generated .binding 6)))]) (tail := (.move (.generated .part 76))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 79)), .wild]) none (.copy (.generated .binding 7)))]) (ce := (.move (.generated .part 79))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 7))) (lb := [(.mk (.bind (.generated .binding 14)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))] (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)))))))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))] (.move (.generated .part 98)))) (.block (.mk [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 10)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))] (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))))), (.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))]) (tail := (.cond (.move (.generated .part 86)) (.mk [] (.copy (.generated .binding 10))) (.mk [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true))))))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 8)) (some (.pair .bool .nat)) (.pair (.call (.function 18) [(.clone (.generated .binding 0))] true) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))]) (tail := (.cond (.move (.generated .part 80)) (.mk [] (.copy (.generated .binding 8))) (.mk [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 80)), .wild]) none (.copy (.generated .binding 8)))]) (ce := (.move (.generated .part 80))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 8))) (lb := [(.mk (.bind (.generated .binding 9)) (some (.pair .bool .nat)) (.pair (.call (.function 19) [(.clone (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))] (.move (.generated .part 81)))) (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 81)), .wild]) none (.copy (.generated .binding 9)))]) (tail := (.move (.generated .part 81))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))] (.move (.generated .part 82))))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))] (.move (.generated .part 83)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 82))]) none (.copy (.generated .binding 8)))]) (tail := (.move (.generated .part 82))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 83))]) none (.copy (.generated .binding 9)))]) (tail := (.move (.generated .part 83))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 86)), .wild]) none (.copy (.generated .binding 10)))]) (ce := (.move (.generated .part 86))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 10))) (lb := [(.mk (.bind (.generated .binding 13)) (some (.pair .bool .nat)) (.block (.mk [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))] (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)))))))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))] (.move (.generated .part 93)))) (.block (.mk [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 11)) (some (.pair .bool .nat)) (.pair (.call (.function 20) [(.clone (.generated .binding 0))] false) (.lit (.nat 1)))), (.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))]) (tail := (.cond (.move (.generated .part 87)) (.mk [] (.copy (.generated .binding 11))) (.mk [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true))))))) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.cond (lc := [(.mk (.tuple [(.bind (.generated .part 87)), .wild]) none (.copy (.generated .binding 11)))]) (ce := (.move (.generated .part 87))) (lk := []) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl) (Corr.kIf (la := []) (ta := (.copy (.generated .binding 11))) (lb := [(.mk (.bind (.generated .binding 12)) (some (.pair .bool .nat)) (.pair (.call (.function 21) [(.move (.generated .binding 0))] false) (.lit (.nat 1))))]) (tb := (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))] (.move (.generated .part 88)))) (.block (.mk [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))] (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true))))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.letBind (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 88)), .wild]) none (.copy (.generated .binding 12)))]) (tail := (.move (.generated .part 88))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 91)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))] (.move (.generated .part 89))))), (.mk (.bind (.generated .operand 92)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))] (.move (.generated .part 90)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 89))]) none (.copy (.generated .binding 11)))]) (tail := (.move (.generated .part 89))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 90))]) none (.copy (.generated .binding 12)))]) (tail := (.move (.generated .part 90))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 93)), .wild]) none (.copy (.generated .binding 13)))]) (tail := (.move (.generated .part 93))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 96)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))] (.move (.generated .part 94))))), (.mk (.bind (.generated .operand 97)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))] (.move (.generated .part 95)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 96)), (.move (.generated .operand 97))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 94))]) none (.copy (.generated .binding 10)))]) (tail := (.move (.generated .part 94))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 95))]) none (.copy (.generated .binding 13)))]) (tail := (.move (.generated .part 95))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 98)), .wild]) none (.copy (.generated .binding 14)))]) (tail := (.move (.generated .part 98))) (Corr.first (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))] (.move (.generated .part 99))))), (.mk (.bind (.generated .operand 102)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))] (.move (.generated .part 100)))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 101)), (.move (.generated .operand 102))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 99))]) none (.copy (.generated .binding 7)))]) (tail := (.move (.generated .part 99))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 100))]) none (.copy (.generated .binding 14)))]) (tail := (.move (.generated .part 100))) (Corr.second (ta := .bool) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))))) rfl))⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false) (.mk [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)))) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 103)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))] (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 105)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 106)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 105)), (.move (.generated .operand 106))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 110)) none (.cond (.call (.function 30) [(.clone (.generated .binding 0))] false) (.mk [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))]) (tb := (.call (.runtime .boolNot) [(.move (.generated .operand 110))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 30) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false) (.mk [] (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 108)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 107))]) (.mk [] (.move (.generated .part 107))))])), (.mk (.bind (.generated .operand 109)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 108)), (.move (.generated .operand 109))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 107))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 31) [(.clone (.generated .binding 0))] false) (.mk [] (.call (.function 32) [(.move (.generated .binding 0))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := []) (ce := (.call (.function 31) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.move (.generated .binding 0))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 112)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 111)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 111))))])), (.mk (.bind (.generated .operand 113)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 112)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 111)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 111))))])), (.mk (.bind (.generated .operand 113)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 112)), (.move (.generated .operand 113))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 116)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))])), (.mk (.bind (.generated .operand 117)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false) (.mk [] (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 118)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 116)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))])), (.mk (.bind (.generated .operand 117)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 32) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 118)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 118))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 120)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 119))))])), (.mk (.bind (.generated .operand 121)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false) (.mk [] (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 120)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 119)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 119))))])), (.mk (.bind (.generated .operand 121)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 33) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 124)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))])), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] false) (.mk [] (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 126)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 124)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))])), (.mk (.bind (.generated .operand 125)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 124)), (.move (.generated .operand 125))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 34) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 126)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 126))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 128)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 141)) none (.block (.mk [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 128)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 140)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 141)) none (.block (.mk [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 138)) none (.block (.mk [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)))), (.mk (.bind (.generated .operand 139)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 137)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)))), (.mk (.bind (.generated .operand 136)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 134))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 135)), (.move (.generated .operand 136))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 132)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))])), (.mk (.bind (.generated .operand 133)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 143)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))])), (.mk (.bind (.generated .operand 144)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false) (.mk [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false) (.mk [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 143)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))])), (.mk (.bind (.generated .operand 144)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 143)), (.move (.generated .operand 144))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false) (.mk [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 146)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 145)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))])), (.mk (.bind (.generated .operand 147)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 146)), (.move (.generated .operand 147))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 151)) none (.block (.mk [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))] (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])))), (.mk (.bind (.generated .operand 152)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 151)), (.move (.generated .operand 152))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 149)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]))]) (tail := (.matchOn (.move (.generated .holder 150)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 148))]) (.mk [] (.move (.generated .part 148))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 154)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153)), .wild]) (.mk [] (.move (.generated .part 153))))])), (.mk (.bind (.generated .operand 155)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 154)), (.move (.generated .operand 155))] false) (.mk [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 154)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 153)), .wild]) (.mk [] (.move (.generated .part 153))))])), (.mk (.bind (.generated .operand 155)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 154)), (.move (.generated .operand 155))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 157)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild]) (.mk [] (.move (.generated .part 156))))])), (.mk (.bind (.generated .operand 158)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 157)), (.move (.generated .operand 158))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 159)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 159))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 161)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])), (.mk (.bind (.generated .operand 162)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false) (.mk [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 161)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])), (.mk (.bind (.generated .operand 162)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 161)), (.move (.generated .operand 162))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false) (.mk [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 164)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 163))]) (.mk [] (.move (.generated .part 163))))])), (.mk (.bind (.generated .operand 165)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 164)), (.move (.generated .operand 165))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 167)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))])), (.mk (.bind (.generated .operand 168)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 167)), (.move (.generated .operand 168))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false) (.mk [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 173)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 172)), .wild, .wild]) (.mk [] (.move (.generated .part 172))))])), (.mk (.bind (.generated .operand 174)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 173)), (.move (.generated .operand 174))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 172))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false) (.mk [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 176)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 175))]) (.mk [] (.move (.generated .part 175))))])), (.mk (.bind (.generated .operand 177)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 176)), (.move (.generated .operand 177))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 175))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 179)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 178)), .wild]) (.mk [] (.move (.generated .part 178))))])), (.mk (.bind (.generated .operand 180)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 179)), (.move (.generated .operand 180))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 178))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 3)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 19) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 19) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 40) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 20) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 3)) []))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 20) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 41) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 3)) [])) (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 21) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 3)) [])))), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 21) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 42) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 3)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 3)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 3)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun30 : FunOK program krate flags 30 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 182)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 181)), .wild]) (.mk [] (.move (.generated .part 181))))])), (.mk (.bind (.generated .operand 183)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 182)), (.move (.generated .operand 183))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 181))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun31 : FunOK program krate flags 31 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 185)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 186)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 184)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 184))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 185)), (.move (.generated .operand 186))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 184))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun32 : FunOK program krate flags 32 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 188)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 189)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 187)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 187))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 188)), (.move (.generated .operand 189))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 187))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun33 : FunOK program krate flags 33 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 191)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 192)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 190)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 190))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 190))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun34 : FunOK program krate flags 34 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 194)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 195)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 193)), .wild, .wild]) (.mk [] (.move (.generated .part 193))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 193))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun35 : FunOK program krate flags 35 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 196)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 196))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 197)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 197))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 198)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 198))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 199)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 199))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 200)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 200))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 201)), .wild, .wild]) (.mk [] (.move (.generated .part 201))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 202)), .wild]) (.mk [] (.move (.generated .part 202))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 203))]) (.mk [] (.move (.generated .part 203))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 196))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 197))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 198))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 199))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 200))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 201))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 202))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 203))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun36 : FunOK program krate flags 36 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 204)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 204))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 205)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 205))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 206)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 206))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 207)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 207))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 208)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 208))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 209)), .wild, .wild]) (.mk [] (.move (.generated .part 209))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 210)), .wild]) (.mk [] (.move (.generated .part 210))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 211))]) (.mk [] (.move (.generated .part 211))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 204))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 205))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 206))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 207))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 208))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 209))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 210))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 211))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun37 : FunOK program krate flags 37 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 212)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 212))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 213)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 213))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 214)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 214))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 215)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 215))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 216)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 216))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 217)), .wild, .wild]) (.mk [] (.move (.generated .part 217))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 218)), .wild]) (.mk [] (.move (.generated .part 218))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 219))]) (.mk [] (.move (.generated .part 219))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 212))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 213))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 214))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 215))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 216))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 217))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 218))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 219))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun38 : FunOK program krate flags 38 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 220)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 220))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 221)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 221))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 222)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 222))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 223)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 223))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 224)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 224))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 225)), .wild, .wild]) (.mk [] (.move (.generated .part 225))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 226)), .wild]) (.mk [] (.move (.generated .part 226))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 227))]) (.mk [] (.move (.generated .part 227))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 220))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 221))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 222))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 223))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 224))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 225))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 226))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 227))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun39 : FunOK program krate flags 39 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 228)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 228))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 229)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 229))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 230)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 230))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 231)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 231))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 232)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 232))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 233)), .wild, .wild]) (.mk [] (.move (.generated .part 233))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 234)), .wild]) (.mk [] (.move (.generated .part 234))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 235))]) (.mk [] (.move (.generated .part 235))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 228))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 229))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 230))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 231))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 232))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 233))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 234))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 235))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun40 : FunOK program krate flags 40 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 236)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 236))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 237)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 237))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 238)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 238))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 239)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 239))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 240)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 240))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 241)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 241))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 242)), .wild]) (.mk [] (.move (.generated .part 242))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 243))]) (.mk [] (.move (.generated .part 243))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 236))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 237))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 238))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 239))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 240))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 241))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 242))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 243))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun41 : FunOK program krate flags 41 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 244)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 244))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 245)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 245))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 246)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 246))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 247)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 247))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 248)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 248))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 249)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 249))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 250)), .wild, .wild]) (.mk [] (.move (.generated .part 250))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 251))]) (.mk [] (.move (.generated .part 251))))])]), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 244))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 245))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 246))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 247))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 248))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 249))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 250))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 251))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun42 : FunOK program krate flags 42 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 3 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [(.bind (.generated .part 252)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 252))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 253)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 253))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 254)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 254))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 255)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 255))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 256)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 256))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 257)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 257))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 258)), .wild, .wild]) (.mk [] (.move (.generated .part 258))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 259)), .wild]) (.mk [] (.move (.generated .part 259))))]), (.block (.mk [(.mk (.bind (.generated .operand 261)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 260))]) (.mk [] (.move (.generated .part 260))))])), (.mk (.bind (.generated .operand 262)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 261)), (.move (.generated .operand 262))] true)))])), [(0, (.adt 3), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 252))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 253))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 254))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 255))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 256))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 257))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 258))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 259))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 261)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 260))]) (.mk [] (.move (.generated .part 260))))])), (.mk (.bind (.generated .operand 262)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 261)), (.move (.generated .operand 262))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 260))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | 30 => exact fun30
-  | 31 => exact fun31
-  | 32 => exact fun32
-  | 33 => exact fun33
-  | 34 => exact fun34
-  | 35 => exact fun35
-  | 36 => exact fun36
-  | 37 => exact fun37
-  | 38 => exact fun38
-  | 39 => exact fun39
-  | 40 => exact fun40
-  | 41 => exact fun41
-  | 42 => exact fun42
-  | _ + 43 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3.lean
deleted file mode 100644
index 6851322ae..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3.lean
+++ /dev/null
@@ -1,349 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [.nat]] },
-    { constructors := [[(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]] },
-    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.first (.var 1))), (.arm .error [2] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [.nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
-      body := (.«match» (.result (.pair .nat .nat) (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 2)]))]) }) ::(
-    { parameters := [0], types := [.nat], result := (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 2) [(.arm .some [2] (.build .ok (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair (.pair .nat .nat) (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 3)])]))])) }) ::(
-    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
-      body := (.call 5 [(.closure 6 [(.var 0)]), (.prim .natMul [(.var 0), (.value .nat (.nat 8))]), (.call 7 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
-      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.call 8 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.nat], result := (.adt 1),
-      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.call 12 [(.build .nil (.list (.pair .nat .nat)) []), (.call 11 [(.var 0)])]), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) }) ::(
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.field (.var 1) 2) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 13 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.field (.var 1) 1), (.build .some (.option (.pair (.pair .nat .nat) (.adt 2))) [(.build .pair (.pair (.pair .nat .nat) (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 3), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 1), (.field (.field (.var 1) 4) 2), (.field (.field (.var 1) 4) 3), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 14 [(.var 3)]) (.«let» 7 (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.call 15 [(.field (.var 1) 1), (.var 6)]) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 4), (.first (.var 7))]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 16 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.second (.var 7)), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.field (.var 1) 3) (.build .true .bool []) (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 1), (.call 17 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 4) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 4) 5))])])]))))))]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
-    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := (.list (.pair .nat .nat)),
-      body := (.«match» (.list (.pair .nat .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.build .nil (.list (.pair .nat .nat)) [])])), (.arm .cons [2, 3] (.«match» (.list (.pair .nat .nat)) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list (.pair .nat .nat)) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.call 18 [(.var 1)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [2] (.cond (.call 19 [(.var 0), (.var 2)]) (.build .some (.option (.pair .nat .nat)) [(.var 2)]) (.build .none (.option (.pair .nat .nat)) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.prim .append [(.call 20 [(.var 0)]), (.prim .append [(.call 21 [(.var 0)]), (.call 22 [(.var 0)])])]) }) ::(
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
-      body := (.call 23 [(.closure 24 []), (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.build .nil (.list (.adt 2)) []), (.var 0)]), (.var 1)]) }) ::(
-    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
-      body := (.prim .natAdd [(.value .nat (.nat 1)), (.prim .natAdd [(.value .nat (.nat 1)), (.prim .length [(.call 25 [(.var 0)])])])]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.build .some (.option (.pair .nat .nat)) [(.var 0)]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := .bool,
-      body := (.cond (.prim .natEq [(.second (.var 1)), (.var 0)]) (.prim .natLe [(.first (.var 1)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 1) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 1) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.call 27 [(.closure 28 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 25 [(.field (.var 0) 0)])]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
-      body := (.«match» (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 23 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
-      body := (.cond (.call 29 [(.second (.var 0)), (.field (.var 1) 0)]) (.var 0) (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.prim .append [(.first (.var 0)), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]), (.call 12 [(.second (.var 0)), (.field (.var 1) 0)])])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .nil (.list .nat) [])])])]) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 30 [(.var 0)])), (.arm (.adt 1) [] (.call 31 [(.var 0)])), (.arm (.adt 2) [2] (.call 32 [(.var 0), (.var 2)]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 27 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.call 33 [(.var 0), (.var 1), (.var 2)]) }) ::(
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 29 [(.var 3), (.var 1)]))]))]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 34 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 35 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 36 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 37 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 38 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 39 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 2) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 2) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
-      body := (.cond (.prim .natLt [(.first (.var 0)), (.value .nat (.nat 4))]) (.prim .natLe [(.second (.var 0)), (.value .nat (.nat 3))]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 4)), (.second (.var 0))]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
-      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.first (.var 0))]) (.cond (.prim .natLe [(.prim .natAdd [(.second (.var 0)), (.var 1)]), (.value .nat (.nat 3))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.prim .natSub [(.first (.var 0)), (.var 1)]), (.prim .natAdd [(.second (.var 0)), (.var 1)])]) }) ::[]) }
-
-def __enc_0 : (Reasoning.Planner.Plan.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Reasoning.Planner.Plan.Step.FillA => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Reasoning.Planner.Plan.Step.EmptyB => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Reasoning.Planner.Plan.Step.Pour __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
-
-def __enc_2 (__s : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (__s).state), ((_root_.LexLeanPreservation.encList __enc_0) (__s).trace)]
-
-def __enc_3 (__s : (Reasoning.Planner.Plan.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
-
-def __enc_1 (__s : (Reasoning.Planner.Plan.Search)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList __enc_2) (__s).frontier), ((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (__s).visited), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) __enc_2)) (__s).found), (_root_.LexLeanTarget.TargetSyntax.Value.bool (__s).truncated), (__enc_3 (__s).ledger)]
-
-def __fits_18 (jugs : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_18 (jugs : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) jugs)] (_root_.LexLeanPreservation.Rel (__fits_18 jugs) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.extract jugs))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
-
-def __fits_19 (target : Nat) (r : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (r).2 target) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_19 (target : Nat) (r : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 19 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) r)] (_root_.LexLeanPreservation.Rel (__fits_19 target r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.measuresCheck target r))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (r).1 (4 : Nat)))) (Nat.beq (r).2 target) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (r).2 target)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (r).1 (4 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_13 (target : Nat) (_ys : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (match (Reasoning.Planner.Plan.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (target) (_yv))) && (if (Reasoning.Planner.measuresCheck (target) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Planner.Plan.extract Reasoning.Planner.measuresCheck in
-theorem __rel_13 (target : Nat) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 13 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_13 target _ys) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.accept target _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_19 (target) (_yv))) && (if (Reasoning.Planner.measuresCheck (target) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Option.none => (Option.none : (Option (Prod Nat Nat))) | Option.some _yv => (if (Reasoning.Planner.measuresCheck (target) (_yv)) then (Option.some (_yv) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat)))))) (Reasoning.Planner.Plan.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some (_yv) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.measuresCheck (target) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_19 (target) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_34 (s : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).1 (4 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_34 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 34 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_34 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.FillA.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (s).2 (3 : Nat)))) (Nat.blt (s).1 (4 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).1 (4 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (s).2 (3 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_35 (s : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_35 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 35 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.FillA.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_30 (s : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_34 (s))) && (if (Reasoning.Planner.FillA.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.FillA.conclusion Reasoning.Planner.FillA.guard in
-theorem __rel_30 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 30 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_30 s) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.FillA.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Planner.FillA.conclusion (s))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.FillA.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_36 (s : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (s).2) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_36 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 36 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.EmptyB.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (s).1 (4 : Nat)))) (Nat.blt (0 : Nat) (s).2) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (s).2)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (s).1 (4 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_37 (s : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_37 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 37 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.EmptyB.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_31 (s : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_36 (s))) && (if (Reasoning.Planner.EmptyB.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.EmptyB.conclusion Reasoning.Planner.EmptyB.guard in
-theorem __rel_31 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 31 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_31 s) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.EmptyB.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Planner.EmptyB.conclusion (s))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.EmptyB.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_38 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble k (s).1) then (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).2 + k) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble ((s).2 + k) (3 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-theorem __rel_38 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 38 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_38 s k) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Planner.Pour.guard s k))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).2 + k) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble ((s).2 + k) (3 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.ble ((s).2 + k) (3 : Nat)) && (Nat.ble (s).1 (4 : Nat))))) (Nat.ble k (s).1) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe k (s).1)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (s).1 (4 : Nat)))) (Nat.ble ((s).2 + k) (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).2 k)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe ((s).2 + k) (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (s).1 (4 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_39 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).2 + k) 18446744073709551616)) && Bool.true)) && Bool.true)
-
-theorem __rel_39 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 39 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_39 s k) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Pour.conclusion s k))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (s).1 k)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).2 k)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_32 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_38 (s) (k))) && (if (Reasoning.Planner.Pour.guard (s) (k)) then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_39 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.Pour.conclusion Reasoning.Planner.Pour.guard in
-theorem __rel_32 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 32 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_32 s k) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Pour.apply s k))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_39 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Planner.Pour.conclusion (s) (k))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Planner.Pour.guard (s) (k)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_38 (s) (k))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_39 (s) (k))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Planner.Plan.Step)) : Bool :=
-  (Bool.true && (match _ystep with | Reasoning.Planner.Plan.Step.FillA => ((Bool.true && Bool.true) && (__fits_30 (_ys))) | Reasoning.Planner.Plan.Step.EmptyB => ((Bool.true && Bool.true) && (__fits_31 (_ys))) | Reasoning.Planner.Plan.Step.Pour _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_32 (_ys) (_yb)))))
-
-attribute [local irreducible] Reasoning.Planner.EmptyB.apply Reasoning.Planner.FillA.apply Reasoning.Planner.Pour.apply in
-theorem __rel_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Planner.Plan.Step)) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), (__enc_0 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_26 _ys _ystep) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.fire _ys _ystep))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Reasoning.Planner.Plan.Step)) => (match __a with | Reasoning.Planner.Plan.Step.FillA => ((Bool.true && Bool.true) && (__fits_30 (_ys))) | Reasoning.Planner.Plan.Step.EmptyB => ((Bool.true && Bool.true) && (__fits_31 (_ys))) | Reasoning.Planner.Plan.Step.Pour _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_32 (_ys) (_yb))))) (fun (__a : (Reasoning.Planner.Plan.Step)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Reasoning.Planner.Plan.Step.FillA => (Reasoning.Planner.FillA.apply (_ys)) | Reasoning.Planner.Plan.Step.EmptyB => (Reasoning.Planner.EmptyB.apply (_ys)) | Reasoning.Planner.Plan.Step.Pour _yb => (Reasoning.Planner.Pour.apply (_ys) (_yb)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Planner.Plan.Step)) _ => match __a with | Reasoning.Planner.Plan.Step.FillA => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 (_ys)))) | Reasoning.Planner.Plan.Step.EmptyB => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 (_ys))))) | Reasoning.Planner.Plan.Step.Pour _yb => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_32 (_ys) (_yb))))))))
-
-def __fits_20 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
-  (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step))))) && (match (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)))) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.Plan.fire in
-theorem __rel_20 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_20 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.FillA.successors _ynode))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => ([] : List (Reasoning.Planner.Plan.Node)) | Option.some _yt => (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node))))) (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Planner.Plan.Step.FillA : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))
-
-def __fits_21 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
-  (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step))))) && (match (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)))) with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.Plan.fire in
-theorem __rel_21 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_21 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.EmptyB.successors _ynode))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yt => ((((Bool.true && (((Bool.true && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => ([] : List (Reasoning.Planner.Plan.Node)) | Option.some _yt => (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node))))) (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Planner.Plan.Step.EmptyB : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)))))
-
-def __fits_25 (s : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_25 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 25 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Pour.candidates s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_33 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step))))) && (match (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)))) with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.Plan.fire in
-theorem __rel_33 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_33 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.Pour.collect _ynode _yacc _yb))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => _yacc | Option.some _yt => (_root_.LexLeanRuntime.append (_yacc) ((({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))))) (Reasoning.Planner.Plan.fire ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Planner.Plan.Step.Pour (_yb) : (Reasoning.Planner.Plan.Step)) :: ([] : List (Reasoning.Planner.Plan.Step)))) : (List (Reasoning.Planner.Plan.Step))) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))))))))
-
-def __fits_28 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_33 (_ynode) (_yacc) (_yb)))
-
-attribute [local irreducible] Reasoning.Planner.Plan.Pour.collect in
-theorem __rel_28 (_ynode : (Reasoning.Planner.Plan.Node)) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_28 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) ((Reasoning.Planner.Plan.Pour.collect (_ynode) (_yacc) (_yb))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_33 (_ynode) (_yacc) (_yb)))
-
-def __fits_22 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
-  (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_25 ((_ynode).state))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : Nat) => __fits_28 (_ynode) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) => (Reasoning.Planner.Plan.Pour.collect (_ynode) (_yacc) (_yb)))) (([] : List (Reasoning.Planner.Plan.Node))) ((Reasoning.Planner.Pour.candidates ((_ynode).state)))))
-
-attribute [local irreducible] Reasoning.Planner.Plan.Pour.collect Reasoning.Planner.Pour.candidates in
-theorem __rel_22 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_22 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.Pour.successors _ynode))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yb : Nat) => (Reasoning.Planner.Plan.Pour.collect (_ynode) (_yacc) (_yb)))) (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : Nat) => __fits_28 (_ynode) __p0 __p1) 28 [(__enc_2 _ynode)] (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : Nat) => __rel_28 (_ynode) __p0 __p1) (p := __prog) (fi := 27) (ta := .nat) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Planner.Plan.Node))) ((Reasoning.Planner.Pour.candidates ((_ynode).state)))))
-
-def __fits_14 (_ynode : (Reasoning.Planner.Plan.Node)) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_20 (_ynode))) && (((((Bool.true && Bool.true) && (__fits_21 (_ynode))) && (((Bool.true && Bool.true) && (__fits_22 (_ynode))) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-attribute [local irreducible] Reasoning.Planner.Plan.EmptyB.successors Reasoning.Planner.Plan.FillA.successors Reasoning.Planner.Plan.Pour.successors in
-theorem __rel_14 (_ynode : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_14 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Planner.Plan.successors _ynode))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ynode))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ynode))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ynode))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) (Reasoning.Planner.Plan.EmptyB.successors (_ynode)) (Reasoning.Planner.Plan.Pour.successors (_ynode)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) (Reasoning.Planner.Plan.FillA.successors (_ynode)) (_root_.LexLeanRuntime.append ((Reasoning.Planner.Plan.EmptyB.successors (_ynode))) ((Reasoning.Planner.Plan.Pour.successors (_ynode))) : (List (Reasoning.Planner.Plan.Node)))))
-
-def __fits_24 (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then Bool.true else ((((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_24 (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 24 [((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_24 _yacc _yn) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) ((if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat)))))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then Bool.true else ((((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) (if __b then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat)))))) (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setContains (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat Nat) -> (Prod Nat Nat) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.containsElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.containsElement, __h]) (p := __prog) (fi := 29) (tk := (.pair .nat .nat)) rfl ((_yacc).2) ((_yn).state))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) (_yacc).1 (_yn :: ([] : List (Reasoning.Planner.Plan.Node))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setInsert (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat Nat) -> (Prod Nat Nat) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 12) (tk := (.pair .nat .nat)) rfl ((_yacc).2) ((_yn).state))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))
-
-def __fits_15 (_yvisited : (List (Prod Nat Nat))) (_ynodes : (List (Reasoning.Planner.Plan.Node))) : Bool :=
-  ((Bool.true && ((((Bool.true && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_24 __p0 __p1) ((fun (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat))))))) ((([] : List (Reasoning.Planner.Plan.Node)), _yvisited)) (_ynodes)))
-
-theorem __rel_15 (_yvisited : (List (Prod Nat Nat))) (_ynodes : (List (Reasoning.Planner.Plan.Node))) : _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) _yvisited), ((_root_.LexLeanPreservation.encList __enc_2) _ynodes)] (_root_.LexLeanPreservation.Rel (__fits_15 _yvisited _ynodes) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat))) (Reasoning.Planner.Plan.fresh _yvisited _ynodes))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encList __enc_2) (_root_.LexLeanPreservation.encList (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)))) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (_root_.LexLeanCollections.setContains ((_yacc).2) ((_yn).state) : Bool) then _yacc else ((_root_.LexLeanRuntime.append ((_yacc).1) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))), (_root_.LexLeanCollections.setInsert ((_yacc).2) ((_yn).state) : (List (Prod Nat Nat))))))) (fun (__p0 : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_24 __p0 __p1) 24 [] (fun (__p0 : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat)))) (__p1 : (Reasoning.Planner.Plan.Node)) => __rel_24 __p0 __p1) (p := __prog) (fi := 23) (ta := (.adt 2)) (ts := (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) rfl ((([] : List (Reasoning.Planner.Plan.Node)), _yvisited)) (_ynodes)))
-
-def __fits_16 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : Bool :=
-  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
-
-theorem __rel_16 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 16 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_16 target _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Planner.Plan.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
-
-def __fits_17 (_ys : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && (__fits_25 (_ys))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt ((1 : Nat) + (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat)) 18446744073709551616)) && Bool.true)) && (Nat.blt ((1 : Nat) + ((1 : Nat) + (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat))) 18446744073709551616))
-
-attribute [local irreducible] Reasoning.Planner.Pour.candidates in
-theorem __rel_17 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_17 _ys) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Planner.Plan.attempts _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Pour.candidates (_ys)))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (1 : Nat) (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (1 : Nat) ((1 : Nat) + (_root_.LexLeanRuntime.length ((Reasoning.Planner.Pour.candidates (_ys))) : Nat))))
-
-def __fits_8 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : Bool :=
-  (Bool.true && (match (_yr).found with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (target) ((_ynode).state))) && (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true)))))))))))))))
-
-attribute [local irreducible] Reasoning.Planner.Plan.accept Reasoning.Planner.Plan.attempts Reasoning.Planner.Plan.fresh Reasoning.Planner.Plan.successors in
-theorem __rel_8 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_8 target _yr) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Planner.Plan.searchStep target _yr))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) __enc_2)) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (match __a with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (target) ((_ynode).state))) && (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true))))))))))))))) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yhit => (Option.none : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (match (_yr).frontier with | List.nil => (Option.none : (Option (Reasoning.Planner.Plan.Search))) | List.cons _ynode _yrest => (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, visited := (_yr).visited, found := (Option.some ((_yv, _ynode)) : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); (Option.some (({ frontier := _ynext, visited := (_yfresh).2, found := (Option.none : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := ((_yr).truncated || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))))))))))) (_yr).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList __enc_2) (fun (__a : (List (Reasoning.Planner.Plan.Node))) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_13 (target) ((_ynode).state))) && (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true))))))))))))) (fun (__a : (List (Reasoning.Planner.Plan.Node))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | List.nil => (Option.none : (Option (Reasoning.Planner.Plan.Search))) | List.cons _ynode _yrest => (match (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, visited := (_yr).visited, found := (Option.some ((_yv, _ynode)) : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); (Option.some (({ frontier := _ynext, visited := (_yfresh).2, found := (Option.none : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := ((_yr).truncated || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search)))))))))) (_yr).frontier (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (List (Reasoning.Planner.Plan.Node))) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | List.cons _ynode _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.some _yv => ((((Bool.true && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ynode))) && (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_15 ((_yr).visited) (_ysuccessors))) && (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); ((((Bool.true && (Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_17 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true) && Bool.true) && Bool.true))))))))))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yv => (Option.some (({ frontier := _yrest, visited := (_yr).visited, found := (Option.some ((_yv, _ynode)) : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); (Option.some (({ frontier := _ynext, visited := (_yfresh).2, found := (Option.none : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))), truncated := ((_yr).truncated || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Planner.Plan.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Planner.Plan.Ledger)) } : (Reasoning.Planner.Plan.Search))) : (Option (Reasoning.Planner.Plan.Search))))))))) (Reasoning.Planner.Plan.accept (target) ((_ynode).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_13 (target) ((_ynode).state))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let _ysuccessors : (List (Reasoning.Planner.Plan.Node)) := (Reasoning.Planner.Plan.successors (_ynode)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ynode))) (let _yfresh : (Prod (List (Reasoning.Planner.Plan.Node)) (List (Prod Nat Nat))) := (Reasoning.Planner.Plan.fresh ((_yr).visited) (_ysuccessors)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_15 ((_yr).visited) (_ysuccessors))) (let _yordered : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanRuntime.append (_yrest) ((_yfresh).1) : (List (Reasoning.Planner.Plan.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yrest (_yfresh).1)) (let _ynext : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) (_yordered) : (List (Reasoning.Planner.Plan.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_16 (target) __p0 __p1) 16 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __rel_16 (target) __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Planner.Plan.Node))) (_yordered))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (Nat.blt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat)))) (_yr).truncated (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yordered)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (target + target) (_root_.LexLeanRuntime.length (_yordered) : Nat))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).attempts (Reasoning.Planner.Plan.attempts ((_ynode).state)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ysuccessors)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).firings (_root_.LexLeanRuntime.length (_ysuccessors) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).expansions (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier)) (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext))) (fun _ => (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl))) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))))))))))))))
-
-def __fits_6 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (target) (_yr)))
-
-attribute [local irreducible] Reasoning.Planner.Plan.searchStep in
-theorem __rel_6 (target : Nat) (_yr : (Reasoning.Planner.Plan.Search)) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_6 target _yr) ((_root_.LexLeanPreservation.encOption __enc_1) ((Reasoning.Planner.Plan.searchStep (target) (_yr))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (target) (_yr)))
-
-def __fits_10 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : Bool :=
-  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
-
-theorem __rel_10 (target : Nat) (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) : _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_10 target _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Planner.Plan.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
-
-def __fits_11 (target : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_11 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_11 target) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Planner.Plan.observe target))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_7 (target : Nat) : Bool :=
-  ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((((((Bool.true && Bool.true) && (__fits_11 (target))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_10 (target) __p0 __p1) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))))) && (let _yfirst : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))); ((Bool.true && ((((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_11 (target))) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (target + target) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yfirst) : Nat) 18446744073709551616)) && Bool.true)))))) && Bool.true) && Bool.true))))) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.Plan.observe in
-theorem __rel_7 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_7 target) (__enc_1 (Reasoning.Planner.Plan.start target))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfirst : (List (Reasoning.Planner.Plan.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (target))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Planner.Plan.Node))) (_yn : (Reasoning.Planner.Plan.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (target + target)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Planner.Plan.Node)))) : (List (Reasoning.Planner.Plan.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __fits_10 (target) __p0 __p1) 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (fun (__p0 : (List (Reasoning.Planner.Plan.Node))) (__p1 : (Reasoning.Planner.Plan.Node)) => __rel_10 (target) __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Planner.Plan.Node))) ((({ state := (Reasoning.Planner.Plan.observe (target)), trace := ([] : List (Reasoning.Planner.Plan.Step)) } : (Reasoning.Planner.Plan.Node)) :: ([] : List (Reasoning.Planner.Plan.Node)))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (target))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.tpl_setInsert (_root_.LexLeanPreservation.keySpec_pair (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanPreservation.keySpec_nat (_root_.LexLeanCollections.Key.compare : Nat -> Nat -> Ordering) (fun _ _ => rfl)) (_root_.LexLeanCollections.Key.compare : (Prod Nat Nat) -> (Prod Nat Nat) -> Ordering) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h]) (fun _ _ __h => by simp only [_root_.LexLeanCollections.Key.compare] at __h ⊢; simp only [__h])) (_root_.LexLeanPreservation.listEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) _root_.LexLeanCollections.insertElement (fun _ => rfl) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.insertElement, __h]) (p := __prog) (fi := 12) (tk := (.pair .nat .nat)) rfl (([] : List (Prod Nat Nat))) ((Reasoning.Planner.Plan.observe (target))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd target target)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (target + target) (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yfirst)) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))))) _root_.LexLeanPreservation.construct_adt))
-
-def __fits_3 (target : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (_root_.LexLeanRuntime.multiply (target) ((8 : Nat)) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (__fits_7 (target))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Planner.Plan.Search)) => __fits_6 (target) __p0) ((fun (_yr : (Reasoning.Planner.Plan.Search)) => (Reasoning.Planner.Plan.searchStep (target) (_yr)))) ((_root_.LexLeanRuntime.multiply (target) ((8 : Nat)) : Nat)) ((Reasoning.Planner.Plan.start (target)))))
-
-attribute [local irreducible] Reasoning.Planner.Plan.searchStep Reasoning.Planner.Plan.start in
-theorem __rel_3 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_3 target) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Planner.Plan.run target))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natMul target (8 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (target))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (_yr : (Reasoning.Planner.Plan.Search)) => (Reasoning.Planner.Plan.searchStep (target) (_yr)))) (fun (__p0 : (Reasoning.Planner.Plan.Search)) => __fits_6 (target) __p0) 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (fun (__p0 : (Reasoning.Planner.Plan.Search)) => __rel_6 (target) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (_yr : (Reasoning.Planner.Plan.Search)) => (Reasoning.Planner.Plan.searchStep (target) (_yr))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 5) (ts := (.adt 1)) rfl ((_root_.LexLeanRuntime.multiply (target) ((8 : Nat)) : Nat)) ((Reasoning.Planner.Plan.start (target)))))
-
-def __fits_4 (_ysaturated : Bool) (_ytruncated : Bool) : Bool :=
-  ((Bool.true && (if _ysaturated then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (if (_ysaturated && (!_ytruncated)) then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_4 (_ysaturated : Bool) (_ytruncated : Bool) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bool _ysaturated), (_root_.LexLeanTarget.TargetSyntax.Value.bool _ytruncated)] (_root_.LexLeanPreservation.Rel (__fits_4 _ysaturated _ytruncated) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Planner.Plan.failure _ysaturated _ytruncated))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (if __b then ((Bool.false, Bool.true) : (Prod Bool Bool)) else ((Bool.false, Bool.false) : (Prod Bool Bool)))) (_ysaturated && (!_ytruncated)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (!_ytruncated))) _ysaturated (_root_.LexLeanPreservation.conv_var rfl) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot _ytruncated))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))
-
-def __fits_2 (target : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_3 (target))) && (let _yfinal : (Prod (Reasoning.Planner.Plan.Search) Bool) := (Reasoning.Planner.Plan.run (target)); (Bool.true && (match ((_yfinal).1).found with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Planner.Plan.failure Reasoning.Planner.Plan.run in
-theorem __rel_2 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_2 target) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encList __enc_0))) (Reasoning.Planner.Plan target))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Planner.Plan.Search) Bool) := (Reasoning.Planner.Plan.run (target)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (target))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) __enc_2)) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (match __a with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true))) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encList __enc_0))) (match __a with | Option.some _yhit => (Except.ok (((_yhit).1, ((_yhit).2).trace)) : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) | Option.none => (Except.error ((Reasoning.Planner.Plan.failure ((_yfinal).2) (((_yfinal).1).truncated))) : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))))) ((_yfinal).1).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) (fun (__a : (Option (Prod (Prod Nat Nat) (Reasoning.Planner.Plan.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 ((_yfinal).2) (((_yfinal).1).truncated))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_1 (target : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_2 (target))) && (match (Reasoning.Planner.Plan (target)) with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Planner.Plan in
-theorem __rel_1 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_1 target) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Planner.Plan.verdict target))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.encList __enc_0))) (fun (__a : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) => (match __a with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Except.ok _yp => (Except.ok ((_yp).1) : (Except (Prod Bool Bool) (Prod Nat Nat))) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) (Prod Nat Nat))))) (Reasoning.Planner.Plan (target)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (target))) (fun (__a : (Except (Prod Bool Bool) (Prod (Prod Nat Nat) (List (Reasoning.Planner.Plan.Step))))) _ => match __a with | Except.ok _yp => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Except.error _ye => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
-
-def __fits_0 (target : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_1 (target))) && (match (Reasoning.Planner.Plan.verdict (target)) with | Except.ok jugs => Bool.true | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Planner.Plan.verdict in
-theorem __rel_0 (target : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_0 target) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.planLeft target))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Except (Prod Bool Bool) (Prod Nat Nat))) => (match __a with | Except.ok jugs => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) (Prod Nat Nat))) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok jugs => (jugs).1 | Except.error failure => (9 : Nat))) (Reasoning.Planner.Plan.verdict (target)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (target))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat Nat))) _ => match __a with | Except.ok jugs => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl))) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (target : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 target) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.planLeft target)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (target : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat target)] (_root_.LexLeanPreservation.Rel (__fits_0 target) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.planLeft target))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 target)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/Compose/RustStd.lex.tex
deleted file mode 100644
index 98693afb1..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,1301 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_0 : @16 := @424 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_2 : @431 := @905 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_3 : @913 := @1372 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_3],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_1 : @1379 := @2024 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.root : @2637 := @2638 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.flags
-@3 := Reasoning.Planner.Plan.Step
-@4 := #0
-@5 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@14 := @13 @6
-@15 := @14 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value
-@19 := LexLeanTarget.TargetSyntax.Ty
-@20 := List.nil.{0}
-@21 := List.cons.{0}
-@22 := @20 @18
-@23 := @20 @19
-@24 := LexLeanTarget.TargetSyntax.Program
-@25 := LexLeanPreservation.Rust.RCrate
-@26 := LexLeanPreservation.Rust.Flags
-@27 := LexLeanPreservation.Rust.WTL
-@28 := #2
-@29 := @27 @28
-@30 := #1
-@37 := {p : @24} -> {c : @25} -> {A : @26} -> @29 @30 @4 @22 @23
-@39 := LexLeanPreservation.Rust.wtl_nil @0
-@40 := @27 @0
-@46 := {c : @25} -> {A : @26} -> @40 @30 @4 @22 @23
-@47 := @39 @1
-@48 := @40 @1
-@52 := {A : @26} -> @48 @4 @22 @23
-@53 := @47 @2
-@54 := @48 @2
-@55 := @54 @22
-@56 := @55 @23
-@57 := Nat
-@58 := List.{0}
-@59 := @58 @18
-@60 := @58 @19
-@61 := Eq.{1}
-@62 := Option.{0}
-@63 := @62 @60
-@64 := @61 @63
-@65 := LexLeanPreservation.Rust.adtFields
-@66 := #6
-@67 := @65 @66
-@68 := #3
-@71 := @64 (@67 @68 @28)
-@72 := Option.some.{0}
-@73 := @72 @60
-@74 := @73 @4
-@75 := @71 @74
-@76 := #7
-@78 := @27 @76 @66
-@79 := #5
-@82 := @78 @79 @28 @30
-@83 := #8
-@86 := @7 @83 @76 @66
-@87 := LexLeanTarget.TargetSyntax.Value.adt
-@88 := #4
-@90 := @87 @88 @68
-@91 := @86 @90
-@92 := @8 @79
-@102 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @75) -> (hf : @82) -> @91 @92
-@104 := LexLeanPreservation.Rust.wt_adt @0
-@105 := @65 @0
-@109 := @64 (@105 @68 @28) @74
-@113 := @40 @66 @79 @28 @30
-@125 := {c : @25} ->
-  {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @113) -> @11 @76 @66 @90 @92
-@126 := @104 @1
-@129 := @48 @79 @28 @30
-@139 := {A : @26} ->
-  {i : @57} ->
-  {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @129) -> @12 @66 @90 @92
-@140 := @126 @2
-@142 := @54 @28 @30
-@143 := @13 @90
-@150 := {i : @57} -> {k : @57} -> {fs : @59} -> {tys : @60} -> (h : @109) -> (hf : @142) -> @143 @92
-@151 := @140 @9
-@152 := @105 @9
-@161 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@152 @28) @74) -> (hf : @142) -> @143 @10
-@162 := @151 @9
-@163 := @152 @9
-@164 := @64 @163
-@165 := @164 @74
-@166 := @87 @9
-@168 := @13 (@166 @68)
-@173 := {fs : @59} -> {tys : @60} -> (h : @165) -> (hf : @142) -> @168 @10
-@174 := @162 @22
-@175 := @55 @30
-@178 := @13 (@166 @22) @10
-@181 := {tys : @60} -> (h : @165) -> (hf : @175) -> @178
-@182 := @174 @23
-@183 := @73 @23
-@186 := (h : @164 @183) -> (hf : @56) -> @178
-@187 := Eq.refl.{1}
-@188 := @187 @63
-@191 := @182 (@188 @163) @53
-@192 := 1
-@193 := @151 @192
-@194 := @152 @192
-@195 := @64 @194
-@196 := @195 @74
-@197 := @87 @192
-@204 := {fs : @59} -> {tys : @60} -> (h : @196) -> (hf : @142) -> @13 (@197 @68) @10
-@205 := @193 @22
-@208 := @13 (@197 @22) @10
-@211 := {tys : @60} -> (h : @196) -> (hf : @175) -> @208
-@212 := @205 @23
-@215 := (h : @195 @183) -> (hf : @56) -> @208
-@218 := @212 (@188 @194) @53
-@219 := LexLeanTarget.TargetSyntax.Value.nat
-@220 := @219 @4
-@221 := LexLeanTarget.TargetSyntax.Ty.nat
-@224 := @7 @68 @28 @30
-@230 := {p : @24} -> {c : @25} -> {A : @26} -> (n : @57) -> @224 @220 @221
-@232 := LexLeanPreservation.Rust.wt_nat @0
-@234 := @11 @28 @30
-@239 := {c : @25} -> {A : @26} -> (n : @57) -> @234 @220 @221
-@240 := @232 @1
-@241 := @12 @30
-@245 := {A : @26} -> (n : @57) -> @241 @220 @221
-@246 := @240 @2
-@247 := @13 @220
-@248 := @247 @221
-@249 := (n : @57) -> @248
-@250 := @246 @4
-@251 := @21 @18
-@253 := @251 @220 @22
-@254 := @21 @19
-@255 := @254 @221
-@256 := @255 @23
-@259 := @7 @66 @79 @88
-@261 := @259 @68 @28
-@264 := @27 @83 @76 @66
-@266 := @251 @79 @68
-@267 := @264 @266
-@269 := @254 @88 @28
-@279 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {v : @18} -> {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @261) -> (hs : @82) -> @267 @269
-@281 := LexLeanPreservation.Rust.wtl_cons @0
-@283 := @11 @79 @88
-@297 := {c : @25} ->
-  {A : @26} ->
-  {v : @18} ->
-  {t : @19} ->
-  {vs : @59} -> {ts : @60} -> (h : @283 @68 @28) -> (hs : @113) -> @40 @76 @66 @266 @269
-@298 := @281 @1
-@299 := @12 @88
-@311 := {A : @26} ->
-  {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @299 @68 @28) -> (hs : @129) -> @48 @66 @266 @269
-@312 := @298 @2
-@322 := {v : @18} ->
-  {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @13 @68 @28) -> (hs : @142) -> @54 @266 @269
-@323 := @312 @220
-@324 := @219 @68
-@325 := @13 @324
-@326 := @325 @28
-@327 := @219 @79
-@328 := @251 @327
-@330 := @54 (@328 @68)
-@336 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @326) -> (hs : @142) -> @330 @269
-@337 := @323 @221
-@338 := @219 @28
-@340 := @13 @338 @221
-@341 := @219 @88
-@342 := @251 @341
-@344 := @54 (@342 @68)
-@345 := @255 @28
-@350 := {vs : @59} -> {ts : @60} -> (h : @340) -> (hs : @142) -> @344 @345
-@351 := @337 @22
-@352 := @219 @30
-@354 := @13 @352 @221
-@356 := @251 @324 @22
-@357 := @54 @356
-@361 := {ts : @60} -> (h : @354) -> (hs : @175) -> @357 @345
-@362 := @351 @23
-@364 := @251 @338 @22
-@365 := @54 @364
-@368 := (h : @248) -> (hs : @56) -> @365 @256
-@369 := @362 @250
-@371 := @251 @352 @22
-@372 := @54 @371
-@373 := @372 @256
-@374 := (hs : @56) -> @373
-@375 := @369 @53
-@377 := @54 @253 @256
-@378 := 2
-@379 := @151 @378
-@380 := @152 @378
-@381 := @64 @380
-@382 := @381 @74
-@383 := @87 @378
-@390 := {fs : @59} -> {tys : @60} -> (h : @382) -> (hf : @142) -> @13 (@383 @68) @10
-@391 := @379 @253
-@398 := {tys : @60} -> (h : @382) -> (hf : @365 @30) -> @13 (@383 @356) @10
-@399 := @391 @256
-@406 := (h : @381 (@73 @256)) -> (hf : @373) -> @13 (@383 @364) @10
-@408 := @399 (@188 @380)
-@412 := (hf : @377) -> @13 (@383 @371) @10
-@413 := @408 @375
-@416 := @13 (@383 @253) @10
-@417 := fun (__x0 : @57) => @413
-@424 := fun (__v : @3) => Reasoning.Planner.Plan.Step.casesOn.{0} @17 @4 @191 @218 @417
-@425 := Reasoning.Planner.Plan.Node
-@426 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.__enc_2
-@427 := @426 @4
-@428 := @8 @378
-@429 := @13 @427
-@430 := @429 @428
-@431 := (__s : @425) -> @430
-@432 := Reasoning.Planner.Plan.Node.state
-@433 := @432 @4
-@434 := Reasoning.Planner.Plan.Node.trace
-@435 := @434 @4
-@436 := LexLeanPreservation.encPair
-@437 := @436 @57
-@438 := @437 @57
-@439 := @438 @219
-@440 := @439 @219
-@441 := @440 @433
-@442 := LexLeanTarget.TargetSyntax.Ty.pair
-@443 := @442 @221
-@444 := @443 @221
-@445 := fun (__x : @57) => @250
-@446 := Sort 1
-@447 := (a._@._internal._hyg.#0 : @30) -> @18
-@448 := #9
-@451 := @7 @448 @83 @76
-@452 := @88 @4
-@455 := (x : @79) -> @451 @452 @28
-@456 := #10
-@462 := (x : @79) -> @7 @456 @448 @83 @452 @28
-@463 := Prod.{0, 0}
-@465 := @463 @76 @66
-@466 := #11
-@469 := @7 @466 @456 @448
-@474 := @436 @83 @76 @66 @79 @4
-@475 := @469 @474
-@477 := @442 @88 @68
-@490 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {α : @446} ->
-  {β : @446} ->
-  {ea : @447} ->
-  {eb : @447} -> {s : @19} -> {t : @19} -> (ha : @455) -> (hb : @462) -> (x : @465) -> @475 @477
-@492 := LexLeanPreservation.Rust.wt_encPair @0
-@517 := {c : @25} ->
-  {A : @26} ->
-  {α : @446} ->
-  {β : @446} ->
-  {ea : @447} ->
-  {eb : @447} ->
-  {s : @19} ->
-  {t : @19} ->
-  (ha : (x : @79) -> @11 @83 @76 @452 @28) ->
-  (hb : (x : @79) -> @11 @448 @83 @452 @28) -> (x : @465) -> @11 @456 @448 @474 @477
-@518 := @492 @1
-@539 := {A : @26} ->
-  {α : @446} ->
-  {β : @446} ->
-  {ea : @447} ->
-  {eb : @447} ->
-  {s : @19} ->
-  {t : @19} ->
-  (ha : (x : @79) -> @12 @76 @452 @28) ->
-  (hb : (x : @79) -> @12 @83 @452 @28) -> (x : @465) -> @12 @448 @474 @477
-@540 := @518 @2
-@542 := @13 @452 @28
-@543 := (x : @79) -> @542
-@554 := {α : @446} ->
-  {β : @446} ->
-  {ea : @447} ->
-  {eb : @447} -> {s : @19} -> {t : @19} -> (ha : @543) -> (hb : @543) -> (x : @465) -> @13 @474 @477
-@555 := @540 @57
-@556 := (a._@._internal._hyg.#0 : @57) -> @18
-@557 := (x : @57) -> @542
-@558 := @463 @57
-@573 := {β : @446} ->
-  {ea : @556} ->
-  {eb : @447} ->
-  {s : @19} ->
-  {t : @19} -> (ha : @557) -> (hb : @543) -> (x : @558 @66) -> @13 (@437 @76 @66 @79 @4) @477
-@574 := @555 @57
-@575 := @558 @57
-@587 := {ea : @556} ->
-  {eb : @556} ->
-  {s : @19} -> {t : @19} -> (ha : @557) -> (hb : @557) -> (x : @575) -> @13 (@438 @66 @79 @4) @477
-@588 := @574 @219
-@590 := (x : @57) -> @247 @28
-@600 := {eb : @556} ->
-  {s : @19} -> {t : @19} -> (ha : @590) -> (hb : @557) -> (x : @575) -> @13 (@439 @79 @4) @477
-@601 := @588 @219
-@603 := @13 (@440 @4)
-@609 := {s : @19} -> {t : @19} -> (ha : @590) -> (hb : @590) -> (x : @575) -> @603 @477
-@610 := @601 @221
-@611 := (x : @57) -> @248
-@617 := {t : @19} -> (ha : @611) -> (hb : @590) -> (x : @575) -> @603 (@443 @68)
-@618 := @610 @221
-@620 := (x : @575) -> @603 @444
-@622 := (ha : @611) -> (hb : @611) -> @620
-@624 := @618 @445 @445
-@625 := @624 @433
-@627 := @13 @441 @444
-@628 := LexLeanPreservation.encList
-@629 := @628 @3
-@630 := @629 @5
-@631 := @630 @435
-@632 := LexLeanTarget.TargetSyntax.Ty.list
-@633 := @632 @10
-@636 := fun (__x : @3) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_0 @4
-@637 := (a._@._internal._hyg.#0 : @4) -> @18
-@638 := @28 @4
-@641 := (x : @28) -> @259 @638 @30
-@642 := @58 @68
-@645 := @7 @76 @66 @79
-@648 := @628 @88 @68 @4
-@649 := @645 @648
-@650 := @632 @28
-@659 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} -> {α : @446} -> {e : @637} -> {t : @19} -> (h : @641) -> (xs : @642) -> @649 @650
-@661 := LexLeanPreservation.Rust.wt_encList @0
-@664 := (x : @28) -> @283 @638 @30
-@666 := @11 @66 @79
-@675 := {c : @25} ->
-  {A : @26} -> {α : @446} -> {e : @637} -> {t : @19} -> (h : @664) -> (xs : @642) -> @666 @648 @650
-@676 := @661 @1
-@679 := (x : @28) -> @299 @638 @30
-@680 := @12 @79
-@688 := {A : @26} ->
-  {α : @446} -> {e : @637} -> {t : @19} -> (h : @679) -> (xs : @642) -> @680 @648 @650
-@689 := @676 @2
-@691 := @13 @638 @30
-@692 := (x : @28) -> @691
-@699 := {α : @446} -> {e : @637} -> {t : @19} -> (h : @692) -> (xs : @642) -> @13 @648 @650
-@700 := @689 @3
-@701 := (a._@._internal._hyg.#0 : @3) -> @18
-@702 := (x : @3) -> @691
-@703 := @58 @3
-@711 := {e : @701} -> {t : @19} -> (h : @702) -> (xs : @703) -> @13 (@629 @68 @4) @650
-@712 := @700 @5
-@714 := (x : @3) -> @14 @30
-@716 := @13 (@630 @4)
-@720 := {t : @19} -> (h : @714) -> (xs : @703) -> @716 @650
-@721 := @712 @10
-@725 := (h : (x : @3) -> @15) -> (xs : @703) -> @716 @633
-@727 := @721 @636 @435
-@729 := @13 @631 @633
-@731 := @251 @631 @22
-@733 := @251 @441 @731
-@734 := @254 @633
-@735 := @734 @23
-@736 := @254 @444
-@737 := @736 @735
-@738 := @312 @631
-@740 := @630 (@434 @68)
-@753 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @740 @28) -> (hs : @142) -> @54 (@251 (@630 (@434 @79)) @68) @269
-@754 := @738 @633
-@756 := @630 (@434 @28)
-@758 := @13 @756 @633
-@763 := @54 (@251 (@630 (@434 @88)) @68)
-@764 := @734 @28
-@769 := {vs : @59} -> {ts : @60} -> (h : @758) -> (hs : @142) -> @763 @764
-@770 := @754 @22
-@772 := @630 (@434 @30)
-@774 := @13 @772 @633
-@776 := @251 @740 @22
-@781 := {ts : @60} -> (h : @774) -> (hs : @175) -> @54 @776 @764
-@782 := @770 @23
-@784 := @251 @756 @22
-@785 := @54 @784
-@788 := (h : @729) -> (hs : @56) -> @785 @735
-@789 := @782 @727
-@791 := @251 @772 @22
-@793 := @54 @791 @735
-@794 := (hs : @56) -> @793
-@795 := @789 @53
-@797 := @54 @731 @735
-@798 := @312 @441
-@800 := @440 (@432 @68)
-@813 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @800 @28) -> (hs : @142) -> @54 (@251 (@440 (@432 @79)) @68) @269
-@814 := @798 @444
-@816 := @440 (@432 @28)
-@818 := @13 @816 @444
-@823 := @54 (@251 (@440 (@432 @88)) @68)
-@824 := @736 @28
-@829 := {vs : @59} -> {ts : @60} -> (h : @818) -> (hs : @142) -> @823 @824
-@830 := @814 @731
-@832 := @440 (@432 @30)
-@834 := @13 @832 @444
-@835 := @785 @30
-@837 := @251 @800 @776
-@842 := {ts : @60} -> (h : @834) -> (hs : @835) -> @54 @837 @824
-@843 := @830 @735
-@845 := @251 @816 @784
-@846 := @54 @845
-@849 := (h : @627) -> (hs : @793) -> @846 @737
-@850 := @843 @625
-@852 := @251 @832 @791
-@854 := @54 @852 @737
-@855 := (hs : @797) -> @854
-@856 := @850 @795
-@858 := @54 @733 @737
-@859 := @140 @378
-@860 := @105 @378
-@869 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@860 @28) @74) -> (hf : @142) -> @143 @428
-@870 := @859 @9
-@871 := @860 @9
-@872 := @64 @871
-@873 := @872 @74
-@878 := {fs : @59} -> {tys : @60} -> (h : @873) -> (hf : @142) -> @168 @428
-@879 := @870 @733
-@886 := {tys : @60} -> (h : @873) -> (hf : @846 @30) -> @13 (@166 @837) @428
-@887 := @879 @737
-@894 := (h : @872 (@73 @737)) -> (hf : @854) -> @13 (@166 @845) @428
-@896 := @887 (@188 @871)
-@900 := (hf : @858) -> @13 (@166 @852) @428
-@901 := @896 @856
-@904 := @13 (@166 @733) @428
-@905 := fun (__s : @425) => @901
-@906 := Reasoning.Planner.Plan.Ledger
-@907 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.__enc_3
-@908 := @907 @4
-@909 := 3
-@910 := @8 @909
-@913 := (__s : @906) -> @13 @908 @910
-@914 := Reasoning.Planner.Plan.Ledger.iterations
-@915 := @914 @4
-@916 := Reasoning.Planner.Plan.Ledger.attempts
-@917 := @916 @4
-@918 := Reasoning.Planner.Plan.Ledger.firings
-@919 := @918 @4
-@920 := Reasoning.Planner.Plan.Ledger.expansions
-@921 := @920 @4
-@922 := Reasoning.Planner.Plan.Ledger.verifications
-@923 := @922 @4
-@924 := Reasoning.Planner.Plan.Ledger.frontier
-@925 := @924 @4
-@926 := @219 @915
-@927 := @246 @915
-@929 := @13 @926 @221
-@930 := @219 @917
-@931 := @246 @917
-@933 := @13 @930 @221
-@934 := @219 @919
-@935 := @246 @919
-@937 := @13 @934 @221
-@938 := @219 @921
-@939 := @246 @921
-@941 := @13 @938 @221
-@942 := @219 @923
-@943 := @246 @923
-@945 := @13 @942 @221
-@946 := @219 @925
-@947 := @246 @925
-@949 := @13 @946 @221
-@951 := @251 @946 @22
-@953 := @251 @942 @951
-@955 := @251 @938 @953
-@957 := @251 @934 @955
-@959 := @251 @930 @957
-@961 := @251 @926 @959
-@962 := @255 @256
-@963 := @255 @962
-@964 := @255 @963
-@965 := @255 @964
-@966 := @255 @965
-@967 := @312 @946
-@969 := @219 (@924 @68)
-@982 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @969 @28) -> (hs : @142) -> @54 (@251 (@219 (@924 @79)) @68) @269
-@983 := @967 @221
-@985 := @219 (@924 @28)
-@997 := {vs : @59} ->
-  {ts : @60} -> (h : @13 @985 @221) -> (hs : @142) -> @54 (@251 (@219 (@924 @88)) @68) @345
-@998 := @983 @22
-@1000 := @219 (@924 @30)
-@1002 := @13 @1000 @221
-@1004 := @251 @969 @22
-@1009 := {ts : @60} -> (h : @1002) -> (hs : @175) -> @54 @1004 @345
-@1010 := @998 @23
-@1012 := @251 @985 @22
-@1013 := @54 @1012
-@1016 := (h : @949) -> (hs : @56) -> @1013 @256
-@1017 := @1010 @947
-@1019 := @251 @1000 @22
-@1021 := @54 @1019 @256
-@1022 := (hs : @56) -> @1021
-@1023 := @1017 @53
-@1025 := @54 @951 @256
-@1026 := @312 @942
-@1028 := @219 (@922 @68)
-@1041 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1028 @28) -> (hs : @142) -> @54 (@251 (@219 (@922 @79)) @68) @269
-@1042 := @1026 @221
-@1044 := @219 (@922 @28)
-@1056 := {vs : @59} ->
-  {ts : @60} -> (h : @13 @1044 @221) -> (hs : @142) -> @54 (@251 (@219 (@922 @88)) @68) @345
-@1057 := @1042 @951
-@1059 := @219 (@922 @30)
-@1061 := @13 @1059 @221
-@1062 := @1013 @30
-@1064 := @251 @1028 @1004
-@1069 := {ts : @60} -> (h : @1061) -> (hs : @1062) -> @54 @1064 @345
-@1070 := @1057 @256
-@1072 := @251 @1044 @1012
-@1073 := @54 @1072
-@1076 := (h : @945) -> (hs : @1021) -> @1073 @962
-@1077 := @1070 @943
-@1079 := @251 @1059 @1019
-@1081 := @54 @1079 @962
-@1082 := (hs : @1025) -> @1081
-@1083 := @1077 @1023
-@1085 := @54 @953 @962
-@1086 := @312 @938
-@1088 := @219 (@920 @68)
-@1101 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1088 @28) -> (hs : @142) -> @54 (@251 (@219 (@920 @79)) @68) @269
-@1102 := @1086 @221
-@1104 := @219 (@920 @28)
-@1116 := {vs : @59} ->
-  {ts : @60} -> (h : @13 @1104 @221) -> (hs : @142) -> @54 (@251 (@219 (@920 @88)) @68) @345
-@1117 := @1102 @953
-@1119 := @219 (@920 @30)
-@1121 := @13 @1119 @221
-@1122 := @1073 @30
-@1124 := @251 @1088 @1064
-@1129 := {ts : @60} -> (h : @1121) -> (hs : @1122) -> @54 @1124 @345
-@1130 := @1117 @962
-@1132 := @251 @1104 @1072
-@1133 := @54 @1132
-@1136 := (h : @941) -> (hs : @1081) -> @1133 @963
-@1137 := @1130 @939
-@1139 := @251 @1119 @1079
-@1141 := @54 @1139 @963
-@1142 := (hs : @1085) -> @1141
-@1143 := @1137 @1083
-@1145 := @54 @955 @963
-@1146 := @312 @934
-@1148 := @219 (@918 @68)
-@1161 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1148 @28) -> (hs : @142) -> @54 (@251 (@219 (@918 @79)) @68) @269
-@1162 := @1146 @221
-@1164 := @219 (@918 @28)
-@1176 := {vs : @59} ->
-  {ts : @60} -> (h : @13 @1164 @221) -> (hs : @142) -> @54 (@251 (@219 (@918 @88)) @68) @345
-@1177 := @1162 @955
-@1179 := @219 (@918 @30)
-@1181 := @13 @1179 @221
-@1182 := @1133 @30
-@1184 := @251 @1148 @1124
-@1189 := {ts : @60} -> (h : @1181) -> (hs : @1182) -> @54 @1184 @345
-@1190 := @1177 @963
-@1192 := @251 @1164 @1132
-@1193 := @54 @1192
-@1196 := (h : @937) -> (hs : @1141) -> @1193 @964
-@1197 := @1190 @935
-@1199 := @251 @1179 @1139
-@1201 := @54 @1199 @964
-@1202 := (hs : @1145) -> @1201
-@1203 := @1197 @1143
-@1205 := @54 @957 @964
-@1206 := @312 @930
-@1208 := @219 (@916 @68)
-@1221 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1208 @28) -> (hs : @142) -> @54 (@251 (@219 (@916 @79)) @68) @269
-@1222 := @1206 @221
-@1224 := @219 (@916 @28)
-@1236 := {vs : @59} ->
-  {ts : @60} -> (h : @13 @1224 @221) -> (hs : @142) -> @54 (@251 (@219 (@916 @88)) @68) @345
-@1237 := @1222 @957
-@1239 := @219 (@916 @30)
-@1241 := @13 @1239 @221
-@1242 := @1193 @30
-@1244 := @251 @1208 @1184
-@1249 := {ts : @60} -> (h : @1241) -> (hs : @1242) -> @54 @1244 @345
-@1250 := @1237 @964
-@1252 := @251 @1224 @1192
-@1253 := @54 @1252
-@1256 := (h : @933) -> (hs : @1201) -> @1253 @965
-@1257 := @1250 @931
-@1259 := @251 @1239 @1199
-@1261 := @54 @1259 @965
-@1262 := (hs : @1205) -> @1261
-@1263 := @1257 @1203
-@1265 := @54 @959 @965
-@1266 := @312 @926
-@1268 := @219 (@914 @68)
-@1281 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1268 @28) -> (hs : @142) -> @54 (@251 (@219 (@914 @79)) @68) @269
-@1282 := @1266 @221
-@1284 := @219 (@914 @28)
-@1296 := {vs : @59} ->
-  {ts : @60} -> (h : @13 @1284 @221) -> (hs : @142) -> @54 (@251 (@219 (@914 @88)) @68) @345
-@1297 := @1282 @959
-@1299 := @219 (@914 @30)
-@1301 := @13 @1299 @221
-@1302 := @1253 @30
-@1304 := @251 @1268 @1244
-@1309 := {ts : @60} -> (h : @1301) -> (hs : @1302) -> @54 @1304 @345
-@1310 := @1297 @965
-@1312 := @251 @1284 @1252
-@1313 := @54 @1312
-@1316 := (h : @929) -> (hs : @1261) -> @1313 @966
-@1317 := @1310 @927
-@1319 := @251 @1299 @1259
-@1321 := @54 @1319 @966
-@1322 := (hs : @1265) -> @1321
-@1323 := @1317 @1263
-@1325 := @54 @961 @966
-@1326 := @140 @909
-@1327 := @105 @909
-@1336 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@1327 @28) @74) -> (hf : @142) -> @143 @910
-@1337 := @1326 @9
-@1338 := @1327 @9
-@1339 := @64 @1338
-@1340 := @1339 @74
-@1345 := {fs : @59} -> {tys : @60} -> (h : @1340) -> (hf : @142) -> @168 @910
-@1346 := @1337 @961
-@1353 := {tys : @60} -> (h : @1340) -> (hf : @1313 @30) -> @13 (@166 @1304) @910
-@1354 := @1346 @966
-@1361 := (h : @1339 (@73 @966)) -> (hf : @1321) -> @13 (@166 @1312) @910
-@1363 := @1354 (@188 @1338)
-@1367 := (hf : @1325) -> @13 (@166 @1319) @910
-@1368 := @1363 @1323
-@1371 := @13 (@166 @961) @910
-@1372 := fun (__s : @906) => @1368
-@1373 := Reasoning.Planner.Plan.Search
-@1375 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.__enc_1 @4
-@1376 := @8 @192
-@1379 := (__s : @1373) -> @13 @1375 @1376
-@1380 := Reasoning.Planner.Plan.Search.frontier
-@1381 := @1380 @4
-@1382 := Reasoning.Planner.Plan.Search.visited
-@1383 := @1382 @4
-@1384 := Reasoning.Planner.Plan.Search.found
-@1385 := @1384 @4
-@1386 := Reasoning.Planner.Plan.Search.truncated
-@1387 := @1386 @4
-@1388 := Reasoning.Planner.Plan.Search.ledger
-@1389 := @1388 @4
-@1390 := @628 @425
-@1391 := @1390 @426
-@1392 := @1391 @1381
-@1393 := @632 @428
-@1396 := fun (__x : @425) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_2 @4
-@1397 := @689 @425
-@1398 := (a._@._internal._hyg.#0 : @425) -> @18
-@1399 := (x : @425) -> @691
-@1400 := @58 @425
-@1408 := {e : @1398} -> {t : @19} -> (h : @1399) -> (xs : @1400) -> @13 (@1390 @68 @4) @650
-@1409 := @1397 @426
-@1411 := (x : @425) -> @429 @30
-@1413 := @13 (@1391 @4)
-@1417 := {t : @19} -> (h : @1411) -> (xs : @1400) -> @1413 @650
-@1418 := @1409 @428
-@1419 := (x : @425) -> @430
-@1422 := (h : @1419) -> (xs : @1400) -> @1413 @1393
-@1424 := @1418 @1396 @1381
-@1426 := @13 @1392 @1393
-@1427 := @628 @575
-@1428 := @1427 @440
-@1429 := @1428 @1383
-@1430 := @632 @444
-@1432 := fun (__x : @575) => @624 @4
-@1433 := @689 @575
-@1434 := (a._@._internal._hyg.#0 : @575) -> @18
-@1435 := (x : @575) -> @691
-@1436 := @58 @575
-@1444 := {e : @1434} -> {t : @19} -> (h : @1435) -> (xs : @1436) -> @13 (@1427 @68 @4) @650
-@1445 := @1433 @440
-@1447 := (x : @575) -> @603 @30
-@1449 := @13 (@1428 @4)
-@1453 := {t : @19} -> (h : @1447) -> (xs : @1436) -> @1449 @650
-@1454 := @1445 @444
-@1457 := (h : @620) -> (xs : @1436) -> @1449 @1430
-@1459 := @1454 @1432 @1383
-@1461 := @13 @1429 @1430
-@1462 := @463 @575
-@1463 := @1462 @425
-@1464 := @436 @575
-@1465 := @1464 @425
-@1466 := @1465 @440
-@1467 := @1466 @426
-@1468 := LexLeanPreservation.encOption
-@1469 := @1468 @1463
-@1470 := @1469 @1467
-@1471 := @1470 @1385
-@1472 := @442 @444
-@1473 := @1472 @428
-@1474 := LexLeanTarget.TargetSyntax.Ty.option
-@1475 := @1474 @1473
-@1476 := @540 @575
-@1477 := (x : @575) -> @542
-@1492 := {β : @446} ->
-  {ea : @1434} ->
-  {eb : @447} ->
-  {s : @19} ->
-  {t : @19} -> (ha : @1477) -> (hb : @543) -> (x : @1462 @66) -> @13 (@1464 @76 @66 @79 @4) @477
-@1493 := @1476 @425
-@1494 := (x : @425) -> @542
-@1506 := {ea : @1434} ->
-  {eb : @1398} ->
-  {s : @19} ->
-  {t : @19} -> (ha : @1477) -> (hb : @1494) -> (x : @1463) -> @13 (@1465 @66 @79 @4) @477
-@1507 := @1493 @440
-@1509 := (x : @575) -> @603 @28
-@1519 := {eb : @1398} ->
-  {s : @19} -> {t : @19} -> (ha : @1509) -> (hb : @1494) -> (x : @1463) -> @13 (@1466 @79 @4) @477
-@1520 := @1507 @426
-@1522 := (x : @425) -> @429 @28
-@1524 := @13 (@1467 @4)
-@1530 := {s : @19} -> {t : @19} -> (ha : @1509) -> (hb : @1522) -> (x : @1463) -> @1524 @477
-@1531 := @1520 @444
-@1537 := {t : @19} -> (ha : @620) -> (hb : @1522) -> (x : @1463) -> @1524 (@1472 @68)
-@1538 := @1531 @428
-@1540 := (x : @1463) -> @1524 @1473
-@1542 := (ha : @620) -> (hb : @1419) -> @1540
-@1546 := fun (__x : @1463) => @1538 @1432 @1396 @4
-@1547 := @62 @68
-@1550 := @1468 @88 @68 @4
-@1551 := @645 @1550
-@1552 := @1474 @28
-@1561 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} -> {α : @446} -> {e : @637} -> {t : @19} -> (h : @641) -> (o : @1547) -> @1551 @1552
-@1563 := LexLeanPreservation.Rust.wt_encOption @0
-@1572 := {c : @25} ->
-  {A : @26} ->
-  {α : @446} -> {e : @637} -> {t : @19} -> (h : @664) -> (o : @1547) -> @666 @1550 @1552
-@1573 := @1563 @1
-@1581 := {A : @26} ->
-  {α : @446} -> {e : @637} -> {t : @19} -> (h : @679) -> (o : @1547) -> @680 @1550 @1552
-@1582 := @1573 @2
-@1589 := {α : @446} -> {e : @637} -> {t : @19} -> (h : @692) -> (o : @1547) -> @13 @1550 @1552
-@1590 := @1582 @1463
-@1591 := (a._@._internal._hyg.#0 : @1463) -> @18
-@1592 := (x : @1463) -> @691
-@1593 := @62 @1463
-@1601 := {e : @1591} -> {t : @19} -> (h : @1592) -> (o : @1593) -> @13 (@1469 @68 @4) @1552
-@1602 := @1590 @1467
-@1604 := (x : @1463) -> @1524 @30
-@1606 := @13 (@1470 @4)
-@1610 := {t : @19} -> (h : @1604) -> (o : @1593) -> @1606 @1552
-@1611 := @1602 @1473
-@1614 := (h : @1540) -> (o : @1593) -> @1606 @1475
-@1616 := @1611 @1546 @1385
-@1618 := @13 @1471 @1475
-@1619 := LexLeanTarget.TargetSyntax.Value.bool
-@1620 := @1619 @1387
-@1621 := LexLeanTarget.TargetSyntax.Ty.bool
-@1622 := Bool
-@1623 := @1619 @4
-@1629 := {p : @24} -> {c : @25} -> {A : @26} -> (b : @1622) -> @224 @1623 @1621
-@1631 := LexLeanPreservation.Rust.wt_bool @0
-@1636 := {c : @25} -> {A : @26} -> (b : @1622) -> @234 @1623 @1621
-@1637 := @1631 @1
-@1641 := {A : @26} -> (b : @1622) -> @241 @1623 @1621
-@1642 := @1637 @2
-@1645 := (b : @1622) -> @13 @1623 @1621
-@1646 := @1642 @1387
-@1648 := @13 @1620 @1621
-@1649 := @907 @1389
-@1651 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_3 @1389
-@1653 := @251 @1649 @22
-@1655 := @251 @1620 @1653
-@1657 := @251 @1471 @1655
-@1659 := @251 @1429 @1657
-@1661 := @251 @1392 @1659
-@1662 := @254 @910
-@1663 := @1662 @23
-@1664 := @254 @1621
-@1665 := @1664 @1663
-@1666 := @254 @1475
-@1667 := @1666 @1665
-@1668 := @254 @1430
-@1669 := @1668 @1667
-@1670 := @254 @1393
-@1671 := @1670 @1669
-@1672 := @312 @1649
-@1674 := @907 (@1388 @68)
-@1687 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1674 @28) -> (hs : @142) -> @54 (@251 (@907 (@1388 @79)) @68) @269
-@1688 := @1672 @910
-@1690 := @907 (@1388 @28)
-@1692 := @13 @1690 @910
-@1697 := @54 (@251 (@907 (@1388 @88)) @68)
-@1698 := @1662 @28
-@1703 := {vs : @59} -> {ts : @60} -> (h : @1692) -> (hs : @142) -> @1697 @1698
-@1704 := @1688 @22
-@1706 := @907 (@1388 @30)
-@1708 := @13 @1706 @910
-@1710 := @251 @1674 @22
-@1715 := {ts : @60} -> (h : @1708) -> (hs : @175) -> @54 @1710 @1698
-@1716 := @1704 @23
-@1718 := @13 @1649 @910
-@1720 := @251 @1690 @22
-@1721 := @54 @1720
-@1724 := (h : @1718) -> (hs : @56) -> @1721 @1663
-@1725 := @1716 @1651
-@1727 := @251 @1706 @22
-@1729 := @54 @1727 @1663
-@1730 := (hs : @56) -> @1729
-@1731 := @1725 @53
-@1733 := @54 @1653 @1663
-@1734 := @312 @1620
-@1736 := @1619 (@1386 @68)
-@1749 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1736 @28) -> (hs : @142) -> @54 (@251 (@1619 (@1386 @79)) @68) @269
-@1750 := @1734 @1621
-@1752 := @1619 (@1386 @28)
-@1754 := @13 @1752 @1621
-@1759 := @54 (@251 (@1619 (@1386 @88)) @68)
-@1760 := @1664 @28
-@1765 := {vs : @59} -> {ts : @60} -> (h : @1754) -> (hs : @142) -> @1759 @1760
-@1766 := @1750 @1653
-@1768 := @1619 (@1386 @30)
-@1770 := @13 @1768 @1621
-@1771 := @1721 @30
-@1773 := @251 @1736 @1710
-@1778 := {ts : @60} -> (h : @1770) -> (hs : @1771) -> @54 @1773 @1760
-@1779 := @1766 @1663
-@1781 := @251 @1752 @1720
-@1782 := @54 @1781
-@1785 := (h : @1648) -> (hs : @1729) -> @1782 @1665
-@1786 := @1779 @1646
-@1788 := @251 @1768 @1727
-@1790 := @54 @1788 @1665
-@1791 := (hs : @1733) -> @1790
-@1792 := @1786 @1731
-@1794 := @54 @1655 @1665
-@1795 := @312 @1471
-@1797 := @1470 (@1384 @68)
-@1810 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1797 @28) -> (hs : @142) -> @54 (@251 (@1470 (@1384 @79)) @68) @269
-@1811 := @1795 @1475
-@1813 := @1470 (@1384 @28)
-@1815 := @13 @1813 @1475
-@1820 := @54 (@251 (@1470 (@1384 @88)) @68)
-@1821 := @1666 @28
-@1826 := {vs : @59} -> {ts : @60} -> (h : @1815) -> (hs : @142) -> @1820 @1821
-@1827 := @1811 @1655
-@1829 := @1470 (@1384 @30)
-@1831 := @13 @1829 @1475
-@1832 := @1782 @30
-@1834 := @251 @1797 @1773
-@1839 := {ts : @60} -> (h : @1831) -> (hs : @1832) -> @54 @1834 @1821
-@1840 := @1827 @1665
-@1842 := @251 @1813 @1781
-@1843 := @54 @1842
-@1846 := (h : @1618) -> (hs : @1790) -> @1843 @1667
-@1847 := @1840 @1616
-@1849 := @251 @1829 @1788
-@1851 := @54 @1849 @1667
-@1852 := (hs : @1794) -> @1851
-@1853 := @1847 @1792
-@1855 := @54 @1657 @1667
-@1856 := @312 @1429
-@1858 := @1428 (@1382 @68)
-@1871 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1858 @28) -> (hs : @142) -> @54 (@251 (@1428 (@1382 @79)) @68) @269
-@1872 := @1856 @1430
-@1874 := @1428 (@1382 @28)
-@1876 := @13 @1874 @1430
-@1881 := @54 (@251 (@1428 (@1382 @88)) @68)
-@1882 := @1668 @28
-@1887 := {vs : @59} -> {ts : @60} -> (h : @1876) -> (hs : @142) -> @1881 @1882
-@1888 := @1872 @1657
-@1890 := @1428 (@1382 @30)
-@1892 := @13 @1890 @1430
-@1893 := @1843 @30
-@1895 := @251 @1858 @1834
-@1900 := {ts : @60} -> (h : @1892) -> (hs : @1893) -> @54 @1895 @1882
-@1901 := @1888 @1667
-@1903 := @251 @1874 @1842
-@1904 := @54 @1903
-@1907 := (h : @1461) -> (hs : @1851) -> @1904 @1669
-@1908 := @1901 @1459
-@1910 := @251 @1890 @1849
-@1912 := @54 @1910 @1669
-@1913 := (hs : @1855) -> @1912
-@1914 := @1908 @1853
-@1916 := @54 @1659 @1669
-@1917 := @312 @1392
-@1919 := @1391 (@1380 @68)
-@1932 := {t : @19} ->
-  {vs : @59} ->
-  {ts : @60} -> (h : @13 @1919 @28) -> (hs : @142) -> @54 (@251 (@1391 (@1380 @79)) @68) @269
-@1933 := @1917 @1393
-@1935 := @1391 (@1380 @28)
-@1937 := @13 @1935 @1393
-@1942 := @54 (@251 (@1391 (@1380 @88)) @68)
-@1943 := @1670 @28
-@1948 := {vs : @59} -> {ts : @60} -> (h : @1937) -> (hs : @142) -> @1942 @1943
-@1949 := @1933 @1659
-@1951 := @1391 (@1380 @30)
-@1953 := @13 @1951 @1393
-@1954 := @1904 @30
-@1956 := @251 @1919 @1895
-@1961 := {ts : @60} -> (h : @1953) -> (hs : @1954) -> @54 @1956 @1943
-@1962 := @1949 @1669
-@1964 := @251 @1935 @1903
-@1965 := @54 @1964
-@1968 := (h : @1426) -> (hs : @1912) -> @1965 @1671
-@1969 := @1962 @1424
-@1971 := @251 @1951 @1910
-@1973 := @54 @1971 @1671
-@1974 := (hs : @1916) -> @1973
-@1975 := @1969 @1914
-@1977 := @54 @1661 @1671
-@1978 := @140 @192
-@1979 := @105 @192
-@1988 := {k : @57} ->
-  {fs : @59} -> {tys : @60} -> (h : @64 (@1979 @28) @74) -> (hf : @142) -> @143 @1376
-@1989 := @1978 @9
-@1990 := @1979 @9
-@1991 := @64 @1990
-@1992 := @1991 @74
-@1997 := {fs : @59} -> {tys : @60} -> (h : @1992) -> (hf : @142) -> @168 @1376
-@1998 := @1989 @1661
-@2005 := {tys : @60} -> (h : @1992) -> (hf : @1965 @30) -> @13 (@166 @1956) @1376
-@2006 := @1998 @1671
-@2013 := (h : @1991 (@73 @1671)) -> (hf : @1973) -> @13 (@166 @1964) @1376
-@2015 := @2006 (@188 @1990)
-@2019 := (hf : @1977) -> @13 (@166 @1971) @1376
-@2020 := @2015 @1975
-@2023 := @13 (@166 @1661) @1376
-@2024 := fun (__s : @1373) => @2020
-@2025 := @246 @30
-@2026 := @558 @18
-@2030 := Prod.mk.{0, 0} @57 @18 @9
-@2031 := @2030 @352
-@2032 := @20 @2026
-@2033 := @21 @2026
-@2035 := @2033 @2031 @2032
-@2036 := Bool.true
-@2037 := LexLeanTarget.TargetSyntax.Function
-@2038 := LexLeanTarget.TargetSyntax.Program.functions
-@2039 := @2038 @0
-@2040 := @20 @57
-@2041 := LexLeanTarget.TargetSyntax.Ty.unit
-@2042 := LexLeanTarget.TargetSyntax.Value.unit
-@2045 := LexLeanTarget.TargetSyntax.Expr.value @2041 @2042
-@2050 := LexLeanTarget.TargetSyntax.Function.mk @2040 @23 @2041 @2045
-@2055 := List.getD.{0} @2037 @2039 @9 @2050
-@2059 := fun (__e_n : @57) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.root @4 @9
-@2060 := @312 @352
-@2062 := @13 @341 @28
-@2063 := @219 @66
-@2064 := @251 @2063
-@2072 := {t : @19} -> {vs : @59} -> {ts : @60} -> (h : @2062) -> (hs : @142) -> @54 (@2064 @68) @269
-@2073 := @2060 @221
-@2079 := {vs : @59} -> {ts : @60} -> (h : @325 @221) -> (hs : @142) -> @330 @345
-@2080 := @2073 @22
-@2081 := @342 @22
-@2082 := @54 @2081
-@2086 := {ts : @60} -> (h : @340) -> (hs : @175) -> @2082 @345
-@2087 := @2080 @23
-@2090 := (h : @354) -> (hs : @56) -> @357 @256
-@2092 := @2087 @2025 @53
-@2093 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.denote
-@2094 := @2093 @30
-@2095 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.__fits_0
-@2096 := @2095 @30
-@2099 := @219 (Reasoning.Main.planLeft @30)
-@2101 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.root @30
-@2102 := Ne.{1}
-@2103 := LexLeanPreservation.Obs
-@2104 := @2102 @2103
-@2105 := LexLeanPreservation.Rel
-@2108 := @2104 (@2105 @30 @4)
-@2109 := LexLeanPreservation.Obs.stuck
-@2112 := (f : @1622) -> (v : @18) -> @2108 @2109
-@2114 := LexLeanPreservation.Rust.rel_ne_stuck @2096
-@2120 := (v : @18) -> @2104 (@2105 (@2095 @28) @4) @2109
-@2121 := @2114 @2099
-@2125 := @2104 (@2105 @2096 @2099) @2109
-@2126 := @58 @2026
-@2127 := LexLeanPreservation.Rust.FunSem
-@2133 := (n : @57) -> @2127 @448 @83 @76 @4 @66
-@2134 := @62 @2037
-@2135 := @61 @2134
-@2142 := LexLeanRuntime.index (@58 @2037) @2037 (LexLeanRuntime.instIndexableList @2037)
-@2146 := @2135 (@2142 (@2038 @448) @66)
-@2147 := @72 @2037
-@2148 := @2147 @79
-@2149 := @2146 @2148
-@2153 := @27 @456 @448 @83 @79
-@2154 := LexLeanTarget.TargetSyntax.Function.types
-@2155 := @2154 @66
-@2156 := @2153 @2155
-@2157 := @62 @2126
-@2158 := @61 @2157
-@2159 := LexLeanTarget.TargetSemantics.bindAll
-@2160 := LexLeanTarget.TargetSyntax.Function.parameters
-@2165 := @2158 (@2159 (@2160 @76) @66 @2032)
-@2166 := @72 @2126
-@2167 := @2166 @79
-@2168 := @2165 @2167
-@2169 := @62 @1622
-@2170 := @61 @2169
-@2171 := LexLeanPreservation.Rust.fnFallible
-@2174 := @2170 (@2171 @466 @448)
-@2175 := @72 @1622
-@2176 := @2175 @79
-@2177 := @2174 @2176
-@2178 := LexLeanPreservation.RunConv
-@2179 := #13
-@2183 := @2178 @2179 @456 @83 @79
-@2185 := @2104 @66 @2109
-@2186 := Exists.{1}
-@2187 := LexLeanPreservation.Rust.ROut
-@2188 := @2186 @2187
-@2189 := And
-@2190 := LexLeanPreservation.Rust.RealizesFn
-@2194 := @2189 (@2190 @448 @83 @4)
-@2195 := LexLeanPreservation.Rust.RCI
-@2197 := @2195 #15
-@2198 := LexLeanPreservation.Rust.fnIdent
-@2199 := @2198 @2179
-@2206 := (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2197 @2199 @466 @4))
-@2221 := {p : @24} ->
-  {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @2037} ->
-  {args : @59} ->
-  {env : @2126} ->
-  {F : @1622} ->
-  {o : @2103} ->
-  (hB : @2133) ->
-  (hfn : @2149) -> (hwt : @2156) -> (hbind : @2168) -> (hF : @2177) -> (hA : @2183) -> @2206
-@2223 := LexLeanPreservation.Rust.compose @0
-@2224 := @2127 @0
-@2229 := (n : @57) -> @2224 @83 @76 @4 @66
-@2230 := @2142 @2039
-@2233 := @2135 (@2230 @66) @2148
-@2237 := @40 @448 @83 @79 @2155
-@2238 := @2178 @0
-@2241 := @2238 @456 @83 @79
-@2255 := {c : @25} ->
-  {A : @26} ->
-  {f : @57} ->
-  {fn : @2037} ->
-  {args : @59} ->
-  {env : @2126} ->
-  {F : @1622} ->
-  {o : @2103} ->
-  (hB : @2229) ->
-  (hfn : @2233) -> (hwt : @2237) -> (hbind : @2168) -> (hF : @2177) -> (hA : @2241) -> @2206
-@2256 := @2223 @1
-@2257 := @2224 @1
-@2261 := (n : @57) -> @2257 @76 @4 @66
-@2264 := @48 @83 @79 @2155
-@2265 := @2171 @1
-@2268 := @2170 (@2265 @448) @2176
-@2269 := @2195 @1
-@2279 := (hbind : @2168) ->
-  (hF : @2268) ->
-  (hA : @2241) -> (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2269 @2199 @466 @4))
-@2289 := {A : @26} ->
-  {f : @57} ->
-  {fn : @2037} ->
-  {args : @59} ->
-  {env : @2126} ->
-  {F : @1622} -> {o : @2103} -> (hB : @2261) -> (hfn : @2233) -> (hwt : @2264) -> @2279
-@2290 := @2256 @2
-@2292 := @2257 @2 @4
-@2294 := (n : @57) -> @2292 @66
-@2295 := @54 @79
-@2296 := @2295 @2155
-@2305 := {f : @57} ->
-  {fn : @2037} ->
-  {args : @59} ->
-  {env : @2126} ->
-  {F : @1622} -> {o : @2103} -> (hB : @2294) -> (hfn : @2233) -> (hwt : @2296) -> @2279
-@2306 := @2290 @9
-@2308 := (n : @57) -> @2292 @9
-@2309 := @2230 @9
-@2310 := @2135 @2309
-@2311 := @2310 @2148
-@2312 := @2265 @9
-@2313 := @2170 @2312
-@2314 := @2313 @2176
-@2315 := @2238 @9
-@2317 := @2315 @83 @79
-@2319 := @2269 (@2198 @9)
-@2327 := (hF : @2314) ->
-  (hA : @2317) -> (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2319 @466 @4))
-@2336 := {fn : @2037} ->
-  {args : @59} ->
-  {env : @2126} ->
-  {F : @1622} ->
-  {o : @2103} -> (hB : @2308) -> (hfn : @2311) -> (hwt : @2296) -> (hbind : @2168) -> @2327
-@2337 := @2306 @2055
-@2339 := @2310 (@2147 @2055)
-@2340 := @2154 @2055
-@2341 := @2295 @2340
-@2343 := @2159 (@2160 @2055)
-@2355 := {args : @59} ->
-  {env : @2126} ->
-  {F : @1622} ->
-  {o : @2103} ->
-  (hB : @2308) -> (hfn : @2339) -> (hwt : @2341) -> (hbind : @2158 (@2343 @66 @2032) @2167) -> @2327
-@2356 := @2337 @371
-@2357 := @2064 @22
-@2359 := @54 @2357 @2340
-@2362 := @251 (@219 @76) @22
-@2366 := @2158 (@2343 @2362 @2032) @2167
-@2369 := @251 (@219 @448) @22
-@2390 := {env : @2126} ->
-  {F : @1622} ->
-  {o : @2103} ->
-  (hB : @2308) ->
-  (hfn : @2339) ->
-  (hwt : @2359) ->
-  (hbind : @2366) ->
-  (hF : @2314) ->
-  (hA : @2315 @2369 @79) ->
-  (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2319 (@251 (@219 #12) @22) @4))
-@2391 := @2356 @2035
-@2392 := @328 @22
-@2394 := @54 @2392 @2340
-@2402 := @2158 (@2343 @2357 @2032) (@2166 (@2033 (@2030 @2063) @2032))
-@2405 := @251 (@219 @83) @22
-@2424 := {F : @1622} ->
-  {o : @2103} ->
-  (hB : @2308) ->
-  (hfn : @2339) ->
-  (hwt : @2394) ->
-  (hbind : @2402) ->
-  (hF : @2314) ->
-  (hA : @2315 @2405 @79) ->
-  (hne : @2185) -> @2188 (fun (ro : @2187) => @2194 (@2319 (@251 (@219 @466) @22) @4))
-@2425 := @2391 @2036
-@2426 := @2082 @2340
-@2434 := @2158 (@2343 @2392 @2032) (@2166 (@2033 (@2030 @327) @2032))
-@2436 := @2313 (@2175 @2036)
-@2438 := @2315 @2362 @79
-@2439 := @2190 @2036
-@2458 := {o : @2103} ->
-  (hB : @2308) ->
-  (hfn : @2339) ->
-  (hwt : @2426) ->
-  (hbind : @2434) ->
-  (hF : @2436) ->
-  (hA : @2438) ->
-  (hne : @2185) ->
-  @2188 (fun (ro : @2187) => @2189 (@2439 @83 @4) (@2319 (@251 (@219 @456) @22) @4))
-@2459 := @2425 @2094
-@2460 := @357 @2340
-@2468 := @2158 (@2343 @2081 @2032) (@2166 (@2033 (@2030 @341) @2032))
-@2469 := @2315 @2357
-@2470 := @2093 @66
-@2471 := @2469 @2470
-@2472 := @2093 @76
-@2490 := (hB : @2308) ->
-  (hfn : @2339) ->
-  (hwt : @2460) ->
-  (hbind : @2468) ->
-  (hF : @2436) ->
-  (hA : @2471) ->
-  (hne : @2104 @2472 @2109) ->
-  @2188 (fun (ro : @2187) => @2189 (@2439 (@2093 @448) @4) (@2319 @2369 @4))
-@2491 := @2459 @2059
-@2492 := @365 @2340
-@2500 := @2158 (@2343 @356 @2032) (@2166 (@2033 (@2030 @324) @2032))
-@2501 := @2315 @2392
-@2502 := @2093 @79
-@2520 := (hfn : @2339) ->
-  (hwt : @2492) ->
-  (hbind : @2500) ->
-  (hF : @2436) ->
-  (hA : @2501 @2502) ->
-  (hne : @2104 @2470 @2109) ->
-  @2188 (fun (ro : @2187) => @2189 (@2439 (@2093 @83) @4) (@2319 @2405 @4))
-@2523 := @2491 (@187 @2134 @2309)
-@2524 := @372 @2340
-@2532 := @2158 (@2343 @364 @2032) (@2166 (@2033 (@2030 @338) @2032))
-@2533 := @2315 @2081
-@2534 := @2093 @88
-@2550 := (hwt : @2524) ->
-  (hbind : @2532) ->
-  (hF : @2436) ->
-  (hA : @2533 @2534) ->
-  (hne : @2104 @2502 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2472 @4) (@2319 @2362 @4))
-@2551 := @2523 @2092
-@2553 := @2343 @371 @2032
-@2556 := @2158 @2553 (@2166 @2035)
-@2557 := @2315 @356
-@2558 := @2093 @68
-@2573 := (hbind : @2556) ->
-  (hF : @2436) ->
-  (hA : @2557 @2558) ->
-  (hne : @2104 @2534 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2470 @4) (@2319 @2357 @4))
-@2576 := @2551 (@187 @2157 @2553)
-@2577 := @2315 @364
-@2578 := @2093 @28
-@2592 := (hF : @2436) ->
-  (hA : @2577 @2578) ->
-  (hne : @2104 @2558 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2502 @4) (@2319 @2392 @4))
-@2595 := @2576 (@187 @2169 @2312)
-@2609 := (hA : @2315 @371 @2094) ->
-  (hne : @2104 @2578 @2109) -> @2188 (fun (ro : @2187) => @2189 (@2439 @2534 @4) (@2319 @2081 @4))
-@2610 := @2595 @2101
-@2621 := (hne : @2104 @2094 @2109) ->
-  @2188 (fun (ro : @2187) => @2189 (@2439 @2558 @4) (@2319 @356 @4))
-@2622 := @2610 @2121
-@2628 := @2189 (@2439 @2578 @4) (@2319 @364 @4)
-@2630 := @2188 (fun (ro : @2187) => @2628)
-@2632 := @2188 (fun (__e_ro : @2187) => @2628)
-@2634 := LexLeanPreservation.Rust.RepresentableL @253
-@2635 := (__e_hrep : @2634) -> @2632
-@2636 := fun (__e_hrep : @2634) => @2622
-@2637 := (target : @57) -> @2635
-@2638 := fun (target : @57) => @2636
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/RustStd.lean
deleted file mode 100644
index 00e5fbb08..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/RustStd.lean
+++ /dev/null
@@ -1,360 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [], [.nat]] },
-    { constructors := [[(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]] },
-    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := ((
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.first (.var 1))), (.arm .error [2] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [.nat], result := (.result (.pair .nat .nat) (.pair .bool .bool)),
-      body := (.«match» (.result (.pair .nat .nat) (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result (.pair .nat .nat) (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result (.pair .nat .nat) (.pair .bool .bool)) [(.var 2)]))]) }) ::(
-    { parameters := [0], types := [.nat], result := (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 2) [(.arm .some [2] (.build .ok (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair (.pair .nat .nat) (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 3)])]))])) }) ::(
-    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
-      body := (.call 5 [(.closure 6 [(.var 0)]), (.prim .natMul [(.var 0), (.value .nat (.nat 8))]), (.call 7 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
-      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.call 8 [(.var 0), (.var 1)]) }) ::(
-    { parameters := [0], types := [.nat], result := (.adt 1),
-      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.call 12 [(.build .nil (.list (.pair .nat .nat)) []), (.call 11 [(.var 0)])]), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) }) ::(
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.field (.var 1) 2) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 13 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.field (.var 1) 1), (.build .some (.option (.pair (.pair .nat .nat) (.adt 2))) [(.build .pair (.pair (.pair .nat .nat) (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 3), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 1), (.field (.field (.var 1) 4) 2), (.field (.field (.var 1) 4) 3), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 4) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 14 [(.var 3)]) (.«let» 7 (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.call 15 [(.field (.var 1) 1), (.var 6)]) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 4), (.first (.var 7))]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 16 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.second (.var 7)), (.build .none (.option (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.field (.var 1) 3) (.build .true .bool []) (.prim .natLt [(.prim .natAdd [(.var 0), (.var 0)]), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 4) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 1), (.call 17 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 4) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 4) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 4) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 4) 5))])])]))))))]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
-    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := (.list (.pair .nat .nat)),
-      body := (.«match» (.list (.pair .nat .nat)) (.var 0) [(.arm .nil [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.build .nil (.list (.pair .nat .nat)) [])])), (.arm .cons [2, 3] (.«match» (.list (.pair .nat .nat)) (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .cons (.list (.pair .nat .nat)) [(.var 1), (.var 0)])), (.arm .eq [] (.var 0)), (.arm .gt [] (.build .cons (.list (.pair .nat .nat)) [(.var 2), (.call 12 [(.var 3), (.var 1)])]))]))]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.call 18 [(.var 1)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [2] (.cond (.call 19 [(.var 0), (.var 2)]) (.build .some (.option (.pair .nat .nat)) [(.var 2)]) (.build .none (.option (.pair .nat .nat)) [])))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.prim .append [(.call 20 [(.var 0)]), (.prim .append [(.call 21 [(.var 0)]), (.call 22 [(.var 0)])])]) }) ::(
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
-      body := (.call 23 [(.closure 24 []), (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.build .nil (.list (.adt 2)) []), (.var 0)]), (.var 1)]) }) ::(
-    { parameters := [0, 1, 2], types := [.nat, (.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 1)]), (.prim .natAdd [(.var 0), (.var 0)])]) (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.var 2), (.build .nil (.list (.adt 2)) [])])]) (.var 1)) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
-      body := (.prim .natAdd [(.value .nat (.nat 1)), (.prim .natAdd [(.value .nat (.nat 1)), (.prim .length [(.call 25 [(.var 0)])])])]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.build .some (.option (.pair .nat .nat)) [(.var 0)]) }) ::(
-    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := .bool,
-      body := (.cond (.prim .natEq [(.second (.var 1)), (.var 0)]) (.prim .natLe [(.first (.var 1)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 1) (.adt 0) [])]) [(.arm .none [] (.build .nil (.list (.adt 2)) [])), (.arm .some [1] (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 1), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 1) (.adt 0) []), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])]))]) }) ::(
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.call 27 [(.closure 28 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 25 [(.field (.var 0) 0)])]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
-      body := (.«match» (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 23 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1], types := [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)], result := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))),
-      body := (.cond (.call 29 [(.second (.var 0)), (.field (.var 1) 0)]) (.var 0) (.build .pair (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) [(.prim .append [(.first (.var 0)), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]), (.call 12 [(.second (.var 0)), (.field (.var 1) 0)])])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 3)), (.build .nil (.list .nat) [])])])]) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 30 [(.var 0)])), (.arm (.adt 1) [] (.call 31 [(.var 0)])), (.arm (.adt 2) [2] (.call 32 [(.var 0), (.var 2)]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 27 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.call 33 [(.var 0), (.var 1), (.var 2)]) }) ::(
-    { parameters := [0, 1], types := [(.list (.pair .nat .nat)), (.pair .nat .nat)], result := .bool,
-      body := (.«match» .bool (.var 0) [(.arm .nil [] (.build .false .bool [])), (.arm .cons [2, 3] (.«match» .bool (.prim .compare [(.var 1), (.var 2)]) [(.arm .lt [] (.build .false .bool [])), (.arm .eq [] (.build .true .bool [])), (.arm .gt [] (.call 29 [(.var 3), (.var 1)]))]))]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 34 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 35 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 36 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 37 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 38 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 39 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) }) ::(
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 2) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 2) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
-      body := (.cond (.prim .natLt [(.first (.var 0)), (.value .nat (.nat 4))]) (.prim .natLe [(.second (.var 0)), (.value .nat (.nat 3))]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.value .nat (.nat 4)), (.second (.var 0))]) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
-      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.first (.var 0))]) (.cond (.prim .natLe [(.prim .natAdd [(.second (.var 0)), (.var 1)]), (.value .nat (.nat 3))]) (.prim .natLe [(.first (.var 0)), (.value .nat (.nat 4))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.prim .natSub [(.first (.var 0)), (.var 1)]), (.prim .natAdd [(.second (.var 0)), (.var 1)])]) }) ::[]) }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [.nat] }]) ::
-    (.enum (.adt 1) [{ number := 0, fields := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)] }]) ::
-    (.enum (.adt 2) [{ number := 0, fields := [(.pair .nat .nat), (.list (.adt 0))] }]) ::
-    (.enum (.adt 3) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.fn 0) [{ number := 6, fields := [.nat] }]) ::
-    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 6, captures := [.copy], functionFallible := true }]) ::
-    (.enum (.fn 1) [{ number := 10, fields := [.nat] }, { number := 16, fields := [.nat] }]) ::
-    (.apply 1 [(.list (.adt 2)), (.adt 2)] (.list (.adt 2)) true [{ function := 10, captures := [.copy], functionFallible := true }, { function := 16, captures := [.copy], functionFallible := true }]) ::
-    (.enum (.fn 2) [{ number := 24, fields := [] }]) ::
-    (.apply 2 [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) false [{ function := 24, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 3) [{ number := 28, fields := [(.adt 2)] }]) ::
-    (.apply 3 [(.list (.adt 2)), .nat] (.list (.adt 2)) true [{ function := 28, captures := [.clone], functionFallible := true }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 2))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result (.pair .nat .nat) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 3)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 3)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 6)))))] (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 5)), .wild, .wild]) (.mk [] (.move (.generated .part 5))))]))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))] (.move (.generated .part 13)))), (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 9)))) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))]))))]))))]))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.lit (.nat 8)))] (.call (.runtime .natMul) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] true))), (.call (.function 7) [(.copy (.generated .binding 0))] true)] false))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bool }, { pattern := (.bind (.generated .binding 1)), type := .bool }] (.pair .bool .bool) (.mk [] (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 20)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 20)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 20))), (.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.adt 1)) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] true))] (.succeed (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.call (.function 12) [(.construct (.nil (.pair .nat .nat)) []), (.call (.function 11) [(.copy (.generated .binding 0))] false)] false), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 27))] false)))])])))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 29)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 28)), .wild, .wild]) (.mk [] (.move (.generated .part 28))))]))] (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))] (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 106)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 106)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)))), (.mk (.bind (.generated .operand 112)) none (.block (.mk [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 111)), (.move (.generated .operand 112))] false) (.mk [(.mk (.bind (.generated .operand 113)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))))) ::
-    (.function (.generated .function 11) [{ pattern := .wild, type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.lit (.nat 0)) (.lit (.nat 0))))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.list (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 115)) none (.clone (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 115)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil (.pair .nat .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 118)) none (.block (.mk [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false))))] (.matchOn (.move (.generated .holder 118)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 119)) none (.call (.function 18) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 119)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none (.pair .nat .nat)) [])))))]))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .operand 122)) none (.call (.function 20) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 120)) none (.call (.function 21) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 121)) none (.call (.function 22) [(.move (.generated .binding 0))] true))] (.call (.runtime .appendList) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false))))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false)))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.mk [] (.call (.function 23) [(.construct (.closure 2 24) []), (.pair (.construct (.nil (.adt 2)) []) (.move (.generated .binding 0))), (.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .operand 127)) none (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)))), (.mk (.bind (.generated .operand 128)) none (.block (.mk [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 127)), (.move (.generated .operand 128))] false) (.mk [(.mk (.bind (.generated .operand 129)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 130)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 129)), (.move (.generated .operand 130))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible .nat) (.mk [(.mk (.bind (.generated .operand 134)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 133)) none (.block (.mk [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true))))] (.call (.runtime .natAdd) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.construct .some [(.copy (.generated .binding 0))]))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 137)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 136))))), (.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 137)), (.move (.generated .operand 138))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 139))))), (.mk (.bind (.generated .operand 141)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 143)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 142)), .wild]) (.mk [] (.move (.generated .part 142))))]), (.construct (.adt 0 0) [])] true))] (.matchOn (.move (.generated .holder 143)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)))]), (.construct (.nil (.adt 2)) [])]))))]))) ::
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 148)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 147)), .wild]) (.mk [] (.move (.generated .part 147))))]), (.construct (.adt 0 1) [])] true))] (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)))]), (.construct (.nil (.adt 2)) [])]))))]))) ::
-    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.fallible (.list (.adt 2))) (.mk [] (.call (.function 27) [(.construct (.closure 3 28) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 25) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))])] false)] false))) ::
-    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.mk [(.mk (.bind (.generated .holder 153)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 153)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 23) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.pair (.list (.adt 2)) (.list (.pair .nat .nat))) (.mk [] (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 155)))), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 156)), .wild]) (.mk [] (.move (.generated .part 156))))])] false) (.mk [] (.move (.generated .binding 0))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false))) (.call (.function 12) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))] (.move (.generated .part 160)))), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 161)), .wild]) (.mk [] (.move (.generated .part 161))))])] false)))))) ::
-    (.function (.generated .function 25) [{ pattern := .wild, type := (.pair .nat .nat) }] (.list .nat) (.mk [] (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])])]))) ::
-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }] (.fallible (.option (.pair .nat .nat))) (.mk [(.mk (.bind (.generated .holder 162)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 162)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.call (.function 30) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 1 []) (.mk [] (.succeed (.call (.function 31) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 2 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 32) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]))) ::
-    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 3) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 163)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 163)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.list (.adt 2))) (.mk [] (.call (.function 33) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false))) ::
-    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.pair .nat .nat)) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .holder 165)) none (.move (.generated .binding 0)))] (.matchOn (.uncons (.generated .holder 165)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 168)) none (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false))))] (.matchOn (.move (.generated .holder 168)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]))) ::
-    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 34) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))) ::
-    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 36) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))) ::
-    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option (.pair .nat .nat))) (.mk [] (.cond (.call (.function 38) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))))) ::
-    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.list (.adt 2))) (.mk [(.mk (.bind (.generated .holder 170)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 169)), .wild]) (.mk [] (.move (.generated .part 169))))]), (.construct (.adt 0 2) [(.copy (.generated .binding 2))])] true))] (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 174)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 175)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 174)), (.move (.generated .operand 175))] false))))]))) ::
-    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 177)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 176))))), (.mk (.bind (.generated .operand 178)) none (.lit (.nat 4)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 177)), (.move (.generated .operand 178))] false) (.mk [(.mk (.bind (.generated .operand 180)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 179))))), (.mk (.bind (.generated .operand 181)) none (.lit (.nat 3)))] (.call (.runtime .natLe) [(.move (.generated .operand 180)), (.move (.generated .operand 181))] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.pair .nat .nat) (.mk [] (.pair (.lit (.nat 4)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 182))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 182))))))) ::
-    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 184)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 185)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 183)))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 184)), (.move (.generated .operand 185))] false) (.mk [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 186))))), (.mk (.bind (.generated .operand 188)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 189)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 189)))) (.lit (.nat 0))))) ::
-    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 190)))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false) (.mk [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false) (.mk [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (.mk [] (.succeed (.lit (.bool false)))))) (.mk [] (.succeed (.lit (.bool false))))))) ::
-    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 202)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 201))))), (.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 202)), (.move (.generated .operand 203))] false))) (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 204))))), (.mk (.bind (.generated .operand 206)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))))))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true), (([(.list (.adt 2)), (.adt 2)], (.list (.adt 2))), true), (([(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)], (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), false), (([(.list (.adt 2)), .nat], (.list (.adt 2))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 1)))] (.succeed (.move (.generated .part 2))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.pair .nat .nat) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.succeed (.move (.generated .part 2)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 3)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 3)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair (.pair .nat .nat) (.list (.adt 0))), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair .nat .nat) (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))]))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), (some 2)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair .nat .nat) (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.pair .nat .nat)) (tb := (.list (.adt 0))) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 6)))))] (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 5)), .wild, .wild]) (.mk [] (.move (.generated .part 5))))]))))], (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))] (.move (.generated .part 13)))), (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 9)))) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))]))))]))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.option (.pair (.pair .nat .nat) (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 6)))))]) (tail := (.matchOn (.move (.generated .holder 7)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 5)), .wild, .wild]) (.mk [] (.move (.generated .part 5))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 5))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 6))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))] (.move (.generated .part 13)))), (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))] (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])))] false)]))) (Corr.mCons (Γ' := [(2, (.pair (.pair .nat .nat) (.adt 2)), (some 2)), (1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair (.pair .nat .nat) (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 9)))) (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))] (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))]))))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair (.pair .nat .nat) (.list (.adt 0)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 9)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 9))) (Corr.first (ta := (.pair .nat .nat)) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))] (.move (.generated .part 11)))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 10))]) (.mk [] (.move (.generated .part 10))))])) (Corr.fieldHeld (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 10))) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 11))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 11))) (Corr.second (ta := (.pair .nat .nat)) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bool, .bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 13))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 13))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 16)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 15)))))]) (tail := (.matchOn (.move (.generated .holder 16)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 14)), .wild]) (.mk [] (.move (.generated .part 14))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 14))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 15)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 15))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.lit (.nat 8)))] (.call (.runtime .natMul) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] true))), (.call (.function 7) [(.copy (.generated .binding 0))] true)] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 18)) none (.lit (.nat 8)))]) (tail := (.call (.runtime .natMul) [(.move (.generated .operand 17)), (.move (.generated .operand 18))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))), [(1, .bool, (some 1)), (0, .bool, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.copy (.generated .binding 0))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := [(.mk (.bind (.generated .operand 19)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .boolNot) [(.move (.generated .operand 19))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool true)))) (lb := []) (tb := (.pair (.lit (.bool false)) (.lit (.bool false)))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 20)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 20))), (.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 22)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 21)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 21) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] true))], (.succeed (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.call (.function 12) [(.construct (.nil (.pair .nat .nat)) []), (.call (.function 11) [(.copy (.generated .binding 0))] false)] false), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 27)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 27))] false)))])])), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 25)) none (.block (.mk [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)))), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 23)), (.move (.generated .operand 24))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 27))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))))) rfl)))⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 28)), .wild, .wild]) (.mk [] (.move (.generated .part 28))))]))], (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))] (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair (.pair .nat .nat) (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 28))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))]))]) (tail := (.matchOn (.uncons (.generated .holder 31)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))] (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])))])) (Corr.mCons (Γ' := [(2, (.pair (.pair .nat .nat) (.adt 2)), none), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 30))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 33)) none (.call (.function 13) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 32)), .wild]) (.mk [] (.move (.generated .part 32))))])] false))]) (tail := (.matchOn (.move (.generated .holder 33)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 14) [(.clone (.generated .binding 3))] true)), (.mk (.bind (.generated .binding 7)) (some (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))) (.call (.function 15) [(.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 58)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]), (.clone (.generated .binding 6))] false)), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))] (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 16) [(.copy (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] true))]) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))] (.move (.generated .part 62)))), (.construct (.none (.pair (.pair .nat .nat) (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true))), (.block (.mk [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true))), (.block (.mk [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))))])])]))) (Corr.mCons (Γ' := [(5, (.pair .nat .nat), (some 5)), (4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 35)), .wild]) (.mk [] (.move (.generated .part 35))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))]))), (.block (.mk [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))] (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))]))), (.block (.mk [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true))), (.block (.mk [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))] (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])))])])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 34))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair (.pair .nat .nat) (.adt 2))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 35))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))] (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 38)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 37))]) (.mk [] (.move (.generated .part 37))))]))]) (tail := (.matchOn (.move (.generated .holder 38)) [(.mk (.adt 3 0 [(.bind (.generated .part 36)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 37))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))]) (tail := (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 41)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 41))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 42))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))]) (tail := (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 44)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 44))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 49)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))]))]) (tail := (.matchOn (.move (.generated .holder 49)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 47)), .wild, .wild]) (.mk [] (.move (.generated .part 47))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 47))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 53)) none (.block (.mk [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))] (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])))), (.mk (.bind (.generated .operand 54)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 53)), (.move (.generated .operand 54))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 52)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 51))]) (.mk [] (.move (.generated .part 51))))]))]) (tail := (.matchOn (.move (.generated .holder 52)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 50)), .wild]) (.mk [] (.move (.generated .part 50))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 50))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 51))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 57)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 56))]) (.mk [] (.move (.generated .part 56))))]))]) (tail := (.matchOn (.move (.generated .holder 57)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 55))]) (.mk [] (.move (.generated .part 55))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 55))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 56))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))))) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 58))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))] (.move (.generated .part 59)))))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 59)), .wild]) none (.move (.generated .binding 7)))]) (tail := (.move (.generated .part 59))) (Corr.first (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 62))]) none (.move (.generated .binding 7)))]) (tail := (.move (.generated .part 62))) (Corr.second (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 63)), .wild]) (.mk [] (.move (.generated .part 63))))])) (lk := []) (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 63))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)))), (.mk (.bind (.generated .operand 68)) none (.block (.mk [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false))))]) (tb := (.call (.runtime .natLt) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 64)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 65)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 64)), (.move (.generated .operand 65))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 66)) none (.move (.generated .binding 8)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 66))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 72)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 73)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 72)), (.move (.generated .operand 73))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))]) (tail := (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [(.bind (.generated .part 69)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 69))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 70))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))] (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])))), (.mk (.bind (.generated .operand 79)) none (.call (.function 17) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 77)), .wild]) (.mk [] (.move (.generated .part 77))))])] true))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 76)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 75))]) (.mk [] (.move (.generated .part 75))))]))]) (tail := (.matchOn (.move (.generated .holder 76)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 74)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 74))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 74))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 75))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 77))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 84)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 85)) none (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 84)), (.move (.generated .operand 85))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))]) (tail := (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 80)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 80))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 80))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 83)) none (.move (.generated .binding 6)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 83))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))] (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])))), (.mk (.bind (.generated .operand 90)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 88)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 87))]) (.mk [] (.move (.generated .part 87))))]))]) (tail := (.matchOn (.move (.generated .holder 88)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 86)), .wild, .wild]) (.mk [] (.move (.generated .part 86))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 86))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 94)) none (.block (.mk [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))] (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])))), (.mk (.bind (.generated .operand 95)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 93)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))]))]) (tail := (.matchOn (.move (.generated .holder 93)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 91)), .wild]) (.mk [] (.move (.generated .part 91))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 91))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 92))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false) (.mk [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (.mk [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))] (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 100)) none (.block (.mk [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))] (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])))), (.mk (.bind (.generated .operand 101)) none (.block (.mk [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 98)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 97))]) (.mk [] (.move (.generated .part 97))))]))]) (tail := (.matchOn (.move (.generated .holder 98)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 96))]) (.mk [] (.move (.generated .part 96))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 97))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 99)) none (.clone (.generated .binding 9)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 99))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 102)) none (.move (.generated .binding 9)))]) (ta := (.call (.runtime .lengthList) [(.move (.generated .operand 102))] false)) (lb := [(.mk (.bind (.generated .holder 105)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 104))]) (.mk [] (.move (.generated .part 104))))]))]) (tb := (.matchOn (.move (.generated .holder 105)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 103))]) (.mk [] (.move (.generated .part 103))))])) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 103))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.list (.pair .nat .nat)), (.option (.pair (.pair .nat .nat) (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 104))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)))) (Corr.lNil)))))))) rfl)) (Corr.lNil))))))) rfl)) (Corr.lNil))) rfl))))))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 106)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 106)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 107)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 107) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] true)) (Corr.apply (ps := [(.list (.adt 2)), (.adt 2)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)))), (.mk (.bind (.generated .operand 112)) none (.block (.mk [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 111)), (.move (.generated .operand 112))] false) (.mk [(.mk (.bind (.generated .operand 113)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))), [(2, (.adt 2), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)))), (.mk (.bind (.generated .operand 112)) none (.block (.mk [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 111)), (.move (.generated .operand 112))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 108)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 109)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 110)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 109)), (.move (.generated .operand 110))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 113)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] false))) (lb := []) (tb := (.succeed (.move (.generated .binding 1)))) (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.lit (.nat 0)) (.lit (.nat 0))), [(0, .nat, none)], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 115)) none (.clone (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 115)) [(.mk .none (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil (.pair .nat .nat)) [])]))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 118)) none (.block (.mk [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false))))] (.matchOn (.move (.generated .holder 118)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])))]), [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.construct (.nil (.pair .nat .nat)) [])])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 118)) none (.block (.mk [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false))))]) (tail := (.matchOn (.move (.generated .holder 118)) [(.mk (.ordering .less) (.mk [] (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]))), (.mk (.ordering .same) (.mk [] (.move (.generated .binding 0)))), (.mk (.ordering .more) (.mk [] (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 117)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 116)), (.move (.generated .operand 117))] false)) (Corr.prim (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 1)), (.move (.generated .binding 0))])) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.move (.generated .binding 0))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.construct .cons [(.copy (.generated .binding 2)), (.call (.function 12) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .nat .nat), (.list (.pair .nat .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.build (ts := [(.pair .nat .nat), (.list (.pair .nat .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .nat .nat), (.list (.pair .nat .nat))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 119)) none (.call (.function 18) [(.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 119)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none (.pair .nat .nat)) [])))))]), [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.pair .nat .nat)) [])) (Corr.mCons (Γ' := [(2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none (.pair .nat .nat)) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 19) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 122)) none (.call (.function 20) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 120)) none (.call (.function 21) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 121)) none (.call (.function 22) [(.move (.generated .binding 0))] true))] (.call (.runtime .appendList) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false))))], (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 122)), (.move (.generated .operand 123))] false)), [(0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 120)) none (.call (.function 21) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .operand 121)) none (.call (.function 22) [(.move (.generated .binding 0))] true))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 120)), (.move (.generated .operand 121))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 23) [(.construct (.closure 2 24) []), (.pair (.construct (.nil (.adt 2)) []) (.move (.generated .binding 0))), (.move (.generated .binding 1))] false), [(1, (.list (.adt 2)), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 127)) none (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)))), (.mk (.bind (.generated .operand 128)) none (.block (.mk [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 127)), (.move (.generated .operand 128))] false) (.mk [(.mk (.bind (.generated .operand 129)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 130)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 129)), (.move (.generated .operand 130))] false))) (.mk [] (.succeed (.move (.generated .binding 1))))), [(2, (.adt 2), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 127)) none (.block (.mk [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)))), (.mk (.bind (.generated .operand 128)) none (.block (.mk [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))] (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 127)), (.move (.generated .operand 128))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 124)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 124))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 125)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 126)) none (.copy (.generated .binding 0)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 125)), (.move (.generated .operand 126))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 129)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 130)) none (.construct .cons [(.move (.generated .binding 2)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 129)), (.move (.generated .operand 130))] false))) (lb := []) (tb := (.succeed (.move (.generated .binding 1)))) (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 134)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 135)) none (.block (.mk [(.mk (.bind (.generated .operand 132)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 133)) none (.block (.mk [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true))))], (.call (.runtime .natAdd) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.primF (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 132)) none (.lit (.nat 1))), (.mk (.bind (.generated .operand 133)) none (.block (.mk [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 131)) none (.call (.function 25) [(.copy (.generated .binding 0))] false))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 131))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.copy (.generated .binding 0))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 137)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 136))))), (.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 137)), (.move (.generated .operand 138))] false) (.mk [(.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 139))))), (.mk (.bind (.generated .operand 141)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false)) (.mk [] (.lit (.bool false)))), [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 137)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 136))))), (.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 137)), (.move (.generated .operand 138))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 136))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 136))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 140)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 139))))), (.mk (.bind (.generated .operand 141)) none (.lit (.nat 4)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 140)), (.move (.generated .operand 141))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 139)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 139))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 143)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 142)), .wild]) (.mk [] (.move (.generated .part 142))))]), (.construct (.adt 0 0) [])] true))], (.matchOn (.move (.generated .holder 143)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)))]), (.construct (.nil (.adt 2)) [])]))))]), [(0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.nil (.adt 2)) []))) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)))]), (.construct (.nil (.adt 2)) [])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 145)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])), (.mk (.bind (.generated .operand 146)) none (.construct .cons [(.construct (.adt 0 0) []), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 145)), (.move (.generated .operand 146))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 148)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 147)), .wild]) (.mk [] (.move (.generated .part 147))))]), (.construct (.adt 0 1) [])] true))], (.matchOn (.move (.generated .holder 148)) [(.mk .none (.mk [] (.succeed (.construct (.nil (.adt 2)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)))]), (.construct (.nil (.adt 2)) [])]))))]), [(0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.nil (.adt 2)) []))) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 1)), (.block (.mk [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)))]), (.construct (.nil (.adt 2)) [])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 150)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 149))]) (.mk [] (.move (.generated .part 149))))])), (.mk (.bind (.generated .operand 151)) none (.construct .cons [(.construct (.adt 0 1) []), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 150)), (.move (.generated .operand 151))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 27) [(.construct (.closure 3 28) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 25) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 152)), .wild]) (.mk [] (.move (.generated .part 152))))])] false)] false), [(0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.adt 2)]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 153)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 153)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 23) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 1)), (0, (.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 1)), (0, (.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 1)), (0, (.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 23) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)] (.pair (.list (.adt 2)) (.list (.pair .nat .nat)))), (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 154)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 154) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 155)))), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 156)), .wild]) (.mk [] (.move (.generated .part 156))))])] false) (.mk [] (.move (.generated .binding 0))) (.mk [] (.pair (.block (.mk [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false))) (.call (.function 12) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))] (.move (.generated .part 160)))), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 161)), .wild]) (.mk [] (.move (.generated .part 161))))])] false)))), [(1, (.adt 2), (some 1)), (0, (.pair (.list (.adt 2)) (.list (.pair .nat .nat))), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 29) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))] (.move (.generated .part 155)))), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 156)), .wild]) (.mk [] (.move (.generated .part 156))))])] false)) (lk := []) (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 155))]) none (.clone (.generated .binding 0)))]) (tail := (.move (.generated .part 155))) (Corr.second (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.move (.generated .binding 0))) (lb := []) (tb := (.pair (.block (.mk [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false))) (.call (.function 12) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))] (.move (.generated .part 160)))), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 2 0 [(.bind (.generated .part 161)), .wild]) (.mk [] (.move (.generated .part 161))))])] false))) (Corr.bOfE (Corr.var rfl rfl)) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 158)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))] (.move (.generated .part 157))))), (.mk (.bind (.generated .operand 159)) none (.construct .cons [(.clone (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 158)), (.move (.generated .operand 159))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 157)), .wild]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 157))) (Corr.first (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 160))]) none (.move (.generated .binding 0)))]) (tail := (.move (.generated .part 160))) (Corr.second (ta := (.list (.adt 2))) (tb := (.list (.pair .nat .nat))) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil)))))))⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.nat 1)), (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 3)), (.construct (.nil .nat) [])])])]), [(0, (.pair .nat .nat), none)], rfl, rfl,
-    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 162)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 162)) [(.mk (.adt 0 0 []) (.mk [] (.succeed (.call (.function 30) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 1 []) (.mk [] (.succeed (.call (.function 31) [(.copy (.generated .binding 0))] false)))), (.mk (.adt 0 2 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 32) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]), [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 30) [(.copy (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 31) [(.copy (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 32) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 163)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 163)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 27) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))] (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 164)) (some (.fn 3)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 164) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.list (.adt 2)), .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 33) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.adt 2), (.list (.adt 2)), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 165)) none (.move (.generated .binding 0)))], (.matchOn (.uncons (.generated .holder 165)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.tuple [(.bind (.generated .binding 2)), (.bind (.generated .binding 3))])) (.mk [(.mk (.bind (.generated .holder 168)) none (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false))))] (.matchOn (.move (.generated .holder 168)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])))]), [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.pair .nat .nat))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 168)) none (.block (.mk [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))] (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false))))]) (tail := (.matchOn (.move (.generated .holder 168)) [(.mk (.ordering .less) (.mk [] (.lit (.bool false)))), (.mk (.ordering .same) (.mk [] (.lit (.bool true)))), (.mk (.ordering .more) (.mk [] (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := .ordering) (U := []) (view := false) (idx := [0, 1, 2]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 166)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 167)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .compare) [(.move (.generated .operand 166)), (.move (.generated .operand 167))] false)) (Corr.prim (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool true))) (Corr.mCons (Γ' := [(3, (.list (.pair .nat .nat)), (some 3)), (2, (.pair .nat .nat), (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.list (.pair .nat .nat)), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.call (.function 29) [(.move (.generated .binding 3)), (.copy (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.list (.pair .nat .nat)), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun30 : FunOK program krate flags 30 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 34) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 34) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.copy (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun31 : FunOK program krate flags 31 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 36) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 36) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.copy (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun32 : FunOK program krate flags 32 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 38) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (.mk [] (.succeed (.construct (.none (.pair .nat .nat)) [])))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 38) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.pair .nat .nat)) []))) (Corr.fOfB (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun33 : FunOK program krate flags 33 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 170)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 169)), .wild]) (.mk [] (.move (.generated .part 169))))]), (.construct (.adt 0 2) [(.copy (.generated .binding 2))])] true))], (.matchOn (.move (.generated .holder 170)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 174)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 175)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 174)), (.move (.generated .operand 175))] false))))]), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(3, (.pair .nat .nat), (some 3)), (2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 174)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 175)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)))]), (.construct (.nil (.adt 2)) [])]))]) (tail := (.succeed (.call (.runtime .appendList) [(.move (.generated .operand 174)), (.move (.generated .operand 175))] false))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 172)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 171))]) (.mk [] (.move (.generated .part 171))))])), (.mk (.bind (.generated .operand 173)) none (.construct .cons [(.construct (.adt 0 2) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 172)), (.move (.generated .operand 173))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 171))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun34 : FunOK program krate flags 34 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 177)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 176))))), (.mk (.bind (.generated .operand 178)) none (.lit (.nat 4)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 177)), (.move (.generated .operand 178))] false) (.mk [(.mk (.bind (.generated .operand 180)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 179))))), (.mk (.bind (.generated .operand 181)) none (.lit (.nat 3)))] (.call (.runtime .natLe) [(.move (.generated .operand 180)), (.move (.generated .operand 181))] false)) (.mk [] (.lit (.bool false)))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 177)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 176))))), (.mk (.bind (.generated .operand 178)) none (.lit (.nat 4)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 177)), (.move (.generated .operand 178))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 176)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 176))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 180)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 179))))), (.mk (.bind (.generated .operand 181)) none (.lit (.nat 3)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 180)), (.move (.generated .operand 181))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 179))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 179))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun35 : FunOK program krate flags 35 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.lit (.nat 4)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 182))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 182))))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 182))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 182))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil)))))⟩⟩
-
-theorem fun36 : FunOK program krate flags 36 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 184)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 185)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 183)))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 184)), (.move (.generated .operand 185))] false) (.mk [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 186))))), (.mk (.bind (.generated .operand 188)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false)) (.mk [] (.lit (.bool false)))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 184)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 185)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 183)))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 184)), (.move (.generated .operand 185))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 183))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 183))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 187)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 186))))), (.mk (.bind (.generated .operand 188)) none (.lit (.nat 4)))]) (ta := (.call (.runtime .natLe) [(.move (.generated .operand 187)), (.move (.generated .operand 188))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 186)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 186))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun37 : FunOK program krate flags 37 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 189)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 189)))) (.lit (.nat 0))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 189)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 189))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))⟩⟩
-
-theorem fun38 : FunOK program krate flags 38 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 190)))))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false) (.mk [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false) (.mk [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (.mk [] (.succeed (.lit (.bool false)))))) (.mk [] (.succeed (.lit (.bool false))))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 191)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 192)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 190)))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 191)), (.move (.generated .operand 192))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 190)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 190))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))]) (ta := (.cond (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false) (.mk [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (.mk [] (.succeed (.lit (.bool false)))))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 196)) none (.block (.mk [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)))), (.mk (.bind (.generated .operand 197)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 196)), (.move (.generated .operand 197))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 194)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 193))))), (.mk (.bind (.generated .operand 195)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 194)), (.move (.generated .operand 195))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 193))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 193))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 199)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 198))))), (.mk (.bind (.generated .operand 200)) none (.lit (.nat 4)))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 199)), (.move (.generated .operand 200))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 198)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 198))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl))))) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
-
-theorem fun39 : FunOK program krate flags 39 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.bind (.generated .operand 202)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 201))))), (.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 202)), (.move (.generated .operand 203))] false))) (.block (.mk [(.mk (.bind (.generated .operand 205)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 204))))), (.mk (.bind (.generated .operand 206)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true))))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 202)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 201))))), (.mk (.bind (.generated .operand 203)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 202)), (.move (.generated .operand 203))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 201)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 201))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 205)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 204))))), (.mk (.bind (.generated .operand 206)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 205)), (.move (.generated .operand 206))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 204))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 204))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | 30 => exact fun30
-  | 31 => exact fun31
-  | 32 => exact fun32
-  | 33 => exact fun33
-  | 34 => exact fun34
-  | 35 => exact fun35
-  | 36 => exact fun36
-  | 37 => exact fun37
-  | 38 => exact fun38
-  | 39 => exact fun39
-  | _ + 40 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4.lean
deleted file mode 100644
index 46fae9ac5..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4.lean
+++ /dev/null
@@ -1,142 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[(.option .nat), .bool, (.adt 1)]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
-    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.adt 0) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.field (.var 1) 0) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.call 3 [(.var 1)])]))])) },
-    { parameters := [0], types := [.nat], result := (.adt 0),
-      body := (.call 4 [(.closure 5 [(.var 0)]), (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .false .bool []), (.build (.adt 0) (.adt 1) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]), (.call 6 [(.var 0)])]) },
-    { parameters := [0], types := [(.adt 0)], result := (.pair .bool .bool),
-      body := (.«match» (.pair .bool .bool) (.field (.var 0) 1) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])), (.arm .false [] (.«match» (.pair .bool .bool) (.prim .natEq [(.field (.field (.var 0) 2) 4), (.value .nat (.nat 0))]) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])), (.arm .false [] (.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)], result := (.adt 0),
-      body := (.«match» (.adt 0) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
-      body := (.call 7 [(.var 0), (.var 1), (.var 2)]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.«let» 1 .nat (.var 0) (.«let» 2 (.list .nat) (.call 8 [(.var 1)]) (.cond (.call 9 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
-    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
-      body := (.«match» (.adt 0) (.field (.var 1) 0) [(.arm .some [3] (.var 1)), (.arm .none [] (.«match» (.adt 0) (.prim .natLt [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 3))]) [(.arm .true [] (.build (.adt 0) (.adt 0) [(.call 10 [(.var 0), (.var 2)]), (.field (.var 1) 1), (.build (.adt 0) (.adt 1) [(.prim .natAdd [(.field (.field (.var 1) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 2) 1), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 2), (.field (.field (.var 1) 2) 3), (.prim .natAdd [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 5)])])), (.arm .false [] (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .true .bool []), (.field (.var 1) 2)]))]))]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.call 11 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
-      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.option .nat),
-      body := (.cond (.call 12 [(.var 0), (.var 1)]) (.build .some (.option .nat) [(.var 1)]) (.build .none (.option .nat) [])) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) }] }
-
-def __enc_1 (__s : (Reasoning.Screening.Dose.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
-
-def __enc_0 (__s : (Reasoning.Screening.Dose.Trial)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (__s).found), (_root_.LexLeanTarget.TargetSyntax.Value.bool (__s).truncated), (__enc_1 (__s).ledger)]
-
-def __fits_12 (w : Nat) (r : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (r + r) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_12 (w : Nat) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 12 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_12 w r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.safeCheck w r))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd r r)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (r + r) w))
-
-def __fits_10 (w : Nat) (_yc : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) (_yc))) && (if (Reasoning.Screening.safeCheck (w) (_yc)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Screening.safeCheck in
-theorem __rel_10 (w : Nat) (_yc : Nat) : _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yc)] (_root_.LexLeanPreservation.Rel (__fits_10 w _yc) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Dose.verify w _yc))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yc) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Screening.safeCheck (w) (_yc)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_12 (w) (_yc))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_7 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : Bool :=
-  (Bool.true && (match (_yt).found with | Option.some _yhit => Bool.true | Option.none => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.blt ((_yt).ledger).verifications (3 : Nat)) with | Bool.true => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (w) (_yc))) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).attempts + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Screening.Dose.verify in
-theorem __rel_7 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_0 _yt), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yc)] (_root_.LexLeanPreservation.Rel (__fits_7 w _yt _yc) (__enc_0 (Reasoning.Screening.Dose.«try» w _yt _yc))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yhit => Bool.true | Option.none => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.blt ((_yt).ledger).verifications (3 : Nat)) with | Bool.true => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (w) (_yc))) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).attempts + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && Bool.true))))) (fun (__a : (Option Nat)) => __enc_0 (match __a with | Option.some _yhit => _yt | Option.none => (match (Nat.blt ((_yt).ledger).verifications (3 : Nat)) with | Bool.true => ({ found := (Reasoning.Screening.Dose.verify (w) (_yc)), truncated := (_yt).truncated, ledger := ({ iterations := (((_yt).ledger).iterations + (1 : Nat)), attempts := (((_yt).ledger).attempts + (1 : Nat)), firings := ((_yt).ledger).firings, expansions := ((_yt).ledger).expansions, verifications := (((_yt).ledger).verifications + (1 : Nat)), frontier := ((_yt).ledger).frontier } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial)) | Bool.false => ({ found := (Option.none : (Option Nat)), truncated := Bool.true, ledger := (_yt).ledger } : (Reasoning.Screening.Dose.Trial))))) (_yt).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (w) (_yc))) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).attempts + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yt).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && Bool.true))) (fun (__a : Bool) => __enc_0 (match __a with | Bool.true => ({ found := (Reasoning.Screening.Dose.verify (w) (_yc)), truncated := (_yt).truncated, ledger := ({ iterations := (((_yt).ledger).iterations + (1 : Nat)), attempts := (((_yt).ledger).attempts + (1 : Nat)), firings := ((_yt).ledger).firings, expansions := ((_yt).ledger).expansions, verifications := (((_yt).ledger).verifications + (1 : Nat)), frontier := ((_yt).ledger).frontier } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial)) | Bool.false => ({ found := (Option.none : (Option Nat)), truncated := Bool.true, ledger := (_yt).ledger } : (Reasoning.Screening.Dose.Trial)))) (Nat.blt ((_yt).ledger).verifications (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt ((_yt).ledger).verifications (3 : Nat))) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (w) (_yc))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yt).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yt).ledger).attempts (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yt).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt)) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt)))))))))
-
-def __fits_5 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_7 (w) (_yt) (_yc)))
-
-attribute [local irreducible] Reasoning.Screening.Dose.«try» in
-theorem __rel_5 (w : Nat) (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_0 _yt), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yc)] (_root_.LexLeanPreservation.Rel (__fits_5 w _yt _yc) (__enc_0 ((Reasoning.Screening.Dose.«try» (w) (_yt) (_yc))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_7 (w) (_yt) (_yc)))
-
-def __fits_11 (w : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_11 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_11 w) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseCandidates w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (10 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (20 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (30 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (50 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_8 (_yinput : Nat) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_11 (_yinput)))
-
-attribute [local irreducible] Reasoning.Screening.DoseCandidates in
-theorem __rel_8 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_8 _yinput) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (_yinput)))
-
-def __fits_9 (w : Nat) (doses : (List Nat)) : Bool :=
-  ((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (doses) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_9 (w : Nat) (doses : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)] (_root_.LexLeanPreservation.Rel (__fits_9 w doses) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.shortCheck w doses))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (_root_.LexLeanRuntime.length (doses) : Nat) (4 : Nat)))
-
-def __fits_6 (w : Nat) : Bool :=
-  ((Bool.true && (let _ychecked1_input : Nat := w; (((Bool.true && Bool.true) && (__fits_8 (_ychecked1_input))) && (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_9 (_ychecked1_input) (_ychecked1_output))) && (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))))) && (match (let _ychecked1_input : Nat := w; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Screening.DoseModel Reasoning.Screening.shortCheck in
-theorem __rel_6 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_6 w) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Dose.candidates w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (match __a with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Except.ok proposed => proposed | Except.error refusal => ([] : List Nat))) (let _ychecked1_input : Nat := w; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) (let _ychecked1_input : Nat := w; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat))))) (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_9 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) _ => match __a with | Except.ok proposed => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error refusal => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)))))
-
-def __fits_2 (w : Nat) : Bool :=
-  (((Bool.true && Bool.true) && ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true))) && Bool.true) && (((Bool.true && Bool.true) && (__fits_6 (w))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Reasoning.Screening.Dose.Trial)) (__p1 : Nat) => __fits_5 (w) __p0 __p1) ((fun (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) => (Reasoning.Screening.Dose.«try» (w) (_yt) (_yc)))) (({ found := (Option.none : (Option Nat)), truncated := Bool.false, ledger := ({ iterations := (0 : Nat), attempts := (0 : Nat), firings := (0 : Nat), expansions := (0 : Nat), verifications := (0 : Nat), frontier := (0 : Nat) } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial))) ((Reasoning.Screening.Dose.candidates (w)))))
-
-attribute [local irreducible] Reasoning.Screening.Dose.candidates Reasoning.Screening.Dose.«try» in
-theorem __rel_2 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_2 w) (__enc_0 (Reasoning.Screening.Dose.run w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil))) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (w))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := __enc_0) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yt : (Reasoning.Screening.Dose.Trial)) (_yc : Nat) => (Reasoning.Screening.Dose.«try» (w) (_yt) (_yc)))) (fun (__p0 : (Reasoning.Screening.Dose.Trial)) (__p1 : Nat) => __fits_5 (w) __p0 __p1) 5 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (fun (__p0 : (Reasoning.Screening.Dose.Trial)) (__p1 : Nat) => __rel_5 (w) __p0 __p1) (p := __prog) (fi := 4) (ta := .nat) (ts := (.adt 0)) rfl (({ found := (Option.none : (Option Nat)), truncated := Bool.false, ledger := ({ iterations := (0 : Nat), attempts := (0 : Nat), firings := (0 : Nat), expansions := (0 : Nat), verifications := (0 : Nat), frontier := (0 : Nat) } : (Reasoning.Screening.Dose.Ledger)) } : (Reasoning.Screening.Dose.Trial))) ((Reasoning.Screening.Dose.candidates (w)))))
-
-def __fits_3 (_yt : (Reasoning.Screening.Dose.Trial)) : Bool :=
-  (Bool.true && (match (_yt).truncated with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.beq ((_yt).ledger).verifications (0 : Nat)) with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))))
-
-theorem __rel_3 (_yt : (Reasoning.Screening.Dose.Trial)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 _yt)] (_root_.LexLeanPreservation.Rel (__fits_3 _yt) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Screening.Dose.failure _yt))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (match (Nat.beq ((_yt).ledger).verifications (0 : Nat)) with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (match __a with | Bool.true => ((Bool.false, Bool.false) : (Prod Bool Bool)) | Bool.false => (match (Nat.beq ((_yt).ledger).verifications (0 : Nat)) with | Bool.true => ((Bool.false, Bool.true) : (Prod Bool Bool)) | Bool.false => ((Bool.true, Bool.false) : (Prod Bool Bool))))) (_yt).truncated (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) | Bool.false => (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (match __a with | Bool.true => ((Bool.false, Bool.true) : (Prod Bool Bool)) | Bool.false => ((Bool.true, Bool.false) : (Prod Bool Bool)))) (Nat.beq ((_yt).ledger).verifications (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((_yt).ledger).verifications (0 : Nat))) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))))))))
-
-def __fits_1 (w : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_2 (w))) && (let _yfinal : (Reasoning.Screening.Dose.Trial) := (Reasoning.Screening.Dose.run (w)); (Bool.true && (match (_yfinal).found with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_3 (_yfinal))) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Screening.Dose.failure Reasoning.Screening.Dose.run in
-theorem __rel_1 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_1 w) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Dose.verdict w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Reasoning.Screening.Dose.Trial) := (Reasoning.Screening.Dose.run (w)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (w))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_3 (_yfinal))) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error ((Reasoning.Screening.Dose.failure (_yfinal))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (_yfinal))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_0 (w : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_1 (w))) && (match (Reasoning.Screening.Dose.verdict (w)) with | Except.ok dose => Bool.true | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Screening.Dose.verdict in
-theorem __rel_0 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.doseLevel w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok dose => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok dose => dose | Except.error failure => (9 : Nat))) (Reasoning.Screening.Dose.verdict (w)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (w))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok dose => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (w : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 w) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.doseLevel w)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (w : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.doseLevel w))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 w)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/Compose/RustStd.lex.tex
deleted file mode 100644
index f617b75e0..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,877 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_1 : @16 := @717 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_0 : @724 := @1108 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.root : @1754 := @1755 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.flags
-@3 := Reasoning.Screening.Dose.Ledger
-@4 := #0
-@5 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.__enc_1
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 1
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Reasoning.Screening.Dose.Ledger.iterations
-@18 := @17 @4
-@19 := Reasoning.Screening.Dose.Ledger.attempts
-@20 := @19 @4
-@21 := Reasoning.Screening.Dose.Ledger.firings
-@22 := @21 @4
-@23 := Reasoning.Screening.Dose.Ledger.expansions
-@24 := @23 @4
-@25 := Reasoning.Screening.Dose.Ledger.verifications
-@26 := @25 @4
-@27 := Reasoning.Screening.Dose.Ledger.frontier
-@28 := @27 @4
-@29 := LexLeanTarget.TargetSyntax.Value.nat
-@30 := @29 @18
-@31 := LexLeanTarget.TargetSyntax.Ty.nat
-@32 := LexLeanTarget.TargetSyntax.Program
-@33 := LexLeanPreservation.Rust.RCrate
-@34 := LexLeanPreservation.Rust.Flags
-@35 := Nat
-@36 := #3
-@37 := @7 @36
-@38 := #2
-@39 := @37 @38
-@40 := #1
-@41 := @39 @40
-@42 := @29 @4
-@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
-@50 := LexLeanPreservation.Rust.wt_nat @0
-@52 := @11 @38 @40
-@57 := {c : @33} -> {A : @34} -> (n : @35) -> @52 @42 @31
-@58 := @50 @1
-@59 := @12 @40
-@63 := {A : @34} -> (n : @35) -> @59 @42 @31
-@64 := @58 @2
-@65 := @13 @42
-@66 := @65 @31
-@67 := (n : @35) -> @66
-@68 := @64 @18
-@70 := @13 @30 @31
-@71 := @29 @20
-@72 := @64 @20
-@74 := @13 @71 @31
-@75 := @29 @22
-@76 := @64 @22
-@78 := @13 @75 @31
-@79 := @29 @24
-@80 := @64 @24
-@82 := @13 @79 @31
-@83 := @29 @26
-@84 := @64 @26
-@86 := @13 @83 @31
-@87 := @29 @28
-@88 := @64 @28
-@90 := @13 @87 @31
-@91 := LexLeanTarget.TargetSyntax.Value
-@92 := LexLeanTarget.TargetSyntax.Ty
-@93 := List.nil.{0}
-@94 := List.cons.{0}
-@95 := @93 @91
-@96 := @94 @91
-@98 := @96 @87 @95
-@100 := @96 @83 @98
-@102 := @96 @79 @100
-@104 := @96 @75 @102
-@106 := @96 @71 @104
-@108 := @96 @30 @106
-@109 := @93 @92
-@110 := @94 @92
-@111 := @110 @31
-@112 := @111 @109
-@113 := @111 @112
-@114 := @111 @113
-@115 := @111 @114
-@116 := @111 @115
-@117 := @111 @116
-@118 := LexLeanPreservation.Rust.WTL
-@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
-@128 := LexLeanPreservation.Rust.wtl_nil @0
-@129 := @118 @0
-@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
-@136 := @128 @1
-@137 := @129 @1
-@141 := {A : @34} -> @137 @4 @95 @109
-@142 := @136 @2
-@143 := @137 @2
-@144 := @143 @95
-@145 := @144 @109
-@146 := List.{0}
-@147 := @146 @91
-@148 := @146 @92
-@149 := #6
-@150 := @7 @149
-@151 := #5
-@152 := @150 @151
-@153 := #4
-@154 := @152 @153
-@156 := @154 @36 @38
-@157 := #7
-@162 := @118 @157 @149 @151 @38 @40
-@163 := #8
-@166 := @118 @163 @157 @149
-@168 := @96 @151 @36
-@169 := @166 @168
-@171 := @110 @153 @38
-@181 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
-@183 := LexLeanPreservation.Rust.wtl_cons @0
-@185 := @11 @151 @153
-@187 := @185 @36 @38
-@191 := @129 @149 @151 @38 @40
-@203 := {c : @33} ->
-  {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
-@204 := @183 @1
-@205 := @12 @153
-@207 := @205 @36 @38
-@210 := @137 @151 @38 @40
-@220 := {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
-@221 := @204 @2
-@223 := @13 @36 @38
-@225 := @143 @38 @40
-@233 := {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
-@234 := @221 @87
-@236 := @29 (@27 @36)
-@249 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
-@250 := @234 @31
-@252 := @29 (@27 @38)
-@254 := @13 @252 @31
-@259 := @143 (@96 (@29 (@27 @153)) @36)
-@260 := @111 @38
-@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
-@266 := @250 @95
-@268 := @29 (@27 @40)
-@270 := @13 @268 @31
-@271 := @144 @40
-@273 := @96 @236 @95
-@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
-@279 := @266 @109
-@281 := @96 @252 @95
-@282 := @143 @281
-@285 := (h : @90) -> (hs : @145) -> @282 @112
-@286 := @279 @88
-@288 := @96 @268 @95
-@290 := @143 @288 @112
-@291 := (hs : @145) -> @290
-@292 := @286 @142
-@294 := @143 @98 @112
-@295 := @221 @83
-@297 := @29 (@25 @36)
-@310 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
-@311 := @295 @31
-@313 := @29 (@25 @38)
-@325 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
-@326 := @311 @98
-@328 := @29 (@25 @40)
-@330 := @13 @328 @31
-@331 := @282 @40
-@333 := @96 @297 @273
-@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
-@339 := @326 @112
-@341 := @96 @313 @281
-@342 := @143 @341
-@345 := (h : @86) -> (hs : @290) -> @342 @113
-@346 := @339 @84
-@348 := @96 @328 @288
-@350 := @143 @348 @113
-@351 := (hs : @294) -> @350
-@352 := @346 @292
-@354 := @143 @100 @113
-@355 := @221 @79
-@357 := @29 (@23 @36)
-@370 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
-@371 := @355 @31
-@373 := @29 (@23 @38)
-@385 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
-@386 := @371 @100
-@388 := @29 (@23 @40)
-@390 := @13 @388 @31
-@391 := @342 @40
-@393 := @96 @357 @333
-@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
-@399 := @386 @113
-@401 := @96 @373 @341
-@402 := @143 @401
-@405 := (h : @82) -> (hs : @350) -> @402 @114
-@406 := @399 @80
-@408 := @96 @388 @348
-@410 := @143 @408 @114
-@411 := (hs : @354) -> @410
-@412 := @406 @352
-@414 := @143 @102 @114
-@415 := @221 @75
-@417 := @29 (@21 @36)
-@430 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
-@431 := @415 @31
-@433 := @29 (@21 @38)
-@445 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
-@446 := @431 @102
-@448 := @29 (@21 @40)
-@450 := @13 @448 @31
-@451 := @402 @40
-@453 := @96 @417 @393
-@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
-@459 := @446 @114
-@461 := @96 @433 @401
-@462 := @143 @461
-@465 := (h : @78) -> (hs : @410) -> @462 @115
-@466 := @459 @76
-@468 := @96 @448 @408
-@470 := @143 @468 @115
-@471 := (hs : @414) -> @470
-@472 := @466 @412
-@474 := @143 @104 @115
-@475 := @221 @71
-@477 := @29 (@19 @36)
-@490 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
-@491 := @475 @31
-@493 := @29 (@19 @38)
-@505 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
-@506 := @491 @104
-@508 := @29 (@19 @40)
-@510 := @13 @508 @31
-@511 := @462 @40
-@513 := @96 @477 @453
-@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
-@519 := @506 @115
-@521 := @96 @493 @461
-@522 := @143 @521
-@525 := (h : @74) -> (hs : @470) -> @522 @116
-@526 := @519 @72
-@528 := @96 @508 @468
-@530 := @143 @528 @116
-@531 := (hs : @474) -> @530
-@532 := @526 @472
-@534 := @143 @106 @116
-@535 := @221 @30
-@537 := @29 (@17 @36)
-@550 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
-@551 := @535 @31
-@553 := @29 (@17 @38)
-@565 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
-@566 := @551 @106
-@568 := @29 (@17 @40)
-@570 := @13 @568 @31
-@571 := @522 @40
-@573 := @96 @537 @513
-@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
-@579 := @566 @116
-@581 := @96 @553 @521
-@582 := @143 @581
-@585 := (h : @70) -> (hs : @530) -> @582 @117
-@586 := @579 @68
-@588 := @96 @568 @528
-@590 := @143 @588 @117
-@591 := (hs : @534) -> @590
-@592 := @586 @532
-@594 := @143 @108 @117
-@595 := 0
-@596 := Eq.{1}
-@597 := Option.{0}
-@598 := @597 @148
-@599 := @596 @598
-@600 := LexLeanPreservation.Rust.adtFields
-@604 := @599 (@600 @149 @36 @38)
-@605 := Option.some.{0}
-@606 := @605 @148
-@607 := @606 @4
-@608 := @604 @607
-@611 := @7 @163 @157 @149
-@612 := LexLeanTarget.TargetSyntax.Value.adt
-@614 := @612 @153 @36
-@615 := @611 @614
-@616 := @8 @151
-@626 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @608) -> (hf : @162) -> @615 @616
-@628 := LexLeanPreservation.Rust.wt_adt @0
-@629 := @600 @0
-@633 := @599 (@629 @36 @38) @607
-@645 := {c : @33} ->
-  {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @633) -> (hf : @191) -> @11 @157 @149 @614 @616
-@646 := @628 @1
-@656 := {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @633) -> (hf : @210) -> @12 @149 @614 @616
-@657 := @646 @2
-@658 := @13 @614
-@665 := {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @633) -> (hf : @225) -> @658 @616
-@666 := @657 @9
-@667 := @629 @9
-@676 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @599 (@667 @38) @607) -> (hf : @225) -> @658 @10
-@677 := @666 @595
-@678 := @667 @595
-@679 := @599 @678
-@680 := @679 @607
-@681 := @612 @595
-@683 := @13 (@681 @36)
-@688 := {fs : @147} -> {tys : @148} -> (h : @680) -> (hf : @225) -> @683 @10
-@689 := @677 @108
-@696 := {tys : @148} -> (h : @680) -> (hf : @582 @40) -> @13 (@681 @573) @10
-@697 := @689 @117
-@704 := (h : @679 (@606 @117)) -> (hf : @590) -> @13 (@681 @581) @10
-@705 := Eq.refl.{1}
-@706 := @705 @598
-@708 := @697 (@706 @678)
-@712 := (hf : @594) -> @13 (@681 @588) @10
-@713 := @708 @592
-@716 := @13 (@681 @108) @10
-@717 := fun (__s : @3) => @713
-@718 := Reasoning.Screening.Dose.Trial
-@720 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.__enc_0 @4
-@721 := @8 @595
-@724 := (__s : @718) -> @13 @720 @721
-@725 := Reasoning.Screening.Dose.Trial.found
-@726 := @725 @4
-@727 := Reasoning.Screening.Dose.Trial.truncated
-@728 := @727 @4
-@729 := Reasoning.Screening.Dose.Trial.ledger
-@730 := @729 @4
-@731 := LexLeanPreservation.encOption
-@732 := @731 @35
-@733 := @732 @29
-@734 := @733 @726
-@735 := LexLeanTarget.TargetSyntax.Ty.option
-@736 := @735 @31
-@738 := fun (__x : @35) => @64 @4
-@739 := Sort 1
-@740 := (a._@._internal._hyg.#0 : @4) -> @91
-@741 := @38 @4
-@744 := (x : @38) -> @154 @741 @40
-@745 := @597 @36
-@748 := @7 @157 @149 @151
-@751 := @731 @153 @36 @4
-@752 := @748 @751
-@753 := @735 @38
-@762 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} -> {α : @739} -> {e : @740} -> {t : @92} -> (h : @744) -> (o : @745) -> @752 @753
-@764 := LexLeanPreservation.Rust.wt_encOption @0
-@778 := {c : @33} ->
-  {A : @34} ->
-  {α : @739} ->
-  {e : @740} ->
-  {t : @92} -> (h : (x : @38) -> @185 @741 @40) -> (o : @745) -> @11 @149 @151 @751 @753
-@779 := @764 @1
-@791 := {A : @34} ->
-  {α : @739} ->
-  {e : @740} -> {t : @92} -> (h : (x : @38) -> @205 @741 @40) -> (o : @745) -> @12 @151 @751 @753
-@792 := @779 @2
-@794 := @13 @741 @40
-@802 := {α : @739} ->
-  {e : @740} -> {t : @92} -> (h : (x : @38) -> @794) -> (o : @745) -> @13 @751 @753
-@803 := @792 @35
-@804 := (a._@._internal._hyg.#0 : @35) -> @91
-@805 := (x : @35) -> @794
-@806 := @597 @35
-@814 := {e : @804} -> {t : @92} -> (h : @805) -> (o : @806) -> @13 (@732 @36 @4) @753
-@815 := @803 @29
-@817 := (x : @35) -> @65 @40
-@819 := @13 (@733 @4)
-@823 := {t : @92} -> (h : @817) -> (o : @806) -> @819 @753
-@824 := @815 @31
-@828 := (h : (x : @35) -> @66) -> (o : @806) -> @819 @736
-@830 := @824 @738 @726
-@832 := @13 @734 @736
-@833 := LexLeanTarget.TargetSyntax.Value.bool
-@834 := @833 @728
-@835 := LexLeanTarget.TargetSyntax.Ty.bool
-@836 := Bool
-@837 := @833 @4
-@843 := {p : @32} -> {c : @33} -> {A : @34} -> (b : @836) -> @41 @837 @835
-@845 := LexLeanPreservation.Rust.wt_bool @0
-@850 := {c : @33} -> {A : @34} -> (b : @836) -> @52 @837 @835
-@851 := @845 @1
-@855 := {A : @34} -> (b : @836) -> @59 @837 @835
-@856 := @851 @2
-@859 := (b : @836) -> @13 @837 @835
-@860 := @856 @728
-@862 := @13 @834 @835
-@863 := @5 @730
-@865 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_1 @730
-@867 := @96 @863 @95
-@869 := @96 @834 @867
-@871 := @96 @734 @869
-@872 := @110 @10
-@873 := @872 @109
-@874 := @110 @835
-@875 := @874 @873
-@876 := @110 @736
-@877 := @876 @875
-@878 := @221 @863
-@880 := @5 (@729 @36)
-@893 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @880 @38) -> (hs : @225) -> @143 (@96 (@5 (@729 @151)) @36) @171
-@894 := @878 @10
-@896 := @5 (@729 @38)
-@898 := @13 @896 @10
-@903 := @143 (@96 (@5 (@729 @153)) @36)
-@904 := @872 @38
-@909 := {vs : @147} -> {ts : @148} -> (h : @898) -> (hs : @225) -> @903 @904
-@910 := @894 @95
-@912 := @5 (@729 @40)
-@914 := @13 @912 @10
-@916 := @96 @880 @95
-@921 := {ts : @148} -> (h : @914) -> (hs : @271) -> @143 @916 @904
-@922 := @910 @109
-@924 := @13 @863 @10
-@926 := @96 @896 @95
-@927 := @143 @926
-@930 := (h : @924) -> (hs : @145) -> @927 @873
-@931 := @922 @865
-@933 := @96 @912 @95
-@935 := @143 @933 @873
-@936 := (hs : @145) -> @935
-@937 := @931 @142
-@939 := @143 @867 @873
-@940 := @221 @834
-@942 := @833 (@727 @36)
-@955 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @942 @38) -> (hs : @225) -> @143 (@96 (@833 (@727 @151)) @36) @171
-@956 := @940 @835
-@958 := @833 (@727 @38)
-@960 := @13 @958 @835
-@965 := @143 (@96 (@833 (@727 @153)) @36)
-@966 := @874 @38
-@971 := {vs : @147} -> {ts : @148} -> (h : @960) -> (hs : @225) -> @965 @966
-@972 := @956 @867
-@974 := @833 (@727 @40)
-@976 := @13 @974 @835
-@977 := @927 @40
-@979 := @96 @942 @916
-@984 := {ts : @148} -> (h : @976) -> (hs : @977) -> @143 @979 @966
-@985 := @972 @873
-@987 := @96 @958 @926
-@988 := @143 @987
-@991 := (h : @862) -> (hs : @935) -> @988 @875
-@992 := @985 @860
-@994 := @96 @974 @933
-@996 := @143 @994 @875
-@997 := (hs : @939) -> @996
-@998 := @992 @937
-@1000 := @143 @869 @875
-@1001 := @221 @734
-@1003 := @733 (@725 @36)
-@1016 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1003 @38) -> (hs : @225) -> @143 (@96 (@733 (@725 @151)) @36) @171
-@1017 := @1001 @736
-@1019 := @733 (@725 @38)
-@1021 := @13 @1019 @736
-@1026 := @143 (@96 (@733 (@725 @153)) @36)
-@1027 := @876 @38
-@1032 := {vs : @147} -> {ts : @148} -> (h : @1021) -> (hs : @225) -> @1026 @1027
-@1033 := @1017 @869
-@1035 := @733 (@725 @40)
-@1037 := @13 @1035 @736
-@1038 := @988 @40
-@1040 := @96 @1003 @979
-@1045 := {ts : @148} -> (h : @1037) -> (hs : @1038) -> @143 @1040 @1027
-@1046 := @1033 @875
-@1048 := @96 @1019 @987
-@1049 := @143 @1048
-@1052 := (h : @832) -> (hs : @996) -> @1049 @877
-@1053 := @1046 @830
-@1055 := @96 @1035 @994
-@1057 := @143 @1055 @877
-@1058 := (hs : @1000) -> @1057
-@1059 := @1053 @998
-@1061 := @143 @871 @877
-@1062 := @657 @595
-@1063 := @629 @595
-@1072 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @599 (@1063 @38) @607) -> (hf : @225) -> @658 @721
-@1073 := @1062 @595
-@1074 := @1063 @595
-@1075 := @599 @1074
-@1076 := @1075 @607
-@1081 := {fs : @147} -> {tys : @148} -> (h : @1076) -> (hf : @225) -> @683 @721
-@1082 := @1073 @871
-@1089 := {tys : @148} -> (h : @1076) -> (hf : @1049 @40) -> @13 (@681 @1040) @721
-@1090 := @1082 @877
-@1097 := (h : @1075 (@606 @877)) -> (hf : @1057) -> @13 (@681 @1048) @721
-@1099 := @1090 (@706 @1074)
-@1103 := (hf : @1061) -> @13 (@681 @1055) @721
-@1104 := @1099 @1059
-@1107 := @13 (@681 @871) @721
-@1108 := fun (__s : @718) => @1104
-@1109 := @29 @40
-@1110 := @64 @40
-@1112 := @13 @1109 @31
-@1114 := @96 @1109 @95
-@1117 := Prod.{0, 0} @35 @91
-@1121 := Prod.mk.{0, 0} @35 @91 @595
-@1122 := @1121 @1109
-@1123 := @93 @1117
-@1124 := @94 @1117
-@1126 := @1124 @1122 @1123
-@1127 := Bool.true
-@1128 := LexLeanTarget.TargetSyntax.Function
-@1129 := LexLeanTarget.TargetSyntax.Program.functions
-@1130 := @1129 @0
-@1131 := @93 @35
-@1132 := LexLeanTarget.TargetSyntax.Ty.unit
-@1133 := LexLeanTarget.TargetSyntax.Value.unit
-@1136 := LexLeanTarget.TargetSyntax.Expr.value @1132 @1133
-@1141 := LexLeanTarget.TargetSyntax.Function.mk @1131 @109 @1132 @1136
-@1146 := List.getD.{0} @1128 @1130 @595 @1141
-@1150 := fun (__e_n : @35) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.root @4 @595
-@1151 := @221 @1109
-@1152 := @29 @153
-@1154 := @13 @1152 @38
-@1155 := @29 @149
-@1156 := @96 @1155
-@1164 := {t : @92} ->
-  {vs : @147} -> {ts : @148} -> (h : @1154) -> (hs : @225) -> @143 (@1156 @36) @171
-@1165 := @1151 @31
-@1166 := @29 @36
-@1168 := @13 @1166 @31
-@1169 := @29 @151
-@1170 := @96 @1169
-@1177 := {vs : @147} -> {ts : @148} -> (h : @1168) -> (hs : @225) -> @143 (@1170 @36) @260
-@1178 := @1165 @95
-@1179 := @29 @38
-@1181 := @13 @1179 @31
-@1183 := @96 @1152 @95
-@1184 := @143 @1183
-@1188 := {ts : @148} -> (h : @1181) -> (hs : @271) -> @1184 @260
-@1189 := @1178 @109
-@1191 := @96 @1166 @95
-@1192 := @143 @1191
-@1195 := (h : @1112) -> (hs : @145) -> @1192 @112
-@1196 := @1189 @1110
-@1198 := @96 @1179 @95
-@1199 := @143 @1198
-@1201 := (hs : @145) -> @1199 @112
-@1202 := @1196 @142
-@1203 := @143 @1114
-@1204 := @1203 @112
-@1205 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.denote
-@1206 := @1205 @40
-@1207 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.__fits_0
-@1208 := @1207 @40
-@1211 := @29 (Reasoning.Main.doseLevel @40)
-@1213 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.root @40
-@1214 := Ne.{1}
-@1215 := LexLeanPreservation.Obs
-@1216 := @1214 @1215
-@1217 := LexLeanPreservation.Rel
-@1220 := @1216 (@1217 @40 @4)
-@1221 := LexLeanPreservation.Obs.stuck
-@1224 := (f : @836) -> (v : @91) -> @1220 @1221
-@1226 := LexLeanPreservation.Rust.rel_ne_stuck @1208
-@1232 := (v : @91) -> @1216 (@1217 (@1207 @38) @4) @1221
-@1233 := @1226 @1211
-@1237 := @1216 (@1217 @1208 @1211) @1221
-@1238 := @146 @1117
-@1239 := LexLeanPreservation.Rust.FunSem
-@1240 := #9
-@1246 := (n : @35) -> @1239 @1240 @163 @157 @4 @149
-@1247 := @597 @1128
-@1248 := @596 @1247
-@1255 := LexLeanRuntime.index (@146 @1128) @1128 (LexLeanRuntime.instIndexableList @1128)
-@1259 := @1248 (@1255 (@1129 @1240) @149)
-@1260 := @605 @1128
-@1261 := @1260 @151
-@1262 := @1259 @1261
-@1263 := #10
-@1267 := @118 @1263 @1240 @163 @151
-@1268 := LexLeanTarget.TargetSyntax.Function.types
-@1269 := @1268 @149
-@1270 := @1267 @1269
-@1271 := @597 @1238
-@1272 := @596 @1271
-@1273 := LexLeanTarget.TargetSemantics.bindAll
-@1274 := LexLeanTarget.TargetSyntax.Function.parameters
-@1279 := @1272 (@1273 (@1274 @157) @149 @1123)
-@1280 := @605 @1238
-@1281 := @1280 @151
-@1282 := @1279 @1281
-@1283 := @597 @836
-@1284 := @596 @1283
-@1285 := LexLeanPreservation.Rust.fnFallible
-@1286 := #11
-@1289 := @1284 (@1285 @1286 @1240)
-@1290 := @605 @836
-@1291 := @1290 @151
-@1292 := @1289 @1291
-@1293 := LexLeanPreservation.RunConv
-@1294 := #13
-@1298 := @1293 @1294 @1263 @163 @151
-@1300 := @1216 @149 @1221
-@1301 := Exists.{1}
-@1302 := LexLeanPreservation.Rust.ROut
-@1303 := @1301 @1302
-@1304 := And
-@1305 := LexLeanPreservation.Rust.RealizesFn
-@1309 := @1304 (@1305 @1240 @163 @4)
-@1310 := LexLeanPreservation.Rust.RCI
-@1312 := @1310 #15
-@1313 := LexLeanPreservation.Rust.fnIdent
-@1314 := @1313 @1294
-@1321 := (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1312 @1314 @1286 @4))
-@1336 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1128} ->
-  {args : @147} ->
-  {env : @1238} ->
-  {F : @836} ->
-  {o : @1215} ->
-  (hB : @1246) ->
-  (hfn : @1262) -> (hwt : @1270) -> (hbind : @1282) -> (hF : @1292) -> (hA : @1298) -> @1321
-@1338 := LexLeanPreservation.Rust.compose @0
-@1339 := @1239 @0
-@1344 := (n : @35) -> @1339 @163 @157 @4 @149
-@1345 := @1255 @1130
-@1348 := @1248 (@1345 @149) @1261
-@1352 := @129 @1240 @163 @151 @1269
-@1353 := @1293 @0
-@1356 := @1353 @1263 @163 @151
-@1370 := {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1128} ->
-  {args : @147} ->
-  {env : @1238} ->
-  {F : @836} ->
-  {o : @1215} ->
-  (hB : @1344) ->
-  (hfn : @1348) -> (hwt : @1352) -> (hbind : @1282) -> (hF : @1292) -> (hA : @1356) -> @1321
-@1371 := @1338 @1
-@1372 := @1339 @1
-@1376 := (n : @35) -> @1372 @157 @4 @149
-@1379 := @137 @163 @151 @1269
-@1380 := @1285 @1
-@1383 := @1284 (@1380 @1240) @1291
-@1384 := @1310 @1
-@1394 := (hbind : @1282) ->
-  (hF : @1383) ->
-  (hA : @1356) -> (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1384 @1314 @1286 @4))
-@1404 := {A : @34} ->
-  {f : @35} ->
-  {fn : @1128} ->
-  {args : @147} ->
-  {env : @1238} ->
-  {F : @836} -> {o : @1215} -> (hB : @1376) -> (hfn : @1348) -> (hwt : @1379) -> @1394
-@1405 := @1371 @2
-@1407 := @1372 @2 @4
-@1409 := (n : @35) -> @1407 @149
-@1410 := @143 @151
-@1411 := @1410 @1269
-@1420 := {f : @35} ->
-  {fn : @1128} ->
-  {args : @147} ->
-  {env : @1238} ->
-  {F : @836} -> {o : @1215} -> (hB : @1409) -> (hfn : @1348) -> (hwt : @1411) -> @1394
-@1421 := @1405 @595
-@1423 := (n : @35) -> @1407 @595
-@1424 := @1345 @595
-@1425 := @1248 @1424
-@1426 := @1425 @1261
-@1427 := @1380 @595
-@1428 := @1284 @1427
-@1429 := @1428 @1291
-@1430 := @1353 @595
-@1432 := @1430 @163 @151
-@1434 := @1384 (@1313 @595)
-@1442 := (hF : @1429) ->
-  (hA : @1432) -> (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1434 @1286 @4))
-@1451 := {fn : @1128} ->
-  {args : @147} ->
-  {env : @1238} ->
-  {F : @836} ->
-  {o : @1215} -> (hB : @1423) -> (hfn : @1426) -> (hwt : @1411) -> (hbind : @1282) -> @1442
-@1452 := @1421 @1146
-@1454 := @1425 (@1260 @1146)
-@1455 := @1268 @1146
-@1456 := @1410 @1455
-@1458 := @1273 (@1274 @1146)
-@1470 := {args : @147} ->
-  {env : @1238} ->
-  {F : @836} ->
-  {o : @1215} ->
-  (hB : @1423) ->
-  (hfn : @1454) -> (hwt : @1456) -> (hbind : @1272 (@1458 @149 @1123) @1281) -> @1442
-@1471 := @1452 @1114
-@1472 := @1156 @95
-@1474 := @143 @1472 @1455
-@1477 := @96 (@29 @157) @95
-@1481 := @1272 (@1458 @1477 @1123) @1281
-@1484 := @96 (@29 @1240) @95
-@1505 := {env : @1238} ->
-  {F : @836} ->
-  {o : @1215} ->
-  (hB : @1423) ->
-  (hfn : @1454) ->
-  (hwt : @1474) ->
-  (hbind : @1481) ->
-  (hF : @1429) ->
-  (hA : @1430 @1484 @151) ->
-  (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1434 (@96 (@29 #12) @95) @4))
-@1506 := @1471 @1126
-@1507 := @1170 @95
-@1509 := @143 @1507 @1455
-@1517 := @1272 (@1458 @1472 @1123) (@1280 (@1124 (@1121 @1155) @1123))
-@1520 := @96 (@29 @163) @95
-@1539 := {F : @836} ->
-  {o : @1215} ->
-  (hB : @1423) ->
-  (hfn : @1454) ->
-  (hwt : @1509) ->
-  (hbind : @1517) ->
-  (hF : @1429) ->
-  (hA : @1430 @1520 @151) ->
-  (hne : @1300) -> @1303 (fun (ro : @1302) => @1309 (@1434 (@96 (@29 @1286) @95) @4))
-@1540 := @1506 @1127
-@1541 := @1184 @1455
-@1549 := @1272 (@1458 @1507 @1123) (@1280 (@1124 (@1121 @1169) @1123))
-@1551 := @1428 (@1290 @1127)
-@1553 := @1430 @1477 @151
-@1554 := @1305 @1127
-@1573 := {o : @1215} ->
-  (hB : @1423) ->
-  (hfn : @1454) ->
-  (hwt : @1541) ->
-  (hbind : @1549) ->
-  (hF : @1551) ->
-  (hA : @1553) ->
-  (hne : @1300) ->
-  @1303 (fun (ro : @1302) => @1304 (@1554 @163 @4) (@1434 (@96 (@29 @1263) @95) @4))
-@1574 := @1540 @1206
-@1575 := @1192 @1455
-@1583 := @1272 (@1458 @1183 @1123) (@1280 (@1124 (@1121 @1152) @1123))
-@1584 := @1430 @1472
-@1585 := @1205 @149
-@1586 := @1584 @1585
-@1587 := @1205 @157
-@1605 := (hB : @1423) ->
-  (hfn : @1454) ->
-  (hwt : @1575) ->
-  (hbind : @1583) ->
-  (hF : @1551) ->
-  (hA : @1586) ->
-  (hne : @1216 @1587 @1221) ->
-  @1303 (fun (ro : @1302) => @1304 (@1554 (@1205 @1240) @4) (@1434 @1484 @4))
-@1606 := @1574 @1150
-@1607 := @1199 @1455
-@1615 := @1272 (@1458 @1191 @1123) (@1280 (@1124 (@1121 @1166) @1123))
-@1616 := @1430 @1507
-@1617 := @1205 @151
-@1635 := (hfn : @1454) ->
-  (hwt : @1607) ->
-  (hbind : @1615) ->
-  (hF : @1551) ->
-  (hA : @1616 @1617) ->
-  (hne : @1216 @1585 @1221) ->
-  @1303 (fun (ro : @1302) => @1304 (@1554 (@1205 @163) @4) (@1434 @1520 @4))
-@1638 := @1606 (@705 @1247 @1424)
-@1639 := @1203 @1455
-@1647 := @1272 (@1458 @1198 @1123) (@1280 (@1124 (@1121 @1179) @1123))
-@1648 := @1430 @1183
-@1649 := @1205 @153
-@1665 := (hwt : @1639) ->
-  (hbind : @1647) ->
-  (hF : @1551) ->
-  (hA : @1648 @1649) ->
-  (hne : @1216 @1617 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1587 @4) (@1434 @1477 @4))
-@1666 := @1638 @1202
-@1668 := @1458 @1114 @1123
-@1671 := @1272 @1668 (@1280 @1126)
-@1672 := @1430 @1191
-@1673 := @1205 @36
-@1688 := (hbind : @1671) ->
-  (hF : @1551) ->
-  (hA : @1672 @1673) ->
-  (hne : @1216 @1649 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1585 @4) (@1434 @1472 @4))
-@1691 := @1666 (@705 @1271 @1668)
-@1692 := @1430 @1198
-@1693 := @1205 @38
-@1707 := (hF : @1551) ->
-  (hA : @1692 @1693) ->
-  (hne : @1216 @1673 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1617 @4) (@1434 @1507 @4))
-@1710 := @1691 (@705 @1283 @1427)
-@1724 := (hA : @1430 @1114 @1206) ->
-  (hne : @1216 @1693 @1221) -> @1303 (fun (ro : @1302) => @1304 (@1554 @1649 @4) (@1434 @1183 @4))
-@1725 := @1710 @1213
-@1736 := (hne : @1216 @1206 @1221) ->
-  @1303 (fun (ro : @1302) => @1304 (@1554 @1673 @4) (@1434 @1191 @4))
-@1737 := @1725 @1233
-@1743 := @1304 (@1554 @1693 @4) (@1434 @1198 @4)
-@1745 := @1303 (fun (ro : @1302) => @1743)
-@1747 := @1303 (fun (__e_ro : @1302) => @1743)
-@1751 := LexLeanPreservation.Rust.RepresentableL (@96 @42 @95)
-@1752 := (__e_hrep : @1751) -> @1747
-@1753 := fun (__e_hrep : @1751) => @1737
-@1754 := (w : @35) -> @1752
-@1755 := fun (w : @35) => @1753
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/RustStd.lean
deleted file mode 100644
index 793930d38..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/RustStd.lean
+++ /dev/null
@@ -1,134 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[(.option .nat), .bool, (.adt 1)]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
-    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.adt 0) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.field (.var 1) 0) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.call 3 [(.var 1)])]))])) },
-    { parameters := [0], types := [.nat], result := (.adt 0),
-      body := (.call 4 [(.closure 5 [(.var 0)]), (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .false .bool []), (.build (.adt 0) (.adt 1) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))])]), (.call 6 [(.var 0)])]) },
-    { parameters := [0], types := [(.adt 0)], result := (.pair .bool .bool),
-      body := (.«match» (.pair .bool .bool) (.field (.var 0) 1) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])), (.arm .false [] (.«match» (.pair .bool .bool) (.prim .natEq [(.field (.field (.var 0) 2) 4), (.value .nat (.nat 0))]) [(.arm .true [] (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])), (.arm .false [] (.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)], result := (.adt 0),
-      body := (.«match» (.adt 0) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 4 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
-      body := (.call 7 [(.var 0), (.var 1), (.var 2)]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.«match» (.list .nat) (.«let» 1 .nat (.var 0) (.«let» 2 (.list .nat) (.call 8 [(.var 1)]) (.cond (.call 9 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
-    { parameters := [0, 1, 2], types := [.nat, (.adt 0), .nat], result := (.adt 0),
-      body := (.«match» (.adt 0) (.field (.var 1) 0) [(.arm .some [3] (.var 1)), (.arm .none [] (.«match» (.adt 0) (.prim .natLt [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 3))]) [(.arm .true [] (.build (.adt 0) (.adt 0) [(.call 10 [(.var 0), (.var 2)]), (.field (.var 1) 1), (.build (.adt 0) (.adt 1) [(.prim .natAdd [(.field (.field (.var 1) 2) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 2) 1), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 2), (.field (.field (.var 1) 2) 3), (.prim .natAdd [(.field (.field (.var 1) 2) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 2) 5)])])), (.arm .false [] (.build (.adt 0) (.adt 0) [(.build .none (.option .nat) []), (.build .true .bool []), (.field (.var 1) 2)]))]))]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.call 11 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
-      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := (.option .nat),
-      body := (.cond (.call 12 [(.var 0), (.var 1)]) (.build .some (.option .nat) [(.var 1)]) (.build .none (.option .nat) [])) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [(.option .nat), .bool, (.adt 1)] }]),
-    (.enum (.adt 1) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]),
-    (.enum (.fn 0) [{ number := 5, fields := [.nat] }]),
-    (.apply 0 [(.adt 0), .nat] (.adt 0) true [{ function := 5, captures := [.copy], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 2)), .wild, .wild]) (.mk [] (.move (.generated .part 2))))]))] (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.call (.function 3) [(.move (.generated .binding 1))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.adt 0)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) [(.copy (.generated .binding 0))]), (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool false)), (.construct (.adt 1 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]), (.call (.function 6) [(.copy (.generated .binding 0))] false)] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.pair .bool .bool) (.mk [(.mk (.bind (.generated .holder 5)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 4)), .wild]) (.mk [] (.move (.generated .part 4))))]))] (.cond (.move (.generated .holder 5)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.move (.generated .holder 11)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool true)) (.lit (.bool false))))))))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.fallible (.adt 0)) (.mk [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.adt 0)) (.mk [] (.call (.function 7) [(.copy (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))] (.matchOn (.move (.generated .holder 14)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.adt 0)) (.mk [(.mk (.bind (.generated .holder 16)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 15)), .wild, .wild]) (.mk [] (.move (.generated .part 15))))]))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))))] (.cond (.move (.generated .holder 22)) (.mk [] (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (.mk [] (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])])))))), (.mk (.some .wild) (.mk [] (.succeed (.move (.generated .binding 1)))))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.call (.function 11) [(.copy (.generated .binding 0))] false))),
-    (.function (.generated .function 9) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 49))] false)))), (.mk (.bind (.generated .operand 51)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] false))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 12) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 1))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))),
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 52)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 54)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 55)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 54)), (.move (.generated .operand 55))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 56)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 57)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 59)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))), (.construct (.nil .nat) [])])])])]))),
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)))), (.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 0)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 62)), (.move (.generated .operand 63))] false))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 0), .nat], (.adt 0)), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.adt 0)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 2)), .wild, .wild]) (.mk [] (.move (.generated .part 2))))]))], (.matchOn (.move (.generated .holder 3)) [(.mk .none (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.call (.function 3) [(.move (.generated .binding 1))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 2))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.call (.function 3) [(.move (.generated .binding 1))] false)]))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) [(.copy (.generated .binding 0))]), (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool false)), (.construct (.adt 1 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))])]), (.call (.function 6) [(.copy (.generated .binding 0))] false)] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.option .nat), .bool, (.adt 1)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 4)), .wild]) (.mk [] (.move (.generated .part 4))))]))], (.cond (.move (.generated .holder 5)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))] (.cond (.move (.generated .holder 11)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool true)) (.lit (.bool false))))))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchBool (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 4))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool false)))) (lb := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false))))]) (tb := (.cond (.move (.generated .holder 11)) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool true)) (.lit (.bool false)))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.matchBool (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.block (.mk [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))] (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])))), (.mk (.bind (.generated .operand 10)) none (.lit (.nat 0)))]) (tail := (.call (.runtime .natEq) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 8)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 7))]) (.mk [] (.move (.generated .part 7))))]))]) (tail := (.matchOn (.move (.generated .holder 8)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 6)), .wild]) (.mk [] (.move (.generated .part 6))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 6))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 7))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool true)))) (lb := []) (tb := (.pair (.lit (.bool true)) (.lit (.bool false)))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))))))⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 12)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 12)) [(.mk .none (.mk [] (.succeed (.move (.generated .binding 1))))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.adt 0), (some 1)), (0, (.fn [(.adt 0), .nat] (.adt 0)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.adt 0), (some 1)), (0, (.fn [(.adt 0), .nat] (.adt 0)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.adt 0), (some 1)), (0, (.fn [(.adt 0), .nat] (.adt 0)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 0), .nat] (.adt 0)), (.adt 0), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 13)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 13) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] true)) (Corr.apply (ps := [(.adt 0), .nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 7) [(.copy (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, (.adt 0), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 14)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))], (.matchOn (.move (.generated .holder 14)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.list .nat) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 1)) (some .nat) (.copy (.generated .binding 0))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 8) [(.copy (.generated .binding 1))] false))]) (tail := (.cond (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 9) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (lb := []) (tb := (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(4, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 16)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [(.bind (.generated .part 15)), .wild, .wild]) (.mk [] (.move (.generated .part 15))))]))], (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))))] (.cond (.move (.generated .holder 22)) (.mk [] (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (.mk [] (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])])))))), (.mk (.some .wild) (.mk [] (.succeed (.move (.generated .binding 1)))))]), [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 15))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 22)) none (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))))]) (tail := (.cond (.move (.generated .holder 22)) (.mk [] (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (.mk [] (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])]))))) (Corr.mCons (Γ' := [(3, .nat, none), (2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.move (.generated .binding 1)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 20)) none (.block (.mk [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 19)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 18))]) (.mk [] (.move (.generated .part 18))))]))]) (tail := (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 17)), .wild]) (.mk [] (.move (.generated .part 17))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 17))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 18))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.construct (.adt 0 0) [(.call (.function 10) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 23)), .wild]) (.mk [] (.move (.generated .part 23))))]), (.construct (.adt 1 0) [(.block (.mk [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true))), (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))), (.block (.mk [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))] (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))]))), (.block (.mk [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))] (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))]))), (.block (.mk [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true))), (.block (.mk [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))] (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])))])]))) (lb := []) (tb := (.succeed (.construct (.adt 0 0) [(.construct (.none .nat) []), (.lit (.bool true)), (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 48))]) (.mk [] (.move (.generated .part 48))))])]))) (Corr.fOfB (Corr.build (ts := [(.option .nat), .bool, (.adt 1)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 23))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 27)) none (.block (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])))), (.mk (.bind (.generated .operand 28)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 25))]) (.mk [] (.move (.generated .part 25))))]))]) (tail := (.matchOn (.move (.generated .holder 26)) [(.mk (.adt 1 0 [(.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 24))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))] (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 31)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 30))]) (.mk [] (.move (.generated .part 30))))]))]) (tail := (.matchOn (.move (.generated .holder 31)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 29)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 29))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 29))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 30))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 36)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 35))]) (.mk [] (.move (.generated .part 35))))]))]) (tail := (.matchOn (.move (.generated .holder 36)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 34)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 34))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 34))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 35))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 39)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 38))]) (.mk [] (.move (.generated .part 38))))]))]) (tail := (.matchOn (.move (.generated .holder 39)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 37)), .wild, .wild]) (.mk [] (.move (.generated .part 37))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 37))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 38))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 43)) none (.block (.mk [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))] (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])))), (.mk (.bind (.generated .operand 44)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 42)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 41))]) (.mk [] (.move (.generated .part 41))))]))]) (tail := (.matchOn (.move (.generated .holder 42)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 40)), .wild]) (.mk [] (.move (.generated .part 40))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 41))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 47)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 46))]) (.mk [] (.move (.generated .part 46))))]))]) (tail := (.matchOn (.move (.generated .holder 47)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 45))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 46))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil))))) rfl)) (Corr.fOfB (Corr.build (ts := [(.option .nat), .bool, (.adt 1)]) (mask := [false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.option .nat), .bool, (.adt 1)]) (rd := (.move (.generated .part 48))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl))))) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 11) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 49)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 49))] false)))), (.mk (.bind (.generated .operand 51)) none (.lit (.nat 4)))], (.call (.runtime .natLe) [(.move (.generated .operand 50)), (.move (.generated .operand 51))] false), [(1, (.list .nat), (some 1)), (0, .nat, none)], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 49)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 49))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 1))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] true)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 1))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 52)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 54)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 55)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 54)), (.move (.generated .operand 55))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 56)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 57)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 59)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false))), (.construct (.nil .nat) [])])])])]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 10)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 54)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 55)) none (.lit (.nat 20)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 54)), (.move (.generated .operand 55))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 56)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 57)) none (.lit (.nat 30)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 58)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 59)) none (.lit (.nat 50)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 58)), (.move (.generated .operand 59))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 62)) none (.block (.mk [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)))), (.mk (.bind (.generated .operand 63)) none (.copy (.generated .binding 0)))], (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 62)), (.move (.generated .operand 63))] false)), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 60)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 61)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | _ + 13 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5.lean
deleted file mode 100644
index 2ad2572b4..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5.lean
+++ /dev/null
@@ -1,382 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
-      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
-      body := (.call 8 [(.var 1)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 19 [(.var 0)])), (.arm (.adt 1) [] (.call 20 [(.var 0)])), (.arm (.adt 2) [] (.call 21 [(.var 0)])), (.arm (.adt 3) [] (.call 22 [(.var 0)])), (.arm (.adt 4) [] (.call 23 [(.var 0)])), (.arm (.adt 5) [] (.call 24 [(.var 0)])), (.arm (.adt 6) [] (.call 25 [(.var 0)])), (.arm (.adt 7) [] (.call 26 [(.var 0)]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 27 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 32 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-def __enc_0 (__s : (Reasoning.Clinic.Vitals)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).infection)]
-
-def __enc_1 (__s : (Reasoning.Clinic.Chart)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(__enc_0 (__s).vitals), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).fever), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachycardia), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).tachypnea), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).leukocytosis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sirs), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).sepsis), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).shock), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).level)]
-
-def __enc_2 : (Reasoning.Main.Grade.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Reasoning.Main.Grade.Step.Fever => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Reasoning.Main.Grade.Step.Tachycardia => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 []
-  | Reasoning.Main.Grade.Step.Tachypnea => _root_.LexLeanTarget.TargetSyntax.Value.adt 2 []
-  | Reasoning.Main.Grade.Step.Leukocytosis => _root_.LexLeanTarget.TargetSyntax.Value.adt 3 []
-  | Reasoning.Main.Grade.Step.Sirs => _root_.LexLeanTarget.TargetSyntax.Value.adt 4 []
-  | Reasoning.Main.Grade.Step.Sepsis => _root_.LexLeanTarget.TargetSyntax.Value.adt 5 []
-  | Reasoning.Main.Grade.Step.Shock => _root_.LexLeanTarget.TargetSyntax.Value.adt 6 []
-  | Reasoning.Main.Grade.Step.Escalate => _root_.LexLeanTarget.TargetSyntax.Value.adt 7 []
-
-def __fits_27 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_27 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 27 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_27 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.feverish v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (380 : Nat) (v).temperature))
-
-def __fits_11 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).fever (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_27 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.feverish in
-theorem __rel_11 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 11 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_11 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Fever.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_27 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.feverish ((s).vitals)))) (Nat.beq (s).fever (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).fever (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_27 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_28 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_28 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 28 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_28 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachycardic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (90 : Nat) (v).heartRate))
-
-def __fits_12 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachycardia (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachycardic in
-theorem __rel_12 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 12 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_12 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachycardia.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_28 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachycardic ((s).vitals)))) (Nat.beq (s).tachycardia (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachycardia (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_28 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_29 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_29 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 29 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_29 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.tachypneic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (20 : Nat) (v).respiratoryRate))
-
-def __fits_13 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).tachypnea (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.tachypneic in
-theorem __rel_13 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_13 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Tachypnea.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_29 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.tachypneic ((s).vitals)))) (Nat.beq (s).tachypnea (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).tachypnea (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_29 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_30 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_30 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 30 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_30 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.leukocytic v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (12 : Nat) (v).whiteCells))
-
-def __fits_14 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).leukocytosis (0 : Nat)) then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.leukocytic in
-theorem __rel_14 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 14 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_14 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Leukocytosis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_30 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.leukocytic ((s).vitals)))) (Nat.beq (s).leukocytosis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).leukocytosis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_30 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_15 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (0 : Nat)) then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_15 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 15 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sirs.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).fever + (s).tachycardia) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt (((s).fever + (s).tachycardia) + (s).tachypnea) 18446744073709551616)) && (Bool.true && Bool.true)) && (Nat.blt ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis) 18446744073709551616)) && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.ble (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (Nat.beq (s).sirs (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).fever (s).tachycardia)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((s).fever + (s).tachycardia) (s).tachypnea)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (((s).fever + (s).tachycardia) + (s).tachypnea) (s).leukocytosis)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (2 : Nat) ((((s).fever + (s).tachycardia) + (s).tachypnea) + (s).leukocytosis)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_16 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-theorem __rel_16 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 16 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Sepsis.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sirs (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sirs (1 : Nat)) && (Nat.beq ((s).vitals).infection (1 : Nat))))) (Nat.beq (s).sepsis (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq ((s).vitals).infection (1 : Nat)))) (Nat.beq (s).sirs (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq ((s).vitals).infection (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_31 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_31 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 31 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_31 v) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.hypotensive v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (v).systolic (90 : Nat)))
-
-def __fits_17 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).shock (0 : Nat)) then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.hypotensive in
-theorem __rel_17 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 17 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_17 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Shock.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).sepsis (1 : Nat)) then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && ((Nat.beq (s).sepsis (1 : Nat)) && (Reasoning.Clinic.hypotensive ((s).vitals))))) (Nat.beq (s).shock (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && (__fits_31 ((s).vitals))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Reasoning.Clinic.hypotensive ((s).vitals)))) (Nat.beq (s).sepsis (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_31 ((s).vitals)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_18 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (s).level (3 : Nat)) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)))
-
-theorem __rel_18 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_18 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Clinic.Escalate.guard s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))))))) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))))) (Nat.blt (s).level (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (s).level (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (1 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true))) && (if ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat)))))) ((Nat.beq (s).level (0 : Nat)) && (Nat.beq (s).sirs (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sirs (1 : Nat)))) (Nat.beq (s).level (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sirs (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).level (2 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((Nat.beq (s).level (2 : Nat)) && (Nat.beq (s).shock (1 : Nat))))) ((Nat.beq (s).level (1 : Nat)) && (Nat.beq (s).sepsis (1 : Nat))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).sepsis (1 : Nat)))) (Nat.beq (s).level (1 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (1 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).sepsis (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.beq (s).shock (1 : Nat)))) (Nat.beq (s).level (2 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).level (2 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).shock (1 : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_9 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  ((((((Bool.true && Bool.true) && (__fits_11 (_ys))) && (if (Reasoning.Clinic.Fever.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) && (match (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.guard Reasoning.Clinic.Fever.guard Reasoning.Clinic.Leukocytosis.guard Reasoning.Clinic.Sepsis.guard Reasoning.Clinic.Shock.guard Reasoning.Clinic.Sirs.guard Reasoning.Clinic.Tachycardia.guard Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_9 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 9 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_2) (Reasoning.Main.Grade.select _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && (__fits_15 (_ys))) && (if (Reasoning.Clinic.Sirs.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) && (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))))) (match (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_13 (_ys))) && (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))))) (match (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Tachycardia.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Fever.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Fever : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Fever.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Tachycardia : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Tachycardia.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_14 (_ys))) && (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Leukocytosis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Tachypnea.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Tachypnea : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Tachypnea.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Leukocytosis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Leukocytosis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => ((((Bool.true && Bool.true) && (__fits_17 (_ys))) && (if (Reasoning.Clinic.Shock.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (match (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))))) (match (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Sepsis.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Sirs.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Sirs : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Sirs.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Sepsis : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Sepsis.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.some _yfound => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_18 (_ys))) && (if (Reasoning.Clinic.Escalate.guard (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_2) (match __a with | Option.some _yfound => (Option.some (_yfound) : (Option (Reasoning.Main.Grade.Step))) | Option.none => (if (Reasoning.Clinic.Escalate.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))))) (if (Reasoning.Clinic.Shock.guard (_ys)) then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Shock : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Shock.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_2) (if __b then (Option.some ((Reasoning.Main.Grade.Step.Escalate : (Reasoning.Main.Grade.Step))) : (Option (Reasoning.Main.Grade.Step))) else (Option.none : (Option (Reasoning.Main.Grade.Step))))) (Reasoning.Clinic.Escalate.guard (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))))))))))
-
-def __fits_32 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_32 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 32 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_32 s) (__enc_1 (Reasoning.Clinic.Fever.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_19 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_11 (s))) && (if (Reasoning.Clinic.Fever.guard (s)) then ((((Bool.true && Bool.true) && (__fits_32 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Fever.conclusion Reasoning.Clinic.Fever.guard in
-theorem __rel_19 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 19 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Fever.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_32 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Fever.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Fever.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_32 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_33 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_33 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 33 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_33 s) (__enc_1 (Reasoning.Clinic.Tachycardia.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_20 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_12 (s))) && (if (Reasoning.Clinic.Tachycardia.guard (s)) then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachycardia.conclusion Reasoning.Clinic.Tachycardia.guard in
-theorem __rel_20 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 20 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_20 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachycardia.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_33 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachycardia.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachycardia.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_33 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_34 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_34 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 34 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_34 s) (__enc_1 (Reasoning.Clinic.Tachypnea.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_21 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_13 (s))) && (if (Reasoning.Clinic.Tachypnea.guard (s)) then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Tachypnea.conclusion Reasoning.Clinic.Tachypnea.guard in
-theorem __rel_21 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_21 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Tachypnea.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_34 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Tachypnea.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Tachypnea.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_34 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_35 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_35 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 35 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_35 s) (__enc_1 (Reasoning.Clinic.Leukocytosis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_22 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_14 (s))) && (if (Reasoning.Clinic.Leukocytosis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Leukocytosis.conclusion Reasoning.Clinic.Leukocytosis.guard in
-theorem __rel_22 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 22 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_22 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Leukocytosis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_35 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Leukocytosis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Leukocytosis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_14 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_35 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_36 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_36 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 36 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_36 s) (__enc_1 (Reasoning.Clinic.Sirs.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_23 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_15 (s))) && (if (Reasoning.Clinic.Sirs.guard (s)) then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sirs.conclusion Reasoning.Clinic.Sirs.guard in
-theorem __rel_23 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 23 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_23 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sirs.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_36 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sirs.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sirs.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_36 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_37 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_37 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 37 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_37 s) (__enc_1 (Reasoning.Clinic.Sepsis.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_24 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_16 (s))) && (if (Reasoning.Clinic.Sepsis.guard (s)) then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Sepsis.conclusion Reasoning.Clinic.Sepsis.guard in
-theorem __rel_24 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_24 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Sepsis.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_37 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Sepsis.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Sepsis.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_37 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_38 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_38 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 38 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_38 s) (__enc_1 (Reasoning.Clinic.Shock.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_25 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_17 (s))) && (if (Reasoning.Clinic.Shock.guard (s)) then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Shock.conclusion Reasoning.Clinic.Shock.guard in
-theorem __rel_25 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 25 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_25 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Shock.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_38 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Shock.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Shock.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_17 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_38 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_39 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((s).level + (1 : Nat)) 18446744073709551616)) && Bool.true))))))))) && Bool.true)
-
-theorem __rel_39 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 39 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_39 s) (__enc_1 (Reasoning.Clinic.Escalate.conclusion s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (s).level (1 : Nat))) _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_26 (s : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_18 (s))) && (if (Reasoning.Clinic.Escalate.guard (s)) then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.conclusion Reasoning.Clinic.Escalate.guard in
-theorem __rel_26 (s : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 26 [(__enc_1 s)] (_root_.LexLeanPreservation.Rel (__fits_26 s) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Clinic.Escalate.apply s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_39 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_1) (if __b then (Option.some ((Reasoning.Clinic.Escalate.conclusion (s))) : (Option (Reasoning.Clinic.Chart))) else (Option.none : (Option (Reasoning.Clinic.Chart))))) (Reasoning.Clinic.Escalate.guard (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_39 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Main.Grade.Step)) : Bool :=
-  (Bool.true && (match _ystep with | Reasoning.Main.Grade.Step.Fever => ((Bool.true && Bool.true) && (__fits_19 (_ys))) | Reasoning.Main.Grade.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Main.Grade.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Main.Grade.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Main.Grade.Step.Sirs => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Main.Grade.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Main.Grade.Step.Shock => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Main.Grade.Step.Escalate => ((Bool.true && Bool.true) && (__fits_26 (_ys)))))
-
-attribute [local irreducible] Reasoning.Clinic.Escalate.apply Reasoning.Clinic.Fever.apply Reasoning.Clinic.Leukocytosis.apply Reasoning.Clinic.Sepsis.apply Reasoning.Clinic.Shock.apply Reasoning.Clinic.Sirs.apply Reasoning.Clinic.Tachycardia.apply Reasoning.Clinic.Tachypnea.apply in
-theorem __rel_10 (_ys : (Reasoning.Clinic.Chart)) (_ystep : (Reasoning.Main.Grade.Step)) : _root_.LexLeanPreservation.FunRel __prog 10 [(__enc_1 _ys), (__enc_2 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Main.Grade.fire _ys _ystep))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_2 (fun (__a : (Reasoning.Main.Grade.Step)) => (match __a with | Reasoning.Main.Grade.Step.Fever => ((Bool.true && Bool.true) && (__fits_19 (_ys))) | Reasoning.Main.Grade.Step.Tachycardia => ((Bool.true && Bool.true) && (__fits_20 (_ys))) | Reasoning.Main.Grade.Step.Tachypnea => ((Bool.true && Bool.true) && (__fits_21 (_ys))) | Reasoning.Main.Grade.Step.Leukocytosis => ((Bool.true && Bool.true) && (__fits_22 (_ys))) | Reasoning.Main.Grade.Step.Sirs => ((Bool.true && Bool.true) && (__fits_23 (_ys))) | Reasoning.Main.Grade.Step.Sepsis => ((Bool.true && Bool.true) && (__fits_24 (_ys))) | Reasoning.Main.Grade.Step.Shock => ((Bool.true && Bool.true) && (__fits_25 (_ys))) | Reasoning.Main.Grade.Step.Escalate => ((Bool.true && Bool.true) && (__fits_26 (_ys))))) (fun (__a : (Reasoning.Main.Grade.Step)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Reasoning.Main.Grade.Step.Fever => (Reasoning.Clinic.Fever.apply (_ys)) | Reasoning.Main.Grade.Step.Tachycardia => (Reasoning.Clinic.Tachycardia.apply (_ys)) | Reasoning.Main.Grade.Step.Tachypnea => (Reasoning.Clinic.Tachypnea.apply (_ys)) | Reasoning.Main.Grade.Step.Leukocytosis => (Reasoning.Clinic.Leukocytosis.apply (_ys)) | Reasoning.Main.Grade.Step.Sirs => (Reasoning.Clinic.Sirs.apply (_ys)) | Reasoning.Main.Grade.Step.Sepsis => (Reasoning.Clinic.Sepsis.apply (_ys)) | Reasoning.Main.Grade.Step.Shock => (Reasoning.Clinic.Shock.apply (_ys)) | Reasoning.Main.Grade.Step.Escalate => (Reasoning.Clinic.Escalate.apply (_ys)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Main.Grade.Step)) _ => match __a with | Reasoning.Main.Grade.Step.Fever => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys)))) | Reasoning.Main.Grade.Step.Tachycardia => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_20 (_ys))))) | Reasoning.Main.Grade.Step.Tachypnea => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_21 (_ys)))))) | Reasoning.Main.Grade.Step.Leukocytosis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ys))))))) | Reasoning.Main.Grade.Step.Sirs => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_23 (_ys)))))))) | Reasoning.Main.Grade.Step.Sepsis => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_24 (_ys))))))))) | Reasoning.Main.Grade.Step.Shock => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_ys)))))))))) | Reasoning.Main.Grade.Step.Escalate => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_26 (_ys)))))))))))))
-
-def __fits_5 (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_9 (_ys))) && (match (Reasoning.Main.Grade.select (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep)))))
-
-attribute [local irreducible] Reasoning.Main.Grade.fire Reasoning.Main.Grade.select in
-theorem __rel_5 (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 5 [(__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 _ys) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Main.Grade.next _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_2) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _ystep => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep))))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.none => (Option.none : (Option (Reasoning.Clinic.Chart))) | Option.some _ystep => (Reasoning.Main.Grade.fire (_ys) (_ystep)))) (Reasoning.Main.Grade.select (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_ys))) (fun (__a : (Option (Reasoning.Main.Grade.Step))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (_ys) (_ystep)))))))
-
-def __fits_6 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true))))))))) && Bool.true)
-
-theorem __rel_6 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 6 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_6 v) (__enc_1 (Reasoning.Main.Grade.observe v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))))))))) _root_.LexLeanPreservation.construct_adt)
-
-def __fits_2 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  ((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (__fits_6 (v))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) ((Reasoning.Main.Grade.next)) ((11 : Nat)) ((Reasoning.Main.Grade.observe (v)))))
-
-attribute [local irreducible] Reasoning.Main.Grade.observe in
-theorem __rel_2 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 2 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_2 v) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Main.Grade.saturate v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (v))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Main.Grade.next)) (fun (__p0 : (Reasoning.Clinic.Chart)) => __fits_5 __p0) 5 [] (fun (__p0 : (Reasoning.Clinic.Chart)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Main.Grade.next))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.adt 1)) rfl ((11 : Nat)) ((Reasoning.Main.Grade.observe (v)))))
-
-def __fits_8 (chart : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_8 (chart : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 8 [(__enc_1 chart)] (_root_.LexLeanPreservation.Rel (__fits_8 chart) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.extract chart))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
-
-def __fits_7 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_8 (_ys)))
-
-attribute [local irreducible] Reasoning.Main.Grade.extract in
-theorem __rel_7 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 7 [(__enc_0 v), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 v _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.accept v _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys)))
-
-def __fits_3 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (v) (_ys))) && (match (Reasoning.Main.Grade.accept (v) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Main.Grade.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Main.Grade.accept Reasoning.Main.Grade.extract in
-theorem __rel_3 (v : (Reasoning.Clinic.Vitals)) (_ys : (Reasoning.Clinic.Chart)) : _root_.LexLeanPreservation.FunRel __prog 3 [(__enc_0 v), (__enc_1 _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 v _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.conclude v _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Main.Grade.extract (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Main.Grade.extract (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Main.Grade.accept (v) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (v) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Main.Grade.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
-
-def __fits_1 (v : (Reasoning.Clinic.Vitals)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_2 (v))) && (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Main.Grade.saturate (v)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (v) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Main.Grade.conclude Reasoning.Main.Grade.saturate in
-theorem __rel_1 (v : (Reasoning.Clinic.Vitals)) : _root_.LexLeanPreservation.FunRel __prog 1 [(__enc_0 v)] (_root_.LexLeanPreservation.Rel (__fits_1 v) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Main.Grade.verdict v))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Clinic.Chart) Bool) := (Reasoning.Main.Grade.saturate (v)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (v))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (v) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Main.Grade.conclude (v) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (v) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : Bool :=
-  (((((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true) && (__fits_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) && (match (Reasoning.Main.Grade.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) with | Except.ok level => Bool.true | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Main.Grade.verdict in
-theorem __rel_0 (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gradeLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok level => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok level => level | Except.error failure => (9 : Nat))) (Reasoning.Main.Grade.verdict (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) (__rel_1 (({ temperature := temperature, heartRate := heartRate, respiratoryRate := respiratoryRate, whiteCells := whiteCells, systolic := systolic, infection := infection } : (Reasoning.Clinic.Vitals))))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok level => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gradeLevel temperature heartRate respiratoryRate whiteCells systolic infection)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (temperature : Nat) (heartRate : Nat) (respiratoryRate : Nat) (whiteCells : Nat) (systolic : Nat) (infection : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat temperature), (_root_.LexLeanTarget.TargetSyntax.Value.nat heartRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat respiratoryRate), (_root_.LexLeanTarget.TargetSyntax.Value.nat whiteCells), (_root_.LexLeanTarget.TargetSyntax.Value.nat systolic), (_root_.LexLeanTarget.TargetSyntax.Value.nat infection)] (_root_.LexLeanPreservation.Rel (__fits_0 temperature heartRate respiratoryRate whiteCells systolic infection) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.gradeLevel temperature heartRate respiratoryRate whiteCells systolic infection))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 temperature heartRate respiratoryRate whiteCells systolic infection)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/Compose/RustCore.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/Compose/RustCore.lex.tex
deleted file mode 100644
index 75835e2dc..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/Compose/RustCore.lex.tex
+++ /dev/null
@@ -1,1341 +0,0 @@
-\begin{lexlean}{RustCore}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_0 : @16 := @716 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_1 : @724 := @1388 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_2 : @1396 := @1631 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.root : @2716 := @2717 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.flags
-@3 := Reasoning.Clinic.Vitals
-@4 := #0
-@5 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@16 := (__s : @3) -> @13 @6 @10
-@17 := Reasoning.Clinic.Vitals.temperature
-@18 := @17 @4
-@19 := Reasoning.Clinic.Vitals.heartRate
-@20 := @19 @4
-@21 := Reasoning.Clinic.Vitals.respiratoryRate
-@22 := @21 @4
-@23 := Reasoning.Clinic.Vitals.whiteCells
-@24 := @23 @4
-@25 := Reasoning.Clinic.Vitals.systolic
-@26 := @25 @4
-@27 := Reasoning.Clinic.Vitals.infection
-@28 := @27 @4
-@29 := LexLeanTarget.TargetSyntax.Value.nat
-@30 := @29 @18
-@31 := LexLeanTarget.TargetSyntax.Ty.nat
-@32 := LexLeanTarget.TargetSyntax.Program
-@33 := LexLeanPreservation.Rust.RCrate
-@34 := LexLeanPreservation.Rust.Flags
-@35 := Nat
-@36 := #3
-@37 := @7 @36
-@38 := #2
-@39 := @37 @38
-@40 := #1
-@41 := @39 @40
-@42 := @29 @4
-@48 := {p : @32} -> {c : @33} -> {A : @34} -> (n : @35) -> @41 @42 @31
-@50 := LexLeanPreservation.Rust.wt_nat @0
-@57 := {c : @33} -> {A : @34} -> (n : @35) -> @11 @38 @40 @42 @31
-@58 := @50 @1
-@63 := {A : @34} -> (n : @35) -> @12 @40 @42 @31
-@64 := @58 @2
-@67 := (n : @35) -> @13 @42 @31
-@68 := @64 @18
-@70 := @13 @30 @31
-@71 := @29 @20
-@72 := @64 @20
-@74 := @13 @71 @31
-@75 := @29 @22
-@76 := @64 @22
-@78 := @13 @75 @31
-@79 := @29 @24
-@80 := @64 @24
-@82 := @13 @79 @31
-@83 := @29 @26
-@84 := @64 @26
-@86 := @13 @83 @31
-@87 := @29 @28
-@88 := @64 @28
-@90 := @13 @87 @31
-@91 := LexLeanTarget.TargetSyntax.Value
-@92 := LexLeanTarget.TargetSyntax.Ty
-@93 := List.nil.{0}
-@94 := List.cons.{0}
-@95 := @93 @91
-@96 := @94 @91
-@98 := @96 @87 @95
-@100 := @96 @83 @98
-@102 := @96 @79 @100
-@104 := @96 @75 @102
-@106 := @96 @71 @104
-@108 := @96 @30 @106
-@109 := @93 @92
-@110 := @94 @92
-@111 := @110 @31
-@112 := @111 @109
-@113 := @111 @112
-@114 := @111 @113
-@115 := @111 @114
-@116 := @111 @115
-@117 := @111 @116
-@118 := LexLeanPreservation.Rust.WTL
-@126 := {p : @32} -> {c : @33} -> {A : @34} -> @118 @38 @40 @4 @95 @109
-@128 := LexLeanPreservation.Rust.wtl_nil @0
-@129 := @118 @0
-@135 := {c : @33} -> {A : @34} -> @129 @40 @4 @95 @109
-@136 := @128 @1
-@137 := @129 @1
-@141 := {A : @34} -> @137 @4 @95 @109
-@142 := @136 @2
-@143 := @137 @2
-@144 := @143 @95
-@145 := @144 @109
-@146 := List.{0}
-@147 := @146 @91
-@148 := @146 @92
-@149 := #6
-@150 := @7 @149
-@151 := #5
-@152 := @150 @151
-@153 := #4
-@156 := @152 @153 @36 @38
-@157 := #7
-@162 := @118 @157 @149 @151 @38 @40
-@163 := #8
-@166 := @118 @163 @157 @149
-@168 := @96 @151 @36
-@169 := @166 @168
-@171 := @110 @153 @38
-@181 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {v : @91} -> {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @156) -> (hs : @162) -> @169 @171
-@183 := LexLeanPreservation.Rust.wtl_cons @0
-@187 := @11 @151 @153 @36 @38
-@191 := @129 @149 @151 @38 @40
-@203 := {c : @33} ->
-  {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @187) -> (hs : @191) -> @129 @157 @149 @168 @171
-@204 := @183 @1
-@207 := @12 @153 @36 @38
-@210 := @137 @151 @38 @40
-@220 := {A : @34} ->
-  {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @207) -> (hs : @210) -> @137 @149 @168 @171
-@221 := @204 @2
-@223 := @13 @36 @38
-@225 := @143 @38 @40
-@233 := {v : @91} ->
-  {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @223) -> (hs : @225) -> @143 @168 @171
-@234 := @221 @87
-@236 := @29 (@27 @36)
-@249 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @236 @38) -> (hs : @225) -> @143 (@96 (@29 (@27 @151)) @36) @171
-@250 := @234 @31
-@252 := @29 (@27 @38)
-@254 := @13 @252 @31
-@259 := @143 (@96 (@29 (@27 @153)) @36)
-@260 := @111 @38
-@265 := {vs : @147} -> {ts : @148} -> (h : @254) -> (hs : @225) -> @259 @260
-@266 := @250 @95
-@268 := @29 (@27 @40)
-@270 := @13 @268 @31
-@271 := @144 @40
-@273 := @96 @236 @95
-@278 := {ts : @148} -> (h : @270) -> (hs : @271) -> @143 @273 @260
-@279 := @266 @109
-@281 := @96 @252 @95
-@282 := @143 @281
-@285 := (h : @90) -> (hs : @145) -> @282 @112
-@286 := @279 @88
-@288 := @96 @268 @95
-@290 := @143 @288 @112
-@291 := (hs : @145) -> @290
-@292 := @286 @142
-@294 := @143 @98 @112
-@295 := @221 @83
-@297 := @29 (@25 @36)
-@310 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @297 @38) -> (hs : @225) -> @143 (@96 (@29 (@25 @151)) @36) @171
-@311 := @295 @31
-@313 := @29 (@25 @38)
-@325 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @313 @31) -> (hs : @225) -> @143 (@96 (@29 (@25 @153)) @36) @260
-@326 := @311 @98
-@328 := @29 (@25 @40)
-@330 := @13 @328 @31
-@331 := @282 @40
-@333 := @96 @297 @273
-@338 := {ts : @148} -> (h : @330) -> (hs : @331) -> @143 @333 @260
-@339 := @326 @112
-@341 := @96 @313 @281
-@342 := @143 @341
-@345 := (h : @86) -> (hs : @290) -> @342 @113
-@346 := @339 @84
-@348 := @96 @328 @288
-@350 := @143 @348 @113
-@351 := (hs : @294) -> @350
-@352 := @346 @292
-@354 := @143 @100 @113
-@355 := @221 @79
-@357 := @29 (@23 @36)
-@370 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @357 @38) -> (hs : @225) -> @143 (@96 (@29 (@23 @151)) @36) @171
-@371 := @355 @31
-@373 := @29 (@23 @38)
-@385 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @373 @31) -> (hs : @225) -> @143 (@96 (@29 (@23 @153)) @36) @260
-@386 := @371 @100
-@388 := @29 (@23 @40)
-@390 := @13 @388 @31
-@391 := @342 @40
-@393 := @96 @357 @333
-@398 := {ts : @148} -> (h : @390) -> (hs : @391) -> @143 @393 @260
-@399 := @386 @113
-@401 := @96 @373 @341
-@402 := @143 @401
-@405 := (h : @82) -> (hs : @350) -> @402 @114
-@406 := @399 @80
-@408 := @96 @388 @348
-@410 := @143 @408 @114
-@411 := (hs : @354) -> @410
-@412 := @406 @352
-@414 := @143 @102 @114
-@415 := @221 @75
-@417 := @29 (@21 @36)
-@430 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @417 @38) -> (hs : @225) -> @143 (@96 (@29 (@21 @151)) @36) @171
-@431 := @415 @31
-@433 := @29 (@21 @38)
-@445 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @433 @31) -> (hs : @225) -> @143 (@96 (@29 (@21 @153)) @36) @260
-@446 := @431 @102
-@448 := @29 (@21 @40)
-@450 := @13 @448 @31
-@451 := @402 @40
-@453 := @96 @417 @393
-@458 := {ts : @148} -> (h : @450) -> (hs : @451) -> @143 @453 @260
-@459 := @446 @114
-@461 := @96 @433 @401
-@462 := @143 @461
-@465 := (h : @78) -> (hs : @410) -> @462 @115
-@466 := @459 @76
-@468 := @96 @448 @408
-@470 := @143 @468 @115
-@471 := (hs : @414) -> @470
-@472 := @466 @412
-@474 := @143 @104 @115
-@475 := @221 @71
-@477 := @29 (@19 @36)
-@490 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @477 @38) -> (hs : @225) -> @143 (@96 (@29 (@19 @151)) @36) @171
-@491 := @475 @31
-@493 := @29 (@19 @38)
-@505 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @493 @31) -> (hs : @225) -> @143 (@96 (@29 (@19 @153)) @36) @260
-@506 := @491 @104
-@508 := @29 (@19 @40)
-@510 := @13 @508 @31
-@511 := @462 @40
-@513 := @96 @477 @453
-@518 := {ts : @148} -> (h : @510) -> (hs : @511) -> @143 @513 @260
-@519 := @506 @115
-@521 := @96 @493 @461
-@522 := @143 @521
-@525 := (h : @74) -> (hs : @470) -> @522 @116
-@526 := @519 @72
-@528 := @96 @508 @468
-@530 := @143 @528 @116
-@531 := (hs : @474) -> @530
-@532 := @526 @472
-@534 := @143 @106 @116
-@535 := @221 @30
-@537 := @29 (@17 @36)
-@550 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @537 @38) -> (hs : @225) -> @143 (@96 (@29 (@17 @151)) @36) @171
-@551 := @535 @31
-@553 := @29 (@17 @38)
-@565 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @553 @31) -> (hs : @225) -> @143 (@96 (@29 (@17 @153)) @36) @260
-@566 := @551 @106
-@568 := @29 (@17 @40)
-@570 := @13 @568 @31
-@571 := @522 @40
-@573 := @96 @537 @513
-@578 := {ts : @148} -> (h : @570) -> (hs : @571) -> @143 @573 @260
-@579 := @566 @116
-@581 := @96 @553 @521
-@582 := @143 @581
-@585 := (h : @70) -> (hs : @530) -> @582 @117
-@586 := @579 @68
-@588 := @96 @568 @528
-@590 := @143 @588 @117
-@591 := (hs : @534) -> @590
-@592 := @586 @532
-@594 := @143 @108 @117
-@595 := Eq.{1}
-@596 := Option.{0}
-@597 := @596 @148
-@598 := @595 @597
-@599 := LexLeanPreservation.Rust.adtFields
-@603 := @598 (@599 @149 @36 @38)
-@604 := Option.some.{0}
-@605 := @604 @148
-@606 := @605 @4
-@607 := @603 @606
-@610 := @7 @163 @157 @149
-@611 := LexLeanTarget.TargetSyntax.Value.adt
-@613 := @611 @153 @36
-@614 := @610 @613
-@615 := @8 @151
-@625 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {i : @35} -> {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @607) -> (hf : @162) -> @614 @615
-@627 := LexLeanPreservation.Rust.wt_adt @0
-@628 := @599 @0
-@632 := @598 (@628 @36 @38) @606
-@644 := {c : @33} ->
-  {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @191) -> @11 @157 @149 @613 @615
-@645 := @627 @1
-@655 := {A : @34} ->
-  {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @210) -> @12 @149 @613 @615
-@656 := @645 @2
-@657 := @13 @613
-@664 := {i : @35} ->
-  {k : @35} -> {fs : @147} -> {tys : @148} -> (h : @632) -> (hf : @225) -> @657 @615
-@665 := @656 @9
-@666 := @628 @9
-@675 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@666 @38) @606) -> (hf : @225) -> @657 @10
-@676 := @665 @9
-@677 := @666 @9
-@678 := @598 @677
-@679 := @678 @606
-@680 := @611 @9
-@682 := @13 (@680 @36)
-@687 := {fs : @147} -> {tys : @148} -> (h : @679) -> (hf : @225) -> @682 @10
-@688 := @676 @108
-@695 := {tys : @148} -> (h : @679) -> (hf : @582 @40) -> @13 (@680 @573) @10
-@696 := @688 @117
-@703 := (h : @678 (@605 @117)) -> (hf : @590) -> @13 (@680 @581) @10
-@704 := Eq.refl.{1}
-@705 := @704 @597
-@707 := @696 (@705 @677)
-@711 := (hf : @594) -> @13 (@680 @588) @10
-@712 := @707 @592
-@715 := @13 (@680 @108) @10
-@716 := fun (__s : @3) => @712
-@717 := Reasoning.Clinic.Chart
-@719 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.__enc_1 @4
-@720 := 1
-@721 := @8 @720
-@724 := (__s : @717) -> @13 @719 @721
-@725 := Reasoning.Clinic.Chart.vitals
-@726 := @725 @4
-@727 := Reasoning.Clinic.Chart.fever
-@728 := @727 @4
-@729 := Reasoning.Clinic.Chart.tachycardia
-@730 := @729 @4
-@731 := Reasoning.Clinic.Chart.tachypnea
-@732 := @731 @4
-@733 := Reasoning.Clinic.Chart.leukocytosis
-@734 := @733 @4
-@735 := Reasoning.Clinic.Chart.sirs
-@736 := @735 @4
-@737 := Reasoning.Clinic.Chart.sepsis
-@738 := @737 @4
-@739 := Reasoning.Clinic.Chart.shock
-@740 := @739 @4
-@741 := Reasoning.Clinic.Chart.level
-@742 := @741 @4
-@743 := @5 @726
-@745 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_0 @726
-@746 := @29 @728
-@747 := @64 @728
-@749 := @13 @746 @31
-@750 := @29 @730
-@751 := @64 @730
-@753 := @13 @750 @31
-@754 := @29 @732
-@755 := @64 @732
-@757 := @13 @754 @31
-@758 := @29 @734
-@759 := @64 @734
-@761 := @13 @758 @31
-@762 := @29 @736
-@763 := @64 @736
-@765 := @13 @762 @31
-@766 := @29 @738
-@767 := @64 @738
-@769 := @13 @766 @31
-@770 := @29 @740
-@771 := @64 @740
-@773 := @13 @770 @31
-@774 := @29 @742
-@775 := @64 @742
-@777 := @13 @774 @31
-@779 := @96 @774 @95
-@781 := @96 @770 @779
-@783 := @96 @766 @781
-@785 := @96 @762 @783
-@787 := @96 @758 @785
-@789 := @96 @754 @787
-@791 := @96 @750 @789
-@793 := @96 @746 @791
-@795 := @96 @743 @793
-@796 := @111 @117
-@797 := @111 @796
-@798 := @110 @10
-@799 := @798 @797
-@800 := @221 @774
-@802 := @29 (@741 @36)
-@815 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @802 @38) -> (hs : @225) -> @143 (@96 (@29 (@741 @151)) @36) @171
-@816 := @800 @31
-@818 := @29 (@741 @38)
-@830 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @818 @31) -> (hs : @225) -> @143 (@96 (@29 (@741 @153)) @36) @260
-@831 := @816 @95
-@833 := @29 (@741 @40)
-@835 := @13 @833 @31
-@837 := @96 @802 @95
-@842 := {ts : @148} -> (h : @835) -> (hs : @271) -> @143 @837 @260
-@843 := @831 @109
-@845 := @96 @818 @95
-@846 := @143 @845
-@849 := (h : @777) -> (hs : @145) -> @846 @112
-@850 := @843 @775
-@852 := @96 @833 @95
-@854 := @143 @852 @112
-@855 := (hs : @145) -> @854
-@856 := @850 @142
-@858 := @143 @779 @112
-@859 := @221 @770
-@861 := @29 (@739 @36)
-@874 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @861 @38) -> (hs : @225) -> @143 (@96 (@29 (@739 @151)) @36) @171
-@875 := @859 @31
-@877 := @29 (@739 @38)
-@889 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @877 @31) -> (hs : @225) -> @143 (@96 (@29 (@739 @153)) @36) @260
-@890 := @875 @779
-@892 := @29 (@739 @40)
-@894 := @13 @892 @31
-@895 := @846 @40
-@897 := @96 @861 @837
-@902 := {ts : @148} -> (h : @894) -> (hs : @895) -> @143 @897 @260
-@903 := @890 @112
-@905 := @96 @877 @845
-@906 := @143 @905
-@909 := (h : @773) -> (hs : @854) -> @906 @113
-@910 := @903 @771
-@912 := @96 @892 @852
-@914 := @143 @912 @113
-@915 := (hs : @858) -> @914
-@916 := @910 @856
-@918 := @143 @781 @113
-@919 := @221 @766
-@921 := @29 (@737 @36)
-@934 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @921 @38) -> (hs : @225) -> @143 (@96 (@29 (@737 @151)) @36) @171
-@935 := @919 @31
-@937 := @29 (@737 @38)
-@949 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @937 @31) -> (hs : @225) -> @143 (@96 (@29 (@737 @153)) @36) @260
-@950 := @935 @781
-@952 := @29 (@737 @40)
-@954 := @13 @952 @31
-@955 := @906 @40
-@957 := @96 @921 @897
-@962 := {ts : @148} -> (h : @954) -> (hs : @955) -> @143 @957 @260
-@963 := @950 @113
-@965 := @96 @937 @905
-@966 := @143 @965
-@969 := (h : @769) -> (hs : @914) -> @966 @114
-@970 := @963 @767
-@972 := @96 @952 @912
-@974 := @143 @972 @114
-@975 := (hs : @918) -> @974
-@976 := @970 @916
-@978 := @143 @783 @114
-@979 := @221 @762
-@981 := @29 (@735 @36)
-@994 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @981 @38) -> (hs : @225) -> @143 (@96 (@29 (@735 @151)) @36) @171
-@995 := @979 @31
-@997 := @29 (@735 @38)
-@1009 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @997 @31) -> (hs : @225) -> @143 (@96 (@29 (@735 @153)) @36) @260
-@1010 := @995 @783
-@1012 := @29 (@735 @40)
-@1014 := @13 @1012 @31
-@1015 := @966 @40
-@1017 := @96 @981 @957
-@1022 := {ts : @148} -> (h : @1014) -> (hs : @1015) -> @143 @1017 @260
-@1023 := @1010 @114
-@1025 := @96 @997 @965
-@1026 := @143 @1025
-@1029 := (h : @765) -> (hs : @974) -> @1026 @115
-@1030 := @1023 @763
-@1032 := @96 @1012 @972
-@1034 := @143 @1032 @115
-@1035 := (hs : @978) -> @1034
-@1036 := @1030 @976
-@1038 := @143 @785 @115
-@1039 := @221 @758
-@1041 := @29 (@733 @36)
-@1054 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1041 @38) -> (hs : @225) -> @143 (@96 (@29 (@733 @151)) @36) @171
-@1055 := @1039 @31
-@1057 := @29 (@733 @38)
-@1069 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1057 @31) -> (hs : @225) -> @143 (@96 (@29 (@733 @153)) @36) @260
-@1070 := @1055 @785
-@1072 := @29 (@733 @40)
-@1074 := @13 @1072 @31
-@1075 := @1026 @40
-@1077 := @96 @1041 @1017
-@1082 := {ts : @148} -> (h : @1074) -> (hs : @1075) -> @143 @1077 @260
-@1083 := @1070 @115
-@1085 := @96 @1057 @1025
-@1086 := @143 @1085
-@1089 := (h : @761) -> (hs : @1034) -> @1086 @116
-@1090 := @1083 @759
-@1092 := @96 @1072 @1032
-@1094 := @143 @1092 @116
-@1095 := (hs : @1038) -> @1094
-@1096 := @1090 @1036
-@1098 := @143 @787 @116
-@1099 := @221 @754
-@1101 := @29 (@731 @36)
-@1114 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1101 @38) -> (hs : @225) -> @143 (@96 (@29 (@731 @151)) @36) @171
-@1115 := @1099 @31
-@1117 := @29 (@731 @38)
-@1129 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1117 @31) -> (hs : @225) -> @143 (@96 (@29 (@731 @153)) @36) @260
-@1130 := @1115 @787
-@1132 := @29 (@731 @40)
-@1134 := @13 @1132 @31
-@1135 := @1086 @40
-@1137 := @96 @1101 @1077
-@1142 := {ts : @148} -> (h : @1134) -> (hs : @1135) -> @143 @1137 @260
-@1143 := @1130 @116
-@1145 := @96 @1117 @1085
-@1146 := @143 @1145
-@1149 := (h : @757) -> (hs : @1094) -> @1146 @117
-@1150 := @1143 @755
-@1152 := @96 @1132 @1092
-@1154 := @143 @1152 @117
-@1155 := (hs : @1098) -> @1154
-@1156 := @1150 @1096
-@1158 := @143 @789 @117
-@1159 := @221 @750
-@1161 := @29 (@729 @36)
-@1174 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1161 @38) -> (hs : @225) -> @143 (@96 (@29 (@729 @151)) @36) @171
-@1175 := @1159 @31
-@1177 := @29 (@729 @38)
-@1189 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1177 @31) -> (hs : @225) -> @143 (@96 (@29 (@729 @153)) @36) @260
-@1190 := @1175 @789
-@1192 := @29 (@729 @40)
-@1194 := @13 @1192 @31
-@1195 := @1146 @40
-@1197 := @96 @1161 @1137
-@1202 := {ts : @148} -> (h : @1194) -> (hs : @1195) -> @143 @1197 @260
-@1203 := @1190 @117
-@1205 := @96 @1177 @1145
-@1206 := @143 @1205
-@1209 := (h : @753) -> (hs : @1154) -> @1206 @796
-@1210 := @1203 @751
-@1212 := @96 @1192 @1152
-@1214 := @143 @1212 @796
-@1215 := (hs : @1158) -> @1214
-@1216 := @1210 @1156
-@1218 := @143 @791 @796
-@1219 := @221 @746
-@1221 := @29 (@727 @36)
-@1234 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1221 @38) -> (hs : @225) -> @143 (@96 (@29 (@727 @151)) @36) @171
-@1235 := @1219 @31
-@1237 := @29 (@727 @38)
-@1249 := {vs : @147} ->
-  {ts : @148} -> (h : @13 @1237 @31) -> (hs : @225) -> @143 (@96 (@29 (@727 @153)) @36) @260
-@1250 := @1235 @791
-@1252 := @29 (@727 @40)
-@1254 := @13 @1252 @31
-@1255 := @1206 @40
-@1257 := @96 @1221 @1197
-@1262 := {ts : @148} -> (h : @1254) -> (hs : @1255) -> @143 @1257 @260
-@1263 := @1250 @796
-@1265 := @96 @1237 @1205
-@1266 := @143 @1265
-@1269 := (h : @749) -> (hs : @1214) -> @1266 @797
-@1270 := @1263 @747
-@1272 := @96 @1252 @1212
-@1274 := @143 @1272 @797
-@1275 := (hs : @1218) -> @1274
-@1276 := @1270 @1216
-@1278 := @143 @793 @797
-@1279 := @221 @743
-@1281 := @5 (@725 @36)
-@1294 := {t : @92} ->
-  {vs : @147} ->
-  {ts : @148} -> (h : @13 @1281 @38) -> (hs : @225) -> @143 (@96 (@5 (@725 @151)) @36) @171
-@1295 := @1279 @10
-@1297 := @5 (@725 @38)
-@1299 := @13 @1297 @10
-@1304 := @143 (@96 (@5 (@725 @153)) @36)
-@1305 := @798 @38
-@1310 := {vs : @147} -> {ts : @148} -> (h : @1299) -> (hs : @225) -> @1304 @1305
-@1311 := @1295 @793
-@1313 := @5 (@725 @40)
-@1315 := @13 @1313 @10
-@1316 := @1266 @40
-@1318 := @96 @1281 @1257
-@1323 := {ts : @148} -> (h : @1315) -> (hs : @1316) -> @143 @1318 @1305
-@1324 := @1311 @797
-@1326 := @13 @743 @10
-@1328 := @96 @1297 @1265
-@1329 := @143 @1328
-@1332 := (h : @1326) -> (hs : @1274) -> @1329 @799
-@1333 := @1324 @745
-@1335 := @96 @1313 @1272
-@1337 := @143 @1335 @799
-@1338 := (hs : @1278) -> @1337
-@1339 := @1333 @1276
-@1341 := @143 @795 @799
-@1342 := @656 @720
-@1343 := @628 @720
-@1352 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@1343 @38) @606) -> (hf : @225) -> @657 @721
-@1353 := @1342 @9
-@1354 := @1343 @9
-@1355 := @598 @1354
-@1356 := @1355 @606
-@1361 := {fs : @147} -> {tys : @148} -> (h : @1356) -> (hf : @225) -> @682 @721
-@1362 := @1353 @795
-@1369 := {tys : @148} -> (h : @1356) -> (hf : @1329 @40) -> @13 (@680 @1318) @721
-@1370 := @1362 @799
-@1377 := (h : @1355 (@605 @799)) -> (hf : @1337) -> @13 (@680 @1328) @721
-@1379 := @1370 (@705 @1354)
-@1383 := (hf : @1341) -> @13 (@680 @1335) @721
-@1384 := @1379 @1339
-@1387 := @13 (@680 @795) @721
-@1388 := fun (__s : @717) => @1384
-@1389 := Reasoning.Main.Grade.Step
-@1391 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.__enc_2 @4
-@1392 := 2
-@1393 := @8 @1392
-@1395 := @13 @1391 @1393
-@1396 := (__v : @1389) -> @1395
-@1397 := fun (__v : @1389) => @1395
-@1398 := @656 @1392
-@1399 := @628 @1392
-@1408 := {k : @35} ->
-  {fs : @147} -> {tys : @148} -> (h : @598 (@1399 @38) @606) -> (hf : @225) -> @657 @1393
-@1409 := @1398 @9
-@1410 := @1399 @9
-@1411 := @598 @1410
-@1412 := @1411 @606
-@1417 := {fs : @147} -> {tys : @148} -> (h : @1412) -> (hf : @225) -> @682 @1393
-@1418 := @1409 @95
-@1421 := @13 (@680 @95) @1393
-@1424 := {tys : @148} -> (h : @1412) -> (hf : @271) -> @1421
-@1425 := @1418 @109
-@1426 := @605 @109
-@1429 := (h : @1411 @1426) -> (hf : @145) -> @1421
-@1432 := @1425 (@705 @1410) @142
-@1433 := @1398 @720
-@1434 := @1399 @720
-@1435 := @598 @1434
-@1436 := @1435 @606
-@1437 := @611 @720
-@1444 := {fs : @147} -> {tys : @148} -> (h : @1436) -> (hf : @225) -> @13 (@1437 @36) @1393
-@1445 := @1433 @95
-@1448 := @13 (@1437 @95) @1393
-@1451 := {tys : @148} -> (h : @1436) -> (hf : @271) -> @1448
-@1452 := @1445 @109
-@1455 := (h : @1435 @1426) -> (hf : @145) -> @1448
-@1458 := @1452 (@705 @1434) @142
-@1459 := @1398 @1392
-@1460 := @1399 @1392
-@1461 := @598 @1460
-@1462 := @1461 @606
-@1463 := @611 @1392
-@1470 := {fs : @147} -> {tys : @148} -> (h : @1462) -> (hf : @225) -> @13 (@1463 @36) @1393
-@1471 := @1459 @95
-@1474 := @13 (@1463 @95) @1393
-@1477 := {tys : @148} -> (h : @1462) -> (hf : @271) -> @1474
-@1478 := @1471 @109
-@1481 := (h : @1461 @1426) -> (hf : @145) -> @1474
-@1484 := @1478 (@705 @1460) @142
-@1485 := 3
-@1486 := @1398 @1485
-@1487 := @1399 @1485
-@1488 := @598 @1487
-@1489 := @1488 @606
-@1490 := @611 @1485
-@1497 := {fs : @147} -> {tys : @148} -> (h : @1489) -> (hf : @225) -> @13 (@1490 @36) @1393
-@1498 := @1486 @95
-@1501 := @13 (@1490 @95) @1393
-@1504 := {tys : @148} -> (h : @1489) -> (hf : @271) -> @1501
-@1505 := @1498 @109
-@1508 := (h : @1488 @1426) -> (hf : @145) -> @1501
-@1511 := @1505 (@705 @1487) @142
-@1512 := 4
-@1513 := @1398 @1512
-@1514 := @1399 @1512
-@1515 := @598 @1514
-@1516 := @1515 @606
-@1517 := @611 @1512
-@1524 := {fs : @147} -> {tys : @148} -> (h : @1516) -> (hf : @225) -> @13 (@1517 @36) @1393
-@1525 := @1513 @95
-@1528 := @13 (@1517 @95) @1393
-@1531 := {tys : @148} -> (h : @1516) -> (hf : @271) -> @1528
-@1532 := @1525 @109
-@1535 := (h : @1515 @1426) -> (hf : @145) -> @1528
-@1538 := @1532 (@705 @1514) @142
-@1539 := 5
-@1540 := @1398 @1539
-@1541 := @1399 @1539
-@1542 := @598 @1541
-@1543 := @1542 @606
-@1544 := @611 @1539
-@1551 := {fs : @147} -> {tys : @148} -> (h : @1543) -> (hf : @225) -> @13 (@1544 @36) @1393
-@1552 := @1540 @95
-@1555 := @13 (@1544 @95) @1393
-@1558 := {tys : @148} -> (h : @1543) -> (hf : @271) -> @1555
-@1559 := @1552 @109
-@1562 := (h : @1542 @1426) -> (hf : @145) -> @1555
-@1565 := @1559 (@705 @1541) @142
-@1566 := 6
-@1567 := @1398 @1566
-@1568 := @1399 @1566
-@1569 := @598 @1568
-@1570 := @1569 @606
-@1571 := @611 @1566
-@1578 := {fs : @147} -> {tys : @148} -> (h : @1570) -> (hf : @225) -> @13 (@1571 @36) @1393
-@1579 := @1567 @95
-@1582 := @13 (@1571 @95) @1393
-@1585 := {tys : @148} -> (h : @1570) -> (hf : @271) -> @1582
-@1586 := @1579 @109
-@1589 := (h : @1569 @1426) -> (hf : @145) -> @1582
-@1592 := @1586 (@705 @1568) @142
-@1593 := 7
-@1594 := @1398 @1593
-@1595 := @1399 @1593
-@1596 := @598 @1595
-@1597 := @1596 @606
-@1598 := @611 @1593
-@1605 := {fs : @147} -> {tys : @148} -> (h : @1597) -> (hf : @225) -> @13 (@1598 @36) @1393
-@1606 := @1594 @95
-@1609 := @13 (@1598 @95) @1393
-@1612 := {tys : @148} -> (h : @1597) -> (hf : @271) -> @1609
-@1613 := @1606 @109
-@1616 := (h : @1596 @1426) -> (hf : @145) -> @1609
-@1619 := @1613 (@705 @1595) @142
-@1631 := fun (__v : @1389) =>
-  Reasoning.Main.Grade.Step.casesOn.{0} @1397 @4 @1432 @1458 @1484 @1511 @1538 @1565 @1592 @1619
-@1632 := @29 @149
-@1633 := @64 @149
-@1634 := @13 @1632
-@1635 := @1634 @31
-@1636 := @29 @151
-@1637 := @64 @151
-@1638 := @13 @1636
-@1639 := @1638 @31
-@1640 := @29 @153
-@1641 := @64 @153
-@1642 := @13 @1640
-@1643 := @1642 @31
-@1644 := @29 @36
-@1645 := @64 @36
-@1647 := @13 @1644 @31
-@1648 := @29 @38
-@1649 := @64 @38
-@1651 := @13 @1648 @31
-@1652 := @29 @40
-@1653 := @64 @40
-@1655 := @13 @1652 @31
-@1656 := @96 @1652
-@1657 := @1656 @95
-@1658 := @96 @1648
-@1659 := @1658 @1657
-@1660 := @96 @1644
-@1661 := @1660 @1659
-@1662 := @96 @1640
-@1663 := @1662 @1661
-@1664 := @96 @1636
-@1665 := @1664 @1663
-@1666 := @96 @1632
-@1667 := @1666 @1665
-@1670 := Prod.{0, 0} @35 @91
-@1673 := Prod.mk.{0, 0} @35 @91
-@1674 := @1673 @1539
-@1675 := @1674 @1652
-@1676 := @1673 @1512
-@1677 := @1676 @1648
-@1678 := @1673 @1485
-@1679 := @1678 @1644
-@1680 := @1673 @1392
-@1681 := @1680 @1640
-@1682 := @1673 @720
-@1683 := @1682 @1636
-@1684 := @1673 @9
-@1685 := @1684 @1632
-@1686 := @93 @1670
-@1687 := @94 @1670
-@1689 := @1687 @1685 @1686
-@1691 := @1687 @1683 @1689
-@1693 := @1687 @1681 @1691
-@1695 := @1687 @1679 @1693
-@1697 := @1687 @1677 @1695
-@1699 := @1687 @1675 @1697
-@1700 := Bool.true
-@1701 := LexLeanTarget.TargetSyntax.Function
-@1702 := LexLeanTarget.TargetSyntax.Program.functions
-@1703 := @1702 @0
-@1704 := @93 @35
-@1705 := LexLeanTarget.TargetSyntax.Ty.unit
-@1706 := LexLeanTarget.TargetSyntax.Value.unit
-@1709 := LexLeanTarget.TargetSyntax.Expr.value @1705 @1706
-@1714 := LexLeanTarget.TargetSyntax.Function.mk @1704 @109 @1705 @1709
-@1719 := List.getD.{0} @1701 @1703 @9 @1714
-@1723 := fun (__e_n : @35) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.root @4 @9
-@1724 := @221 @1652
-@1725 := @1642 @38
-@1727 := @143 (@1666 @36)
-@1733 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1725) -> (hs : @225) -> @1727 @171
-@1734 := @1724 @31
-@1741 := {vs : @147} -> {ts : @148} -> (h : @1647) -> (hs : @225) -> @143 (@1664 @36) @260
-@1742 := @1734 @95
-@1743 := @1662 @95
-@1748 := {ts : @148} -> (h : @1651) -> (hs : @271) -> @143 @1743 @260
-@1749 := @1742 @109
-@1750 := @1660 @95
-@1751 := @143 @1750
-@1754 := (h : @1655) -> (hs : @145) -> @1751 @112
-@1755 := @1749 @1653
-@1756 := @1658 @95
-@1758 := @143 @1756 @112
-@1759 := (hs : @145) -> @1758
-@1760 := @1755 @142
-@1762 := @143 @1657 @112
-@1763 := @221 @1648
-@1764 := @1638 @38
-@1765 := @29 @157
-@1766 := @96 @1765
-@1768 := @143 (@1766 @36)
-@1774 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1764) -> (hs : @225) -> @1768 @171
-@1775 := @1763 @31
-@1780 := {vs : @147} -> {ts : @148} -> (h : @1643) -> (hs : @225) -> @1727 @260
-@1781 := @1775 @1657
-@1782 := @1751 @40
-@1783 := @1664 @1743
-@1788 := {ts : @148} -> (h : @1647) -> (hs : @1782) -> @143 @1783 @260
-@1789 := @1781 @112
-@1790 := @1662 @1750
-@1791 := @143 @1790
-@1794 := (h : @1651) -> (hs : @1758) -> @1791 @113
-@1795 := @1789 @1649
-@1796 := @1660 @1756
-@1798 := @143 @1796 @113
-@1799 := (hs : @1762) -> @1798
-@1800 := @1795 @1760
-@1802 := @143 @1659 @113
-@1803 := @221 @1644
-@1804 := @1634 @38
-@1805 := @29 @163
-@1806 := @96 @1805
-@1808 := @143 (@1806 @36)
-@1814 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1804) -> (hs : @225) -> @1808 @171
-@1815 := @1803 @31
-@1820 := {vs : @147} -> {ts : @148} -> (h : @1639) -> (hs : @225) -> @1768 @260
-@1821 := @1815 @1659
-@1822 := @1791 @40
-@1823 := @1666 @1783
-@1828 := {ts : @148} -> (h : @1643) -> (hs : @1822) -> @143 @1823 @260
-@1829 := @1821 @113
-@1830 := @1664 @1790
-@1831 := @143 @1830
-@1834 := (h : @1647) -> (hs : @1798) -> @1831 @114
-@1835 := @1829 @1645
-@1836 := @1662 @1796
-@1838 := @143 @1836 @114
-@1839 := (hs : @1802) -> @1838
-@1840 := @1835 @1800
-@1842 := @143 @1661 @114
-@1843 := @221 @1640
-@1844 := @13 @1765
-@1845 := @1844 @38
-@1846 := #9
-@1847 := @29 @1846
-@1848 := @96 @1847
-@1850 := @143 (@1848 @36)
-@1856 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1845) -> (hs : @225) -> @1850 @171
-@1857 := @1843 @31
-@1862 := {vs : @147} -> {ts : @148} -> (h : @1635) -> (hs : @225) -> @1808 @260
-@1863 := @1857 @1661
-@1864 := @1831 @40
-@1865 := @1766 @1823
-@1870 := {ts : @148} -> (h : @1639) -> (hs : @1864) -> @143 @1865 @260
-@1871 := @1863 @114
-@1872 := @1666 @1830
-@1873 := @143 @1872
-@1876 := (h : @1643) -> (hs : @1838) -> @1873 @115
-@1877 := @1871 @1641
-@1878 := @1664 @1836
-@1880 := @143 @1878 @115
-@1881 := (hs : @1842) -> @1880
-@1882 := @1877 @1840
-@1884 := @143 @1663 @115
-@1885 := @221 @1636
-@1886 := @13 @1805
-@1887 := @1886 @38
-@1888 := #10
-@1889 := @29 @1888
-@1890 := @96 @1889
-@1892 := @143 (@1890 @36)
-@1898 := {t : @92} -> {vs : @147} -> {ts : @148} -> (h : @1887) -> (hs : @225) -> @1892 @171
-@1899 := @1885 @31
-@1900 := @1844 @31
-@1905 := {vs : @147} -> {ts : @148} -> (h : @1900) -> (hs : @225) -> @1850 @260
-@1906 := @1899 @1663
-@1907 := @1873 @40
-@1908 := @1806 @1865
-@1913 := {ts : @148} -> (h : @1635) -> (hs : @1907) -> @143 @1908 @260
-@1914 := @1906 @115
-@1915 := @1766 @1872
-@1916 := @143 @1915
-@1919 := (h : @1639) -> (hs : @1880) -> @1916 @116
-@1920 := @1914 @1637
-@1921 := @1666 @1878
-@1923 := @143 @1921 @116
-@1924 := (hs : @1884) -> @1923
-@1925 := @1920 @1882
-@1927 := @143 @1665 @116
-@1928 := @221 @1632
-@1930 := @13 @1847 @38
-@1931 := #11
-@1932 := @29 @1931
-@1933 := @96 @1932
-@1941 := {t : @92} ->
-  {vs : @147} -> {ts : @148} -> (h : @1930) -> (hs : @225) -> @143 (@1933 @36) @171
-@1942 := @1928 @31
-@1948 := {vs : @147} -> {ts : @148} -> (h : @1886 @31) -> (hs : @225) -> @1892 @260
-@1949 := @1942 @1665
-@1950 := @1916 @40
-@1951 := @1848 @1908
-@1952 := @143 @1951
-@1956 := {ts : @148} -> (h : @1900) -> (hs : @1950) -> @1952 @260
-@1957 := @1949 @116
-@1958 := @1806 @1915
-@1959 := @143 @1958
-@1962 := (h : @1635) -> (hs : @1923) -> @1959 @117
-@1963 := @1957 @1633
-@1964 := @1766 @1921
-@1965 := @143 @1964
-@1967 := (hs : @1927) -> @1965 @117
-@1968 := @1963 @1925
-@1969 := @143 @1667
-@1970 := @1969 @117
-@1971 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.denote
-@1977 := @1971 @149 @151 @153 @36 @38 @40
-@1978 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.__fits_0
-@1984 := @1978 @149 @151 @153 @36 @38 @40
-@1992 := @29 (Reasoning.Main.gradeLevel @149 @151 @153 @36 @38 @40)
-@1999 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.root @149 @151 @153 @36 @38 @40
-@2000 := Bool
-@2001 := Ne.{1}
-@2002 := LexLeanPreservation.Obs
-@2003 := @2001 @2002
-@2004 := LexLeanPreservation.Rel
-@2007 := @2003 (@2004 @40 @4)
-@2008 := LexLeanPreservation.Obs.stuck
-@2011 := (f : @2000) -> (v : @91) -> @2007 @2008
-@2013 := LexLeanPreservation.Rust.rel_ne_stuck @1984
-@2024 := (v : @91) -> @2003 (@2004 (@1978 @157 @149 @151 @153 @36 @38) @4) @2008
-@2025 := @2013 @1992
-@2029 := @2003 (@2004 @1984 @1992) @2008
-@2030 := @146 @1670
-@2031 := LexLeanPreservation.Rust.FunSem
-@2037 := (n : @35) -> @2031 @1846 @163 @157 @4 @149
-@2038 := @596 @1701
-@2039 := @595 @2038
-@2046 := LexLeanRuntime.index (@146 @1701) @1701 (LexLeanRuntime.instIndexableList @1701)
-@2050 := @2039 (@2046 (@1702 @1846) @149)
-@2051 := @604 @1701
-@2052 := @2051 @151
-@2053 := @2050 @2052
-@2057 := @118 @1888 @1846 @163 @151
-@2058 := LexLeanTarget.TargetSyntax.Function.types
-@2059 := @2058 @149
-@2060 := @2057 @2059
-@2061 := @596 @2030
-@2062 := @595 @2061
-@2063 := LexLeanTarget.TargetSemantics.bindAll
-@2064 := LexLeanTarget.TargetSyntax.Function.parameters
-@2069 := @2062 (@2063 (@2064 @157) @149 @1686)
-@2070 := @604 @2030
-@2071 := @2070 @151
-@2072 := @2069 @2071
-@2073 := @596 @2000
-@2074 := @595 @2073
-@2075 := LexLeanPreservation.Rust.fnFallible
-@2078 := @2074 (@2075 @1931 @1846)
-@2079 := @604 @2000
-@2080 := @2079 @151
-@2081 := @2078 @2080
-@2082 := LexLeanPreservation.RunConv
-@2083 := #13
-@2087 := @2082 @2083 @1888 @163 @151
-@2089 := @2003 @149 @2008
-@2090 := Exists.{1}
-@2091 := LexLeanPreservation.Rust.ROut
-@2092 := @2090 @2091
-@2093 := And
-@2094 := LexLeanPreservation.Rust.RealizesFn
-@2098 := @2093 (@2094 @1846 @163 @4)
-@2099 := LexLeanPreservation.Rust.RCI
-@2100 := #15
-@2101 := @2099 @2100
-@2102 := LexLeanPreservation.Rust.fnIdent
-@2103 := @2102 @2083
-@2110 := (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2101 @2103 @1931 @4))
-@2125 := {p : @32} ->
-  {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2037) ->
-  (hfn : @2053) -> (hwt : @2060) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2087) -> @2110
-@2127 := LexLeanPreservation.Rust.compose @0
-@2128 := @2031 @0
-@2133 := (n : @35) -> @2128 @163 @157 @4 @149
-@2134 := @2046 @1703
-@2137 := @2039 (@2134 @149) @2052
-@2141 := @129 @1846 @163 @151 @2059
-@2142 := @2082 @0
-@2145 := @2142 @1888 @163 @151
-@2159 := {c : @33} ->
-  {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2133) ->
-  (hfn : @2137) -> (hwt : @2141) -> (hbind : @2072) -> (hF : @2081) -> (hA : @2145) -> @2110
-@2160 := @2127 @1
-@2161 := @2128 @1
-@2165 := (n : @35) -> @2161 @157 @4 @149
-@2168 := @137 @163 @151 @2059
-@2169 := @2075 @1
-@2172 := @2074 (@2169 @1846) @2080
-@2173 := @2099 @1
-@2183 := (hbind : @2072) ->
-  (hF : @2172) ->
-  (hA : @2145) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2173 @2103 @1931 @4))
-@2193 := {A : @34} ->
-  {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} -> {o : @2002} -> (hB : @2165) -> (hfn : @2137) -> (hwt : @2168) -> @2183
-@2194 := @2160 @2
-@2196 := @2161 @2 @4
-@2198 := (n : @35) -> @2196 @149
-@2199 := @143 @151
-@2200 := @2199 @2059
-@2209 := {f : @35} ->
-  {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} -> {o : @2002} -> (hB : @2198) -> (hfn : @2137) -> (hwt : @2200) -> @2183
-@2210 := @2194 @9
-@2212 := (n : @35) -> @2196 @9
-@2213 := @2134 @9
-@2214 := @2039 @2213
-@2215 := @2214 @2052
-@2216 := @2169 @9
-@2217 := @2074 @2216
-@2218 := @2217 @2080
-@2219 := @2142 @9
-@2221 := @2219 @163 @151
-@2223 := @2173 (@2102 @9)
-@2231 := (hF : @2218) ->
-  (hA : @2221) -> (hne : @2089) -> @2092 (fun (ro : @2091) => @2098 (@2223 @1931 @4))
-@2240 := {fn : @1701} ->
-  {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} -> (hB : @2212) -> (hfn : @2215) -> (hwt : @2200) -> (hbind : @2072) -> @2231
-@2241 := @2210 @1719
-@2243 := @2214 (@2051 @1719)
-@2244 := @2058 @1719
-@2245 := @2199 @2244
-@2247 := @2063 (@2064 @1719)
-@2259 := {args : @147} ->
-  {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) -> (hwt : @2245) -> (hbind : @2062 (@2247 @149 @1686) @2071) -> @2231
-@2260 := @2241 @1667
-@2266 := @1933 (@1890 (@1848 (@1806 (@1766 (@1666 @95)))))
-@2268 := @143 @2266 @2244
-@2269 := #12
-@2271 := @96 (@29 @2269)
-@2277 := @2271 (@1933 (@1890 (@1848 (@1806 (@1766 @95)))))
-@2281 := @2062 (@2247 @2277 @1686) @2071
-@2282 := #14
-@2284 := @96 (@29 @2282)
-@2286 := @96 (@29 @2083)
-@2292 := @2284 (@2286 (@2271 (@1933 (@1890 (@1848 @95)))))
-@2294 := @2219 @2292 @151
-@2297 := @96 (@29 #17)
-@2300 := @96 (@29 #16)
-@2302 := @96 (@29 @2100)
-@2323 := {env : @2030} ->
-  {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2268) ->
-  (hbind : @2281) ->
-  (hF : @2218) ->
-  (hA : @2294) ->
-  (hne : @2089) ->
-  @2092 (fun (ro : @2091) => @2098 (@2223 (@2297 (@2300 (@2302 (@2284 (@2286 (@2271 @95)))))) @4))
-@2324 := @2260 @1699
-@2330 := @1890 (@1848 (@1806 (@1766 (@1666 (@1664 @95)))))
-@2332 := @143 @2330 @2244
-@2355 := @2062
-    (@2247 @2266 @1686)
-    (@2070
-      (@1687
-        (@1674 @1632)
-        (@1687
-          (@1676 @1765)
-          (@1687
-            (@1678 @1805)
-            (@1687 (@1680 @1847) (@1687 (@1682 @1889) (@1687 (@1684 @1932) @1686)))))))
-@2361 := @2286 (@2271 (@1933 (@1890 (@1848 (@1806 @95)))))
-@2383 := {F : @2000} ->
-  {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2332) ->
-  (hbind : @2355) ->
-  (hF : @2218) ->
-  (hA : @2219 @2361 @151) ->
-  (hne : @2089) ->
-  @2092 (fun (ro : @2091) => @2098 (@2223 (@2300 (@2302 (@2284 (@2286 (@2271 (@1933 @95)))))) @4))
-@2384 := @2324 @1700
-@2385 := @1952 @2244
-@2408 := @2062
-    (@2247 @2330 @1686)
-    (@2070
-      (@1687
-        (@1674 @1636)
-        (@1687
-          (@1676 @1632)
-          (@1687
-            (@1678 @1765)
-            (@1687 (@1680 @1805) (@1687 (@1682 @1847) (@1687 (@1684 @1889) @1686)))))))
-@2410 := @2217 (@2079 @1700)
-@2412 := @2219 @2277 @151
-@2413 := @2094 @1700
-@2435 := {o : @2002} ->
-  (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2385) ->
-  (hbind : @2408) ->
-  (hF : @2410) ->
-  (hA : @2412) ->
-  (hne : @2089) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 @163 @4) (@2223 (@2302 (@2284 (@2286 (@2271 (@1933 (@1890 @95)))))) @4))
-@2436 := @2384 @1977
-@2437 := @1959 @2244
-@2460 := @2062
-    (@2247 @1951 @1686)
-    (@2070
-      (@1687
-        (@1674 @1640)
-        (@1687
-          (@1676 @1636)
-          (@1687
-            (@1678 @1632)
-            (@1687 (@1680 @1765) (@1687 (@1682 @1805) (@1687 (@1684 @1847) @1686)))))))
-@2461 := @2219 @2266
-@2467 := @1971 @1931 @1888 @1846 @163 @157 @149
-@2468 := @2461 @2467
-@2474 := @1971 @2269 @1931 @1888 @1846 @163 @157
-@2497 := (hB : @2212) ->
-  (hfn : @2243) ->
-  (hwt : @2437) ->
-  (hbind : @2460) ->
-  (hF : @2410) ->
-  (hA : @2468) ->
-  (hne : @2003 @2474 @2008) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 (@1971 @2282 @2083 @2269 @1931 @1888 @1846) @4) (@2223 @2292 @4))
-@2498 := @2436 @1723
-@2499 := @1965 @2244
-@2522 := @2062
-    (@2247 @1958 @1686)
-    (@2070
-      (@1687
-        (@1674 @1644)
-        (@1687
-          (@1676 @1640)
-          (@1687
-            (@1678 @1636)
-            (@1687 (@1680 @1632) (@1687 (@1682 @1765) (@1687 (@1684 @1805) @1686)))))))
-@2523 := @2219 @2330
-@2529 := @1971 @1888 @1846 @163 @157 @149 @151
-@2552 := (hfn : @2243) ->
-  (hwt : @2499) ->
-  (hbind : @2522) ->
-  (hF : @2410) ->
-  (hA : @2523 @2529) ->
-  (hne : @2003 @2467 @2008) ->
-  @2092
-    (fun (ro : @2091) =>
-    @2093 (@2413 (@1971 @2083 @2269 @1931 @1888 @1846 @163) @4) (@2223 @2361 @4))
-@2555 := @2498 (@704 @2038 @2213)
-@2556 := @1969 @2244
-@2579 := @2062
-    (@2247 @1964 @1686)
-    (@2070
-      (@1687
-        (@1674 @1648)
-        (@1687
-          (@1676 @1644)
-          (@1687
-            (@1678 @1640)
-            (@1687 (@1680 @1636) (@1687 (@1682 @1632) (@1687 (@1684 @1765) @1686)))))))
-@2580 := @2219 @1951
-@2586 := @1971 @1846 @163 @157 @149 @151 @153
-@2602 := (hwt : @2556) ->
-  (hbind : @2579) ->
-  (hF : @2410) ->
-  (hA : @2580 @2586) ->
-  (hne : @2003 @2529 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2474 @4) (@2223 @2277 @4))
-@2603 := @2555 @1968
-@2605 := @2247 @1667 @1686
-@2608 := @2062 @2605 (@2070 @1699)
-@2609 := @2219 @1958
-@2615 := @1971 @163 @157 @149 @151 @153 @36
-@2630 := (hbind : @2608) ->
-  (hF : @2410) ->
-  (hA : @2609 @2615) ->
-  (hne : @2003 @2586 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2467 @4) (@2223 @2266 @4))
-@2633 := @2603 (@704 @2061 @2605)
-@2634 := @2219 @1964
-@2640 := @1971 @157 @149 @151 @153 @36 @38
-@2654 := (hF : @2410) ->
-  (hA : @2634 @2640) ->
-  (hne : @2003 @2615 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2529 @4) (@2223 @2330 @4))
-@2657 := @2633 (@704 @2073 @2216)
-@2671 := (hA : @2219 @1667 @1977) ->
-  (hne : @2003 @2640 @2008) -> @2092 (fun (ro : @2091) => @2093 (@2413 @2586 @4) (@2223 @1951 @4))
-@2672 := @2657 @1999
-@2683 := (hne : @2003 @1977 @2008) ->
-  @2092 (fun (ro : @2091) => @2093 (@2413 @2615 @4) (@2223 @1958 @4))
-@2684 := @2672 @2025
-@2690 := @2093 (@2413 @2640 @4) (@2223 @1964 @4)
-@2692 := @2092 (fun (ro : @2091) => @2690)
-@2694 := @2092 (fun (__e_ro : @2091) => @2690)
-@2703 := LexLeanPreservation.Rust.RepresentableL
-    (@1664 (@1662 (@1660 (@1658 (@1656 (@96 @42 @95))))))
-@2704 := (__e_hrep : @2703) -> @2694
-@2705 := fun (__e_hrep : @2703) => @2684
-@2706 := (infection : @35) -> @2704
-@2707 := fun (infection : @35) => @2705
-@2708 := (systolic : @35) -> @2706
-@2709 := fun (systolic : @35) => @2707
-@2710 := (whiteCells : @35) -> @2708
-@2711 := fun (whiteCells : @35) => @2709
-@2712 := (respiratoryRate : @35) -> @2710
-@2713 := fun (respiratoryRate : @35) => @2711
-@2714 := (heartRate : @35) -> @2712
-@2715 := fun (heartRate : @35) => @2713
-@2716 := (temperature : @35) -> @2714
-@2717 := fun (temperature : @35) => @2715
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/RustCore.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/RustCore.lean
deleted file mode 100644
index c9d747778..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/RustCore.lean
+++ /dev/null
@@ -1,352 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]] },
-    { constructors := [[], [], [], [], [], [], [], []] }], functions := ((
-    { parameters := [0, 1, 2, 3, 4, 5], types := [.nat, .nat, .nat, .nat, .nat, .nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build (.adt 0) (.adt 0) [(.var 0), (.var 1), (.var 2), (.var 3), (.var 4), (.var 5)])]) [(.arm .ok [6] (.var 6)), (.arm .error [7] (.value .nat (.nat 9)))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.pair (.adt 1) .bool),
-      body := (.call 4 [(.closure 5 []), (.value .nat (.nat 11)), (.call 6 [(.var 0)])]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) }) ::(
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.adt 1)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.var 0), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 0), (.adt 1)], result := (.option .nat),
-      body := (.call 8 [(.var 1)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 2)),
-      body := (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 0) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [1] (.build .some (.option (.adt 2)) [(.var 1)])), (.arm .none [] (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 1) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [2] (.build .some (.option (.adt 2)) [(.var 2)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 2) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [3] (.build .some (.option (.adt 2)) [(.var 3)])), (.arm .none [] (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 3) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]) [(.arm .some [4] (.build .some (.option (.adt 2)) [(.var 4)])), (.arm .none [] (.«match» (.option (.adt 2)) (.«match» (.option (.adt 2)) (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 4) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [5] (.build .some (.option (.adt 2)) [(.var 5)])), (.arm .none [] (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 5) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]) [(.arm .some [6] (.build .some (.option (.adt 2)) [(.var 6)])), (.arm .none [] (.«match» (.option (.adt 2)) (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 6) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])) [(.arm .some [7] (.build .some (.option (.adt 2)) [(.var 7)])), (.arm .none [] (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 2)) [(.build (.adt 7) (.adt 2) [])]) (.build .none (.option (.adt 2)) [])))]))]))]) }) ::(
-    { parameters := [0, 1], types := [(.adt 1), (.adt 2)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.var 1) [(.arm (.adt 0) [] (.call 19 [(.var 0)])), (.arm (.adt 1) [] (.call 20 [(.var 0)])), (.arm (.adt 2) [] (.call 21 [(.var 0)])), (.arm (.adt 3) [] (.call 22 [(.var 0)])), (.arm (.adt 4) [] (.call 23 [(.var 0)])), (.arm (.adt 5) [] (.call 24 [(.var 0)])), (.arm (.adt 6) [] (.call 25 [(.var 0)])), (.arm (.adt 7) [] (.call 26 [(.var 0)]))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 1), (.value .nat (.nat 0))]) (.call 27 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 2), (.value .nat (.nat 0))]) (.call 28 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 3), (.value .nat (.nat 0))]) (.call 29 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 4), (.value .nat (.nat 0))]) (.call 30 [(.field (.var 0) 0)]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 0))]) (.prim .natLe [(.value .nat (.nat 2)), (.prim .natAdd [(.prim .natAdd [(.prim .natAdd [(.field (.var 0) 1), (.field (.var 0) 2)]), (.field (.var 0) 3)]), (.field (.var 0) 4)])]) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.field (.var 0) 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 0))]) (.cond (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.call 31 [(.field (.var 0) 0)]) (.build .false .bool [])) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := .bool,
-      body := (.cond (.prim .natLt [(.field (.var 0) 8), (.value .nat (.nat 3))]) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 0))]) (.prim .natEq [(.field (.var 0) 5), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 1))]) (.prim .natEq [(.field (.var 0) 6), (.value .nat (.nat 1))]) (.build .false .bool [])) (.build .true .bool []) (.cond (.prim .natEq [(.field (.var 0) 8), (.value .nat (.nat 2))]) (.prim .natEq [(.field (.var 0) 7), (.value .nat (.nat 1))]) (.build .false .bool [])))) (.build .false .bool [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 11 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 32 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 33 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 13 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 34 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 14 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 35 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 15 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 36 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 16 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 37 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 17 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 38 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.option (.adt 1)),
-      body := (.cond (.call 18 [(.var 0)]) (.build .some (.option (.adt 1)) [(.call 39 [(.var 0)])]) (.build .none (.option (.adt 1)) [])) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 380)), (.field (.var 0) 0)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 90)), (.field (.var 0) 1)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 20)), (.field (.var 0) 2)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 12)), (.field (.var 0) 3)]) }) ::(
-    { parameters := [0], types := [(.adt 0)], result := .bool,
-      body := (.prim .natLt [(.field (.var 0) 4), (.value .nat (.nat 90))]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.value .nat (.nat 1)), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.value .nat (.nat 1)), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.value .nat (.nat 1)), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.value .nat (.nat 1)), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.value .nat (.nat 1)), (.field (.var 0) 6), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.value .nat (.nat 1)), (.field (.var 0) 7), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.value .nat (.nat 1)), (.field (.var 0) 8)]) }) ::(
-    { parameters := [0], types := [(.adt 1)], result := (.adt 1),
-      body := (.build (.adt 0) (.adt 1) [(.field (.var 0) 0), (.field (.var 0) 1), (.field (.var 0) 2), (.field (.var 0) 3), (.field (.var 0) 4), (.field (.var 0) 5), (.field (.var 0) 6), (.field (.var 0) 7), (.prim .natAdd [(.field (.var 0) 8), (.value .nat (.nat 1))])]) }) ::[]) }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .core, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 1) [{ number := 0, fields := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.adt 2) [{ number := 0, fields := [] }, { number := 1, fields := [] }, { number := 2, fields := [] }, { number := 3, fields := [] }, { number := 4, fields := [] }, { number := 5, fields := [] }, { number := 6, fields := [] }, { number := 7, fields := [] }]) ::
-    (.enum (.fn 0) [{ number := 5, fields := [] }]) ::
-    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 5, captures := [], functionFallible := true }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }, { pattern := (.bind (.generated .binding 5)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]))) ::
-    (.function (.generated .function 7) [{ pattern := .wild, type := (.adt 0) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.option .nat) (.mk [] (.call (.function 8) [(.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option .nat) (.mk [] (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 11))]) (.mk [] (.move (.generated .part 11))))])]))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 2))) (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 19) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 23) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false)))]))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 21)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 20)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 20))))])), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [] (.call (.function 27) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 23)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 23))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 25)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 27)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 27))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 29)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 28)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 28))))])), (.mk (.bind (.generated .operand 30)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 31)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 31))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 33)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 32)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 35)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 37)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false) (.mk [(.mk (.bind (.generated .operand 49)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))) (.mk [] (.succeed (.lit (.bool false))))))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 52)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51)), .wild, .wild]) (.mk [] (.move (.generated .part 51))))])), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false) (.mk [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false) (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 63)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 62)), .wild]) (.mk [] (.move (.generated .part 62))))])), (.mk (.bind (.generated .operand 64)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] false) (.mk [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] .bool (.mk [(.mk (.bind (.generated .operand 70)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 69))]) (.mk [] (.move (.generated .part 69))))])), (.mk (.bind (.generated .operand 71)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 70)), (.move (.generated .operand 71))] false) (.mk [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 32) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 23) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.option (.adt 1)) (.mk [] (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))))) ::
-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))))) ::
-    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 91)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 92)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 90)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 90))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false))) ::
-    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 94)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 95)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 93)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 93))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false))) ::
-    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 97)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 98)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 96)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 96))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false))) ::
-    (.function (.generated .function 30) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 100)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 101)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 99)), .wild, .wild]) (.mk [] (.move (.generated .part 99))))]))] (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false))) ::
-    (.function (.generated .function 31) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 0) }] .bool (.mk [(.mk (.bind (.generated .operand 103)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))])), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 90)))] (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false))) ::
-    (.function (.generated .function 32) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 105)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 106)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 106))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 107)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 107))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 109)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 109))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 110)), .wild, .wild]) (.mk [] (.move (.generated .part 110))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 111)), .wild]) (.mk [] (.move (.generated .part 111))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 112))]) (.mk [] (.move (.generated .part 112))))])]))) ::
-    (.function (.generated .function 33) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 113)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 113))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120))]) (.mk [] (.move (.generated .part 120))))])]))) ::
-    (.function (.generated .function 34) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 121)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 121))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128))]) (.mk [] (.move (.generated .part 128))))])]))) ::
-    (.function (.generated .function 35) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 129)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 129))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136))]) (.mk [] (.move (.generated .part 136))))])]))) ::
-    (.function (.generated .function 36) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 137)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])]))) ::
-    (.function (.generated .function 37) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 145)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152))]) (.mk [] (.move (.generated .part 152))))])]))) ::
-    (.function (.generated .function 38) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.adt 1) (.mk [] (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 153)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 153))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])]))) ::
-    (.function (.generated .function 39) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 1) }] (.fallible (.adt 1)) (.mk [] (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 161)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 161))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild]) (.mk [] (.move (.generated .part 168))))]), (.block (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] true)))])))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.adt 0 0) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1)), (.copy (.generated .binding 2)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4)), (.copy (.generated .binding 5))])] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 6))) (.mk [] (.succeed (.copy (.generated .binding 6))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(6, .nat, (some 6)), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 6)))) (Corr.mCons (Γ' := [(7, (.pair .bool .bool), none), (5, .nat, (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 2) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 4) [(.construct (.closure 0 5) []), (.lit (.nat 11)), (.call (.function 6) [(.move (.generated .binding 0))] false)] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := true) (ff := true) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.call (.function 7) [(.move (.generated .binding 0)), (.clone (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 0), (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 6)) none (.call (.function 8) [(.move (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.adt 1), (some 1)), (0, (.adt 0), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 7)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 7)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 7))), (.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 9)) none (.block (.mk [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 8)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 8) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.call (.function 9) [(.clone (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1), (.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.move (.generated .binding 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0))]), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.move (.generated .binding 1))] false), [(1, (.adt 1), (some 1)), (0, (.adt 0), none)], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 11))]) (.mk [] (.move (.generated .part 11))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 11))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))]))))], (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))]))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 4))]))))]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))))]) (tail := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct .some [(.move (.generated .binding 2))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 12)) none (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 0) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 11) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 0) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 1) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 1) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 14)) none (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 2) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 14)) [(.mk .none (.mk [] (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))])) (Corr.mCons (Γ' := [(2, (.adt 2), (some 2)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 2) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 3) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(3, (.adt 2), (some 3)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 3) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))]))))]) (tail := (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))]))), (.mk (.some (.bind (.generated .binding 6))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 6))]))))])) (Corr.mCons (Γ' := [(4, (.adt 2), (some 4)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 4))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 16)) none (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.construct .some [(.construct (.adt 2 4) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 16)) [(.mk .none (.mk [] (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) []))))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.construct .some [(.move (.generated .binding 5))])))])) (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 4) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 5) [])])) (.mk [] (.construct (.none (.adt 2)) [])))) (Corr.mCons (Γ' := [(5, (.adt 2), (some 5)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 5))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 5) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 18)) none (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 2 6) [])])) (.mk [] (.construct (.none (.adt 2)) []))))]) (tail := (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) [])))))), (.mk (.some (.bind (.generated .binding 7))) (.mk [] (.succeed (.construct .some [(.move (.generated .binding 7))]))))])) (Corr.mCons (Γ' := [(6, (.adt 2), (some 6)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 6))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.matchArms (st := (.option (.adt 2))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 2 6) [])])) (lb := []) (tb := (.construct (.none (.adt 2)) [])) (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 18) [(.move (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (.mk [] (.succeed (.construct (.none (.adt 2)) []))))) (Corr.mCons (Γ' := [(7, (.adt 2), (some 7)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.move (.generated .binding 7))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 18) [(.move (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.construct (.adt 2 7) [])]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 2)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 2)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 19)) [(.mk (.adt 2 0 []) (.mk [] (.succeed (.call (.function 19) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 1 []) (.mk [] (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 2 []) (.mk [] (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 3 []) (.mk [] (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 4 []) (.mk [] (.call (.function 23) [(.move (.generated .binding 0))] false))), (.mk (.adt 2 5 []) (.mk [] (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 6 []) (.mk [] (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false)))), (.mk (.adt 2 7 []) (.mk [] (.call (.function 26) [(.move (.generated .binding 0))] false)))]), [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 2)) (U := []) (view := false) (idx := [0, 1, 2, 3, 4, 5, 6, 7]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.call (.function 19) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.call (.function 20) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 2) (loads := []) (lets := []) (tail := (.succeed (.call (.function 21) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 3) (loads := []) (lets := []) (tail := (.succeed (.call (.function 22) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 4) (loads := []) (lets := []) (tail := (.call (.function 23) [(.move (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 5) (loads := []) (lets := []) (tail := (.succeed (.call (.function 24) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 6) (loads := []) (lets := []) (tail := (.succeed (.call (.function 25) [(.move (.generated .binding 0))] false))) (Corr.mCons (Γ' := [(1, (.adt 2), (some 1)), (0, (.adt 1), (some 0))]) (j := 7) (loads := []) (lets := []) (tail := (.call (.function 26) [(.move (.generated .binding 0))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.callF (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl (Corr.fOfB (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 21)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 20)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 20))))])), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false) (.mk [] (.call (.function 27) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 23)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 23))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 21)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 20)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 20))))])), (.mk (.bind (.generated .operand 22)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 21)), (.move (.generated .operand 22))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 20))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 27) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 23)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 23))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 23))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 25)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false) (.mk [] (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 27)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 27))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 25)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 24)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 24))))])), (.mk (.bind (.generated .operand 26)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 24))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 28) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 27)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 27))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 27))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 29)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 28)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 28))))])), (.mk (.bind (.generated .operand 30)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false) (.mk [] (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 31)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 31))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 29)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 28)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 28))))])), (.mk (.bind (.generated .operand 30)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 28))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 29) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 31)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 31))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 31))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 33)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 32)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 35)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])] false)) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 33)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 32)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 32))))])), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 32))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 30) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 35)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 35))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 37)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false) (.mk [(.mk (.bind (.generated .operand 49)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))) (.mk [] (.succeed (.lit (.bool false))))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 37)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 36)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 36))))])), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 49)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))))]) (ta := (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 49)), (.move (.generated .operand 50))] false))) (lb := []) (tb := (.succeed (.lit (.bool false)))) (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)))), (.mk (.bind (.generated .operand 48)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 46)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 46))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 44)) none (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))] (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)))), (.mk (.bind (.generated .operand 45)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 43)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 43))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 44)), (.move (.generated .operand 45))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 41)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 39)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 39))))])), (.mk (.bind (.generated .operand 42)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 40)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 40))))]))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 39))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 40))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 43))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 46))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.bOfE (Corr.buildConst rfl)))))⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 52)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51)), .wild, .wild]) (.mk [] (.move (.generated .part 51))))])), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false) (.mk [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false) (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 52)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 51)), .wild, .wild]) (.mk [] (.move (.generated .part 51))))])), (.mk (.bind (.generated .operand 53)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 51))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false) (.mk [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 55)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 54)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 54))))])), (.mk (.bind (.generated .operand 56)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 55)), (.move (.generated .operand 56))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 54))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 60)) none (.block (.mk [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))] (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])))), (.mk (.bind (.generated .operand 61)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 60)), (.move (.generated .operand 61))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 59)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))]))]) (tail := (.matchOn (.move (.generated .holder 59)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 57))]) (.mk [] (.move (.generated .part 57))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 57))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 58))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 63)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 62)), .wild]) (.mk [] (.move (.generated .part 62))))])), (.mk (.bind (.generated .operand 64)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] false) (.mk [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (.mk [] (.lit (.bool false))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 63)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 62)), .wild]) (.mk [] (.move (.generated .part 62))))])), (.mk (.bind (.generated .operand 64)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 63)), (.move (.generated .operand 64))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 62))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))]) (ta := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false) (.mk [] (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (.mk [] (.lit (.bool false))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 66)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 65)), .wild, .wild]) (.mk [] (.move (.generated .part 65))))])), (.mk (.bind (.generated .operand 67)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 66)), (.move (.generated .operand 67))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 65))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 31) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 68)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 68))))])] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.callOps (ts := [(.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 68))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 70)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 69))]) (.mk [] (.move (.generated .part 69))))])), (.mk (.bind (.generated .operand 71)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 70)), (.move (.generated .operand 71))] false) (.mk [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))))) (.mk [] (.lit (.bool false)))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 70)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 69))]) (.mk [] (.move (.generated .part 69))))])), (.mk (.bind (.generated .operand 71)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 70)), (.move (.generated .operand 71))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 69))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))]) (ta := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))] (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))))) (lb := []) (tb := (.lit (.bool false))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false) (.mk [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 73)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 72))]) (.mk [] (.move (.generated .part 72))))])), (.mk (.bind (.generated .operand 74)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 72))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 76)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 75))))])), (.mk (.bind (.generated .operand 77)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 76)), (.move (.generated .operand 77))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 75))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))]) (tb := (.cond (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))]) (ce := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false) (.mk [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 79)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 78))]) (.mk [] (.move (.generated .part 78))))])), (.mk (.bind (.generated .operand 80)) none (.lit (.nat 1)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 79)), (.move (.generated .operand 80))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 78))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 82)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 81)), .wild, .wild]) (.mk [] (.move (.generated .part 81))))])), (.mk (.bind (.generated .operand 83)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 82)), (.move (.generated .operand 83))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))]) (tb := (.cond (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false) (.mk [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))] (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (.mk [] (.lit (.bool false))))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 85)) none (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 84))]) (.mk [] (.move (.generated .part 84))))])), (.mk (.bind (.generated .operand 86)) none (.lit (.nat 2)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 85)), (.move (.generated .operand 86))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 84))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 88)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 87)), .wild]) (.mk [] (.move (.generated .part 87))))])), (.mk (.bind (.generated .operand 89)) none (.lit (.nat 1)))]) (ta := (.call (.runtime .natEq) [(.move (.generated .operand 88)), (.move (.generated .operand 89))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 87))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))))))) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 11) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 32) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 11) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 32) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 33) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 13) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 13) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 34) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 14) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 14) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 35) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 15) [(.clone (.generated .binding 0))] true) (.mk [] (.succeed (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 15) [(.clone (.generated .binding 0))] true)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 36) [(.move (.generated .binding 0))] false)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 16) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 16) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 37) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 17) [(.clone (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.adt 1)) []))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 17) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 38) [(.move (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.adt 1)) [])) (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.clone (.generated .binding 0))] false) (.mk [] (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] true)]))) (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.clone (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.call (.function 39) [(.move (.generated .binding 0))] true)]))) (lb := []) (tb := (.succeed (.construct (.none (.adt 1)) []))) (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 91)) none (.lit (.nat 380))), (.mk (.bind (.generated .operand 92)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [(.bind (.generated .part 90)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 90))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 91)), (.move (.generated .operand 92))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 90))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 94)) none (.lit (.nat 90))), (.mk (.bind (.generated .operand 95)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, (.bind (.generated .part 93)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 93))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 94)), (.move (.generated .operand 95))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 97)) none (.lit (.nat 20))), (.mk (.bind (.generated .operand 98)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, (.bind (.generated .part 96)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 96))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 97)), (.move (.generated .operand 98))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 96))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun30 : FunOK program krate flags 30 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 100)) none (.lit (.nat 12))), (.mk (.bind (.generated .operand 101)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, (.bind (.generated .part 99)), .wild, .wild]) (.mk [] (.move (.generated .part 99))))]))], (.call (.runtime .natLt) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 99))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun31 : FunOK program krate flags 31 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 103)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 0 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 102)), .wild]) (.mk [] (.move (.generated .part 102))))])), (.mk (.bind (.generated .operand 104)) none (.lit (.nat 90)))], (.call (.runtime .natLt) [(.move (.generated .operand 103)), (.move (.generated .operand 104))] false), [(0, (.adt 0), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 102))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun32 : FunOK program krate flags 32 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 105)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 105))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 106)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 106))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 107)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 107))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 108)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 108))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 109)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 109))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 110)), .wild, .wild]) (.mk [] (.move (.generated .part 110))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 111)), .wild]) (.mk [] (.move (.generated .part 111))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 112))]) (.mk [] (.move (.generated .part 112))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 105))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 106))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 107))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 108))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 109))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 110))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 111))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 112))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun33 : FunOK program krate flags 33 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 113)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 113))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 114)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 114))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 115)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 115))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 116)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 116))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 117)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 117))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 118)), .wild, .wild]) (.mk [] (.move (.generated .part 118))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 119)), .wild]) (.mk [] (.move (.generated .part 119))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 120))]) (.mk [] (.move (.generated .part 120))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 113))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 114))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 115))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 116))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 118))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 119))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 120))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun34 : FunOK program krate flags 34 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 121)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 121))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 122)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 122))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 123)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 123))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 124)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 124))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 125)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 125))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 126)), .wild, .wild]) (.mk [] (.move (.generated .part 126))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 127)), .wild]) (.mk [] (.move (.generated .part 127))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 128))]) (.mk [] (.move (.generated .part 128))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 121))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 122))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 123))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 124))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 126))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 128))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun35 : FunOK program krate flags 35 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 129)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 129))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 130)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 130))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 131)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 131))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 132)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 132))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 133)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 133))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 134)), .wild, .wild]) (.mk [] (.move (.generated .part 134))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 135)), .wild]) (.mk [] (.move (.generated .part 135))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 136))]) (.mk [] (.move (.generated .part 136))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 129))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 130))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 131))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 132))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 133))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 134))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 135))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 136))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun36 : FunOK program krate flags 36 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 137)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 137))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 138)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 138))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 139)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 139))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 140)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 140))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 141)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 141))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 142)), .wild, .wild]) (.mk [] (.move (.generated .part 142))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 143)), .wild]) (.mk [] (.move (.generated .part 143))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 144))]) (.mk [] (.move (.generated .part 144))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 137))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 138))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 139))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 140))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 141))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 142))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 143))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 144))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun37 : FunOK program krate flags 37 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 145)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 145))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 146)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 146))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 147)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 147))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 148)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 148))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 149)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 149))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 150)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 150))))]), (.lit (.nat 1)), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 151)), .wild]) (.mk [] (.move (.generated .part 151))))]), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 152))]) (.mk [] (.move (.generated .part 152))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 145))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 146))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 147))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 148))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 149))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 150))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 151))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 152))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun38 : FunOK program krate flags 38 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 153)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 153))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 154)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 154))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 155)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 155))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 156)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 156))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 157)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 157))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 158)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 158))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 159)), .wild, .wild]) (.mk [] (.move (.generated .part 159))))]), (.lit (.nat 1)), (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 160))]) (.mk [] (.move (.generated .part 160))))])]), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 153))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 154))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 155))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 156))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 157))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 158))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 159))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 160))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl)⟩⟩
-
-theorem fun39 : FunOK program krate flags 39 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.construct (.adt 1 0) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [(.bind (.generated .part 161)), .wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 161))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 162)), .wild, .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 162))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 163)), .wild, .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 163))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 164)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 164))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 165)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 165))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 166)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 166))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 167)), .wild, .wild]) (.mk [] (.move (.generated .part 167))))]), (.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 168)), .wild]) (.mk [] (.move (.generated .part 168))))]), (.block (.mk [(.mk (.bind (.generated .operand 170)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] true)))])), [(0, (.adt 1), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.build (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 161))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 162))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 163))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 164))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 165))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 166))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 167))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 168))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 170)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 1 0 [.wild, .wild, .wild, .wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 169))]) (.mk [] (.move (.generated .part 169))))])), (.mk (.bind (.generated .operand 171)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 170)), (.move (.generated .operand 171))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.adt 0), .nat, .nat, .nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 169))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))))))) rfl))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | 30 => exact fun30
-  | 31 => exact fun31
-  | 32 => exact fun32
-  | 33 => exact fun33
-  | 34 => exact fun34
-  | 35 => exact fun35
-  | 36 => exact fun36
-  | 37 => exact fun37
-  | 38 => exact fun38
-  | 39 => exact fun39
-  | _ + 40 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6.lean
deleted file mode 100644
index 412fa9f75..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6.lean
+++ /dev/null
@@ -1,283 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat]] },
-    { constructors := [[(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]] },
-    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
-    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result .nat (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result .nat (.pair .bool .bool)) [(.var 2)]))]) },
-    { parameters := [0], types := [.nat], result := (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 1) [(.arm .some [2] (.build .ok (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 2)])]))])) },
-    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
-      body := (.call 5 [(.closure 6 [(.var 0)]), (.value .nat (.nat 8)), (.call 7 [(.var 0)])]) },
-    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
-      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) },
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.call 8 [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [.nat], result := (.adt 1),
-      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 []), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.build .none (.option (.pair .nat (.adt 2))) []), (.prim .natLt [(.value .nat (.nat 3)), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) },
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.field (.var 1) 1) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 12 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.build .some (.option (.pair .nat (.adt 2))) [(.build .pair (.pair .nat (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 2), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 1), (.field (.field (.var 1) 3) 2), (.field (.field (.var 1) 3) 3), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 13 [(.var 3)]) (.«let» 7 (.list (.adt 2)) (.var 6) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 7), (.var 4)]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 14 []), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.build .none (.option (.pair .nat (.adt 2))) []), (.cond (.field (.var 1) 2) (.build .true .bool []) (.prim .natLt [(.value .nat (.nat 3)), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 1), (.call 15 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 3) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 3) 5))])])]))))))]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
-    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.var 0), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 16 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 17 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.call 18 [(.var 0)]) },
-    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
-      body := (.prim .length [(.call 19 [(.var 0)])]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.build .some (.option .nat) [(.second (.var 0))]) (.build .none (.option .nat) [])) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) },
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.call 20 [(.closure 21 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 19 [(.field (.var 0) 0)])]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.«let» 1 .nat (.first (.var 0)) (.«let» 2 (.list .nat) (.call 22 [(.var 1)]) (.cond (.call 23 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.call 24 [(.var 0), (.var 1), (.var 2)]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.call 25 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
-      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [2] (.call 27 [(.var 0), (.var 2)]))]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 28 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 29 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.cond (.prim .natEq [(.second (.var 0)), (.value .nat (.nat 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.var 1)]) }] }
-
-def __enc_0 : (Reasoning.Screening.Screen.Step) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Reasoning.Screening.Screen.Step.Propose __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
-
-def __enc_2 (__s : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (__s).state), ((_root_.LexLeanPreservation.encList __enc_0) (__s).trace)]
-
-def __enc_3 (__s : (Reasoning.Screening.Screen.Ledger)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).iterations), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).attempts), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).firings), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).expansions), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).verifications), (_root_.LexLeanTarget.TargetSyntax.Value.nat (__s).frontier)]
-
-def __enc_1 (__s : (Reasoning.Screening.Screen.Search)) : _root_.LexLeanTarget.TargetSyntax.Value :=
-  _root_.LexLeanTarget.TargetSyntax.Value.adt 0 [((_root_.LexLeanPreservation.encList __enc_2) (__s).frontier), ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat __enc_2)) (__s).found), (_root_.LexLeanTarget.TargetSyntax.Value.bool (__s).truncated), (__enc_3 (__s).ledger)]
-
-def __fits_16 (pick : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) (pick).2) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_16 (pick : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) pick)] (_root_.LexLeanPreservation.Rel (__fits_16 pick) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.extract pick))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((pick).2) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) (pick).2) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) (pick).2)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_17 (w : Nat) (r : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (r + r) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_17 (w : Nat) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 17 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_17 w r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.safeCheck w r))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd r r)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (r + r) w))
-
-def __fits_12 (w : Nat) (_ys : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_16 (_ys))) && (match (Reasoning.Screening.Screen.extract (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (w) (_yv))) && (if (Reasoning.Screening.safeCheck (w) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Screening.Screen.extract Reasoning.Screening.safeCheck in
-theorem __rel_12 (w : Nat) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 12 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_12 w _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.accept w _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (w) (_yv))) && (if (Reasoning.Screening.safeCheck (w) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Screening.safeCheck (w) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Screening.Screen.extract (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Screening.safeCheck (w) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_17 (w) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_25 (w : Nat) : Bool :=
-  ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_25 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 25 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_25 w) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseCandidates w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (10 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (20 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (30 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub w (50 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_22 (_yinput : Nat) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_25 (_yinput)))
-
-attribute [local irreducible] Reasoning.Screening.DoseCandidates in
-theorem __rel_22 (_yinput : Nat) : _root_.LexLeanPreservation.FunRel __prog 22 [(_root_.LexLeanTarget.TargetSyntax.Value.nat _yinput)] (_root_.LexLeanPreservation.Rel (__fits_22 _yinput) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.DoseModel _yinput))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_25 (_yinput)))
-
-def __fits_23 (w : Nat) (doses : (List Nat)) : Bool :=
-  ((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (doses) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_23 (w : Nat) (doses : (List Nat)) : _root_.LexLeanPreservation.FunRel __prog 23 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)] (_root_.LexLeanPreservation.Rel (__fits_23 w doses) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.shortCheck w doses))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) doses)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe (_root_.LexLeanRuntime.length (doses) : Nat) (4 : Nat)))
-
-def __fits_19 (s : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (let _ychecked1_input : Nat := (s).1; (((Bool.true && Bool.true) && (__fits_22 (_ychecked1_input))) && (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_23 (_ychecked1_input) (_ychecked1_output))) && (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))))) && (match (let _ychecked1_input : Nat := (s).1; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Screening.DoseModel Reasoning.Screening.shortCheck in
-theorem __rel_19 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 19 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Propose.candidates s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (match __a with | Except.ok proposed => Bool.true | Except.error refusal => (Bool.true && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Except.ok proposed => proposed | Except.error refusal => ([] : List Nat))) (let _ychecked1_input : Nat := (s).1; (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); (if (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat)))))) (let _ychecked1_input : Nat := (s).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let _ychecked1_output : (List Nat) := (Reasoning.Screening.DoseModel (_ychecked1_input)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_22 (_ychecked1_input))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Except.ok (_ychecked1_output) : (Except (Prod Bool Bool) (List Nat))) else (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) (List Nat))))) (Reasoning.Screening.shortCheck (_ychecked1_input) (_ychecked1_output)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_23 (_ychecked1_input) (_ychecked1_output))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))) (fun (__a : (Except (Prod Bool Bool) (List Nat))) _ => match __a with | Except.ok proposed => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error refusal => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil)))))
-
-def __fits_28 (s : (Prod Nat Nat)) (d : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.beq (s).2 (0 : Nat)) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_28 (s : (Prod Nat Nat)) (d : Nat) : _root_.LexLeanPreservation.FunRel __prog 28 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat d)] (_root_.LexLeanPreservation.Rel (__fits_28 s d) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Screening.Propose.guard s d))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.blt (0 : Nat) d))) (Nat.beq (s).2 (0 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq (s).2 (0 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) d))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_29 (s : (Prod Nat Nat)) (d : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_29 (s : (Prod Nat Nat)) (d : Nat) : _root_.LexLeanPreservation.FunRel __prog 29 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat d)] (_root_.LexLeanPreservation.Rel (__fits_29 s d) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Propose.conclusion s d))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_27 (s : (Prod Nat Nat)) (d : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_28 (s) (d))) && (if (Reasoning.Screening.Propose.guard (s) (d)) then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_29 (s) (d))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Screening.Propose.conclusion Reasoning.Screening.Propose.guard in
-theorem __rel_27 (s : (Prod Nat Nat)) (d : Nat) : _root_.LexLeanPreservation.FunRel __prog 27 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat d)] (_root_.LexLeanPreservation.Rel (__fits_27 s d) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Screening.Propose.apply s d))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_29 (s) (d))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Screening.Propose.conclusion (s) (d))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Screening.Propose.guard (s) (d)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_28 (s) (d))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_29 (s) (d))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Screening.Screen.Step)) : Bool :=
-  (Bool.true && (match _ystep with | Reasoning.Screening.Screen.Step.Propose _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_27 (_ys) (_yb)))))
-
-attribute [local irreducible] Reasoning.Screening.Propose.apply in
-theorem __rel_26 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Screening.Screen.Step)) : _root_.LexLeanPreservation.FunRel __prog 26 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), (__enc_0 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_26 _ys _ystep) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Screening.Screen.fire _ys _ystep))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Reasoning.Screening.Screen.Step)) => (match __a with | Reasoning.Screening.Screen.Step.Propose _yb => ((Bool.true && (Bool.true && Bool.true)) && (__fits_27 (_ys) (_yb))))) (fun (__a : (Reasoning.Screening.Screen.Step)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (match __a with | Reasoning.Screening.Screen.Step.Propose _yb => (Reasoning.Screening.Propose.apply (_ys) (_yb)))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Screening.Screen.Step)) _ => match __a with | Reasoning.Screening.Screen.Step.Propose _yb => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_27 (_ys) (_yb))))))
-
-def __fits_24 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : Bool :=
-  (((Bool.true && (((Bool.true && Bool.true) && Bool.true) && Bool.true)) && (__fits_26 ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step))))) && (match (Reasoning.Screening.Screen.fire ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)))) with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Screening.Screen.fire in
-theorem __rel_24 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 24 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_24 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Screening.Screen.Propose.collect _ynode _yacc _yb))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun (__a : (Option (Prod Nat Nat))) => (match __a with | Option.none => Bool.true | Option.some _yt => ((Bool.true && (((((Bool.true && (((Bool.true && (((((Bool.true && Bool.true) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true))) (fun (__a : (Option (Prod Nat Nat))) => (_root_.LexLeanPreservation.encList __enc_2) (match __a with | Option.none => _yacc | Option.some _yt => (_root_.LexLeanRuntime.append (_yacc) ((({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)) :: ([] : List (Reasoning.Screening.Screen.Step)))) : (List (Reasoning.Screening.Screen.Step))) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))))) (Reasoning.Screening.Screen.fire ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)) (__rel_26 ((_ynode).state) ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step))))) (fun (__a : (Option (Prod Nat Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.some _yt => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_0) (_ynode).trace ((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)) :: ([] : List (Reasoning.Screening.Screen.Step))))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (({ state := _yt, trace := (_root_.LexLeanRuntime.append ((_ynode).trace) (((Reasoning.Screening.Screen.Step.Propose (_yb) : (Reasoning.Screening.Screen.Step)) :: ([] : List (Reasoning.Screening.Screen.Step)))) : (List (Reasoning.Screening.Screen.Step))) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))))))))
-
-def __fits_21 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_24 (_ynode) (_yacc) (_yb)))
-
-attribute [local irreducible] Reasoning.Screening.Screen.Propose.collect in
-theorem __rel_21 (_ynode : (Reasoning.Screening.Screen.Node)) (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 21 [(__enc_2 _ynode), ((_root_.LexLeanPreservation.encList __enc_2) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_21 _ynode _yacc _yb) ((_root_.LexLeanPreservation.encList __enc_2) ((Reasoning.Screening.Screen.Propose.collect (_ynode) (_yacc) (_yb))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_24 (_ynode) (_yacc) (_yb)))
-
-def __fits_18 (_ynode : (Reasoning.Screening.Screen.Node)) : Bool :=
-  (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_19 ((_ynode).state))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : Nat) => __fits_21 (_ynode) __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) => (Reasoning.Screening.Screen.Propose.collect (_ynode) (_yacc) (_yb)))) (([] : List (Reasoning.Screening.Screen.Node))) ((Reasoning.Screening.Propose.candidates ((_ynode).state)))))
-
-attribute [local irreducible] Reasoning.Screening.Propose.candidates Reasoning.Screening.Screen.Propose.collect in
-theorem __rel_18 (_ynode : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 18 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_18 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Screening.Screen.Propose.successors _ynode))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yb : Nat) => (Reasoning.Screening.Screen.Propose.collect (_ynode) (_yacc) (_yb)))) (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : Nat) => __fits_21 (_ynode) __p0 __p1) 21 [(__enc_2 _ynode)] (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : Nat) => __rel_21 (_ynode) __p0 __p1) (p := __prog) (fi := 20) (ta := .nat) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Screening.Screen.Node))) ((Reasoning.Screening.Propose.candidates ((_ynode).state)))))
-
-def __fits_13 (_ynode : (Reasoning.Screening.Screen.Node)) : Bool :=
-  ((Bool.true && Bool.true) && (__fits_18 (_ynode)))
-
-attribute [local irreducible] Reasoning.Screening.Screen.Propose.successors in
-theorem __rel_13 (_ynode : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 13 [(__enc_2 _ynode)] (_root_.LexLeanPreservation.Rel (__fits_13 _ynode) ((_root_.LexLeanPreservation.encList __enc_2) (Reasoning.Screening.Screen.successors _ynode))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_18 (_ynode)))
-
-def __fits_14 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : Bool :=
-  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
-
-theorem __rel_14 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_14 _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Screening.Screen.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
-
-def __fits_15 (_ys : (Prod Nat Nat)) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_19 (_ys))) && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length ((Reasoning.Screening.Propose.candidates (_ys))) : Nat) 18446744073709551616))
-
-attribute [local irreducible] Reasoning.Screening.Propose.candidates in
-theorem __rel_15 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_15 _ys) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Screening.Screen.attempts _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (_ys))) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Propose.candidates (_ys))))
-
-def __fits_8 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : Bool :=
-  (Bool.true && (match (_yr).found with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) ((_ynode).state))) && (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true)))))))))))))))
-
-attribute [local irreducible] Reasoning.Screening.Screen.accept Reasoning.Screening.Screen.attempts Reasoning.Screening.Screen.successors in
-theorem __rel_8 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_8 w _yr) ((_root_.LexLeanPreservation.encOption __enc_1) (Reasoning.Screening.Screen.searchStep w _yr))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat __enc_2)) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (match __a with | Option.some _yhit => (Bool.true && Bool.true) | Option.none => (Bool.true && (match (_yr).frontier with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) ((_ynode).state))) && (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true))))))))))))))) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yhit => (Option.none : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (match (_yr).frontier with | List.nil => (Option.none : (Option (Reasoning.Screening.Screen.Search))) | List.cons _ynode _yrest => (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, found := (Option.some ((_yv, _ynode)) : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); (Option.some (({ frontier := _ynext, found := (Option.none : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := ((_yr).truncated || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))))))))))) (_yr).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encList __enc_2) (fun (__a : (List (Reasoning.Screening.Screen.Node))) => (match __a with | List.nil => (Bool.true && Bool.true) | List.cons _ynode _yrest => (((Bool.true && (Bool.true && Bool.true)) && (__fits_12 (w) ((_ynode).state))) && (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true))))))))))))) (fun (__a : (List (Reasoning.Screening.Screen.Node))) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | List.nil => (Option.none : (Option (Reasoning.Screening.Screen.Search))) | List.cons _ynode _yrest => (match (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) with | Option.some _yv => (Option.some (({ frontier := _yrest, found := (Option.some ((_yv, _ynode)) : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); (Option.some (({ frontier := _ynext, found := (Option.none : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := ((_yr).truncated || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search)))))))))) (_yr).frontier (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun (__a : (List (Reasoning.Screening.Screen.Node))) _ => match __a with | List.nil => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | List.cons _ynode _yrest => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((((Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) && (Bool.true && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_13 (_ynode))) && (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (Bool.true && (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) && (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); ((((Bool.true && ((Bool.true && Bool.true) && ((Bool.true && (if (_yr).truncated then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true))) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).iterations + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (__fits_15 ((_ynode).state))) && Bool.true)) && (Nat.blt (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))) 18446744073709551616)) && (((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ysuccessors) : Nat) 18446744073709551616)) && Bool.true)) && (Nat.blt (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).expansions + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (((_yr).ledger).verifications + (1 : Nat)) 18446744073709551616)) && ((((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true) && (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true) && Bool.true) && Bool.true))))))))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption __enc_1) (match __a with | Option.some _yv => (Option.some (({ frontier := _yrest, found := (Option.some ((_yv, _ynode)) : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := (_yr).truncated, ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := ((_yr).ledger).attempts, firings := ((_yr).ledger).firings, expansions := ((_yr).ledger).expansions, verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := ((_yr).ledger).frontier } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))) | Option.none => (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); (Option.some (({ frontier := _ynext, found := (Option.none : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))), truncated := ((_yr).truncated || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))), ledger := ({ iterations := (((_yr).ledger).iterations + (1 : Nat)), attempts := (((_yr).ledger).attempts + (Reasoning.Screening.Screen.attempts ((_ynode).state))), firings := (((_yr).ledger).firings + (_root_.LexLeanRuntime.length (_ysuccessors) : Nat)), expansions := (((_yr).ledger).expansions + (1 : Nat)), verifications := (((_yr).ledger).verifications + (1 : Nat)), frontier := (if (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier) } : (Reasoning.Screening.Screen.Ledger)) } : (Reasoning.Screening.Screen.Search))) : (Option (Reasoning.Screening.Screen.Search))))))))) (Reasoning.Screening.Screen.accept (w) ((_ynode).state)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_12 (w) ((_ynode).state))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (let _ysuccessors : (List (Reasoning.Screening.Screen.Node)) := (Reasoning.Screening.Screen.successors (_ynode)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_13 (_ynode))) (let _yfresh : (List (Reasoning.Screening.Screen.Node)) := _ysuccessors; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_var rfl) (let _yordered : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanRuntime.append (_yfresh) (_yrest) : (List (Reasoning.Screening.Screen.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yfresh _yrest)) (let _ynext : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) (_yordered) : (List (Reasoning.Screening.Screen.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_14 __p0 __p1) 14 [] (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __rel_14 __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Screening.Screen.Node))) (_yordered))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yordered) : Nat) 18446744073709551616)) && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (Nat.blt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat)))) (_yr).truncated (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yordered)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (3 : Nat) (_root_.LexLeanRuntime.length (_yordered) : Nat))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).iterations (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 ((_ynode).state))) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).attempts (Reasoning.Screening.Screen.attempts ((_ynode).state)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ysuccessors)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).firings (_root_.LexLeanRuntime.length (_ysuccessors) : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).expansions (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd ((_yr).ledger).verifications (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_ynext) : Nat) 18446744073709551616)) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.nat (if __b then (_root_.LexLeanRuntime.length (_ynext) : Nat) else ((_yr).ledger).frontier)) (Nat.blt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt ((_yr).ledger).frontier (_root_.LexLeanRuntime.length (_ynext) : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _ynext))) (fun _ => (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_var rfl) rfl) rfl))) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))))))))))))))
-
-def __fits_6 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (w) (_yr)))
-
-attribute [local irreducible] Reasoning.Screening.Screen.searchStep in
-theorem __rel_6 (w : Nat) (_yr : (Reasoning.Screening.Screen.Search)) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w), (__enc_1 _yr)] (_root_.LexLeanPreservation.Rel (__fits_6 w _yr) ((_root_.LexLeanPreservation.encOption __enc_1) ((Reasoning.Screening.Screen.searchStep (w) (_yr))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (w) (_yr)))
-
-def __fits_10 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : Bool :=
-  (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true))
-
-theorem __rel_10 (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encList __enc_2) _yacc), (__enc_2 _yn)] (_root_.LexLeanPreservation.Rel (__fits_10 _yacc _yn) ((_root_.LexLeanPreservation.encList __enc_2) ((if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) else Bool.true)) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList __enc_2) (if __b then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc)) (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat))) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_list (_root_.LexLeanPreservation.listEnc __enc_2) _yacc (_yn :: ([] : List (Reasoning.Screening.Screen.Node)))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
-
-def __fits_11 (w : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_11 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_11 w) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.observe w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_7 (w : Nat) : Bool :=
-  (((Bool.true && ((Bool.true && Bool.true) && (((((((Bool.true && Bool.true) && (__fits_11 (w))) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_10 __p0 __p1) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))))) && (let _yfirst : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))); ((Bool.true && ((Bool.true && Bool.true) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (((Bool.true && (Bool.true && (Bool.true && (Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (_yfirst) : Nat) 18446744073709551616)) && Bool.true)))))) && Bool.true) && Bool.true)))) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Screening.Screen.observe in
-theorem __rel_7 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_7 w) (__enc_1 (Reasoning.Screening.Screen.start w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfirst : (List (Reasoning.Screening.Screen.Node)) := (_root_.LexLeanCollections.listFold ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_11 (w))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_adt) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := __enc_2) (es := (_root_.LexLeanPreservation.encList __enc_2)) (_root_.LexLeanPreservation.listEnc __enc_2) (fun _ => rfl) ((fun (_yacc : (List (Reasoning.Screening.Screen.Node))) (_yn : (Reasoning.Screening.Screen.Node)) => (if (Nat.blt (_root_.LexLeanRuntime.length (_yacc) : Nat) (3 : Nat)) then (_root_.LexLeanRuntime.append (_yacc) ((_yn :: ([] : List (Reasoning.Screening.Screen.Node)))) : (List (Reasoning.Screening.Screen.Node))) else _yacc))) (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __fits_10 __p0 __p1) 10 [] (fun (__p0 : (List (Reasoning.Screening.Screen.Node))) (__p1 : (Reasoning.Screening.Screen.Node)) => __rel_10 __p0 __p1) (p := __prog) (fi := 9) (ta := (.adt 2)) (ts := (.list (.adt 2))) rfl (([] : List (Reasoning.Screening.Screen.Node))) ((({ state := (Reasoning.Screening.Screen.observe (w)), trace := ([] : List (Reasoning.Screening.Screen.Step)) } : (Reasoning.Screening.Screen.Node)) :: ([] : List (Reasoning.Screening.Screen.Node)))))) (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (3 : Nat) (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_list (_root_.LexLeanPreservation.listEnc __enc_2) _yfirst)) _root_.LexLeanPreservation.convL_nil)))))) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil)))) _root_.LexLeanPreservation.construct_adt))
-
-def __fits_3 (w : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (Bool.true && (((Bool.true && Bool.true) && (__fits_7 (w))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Reasoning.Screening.Screen.Search)) => __fits_6 (w) __p0) ((fun (_yr : (Reasoning.Screening.Screen.Search)) => (Reasoning.Screening.Screen.searchStep (w) (_yr)))) ((8 : Nat)) ((Reasoning.Screening.Screen.start (w)))))
-
-attribute [local irreducible] Reasoning.Screening.Screen.searchStep Reasoning.Screening.Screen.start in
-theorem __rel_3 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_3 w) ((_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Screening.Screen.run w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_7 (w))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := __enc_1) (_root_.LexLeanPreservation.optEnc __enc_1) (fun _ => rfl) (_root_.LexLeanPreservation.encPair __enc_1 _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (_yr : (Reasoning.Screening.Screen.Search)) => (Reasoning.Screening.Screen.searchStep (w) (_yr)))) (fun (__p0 : (Reasoning.Screening.Screen.Search)) => __fits_6 (w) __p0) 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (fun (__p0 : (Reasoning.Screening.Screen.Search)) => __rel_6 (w) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (_yr : (Reasoning.Screening.Screen.Search)) => (Reasoning.Screening.Screen.searchStep (w) (_yr))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 5) (ts := (.adt 1)) rfl ((8 : Nat)) ((Reasoning.Screening.Screen.start (w)))))
-
-def __fits_4 (_ysaturated : Bool) (_ytruncated : Bool) : Bool :=
-  ((Bool.true && (if _ysaturated then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && (if (_ysaturated && (!_ytruncated)) then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true)))
-
-theorem __rel_4 (_ysaturated : Bool) (_ytruncated : Bool) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bool _ysaturated), (_root_.LexLeanTarget.TargetSyntax.Value.bool _ytruncated)] (_root_.LexLeanPreservation.Rel (__fits_4 _ysaturated _ytruncated) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Screening.Screen.failure _ysaturated _ytruncated))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) else (((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (if __b then ((Bool.false, Bool.true) : (Prod Bool Bool)) else ((Bool.false, Bool.false) : (Prod Bool Bool)))) (_ysaturated && (!_ytruncated)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (!_ytruncated))) _ysaturated (_root_.LexLeanPreservation.conv_var rfl) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_boolNot _ytruncated))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)))
-
-def __fits_2 (w : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_3 (w))) && (let _yfinal : (Prod (Reasoning.Screening.Screen.Search) Bool) := (Reasoning.Screening.Screen.run (w)); (Bool.true && (match ((_yfinal).1).found with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Screening.Screen.failure Reasoning.Screening.Screen.run in
-theorem __rel_2 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_2 w) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_0))) (Reasoning.Screening.Screen w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Reasoning.Screening.Screen.Search) Bool) := (Reasoning.Screening.Screen.run (w)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (w))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat __enc_2)) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (match __a with | Option.some _yhit => ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => ((((Bool.true && (Bool.true && Bool.true)) && (__fits_4 ((_yfinal).2) (((_yfinal).1).truncated))) && Bool.true) && Bool.true))) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_0))) (match __a with | Option.some _yhit => (Except.ok (((_yhit).1, ((_yhit).2).trace)) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) | Option.none => (Except.error ((Reasoning.Screening.Screen.failure ((_yfinal).2) (((_yfinal).1).truncated))) : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))))) ((_yfinal).1).found (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) (fun (__a : (Option (Prod Nat (Reasoning.Screening.Screen.Node)))) _ => match __a with | Option.some _yhit => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_field (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_4 ((_yfinal).2) (((_yfinal).1).truncated))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_1 (w : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_2 (w))) && (match (Reasoning.Screening.Screen (w)) with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true)))
-
-attribute [local irreducible] Reasoning.Screening.Screen in
-theorem __rel_1 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_1 w) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Screening.Screen.verdict w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList __enc_0))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) => (match __a with | Except.ok _yp => ((Bool.true && Bool.true) && Bool.true) | Except.error _ye => ((Bool.true && Bool.true) && Bool.true))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Except.ok _yp => (Except.ok ((_yp).1) : (Except (Prod Bool Bool) Nat)) | Except.error _ye => (Except.error (_ye) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Screening.Screen (w)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (w))) (fun (__a : (Except (Prod Bool Bool) (Prod Nat (List (Reasoning.Screening.Screen.Step))))) _ => match __a with | Except.ok _yp => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Except.error _ye => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))
-
-def __fits_0 (w : Nat) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_1 (w))) && (match (Reasoning.Screening.Screen.verdict (w)) with | Except.ok dose => Bool.true | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Screening.Screen.verdict in
-theorem __rel_0 (w : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.screenDose w))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok dose => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok dose => dose | Except.error failure => (9 : Nat))) (Reasoning.Screening.Screen.verdict (w)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (w))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok dose => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (w : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 w) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.screenDose w)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (w : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat w)] (_root_.LexLeanPreservation.Rel (__fits_0 w) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.screenDose w))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 w)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/Compose/RustStd.lex.tex
deleted file mode 100644
index b53dbc238..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,1218 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_0 : @16 := @367 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_2 : @375 := @849 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_2],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_3 : @857 := @1316 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_3],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_1 : @1324 := @1844 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_1],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.root : @2457 := @2458 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.flags
-@3 := Reasoning.Screening.Screen.Step
-@4 := #0
-@5 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.__enc_0
-@6 := @5 @4
-@7 := LexLeanPreservation.Rust.WT
-@8 := LexLeanTarget.TargetSyntax.Ty.adt
-@9 := 0
-@10 := @8 @9
-@11 := @7 @0
-@12 := @11 @1
-@13 := @12 @2
-@14 := @13 @6
-@15 := @14 @10
-@16 := (__v : @3) -> @15
-@17 := fun (__v : @3) => @15
-@18 := LexLeanTarget.TargetSyntax.Value.nat
-@19 := @18 @4
-@20 := LexLeanTarget.TargetSyntax.Ty.nat
-@21 := LexLeanTarget.TargetSyntax.Program
-@22 := LexLeanPreservation.Rust.RCrate
-@23 := LexLeanPreservation.Rust.Flags
-@24 := Nat
-@25 := #3
-@26 := @7 @25
-@27 := #2
-@28 := @26 @27
-@29 := #1
-@30 := @28 @29
-@36 := {p : @21} -> {c : @22} -> {A : @23} -> (n : @24) -> @30 @19 @20
-@38 := LexLeanPreservation.Rust.wt_nat @0
-@40 := @11 @27 @29
-@45 := {c : @22} -> {A : @23} -> (n : @24) -> @40 @19 @20
-@46 := @38 @1
-@47 := @12 @29
-@51 := {A : @23} -> (n : @24) -> @47 @19 @20
-@52 := @46 @2
-@53 := @13 @19
-@54 := @53 @20
-@55 := (n : @24) -> @54
-@56 := @52 @4
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := LexLeanTarget.TargetSyntax.Ty
-@59 := List.nil.{0}
-@60 := List.cons.{0}
-@61 := @59 @57
-@62 := @60 @57
-@64 := @62 @19 @61
-@65 := @59 @58
-@66 := @60 @58
-@67 := @66 @20
-@68 := @67 @65
-@69 := LexLeanPreservation.Rust.WTL
-@77 := {p : @21} -> {c : @22} -> {A : @23} -> @69 @27 @29 @4 @61 @65
-@79 := LexLeanPreservation.Rust.wtl_nil @0
-@80 := @69 @0
-@86 := {c : @22} -> {A : @23} -> @80 @29 @4 @61 @65
-@87 := @79 @1
-@88 := @80 @1
-@92 := {A : @23} -> @88 @4 @61 @65
-@93 := @87 @2
-@94 := @88 @2
-@95 := @94 @61
-@96 := @95 @65
-@97 := List.{0}
-@98 := @97 @57
-@99 := @97 @58
-@100 := #6
-@101 := @7 @100
-@102 := #5
-@103 := @101 @102
-@104 := #4
-@105 := @103 @104
-@107 := @105 @25 @27
-@108 := #7
-@113 := @69 @108 @100 @102 @27 @29
-@114 := #8
-@117 := @69 @114 @108 @100
-@119 := @62 @102 @25
-@120 := @117 @119
-@122 := @66 @104 @27
-@132 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {v : @57} -> {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @107) -> (hs : @113) -> @120 @122
-@134 := LexLeanPreservation.Rust.wtl_cons @0
-@136 := @11 @102 @104
-@138 := @136 @25 @27
-@142 := @80 @100 @102 @27 @29
-@154 := {c : @22} ->
-  {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @138) -> (hs : @142) -> @80 @108 @100 @119 @122
-@155 := @134 @1
-@156 := @12 @104
-@158 := @156 @25 @27
-@161 := @88 @102 @27 @29
-@171 := {A : @23} ->
-  {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @158) -> (hs : @161) -> @88 @100 @119 @122
-@172 := @155 @2
-@174 := @13 @25 @27
-@176 := @94 @27 @29
-@184 := {v : @57} ->
-  {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @174) -> (hs : @176) -> @94 @119 @122
-@185 := @172 @19
-@186 := @18 @25
-@187 := @13 @186
-@188 := @187 @27
-@189 := @18 @102
-@190 := @62 @189
-@192 := @94 (@190 @25)
-@198 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @188) -> (hs : @176) -> @192 @122
-@199 := @185 @20
-@200 := @18 @27
-@202 := @13 @200 @20
-@203 := @18 @104
-@204 := @62 @203
-@206 := @94 (@204 @25)
-@207 := @67 @27
-@212 := {vs : @98} -> {ts : @99} -> (h : @202) -> (hs : @176) -> @206 @207
-@213 := @199 @61
-@214 := @18 @29
-@216 := @13 @214 @20
-@217 := @95 @29
-@219 := @62 @186 @61
-@220 := @94 @219
-@224 := {ts : @99} -> (h : @216) -> (hs : @217) -> @220 @207
-@225 := @213 @65
-@227 := @62 @200 @61
-@228 := @94 @227
-@231 := (h : @54) -> (hs : @96) -> @228 @68
-@232 := @225 @56
-@234 := @62 @214 @61
-@235 := @94 @234
-@236 := @235 @68
-@237 := (hs : @96) -> @236
-@238 := @232 @93
-@240 := @94 @64 @68
-@241 := Eq.{1}
-@242 := Option.{0}
-@243 := @242 @99
-@244 := @241 @243
-@245 := LexLeanPreservation.Rust.adtFields
-@249 := @244 (@245 @100 @25 @27)
-@250 := Option.some.{0}
-@251 := @250 @99
-@252 := @251 @4
-@253 := @249 @252
-@256 := @7 @114 @108 @100
-@257 := LexLeanTarget.TargetSyntax.Value.adt
-@259 := @257 @104 @25
-@260 := @256 @259
-@261 := @8 @102
-@271 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {i : @24} -> {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @253) -> (hf : @113) -> @260 @261
-@273 := LexLeanPreservation.Rust.wt_adt @0
-@274 := @245 @0
-@278 := @244 (@274 @25 @27) @252
-@290 := {c : @22} ->
-  {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @142) -> @11 @108 @100 @259 @261
-@291 := @273 @1
-@301 := {A : @23} ->
-  {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @161) -> @12 @100 @259 @261
-@302 := @291 @2
-@303 := @13 @259
-@310 := {i : @24} ->
-  {k : @24} -> {fs : @98} -> {tys : @99} -> (h : @278) -> (hf : @176) -> @303 @261
-@311 := @302 @9
-@312 := @274 @9
-@321 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@312 @27) @252) -> (hf : @176) -> @303 @10
-@322 := @311 @9
-@323 := @312 @9
-@324 := @244 @323
-@325 := @324 @252
-@326 := @257 @9
-@328 := @13 (@326 @25)
-@333 := {fs : @98} -> {tys : @99} -> (h : @325) -> (hf : @176) -> @328 @10
-@334 := @322 @64
-@341 := {tys : @99} -> (h : @325) -> (hf : @228 @29) -> @13 (@326 @219) @10
-@342 := @334 @68
-@349 := (h : @324 (@251 @68)) -> (hf : @236) -> @13 (@326 @227) @10
-@350 := Eq.refl.{1}
-@351 := @350 @243
-@353 := @342 (@351 @323)
-@357 := (hf : @240) -> @13 (@326 @234) @10
-@358 := @353 @238
-@361 := @13 (@326 @64) @10
-@362 := fun (__x0 : @24) => @358
-@367 := fun (__v : @3) => Reasoning.Screening.Screen.Step.casesOn.{0} @17 @4 @362
-@368 := Reasoning.Screening.Screen.Node
-@369 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.__enc_2
-@370 := @369 @4
-@371 := 2
-@372 := @8 @371
-@373 := @13 @370
-@374 := @373 @372
-@375 := (__s : @368) -> @374
-@376 := Reasoning.Screening.Screen.Node.state
-@377 := @376 @4
-@378 := Reasoning.Screening.Screen.Node.trace
-@379 := @378 @4
-@380 := LexLeanPreservation.encPair
-@381 := @380 @24
-@382 := @381 @24
-@383 := @382 @18
-@384 := @383 @18
-@385 := @384 @377
-@386 := LexLeanTarget.TargetSyntax.Ty.pair
-@387 := @386 @20
-@388 := @387 @20
-@389 := fun (__x : @24) => @56
-@390 := Sort 1
-@391 := (a._@._internal._hyg.#0 : @29) -> @57
-@392 := #9
-@395 := @7 @392 @114 @108
-@396 := @104 @4
-@399 := (x : @102) -> @395 @396 @27
-@400 := #10
-@406 := (x : @102) -> @7 @400 @392 @114 @396 @27
-@407 := Prod.{0, 0}
-@409 := @407 @108 @100
-@410 := #11
-@413 := @7 @410 @400 @392
-@418 := @380 @114 @108 @100 @102 @4
-@419 := @413 @418
-@421 := @386 @104 @25
-@434 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {α : @390} ->
-  {β : @390} ->
-  {ea : @391} ->
-  {eb : @391} -> {s : @58} -> {t : @58} -> (ha : @399) -> (hb : @406) -> (x : @409) -> @419 @421
-@436 := LexLeanPreservation.Rust.wt_encPair @0
-@461 := {c : @22} ->
-  {A : @23} ->
-  {α : @390} ->
-  {β : @390} ->
-  {ea : @391} ->
-  {eb : @391} ->
-  {s : @58} ->
-  {t : @58} ->
-  (ha : (x : @102) -> @11 @114 @108 @396 @27) ->
-  (hb : (x : @102) -> @11 @392 @114 @396 @27) -> (x : @409) -> @11 @400 @392 @418 @421
-@462 := @436 @1
-@483 := {A : @23} ->
-  {α : @390} ->
-  {β : @390} ->
-  {ea : @391} ->
-  {eb : @391} ->
-  {s : @58} ->
-  {t : @58} ->
-  (ha : (x : @102) -> @12 @108 @396 @27) ->
-  (hb : (x : @102) -> @12 @114 @396 @27) -> (x : @409) -> @12 @392 @418 @421
-@484 := @462 @2
-@486 := @13 @396 @27
-@487 := (x : @102) -> @486
-@498 := {α : @390} ->
-  {β : @390} ->
-  {ea : @391} ->
-  {eb : @391} -> {s : @58} -> {t : @58} -> (ha : @487) -> (hb : @487) -> (x : @409) -> @13 @418 @421
-@499 := @484 @24
-@500 := (a._@._internal._hyg.#0 : @24) -> @57
-@501 := (x : @24) -> @486
-@502 := @407 @24
-@517 := {β : @390} ->
-  {ea : @500} ->
-  {eb : @391} ->
-  {s : @58} ->
-  {t : @58} -> (ha : @501) -> (hb : @487) -> (x : @502 @100) -> @13 (@381 @108 @100 @102 @4) @421
-@518 := @499 @24
-@519 := @502 @24
-@531 := {ea : @500} ->
-  {eb : @500} ->
-  {s : @58} -> {t : @58} -> (ha : @501) -> (hb : @501) -> (x : @519) -> @13 (@382 @100 @102 @4) @421
-@532 := @518 @18
-@534 := (x : @24) -> @53 @27
-@544 := {eb : @500} ->
-  {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @501) -> (x : @519) -> @13 (@383 @102 @4) @421
-@545 := @532 @18
-@547 := @13 (@384 @4)
-@553 := {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @534) -> (x : @519) -> @547 @421
-@554 := @545 @20
-@555 := (x : @24) -> @54
-@556 := @387 @25
-@561 := {t : @58} -> (ha : @555) -> (hb : @534) -> (x : @519) -> @547 @556
-@562 := @554 @20
-@566 := (ha : @555) -> (hb : @555) -> (x : @519) -> @547 @388
-@569 := @562 @389 @389 @377
-@571 := @13 @385 @388
-@572 := LexLeanPreservation.encList
-@573 := @572 @3
-@574 := @573 @5
-@575 := @574 @379
-@576 := LexLeanTarget.TargetSyntax.Ty.list
-@577 := @576 @10
-@580 := fun (__x : @3) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_0 @4
-@581 := (a._@._internal._hyg.#0 : @4) -> @57
-@582 := @27 @4
-@585 := (x : @27) -> @105 @582 @29
-@586 := @97 @25
-@589 := @7 @108 @100 @102
-@592 := @572 @104 @25 @4
-@593 := @589 @592
-@594 := @576 @27
-@603 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} -> {α : @390} -> {e : @581} -> {t : @58} -> (h : @585) -> (xs : @586) -> @593 @594
-@605 := LexLeanPreservation.Rust.wt_encList @0
-@608 := (x : @27) -> @136 @582 @29
-@610 := @11 @100 @102
-@619 := {c : @22} ->
-  {A : @23} -> {α : @390} -> {e : @581} -> {t : @58} -> (h : @608) -> (xs : @586) -> @610 @592 @594
-@620 := @605 @1
-@623 := (x : @27) -> @156 @582 @29
-@624 := @12 @102
-@632 := {A : @23} ->
-  {α : @390} -> {e : @581} -> {t : @58} -> (h : @623) -> (xs : @586) -> @624 @592 @594
-@633 := @620 @2
-@635 := @13 @582 @29
-@636 := (x : @27) -> @635
-@643 := {α : @390} -> {e : @581} -> {t : @58} -> (h : @636) -> (xs : @586) -> @13 @592 @594
-@644 := @633 @3
-@645 := (a._@._internal._hyg.#0 : @3) -> @57
-@646 := (x : @3) -> @635
-@647 := @97 @3
-@655 := {e : @645} -> {t : @58} -> (h : @646) -> (xs : @647) -> @13 (@573 @25 @4) @594
-@656 := @644 @5
-@658 := (x : @3) -> @14 @29
-@660 := @13 (@574 @4)
-@664 := {t : @58} -> (h : @658) -> (xs : @647) -> @660 @594
-@665 := @656 @10
-@669 := (h : (x : @3) -> @15) -> (xs : @647) -> @660 @577
-@671 := @665 @580 @379
-@673 := @13 @575 @577
-@675 := @62 @575 @61
-@677 := @62 @385 @675
-@678 := @66 @577
-@679 := @678 @65
-@680 := @66 @388
-@681 := @680 @679
-@682 := @172 @575
-@684 := @574 (@378 @25)
-@697 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @684 @27) -> (hs : @176) -> @94 (@62 (@574 (@378 @102)) @25) @122
-@698 := @682 @577
-@700 := @574 (@378 @27)
-@702 := @13 @700 @577
-@707 := @94 (@62 (@574 (@378 @104)) @25)
-@708 := @678 @27
-@713 := {vs : @98} -> {ts : @99} -> (h : @702) -> (hs : @176) -> @707 @708
-@714 := @698 @61
-@716 := @574 (@378 @29)
-@718 := @13 @716 @577
-@720 := @62 @684 @61
-@725 := {ts : @99} -> (h : @718) -> (hs : @217) -> @94 @720 @708
-@726 := @714 @65
-@728 := @62 @700 @61
-@729 := @94 @728
-@732 := (h : @673) -> (hs : @96) -> @729 @679
-@733 := @726 @671
-@735 := @62 @716 @61
-@737 := @94 @735 @679
-@738 := (hs : @96) -> @737
-@739 := @733 @93
-@741 := @94 @675 @679
-@742 := @172 @385
-@744 := @384 (@376 @25)
-@757 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @744 @27) -> (hs : @176) -> @94 (@62 (@384 (@376 @102)) @25) @122
-@758 := @742 @388
-@760 := @384 (@376 @27)
-@762 := @13 @760 @388
-@767 := @94 (@62 (@384 (@376 @104)) @25)
-@768 := @680 @27
-@773 := {vs : @98} -> {ts : @99} -> (h : @762) -> (hs : @176) -> @767 @768
-@774 := @758 @675
-@776 := @384 (@376 @29)
-@778 := @13 @776 @388
-@779 := @729 @29
-@781 := @62 @744 @720
-@786 := {ts : @99} -> (h : @778) -> (hs : @779) -> @94 @781 @768
-@787 := @774 @679
-@789 := @62 @760 @728
-@790 := @94 @789
-@793 := (h : @571) -> (hs : @737) -> @790 @681
-@794 := @787 @569
-@796 := @62 @776 @735
-@798 := @94 @796 @681
-@799 := (hs : @741) -> @798
-@800 := @794 @739
-@802 := @94 @677 @681
-@803 := @302 @371
-@804 := @274 @371
-@813 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@804 @27) @252) -> (hf : @176) -> @303 @372
-@814 := @803 @9
-@815 := @804 @9
-@816 := @244 @815
-@817 := @816 @252
-@822 := {fs : @98} -> {tys : @99} -> (h : @817) -> (hf : @176) -> @328 @372
-@823 := @814 @677
-@830 := {tys : @99} -> (h : @817) -> (hf : @790 @29) -> @13 (@326 @781) @372
-@831 := @823 @681
-@838 := (h : @816 (@251 @681)) -> (hf : @798) -> @13 (@326 @789) @372
-@840 := @831 (@351 @815)
-@844 := (hf : @802) -> @13 (@326 @796) @372
-@845 := @840 @800
-@848 := @13 (@326 @677) @372
-@849 := fun (__s : @368) => @845
-@850 := Reasoning.Screening.Screen.Ledger
-@851 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.__enc_3
-@852 := @851 @4
-@853 := 3
-@854 := @8 @853
-@857 := (__s : @850) -> @13 @852 @854
-@858 := Reasoning.Screening.Screen.Ledger.iterations
-@859 := @858 @4
-@860 := Reasoning.Screening.Screen.Ledger.attempts
-@861 := @860 @4
-@862 := Reasoning.Screening.Screen.Ledger.firings
-@863 := @862 @4
-@864 := Reasoning.Screening.Screen.Ledger.expansions
-@865 := @864 @4
-@866 := Reasoning.Screening.Screen.Ledger.verifications
-@867 := @866 @4
-@868 := Reasoning.Screening.Screen.Ledger.frontier
-@869 := @868 @4
-@870 := @18 @859
-@871 := @52 @859
-@873 := @13 @870 @20
-@874 := @18 @861
-@875 := @52 @861
-@877 := @13 @874 @20
-@878 := @18 @863
-@879 := @52 @863
-@881 := @13 @878 @20
-@882 := @18 @865
-@883 := @52 @865
-@885 := @13 @882 @20
-@886 := @18 @867
-@887 := @52 @867
-@889 := @13 @886 @20
-@890 := @18 @869
-@891 := @52 @869
-@893 := @13 @890 @20
-@895 := @62 @890 @61
-@897 := @62 @886 @895
-@899 := @62 @882 @897
-@901 := @62 @878 @899
-@903 := @62 @874 @901
-@905 := @62 @870 @903
-@906 := @67 @68
-@907 := @67 @906
-@908 := @67 @907
-@909 := @67 @908
-@910 := @67 @909
-@911 := @172 @890
-@913 := @18 (@868 @25)
-@926 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @913 @27) -> (hs : @176) -> @94 (@62 (@18 (@868 @102)) @25) @122
-@927 := @911 @20
-@929 := @18 (@868 @27)
-@941 := {vs : @98} ->
-  {ts : @99} -> (h : @13 @929 @20) -> (hs : @176) -> @94 (@62 (@18 (@868 @104)) @25) @207
-@942 := @927 @61
-@944 := @18 (@868 @29)
-@946 := @13 @944 @20
-@948 := @62 @913 @61
-@953 := {ts : @99} -> (h : @946) -> (hs : @217) -> @94 @948 @207
-@954 := @942 @65
-@956 := @62 @929 @61
-@957 := @94 @956
-@960 := (h : @893) -> (hs : @96) -> @957 @68
-@961 := @954 @891
-@963 := @62 @944 @61
-@965 := @94 @963 @68
-@966 := (hs : @96) -> @965
-@967 := @961 @93
-@969 := @94 @895 @68
-@970 := @172 @886
-@972 := @18 (@866 @25)
-@985 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @972 @27) -> (hs : @176) -> @94 (@62 (@18 (@866 @102)) @25) @122
-@986 := @970 @20
-@988 := @18 (@866 @27)
-@1000 := {vs : @98} ->
-  {ts : @99} -> (h : @13 @988 @20) -> (hs : @176) -> @94 (@62 (@18 (@866 @104)) @25) @207
-@1001 := @986 @895
-@1003 := @18 (@866 @29)
-@1005 := @13 @1003 @20
-@1006 := @957 @29
-@1008 := @62 @972 @948
-@1013 := {ts : @99} -> (h : @1005) -> (hs : @1006) -> @94 @1008 @207
-@1014 := @1001 @68
-@1016 := @62 @988 @956
-@1017 := @94 @1016
-@1020 := (h : @889) -> (hs : @965) -> @1017 @906
-@1021 := @1014 @887
-@1023 := @62 @1003 @963
-@1025 := @94 @1023 @906
-@1026 := (hs : @969) -> @1025
-@1027 := @1021 @967
-@1029 := @94 @897 @906
-@1030 := @172 @882
-@1032 := @18 (@864 @25)
-@1045 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1032 @27) -> (hs : @176) -> @94 (@62 (@18 (@864 @102)) @25) @122
-@1046 := @1030 @20
-@1048 := @18 (@864 @27)
-@1060 := {vs : @98} ->
-  {ts : @99} -> (h : @13 @1048 @20) -> (hs : @176) -> @94 (@62 (@18 (@864 @104)) @25) @207
-@1061 := @1046 @897
-@1063 := @18 (@864 @29)
-@1065 := @13 @1063 @20
-@1066 := @1017 @29
-@1068 := @62 @1032 @1008
-@1073 := {ts : @99} -> (h : @1065) -> (hs : @1066) -> @94 @1068 @207
-@1074 := @1061 @906
-@1076 := @62 @1048 @1016
-@1077 := @94 @1076
-@1080 := (h : @885) -> (hs : @1025) -> @1077 @907
-@1081 := @1074 @883
-@1083 := @62 @1063 @1023
-@1085 := @94 @1083 @907
-@1086 := (hs : @1029) -> @1085
-@1087 := @1081 @1027
-@1089 := @94 @899 @907
-@1090 := @172 @878
-@1092 := @18 (@862 @25)
-@1105 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1092 @27) -> (hs : @176) -> @94 (@62 (@18 (@862 @102)) @25) @122
-@1106 := @1090 @20
-@1108 := @18 (@862 @27)
-@1120 := {vs : @98} ->
-  {ts : @99} -> (h : @13 @1108 @20) -> (hs : @176) -> @94 (@62 (@18 (@862 @104)) @25) @207
-@1121 := @1106 @899
-@1123 := @18 (@862 @29)
-@1125 := @13 @1123 @20
-@1126 := @1077 @29
-@1128 := @62 @1092 @1068
-@1133 := {ts : @99} -> (h : @1125) -> (hs : @1126) -> @94 @1128 @207
-@1134 := @1121 @907
-@1136 := @62 @1108 @1076
-@1137 := @94 @1136
-@1140 := (h : @881) -> (hs : @1085) -> @1137 @908
-@1141 := @1134 @879
-@1143 := @62 @1123 @1083
-@1145 := @94 @1143 @908
-@1146 := (hs : @1089) -> @1145
-@1147 := @1141 @1087
-@1149 := @94 @901 @908
-@1150 := @172 @874
-@1152 := @18 (@860 @25)
-@1165 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1152 @27) -> (hs : @176) -> @94 (@62 (@18 (@860 @102)) @25) @122
-@1166 := @1150 @20
-@1168 := @18 (@860 @27)
-@1180 := {vs : @98} ->
-  {ts : @99} -> (h : @13 @1168 @20) -> (hs : @176) -> @94 (@62 (@18 (@860 @104)) @25) @207
-@1181 := @1166 @901
-@1183 := @18 (@860 @29)
-@1185 := @13 @1183 @20
-@1186 := @1137 @29
-@1188 := @62 @1152 @1128
-@1193 := {ts : @99} -> (h : @1185) -> (hs : @1186) -> @94 @1188 @207
-@1194 := @1181 @908
-@1196 := @62 @1168 @1136
-@1197 := @94 @1196
-@1200 := (h : @877) -> (hs : @1145) -> @1197 @909
-@1201 := @1194 @875
-@1203 := @62 @1183 @1143
-@1205 := @94 @1203 @909
-@1206 := (hs : @1149) -> @1205
-@1207 := @1201 @1147
-@1209 := @94 @903 @909
-@1210 := @172 @870
-@1212 := @18 (@858 @25)
-@1225 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1212 @27) -> (hs : @176) -> @94 (@62 (@18 (@858 @102)) @25) @122
-@1226 := @1210 @20
-@1228 := @18 (@858 @27)
-@1240 := {vs : @98} ->
-  {ts : @99} -> (h : @13 @1228 @20) -> (hs : @176) -> @94 (@62 (@18 (@858 @104)) @25) @207
-@1241 := @1226 @903
-@1243 := @18 (@858 @29)
-@1245 := @13 @1243 @20
-@1246 := @1197 @29
-@1248 := @62 @1212 @1188
-@1253 := {ts : @99} -> (h : @1245) -> (hs : @1246) -> @94 @1248 @207
-@1254 := @1241 @909
-@1256 := @62 @1228 @1196
-@1257 := @94 @1256
-@1260 := (h : @873) -> (hs : @1205) -> @1257 @910
-@1261 := @1254 @871
-@1263 := @62 @1243 @1203
-@1265 := @94 @1263 @910
-@1266 := (hs : @1209) -> @1265
-@1267 := @1261 @1207
-@1269 := @94 @905 @910
-@1270 := @302 @853
-@1271 := @274 @853
-@1280 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@1271 @27) @252) -> (hf : @176) -> @303 @854
-@1281 := @1270 @9
-@1282 := @1271 @9
-@1283 := @244 @1282
-@1284 := @1283 @252
-@1289 := {fs : @98} -> {tys : @99} -> (h : @1284) -> (hf : @176) -> @328 @854
-@1290 := @1281 @905
-@1297 := {tys : @99} -> (h : @1284) -> (hf : @1257 @29) -> @13 (@326 @1248) @854
-@1298 := @1290 @910
-@1305 := (h : @1283 (@251 @910)) -> (hf : @1265) -> @13 (@326 @1256) @854
-@1307 := @1298 (@351 @1282)
-@1311 := (hf : @1269) -> @13 (@326 @1263) @854
-@1312 := @1307 @1267
-@1315 := @13 (@326 @905) @854
-@1316 := fun (__s : @850) => @1312
-@1317 := Reasoning.Screening.Screen.Search
-@1319 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.__enc_1 @4
-@1320 := 1
-@1321 := @8 @1320
-@1324 := (__s : @1317) -> @13 @1319 @1321
-@1325 := Reasoning.Screening.Screen.Search.frontier
-@1326 := @1325 @4
-@1327 := Reasoning.Screening.Screen.Search.found
-@1328 := @1327 @4
-@1329 := Reasoning.Screening.Screen.Search.truncated
-@1330 := @1329 @4
-@1331 := Reasoning.Screening.Screen.Search.ledger
-@1332 := @1331 @4
-@1333 := @572 @368
-@1334 := @1333 @369
-@1335 := @1334 @1326
-@1336 := @576 @372
-@1339 := fun (__x : @368) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_2 @4
-@1340 := @633 @368
-@1341 := (a._@._internal._hyg.#0 : @368) -> @57
-@1342 := (x : @368) -> @635
-@1343 := @97 @368
-@1351 := {e : @1341} -> {t : @58} -> (h : @1342) -> (xs : @1343) -> @13 (@1333 @25 @4) @594
-@1352 := @1340 @369
-@1354 := (x : @368) -> @373 @29
-@1356 := @13 (@1334 @4)
-@1360 := {t : @58} -> (h : @1354) -> (xs : @1343) -> @1356 @594
-@1361 := @1352 @372
-@1362 := (x : @368) -> @374
-@1365 := (h : @1362) -> (xs : @1343) -> @1356 @1336
-@1367 := @1361 @1339 @1326
-@1369 := @13 @1335 @1336
-@1370 := @502 @368
-@1371 := @381 @368
-@1372 := @1371 @18
-@1373 := @1372 @369
-@1374 := LexLeanPreservation.encOption
-@1375 := @1374 @1370
-@1376 := @1375 @1373
-@1377 := @1376 @1328
-@1378 := @387 @372
-@1379 := LexLeanTarget.TargetSyntax.Ty.option
-@1380 := @1379 @1378
-@1381 := @499 @368
-@1382 := (x : @368) -> @486
-@1394 := {ea : @500} ->
-  {eb : @1341} ->
-  {s : @58} ->
-  {t : @58} -> (ha : @501) -> (hb : @1382) -> (x : @1370) -> @13 (@1371 @100 @102 @4) @421
-@1395 := @1381 @18
-@1405 := {eb : @1341} ->
-  {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @1382) -> (x : @1370) -> @13 (@1372 @102 @4) @421
-@1406 := @1395 @369
-@1408 := (x : @368) -> @373 @27
-@1410 := @13 (@1373 @4)
-@1416 := {s : @58} -> {t : @58} -> (ha : @534) -> (hb : @1408) -> (x : @1370) -> @1410 @421
-@1417 := @1406 @20
-@1422 := {t : @58} -> (ha : @555) -> (hb : @1408) -> (x : @1370) -> @1410 @556
-@1423 := @1417 @372
-@1425 := (x : @1370) -> @1410 @1378
-@1427 := (ha : @555) -> (hb : @1362) -> @1425
-@1431 := fun (__x : @1370) => @1423 @389 @1339 @4
-@1432 := @242 @25
-@1435 := @1374 @104 @25 @4
-@1436 := @589 @1435
-@1437 := @1379 @27
-@1446 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} -> {α : @390} -> {e : @581} -> {t : @58} -> (h : @585) -> (o : @1432) -> @1436 @1437
-@1448 := LexLeanPreservation.Rust.wt_encOption @0
-@1457 := {c : @22} ->
-  {A : @23} ->
-  {α : @390} -> {e : @581} -> {t : @58} -> (h : @608) -> (o : @1432) -> @610 @1435 @1437
-@1458 := @1448 @1
-@1466 := {A : @23} ->
-  {α : @390} -> {e : @581} -> {t : @58} -> (h : @623) -> (o : @1432) -> @624 @1435 @1437
-@1467 := @1458 @2
-@1474 := {α : @390} -> {e : @581} -> {t : @58} -> (h : @636) -> (o : @1432) -> @13 @1435 @1437
-@1475 := @1467 @1370
-@1476 := (a._@._internal._hyg.#0 : @1370) -> @57
-@1477 := (x : @1370) -> @635
-@1478 := @242 @1370
-@1486 := {e : @1476} -> {t : @58} -> (h : @1477) -> (o : @1478) -> @13 (@1375 @25 @4) @1437
-@1487 := @1475 @1373
-@1489 := (x : @1370) -> @1410 @29
-@1491 := @13 (@1376 @4)
-@1495 := {t : @58} -> (h : @1489) -> (o : @1478) -> @1491 @1437
-@1496 := @1487 @1378
-@1499 := (h : @1425) -> (o : @1478) -> @1491 @1380
-@1501 := @1496 @1431 @1328
-@1503 := @13 @1377 @1380
-@1504 := LexLeanTarget.TargetSyntax.Value.bool
-@1505 := @1504 @1330
-@1506 := LexLeanTarget.TargetSyntax.Ty.bool
-@1507 := Bool
-@1508 := @1504 @4
-@1514 := {p : @21} -> {c : @22} -> {A : @23} -> (b : @1507) -> @30 @1508 @1506
-@1516 := LexLeanPreservation.Rust.wt_bool @0
-@1521 := {c : @22} -> {A : @23} -> (b : @1507) -> @40 @1508 @1506
-@1522 := @1516 @1
-@1526 := {A : @23} -> (b : @1507) -> @47 @1508 @1506
-@1527 := @1522 @2
-@1530 := (b : @1507) -> @13 @1508 @1506
-@1531 := @1527 @1330
-@1533 := @13 @1505 @1506
-@1534 := @851 @1332
-@1536 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_3 @1332
-@1538 := @62 @1534 @61
-@1540 := @62 @1505 @1538
-@1542 := @62 @1377 @1540
-@1544 := @62 @1335 @1542
-@1545 := @66 @854
-@1546 := @1545 @65
-@1547 := @66 @1506
-@1548 := @1547 @1546
-@1549 := @66 @1380
-@1550 := @1549 @1548
-@1551 := @66 @1336
-@1552 := @1551 @1550
-@1553 := @172 @1534
-@1555 := @851 (@1331 @25)
-@1568 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1555 @27) -> (hs : @176) -> @94 (@62 (@851 (@1331 @102)) @25) @122
-@1569 := @1553 @854
-@1571 := @851 (@1331 @27)
-@1573 := @13 @1571 @854
-@1578 := @94 (@62 (@851 (@1331 @104)) @25)
-@1579 := @1545 @27
-@1584 := {vs : @98} -> {ts : @99} -> (h : @1573) -> (hs : @176) -> @1578 @1579
-@1585 := @1569 @61
-@1587 := @851 (@1331 @29)
-@1589 := @13 @1587 @854
-@1591 := @62 @1555 @61
-@1596 := {ts : @99} -> (h : @1589) -> (hs : @217) -> @94 @1591 @1579
-@1597 := @1585 @65
-@1599 := @13 @1534 @854
-@1601 := @62 @1571 @61
-@1602 := @94 @1601
-@1605 := (h : @1599) -> (hs : @96) -> @1602 @1546
-@1606 := @1597 @1536
-@1608 := @62 @1587 @61
-@1610 := @94 @1608 @1546
-@1611 := (hs : @96) -> @1610
-@1612 := @1606 @93
-@1614 := @94 @1538 @1546
-@1615 := @172 @1505
-@1617 := @1504 (@1329 @25)
-@1630 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1617 @27) -> (hs : @176) -> @94 (@62 (@1504 (@1329 @102)) @25) @122
-@1631 := @1615 @1506
-@1633 := @1504 (@1329 @27)
-@1635 := @13 @1633 @1506
-@1640 := @94 (@62 (@1504 (@1329 @104)) @25)
-@1641 := @1547 @27
-@1646 := {vs : @98} -> {ts : @99} -> (h : @1635) -> (hs : @176) -> @1640 @1641
-@1647 := @1631 @1538
-@1649 := @1504 (@1329 @29)
-@1651 := @13 @1649 @1506
-@1652 := @1602 @29
-@1654 := @62 @1617 @1591
-@1659 := {ts : @99} -> (h : @1651) -> (hs : @1652) -> @94 @1654 @1641
-@1660 := @1647 @1546
-@1662 := @62 @1633 @1601
-@1663 := @94 @1662
-@1666 := (h : @1533) -> (hs : @1610) -> @1663 @1548
-@1667 := @1660 @1531
-@1669 := @62 @1649 @1608
-@1671 := @94 @1669 @1548
-@1672 := (hs : @1614) -> @1671
-@1673 := @1667 @1612
-@1675 := @94 @1540 @1548
-@1676 := @172 @1377
-@1678 := @1376 (@1327 @25)
-@1691 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1678 @27) -> (hs : @176) -> @94 (@62 (@1376 (@1327 @102)) @25) @122
-@1692 := @1676 @1380
-@1694 := @1376 (@1327 @27)
-@1696 := @13 @1694 @1380
-@1701 := @94 (@62 (@1376 (@1327 @104)) @25)
-@1702 := @1549 @27
-@1707 := {vs : @98} -> {ts : @99} -> (h : @1696) -> (hs : @176) -> @1701 @1702
-@1708 := @1692 @1540
-@1710 := @1376 (@1327 @29)
-@1712 := @13 @1710 @1380
-@1713 := @1663 @29
-@1715 := @62 @1678 @1654
-@1720 := {ts : @99} -> (h : @1712) -> (hs : @1713) -> @94 @1715 @1702
-@1721 := @1708 @1548
-@1723 := @62 @1694 @1662
-@1724 := @94 @1723
-@1727 := (h : @1503) -> (hs : @1671) -> @1724 @1550
-@1728 := @1721 @1501
-@1730 := @62 @1710 @1669
-@1732 := @94 @1730 @1550
-@1733 := (hs : @1675) -> @1732
-@1734 := @1728 @1673
-@1736 := @94 @1542 @1550
-@1737 := @172 @1335
-@1739 := @1334 (@1325 @25)
-@1752 := {t : @58} ->
-  {vs : @98} ->
-  {ts : @99} -> (h : @13 @1739 @27) -> (hs : @176) -> @94 (@62 (@1334 (@1325 @102)) @25) @122
-@1753 := @1737 @1336
-@1755 := @1334 (@1325 @27)
-@1757 := @13 @1755 @1336
-@1762 := @94 (@62 (@1334 (@1325 @104)) @25)
-@1763 := @1551 @27
-@1768 := {vs : @98} -> {ts : @99} -> (h : @1757) -> (hs : @176) -> @1762 @1763
-@1769 := @1753 @1542
-@1771 := @1334 (@1325 @29)
-@1773 := @13 @1771 @1336
-@1774 := @1724 @29
-@1776 := @62 @1739 @1715
-@1781 := {ts : @99} -> (h : @1773) -> (hs : @1774) -> @94 @1776 @1763
-@1782 := @1769 @1550
-@1784 := @62 @1755 @1723
-@1785 := @94 @1784
-@1788 := (h : @1369) -> (hs : @1732) -> @1785 @1552
-@1789 := @1782 @1367
-@1791 := @62 @1771 @1730
-@1793 := @94 @1791 @1552
-@1794 := (hs : @1736) -> @1793
-@1795 := @1789 @1734
-@1797 := @94 @1544 @1552
-@1798 := @302 @1320
-@1799 := @274 @1320
-@1808 := {k : @24} ->
-  {fs : @98} -> {tys : @99} -> (h : @244 (@1799 @27) @252) -> (hf : @176) -> @303 @1321
-@1809 := @1798 @9
-@1810 := @1799 @9
-@1811 := @244 @1810
-@1812 := @1811 @252
-@1817 := {fs : @98} -> {tys : @99} -> (h : @1812) -> (hf : @176) -> @328 @1321
-@1818 := @1809 @1544
-@1825 := {tys : @99} -> (h : @1812) -> (hf : @1785 @29) -> @13 (@326 @1776) @1321
-@1826 := @1818 @1552
-@1833 := (h : @1811 (@251 @1552)) -> (hf : @1793) -> @13 (@326 @1784) @1321
-@1835 := @1826 (@351 @1810)
-@1839 := (hf : @1797) -> @13 (@326 @1791) @1321
-@1840 := @1835 @1795
-@1843 := @13 (@326 @1544) @1321
-@1844 := fun (__s : @1317) => @1840
-@1845 := @52 @29
-@1846 := @502 @57
-@1850 := Prod.mk.{0, 0} @24 @57 @9
-@1851 := @1850 @214
-@1852 := @59 @1846
-@1853 := @60 @1846
-@1855 := @1853 @1851 @1852
-@1856 := Bool.true
-@1857 := LexLeanTarget.TargetSyntax.Function
-@1858 := LexLeanTarget.TargetSyntax.Program.functions
-@1859 := @1858 @0
-@1860 := @59 @24
-@1861 := LexLeanTarget.TargetSyntax.Ty.unit
-@1862 := LexLeanTarget.TargetSyntax.Value.unit
-@1865 := LexLeanTarget.TargetSyntax.Expr.value @1861 @1862
-@1870 := LexLeanTarget.TargetSyntax.Function.mk @1860 @65 @1861 @1865
-@1875 := List.getD.{0} @1857 @1859 @9 @1870
-@1879 := fun (__e_n : @24) =>
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.root @4 @9
-@1880 := @172 @214
-@1882 := @13 @203 @27
-@1883 := @18 @100
-@1884 := @62 @1883
-@1892 := {t : @58} -> {vs : @98} -> {ts : @99} -> (h : @1882) -> (hs : @176) -> @94 (@1884 @25) @122
-@1893 := @1880 @20
-@1899 := {vs : @98} -> {ts : @99} -> (h : @187 @20) -> (hs : @176) -> @192 @207
-@1900 := @1893 @61
-@1901 := @204 @61
-@1902 := @94 @1901
-@1906 := {ts : @99} -> (h : @202) -> (hs : @217) -> @1902 @207
-@1907 := @1900 @65
-@1910 := (h : @216) -> (hs : @96) -> @220 @68
-@1912 := @1907 @1845 @93
-@1913 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.denote
-@1914 := @1913 @29
-@1915 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.__fits_0
-@1916 := @1915 @29
-@1919 := @18 (Reasoning.Main.screenDose @29)
-@1921 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.root @29
-@1922 := Ne.{1}
-@1923 := LexLeanPreservation.Obs
-@1924 := @1922 @1923
-@1925 := LexLeanPreservation.Rel
-@1928 := @1924 (@1925 @29 @4)
-@1929 := LexLeanPreservation.Obs.stuck
-@1932 := (f : @1507) -> (v : @57) -> @1928 @1929
-@1934 := LexLeanPreservation.Rust.rel_ne_stuck @1916
-@1940 := (v : @57) -> @1924 (@1925 (@1915 @27) @4) @1929
-@1941 := @1934 @1919
-@1945 := @1924 (@1925 @1916 @1919) @1929
-@1946 := @97 @1846
-@1947 := LexLeanPreservation.Rust.FunSem
-@1953 := (n : @24) -> @1947 @392 @114 @108 @4 @100
-@1954 := @242 @1857
-@1955 := @241 @1954
-@1962 := LexLeanRuntime.index (@97 @1857) @1857 (LexLeanRuntime.instIndexableList @1857)
-@1966 := @1955 (@1962 (@1858 @392) @100)
-@1967 := @250 @1857
-@1968 := @1967 @102
-@1969 := @1966 @1968
-@1973 := @69 @400 @392 @114 @102
-@1974 := LexLeanTarget.TargetSyntax.Function.types
-@1975 := @1974 @100
-@1976 := @1973 @1975
-@1977 := @242 @1946
-@1978 := @241 @1977
-@1979 := LexLeanTarget.TargetSemantics.bindAll
-@1980 := LexLeanTarget.TargetSyntax.Function.parameters
-@1985 := @1978 (@1979 (@1980 @108) @100 @1852)
-@1986 := @250 @1946
-@1987 := @1986 @102
-@1988 := @1985 @1987
-@1989 := @242 @1507
-@1990 := @241 @1989
-@1991 := LexLeanPreservation.Rust.fnFallible
-@1994 := @1990 (@1991 @410 @392)
-@1995 := @250 @1507
-@1996 := @1995 @102
-@1997 := @1994 @1996
-@1998 := LexLeanPreservation.RunConv
-@1999 := #13
-@2003 := @1998 @1999 @400 @114 @102
-@2005 := @1924 @100 @1929
-@2006 := Exists.{1}
-@2007 := LexLeanPreservation.Rust.ROut
-@2008 := @2006 @2007
-@2009 := And
-@2010 := LexLeanPreservation.Rust.RealizesFn
-@2014 := @2009 (@2010 @392 @114 @4)
-@2015 := LexLeanPreservation.Rust.RCI
-@2017 := @2015 #15
-@2018 := LexLeanPreservation.Rust.fnIdent
-@2019 := @2018 @1999
-@2026 := (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2017 @2019 @410 @4))
-@2041 := {p : @21} ->
-  {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @1857} ->
-  {args : @98} ->
-  {env : @1946} ->
-  {F : @1507} ->
-  {o : @1923} ->
-  (hB : @1953) ->
-  (hfn : @1969) -> (hwt : @1976) -> (hbind : @1988) -> (hF : @1997) -> (hA : @2003) -> @2026
-@2043 := LexLeanPreservation.Rust.compose @0
-@2044 := @1947 @0
-@2049 := (n : @24) -> @2044 @114 @108 @4 @100
-@2050 := @1962 @1859
-@2053 := @1955 (@2050 @100) @1968
-@2057 := @80 @392 @114 @102 @1975
-@2058 := @1998 @0
-@2061 := @2058 @400 @114 @102
-@2075 := {c : @22} ->
-  {A : @23} ->
-  {f : @24} ->
-  {fn : @1857} ->
-  {args : @98} ->
-  {env : @1946} ->
-  {F : @1507} ->
-  {o : @1923} ->
-  (hB : @2049) ->
-  (hfn : @2053) -> (hwt : @2057) -> (hbind : @1988) -> (hF : @1997) -> (hA : @2061) -> @2026
-@2076 := @2043 @1
-@2077 := @2044 @1
-@2081 := (n : @24) -> @2077 @108 @4 @100
-@2084 := @88 @114 @102 @1975
-@2085 := @1991 @1
-@2088 := @1990 (@2085 @392) @1996
-@2089 := @2015 @1
-@2099 := (hbind : @1988) ->
-  (hF : @2088) ->
-  (hA : @2061) -> (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2089 @2019 @410 @4))
-@2109 := {A : @23} ->
-  {f : @24} ->
-  {fn : @1857} ->
-  {args : @98} ->
-  {env : @1946} ->
-  {F : @1507} -> {o : @1923} -> (hB : @2081) -> (hfn : @2053) -> (hwt : @2084) -> @2099
-@2110 := @2076 @2
-@2112 := @2077 @2 @4
-@2114 := (n : @24) -> @2112 @100
-@2115 := @94 @102
-@2116 := @2115 @1975
-@2125 := {f : @24} ->
-  {fn : @1857} ->
-  {args : @98} ->
-  {env : @1946} ->
-  {F : @1507} -> {o : @1923} -> (hB : @2114) -> (hfn : @2053) -> (hwt : @2116) -> @2099
-@2126 := @2110 @9
-@2128 := (n : @24) -> @2112 @9
-@2129 := @2050 @9
-@2130 := @1955 @2129
-@2131 := @2130 @1968
-@2132 := @2085 @9
-@2133 := @1990 @2132
-@2134 := @2133 @1996
-@2135 := @2058 @9
-@2137 := @2135 @114 @102
-@2139 := @2089 (@2018 @9)
-@2147 := (hF : @2134) ->
-  (hA : @2137) -> (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2139 @410 @4))
-@2156 := {fn : @1857} ->
-  {args : @98} ->
-  {env : @1946} ->
-  {F : @1507} ->
-  {o : @1923} -> (hB : @2128) -> (hfn : @2131) -> (hwt : @2116) -> (hbind : @1988) -> @2147
-@2157 := @2126 @1875
-@2159 := @2130 (@1967 @1875)
-@2160 := @1974 @1875
-@2161 := @2115 @2160
-@2163 := @1979 (@1980 @1875)
-@2175 := {args : @98} ->
-  {env : @1946} ->
-  {F : @1507} ->
-  {o : @1923} ->
-  (hB : @2128) ->
-  (hfn : @2159) -> (hwt : @2161) -> (hbind : @1978 (@2163 @100 @1852) @1987) -> @2147
-@2176 := @2157 @234
-@2177 := @1884 @61
-@2179 := @94 @2177 @2160
-@2182 := @62 (@18 @108) @61
-@2186 := @1978 (@2163 @2182 @1852) @1987
-@2189 := @62 (@18 @392) @61
-@2210 := {env : @1946} ->
-  {F : @1507} ->
-  {o : @1923} ->
-  (hB : @2128) ->
-  (hfn : @2159) ->
-  (hwt : @2179) ->
-  (hbind : @2186) ->
-  (hF : @2134) ->
-  (hA : @2135 @2189 @102) ->
-  (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2139 (@62 (@18 #12) @61) @4))
-@2211 := @2176 @1855
-@2212 := @190 @61
-@2214 := @94 @2212 @2160
-@2222 := @1978 (@2163 @2177 @1852) (@1986 (@1853 (@1850 @1883) @1852))
-@2225 := @62 (@18 @114) @61
-@2244 := {F : @1507} ->
-  {o : @1923} ->
-  (hB : @2128) ->
-  (hfn : @2159) ->
-  (hwt : @2214) ->
-  (hbind : @2222) ->
-  (hF : @2134) ->
-  (hA : @2135 @2225 @102) ->
-  (hne : @2005) -> @2008 (fun (ro : @2007) => @2014 (@2139 (@62 (@18 @410) @61) @4))
-@2245 := @2211 @1856
-@2246 := @1902 @2160
-@2254 := @1978 (@2163 @2212 @1852) (@1986 (@1853 (@1850 @189) @1852))
-@2256 := @2133 (@1995 @1856)
-@2258 := @2135 @2182 @102
-@2259 := @2010 @1856
-@2278 := {o : @1923} ->
-  (hB : @2128) ->
-  (hfn : @2159) ->
-  (hwt : @2246) ->
-  (hbind : @2254) ->
-  (hF : @2256) ->
-  (hA : @2258) ->
-  (hne : @2005) -> @2008 (fun (ro : @2007) => @2009 (@2259 @114 @4) (@2139 (@62 (@18 @400) @61) @4))
-@2279 := @2245 @1914
-@2280 := @220 @2160
-@2288 := @1978 (@2163 @1901 @1852) (@1986 (@1853 (@1850 @203) @1852))
-@2289 := @2135 @2177
-@2290 := @1913 @100
-@2291 := @2289 @2290
-@2292 := @1913 @108
-@2310 := (hB : @2128) ->
-  (hfn : @2159) ->
-  (hwt : @2280) ->
-  (hbind : @2288) ->
-  (hF : @2256) ->
-  (hA : @2291) ->
-  (hne : @1924 @2292 @1929) ->
-  @2008 (fun (ro : @2007) => @2009 (@2259 (@1913 @392) @4) (@2139 @2189 @4))
-@2311 := @2279 @1879
-@2312 := @228 @2160
-@2320 := @1978 (@2163 @219 @1852) (@1986 (@1853 (@1850 @186) @1852))
-@2321 := @2135 @2212
-@2322 := @1913 @102
-@2340 := (hfn : @2159) ->
-  (hwt : @2312) ->
-  (hbind : @2320) ->
-  (hF : @2256) ->
-  (hA : @2321 @2322) ->
-  (hne : @1924 @2290 @1929) ->
-  @2008 (fun (ro : @2007) => @2009 (@2259 (@1913 @114) @4) (@2139 @2225 @4))
-@2343 := @2311 (@350 @1954 @2129)
-@2344 := @235 @2160
-@2352 := @1978 (@2163 @227 @1852) (@1986 (@1853 (@1850 @200) @1852))
-@2353 := @2135 @1901
-@2354 := @1913 @104
-@2370 := (hwt : @2344) ->
-  (hbind : @2352) ->
-  (hF : @2256) ->
-  (hA : @2353 @2354) ->
-  (hne : @1924 @2322 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2292 @4) (@2139 @2182 @4))
-@2371 := @2343 @1912
-@2373 := @2163 @234 @1852
-@2376 := @1978 @2373 (@1986 @1855)
-@2377 := @2135 @219
-@2378 := @1913 @25
-@2393 := (hbind : @2376) ->
-  (hF : @2256) ->
-  (hA : @2377 @2378) ->
-  (hne : @1924 @2354 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2290 @4) (@2139 @2177 @4))
-@2396 := @2371 (@350 @1977 @2373)
-@2397 := @2135 @227
-@2398 := @1913 @27
-@2412 := (hF : @2256) ->
-  (hA : @2397 @2398) ->
-  (hne : @1924 @2378 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2322 @4) (@2139 @2212 @4))
-@2415 := @2396 (@350 @1989 @2132)
-@2429 := (hA : @2135 @234 @1914) ->
-  (hne : @1924 @2398 @1929) -> @2008 (fun (ro : @2007) => @2009 (@2259 @2354 @4) (@2139 @1901 @4))
-@2430 := @2415 @1921
-@2441 := (hne : @1924 @1914 @1929) ->
-  @2008 (fun (ro : @2007) => @2009 (@2259 @2378 @4) (@2139 @219 @4))
-@2442 := @2430 @1941
-@2448 := @2009 (@2259 @2398 @4) (@2139 @227 @4)
-@2450 := @2008 (fun (ro : @2007) => @2448)
-@2452 := @2008 (fun (__e_ro : @2007) => @2448)
-@2454 := LexLeanPreservation.Rust.RepresentableL @64
-@2455 := (__e_hrep : @2454) -> @2452
-@2456 := fun (__e_hrep : @2454) => @2442
-@2457 := (w : @24) -> @2455
-@2458 := fun (w : @24) => @2456
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/RustStd.lean
deleted file mode 100644
index 9c08a94d4..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/RustStd.lean
+++ /dev/null
@@ -1,278 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[.nat]] },
-    { constructors := [[(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]] },
-    { constructors := [[(.pair .nat .nat), (.list (.adt 0))]] },
-    { constructors := [[.nat, .nat, .nat, .nat, .nat, .nat]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.var 0)]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
-    { parameters := [0], types := [.nat], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 2 [(.var 0)]) [(.arm .ok [1] (.build .ok (.result .nat (.pair .bool .bool)) [(.first (.var 1))])), (.arm .error [2] (.build .error (.result .nat (.pair .bool .bool)) [(.var 2)]))]) },
-    { parameters := [0], types := [.nat], result := (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.adt 1) .bool) (.call 3 [(.var 0)]) (.«match» (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) (.field (.first (.var 1)) 1) [(.arm .some [2] (.build .ok (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.build .pair (.pair .nat (.list (.adt 0))) [(.first (.var 2)), (.field (.second (.var 2)) 1)])])), (.arm .none [] (.build .error (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call 4 [(.second (.var 1)), (.field (.first (.var 1)) 2)])]))])) },
-    { parameters := [0], types := [.nat], result := (.pair (.adt 1) .bool),
-      body := (.call 5 [(.closure 6 [(.var 0)]), (.value .nat (.nat 8)), (.call 7 [(.var 0)])]) },
-    { parameters := [0, 1], types := [.bool, .bool], result := (.pair .bool .bool),
-      body := (.cond (.cond (.var 0) (.prim .boolNot [(.var 1)]) (.build .false .bool [])) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])]) (.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])) },
-    { parameters := [0, 1, 2], types := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)], result := (.pair (.adt 1) .bool),
-      body := (.«match» (.pair (.adt 1) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.adt 1) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.adt 1) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 5 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.call 8 [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [.nat], result := (.adt 1),
-      body := (.«let» 1 (.list (.adt 2)) (.call 9 [(.closure 10 []), (.build .nil (.list (.adt 2)) []), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.call 11 [(.var 0)]), (.build .nil (.list (.adt 0)) [])]), (.build .nil (.list (.adt 2)) [])])]) (.build (.adt 0) (.adt 1) [(.var 1), (.build .none (.option (.pair .nat (.adt 2))) []), (.prim .natLt [(.value .nat (.nat 3)), (.value .nat (.nat 1))]), (.build (.adt 0) (.adt 3) [(.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.value .nat (.nat 0)), (.prim .length [(.var 1)])])])) },
-    { parameters := [0, 1], types := [.nat, (.adt 1)], result := (.option (.adt 1)),
-      body := (.«match» (.option (.adt 1)) (.field (.var 1) 1) [(.arm .some [2] (.build .none (.option (.adt 1)) [])), (.arm .none [] (.«match» (.option (.adt 1)) (.field (.var 1) 0) [(.arm .nil [] (.build .none (.option (.adt 1)) [])), (.arm .cons [3, 4] (.«match» (.option (.adt 1)) (.call 12 [(.var 0), (.field (.var 3) 0)]) [(.arm .some [5] (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 4), (.build .some (.option (.pair .nat (.adt 2))) [(.build .pair (.pair .nat (.adt 2)) [(.var 5), (.var 3)])]), (.field (.var 1) 2), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 1), (.field (.field (.var 1) 3) 2), (.field (.field (.var 1) 3) 3), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.field (.field (.var 1) 3) 5)])])])), (.arm .none [] (.«let» 6 (.list (.adt 2)) (.call 13 [(.var 3)]) (.«let» 7 (.list (.adt 2)) (.var 6) (.«let» 8 (.list (.adt 2)) (.prim .append [(.var 7), (.var 4)]) (.«let» 9 (.list (.adt 2)) (.call 9 [(.closure 14 []), (.build .nil (.list (.adt 2)) []), (.var 8)]) (.build .some (.option (.adt 1)) [(.build (.adt 0) (.adt 1) [(.var 9), (.build .none (.option (.pair .nat (.adt 2))) []), (.cond (.field (.var 1) 2) (.build .true .bool []) (.prim .natLt [(.value .nat (.nat 3)), (.prim .length [(.var 8)])])), (.build (.adt 0) (.adt 3) [(.prim .natAdd [(.field (.field (.var 1) 3) 0), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 1), (.call 15 [(.field (.var 3) 0)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 2), (.prim .length [(.var 6)])]), (.prim .natAdd [(.field (.field (.var 1) 3) 3), (.value .nat (.nat 1))]), (.prim .natAdd [(.field (.field (.var 1) 3) 4), (.value .nat (.nat 1))]), (.cond (.prim .natLt [(.field (.field (.var 1) 3) 5), (.prim .length [(.var 9)])]) (.prim .length [(.var 9)]) (.field (.field (.var 1) 3) 5))])])]))))))]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 9 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
-    { parameters := [0], types := [.nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.var 0), (.value .nat (.nat 0))]) },
-    { parameters := [0, 1], types := [.nat, (.pair .nat .nat)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 16 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 17 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.call 18 [(.var 0)]) },
-    { parameters := [0, 1], types := [(.list (.adt 2)), (.adt 2)], result := (.list (.adt 2)),
-      body := (.cond (.prim .natLt [(.prim .length [(.var 0)]), (.value .nat (.nat 3))]) (.prim .append [(.var 0), (.build .cons (.list (.adt 2)) [(.var 1), (.build .nil (.list (.adt 2)) [])])]) (.var 0)) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := .nat,
-      body := (.prim .length [(.call 19 [(.var 0)])]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.second (.var 0))]) (.build .some (.option .nat) [(.second (.var 0))]) (.build .none (.option .nat) [])) },
-    { parameters := [0, 1], types := [.nat, .nat], result := .bool,
-      body := (.prim .natLe [(.prim .natAdd [(.var 1), (.var 1)]), (.var 0)]) },
-    { parameters := [0], types := [(.adt 2)], result := (.list (.adt 2)),
-      body := (.call 20 [(.closure 21 [(.var 0)]), (.build .nil (.list (.adt 2)) []), (.call 19 [(.field (.var 0) 0)])]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
-      body := (.«match» (.list .nat) (.«let» 1 .nat (.first (.var 0)) (.«let» 2 (.list .nat) (.call 22 [(.var 1)]) (.cond (.call 23 [(.var 1), (.var 2)]) (.build .ok (.result (.list .nat) (.pair .bool .bool)) [(.var 2)]) (.build .error (.result (.list .nat) (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])))) [(.arm .ok [3] (.var 3)), (.arm .error [4] (.build .nil (.list .nat) []))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 20 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.call 24 [(.var 0), (.var 1), (.var 2)]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.call 25 [(.var 0)]) },
-    { parameters := [0, 1], types := [.nat, (.list .nat)], result := .bool,
-      body := (.prim .natLe [(.prim .length [(.var 1)]), (.value .nat (.nat 4))]) },
-    { parameters := [0, 1, 2], types := [(.adt 2), (.list (.adt 2)), .nat], result := (.list (.adt 2)),
-      body := (.«match» (.list (.adt 2)) (.call 26 [(.field (.var 0) 0), (.build (.adt 0) (.adt 0) [(.var 2)])]) [(.arm .none [] (.var 1)), (.arm .some [3] (.prim .append [(.var 1), (.build .cons (.list (.adt 2)) [(.build (.adt 0) (.adt 2) [(.var 3), (.prim .append [(.field (.var 0) 1), (.build .cons (.list (.adt 0)) [(.build (.adt 0) (.adt 0) [(.var 2)]), (.build .nil (.list (.adt 0)) [])])])]), (.build .nil (.list (.adt 2)) [])])]))]) },
-    { parameters := [0], types := [.nat], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 10))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 20))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 30))]), (.build .cons (.list .nat) [(.prim .natSub [(.var 0), (.value .nat (.nat 50))]), (.build .nil (.list .nat) [])])])])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [2] (.call 27 [(.var 0), (.var 2)]))]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 28 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 29 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.cond (.prim .natEq [(.second (.var 0)), (.value .nat (.nat 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.var 1)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := ((.enum (.adt 0) [{ number := 0, fields := [.nat] }]) ::
-    (.enum (.adt 1) [{ number := 0, fields := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)] }]) ::
-    (.enum (.adt 2) [{ number := 0, fields := [(.pair .nat .nat), (.list (.adt 0))] }]) ::
-    (.enum (.adt 3) [{ number := 0, fields := [.nat, .nat, .nat, .nat, .nat, .nat] }]) ::
-    (.enum (.fn 0) [{ number := 6, fields := [.nat] }]) ::
-    (.apply 0 [(.adt 1)] (.option (.adt 1)) true [{ function := 6, captures := [.copy], functionFallible := true }]) ::
-    (.enum (.fn 1) [{ number := 10, fields := [] }, { number := 14, fields := [] }]) ::
-    (.apply 1 [(.list (.adt 2)), (.adt 2)] (.list (.adt 2)) false [{ function := 10, captures := [], functionFallible := false }, { function := 14, captures := [], functionFallible := false }]) ::
-    (.enum (.fn 2) [{ number := 21, fields := [(.adt 2)] }]) ::
-    (.apply 2 [(.list (.adt 2)), .nat] (.list (.adt 2)) false [{ function := 21, captures := [.clone], functionFallible := false }]) ::
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))) ::
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .holder 2)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))] (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 3))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]))) ::
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 5)))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 4)), .wild, .wild]) (.mk [] (.move (.generated .part 4))))]))))] (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))] (.move (.generated .part 12)))), (.block (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))] (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 8)))) (.block (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))]))))]))))]))) ::
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible (.pair (.adt 1) .bool)) (.mk [] (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.lit (.nat 8)), (.call (.function 7) [(.copy (.generated .binding 0))] false)] false))) ::
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bool }, { pattern := (.bind (.generated .binding 1)), type := .bool }] (.pair .bool .bool) (.mk [] (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))))) ::
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.adt 1) }] (.fallible (.pair (.adt 1) .bool)) (.mk [(.mk (.bind (.generated .holder 17)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 17)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 17))), (.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))) ::
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [] (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false))) ::
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.adt 1) (.mk [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) []), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] false))] (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.construct (.none (.pair .nat (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 22))] false)))])]))) ::
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.adt 1) }] (.fallible (.option (.adt 1))) (.mk [(.mk (.bind (.generated .holder 24)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 23)), .wild, .wild]) (.mk [] (.move (.generated .part 23))))]))] (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 25)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))] (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]))) ::
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list (.adt 2)) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .holder 95)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 95)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .operand 98)) none (.block (.mk [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)))), (.mk (.bind (.generated .operand 99)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 98)), (.move (.generated .operand 99))] false) (.mk [(.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 101)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (.mk [] (.move (.generated .binding 0)))))) ::
-    (.function (.generated .function 11) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.copy (.generated .binding 0)) (.lit (.nat 0))))) ::
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .holder 102)) none (.call (.function 16) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 102)) [(.mk .none (.mk [] (.succeed (.construct (.none .nat) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.none .nat) []))))))]))) ::
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.list (.adt 2)) (.mk [] (.call (.function 18) [(.move (.generated .binding 0))] false))) ::
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 2) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .operand 104)) none (.block (.mk [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)))), (.mk (.bind (.generated .operand 105)) none (.lit (.nat 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 104)), (.move (.generated .operand 105))] false) (.mk [(.mk (.bind (.generated .operand 106)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 107)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false)) (.mk [] (.move (.generated .binding 0)))))) ::
-    (.function (.generated .function 15) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .nat (.mk [(.mk (.bind (.generated .operand 108)) none (.call (.function 19) [(.copy (.generated .binding 0))] false))] (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false))) ::
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option .nat) (.mk [(.mk (.bind (.generated .operand 110)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 109)))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 110)), (.move (.generated .operand 111))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 112))))])) (.mk [] (.construct (.none .nat) []))))) ::
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .bool) (.mk [(.mk (.bind (.generated .operand 115)) none (.block (.mk [(.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] true)))), (.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 0)))] (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 115)), (.move (.generated .operand 116))] false)))) ::
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }] (.list (.adt 2)) (.mk [] (.call (.function 20) [(.construct (.closure 2 21) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 19) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 117)), .wild]) (.mk [] (.move (.generated .part 117))))])] false)] false))) ::
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.list .nat) (.mk [(.mk (.bind (.generated .holder 119)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 118))))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 22) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))] (.matchOn (.move (.generated .holder 119)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]))) ::
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .holder 120)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 120)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))) ::
-    (.function (.generated .function 21) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.list (.adt 2)) (.mk [] (.call (.function 24) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false))) ::
-    (.function (.generated .function 22) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.call (.function 25) [(.copy (.generated .binding 0))] false))) ::
-    (.function (.generated .function 23) [{ pattern := .wild, type := .nat }, { pattern := (.bind (.generated .binding 1)), type := (.list .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 122)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 122))] false)))), (.mk (.bind (.generated .operand 124)) none (.lit (.nat 4)))] (.call (.runtime .natLe) [(.move (.generated .operand 123)), (.move (.generated .operand 124))] false))) ::
-    (.function (.generated .function 24) [{ pattern := (.bind (.generated .binding 0)), type := (.adt 2) }, { pattern := (.bind (.generated .binding 1)), type := (.list (.adt 2)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.list (.adt 2)) (.mk [(.mk (.bind (.generated .holder 126)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 125)), .wild]) (.mk [] (.move (.generated .part 125))))]), (.construct (.adt 0 0) [(.copy (.generated .binding 2))])] false))] (.matchOn (.move (.generated .holder 126)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 130)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 131)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] false)))]))) ::
-    (.function (.generated .function 25) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.list .nat) (.mk [] (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 132)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 133)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 134)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 135)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 136)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 137)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 136)), (.move (.generated .operand 137))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 139)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] false))), (.construct (.nil .nat) [])])])])]))) ::
-    (.function (.generated .function 26) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 140)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 140)) [(.mk (.adt 0 0 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 27) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]))) ::
-    (.function (.generated .function 27) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 28) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 29) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))) ::
-    (.function (.generated .function 28) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 142)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 141))))), (.mk (.bind (.generated .operand 143)) none (.lit (.nat 0)))] (.cond (.call (.runtime .natEq) [(.move (.generated .operand 142)), (.move (.generated .operand 143))] false) (.mk [(.mk (.bind (.generated .operand 144)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 145)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 144)), (.move (.generated .operand 145))] false)) (.mk [] (.lit (.bool false)))))) ::
-    (.function (.generated .function 29) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 146)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 146)))) (.copy (.generated .binding 1))))) ::
-    []) } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.adt 1)], (.option (.adt 1))), true), (([(.list (.adt 2)), (.adt 2)], (.list (.adt 2))), false), (([(.list (.adt 2)), .nat], (.list (.adt 2))), false)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.call (.function 2) [(.copy (.generated .binding 0))] true))], (.matchOn (.move (.generated .holder 2)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 3))))])))), (.mk (.err (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.pair .nat (.list (.adt 0))) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat (.list (.adt 0))), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok .nat (.pair .bool .bool)) [(.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 3))))]))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), (some 2)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list (.adt 0))) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.adt 1) .bool)) (.call (.function 3) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 7)) none (.block (.mk [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 5)))))] (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 4)), .wild, .wild]) (.mk [] (.move (.generated .part 4))))]))))], (.matchOn (.move (.generated .holder 7)) [(.mk .none (.mk [] (.succeed (.construct (.err (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))] (.move (.generated .part 12)))), (.block (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))] (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])))] false)])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.succeed (.construct (.ok (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 8)))) (.block (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))]))))]))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchArms (st := (.option (.pair .nat (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 6)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 5)))))]) (tail := (.matchOn (.move (.generated .holder 6)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 4)), .wild, .wild]) (.mk [] (.move (.generated .part 4))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 4))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 5)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 5))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.err (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.call (.function 4) [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))] (.move (.generated .part 12)))), (.block (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))] (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])))] false)]))) (Corr.mCons (Γ' := [(2, (.pair .nat (.adt 2)), (some 2)), (1, (.pair (.adt 1) .bool), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.ok (.pair .nat (.list (.adt 0))) (.pair .bool .bool)) [(.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))] (.move (.generated .part 8)))) (.block (.mk [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))] (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))]))))]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .nat (.list (.adt 0)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 8)), .wild]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 8))) (Corr.first (ta := .nat) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))] (.move (.generated .part 10)))))]) (tail := (.matchOn (.move (.generated .holder 11)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 9))]) (.mk [] (.move (.generated .part 9))))])) (Corr.fieldHeld (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 9))) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 10))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 10))) (Corr.second (ta := .nat) (tb := (.adt 2)) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bool, .bool]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 12))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 12))) (Corr.second (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))] (.move (.generated .part 14)))))]) (tail := (.matchOn (.move (.generated .holder 15)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 13)), .wild]) (.mk [] (.move (.generated .part 13))))])) (Corr.fieldHeld (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 13))) (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := (.adt 1)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl))) rfl rfl rfl))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.construct (.closure 0 6) [(.copy (.generated .binding 0))]), (.lit (.nat 8)), (.call (.function 7) [(.copy (.generated .binding 0))] false)] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (.mk [] (.lit (.bool false)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool true)))) (.mk [] (.pair (.lit (.bool false)) (.lit (.bool false))))), [(1, .bool, (some 1)), (0, .bool, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.cond (.copy (.generated .binding 0)) (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))] (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (.mk [] (.lit (.bool false))))) (lk := []) (Corr.cond (lc := []) (ce := (.copy (.generated .binding 0))) (lk := []) (Corr.bOfE (Corr.var rfl rfl)) (Corr.kIf (la := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .boolNot) [(.move (.generated .operand 16))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.bool]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl)))) (Corr.kIf (la := []) (ta := (.pair (.lit (.bool false)) (.lit (.bool true)))) (lb := []) (tb := (.pair (.lit (.bool false)) (.lit (.bool false)))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 17)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 17)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 17))), (.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.adt 1))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 18)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 18) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.adt 1)]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.adt 1), (some 4)), (3, .nat, (some 3)), (2, (.adt 1), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.adt 1)] (.option (.adt 1))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 5) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.adt 1)] (.option (.adt 1))), .nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 8) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.nat, (.adt 1)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 10) []), (.construct (.nil (.adt 2)) []), (.construct .cons [(.construct (.adt 2 0) [(.call (.function 11) [(.copy (.generated .binding 0))] false), (.construct (.nil (.adt 0)) [])]), (.construct (.nil (.adt 2)) [])])] false))], (.construct (.adt 1 0) [(.clone (.generated .binding 1)), (.construct (.none (.pair .nat (.adt 2))) []), (.block (.mk [(.mk (.bind (.generated .operand 20)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false))), (.construct (.adt 3 0) [(.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 22)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 22))] false)))])]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.build (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 20)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 21)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 22))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil)))))) rfl))⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 24)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, (.bind (.generated .part 23)), .wild, .wild]) (.mk [] (.move (.generated .part 23))))]))], (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 25)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))]))] (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))] (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])))]))), (.mk (.some .wild) (.mk [] (.succeed (.construct (.none (.adt 1)) []))))]), [(1, (.adt 1), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat (.adt 2)))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 23))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 26)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [(.bind (.generated .part 25)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 25))))]))]) (tail := (.matchOn (.uncons (.generated .holder 26)) [(.mk .none (.mk [] (.succeed (.construct (.none (.adt 1)) [])))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))] (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])))])) (Corr.mCons (Γ' := [(2, (.pair .nat (.adt 2)), none), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 25))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.adt 1)) []))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 28)) none (.call (.function 12) [(.copy (.generated .binding 0)), (.matchOn (.clone (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 27)), .wild]) (.mk [] (.move (.generated .part 27))))])] true))]) (tail := (.matchOn (.move (.generated .holder 28)) [(.mk .none (.mk [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))] (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [] (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))))])) (Corr.mNil) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 27))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .binding 6)) (some (.list (.adt 2))) (.call (.function 13) [(.clone (.generated .binding 3))] false)), (.mk (.bind (.generated .binding 7)) (some (.list (.adt 2))) (.clone (.generated .binding 6))), (.mk (.bind (.generated .binding 8)) (some (.list (.adt 2))) (.block (.mk [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))] (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)))), (.mk (.bind (.generated .binding 9)) (some (.list (.adt 2))) (.call (.function 9) [(.construct (.closure 1 14) []), (.construct (.nil (.adt 2)) []), (.clone (.generated .binding 8))] false))]) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.clone (.generated .binding 9)), (.construct (.none (.pair .nat (.adt 2))) []), (.cond (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))]) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))] (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false))), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true))), (.block (.mk [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))] (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true))), (.block (.mk [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))] (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true))), (.block (.mk [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true))), (.block (.mk [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true))), (.block (.mk [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))))])])]))) (Corr.mCons (Γ' := [(5, .nat, (some 5)), (4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (1, (.adt 1), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct .some [(.construct (.adt 1 0) [(.move (.generated .binding 4)), (.construct .some [(.pair (.copy (.generated .binding 5)) (.move (.generated .binding 3)))]), (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 29)), .wild]) (.mk [] (.move (.generated .part 29))))]), (.construct (.adt 3 0) [(.block (.mk [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true))), (.block (.mk [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))] (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))]))), (.block (.mk [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))] (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))]))), (.block (.mk [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))] (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))]))), (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true))), (.block (.mk [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))] (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])))])])]))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat (.adt 2))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 29))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 33)) none (.block (.mk [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))] (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])))), (.mk (.bind (.generated .operand 34)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 32)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 31))]) (.mk [] (.move (.generated .part 31))))]))]) (tail := (.matchOn (.move (.generated .holder 32)) [(.mk (.adt 3 0 [(.bind (.generated .part 30)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 30))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 30))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 31))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 37)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 36))]) (.mk [] (.move (.generated .part 36))))]))]) (tail := (.matchOn (.move (.generated .holder 37)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 35)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 35))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 35))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 36))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 40)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 39))]) (.mk [] (.move (.generated .part 39))))]))]) (tail := (.matchOn (.move (.generated .holder 40)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 38)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 38))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 38))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 39))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 43)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 42))]) (.mk [] (.move (.generated .part 42))))]))]) (tail := (.matchOn (.move (.generated .holder 43)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 41)), .wild, .wild]) (.mk [] (.move (.generated .part 41))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 41))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 42))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 47)) none (.block (.mk [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))] (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])))), (.mk (.bind (.generated .operand 48)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 47)), (.move (.generated .operand 48))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 46)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 45))]) (.mk [] (.move (.generated .part 45))))]))]) (tail := (.matchOn (.move (.generated .holder 46)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 44)), .wild]) (.mk [] (.move (.generated .part 44))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 44))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 45))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 51)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 50))]) (.mk [] (.move (.generated .part 50))))]))]) (tail := (.matchOn (.move (.generated .holder 51)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 49))]) (.mk [] (.move (.generated .part 49))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 49))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 50))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))))) rfl)) (Corr.lNil)))))) rfl)) (Corr.lNil))) rfl))) rfl rfl rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.var rfl rfl) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 7))), (.mk (.bind (.generated .operand 53)) none (.move (.generated .binding 4)))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 52)), (.move (.generated .operand 53))] false)) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.build (ts := [(.adt 1)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (mask := [false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, (.bind (.generated .part 54)), .wild]) (.mk [] (.move (.generated .part 54))))])) (lk := []) (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 54))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 56)) none (.lit (.nat 3))), (.mk (.bind (.generated .operand 57)) none (.block (.mk [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))] (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false))))]) (tb := (.call (.runtime .natLt) [(.move (.generated .operand 56)), (.move (.generated .operand 57))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 55)) none (.move (.generated .binding 8)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 55))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (mask := [false, false, false, false, false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 61)) none (.block (.mk [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))] (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])))), (.mk (.bind (.generated .operand 62)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 61)), (.move (.generated .operand 62))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 60)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 59))]) (.mk [] (.move (.generated .part 59))))]))]) (tail := (.matchOn (.move (.generated .holder 60)) [(.mk (.adt 3 0 [(.bind (.generated .part 58)), .wild, .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 58))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 58))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 59))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 67)) none (.block (.mk [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))] (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])))), (.mk (.bind (.generated .operand 68)) none (.call (.function 15) [(.matchOn (.move (.generated .binding 3)) [(.mk (.adt 2 0 [(.bind (.generated .part 66)), .wild]) (.mk [] (.move (.generated .part 66))))])] false))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 67)), (.move (.generated .operand 68))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 65)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 64))]) (.mk [] (.move (.generated .part 64))))]))]) (tail := (.matchOn (.move (.generated .holder 65)) [(.mk (.adt 3 0 [.wild, (.bind (.generated .part 63)), .wild, .wild, .wild, .wild]) (.mk [] (.move (.generated .part 63))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 63))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 64))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 66))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 73)) none (.block (.mk [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))] (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])))), (.mk (.bind (.generated .operand 74)) none (.block (.mk [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))] (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false))))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 73)), (.move (.generated .operand 74))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 71)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 70))]) (.mk [] (.move (.generated .part 70))))]))]) (tail := (.matchOn (.move (.generated .holder 71)) [(.mk (.adt 3 0 [.wild, .wild, (.bind (.generated .part 69)), .wild, .wild, .wild]) (.mk [] (.move (.generated .part 69))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 69))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 70))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 72)) none (.move (.generated .binding 6)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 72))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 78)) none (.block (.mk [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))] (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])))), (.mk (.bind (.generated .operand 79)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 78)), (.move (.generated .operand 79))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 77)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 76))]) (.mk [] (.move (.generated .part 76))))]))]) (tail := (.matchOn (.move (.generated .holder 77)) [(.mk (.adt 3 0 [.wild, .wild, .wild, (.bind (.generated .part 75)), .wild, .wild]) (.mk [] (.move (.generated .part 75))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 75))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 76))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 83)) none (.block (.mk [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))] (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])))), (.mk (.bind (.generated .operand 84)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 83)), (.move (.generated .operand 84))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 82)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 81))]) (.mk [] (.move (.generated .part 81))))]))]) (tail := (.matchOn (.move (.generated .holder 82)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, (.bind (.generated .part 80)), .wild]) (.mk [] (.move (.generated .part 80))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 80))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 81))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))]) (tail := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false) (.mk [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (.mk [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))] (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])))) (Corr.cond (lc := [(.mk (.bind (.generated .operand 89)) none (.block (.mk [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))] (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])))), (.mk (.bind (.generated .operand 90)) none (.block (.mk [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))] (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 89)), (.move (.generated .operand 90))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .holder 87)) none (.matchOn (.clone (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 86))]) (.mk [] (.move (.generated .part 86))))]))]) (tail := (.matchOn (.move (.generated .holder 87)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 85))]) (.mk [] (.move (.generated .part 85))))])) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 85))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 86))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 88)) none (.clone (.generated .binding 9)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 88))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 91)) none (.move (.generated .binding 9)))]) (ta := (.call (.runtime .lengthList) [(.move (.generated .operand 91))] false)) (lb := [(.mk (.bind (.generated .holder 94)) none (.matchOn (.move (.generated .binding 1)) [(.mk (.adt 1 0 [.wild, .wild, .wild, (.bind (.generated .part 93))]) (.mk [] (.move (.generated .part 93))))]))]) (tb := (.matchOn (.move (.generated .holder 94)) [(.mk (.adt 3 0 [.wild, .wild, .wild, .wild, .wild, (.bind (.generated .part 92))]) (.mk [] (.move (.generated .part 92))))])) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.fieldHeld (ts := [.nat, .nat, .nat, .nat, .nat, .nat]) (rd := (.move (.generated .part 92))) (Corr.eOfBNil (Corr.fieldRead (ts := [(.list (.adt 2)), (.option (.pair .nat (.adt 2))), .bool, (.adt 3)]) (rd := (.move (.generated .part 93))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl rfl rfl rfl rfl)))) (Corr.lNil)))))))) rfl)) (Corr.lNil)))))) rfl)) (Corr.lNil))) rfl))))))) rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 95)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 95)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list (.adt 2))) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list (.adt 2)), (some 4)), (3, (.adt 2), (some 3)), (2, (.list (.adt 2)), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 9) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list (.adt 2)), (.adt 2)] (.list (.adt 2))), (.list (.adt 2)), (.list (.adt 2))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 96)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 96) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list (.adt 2)), (.adt 2)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 98)) none (.block (.mk [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)))), (.mk (.bind (.generated .operand 99)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 98)), (.move (.generated .operand 99))] false) (.mk [(.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 101)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (.mk [] (.move (.generated .binding 0)))), [(1, (.adt 2), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 98)) none (.block (.mk [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)))), (.mk (.bind (.generated .operand 99)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 98)), (.move (.generated .operand 99))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 97)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 97))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 100)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 101)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.call (.runtime .appendList) [(.move (.generated .operand 100)), (.move (.generated .operand 101))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.copy (.generated .binding 0)) (.lit (.nat 0))), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))))⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 102)) none (.call (.function 16) [(.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 102)) [(.mk .none (.mk [] (.succeed (.construct (.none .nat) [])))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.none .nat) []))))))]), [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.construct (.none .nat) []))) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair .nat .nat), (some 1)), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] true)) (lk := []) (Corr.callOps (ts := [.nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 2))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 18) [(.move (.generated .binding 0))] false), [(0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 2)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 104)) none (.block (.mk [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)))), (.mk (.bind (.generated .operand 105)) none (.lit (.nat 3)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 104)), (.move (.generated .operand 105))] false) (.mk [(.mk (.bind (.generated .operand 106)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 107)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false)) (.mk [] (.move (.generated .binding 0)))), [(1, (.adt 2), (some 1)), (0, (.list (.adt 2)), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 104)) none (.block (.mk [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)))), (.mk (.bind (.generated .operand 105)) none (.lit (.nat 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 104)), (.move (.generated .operand 105))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 103)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 103))] false)) (Corr.prim (ts := [(.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 106)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 107)) none (.construct .cons [(.move (.generated .binding 1)), (.construct (.nil (.adt 2)) [])]))]) (ta := (.call (.runtime .appendList) [(.move (.generated .operand 106)), (.move (.generated .operand 107))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 108)) none (.call (.function 19) [(.copy (.generated .binding 0))] false))], (.call (.runtime .lengthList) [(.move (.generated .operand 108))] false), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 110)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 109)))))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 110)), (.move (.generated .operand 111))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 112))))])) (.mk [] (.construct (.none .nat) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 110)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 111)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 109)))))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 110)), (.move (.generated .operand 111))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 109))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 109))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 112))))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 112))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 112))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 115)) none (.block (.mk [(.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] true)))), (.mk (.bind (.generated .operand 116)) none (.copy (.generated .binding 0)))], (.succeed (.call (.runtime .natLe) [(.move (.generated .operand 115)), (.move (.generated .operand 116))] false)), [(1, .nat, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 113)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 114)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 113)), (.move (.generated .operand 114))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 20) [(.construct (.closure 2 21) [(.clone (.generated .binding 0))]), (.construct (.nil (.adt 2)) []), (.call (.function 19) [(.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 117)), .wild]) (.mk [] (.move (.generated .part 117))))])] false)] false), [(0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.adt 2)]) (mask := [false]) (af := false) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 117))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 119)) none (.block (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 118))))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 22) [(.copy (.generated .binding 1))] false))] (.cond (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))]))))))], (.matchOn (.move (.generated .holder 119)) [(.mk (.ok (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3)))), (.mk (.err .wild) (.mk [] (.construct (.nil .nat) [])))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result (.list .nat) (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 118))))), (.mk (.bind (.generated .binding 2)) (some (.list .nat)) (.call (.function 22) [(.copy (.generated .binding 1))] false))]) (tail := (.cond (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false) (.mk [] (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (.mk [] (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))) (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 118)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 118))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 23) [(.copy (.generated .binding 1)), (.clone (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.nat, (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct (.ok (.list .nat) (.pair .bool .bool)) [(.move (.generated .binding 2))])) (lb := []) (tb := (.construct (.err (.list .nat) (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.build (ts := [(.list .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))) (Corr.mCons (Γ' := [(3, (.list .nat), (some 3)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mCons (Γ' := [(4, (.pair .bool .bool), none), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.nil .nat) [])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 120)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 120)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 20) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))] (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list (.adt 2)), .nat] (.list (.adt 2))), (.list (.adt 2)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 121)) (some (.fn 2)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 121) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.list (.adt 2)), .nat]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun21 : FunOK program krate flags 21 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 24) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 2))] false), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.adt 2), (.list (.adt 2)), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun22 : FunOK program krate flags 22 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 25) [(.copy (.generated .binding 0))] false), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [.nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun23 : FunOK program krate flags 23 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 123)) none (.block (.mk [(.mk (.bind (.generated .operand 122)) none (.move (.generated .binding 1)))] (.call (.runtime .lengthList) [(.move (.generated .operand 122))] false)))), (.mk (.bind (.generated .operand 124)) none (.lit (.nat 4)))], (.call (.runtime .natLe) [(.move (.generated .operand 123)), (.move (.generated .operand 124))] false), [(1, (.list .nat), (some 1)), (0, .nat, none)], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 122)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .lengthList) [(.move (.generated .operand 122))] false)) (Corr.prim (ts := [(.list .nat)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun24 : FunOK program krate flags 24 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 126)) none (.call (.function 26) [(.matchOn (.clone (.generated .binding 0)) [(.mk (.adt 2 0 [(.bind (.generated .part 125)), .wild]) (.mk [] (.move (.generated .part 125))))]), (.construct (.adt 0 0) [(.copy (.generated .binding 2))])] false))], (.matchOn (.move (.generated .holder 126)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 130)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 131)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))]), (.construct (.nil (.adt 2)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] false)))]), [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 125))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(3, (.pair .nat .nat), (some 3)), (2, .nat, (some 2)), (1, (.list (.adt 2)), (some 1)), (0, (.adt 2), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .operand 130)) none (.move (.generated .binding 1))), (.mk (.bind (.generated .operand 131)) none (.construct .cons [(.construct (.adt 2 0) [(.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))] (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)))]), (.construct (.nil (.adt 2)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 130)), (.move (.generated .operand 131))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [(.list (.adt 2)), (.list (.adt 2))]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 2), (.list (.adt 2))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [(.pair .nat .nat), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 128)) none (.matchOn (.move (.generated .binding 0)) [(.mk (.adt 2 0 [.wild, (.bind (.generated .part 127))]) (.mk [] (.move (.generated .part 127))))])), (.mk (.bind (.generated .operand 129)) none (.construct .cons [(.construct (.adt 0 0) [(.copy (.generated .binding 2))]), (.construct (.nil (.adt 0)) [])]))]) (tail := (.call (.runtime .appendList) [(.move (.generated .operand 128)), (.move (.generated .operand 129))] false)) (Corr.prim (ts := [(.list (.adt 0)), (.list (.adt 0))]) (Corr.opsCons (Corr.eOfBNil (Corr.fieldRead (ts := [(.pair .nat .nat), (.list (.adt 0))]) (rd := (.move (.generated .part 127))) (Corr.var rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.eOfBNil (Corr.build (ts := [(.adt 0), (.list (.adt 0))]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun25 : FunOK program krate flags 25 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 132)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 133)) none (.lit (.nat 10)))] (.call (.runtime .natSub) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 134)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 135)) none (.lit (.nat 20)))] (.call (.runtime .natSub) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 136)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 137)) none (.lit (.nat 30)))] (.call (.runtime .natSub) [(.move (.generated .operand 136)), (.move (.generated .operand 137))] false))), (.construct .cons [(.block (.mk [(.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 139)) none (.lit (.nat 50)))] (.call (.runtime .natSub) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] false))), (.construct (.nil .nat) [])])])])]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 132)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 133)) none (.lit (.nat 10)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 132)), (.move (.generated .operand 133))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 134)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 135)) none (.lit (.nat 20)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 134)), (.move (.generated .operand 135))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 136)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 137)) none (.lit (.nat 30)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 136)), (.move (.generated .operand 137))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 138)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 139)) none (.lit (.nat 50)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 138)), (.move (.generated .operand 139))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun26 : FunOK program krate flags 26 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 140)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 140)) [(.mk (.adt 0 0 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 27) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]), [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 27) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun27 : FunOK program krate flags 27 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 28) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 29) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 28) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 29) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun28 : FunOK program krate flags 28 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 142)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 141))))), (.mk (.bind (.generated .operand 143)) none (.lit (.nat 0)))], (.cond (.call (.runtime .natEq) [(.move (.generated .operand 142)), (.move (.generated .operand 143))] false) (.mk [(.mk (.bind (.generated .operand 144)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 145)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 144)), (.move (.generated .operand 145))] false)) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 142)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 141))))), (.mk (.bind (.generated .operand 143)) none (.lit (.nat 0)))]) (ce := (.call (.runtime .natEq) [(.move (.generated .operand 142)), (.move (.generated .operand 143))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 141))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 141))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 144)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 145)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .natLt) [(.move (.generated .operand 144)), (.move (.generated .operand 145))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun29 : FunOK program krate flags 29 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 146)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 146)))) (.copy (.generated .binding 1))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 146)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 146))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | 21 => exact fun21
-  | 22 => exact fun22
-  | 23 => exact fun23
-  | 24 => exact fun24
-  | 25 => exact fun25
-  | 26 => exact fun26
-  | 27 => exact fun27
-  | 28 => exact fun28
-  | 29 => exact fun29
-  | _ + 30 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7.lean
deleted file mode 100644
index a571dbbde..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7.lean
+++ /dev/null
@@ -1,200 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import Reasoning.Budget
-import Reasoning.Clinic
-import Reasoning.Main
-import Reasoning.Planner
-import Reasoning.Screening
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [.nat]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build .pair (.pair .nat .nat) [(.var 0), (.var 0)])]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.pair .nat .nat) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
-      body := (.call 4 [(.closure 5 []), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 4))]), (.call 6 [(.var 0)])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
-      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 3))])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.second (.var 0))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.adt 0)),
-      body := (.«match» (.option (.adt 0)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 0)) [(.build (.adt 0) (.adt 0) [])]) (.build .none (.option (.adt 0)) [])) [(.arm .some [1] (.build .some (.option (.adt 0)) [(.var 1)])), (.arm .none [] (.call 13 [(.closure 14 [(.var 0)]), (.build .none (.option (.adt 0)) []), (.call 15 [(.var 0)])]))]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 16 [(.var 0)])), (.arm (.adt 1) [2] (.call 17 [(.var 0), (.var 2)]))]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 2)), (.second (.var 0))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)], result := (.option (.adt 0)),
-      body := (.«match» (.option (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 13 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.pair .nat .nat), (.option (.adt 0)), .nat], result := (.option (.adt 0)),
-      body := (.«match» (.option (.adt 0)) (.var 1) [(.arm .some [3] (.build .some (.option (.adt 0)) [(.var 3)])), (.arm .none [] (.cond (.call 18 [(.var 0), (.var 2)]) (.build .some (.option (.adt 0)) [(.build (.adt 1) (.adt 0) [(.var 2)])]) (.build .none (.option (.adt 0)) [])))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 19 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 18 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 20 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.second (.var 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.value .nat (.nat 1))])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.var 1)])]) }] }
-
-def __enc_0 : (Reasoning.Budget.Spend.Step Nat) -> _root_.LexLeanTarget.TargetSyntax.Value
-  | Reasoning.Budget.Spend.Step.Tick => _root_.LexLeanTarget.TargetSyntax.Value.adt 0 []
-  | Reasoning.Budget.Spend.Step.Burn __x0 => _root_.LexLeanTarget.TargetSyntax.Value.adt 1 [(_root_.LexLeanTarget.TargetSyntax.Value.nat __x0)]
-
-def __fits_12 (s : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_12 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 12 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_12 s) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Budget.Tick.guard Nat s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (2 : Nat) (s).2))
-
-def __fits_18 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble k (s).2) then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)))
-
-theorem __rel_18 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 18 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_18 s k) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Budget.Burn.guard Nat s k))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then ((Bool.true && (Bool.true && Bool.true)) && Bool.true) else (Bool.true && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b && (Nat.blt (0 : Nat) k))) (Nat.ble k (s).2) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe k (s).2)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) k))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))
-
-def __fits_14 (_ys : (Prod Nat Nat)) (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) : Bool :=
-  (Bool.true && ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && (Bool.true && Bool.true)) && (__fits_18 (_ys) (_yb))) && (if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))))
-
-attribute [local irreducible] Reasoning.Budget.Burn.guard in
-theorem __rel_14 (_ys : (Prod Nat Nat)) (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) : _root_.LexLeanPreservation.FunRel __prog 14 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), ((_root_.LexLeanPreservation.encOption __enc_0) _yacc), (_root_.LexLeanTarget.TargetSyntax.Value.nat _yb)] (_root_.LexLeanPreservation.Rel (__fits_14 _ys _yacc _yb) ((_root_.LexLeanPreservation.encOption __enc_0) (((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_0) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && (Bool.true && Bool.true)) && (__fits_18 (_ys) (_yb))) && (if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => (_root_.LexLeanPreservation.encOption __enc_0) ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))))) _yacc (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_0) (if __b then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))) (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_18 (_ys) (_yb))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_15 (s : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_15 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 15 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_15 s) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Burn.candidates Nat s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_9 (_ys : (Prod Nat Nat)) : Bool :=
-  ((((Bool.true && Bool.true) && (__fits_12 (_ys))) && (if (Reasoning.Budget.Tick.guard Nat (_ys)) then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) && ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat (if (Reasoning.Budget.Tick.guard Nat (_ys)) then (Option.some ((Reasoning.Budget.Spend.Step.Tick : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_15 (_ys))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __fits_14 (_ys) __p0 __p1) ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys))))))))
-
-attribute [local irreducible] Reasoning.Budget.Burn.candidates Reasoning.Budget.Burn.guard Reasoning.Budget.Tick.guard in
-theorem __rel_9 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 9 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_9 _ys) ((_root_.LexLeanPreservation.encOption __enc_0) (Reasoning.Budget.Spend.select Nat _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_0) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), Bool) (__k1 : Bool) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : Bool)) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && Bool.true) && Bool.true)) ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (__fits_15 (_ys))) && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __fits_14 (_ys) __p0 __p1) ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys)))))))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => (_root_.LexLeanPreservation.encOption __enc_0) ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat __a (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((_root_.LexLeanCollections.listFold ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys))) : (Option (Reasoning.Budget.Spend.Step Nat)))))) (if (Reasoning.Budget.Tick.guard Nat (_ys)) then (Option.some ((Reasoning.Budget.Spend.Step.Tick : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption __enc_0) (if __b then (Option.some ((Reasoning.Budget.Spend.Step.Tick : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat))))) (Reasoning.Budget.Tick.guard Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (_ys))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_adt) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) _ => match __a with | Option.some _yfound => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_15 (_ys))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.nat) (es := (_root_.LexLeanPreservation.encOption __enc_0)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) ((fun (_yacc : (Option (Reasoning.Budget.Spend.Step Nat))) (_yb : Nat) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : ∀ (_yfound : (Reasoning.Budget.Spend.Step T)), (Option (Reasoning.Budget.Spend.Step Nat))) (__k1 : (Option (Reasoning.Budget.Spend.Step Nat))) => (match __a with | Option.some _yfound => __k0 _yfound | Option.none => __k1 : (Option (Reasoning.Budget.Spend.Step Nat)))) Nat _yacc (fun (_yfound : (Reasoning.Budget.Spend.Step Nat)) => (Option.some (_yfound) : (Option (Reasoning.Budget.Spend.Step Nat)))) ((if (Reasoning.Budget.Burn.guard Nat (_ys) (_yb)) then (Option.some ((Reasoning.Budget.Spend.Step.Burn (_yb) : (Reasoning.Budget.Spend.Step Nat))) : (Option (Reasoning.Budget.Spend.Step Nat))) else (Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))))))) (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __fits_14 (_ys) __p0 __p1) 14 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (fun (__p0 : (Option (Reasoning.Budget.Spend.Step Nat))) (__p1 : Nat) => __rel_14 (_ys) __p0 __p1) (p := __prog) (fi := 13) (ta := .nat) (ts := (.option (.adt 0))) rfl ((Option.none : (Option (Reasoning.Budget.Spend.Step Nat)))) ((Reasoning.Budget.Burn.candidates Nat (_ys)))))))))
-
-def __fits_19 (s : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_19 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 19 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_19 s) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Tick.conclusion Nat s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (s).2 (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_16 (s : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_12 (s))) && (if (Reasoning.Budget.Tick.guard Nat (s)) then ((((Bool.true && Bool.true) && (__fits_19 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Budget.Tick.conclusion Reasoning.Budget.Tick.guard in
-theorem __rel_16 (s : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 16 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s)] (_root_.LexLeanPreservation.Rel (__fits_16 s) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Tick.apply Nat s))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && Bool.true) && (__fits_19 (s))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Budget.Tick.conclusion Nat (s))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Budget.Tick.guard Nat (s)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_12 (s))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_19 (s))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_20 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
-  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true)
-
-theorem __rel_20 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 20 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_20 s k) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Burn.conclusion Nat s k))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (s).2 k)) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_17 (s : (Prod Nat Nat)) (k : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_18 (s) (k))) && (if (Reasoning.Budget.Burn.guard Nat (s) (k)) then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_20 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] Reasoning.Budget.Burn.conclusion Reasoning.Budget.Burn.guard in
-theorem __rel_17 (s : (Prod Nat Nat)) (k : Nat) : _root_.LexLeanPreservation.FunRel __prog 17 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) s), (_root_.LexLeanTarget.TargetSyntax.Value.nat k)] (_root_.LexLeanPreservation.Rel (__fits_17 s k) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Burn.apply Nat s k))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (__fits_20 (s) (k))) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (if __b then (Option.some ((Reasoning.Budget.Burn.conclusion Nat (s) (k))) : (Option (Prod Nat Nat))) else (Option.none : (Option (Prod Nat Nat))))) (Reasoning.Budget.Burn.guard Nat (s) (k)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_18 (s) (k))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_20 (s) (k))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_10 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Budget.Spend.Step Nat)) : Bool :=
-  (Bool.true && ((fun (T : Type) (__a : (Reasoning.Budget.Spend.Step T)) (__k0 : Bool) (__k1 : ∀ (_yb : Nat), Bool) => (match __a with | Reasoning.Budget.Spend.Step.Tick => __k0 | Reasoning.Budget.Spend.Step.Burn _yb => __k1 _yb : Bool)) Nat _ystep (((Bool.true && Bool.true) && (__fits_16 (_ys)))) (fun (_yb : Nat) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (_ys) (_yb))))))
-
-attribute [local irreducible] Reasoning.Budget.Burn.apply Reasoning.Budget.Tick.apply in
-theorem __rel_10 (_ys : (Prod Nat Nat)) (_ystep : (Reasoning.Budget.Spend.Step Nat)) : _root_.LexLeanPreservation.FunRel __prog 10 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys), (__enc_0 _ystep)] (_root_.LexLeanPreservation.Rel (__fits_10 _ys _ystep) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Spend.fire Nat _ys _ystep))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV __enc_0 (fun (__a : (Reasoning.Budget.Spend.Step Nat)) => ((fun (T : Type) (__a : (Reasoning.Budget.Spend.Step T)) (__k0 : Bool) (__k1 : ∀ (_yb : Nat), Bool) => (match __a with | Reasoning.Budget.Spend.Step.Tick => __k0 | Reasoning.Budget.Spend.Step.Burn _yb => __k1 _yb : Bool)) Nat __a (((Bool.true && Bool.true) && (__fits_16 (_ys)))) (fun (_yb : Nat) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_17 (_ys) (_yb)))))) (fun (__a : (Reasoning.Budget.Spend.Step Nat)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((fun (T : Type) (__a : (Reasoning.Budget.Spend.Step T)) (__k0 : (Option (Prod Nat Nat))) (__k1 : ∀ (_yb : Nat), (Option (Prod Nat Nat))) => (match __a with | Reasoning.Budget.Spend.Step.Tick => __k0 | Reasoning.Budget.Spend.Step.Burn _yb => __k1 _yb : (Option (Prod Nat Nat)))) Nat __a ((Reasoning.Budget.Tick.apply Nat (_ys))) (fun (_yb : Nat) => (Reasoning.Budget.Burn.apply Nat (_ys) (_yb))))) _ystep (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Reasoning.Budget.Spend.Step Nat)) _ => match __a with | Reasoning.Budget.Spend.Step.Tick => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_16 (_ys)))) | Reasoning.Budget.Spend.Step.Burn _yb => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_17 (_ys) (_yb)))))))
-
-def __fits_5 (_ys : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_9 (_ys))) && ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : Bool) (__k1 : ∀ (_ystep : (Reasoning.Budget.Spend.Step T)), Bool) => (match __a with | Option.none => __k0 | Option.some _ystep => __k1 _ystep : Bool)) Nat (Reasoning.Budget.Spend.select Nat (_ys)) ((Bool.true && Bool.true)) (fun (_ystep : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep))))))
-
-attribute [local irreducible] Reasoning.Budget.Spend.fire Reasoning.Budget.Spend.select in
-theorem __rel_5 (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 5 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_5 _ys) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (Reasoning.Budget.Spend.next Nat _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption __enc_0) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : Bool) (__k1 : ∀ (_ystep : (Reasoning.Budget.Spend.Step T)), Bool) => (match __a with | Option.none => __k0 | Option.some _ystep => __k1 _ystep : Bool)) Nat __a ((Bool.true && Bool.true)) (fun (_ystep : (Reasoning.Budget.Spend.Step Nat)) => ((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (_ys) (_ystep)))))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) ((fun (T : Type) (__a : (Option (Reasoning.Budget.Spend.Step T))) (__k0 : (Option (Prod Nat Nat))) (__k1 : ∀ (_ystep : (Reasoning.Budget.Spend.Step T)), (Option (Prod Nat Nat))) => (match __a with | Option.none => __k0 | Option.some _ystep => __k1 _ystep : (Option (Prod Nat Nat)))) Nat __a ((Option.none : (Option (Prod Nat Nat)))) (fun (_ystep : (Reasoning.Budget.Spend.Step Nat)) => (Reasoning.Budget.Spend.fire Nat (_ys) (_ystep))))) (Reasoning.Budget.Spend.select Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (_ys))) (fun (__a : (Option (Reasoning.Budget.Spend.Step Nat))) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _ystep => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_10 (_ys) (_ystep)))))))
-
-def __fits_6 (x : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((x).2 + (3 : Nat)) 18446744073709551616)) && Bool.true)) && Bool.true)
-
-theorem __rel_6 (x : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 6 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x)] (_root_.LexLeanPreservation.Rel (__fits_6 x) ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.observe Nat x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (x).2 (3 : Nat))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair)
-
-def __fits_2 (x : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt ((x).2 + (4 : Nat)) 18446744073709551616)) && (((Bool.true && Bool.true) && (__fits_6 (x))) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat Nat)) => __fits_5 __p0) ((Reasoning.Budget.Spend.next Nat)) (((x).2 + (4 : Nat))) ((Reasoning.Budget.Spend.observe Nat (x)))))
-
-attribute [local irreducible] Reasoning.Budget.Spend.observe in
-theorem __rel_2 (x : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 2 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x)] (_root_.LexLeanPreservation.Rel (__fits_2 x) ((_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (Reasoning.Budget.Spend.saturate Nat x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd (x).2 (4 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_6 (x))) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat)) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((Reasoning.Budget.Spend.next Nat)) (fun (__p0 : (Prod Nat Nat)) => __fits_5 __p0) 5 [] (fun (__p0 : (Prod Nat Nat)) => __rel_5 __p0) (_root_.LexLeanCollections.iterateUntil ((Reasoning.Budget.Spend.next Nat))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := (.pair .nat .nat)) rfl (((x).2 + (4 : Nat))) ((Reasoning.Budget.Spend.observe Nat (x)))))
-
-def __fits_8 (account : (Prod Nat Nat)) : Bool :=
-  ((Bool.true && Bool.true) && Bool.true)
-
-theorem __rel_8 (account : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 8 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) account)] (_root_.LexLeanPreservation.Rel (__fits_8 account) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.extract Nat account))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)
-
-def __fits_11 (x : (Prod Nat Nat)) (r : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_11 (x : (Prod Nat Nat)) (r : Nat) : _root_.LexLeanPreservation.FunRel __prog 11 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x), (_root_.LexLeanTarget.TargetSyntax.Value.nat r)] (_root_.LexLeanPreservation.Rel (__fits_11 x r) (_root_.LexLeanTarget.TargetSyntax.Value.bool (Reasoning.Budget.emptyCheck (Prod Nat Nat) x r))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natEq r (0 : Nat)))
-
-def __fits_7 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (x) (_yv))) && (if (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Budget.Spend.extract Reasoning.Budget.emptyCheck in
-theorem __rel_7 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_7 x _ys) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.accept Nat x _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.none => (Bool.true && Bool.true) | Option.some _yv => (((Bool.true && (Bool.true && Bool.true)) && (__fits_11 (x) (_yv))) && (if (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.none => (Option.none : (Option Nat)) | Option.some _yv => (if (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat))))) (Reasoning.Budget.Spend.extract Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) | Option.some _yv => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (_yv) : (Option Nat)) else (Option.none : (Option Nat)))) (Reasoning.Budget.emptyCheck (Prod Nat Nat) (x) (_yv)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_11 (x) (_yv))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))))
-
-def __fits_3 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (x) (_ys))) && (match (Reasoning.Budget.Spend.accept Nat (x) (_ys)) with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Budget.Spend.accept Reasoning.Budget.Spend.extract in
-theorem __rel_3 (x : (Prod Nat Nat)) (_ys : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) _ys)] (_root_.LexLeanPreservation.Rel (__fits_3 x _ys) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.conclude Nat x _ys))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => ((Bool.true && Bool.true) && Bool.true) | Option.none => (((Bool.true && Bool.true) && (__fits_8 (_ys))) && (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.ok (_yv) : (Except (Prod Bool Bool) Nat)) | Option.none => (match (Reasoning.Budget.Spend.extract Nat (_ys)) with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat))))) (Reasoning.Budget.Spend.accept Nat (x) (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (x) (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_ok)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Option Nat)) => (match __a with | Option.some _yv => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) | Option.none => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option Nat)) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Option.some _yv => (Except.error (((Bool.true, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)) | Option.none => (Except.error (((Bool.false, Bool.true) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (Reasoning.Budget.Spend.extract Nat (_ys)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_8 (_ys))) (fun (__a : (Option Nat)) _ => match __a with | Option.some _yv => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error)))))))))
-
-def __fits_1 (x : (Prod Nat Nat)) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_2 (x))) && (let _yfinal : (Prod (Prod Nat Nat) Bool) := (Reasoning.Budget.Spend.saturate Nat (x)); (Bool.true && (match (_yfinal).2 with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (x) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))))
-
-attribute [local irreducible] Reasoning.Budget.Spend.conclude Reasoning.Budget.Spend.saturate in
-theorem __rel_1 (x : (Prod Nat Nat)) : _root_.LexLeanPreservation.FunRel __prog 1 [((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.nat) x)] (_root_.LexLeanPreservation.Rel (__fits_1 x) ((_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (Reasoning.Budget.Spend.verdict Nat x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let _yfinal : (Prod (Prod Nat Nat) Bool) := (Reasoning.Budget.Spend.saturate Nat (x)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_2 (x))) (_root_.LexLeanPreservation.conv_matchV _root_.LexLeanTarget.TargetSyntax.Value.bool (fun (__a : Bool) => (match __a with | Bool.true => ((Bool.true && (Bool.true && Bool.true)) && (__fits_3 (x) ((_yfinal).1))) | Bool.false => (((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : Bool) => (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (match __a with | Bool.true => (Reasoning.Budget.Spend.conclude Nat (x) ((_yfinal).1)) | Bool.false => (Except.error (((Bool.false, Bool.false) : (Prod Bool Bool))) : (Except (Prod Bool Bool) Nat)))) (_yfinal).2 (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl)) (fun (__a : Bool) _ => match __a with | Bool.true => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) _root_.LexLeanPreservation.convL_nil)) (__rel_3 (x) ((_yfinal).1)))) | Bool.false => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_error))))))
-
-def __fits_0 (x : Nat) : Bool :=
-  (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_1 ((x, x)))) && (match (Reasoning.Budget.Spend.verdict Nat ((x, x))) with | Except.ok left => Bool.true | Except.error failure => Bool.true))
-
-attribute [local irreducible] Reasoning.Budget.Spend.verdict in
-theorem __rel_0 (x : Nat) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.spendLeft x))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encExcept (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.bool _root_.LexLeanTarget.TargetSyntax.Value.bool) _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun (__a : (Except (Prod Bool Bool) Nat)) => (match __a with | Except.ok left => Bool.true | Except.error failure => Bool.true)) (fun (__a : (Except (Prod Bool Bool) Nat)) => _root_.LexLeanTarget.TargetSyntax.Value.nat (match __a with | Except.ok left => left | Except.error failure => (9 : Nat))) (Reasoning.Budget.Spend.verdict Nat ((x, x))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) (__rel_1 ((x, x)))) (fun (__a : (Except (Prod Bool Bool) Nat)) _ => match __a with | Except.ok left => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Except.error failure => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (x : Nat) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 x) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.spendLeft x)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (x : Nat) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.nat x)] (_root_.LexLeanPreservation.Rel (__fits_0 x) (_root_.LexLeanTarget.TargetSyntax.Value.nat (Reasoning.Main.spendLeft x))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 x)
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/Compose/RustStd.lex.tex b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/Compose/RustStd.lex.tex
deleted file mode 100644
index 17317d901..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,505 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7,
-  LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.__wt_0 : @18 := @398 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.__wt_0],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [propext]},
-  transparency: semireducible
-}
-theorem LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.root : @1017 := @1018 {
-  all: [LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.program
-@1 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.krate
-@2 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.flags
-@3 := Reasoning.Budget.Spend.Step
-@4 := Nat
-@5 := @3 @4
-@6 := #0
-@8 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.__enc_0 @6
-@9 := LexLeanPreservation.Rust.WT
-@10 := LexLeanTarget.TargetSyntax.Ty.adt
-@11 := 0
-@12 := @10 @11
-@13 := @9 @0
-@14 := @13 @1
-@15 := @14 @2
-@17 := @15 @8 @12
-@18 := (__v : @5) -> @17
-@19 := fun (__v : @5) => @17
-@20 := LexLeanTarget.TargetSyntax.Value
-@21 := LexLeanTarget.TargetSyntax.Ty
-@22 := List.nil.{0}
-@23 := List.cons.{0}
-@24 := @22 @20
-@25 := @22 @21
-@26 := LexLeanTarget.TargetSyntax.Program
-@27 := LexLeanPreservation.Rust.RCrate
-@28 := LexLeanPreservation.Rust.Flags
-@29 := LexLeanPreservation.Rust.WTL
-@30 := #2
-@31 := @29 @30
-@32 := #1
-@39 := {p : @26} -> {c : @27} -> {A : @28} -> @31 @32 @6 @24 @25
-@41 := LexLeanPreservation.Rust.wtl_nil @0
-@42 := @29 @0
-@48 := {c : @27} -> {A : @28} -> @42 @32 @6 @24 @25
-@49 := @41 @1
-@50 := @42 @1
-@54 := {A : @28} -> @50 @6 @24 @25
-@55 := @49 @2
-@56 := @50 @2
-@57 := @56 @24
-@58 := @57 @25
-@59 := List.{0}
-@60 := @59 @20
-@61 := @59 @21
-@62 := Eq.{1}
-@63 := Option.{0}
-@64 := @63 @61
-@65 := @62 @64
-@66 := LexLeanPreservation.Rust.adtFields
-@67 := #6
-@68 := @66 @67
-@69 := #3
-@72 := @65 (@68 @69 @30)
-@73 := Option.some.{0}
-@74 := @73 @61
-@75 := @74 @6
-@76 := @72 @75
-@77 := #7
-@79 := @29 @77 @67
-@80 := #5
-@83 := @79 @80 @30 @32
-@84 := #8
-@87 := @9 @84 @77 @67
-@88 := LexLeanTarget.TargetSyntax.Value.adt
-@89 := #4
-@91 := @88 @89 @69
-@92 := @87 @91
-@93 := @10 @80
-@103 := {p : @26} ->
-  {c : @27} ->
-  {A : @28} ->
-  {i : @4} -> {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @76) -> (hf : @83) -> @92 @93
-@105 := LexLeanPreservation.Rust.wt_adt @0
-@106 := @66 @0
-@110 := @65 (@106 @69 @30) @75
-@114 := @42 @67 @80 @30 @32
-@126 := {c : @27} ->
-  {A : @28} ->
-  {i : @4} ->
-  {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @110) -> (hf : @114) -> @13 @77 @67 @91 @93
-@127 := @105 @1
-@130 := @50 @80 @30 @32
-@140 := {A : @28} ->
-  {i : @4} -> {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @110) -> (hf : @130) -> @14 @67 @91 @93
-@141 := @127 @2
-@143 := @56 @30 @32
-@144 := @15 @91
-@151 := {i : @4} -> {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @110) -> (hf : @143) -> @144 @93
-@152 := @141 @11
-@153 := @106 @11
-@162 := {k : @4} -> {fs : @60} -> {tys : @61} -> (h : @65 (@153 @30) @75) -> (hf : @143) -> @144 @12
-@163 := @152 @11
-@164 := @153 @11
-@165 := @65 @164
-@166 := @165 @75
-@167 := @88 @11
-@174 := {fs : @60} -> {tys : @61} -> (h : @166) -> (hf : @143) -> @15 (@167 @69) @12
-@175 := @163 @24
-@176 := @57 @32
-@179 := @15 (@167 @24) @12
-@182 := {tys : @61} -> (h : @166) -> (hf : @176) -> @179
-@183 := @175 @25
-@187 := (h : @165 (@74 @25)) -> (hf : @58) -> @179
-@188 := Eq.refl.{1}
-@189 := @188 @64
-@192 := @183 (@189 @164) @55
-@193 := LexLeanTarget.TargetSyntax.Value.nat
-@194 := @193 @6
-@195 := LexLeanTarget.TargetSyntax.Ty.nat
-@204 := {p : @26} -> {c : @27} -> {A : @28} -> (n : @4) -> @9 @69 @30 @32 @194 @195
-@206 := LexLeanPreservation.Rust.wt_nat @0
-@213 := {c : @27} -> {A : @28} -> (n : @4) -> @13 @30 @32 @194 @195
-@214 := @206 @1
-@219 := {A : @28} -> (n : @4) -> @14 @32 @194 @195
-@220 := @214 @2
-@222 := @15 @194 @195
-@223 := (n : @4) -> @222
-@224 := @220 @6
-@225 := @23 @20
-@227 := @225 @194 @24
-@228 := @23 @21
-@229 := @228 @195
-@230 := @229 @25
-@235 := @9 @67 @80 @89 @69 @30
-@238 := @29 @84 @77 @67
-@240 := @225 @80 @69
-@241 := @238 @240
-@243 := @228 @89 @30
-@253 := {p : @26} ->
-  {c : @27} ->
-  {A : @28} ->
-  {v : @20} -> {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @235) -> (hs : @83) -> @241 @243
-@255 := LexLeanPreservation.Rust.wtl_cons @0
-@271 := {c : @27} ->
-  {A : @28} ->
-  {v : @20} ->
-  {t : @21} ->
-  {vs : @60} -> {ts : @61} -> (h : @13 @80 @89 @69 @30) -> (hs : @114) -> @42 @77 @67 @240 @243
-@272 := @255 @1
-@285 := {A : @28} ->
-  {v : @20} ->
-  {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @14 @89 @69 @30) -> (hs : @130) -> @50 @67 @240 @243
-@286 := @272 @2
-@296 := {v : @20} ->
-  {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @15 @69 @30) -> (hs : @143) -> @56 @240 @243
-@297 := @286 @194
-@298 := @193 @69
-@299 := @15 @298
-@300 := @299 @30
-@301 := @193 @80
-@302 := @225 @301
-@304 := @56 (@302 @69)
-@310 := {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @300) -> (hs : @143) -> @304 @243
-@311 := @297 @195
-@312 := @193 @30
-@314 := @15 @312 @195
-@315 := @193 @89
-@316 := @225 @315
-@318 := @56 (@316 @69)
-@319 := @229 @30
-@324 := {vs : @60} -> {ts : @61} -> (h : @314) -> (hs : @143) -> @318 @319
-@325 := @311 @24
-@326 := @193 @32
-@328 := @15 @326 @195
-@330 := @225 @298 @24
-@331 := @56 @330
-@335 := {ts : @61} -> (h : @328) -> (hs : @176) -> @331 @319
-@336 := @325 @25
-@338 := @225 @312 @24
-@339 := @56 @338
-@342 := (h : @222) -> (hs : @58) -> @339 @230
-@343 := @336 @224
-@345 := @225 @326 @24
-@346 := @56 @345
-@347 := @346 @230
-@348 := (hs : @58) -> @347
-@349 := @343 @55
-@351 := @56 @227 @230
-@352 := 1
-@353 := @152 @352
-@354 := @153 @352
-@355 := @65 @354
-@356 := @355 @75
-@357 := @88 @352
-@364 := {fs : @60} -> {tys : @61} -> (h : @356) -> (hf : @143) -> @15 (@357 @69) @12
-@365 := @353 @227
-@372 := {tys : @61} -> (h : @356) -> (hf : @339 @32) -> @15 (@357 @330) @12
-@373 := @365 @230
-@380 := (h : @355 (@74 @230)) -> (hf : @347) -> @15 (@357 @338) @12
-@382 := @373 (@189 @354)
-@386 := (hf : @351) -> @15 (@357 @345) @12
-@387 := @382 @349
-@390 := @15 (@357 @227) @12
-@391 := fun (__x0 : @4) => @387
-@398 := fun (__v : @5) => Reasoning.Budget.Spend.Step.casesOn.{0} @4 @19 @6 @192 @391
-@399 := @220 @32
-@402 := Prod.{0, 0} @4 @20
-@406 := Prod.mk.{0, 0} @4 @20 @11
-@407 := @406 @326
-@408 := @22 @402
-@409 := @23 @402
-@411 := @409 @407 @408
-@412 := Bool.true
-@413 := LexLeanTarget.TargetSyntax.Function
-@414 := LexLeanTarget.TargetSyntax.Program.functions
-@415 := @414 @0
-@416 := @22 @4
-@417 := LexLeanTarget.TargetSyntax.Ty.unit
-@418 := LexLeanTarget.TargetSyntax.Value.unit
-@421 := LexLeanTarget.TargetSyntax.Expr.value @417 @418
-@426 := LexLeanTarget.TargetSyntax.Function.mk @416 @25 @417 @421
-@431 := List.getD.{0} @413 @415 @11 @426
-@435 := fun (__e_n : @4) => LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.root @6 @11
-@436 := @286 @326
-@438 := @15 @315 @30
-@439 := @193 @67
-@440 := @225 @439
-@448 := {t : @21} -> {vs : @60} -> {ts : @61} -> (h : @438) -> (hs : @143) -> @56 (@440 @69) @243
-@449 := @436 @195
-@455 := {vs : @60} -> {ts : @61} -> (h : @299 @195) -> (hs : @143) -> @304 @319
-@456 := @449 @24
-@457 := @316 @24
-@458 := @56 @457
-@462 := {ts : @61} -> (h : @314) -> (hs : @176) -> @458 @319
-@463 := @456 @25
-@466 := (h : @328) -> (hs : @58) -> @331 @230
-@468 := @463 @399 @55
-@469 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.denote
-@470 := @469 @32
-@471 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.__fits_0
-@472 := @471 @32
-@475 := @193 (Reasoning.Main.spendLeft @32)
-@477 := LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.root @32
-@478 := Bool
-@479 := Ne.{1}
-@480 := LexLeanPreservation.Obs
-@481 := @479 @480
-@482 := LexLeanPreservation.Rel
-@485 := @481 (@482 @32 @6)
-@486 := LexLeanPreservation.Obs.stuck
-@489 := (f : @478) -> (v : @20) -> @485 @486
-@491 := LexLeanPreservation.Rust.rel_ne_stuck @472
-@497 := (v : @20) -> @481 (@482 (@471 @30) @6) @486
-@498 := @491 @475
-@502 := @481 (@482 @472 @475) @486
-@503 := @59 @402
-@504 := LexLeanPreservation.Rust.FunSem
-@505 := #9
-@511 := (n : @4) -> @504 @505 @84 @77 @6 @67
-@512 := @63 @413
-@513 := @62 @512
-@520 := LexLeanRuntime.index (@59 @413) @413 (LexLeanRuntime.instIndexableList @413)
-@524 := @513 (@520 (@414 @505) @67)
-@525 := @73 @413
-@526 := @525 @80
-@527 := @524 @526
-@528 := #10
-@532 := @29 @528 @505 @84 @80
-@533 := LexLeanTarget.TargetSyntax.Function.types
-@534 := @533 @67
-@535 := @532 @534
-@536 := @63 @503
-@537 := @62 @536
-@538 := LexLeanTarget.TargetSemantics.bindAll
-@539 := LexLeanTarget.TargetSyntax.Function.parameters
-@544 := @537 (@538 (@539 @77) @67 @408)
-@545 := @73 @503
-@546 := @545 @80
-@547 := @544 @546
-@548 := @63 @478
-@549 := @62 @548
-@550 := LexLeanPreservation.Rust.fnFallible
-@551 := #11
-@554 := @549 (@550 @551 @505)
-@555 := @73 @478
-@556 := @555 @80
-@557 := @554 @556
-@558 := LexLeanPreservation.RunConv
-@559 := #13
-@563 := @558 @559 @528 @84 @80
-@565 := @481 @67 @486
-@566 := Exists.{1}
-@567 := LexLeanPreservation.Rust.ROut
-@568 := @566 @567
-@569 := And
-@570 := LexLeanPreservation.Rust.RealizesFn
-@574 := @569 (@570 @505 @84 @6)
-@575 := LexLeanPreservation.Rust.RCI
-@577 := @575 #15
-@578 := LexLeanPreservation.Rust.fnIdent
-@579 := @578 @559
-@586 := (hne : @565) -> @568 (fun (ro : @567) => @574 (@577 @579 @551 @6))
-@601 := {p : @26} ->
-  {c : @27} ->
-  {A : @28} ->
-  {f : @4} ->
-  {fn : @413} ->
-  {args : @60} ->
-  {env : @503} ->
-  {F : @478} ->
-  {o : @480} ->
-  (hB : @511) ->
-  (hfn : @527) -> (hwt : @535) -> (hbind : @547) -> (hF : @557) -> (hA : @563) -> @586
-@603 := LexLeanPreservation.Rust.compose @0
-@604 := @504 @0
-@609 := (n : @4) -> @604 @84 @77 @6 @67
-@610 := @520 @415
-@613 := @513 (@610 @67) @526
-@617 := @42 @505 @84 @80 @534
-@618 := @558 @0
-@621 := @618 @528 @84 @80
-@635 := {c : @27} ->
-  {A : @28} ->
-  {f : @4} ->
-  {fn : @413} ->
-  {args : @60} ->
-  {env : @503} ->
-  {F : @478} ->
-  {o : @480} ->
-  (hB : @609) ->
-  (hfn : @613) -> (hwt : @617) -> (hbind : @547) -> (hF : @557) -> (hA : @621) -> @586
-@636 := @603 @1
-@637 := @604 @1
-@641 := (n : @4) -> @637 @77 @6 @67
-@644 := @50 @84 @80 @534
-@645 := @550 @1
-@648 := @549 (@645 @505) @556
-@649 := @575 @1
-@659 := (hbind : @547) ->
-  (hF : @648) -> (hA : @621) -> (hne : @565) -> @568 (fun (ro : @567) => @574 (@649 @579 @551 @6))
-@669 := {A : @28} ->
-  {f : @4} ->
-  {fn : @413} ->
-  {args : @60} ->
-  {env : @503} -> {F : @478} -> {o : @480} -> (hB : @641) -> (hfn : @613) -> (hwt : @644) -> @659
-@670 := @636 @2
-@672 := @637 @2 @6
-@674 := (n : @4) -> @672 @67
-@675 := @56 @80
-@676 := @675 @534
-@685 := {f : @4} ->
-  {fn : @413} ->
-  {args : @60} ->
-  {env : @503} -> {F : @478} -> {o : @480} -> (hB : @674) -> (hfn : @613) -> (hwt : @676) -> @659
-@686 := @670 @11
-@688 := (n : @4) -> @672 @11
-@689 := @610 @11
-@690 := @513 @689
-@691 := @690 @526
-@692 := @645 @11
-@693 := @549 @692
-@694 := @693 @556
-@695 := @618 @11
-@697 := @695 @84 @80
-@699 := @649 (@578 @11)
-@707 := (hF : @694) -> (hA : @697) -> (hne : @565) -> @568 (fun (ro : @567) => @574 (@699 @551 @6))
-@716 := {fn : @413} ->
-  {args : @60} ->
-  {env : @503} ->
-  {F : @478} -> {o : @480} -> (hB : @688) -> (hfn : @691) -> (hwt : @676) -> (hbind : @547) -> @707
-@717 := @686 @431
-@719 := @690 (@525 @431)
-@720 := @533 @431
-@721 := @675 @720
-@723 := @538 (@539 @431)
-@735 := {args : @60} ->
-  {env : @503} ->
-  {F : @478} ->
-  {o : @480} ->
-  (hB : @688) -> (hfn : @719) -> (hwt : @721) -> (hbind : @537 (@723 @67 @408) @546) -> @707
-@736 := @717 @345
-@737 := @440 @24
-@739 := @56 @737 @720
-@742 := @225 (@193 @77) @24
-@746 := @537 (@723 @742 @408) @546
-@749 := @225 (@193 @505) @24
-@770 := {env : @503} ->
-  {F : @478} ->
-  {o : @480} ->
-  (hB : @688) ->
-  (hfn : @719) ->
-  (hwt : @739) ->
-  (hbind : @746) ->
-  (hF : @694) ->
-  (hA : @695 @749 @80) ->
-  (hne : @565) -> @568 (fun (ro : @567) => @574 (@699 (@225 (@193 #12) @24) @6))
-@771 := @736 @411
-@772 := @302 @24
-@774 := @56 @772 @720
-@782 := @537 (@723 @737 @408) (@545 (@409 (@406 @439) @408))
-@785 := @225 (@193 @84) @24
-@804 := {F : @478} ->
-  {o : @480} ->
-  (hB : @688) ->
-  (hfn : @719) ->
-  (hwt : @774) ->
-  (hbind : @782) ->
-  (hF : @694) ->
-  (hA : @695 @785 @80) ->
-  (hne : @565) -> @568 (fun (ro : @567) => @574 (@699 (@225 (@193 @551) @24) @6))
-@805 := @771 @412
-@806 := @458 @720
-@814 := @537 (@723 @772 @408) (@545 (@409 (@406 @301) @408))
-@816 := @693 (@555 @412)
-@818 := @695 @742 @80
-@819 := @570 @412
-@838 := {o : @480} ->
-  (hB : @688) ->
-  (hfn : @719) ->
-  (hwt : @806) ->
-  (hbind : @814) ->
-  (hF : @816) ->
-  (hA : @818) ->
-  (hne : @565) -> @568 (fun (ro : @567) => @569 (@819 @84 @6) (@699 (@225 (@193 @528) @24) @6))
-@839 := @805 @470
-@840 := @331 @720
-@848 := @537 (@723 @457 @408) (@545 (@409 (@406 @315) @408))
-@849 := @695 @737
-@850 := @469 @67
-@851 := @849 @850
-@852 := @469 @77
-@870 := (hB : @688) ->
-  (hfn : @719) ->
-  (hwt : @840) ->
-  (hbind : @848) ->
-  (hF : @816) ->
-  (hA : @851) ->
-  (hne : @481 @852 @486) -> @568 (fun (ro : @567) => @569 (@819 (@469 @505) @6) (@699 @749 @6))
-@871 := @839 @435
-@872 := @339 @720
-@880 := @537 (@723 @330 @408) (@545 (@409 (@406 @298) @408))
-@881 := @695 @772
-@882 := @469 @80
-@900 := (hfn : @719) ->
-  (hwt : @872) ->
-  (hbind : @880) ->
-  (hF : @816) ->
-  (hA : @881 @882) ->
-  (hne : @481 @850 @486) -> @568 (fun (ro : @567) => @569 (@819 (@469 @84) @6) (@699 @785 @6))
-@903 := @871 (@188 @512 @689)
-@904 := @346 @720
-@912 := @537 (@723 @338 @408) (@545 (@409 (@406 @312) @408))
-@913 := @695 @457
-@914 := @469 @89
-@930 := (hwt : @904) ->
-  (hbind : @912) ->
-  (hF : @816) ->
-  (hA : @913 @914) ->
-  (hne : @481 @882 @486) -> @568 (fun (ro : @567) => @569 (@819 @852 @6) (@699 @742 @6))
-@931 := @903 @468
-@933 := @723 @345 @408
-@936 := @537 @933 (@545 @411)
-@937 := @695 @330
-@938 := @469 @69
-@953 := (hbind : @936) ->
-  (hF : @816) ->
-  (hA : @937 @938) ->
-  (hne : @481 @914 @486) -> @568 (fun (ro : @567) => @569 (@819 @850 @6) (@699 @737 @6))
-@956 := @931 (@188 @536 @933)
-@957 := @695 @338
-@958 := @469 @30
-@972 := (hF : @816) ->
-  (hA : @957 @958) ->
-  (hne : @481 @938 @486) -> @568 (fun (ro : @567) => @569 (@819 @882 @6) (@699 @772 @6))
-@975 := @956 (@188 @548 @692)
-@989 := (hA : @695 @345 @470) ->
-  (hne : @481 @958 @486) -> @568 (fun (ro : @567) => @569 (@819 @914 @6) (@699 @457 @6))
-@990 := @975 @477
-@1001 := (hne : @481 @470 @486) -> @568 (fun (ro : @567) => @569 (@819 @938 @6) (@699 @330 @6))
-@1002 := @990 @498
-@1008 := @569 (@819 @958 @6) (@699 @338 @6)
-@1010 := @568 (fun (ro : @567) => @1008)
-@1012 := @568 (fun (__e_ro : @567) => @1008)
-@1014 := LexLeanPreservation.Rust.RepresentableL @227
-@1015 := (__e_hrep : @1014) -> @1012
-@1016 := fun (__e_hrep : @1014) => @1002
-@1017 := (x : @4) -> @1015
-@1018 := fun (x : @4) => @1016
-\end{coremodule}
-\end{lexlean}
diff --git a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/RustStd.lean b/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/RustStd.lean
deleted file mode 100644
index 077bc85f5..000000000
--- a/examples/reasoning/expected/verify/preserve/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/RustStd.lean
+++ /dev/null
@@ -1,198 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [{ constructors := [[], [.nat]] }], functions := [
-    { parameters := [0], types := [.nat], result := .nat,
-      body := (.«match» .nat (.call 1 [(.build .pair (.pair .nat .nat) [(.var 0), (.var 0)])]) [(.arm .ok [1] (.var 1)), (.arm .error [2] (.value .nat (.nat 9)))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«let» 1 (.pair (.pair .nat .nat) .bool) (.call 2 [(.var 0)]) (.«match» (.result .nat (.pair .bool .bool)) (.second (.var 1)) [(.arm .true [] (.call 3 [(.var 0), (.first (.var 1))])), (.arm .false [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .false .bool [])])]))])) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
-      body := (.call 4 [(.closure 5 []), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 4))]), (.call 6 [(.var 0)])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.result .nat (.pair .bool .bool)),
-      body := (.«match» (.result .nat (.pair .bool .bool)) (.call 7 [(.var 0), (.var 1)]) [(.arm .some [2] (.build .ok (.result .nat (.pair .bool .bool)) [(.var 2)])), (.arm .none [] (.«match» (.result .nat (.pair .bool .bool)) (.call 8 [(.var 1)]) [(.arm .some [3] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .true .bool []), (.build .false .bool [])])])), (.arm .none [] (.build .error (.result .nat (.pair .bool .bool)) [(.build .pair (.pair .bool .bool) [(.build .false .bool []), (.build .true .bool [])])]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)], result := (.pair (.pair .nat .nat) .bool),
-      body := (.«match» (.pair (.pair .nat .nat) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat .nat) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat .nat) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.call 9 [(.var 0)]) [(.arm .none [] (.build .none (.option (.pair .nat .nat)) [])), (.arm .some [1] (.call 10 [(.var 0), (.var 1)]))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natAdd [(.second (.var 0)), (.value .nat (.nat 3))])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.pair .nat .nat)], result := (.option .nat),
-      body := (.«match» (.option .nat) (.call 8 [(.var 1)]) [(.arm .none [] (.build .none (.option .nat) [])), (.arm .some [2] (.cond (.call 11 [(.var 0), (.var 2)]) (.build .some (.option .nat) [(.var 2)]) (.build .none (.option .nat) [])))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option .nat),
-      body := (.build .some (.option .nat) [(.second (.var 0))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.adt 0)),
-      body := (.«match» (.option (.adt 0)) (.cond (.call 12 [(.var 0)]) (.build .some (.option (.adt 0)) [(.build (.adt 0) (.adt 0) [])]) (.build .none (.option (.adt 0)) [])) [(.arm .some [1] (.build .some (.option (.adt 0)) [(.var 1)])), (.arm .none [] (.call 13 [(.closure 14 [(.var 0)]), (.build .none (.option (.adt 0)) []), (.call 15 [(.var 0)])]))]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), (.adt 0)], result := (.option (.pair .nat .nat)),
-      body := (.«match» (.option (.pair .nat .nat)) (.var 1) [(.arm (.adt 0) [] (.call 16 [(.var 0)])), (.arm (.adt 1) [2] (.call 17 [(.var 0), (.var 2)]))]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.prim .natEq [(.var 1), (.value .nat (.nat 0))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := .bool,
-      body := (.prim .natLt [(.value .nat (.nat 2)), (.second (.var 0))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)], result := (.option (.adt 0)),
-      body := (.«match» (.option (.adt 0)) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 13 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [(.pair .nat .nat), (.option (.adt 0)), .nat], result := (.option (.adt 0)),
-      body := (.«match» (.option (.adt 0)) (.var 1) [(.arm .some [3] (.build .some (.option (.adt 0)) [(.var 3)])), (.arm .none [] (.cond (.call 18 [(.var 0), (.var 2)]) (.build .some (.option (.adt 0)) [(.build (.adt 1) (.adt 0) [(.var 2)])]) (.build .none (.option (.adt 0)) [])))]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.list .nat),
-      body := (.build .cons (.list .nat) [(.value .nat (.nat 2)), (.build .cons (.list .nat) [(.value .nat (.nat 1)), (.build .nil (.list .nat) [])])]) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 12 [(.var 0)]) (.build .some (.option (.pair .nat .nat)) [(.call 19 [(.var 0)])]) (.build .none (.option (.pair .nat .nat)) [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.option (.pair .nat .nat)),
-      body := (.cond (.call 18 [(.var 0), (.var 1)]) (.build .some (.option (.pair .nat .nat)) [(.call 20 [(.var 0), (.var 1)])]) (.build .none (.option (.pair .nat .nat)) [])) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := .bool,
-      body := (.cond (.prim .natLe [(.var 1), (.second (.var 0))]) (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.build .false .bool [])) },
-    { parameters := [0], types := [(.pair .nat .nat)], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.value .nat (.nat 1))])]) },
-    { parameters := [0, 1], types := [(.pair .nat .nat), .nat], result := (.pair .nat .nat),
-      body := (.build .pair (.pair .nat .nat) [(.first (.var 0)), (.prim .natSub [(.second (.var 0)), (.var 1)])]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.adt 0) [{ number := 0, fields := [] }, { number := 1, fields := [.nat] }]),
-    (.enum (.fn 0) [{ number := 5, fields := [] }]),
-    (.apply 0 [(.pair .nat .nat)] (.option (.pair .nat .nat)) false [{ function := 5, captures := [], functionFallible := false }]),
-    (.enum (.fn 1) [{ number := 14, fields := [(.pair .nat .nat)] }]),
-    (.apply 1 [(.option (.adt 0)), .nat] (.option (.adt 0)) false [{ function := 14, captures := [.copy], functionFallible := false }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .nat }] (.fallible .nat) (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.pair (.copy (.generated .binding 0)) (.copy (.generated .binding 0)))] true))] (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible (.result .nat (.pair .bool .bool))) (.mk [(.mk (.bind (.generated .binding 1)) (some (.pair (.pair .nat .nat) .bool)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 2)))))] (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible (.pair (.pair .nat .nat) .bool)) (.mk [] (.succeed (.call (.function 4) [(.construct (.closure 0 5) []), (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 4)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))), (.call (.function 6) [(.copy (.generated .binding 0))] true)] false)))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.result .nat (.pair .bool .bool)) (.mk [(.mk (.bind (.generated .holder 8)) none (.call (.function 7) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat .nat) }] (.pair (.pair .nat .nat) .bool) (.mk [(.mk (.bind (.generated .holder 10)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 10)) (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 10))), (.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 13)) none (.call (.function 9) [(.copy (.generated .binding 0))] false))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false)))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.fallible (.pair .nat .nat)) (.mk [] (.succeed (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 14)))) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 15))))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] true))))))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat .nat) }] (.option .nat) (.mk [(.mk (.bind (.generated .holder 18)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option .nat) (.mk [] (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 19))))]))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.adt 0)) (.mk [(.mk (.bind (.generated .holder 20)) none (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 0 0) [])])) (.mk [] (.construct (.none (.adt 0)) []))))] (.matchOn (.move (.generated .holder 20)) [(.mk .none (.mk [] (.call (.function 13) [(.construct (.closure 1 14) [(.copy (.generated .binding 0))]), (.construct (.none (.adt 0)) []), (.call (.function 15) [(.copy (.generated .binding 0))] false)] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.adt 0) }] (.option (.pair .nat .nat)) (.mk [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 21)) [(.mk (.adt 0 0 []) (.mk [] (.call (.function 16) [(.copy (.generated .binding 0))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]))),
-    (.function (.generated .function 11) [{ pattern := .wild, type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 0)))] (.call (.runtime .natEq) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false))),
-    (.function (.generated .function 12) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] .bool (.mk [(.mk (.bind (.generated .operand 25)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 24)))))] (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))),
-    (.function (.generated .function 13) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.option (.adt 0)) }, { pattern := (.bind (.generated .binding 2)), type := (.list .nat) }] (.option (.adt 0)) (.mk [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 14) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := (.option (.adt 0)) }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.option (.adt 0)) (.mk [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (.mk [] (.construct (.none (.adt 0)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]))),
-    (.function (.generated .function 15) [{ pattern := .wild, type := (.pair .nat .nat) }] (.list .nat) (.mk [] (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])]))),
-    (.function (.generated .function 16) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 19) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))),
-    (.function (.generated .function 17) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.pair .nat .nat)) (.mk [] (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 20) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))))),
-    (.function (.generated .function 18) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 30)))))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false) (.mk [(.mk (.bind (.generated .operand 33)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (.mk [] (.lit (.bool false)))))),
-    (.function (.generated .function 19) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 35)))) (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 36))))), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)))))),
-    (.function (.generated .function 20) [{ pattern := (.bind (.generated .binding 0)), type := (.pair .nat .nat) }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.pair .nat .nat) (.mk [] (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 39)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 39)))) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 42)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.pair .nat .nat)], (.option (.pair .nat .nat))), false), (([(.option (.adt 0)), .nat], (.option (.adt 0))), false)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.pair (.copy (.generated .binding 0)) (.copy (.generated .binding 0)))] true))], (.matchOn (.move (.generated .holder 1)) [(.mk (.ok (.bind (.generated .binding 1))) (.mk [] (.succeed (.copy (.generated .binding 1))))), (.mk (.err .wild) (.mk [] (.succeed (.lit (.nat 9)))))]), [(0, .nat, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.result .nat (.pair .bool .bool))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .nat, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.copy (.generated .binding 1)))) (Corr.mCons (Γ' := [(2, (.pair .bool .bool), none), (0, .nat, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.lit (.nat 9)))) (Corr.mNil) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.value rfl rfl)))) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.var rfl rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some (.pair (.pair .nat .nat) .bool)) (.call (.function 2) [(.copy (.generated .binding 0))] true)), (.mk (.bind (.generated .holder 3)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.copy (.generated .binding 1)))] (.move (.generated .part 2)))))], (.cond (.move (.generated .holder 3)) (.mk [] (.succeed (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (.mk [] (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))])))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.matchBool (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 2))]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 2))) (Corr.second (ta := (.pair .nat .nat)) (tb := .bool) (Corr.var rfl rfl) rfl)) rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.copy (.generated .binding 0)), (.block (.mk [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))] (.move (.generated .part 4))))] false))) (lb := []) (tb := (.succeed (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool false)))]))) (Corr.fOfB (Corr.callOps (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 4)), .wild]) none (.copy (.generated .binding 1)))]) (tail := (.move (.generated .part 4))) (Corr.first (ta := (.pair .nat .nat)) (tb := .bool) (Corr.var rfl rfl) rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)))))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.call (.function 4) [(.construct (.closure 0 5) []), (.block (.mk [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 4)))] (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true))), (.call (.function 6) [(.copy (.generated .binding 0))] true)] false)), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 6)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.lit (.nat 4)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 5))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 8)) none (.call (.function 7) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [(.mk (.bind (.generated .holder 9)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))]))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])))]), [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := [(.mk (.bind (.generated .holder 9)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))]) (tail := (.matchOn (.move (.generated .holder 9)) [(.mk .none (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))]))), (.mk (.some .wild) (.mk [] (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])))])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.ok .nat (.pair .bool .bool)) [(.copy (.generated .binding 2))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool false)) (.lit (.bool true)))])) (Corr.mCons (Γ' := [(3, .nat, none), (1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.err .nat (.pair .bool .bool)) [(.pair (.lit (.bool true)) (.lit (.bool false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [(.pair .bool .bool)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.buildConst rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))) (Corr.lNil))) rfl)) rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 10)) (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool false)))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 10))), (.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false))))] (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.pair (.copy (.generated .binding 2)) (.lit (.bool false)))) (lb := [(.mk (.bind (.generated .holder 12)) none (.block (.mk [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false))))]) (tb := (.matchOn (.move (.generated .holder 12)) [(.mk .none (.mk [] (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))) (Corr.matchArms (st := (.option (.pair .nat .nat))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 11)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 11) [(.copy (.generated .binding 2))] false)) (Corr.apply (ps := [(.pair .nat .nat)]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))) (Corr.mCons (Γ' := [(4, (.pair .nat .nat), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat .nat), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.pair .nat .nat)] (.option (.pair .nat .nat))), .nat, (.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) rfl rfl rfl)))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 13)) none (.call (.function 9) [(.copy (.generated .binding 0))] false))], (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.construct (.none (.pair .nat .nat)) []))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.call (.function 10) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false)))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none (.pair .nat .nat)) [])) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 10) [(.copy (.generated .binding 0)), (.move (.generated .binding 1))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat), (.adt 0)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.succeed (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 14)))) (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 15))))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 3)))] (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] true))))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 14)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 14))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 15))))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 3)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 15))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 15))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))))⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 18)) none (.call (.function 8) [(.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 18)) [(.mk .none (.mk [] (.construct (.none .nat) []))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.cond (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))))]), [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct (.none .nat) [])) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.pair .nat .nat), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.copy (.generated .binding 2))])) (.mk [] (.construct (.none .nat) [])))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 11) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.copy (.generated .binding 2))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .some [(.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 19))))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 19))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lNil))) rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 20)) none (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.construct (.adt 0 0) [])])) (.mk [] (.construct (.none (.adt 0)) []))))], (.matchOn (.move (.generated .holder 20)) [(.mk .none (.mk [] (.call (.function 13) [(.construct (.closure 1 14) [(.copy (.generated .binding 0))]), (.construct (.none (.adt 0)) []), (.call (.function 15) [(.copy (.generated .binding 0))] false)] false))), (.mk (.some (.bind (.generated .binding 1))) (.mk [] (.construct .some [(.move (.generated .binding 1))])))]), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.cond (lc := []) (ce := (.call (.function 12) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 0 0) [])])) (lb := []) (tb := (.construct (.none (.adt 0)) [])) (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.mCons (Γ' := [(0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.construct (.closure 1 14) [(.copy (.generated .binding 0))]), (.construct (.none (.adt 0)) []), (.call (.function 15) [(.copy (.generated .binding 0))] false)] false)) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 1))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.pair .nat .nat)]) (mask := [false]) (af := false) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 21)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 21)) [(.mk (.adt 0 0 []) (.mk [] (.call (.function 16) [(.copy (.generated .binding 0))] false))), (.mk (.adt 0 1 [(.bind (.generated .binding 2))]) (.mk [] (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)))]), [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.adt 0)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 16) [(.copy (.generated .binding 0))] false)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.adt 0), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 17) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl)⟩⟩
-
-theorem fun11 : FunOK program krate flags 11 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 0)))], (.call (.runtime .natEq) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false), [(1, .nat, (some 1)), (0, (.pair .nat .nat), none)], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun12 : FunOK program krate flags 12 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 25)) none (.lit (.nat 2))), (.mk (.bind (.generated .operand 26)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 24)))))], (.call (.runtime .natLt) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 24))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 24))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun13 : FunOK program krate flags 13 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 27)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 27)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .nat), (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .nat)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .nat), (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .nat), (some 4)), (3, .nat, (some 3)), (2, (.list .nat), (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 13) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.option (.adt 0)), .nat] (.option (.adt 0))), (.option (.adt 0)), (.list .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 28)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 28) [(.move (.generated .binding 1)), (.copy (.generated .binding 3))] false)) (Corr.apply (ps := [(.option (.adt 0)), .nat]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun14 : FunOK program krate flags 14 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 29)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 29)) [(.mk .none (.mk [] (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (.mk [] (.construct (.none (.adt 0)) []))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.move (.generated .binding 3))])))]), [(2, .nat, (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.adt 0))) (U := []) (view := false) (idx := [1, 0]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false) (.mk [] (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (.mk [] (.construct (.none (.adt 0)) [])))) (Corr.mCons (Γ' := [(3, (.adt 0), (some 3)), (2, .nat, (some 2)), (1, (.option (.adt 0)), (some 1)), (0, (.pair .nat .nat), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 3))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.cond (lc := []) (ce := (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.construct (.adt 0 1) [(.copy (.generated .binding 2))])])) (lb := []) (tb := (.construct (.none (.adt 0)) [])) (Corr.build (ts := [(.adt 0)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) rfl rfl rfl)⟩⟩
-
-theorem fun15 : FunOK program krate flags 15 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.lit (.nat 2)), (.construct .cons [(.lit (.nat 1)), (.construct (.nil .nat) [])])]), [(0, (.pair .nat .nat), none)], rfl, rfl,
-    (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.nat, (.list .nat)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun16 : FunOK program krate flags 16 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 12) [(.copy (.generated .binding 0))] false) (.mk [] (.construct .some [(.call (.function 19) [(.copy (.generated .binding 0))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 12) [(.copy (.generated .binding 0))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 19) [(.copy (.generated .binding 0))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun17 : FunOK program krate flags 17 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false) (.mk [] (.construct .some [(.call (.function 20) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (.mk [] (.construct (.none (.pair .nat .nat)) []))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 18) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)) (lk := []) (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.call (.function 20) [(.copy (.generated .binding 0)), (.copy (.generated .binding 1))] false)])) (lb := []) (tb := (.construct (.none (.pair .nat .nat)) [])) (Corr.build (ts := [(.pair .nat .nat)]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [(.pair .nat .nat), .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun18 : FunOK program krate flags 18 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 30)))))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false) (.mk [(.mk (.bind (.generated .operand 33)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 1)))] (.call (.runtime .natLt) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (.mk [] (.lit (.bool false)))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 32)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 30)))))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 30))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 30))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .operand 33)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 34)) none (.copy (.generated .binding 1)))]) (ta := (.call (.runtime .natLt) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (lb := []) (tb := (.lit (.bool false))) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))⟩⟩
-
-theorem fun19 : FunOK program krate flags 19 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 35)))) (.block (.mk [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 36))))), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)))), [(0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 35)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 35))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 37)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 36))))), (.mk (.bind (.generated .operand 38)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 37)), (.move (.generated .operand 38))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 36))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 36))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
-
-theorem fun20 : FunOK program krate flags 20 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.pair (.block (.mk [(.mk (.tuple [(.bind (.generated .part 39)), .wild]) none (.copy (.generated .binding 0)))] (.move (.generated .part 39)))) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 42)) none (.copy (.generated .binding 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)))), [(1, .nat, (some 1)), (0, (.pair .nat .nat), (some 0))], rfl, rfl,
-    (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 39)), .wild]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 39))) (Corr.first (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 41)) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))] (.move (.generated .part 40))))), (.mk (.bind (.generated .operand 42)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 41)), (.move (.generated .operand 42))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 40))]) none (.copy (.generated .binding 0)))]) (tail := (.move (.generated .part 40))) (Corr.second (ta := .nat) (tb := .nat) (Corr.var rfl rfl) rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | 11 => exact fun11
-  | 12 => exact fun12
-  | 13 => exact fun13
-  | 14 => exact fun14
-  | 15 => exact fun15
-  | 16 => exact fun16
-  | 17 => exact fun17
-  | 18 => exact fun18
-  | 19 => exact fun19
-  | 20 => exact fun20
-  | _ + 21 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd
diff --git a/examples/reasoning/expected/verify/preserve/audit.txt b/examples/reasoning/expected/verify/preserve/audit.txt
index 60c30237c..d77d46704 100644
--- a/examples/reasoning/expected/verify/preserve/audit.txt
+++ b/examples/reasoning/expected/verify/preserve/audit.txt
@@ -7737,87 +7737,87 @@
 'LexLeanPreservation.encOption.eq_2' does not depend on any axioms
 'LexLeanPreservation.encPair.eq_1' does not depend on any axioms
 'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_3' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_4' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_3' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_0' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_2' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_3' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_1' depends on axioms: [propext]
-'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_3' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_4' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_3' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_0' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_2' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_3' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_1' depends on axioms: [propext]
+'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.__wt_0' depends on axioms: [propext]
 -- statement vocabulary
 inductive LexLeanPreservation.Obs : Type
 number of parameters: 0
diff --git a/examples/reasoning/expected/verify/preserve/preservation.json b/examples/reasoning/expected/verify/preserve/preservation.json
index 3a68f8ab5..7ecfeefa0 100644
--- a/examples/reasoning/expected/verify/preserve/preservation.json
+++ b/examples/reasoning/expected/verify/preserve/preservation.json
@@ -1 +1 @@
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diff --git a/examples/reasoning/expected/verify/probe/LexLeanProbe.P7b45b58d681c076cfd69727310b65f3f.lean b/examples/reasoning/expected/verify/probe/LexLeanProbe.P02b315b69b8881ec6f91f78f9b12c608.lean
similarity index 100%
rename from examples/reasoning/expected/verify/probe/LexLeanProbe.P7b45b58d681c076cfd69727310b65f3f.lean
rename to examples/reasoning/expected/verify/probe/LexLeanProbe.P02b315b69b8881ec6f91f78f9b12c608.lean
diff --git a/examples/reasoning/expected/verify/probe/process.json b/examples/reasoning/expected/verify/probe/process.json
index e14ea9ef8..1216aaa4c 100644
--- a/examples/reasoning/expected/verify/probe/process.json
+++ b/examples/reasoning/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P7b45b58d681c076cfd69727310b65f3f.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P7b45b58d681c076cfd69727310b65f3f","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P02b315b69b8881ec6f91f78f9b12c608.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P02b315b69b8881ec6f91f78f9b12c608","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.json
new file mode 100644
index 000000000..098b97db7
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.json
new file mode 100644
index 000000000..13ef2e0f4
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.json
new file mode 100644
index 000000000..8880a3355
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.json
new file mode 100644
index 000000000..47b59b2b5
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.json
new file mode 100644
index 000000000..d69078f1e
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.json
new file mode 100644
index 000000000..29bda675a
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.json
new file mode 100644
index 000000000..e04b1e379
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.json
new file mode 100644
index 000000000..16f582ad6
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.json
new file mode 100644
index 000000000..ab53d107a
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.json
new file mode 100644
index 000000000..1146b3f34
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.json
new file mode 100644
index 000000000..12fe79e27
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.json
new file mode 100644
index 000000000..094c6de1e
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.json
new file mode 100644
index 000000000..8903687f6
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.json
new file mode 100644
index 000000000..2d9843094
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.json
new file mode 100644
index 000000000..e206c1cb5
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.json
new file mode 100644
index 000000000..c0bc45f93
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.json
new file mode 100644
index 000000000..f868587fe
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.json
new file mode 100644
index 000000000..cbfa005e6
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.json
new file mode 100644
index 000000000..74182dad8
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.json
new file mode 100644
index 000000000..652200608
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.json
new file mode 100644
index 000000000..8f1fd30be
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.json
new file mode 100644
index 000000000..d8443528a
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.json
new file mode 100644
index 000000000..43e2391e4
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.json
new file mode 100644
index 000000000..780a3ff52
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.json
deleted file mode 100644
index a67cd3ee4..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.json
deleted file mode 100644
index 1ef37e986..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.json
deleted file mode 100644
index 2444c2cc6..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.json
deleted file mode 100644
index 496283d50..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.json
deleted file mode 100644
index 18d720c9e..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.json
deleted file mode 100644
index d911e017d..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.json
deleted file mode 100644
index 9211f1fb1..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.json
deleted file mode 100644
index a1482de10..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.json
deleted file mode 100644
index 3b620d78e..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.json
deleted file mode 100644
index 1b215d593..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.json
deleted file mode 100644
index bccf0faec..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.json
deleted file mode 100644
index d83a6bf0f..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.json
deleted file mode 100644
index 9d5e159d5..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.json
deleted file mode 100644
index 135978343..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.json
deleted file mode 100644
index 5cbddad88..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.json
deleted file mode 100644
index c218ebba3..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.json
deleted file mode 100644
index 95a96a15e..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.json
deleted file mode 100644
index 7128fba45..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.json
deleted file mode 100644
index d9d4d708c..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.json
deleted file mode 100644
index 4b2223648..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.json
deleted file mode 100644
index b2677f2d7..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.json
deleted file mode 100644
index 195c0699c..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.json
deleted file mode 100644
index 0a13ff000..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.json b/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.json
deleted file mode 100644
index 048d58fbf..000000000
--- a/examples/reasoning/expected/verify/process/leanchecker/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.Audit.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.Audit.json
index 24b2f415b..99ee76c4d 100644
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.Audit.json
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.Audit.json
@@ -1 +1 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_3' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_3' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_4' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_3' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_3' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"7c47fa4c01a1a6db3a11d32c7ab86849804a5d67eecf706a6db243d8f0be8297","tool":"lean"}
+{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_3' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.construct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_62' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.construct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_3' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_4' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_3' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_0' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_2' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_3' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.__wt_1' depends on axioms: [propext]\n'LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.__wt_0' depends on axioms: [propext]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"026749d82ce4aa383351e2ae3e4c64b890d92b8689cb61f9e869bf20c7e401a9","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.json
new file mode 100644
index 000000000..dd74493e6
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.json
new file mode 100644
index 000000000..f43b718b4
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.json
new file mode 100644
index 000000000..4d95737c4
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.json
new file mode 100644
index 000000000..f128aa611
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.json
new file mode 100644
index 000000000..c53a337e0
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.json
new file mode 100644
index 000000000..77aad317d
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.json
new file mode 100644
index 000000000..1257f7f74
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.json
new file mode 100644
index 000000000..dc02d542b
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.json
new file mode 100644
index 000000000..736edce7b
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.json
new file mode 100644
index 000000000..48e5ee084
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.json
new file mode 100644
index 000000000..c3d71932c
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.json
new file mode 100644
index 000000000..7de2799da
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.json
new file mode 100644
index 000000000..60df568e5
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.json
new file mode 100644
index 000000000..28d7d3f8d
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.json
new file mode 100644
index 000000000..d04847389
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.json
new file mode 100644
index 000000000..d97bd345c
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.json
new file mode 100644
index 000000000..d98df0439
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.json
new file mode 100644
index 000000000..d80a55f71
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.json
new file mode 100644
index 000000000..26656434f
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.json
new file mode 100644
index 000000000..98e919499
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.json
new file mode 100644
index 000000000..754105252
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R6.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.json
new file mode 100644
index 000000000..3999bcd41
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.json
new file mode 100644
index 000000000..8fc9a7579
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.json
new file mode 100644
index 000000000..5a822a4fe
--- /dev/null
+++ b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7.olean","$STAGING/preserve-src/LexLeanPreserve/C02b315b69b8881ec6f91f78f9b12c608/R7.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C02b315b69b8881ec6f91f78f9b12c608.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.json
deleted file mode 100644
index 728b929d0..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.json
deleted file mode 100644
index ee925f2a1..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.json
deleted file mode 100644
index ac2bf15f4..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.json
deleted file mode 100644
index 36ee3028d..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.json
deleted file mode 100644
index a48606b4b..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.json
deleted file mode 100644
index 827a446a5..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.json
deleted file mode 100644
index be7aef3bb..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.json
deleted file mode 100644
index 715f237b4..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.json
deleted file mode 100644
index 5b38add1c..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.json
deleted file mode 100644
index 01b8c10cd..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.json
deleted file mode 100644
index 9cbd12390..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.json
deleted file mode 100644
index d8cb7b171..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.json
deleted file mode 100644
index 5b8770eea..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.json
deleted file mode 100644
index 8922ff500..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.json
deleted file mode 100644
index 768374708..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.json
deleted file mode 100644
index 913dc7f9a..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/Compose/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/Compose/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.Compose.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.json
deleted file mode 100644
index a59657ac2..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/RustCore.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5/RustCore.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.RustCore","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.json
deleted file mode 100644
index f63026e60..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.json
deleted file mode 100644
index 678d683e7..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.json
deleted file mode 100644
index 29f8c7463..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.json
deleted file mode 100644
index 1bfb331e8..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R6.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.json
deleted file mode 100644
index 4815ab8c6..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.json
deleted file mode 100644
index c7256d1b4..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.json b/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.json
deleted file mode 100644
index 2cda6d584..000000000
--- a/examples/reasoning/expected/verify/process/preserve/LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7.olean","$STAGING/preserve-src/LexLeanPreserve/C7b45b58d681c076cfd69727310b65f3f/R7.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C7b45b58d681c076cfd69727310b65f3f.R7","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/reasoning/lexlean.lock b/examples/reasoning/lexlean.lock
index 3d30e1a9d..b885c1e88 100644
--- a/examples/reasoning/lexlean.lock
+++ b/examples/reasoning/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "254deddb728df2532affa57ca92fefae0324c34d616c713273d63bd4cccbb2bf"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/examples/recursion/expected/build/manifest.json b/examples/recursion/expected/build/manifest.json
index fc83244c8..0d7d5769f 100644
--- a/examples/recursion/expected/build/manifest.json
+++ b/examples/recursion/expected/build/manifest.json
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diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Collections.lean b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Collections.lean
similarity index 100%
rename from examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Collections.lean
rename to examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Collections.lean
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Collections.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..b8e1531a7
--- /dev/null
+++ b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Laws.lean b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Laws.lean
similarity index 100%
rename from examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Laws.lean
rename to examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Laws.lean
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Laws.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Laws.process.json
new file mode 100644
index 000000000..17201a665
--- /dev/null
+++ b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Laws.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Portable.lean b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Portable.lean
similarity index 100%
rename from examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Portable.lean
rename to examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Portable.lean
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Portable.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..106025825
--- /dev/null
+++ b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Main.lean b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Main.lean
similarity index 100%
rename from examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Main.lean
rename to examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Main.lean
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Main.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Main.process.json
new file mode 100644
index 000000000..9f2259c2e
--- /dev/null
+++ b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Recursion.Main.countdown' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.countdown_decreases' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.countdown_nine' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.exprSize' does not depend on any axioms\n'Recursion.Main.expression_size' does not depend on any axioms\n'Recursion.Main.foldExpr' does not depend on any axioms\n'Recursion.Main.foldStatement' does not depend on any axioms\n'Recursion.Main.foldStatements' does not depend on any axioms\n'Recursion.Main.folding_sample' does not depend on any axioms\n'Recursion.Main.forestSize' does not depend on any axioms\n'Recursion.Main.isEven' does not depend on any axioms\n'Recursion.Main.isOdd' does not depend on any axioms\n'Recursion.Main.ping' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.ping_seven' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.ping_to_pong' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.pong' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.pong_to_ping' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.prune' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.prune_plus' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.prune_result' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate_literal' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate_plus' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate_weight' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reduce' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reduce_decreases' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reduce_twenty_three' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.roseSize' does not depend on any axioms\n'Recursion.Main.rose_size' does not depend on any axioms\n'Recursion.Main.search' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.search_decreases' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.search_first' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.statementSize' does not depend on any axioms\n'Recursion.Main.statementsSize' does not depend on any axioms\n'Recursion.Main.ten_is_even' does not depend on any axioms\n'Recursion.Main.weight' does not depend on any axioms\n","stdout_sha256":"f0c4e41ed308143236fb35a4287b2e6cf4fcc374313d2db6925bf81cee735602","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Syntax.lean b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Syntax.lean
similarity index 100%
rename from examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Syntax.lean
rename to examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Syntax.lean
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Syntax.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Syntax.process.json
new file mode 100644
index 000000000..507122cd8
--- /dev/null
+++ b/examples/recursion/expected/verify/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Syntax.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Syntax.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Ad478905735ed8adb7e0e1e617ced36db.Recursion.Syntax","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Recursion.Syntax.Expr' does not depend on any axioms\n'Recursion.Syntax.Rose' does not depend on any axioms\n'Recursion.Syntax.Stmt' does not depend on any axioms\n'Recursion.Syntax.Term' does not depend on any axioms\n","stdout_sha256":"59c34faf221d3617692f5b38aa55c8d27450f65f8daa542168e23f3a02fad8f8","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Collections.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index fefa765d3..000000000
--- a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Collections.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Laws.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Laws.process.json
deleted file mode 100644
index 400aaf7b4..000000000
--- a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Laws.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Laws.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Laws","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.lessThan._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.lessThan.eq_1' depends on axioms: [propext]\n'LexLeanCollections.listFold.eq_1' does not depend on any axioms\n'LexLeanLaws.append_list' does not depend on any axioms\n'LexLeanLaws.length_list' does not depend on any axioms\n'LexLeanLaws.lessThan_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int16' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int32' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int64' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_int8' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.lessThan_nat' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint16' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint32' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint64' depends on axioms: [propext]\n'LexLeanLaws.lessThan_uint8' depends on axioms: [propext]\n'LexLeanLaws.listFold_add_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_add_nat_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_cons' does not depend on any axioms\n'LexLeanLaws.listFold_extend' depends on axioms: [propext]\n'LexLeanLaws.listFold_fusion' does not depend on any axioms\n'LexLeanLaws.listFold_nil' does not depend on any axioms\n'LexLeanLaws.listFold_pair' does not depend on any axioms\n'LexLeanLaws.listFold_prepend' depends on axioms: [propext]\n'LexLeanLaws.listFold_sub_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.listFold_sub_int_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.mapEntries_self' does not depend on any axioms\n'LexLeanLaws.mapFold_listFold' does not depend on any axioms\n'LexLeanLaws.mapSize_length' does not depend on any axioms\n'LexLeanLaws.quotient_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.quotient_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_int' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.remainder_nat' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.setElements_self' does not depend on any axioms\n'LexLeanLaws.setFold_listFold' does not depend on any axioms\n'LexLeanLaws.setSize_length' does not depend on any axioms\n'LexLeanLaws.sumInt' does not depend on any axioms\n'LexLeanLaws.sumInt._f' does not depend on any axioms\n'LexLeanLaws.sumInt._sunfold' does not depend on any axioms\n'LexLeanLaws.sumInt._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_1' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_2' does not depend on any axioms\n'LexLeanLaws.sumInt.eq_def' does not depend on any axioms\n'LexLeanLaws.sumInt_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_cons' does not depend on any axioms\n'LexLeanLaws.sumInt_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul' depends on axioms: [propext]\n'LexLeanLaws.sumInt_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_mul_self' depends on axioms: [propext]\n'LexLeanLaws.sumInt_neg' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_neg_self' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_nil' does not depend on any axioms\n'LexLeanLaws.sumInt_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumInt_sub' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat' does not depend on any axioms\n'LexLeanLaws.sumNat._f' does not depend on any axioms\n'LexLeanLaws.sumNat._sunfold' does not depend on any axioms\n'LexLeanLaws.sumNat._unsafe_rec' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_1' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_2' does not depend on any axioms\n'LexLeanLaws.sumNat.eq_def' does not depend on any axioms\n'LexLeanLaws.sumNat.match_1' does not depend on any axioms\n'LexLeanLaws.sumNat_add' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_append' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_cons' does not depend on any axioms\n'LexLeanLaws.sumNat_const' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul' does not depend on any axioms\n'LexLeanLaws.sumNat_mul_right' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_mul_self' does not depend on any axioms\n'LexLeanLaws.sumNat_nil' does not depend on any axioms\n'LexLeanLaws.sumNat_perm' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.sumNat_reverse' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tdiv_ediv' depends on axioms: [propext, Quot.sound]\n'LexLeanLaws.tmod_emod' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.quotient.eq_1' does not depend on any axioms\n'LexLeanRuntime.remainder.eq_1' does not depend on any axioms\n","stdout_sha256":"a4ba2d39c9cdfd5e40c41c5ccf4726d937fd192fc042b74bb56cc0651e28919e","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Portable.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index 2689d391b..000000000
--- a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Main.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Main.process.json
deleted file mode 100644
index 7eeaeb6e9..000000000
--- a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Main.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'Recursion.Main.countdown' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.countdown_decreases' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.countdown_nine' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.exprSize' does not depend on any axioms\n'Recursion.Main.expression_size' does not depend on any axioms\n'Recursion.Main.foldExpr' does not depend on any axioms\n'Recursion.Main.foldStatement' does not depend on any axioms\n'Recursion.Main.foldStatements' does not depend on any axioms\n'Recursion.Main.folding_sample' does not depend on any axioms\n'Recursion.Main.forestSize' does not depend on any axioms\n'Recursion.Main.isEven' does not depend on any axioms\n'Recursion.Main.isOdd' does not depend on any axioms\n'Recursion.Main.ping' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.ping_seven' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.ping_to_pong' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.pong' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.pong_to_ping' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.prune' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.prune_plus' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.prune_result' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate_literal' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate_plus' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reassociate_weight' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reduce' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reduce_decreases' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.reduce_twenty_three' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.roseSize' does not depend on any axioms\n'Recursion.Main.rose_size' does not depend on any axioms\n'Recursion.Main.search' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.search_decreases' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.search_first' depends on axioms: [propext, Quot.sound]\n'Recursion.Main.statementSize' does not depend on any axioms\n'Recursion.Main.statementsSize' does not depend on any axioms\n'Recursion.Main.ten_is_even' does not depend on any axioms\n'Recursion.Main.weight' does not depend on any axioms\n","stdout_sha256":"f0c4e41ed308143236fb35a4287b2e6cf4fcc374313d2db6925bf81cee735602","tool":"lean"}
diff --git a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Syntax.process.json b/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Syntax.process.json
deleted file mode 100644
index 3ae6ba1ad..000000000
--- a/examples/recursion/expected/verify/audit/LexLeanAudit.Afca4cff7cd9d7d680879d32a7e810d91.Recursion.Syntax.process.json
+++ /dev/null
@@ -1 +0,0 @@
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diff --git a/examples/recursion/expected/verify/probe/LexLeanProbe.Pfca4cff7cd9d7d680879d32a7e810d91.lean b/examples/recursion/expected/verify/probe/LexLeanProbe.Pd478905735ed8adb7e0e1e617ced36db.lean
similarity index 100%
rename from examples/recursion/expected/verify/probe/LexLeanProbe.Pfca4cff7cd9d7d680879d32a7e810d91.lean
rename to examples/recursion/expected/verify/probe/LexLeanProbe.Pd478905735ed8adb7e0e1e617ced36db.lean
diff --git a/examples/recursion/expected/verify/probe/process.json b/examples/recursion/expected/verify/probe/process.json
index a643b8000..b1b7a2a4e 100644
--- a/examples/recursion/expected/verify/probe/process.json
+++ b/examples/recursion/expected/verify/probe/process.json
@@ -1 +1 @@
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diff --git a/examples/recursion/lexlean.lock b/examples/recursion/lexlean.lock
index 0d99d2501..0f2208fb3 100644
--- a/examples/recursion/lexlean.lock
+++ b/examples/recursion/lexlean.lock
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 project_config_sha256 = "b8201330ef8609d8f53e24e2fa367697675b98d69ba844d6a75adffe84a88319"
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diff --git a/examples/recursive-data/expected/build/manifest.json b/examples/recursive-data/expected/build/manifest.json
index c00b24e28..b91d11e82 100644
--- a/examples/recursive-data/expected/build/manifest.json
+++ b/examples/recursive-data/expected/build/manifest.json
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diff --git a/examples/recursive-data/expected/build/maps/RecursiveData/Main.map.json b/examples/recursive-data/expected/build/maps/RecursiveData/Main.map.json
index 4cbf26da1..0b1ce6ffa 100644
--- a/examples/recursive-data/expected/build/maps/RecursiveData/Main.map.json
+++ b/examples/recursive-data/expected/build/maps/RecursiveData/Main.map.json
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-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'RecursiveData.Main.block_is_not_literal' does not depend on any axioms\n'RecursiveData.Main.isLiteral' does not depend on any axioms\n'RecursiveData.Main.located_row' does not depend on any axioms\n'RecursiveData.Main.mirror' does not depend on any axioms\n'RecursiveData.Main.mirror_involutive' depends on axioms: [propext]\n'RecursiveData.Main.outcomeOrZero' does not depend on any axioms\n'RecursiveData.Main.roseLabel' does not depend on any axioms\n'RecursiveData.Main.rose_label' does not depend on any axioms\n'RecursiveData.Main.sampleTree' does not depend on any axioms\n'RecursiveData.Main.sample_tree_size' does not depend on any axioms\n'RecursiveData.Main.success_value' does not depend on any axioms\n'RecursiveData.Main.sumPair' does not depend on any axioms\n'RecursiveData.Main.sum_pair' does not depend on any axioms\n'RecursiveData.Main.swap' does not depend on any axioms\n'RecursiveData.Main.swap_twice_first' does not depend on any axioms\n'RecursiveData.Main.treeSize' does not depend on any axioms\n","stdout_sha256":"3b07c25caeee31d0f08e31121ae52eadc6a742879b13dfe318cc5f6d24387205","tool":"lean"}
diff --git a/examples/recursive-data/expected/verify/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Types.process.json b/examples/recursive-data/expected/verify/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Types.process.json
deleted file mode 100644
index 7bf95729a..000000000
--- a/examples/recursive-data/expected/verify/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Types.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Types.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Types","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'RecursiveData.Types.Branches' does not depend on any axioms\n'RecursiveData.Types.Expr' does not depend on any axioms\n'RecursiveData.Types.Located' does not depend on any axioms\n'RecursiveData.Types.Node' does not depend on any axioms\n'RecursiveData.Types.Outcome' does not depend on any axioms\n'RecursiveData.Types.Rose' does not depend on any axioms\n'RecursiveData.Types.Stmt' does not depend on any axioms\n'RecursiveData.Types.Tree' does not depend on any axioms\n","stdout_sha256":"0b199ad5cc4dded808f275b6dadb975abd7a0fb028eaeb1b25c6595c1af8f28b","tool":"lean"}
diff --git a/examples/recursive-data/expected/verify/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Main.lean b/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Main.lean
similarity index 100%
rename from examples/recursive-data/expected/verify/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Main.lean
rename to examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Main.lean
diff --git a/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Main.process.json b/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Main.process.json
new file mode 100644
index 000000000..527017642
--- /dev/null
+++ b/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Main.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Main.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Main","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'RecursiveData.Main.block_is_not_literal' does not depend on any axioms\n'RecursiveData.Main.isLiteral' does not depend on any axioms\n'RecursiveData.Main.located_row' does not depend on any axioms\n'RecursiveData.Main.mirror' does not depend on any axioms\n'RecursiveData.Main.mirror_involutive' depends on axioms: [propext]\n'RecursiveData.Main.outcomeOrZero' does not depend on any axioms\n'RecursiveData.Main.roseLabel' does not depend on any axioms\n'RecursiveData.Main.rose_label' does not depend on any axioms\n'RecursiveData.Main.sampleTree' does not depend on any axioms\n'RecursiveData.Main.sample_tree_size' does not depend on any axioms\n'RecursiveData.Main.success_value' does not depend on any axioms\n'RecursiveData.Main.sumPair' does not depend on any axioms\n'RecursiveData.Main.sum_pair' does not depend on any axioms\n'RecursiveData.Main.swap' does not depend on any axioms\n'RecursiveData.Main.swap_twice_first' does not depend on any axioms\n'RecursiveData.Main.treeSize' does not depend on any axioms\n","stdout_sha256":"3b07c25caeee31d0f08e31121ae52eadc6a742879b13dfe318cc5f6d24387205","tool":"lean"}
diff --git a/examples/recursive-data/expected/verify/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Types.lean b/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Types.lean
similarity index 100%
rename from examples/recursive-data/expected/verify/audit/LexLeanAudit.A2c35ce90452a8eb92de5f1e3f4d23947.RecursiveData.Types.lean
rename to examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Types.lean
diff --git a/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Types.process.json b/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Types.process.json
new file mode 100644
index 000000000..922405163
--- /dev/null
+++ b/examples/recursive-data/expected/verify/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Types.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Types.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A6a8a70f31374da43548df5adbfe48600.RecursiveData.Types","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'RecursiveData.Types.Branches' does not depend on any axioms\n'RecursiveData.Types.Expr' does not depend on any axioms\n'RecursiveData.Types.Located' does not depend on any axioms\n'RecursiveData.Types.Node' does not depend on any axioms\n'RecursiveData.Types.Outcome' does not depend on any axioms\n'RecursiveData.Types.Rose' does not depend on any axioms\n'RecursiveData.Types.Stmt' does not depend on any axioms\n'RecursiveData.Types.Tree' does not depend on any axioms\n","stdout_sha256":"0b199ad5cc4dded808f275b6dadb975abd7a0fb028eaeb1b25c6595c1af8f28b","tool":"lean"}
diff --git a/examples/recursive-data/expected/verify/probe/LexLeanProbe.P2c35ce90452a8eb92de5f1e3f4d23947.lean b/examples/recursive-data/expected/verify/probe/LexLeanProbe.P6a8a70f31374da43548df5adbfe48600.lean
similarity index 100%
rename from examples/recursive-data/expected/verify/probe/LexLeanProbe.P2c35ce90452a8eb92de5f1e3f4d23947.lean
rename to examples/recursive-data/expected/verify/probe/LexLeanProbe.P6a8a70f31374da43548df5adbfe48600.lean
diff --git a/examples/recursive-data/expected/verify/probe/process.json b/examples/recursive-data/expected/verify/probe/process.json
index e7b38aed1..d7ab78a74 100644
--- a/examples/recursive-data/expected/verify/probe/process.json
+++ b/examples/recursive-data/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P2c35ce90452a8eb92de5f1e3f4d23947.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P2c35ce90452a8eb92de5f1e3f4d23947","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P6a8a70f31374da43548df5adbfe48600.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P6a8a70f31374da43548df5adbfe48600","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/examples/recursive-data/lexlean.lock b/examples/recursive-data/lexlean.lock
index 6d8c47119..1522b955f 100644
--- a/examples/recursive-data/lexlean.lock
+++ b/examples/recursive-data/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "80db82abec1dcb95e34e18635f4b202b28e8653cf44949647692cd16549adf5e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/features/suites/packages.feature b/features/suites/packages.feature
new file mode 100644
index 000000000..d89aa6e73
--- /dev/null
+++ b/features/suites/packages.feature
@@ -0,0 +1,31 @@
+Feature: packages
+
+  Source packages: a project imports the modules of a locked, content-addressed package of its workspace (§10.5).
+
+  @PK-01 @build
+  Scenario: A language-1.2 project that declares a source package by its identifier, version, kind `path`, and the member directory a `lexlean-workspace.toml` lists locks it by the tree digest of its manifest and source files, its manifest digest, its version, its module prefix, and its own packages, and the configuration and the lock read back to the bytes written; a project without a source package keeps its bytes, and a package of another kind, a source package in another language, a changed byte or version (LLC0105), an undeclared package (LLC0106), a module prefix claimed twice (LLC0107), a project or a package outside the workspace (LLC0108), a path that escapes it, and a symlink (LLS8001) are each refused with the named code.
+    Given a workspace of an importing project and a package, and the lock that pins the package
+    When the configuration and the lock are written, read back, and locked again, and the package, the workspace, and the configuration are each edited in the six ways the statement names
+    Then the bytes read back equal the bytes written, and a project without a source package locks to the bytes it locked to before
+    And each edit is refused with the code the statement names, naming the package and both digests for a changed byte or version
+
+  @PK-02 @build
+  Scenario: A module of a project imports only modules of its own project and modules of the packages the project declares, and a module of a package only modules of itself and of the packages its own manifest declares: a package module is a module of the importing project under its own module prefix, a module of a package the project does not declare fails with LLR3009, and an import cycle through a package fails with LLR3003.
+    Given an importing project, a package, and a package that imports a second package
+    When the project is checked, then with the import of the second package moved to the project, then with a module importing a package it does not declare, then with a cycle through the package
+    Then the closure links, and each package module is a module of the project under the package's module prefix
+    And the undeclared import fails with LLR3009 and the cycle with LLR3003
+
+  @PK-03 @build
+  Scenario: An importing project builds and verifies under the pinned Lean offline, and its package modules are generated, elaborated, replayed with `leanchecker`, and audited for their exact axioms under the package's module prefix with the package as their origin in the records; the source ID of the project changes with the pins, and no file of the package is written by `fmt`, `build`, or `verify`.
+    Given an importing project and a package beside it in a workspace
+    When the project is formatted, built, and verified with the pinned Lean, and again with one byte of the package changed
+    Then the verification records name the package modules under its prefix with the package as their origin, the exact axioms of each declaration are audited, and no file of the package changed
+    And the changed byte is refused before any Lean process runs
+
+  @PK-04 @build
+  Scenario: A production root of the importing project whose closure reaches a definition of a package certifies and exports over that closure as it does for a definition of its own module, the `production:` roots of a package are not roots of the importing project, and the importer publishes no certificate of the package's own.
+    Given an importing project with a production root that applies a definition of a package whose own modules declare production roots
+    When the project is checked, built, and its root is certified and exported with the pinned Lean
+    Then the root's closure includes the package definition and the export is the package of that closure
+    And no root of the package is a root of the importing project and the export holds no certificate of the package's own roots
diff --git a/model/errors.toml b/model/errors.toml
index 0d9f6d202..ee9b5122e 100644
--- a/model/errors.toml
+++ b/model/errors.toml
@@ -98,6 +98,34 @@ exit = 2
 title = "Duplicate module or case-folded path collision"
 statement = "Duplicate module or case-folded path collision."
 
+[[error]]
+code = "LLC0105"
+class = "cli-configuration"
+exit = 2
+title = "Source package is not the package the lock pins"
+statement = "A source package's version, source, module prefix, manifest digest, tree digest, or declared packages differ from the lock's row, naming the package and both digests."
+
+[[error]]
+code = "LLC0106"
+class = "cli-configuration"
+exit = 2
+title = "Source package undeclared or declared with two sources"
+statement = "The lock pins a source package the project does not declare, or one identifier names two sources in the closure."
+
+[[error]]
+code = "LLC0107"
+class = "cli-configuration"
+exit = 2
+title = "Module prefix claimed by two sources"
+statement = "A module prefix is claimed by the project and a source package, or by two source packages, equal or one beneath the other, or an import names a module both the project and a package provide."
+
+[[error]]
+code = "LLC0108"
+class = "cli-configuration"
+exit = 2
+title = "Source package outside the workspace rule"
+statement = "A project that declares a source package is outside any workspace or is not a member of it, a package is not a member of the workspace, or the workspace file or a package is malformed."
+
 [[error]]
 code = "LLC0201"
 class = "cli-configuration"
@@ -294,6 +322,13 @@ exit = 1
 title = "Model artifact bytes violate the declared schema, type, or role"
 statement = "Model artifact bytes violate the declared schema, type, or role."
 
+[[error]]
+code = "LLR3009"
+class = "language"
+exit = 1
+title = "Import of a module of a source package the importing scope does not declare"
+statement = "A module imports a module of a source package that the project, or the package the module belongs to, does not declare."
+
 [[error]]
 code = "LLS8001"
 class = "security-limit"
diff --git a/model/ids.toml b/model/ids.toml
index 67f8c8810..658e7c96c 100644
--- a/model/ids.toml
+++ b/model/ids.toml
@@ -2372,6 +2372,30 @@ level = "build"
 suite = "bootstrap"
 statement = "The axiom-output parser of SPEC.md §22.5 is language-1.2 source in the `bootstrap/` project: `parseAuditOutput` and the closed Lean-name check `isClosedLeanName` are production roots eligible for `rust-std` with exactly their declared effects; the parser's lowered program under the calculus evaluator agrees with the Rust parser `verify::axiom` on the result, the rejection message, and the attributed declaration for every committed golden vector (accepted, accepted-wrapped, and rejected); both roots' rendered `rust-std` packages under the pinned rustc agree with the Rust oracle on a large seeded corpus of generated, wrapped, and mutated audit outputs with no disagreement; a planted defect in the source is detected; and the certified packages the production export publishes for the project are the committed ones."
 
+[[id]]
+id = "PK-01"
+level = "build"
+suite = "packages"
+statement = "A language-1.2 project that declares a source package by its identifier, version, kind `path`, and the member directory a `lexlean-workspace.toml` lists locks it by the tree digest of its manifest and source files, its manifest digest, its version, its module prefix, and its own packages, and the configuration and the lock read back to the bytes written; a project without a source package keeps its bytes, and a package of another kind, a source package in another language, a changed byte or version (LLC0105), an undeclared package (LLC0106), a module prefix claimed twice (LLC0107), a project or a package outside the workspace (LLC0108), a path that escapes it, and a symlink (LLS8001) are each refused with the named code."
+
+[[id]]
+id = "PK-02"
+level = "build"
+suite = "packages"
+statement = "A module of a project imports only modules of its own project and modules of the packages the project declares, and a module of a package only modules of itself and of the packages its own manifest declares: a package module is a module of the importing project under its own module prefix, a module of a package the project does not declare fails with LLR3009, and an import cycle through a package fails with LLR3003."
+
+[[id]]
+id = "PK-03"
+level = "build"
+suite = "packages"
+statement = "An importing project builds and verifies under the pinned Lean offline, and its package modules are generated, elaborated, replayed with `leanchecker`, and audited for their exact axioms under the package's module prefix with the package as their origin in the records; the source ID of the project changes with the pins, and no file of the package is written by `fmt`, `build`, or `verify`."
+
+[[id]]
+id = "PK-04"
+level = "build"
+suite = "packages"
+statement = "A production root of the importing project whose closure reaches a definition of a package certifies and exports over that closure as it does for a definition of its own module, the `production:` roots of a package are not roots of the importing project, and the importer publishes no certificate of the package's own."
+
 [[id]]
 id = "LM-01"
 level = "build"
diff --git a/schemas/attestation-v2.schema.json b/schemas/attestation-v2.schema.json
index ae35f67b7..90622e1bb 100644
--- a/schemas/attestation-v2.schema.json
+++ b/schemas/attestation-v2.schema.json
@@ -1 +1 @@
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diff --git a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Collections.process.json b/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Collections.process.json
deleted file mode 100644
index 1c132e5a7..000000000
--- a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Collections.process.json
+++ /dev/null
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diff --git a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Portable.process.json b/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Portable.process.json
deleted file mode 100644
index a28833831..000000000
--- a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Portable.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanStd.Text.process.json b/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanStd.Text.process.json
deleted file mode 100644
index 46ebd1828..000000000
--- a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanStd.Text.process.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","$STAGING/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanStd.Text.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanStd.Text","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanStd.Text.byteAt' does not depend on any axioms\n'LexLeanStd.Text.chomp' does not depend on any axioms\n'LexLeanStd.Text.endsWith' does not depend on any axioms\n'LexLeanStd.Text.find' does not depend on any axioms\n'LexLeanStd.Text.isSpace' does not depend on any axioms\n'LexLeanStd.Text.joinWith' does not depend on any axioms\n'LexLeanStd.Text.lineStep' does not depend on any axioms\n'LexLeanStd.Text.lines' does not depend on any axioms\n'LexLeanStd.Text.matchAt' does not depend on any axioms\n'LexLeanStd.Text.reverse' does not depend on any axioms\n'LexLeanStd.Text.sliceOr' does not depend on any axioms\n'LexLeanStd.Text.spaceAt' does not depend on any axioms\n'LexLeanStd.Text.splitOn' does not depend on any axioms\n'LexLeanStd.Text.splitStep' does not depend on any axioms\n'LexLeanStd.Text.startsWith' does not depend on any axioms\n'LexLeanStd.Text.trim' does not depend on any axioms\n'LexLeanStd.Text.trimEnd' does not depend on any axioms\n'LexLeanStd.Text.trimStart' does not depend on any axioms\n","stdout_sha256":"7d0d170dc8609025273db5f55bfa751ad62c100aa8693fd9fbafa3d1782b3751","tool":"lean"}
diff --git a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Collections.lean b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Collections.lean
similarity index 100%
rename from stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Collections.lean
rename to stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Collections.lean
diff --git a/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Collections.process.json b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Collections.process.json
new file mode 100644
index 000000000..6e9a75190
--- /dev/null
+++ b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Collections.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Collections.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Collections","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanCollections.Key' does not depend on any axioms\n'LexLeanCollections.Key.casesOn' does not depend on any axioms\n'LexLeanCollections.Key.compare' does not depend on any axioms\n'LexLeanCollections.Key.ctorIdx' does not depend on any axioms\n'LexLeanCollections.Key.mk._flat_ctor' does not depend on any axioms\n'LexLeanCollections.Key.mk.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusion' does not depend on any axioms\n'LexLeanCollections.Key.noConfusionType' does not depend on any axioms\n'LexLeanCollections.Key.recOn' does not depend on any axioms\n'LexLeanCollections.compareCodes' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._f' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._sunfold' depends on axioms: [propext]\n'LexLeanCollections.compareCodes._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.match_4' does not depend on any axioms\n'LexLeanCollections.containsElement' does not depend on any axioms\n'LexLeanCollections.containsElement._f' does not depend on any axioms\n'LexLeanCollections.containsElement._sunfold' does not depend on any axioms\n'LexLeanCollections.containsElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.graphNodes' does not depend on any axioms\n'LexLeanCollections.graphReachable' depends on axioms: [propext]\n'LexLeanCollections.graphSuccessors' does not depend on any axioms\n'LexLeanCollections.graphTopological' does not depend on any axioms\n'LexLeanCollections.insertElement' does not depend on any axioms\n'LexLeanCollections.insertElement._f' does not depend on any axioms\n'LexLeanCollections.insertElement._sunfold' does not depend on any axioms\n'LexLeanCollections.insertElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertElement.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry' does not depend on any axioms\n'LexLeanCollections.insertEntry._f' does not depend on any axioms\n'LexLeanCollections.insertEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.insertEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.match_3' does not depend on any axioms\n'LexLeanCollections.instKeyBool' depends on axioms: [propext]\n'LexLeanCollections.instKeyInt' does not depend on any axioms\n'LexLeanCollections.instKeyInt16' does not depend on any axioms\n'LexLeanCollections.instKeyInt32' does not depend on any axioms\n'LexLeanCollections.instKeyInt64' does not depend on any axioms\n'LexLeanCollections.instKeyInt8' does not depend on any axioms\n'LexLeanCollections.instKeyNat' does not depend on any axioms\n'LexLeanCollections.instKeyProd' depends on axioms: [propext]\n'LexLeanCollections.instKeyString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.instKeyUInt16' does not depend on any axioms\n'LexLeanCollections.instKeyUInt32' does not depend on any axioms\n'LexLeanCollections.instKeyUInt64' does not depend on any axioms\n'LexLeanCollections.instKeyUInt8' does not depend on any axioms\n'LexLeanCollections.iterate' does not depend on any axioms\n'LexLeanCollections.iterate._f' does not depend on any axioms\n'LexLeanCollections.iterate._sunfold' does not depend on any axioms\n'LexLeanCollections.iterate._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterate.match_1' does not depend on any axioms\n'LexLeanCollections.iterateUntil' does not depend on any axioms\n'LexLeanCollections.iterateUntil._f' does not depend on any axioms\n'LexLeanCollections.iterateUntil._sunfold' does not depend on any axioms\n'LexLeanCollections.iterateUntil._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.iterateUntil.match_1' does not depend on any axioms\n'LexLeanCollections.lessThan' depends on axioms: [propext]\n'LexLeanCollections.lessThan._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.lessThan.match_1' depends on axioms: [propext]\n'LexLeanCollections.listFold' does not depend on any axioms\n'LexLeanCollections.lookupEntry' does not depend on any axioms\n'LexLeanCollections.lookupEntry._f' does not depend on any axioms\n'LexLeanCollections.lookupEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.lookupEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.mapContains' does not depend on any axioms\n'LexLeanCollections.mapEntries' does not depend on any axioms\n'LexLeanCollections.mapFold' does not depend on any axioms\n'LexLeanCollections.mapInsert' does not depend on any axioms\n'LexLeanCollections.mapKeys' does not depend on any axioms\n'LexLeanCollections.mapLookup' does not depend on any axioms\n'LexLeanCollections.mapRemove' does not depend on any axioms\n'LexLeanCollections.mapSize' does not depend on any axioms\n'LexLeanCollections.mapValues' does not depend on any axioms\n'LexLeanCollections.reachableFrom' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._f' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._sunfold' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom._unsafe_rec' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_1' depends on axioms: [propext]\n'LexLeanCollections.reachableFrom.match_4' does not depend on any axioms\n'LexLeanCollections.removeElement' does not depend on any axioms\n'LexLeanCollections.removeElement._f' does not depend on any axioms\n'LexLeanCollections.removeElement._sunfold' does not depend on any axioms\n'LexLeanCollections.removeElement._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.removeEntry' does not depend on any axioms\n'LexLeanCollections.removeEntry._f' does not depend on any axioms\n'LexLeanCollections.removeEntry._sunfold' does not depend on any axioms\n'LexLeanCollections.removeEntry._unsafe_rec' does not depend on any axioms\n'LexLeanCollections.setContains' does not depend on any axioms\n'LexLeanCollections.setDifference' does not depend on any axioms\n'LexLeanCollections.setElements' does not depend on any axioms\n'LexLeanCollections.setFold' does not depend on any axioms\n'LexLeanCollections.setInsert' does not depend on any axioms\n'LexLeanCollections.setIntersection' does not depend on any axioms\n'LexLeanCollections.setRemove' does not depend on any axioms\n'LexLeanCollections.setSize' does not depend on any axioms\n'LexLeanCollections.setUnion' does not depend on any axioms\n'LexLeanCollections.topological' does not depend on any axioms\n'LexLeanCollections.topological._f' does not depend on any axioms\n'LexLeanCollections.topological._sunfold' does not depend on any axioms\n'LexLeanCollections.topological._unsafe_rec' does not depend on any axioms\n","stdout_sha256":"b75acc0e99e23684c3cc876eacbfc93f47161cfee8a7440df17fa45f321c8c6a","tool":"lean"}
diff --git a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Portable.lean b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Portable.lean
similarity index 100%
rename from stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanRuntime.Portable.lean
rename to stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Portable.lean
diff --git a/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Portable.process.json b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Portable.process.json
new file mode 100644
index 000000000..a74bd20a7
--- /dev/null
+++ b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Portable.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Portable.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanRuntime.Portable","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanRuntime.Appendable' does not depend on any axioms\n'LexLeanRuntime.Appendable.append' does not depend on any axioms\n'LexLeanRuntime.Appendable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Appendable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Appendable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Appendable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Appendable.recOn' does not depend on any axioms\n'LexLeanRuntime.Decimal' does not depend on any axioms\n'LexLeanRuntime.Decimal.casesOn' does not depend on any axioms\n'LexLeanRuntime.Decimal.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Decimal.format' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Decimal.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Decimal.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Decimal.parse' does not depend on any axioms\n'LexLeanRuntime.Decimal.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitAnd' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitNot' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitOr' does not depend on any axioms\n'LexLeanRuntime.Fixed.bitXor' does not depend on any axioms\n'LexLeanRuntime.Fixed.casesOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Fixed.fromInt' does not depend on any axioms\n'LexLeanRuntime.Fixed.maximum' does not depend on any axioms\n'LexLeanRuntime.Fixed.minimum' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Fixed.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Fixed.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Fixed.recOn' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.Fixed.shiftRight' does not depend on any axioms\n'LexLeanRuntime.Fixed.toToMathInt' does not depend on any axioms\n'LexLeanRuntime.Indexable' does not depend on any axioms\n'LexLeanRuntime.Indexable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Indexable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Indexable.index' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Indexable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Indexable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Indexable.recOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable' does not depend on any axioms\n'LexLeanRuntime.Lengthable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Lengthable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Lengthable.length' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Lengthable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Lengthable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Lengthable.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.casesOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Quotient.isZero' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Quotient.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Quotient.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Quotient.quotient' does not depend on any axioms\n'LexLeanRuntime.Quotient.recOn' does not depend on any axioms\n'LexLeanRuntime.Quotient.remainder' does not depend on any axioms\n'LexLeanRuntime.Sliceable' does not depend on any axioms\n'LexLeanRuntime.Sliceable.casesOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.Sliceable.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusion' does not depend on any axioms\n'LexLeanRuntime.Sliceable.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.Sliceable.recOn' does not depend on any axioms\n'LexLeanRuntime.Sliceable.slice' does not depend on any axioms\n'LexLeanRuntime.ToMathInt' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.casesOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.ctorIdx' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk._flat_ctor' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.mk.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusion' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.noConfusionType' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.recOn' does not depend on any axioms\n'LexLeanRuntime.ToMathInt.toInt' does not depend on any axioms\n'LexLeanRuntime.append' does not depend on any axioms\n'LexLeanRuntime.bitAnd' does not depend on any axioms\n'LexLeanRuntime.bitNot' does not depend on any axioms\n'LexLeanRuntime.bitOr' does not depend on any axioms\n'LexLeanRuntime.bitXor' does not depend on any axioms\n'LexLeanRuntime.checkedAdd' does not depend on any axioms\n'LexLeanRuntime.checkedAddInt64' does not depend on any axioms\n'LexLeanRuntime.checkedConvert' does not depend on any axioms\n'LexLeanRuntime.checkedFromInt' does not depend on any axioms\n'LexLeanRuntime.checkedMultiply' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64' does not depend on any axioms\n'LexLeanRuntime.checkedMultiplyInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.checkedNegate' does not depend on any axioms\n'LexLeanRuntime.checkedNegateInt64' does not depend on any axioms\n'LexLeanRuntime.checkedQuotient' does not depend on any axioms\n'LexLeanRuntime.checkedQuotientInt64' does not depend on any axioms\n'LexLeanRuntime.checkedSubtract' does not depend on any axioms\n'LexLeanRuntime.checkedSubtractInt64' does not depend on any axioms\n'LexLeanRuntime.compareBytes' depends on axioms: [propext]\n'LexLeanRuntime.divideMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.divideMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.equal' does not depend on any axioms\n'LexLeanRuntime.formatDecimal' does not depend on any axioms\n'LexLeanRuntime.index' does not depend on any axioms\n'LexLeanRuntime.instAppendableByteArray' does not depend on any axioms\n'LexLeanRuntime.instAppendableList' does not depend on any axioms\n'LexLeanRuntime.instDecimalInt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instDecimalInt.match_1' does not depend on any axioms\n'LexLeanRuntime.instDecimalOfFixedOfToString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instFixedInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt16' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt32' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt64' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instFixedUInt8' depends on axioms: [propext, Quot.sound]\n'LexLeanRuntime.instIndexableByteArrayUInt8' does not depend on any axioms\n'LexLeanRuntime.instIndexableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableByteArray' does not depend on any axioms\n'LexLeanRuntime.instLengthableList' does not depend on any axioms\n'LexLeanRuntime.instLengthableString' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.instQuotientInt' does not depend on any axioms\n'LexLeanRuntime.instQuotientNat' does not depend on any axioms\n'LexLeanRuntime.instSliceableByteArray' does not depend on any axioms\n'LexLeanRuntime.instSliceableList' does not depend on any axioms\n'LexLeanRuntime.instToMathIntInt' does not depend on any axioms\n'LexLeanRuntime.join' depends on axioms: [propext]\n'LexLeanRuntime.length' does not depend on any axioms\n'LexLeanRuntime.listIndex' does not depend on any axioms\n'LexLeanRuntime.listIndex._f' does not depend on any axioms\n'LexLeanRuntime.listIndex._sunfold' does not depend on any axioms\n'LexLeanRuntime.listIndex._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.listIndex.match_1' does not depend on any axioms\n'LexLeanRuntime.magnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiply' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._f' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._sunfold' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64._unsafe_rec' does not depend on any axioms\n'LexLeanRuntime.multiplyMagnitudeInt64.match_1' does not depend on any axioms\n'LexLeanRuntime.negate' does not depend on any axioms\n'LexLeanRuntime.parseDecimal' does not depend on any axioms\n'LexLeanRuntime.quotient' does not depend on any axioms\n'LexLeanRuntime.remainder' does not depend on any axioms\n'LexLeanRuntime.shiftLeft' does not depend on any axioms\n'LexLeanRuntime.shiftRight' does not depend on any axioms\n'LexLeanRuntime.signedMagnitudeInt64' does not depend on any axioms\n'LexLeanRuntime.slice' does not depend on any axioms\n'LexLeanRuntime.splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.subtract' does not depend on any axioms\n'LexLeanRuntime.utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.utf8Encode' does not depend on any axioms\n","stdout_sha256":"73fea1d9e9e9f0a2f1363b9f284eeeb9e434430e9fa910260b9526bad864641e","tool":"lean"}
diff --git a/stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanStd.Text.lean b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanStd.Text.lean
similarity index 100%
rename from stdlib/expected/verify/audit/LexLeanAudit.A5bfc6ad2db2940a1b7735f1309be47dc.LexLeanStd.Text.lean
rename to stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanStd.Text.lean
diff --git a/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanStd.Text.process.json b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanStd.Text.process.json
new file mode 100644
index 000000000..851b2bc77
--- /dev/null
+++ b/stdlib/expected/verify/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanStd.Text.process.json
@@ -0,0 +1 @@
+{"argv":["env","lean","$STAGING/audit/LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanStd.Text.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanAudit.Af6fd2434413f885eb97b3577e92c0706.LexLeanStd.Text","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanStd.Text.byteAt' does not depend on any axioms\n'LexLeanStd.Text.chomp' does not depend on any axioms\n'LexLeanStd.Text.endsWith' does not depend on any axioms\n'LexLeanStd.Text.find' does not depend on any axioms\n'LexLeanStd.Text.isSpace' does not depend on any axioms\n'LexLeanStd.Text.joinWith' does not depend on any axioms\n'LexLeanStd.Text.lineStep' does not depend on any axioms\n'LexLeanStd.Text.lines' does not depend on any axioms\n'LexLeanStd.Text.matchAt' does not depend on any axioms\n'LexLeanStd.Text.reverse' does not depend on any axioms\n'LexLeanStd.Text.sliceOr' does not depend on any axioms\n'LexLeanStd.Text.spaceAt' does not depend on any axioms\n'LexLeanStd.Text.splitOn' does not depend on any axioms\n'LexLeanStd.Text.splitStep' does not depend on any axioms\n'LexLeanStd.Text.startsWith' does not depend on any axioms\n'LexLeanStd.Text.trim' does not depend on any axioms\n'LexLeanStd.Text.trimEnd' does not depend on any axioms\n'LexLeanStd.Text.trimStart' does not depend on any axioms\n","stdout_sha256":"7d0d170dc8609025273db5f55bfa751ad62c100aa8693fd9fbafa3d1782b3751","tool":"lean"}
diff --git a/stdlib/expected/verify/extract/LexLeanExtract.X5bfc6ad2db2940a1b7735f1309be47dc.lean b/stdlib/expected/verify/extract/LexLeanExtract.Xf6fd2434413f885eb97b3577e92c0706.lean
similarity index 100%
rename from stdlib/expected/verify/extract/LexLeanExtract.X5bfc6ad2db2940a1b7735f1309be47dc.lean
rename to stdlib/expected/verify/extract/LexLeanExtract.Xf6fd2434413f885eb97b3577e92c0706.lean
diff --git a/stdlib/expected/verify/extract/process.json b/stdlib/expected/verify/extract/process.json
index 2c03323c0..0daf975ec 100644
--- a/stdlib/expected/verify/extract/process.json
+++ b/stdlib/expected/verify/extract/process.json
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true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Option\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"PUnit\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Prod\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"Sub\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"UInt8\",\"kind\":\"inductive\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"inductive\",\"internal\":false,\"compiled\":false},{\"name\":\"instAddNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instBEqOfDecidableEq\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqBool\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instDecidableEqUInt8\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHAdd\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instHSub\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instOfNatNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"instSubNat\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Array.instGetElem?NatLtSize\",\"kind\":\"definition\",\"module\":\"Init.GetElem\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Bool.false\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"Bool.true\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Bool\"},{\"name\":\"ByteArray.data\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"ByteArray.extract\",\"kind\":\"definition\",\"module\":\"Init.Data.ByteArray.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"ByteArray.fastAppend\",\"kind\":\"definition\",\"module\":\"Init.Data.ByteArray.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"ByteArray.instBEq\",\"kind\":\"definition\",\"module\":\"Init.Data.ByteArray.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"ByteArray.mk\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":true,\"inductive_type\":\"ByteArray\"},{\"name\":\"ByteArray.size\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Decidable.isFalse\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"Decidable.isTrue\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Decidable\"},{\"name\":\"List.cons\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"List\"},{\"name\":\"List.foldl\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"List.nil\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"List\"},{\"name\":\"List.toArray\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Nat.ble\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Nat.blt\",\"kind\":\"definition\",\"module\":\"Init.Data.Nat.Basic\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Nat.decLe\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Nat.succ\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Nat\"},{\"name\":\"Nat.zero\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Nat\"},{\"name\":\"Option.none\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Option\"},{\"name\":\"Option.some\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Option\"},{\"name\":\"Prod.mk\",\"kind\":\"constructor\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":false,\"original_kind\":\"constructor\",\"internal\":false,\"compiled\":false,\"inductive_type\":\"Prod\"},{\"name\":\"UInt8.instOfNat\",\"kind\":\"definition\",\"module\":\"Init.Data.UInt.BasicAux\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true},{\"name\":\"Unit.unit\",\"kind\":\"definition\",\"module\":\"Init.Prelude\",\"computable\":true,\"generates_code\":true,\"original_kind\":\"definition\",\"internal\":false,\"compiled\":true}]}\n","stdout_sha256":"fbd831ab2f1b732386c68cc6e61810df6cc71d4cb8500118007439491f5d6988","tool":"lean"}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0.lean
deleted file mode 100644
index 3da19ec4e..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanStd.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
-      body := (.«match» .bool (.prim .slice [(.var 0), (.value .nat (.nat 0)), (.prim .length [(.var 1)])]) [(.arm .some [2] (.prim .equal [(.var 2), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
-
-def __fits_0 (subject : ByteArray) («prefix» : ByteArray) : Bool :=
-  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
-
-theorem __rel_0 (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_0 subject «prefix») (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.startsWith subject «prefix»))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some head => (_root_.LexLeanRuntime.equal (head) («prefix») : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (0 : Nat) (_root_.LexLeanRuntime.length («prefix») : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some head => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes head «prefix»))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def denote (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 subject «prefix») (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.startsWith subject «prefix»)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_0 subject «prefix») (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.startsWith subject «prefix»))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject «prefix»)
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/Compose/RustStd.lex.tex
deleted file mode 100644
index d255d19bb..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,464 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0,
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.root : @916 := @917 {
-  all: [LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.program
-@1 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.krate
-@2 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.flags
-@3 := ByteArray
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.bytes
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.bytes
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_bytes @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (b : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (b : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Nat
-@66 := Prod.{0, 0} @63 @54
-@67 := 1
-@70 := Prod.mk.{0, 0} @63 @54
-@71 := @70 @67
-@72 := @71 @50
-@73 := 0
-@74 := @70 @73
-@75 := @74 @6
-@76 := @55 @66
-@77 := @56 @66
-@79 := @77 @75 @76
-@81 := @77 @72 @79
-@82 := Bool.false
-@83 := LexLeanTarget.TargetSyntax.Function
-@84 := LexLeanTarget.TargetSyntax.Program.functions
-@85 := @84 @0
-@86 := LexLeanTarget.TargetSyntax.Ty
-@87 := @55 @63
-@88 := @55 @86
-@89 := LexLeanTarget.TargetSyntax.Ty.unit
-@90 := LexLeanTarget.TargetSyntax.Value.unit
-@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
-@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
-@103 := List.getD.{0} @83 @85 @73 @98
-@107 := fun (__e_n : @63) =>
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.root @17 @73
-@108 := LexLeanPreservation.Rust.WTL
-@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
-@118 := LexLeanPreservation.Rust.wtl_nil @0
-@119 := @108 @0
-@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
-@126 := @118 @1
-@127 := @119 @1
-@131 := {A : @10} -> @127 @17 @57 @88
-@132 := @126 @2
-@133 := @127 @2
-@134 := @133 @57
-@135 := @134 @88
-@136 := List.{0}
-@137 := @136 @54
-@138 := @136 @86
-@139 := #6
-@140 := @11 @139
-@141 := #5
-@142 := @140 @141
-@143 := #4
-@146 := @142 @143 @12 @4
-@147 := #7
-@152 := @108 @147 @139 @141 @4 @15
-@153 := #8
-@156 := @108 @153 @147 @139
-@158 := @58 @141 @12
-@159 := @156 @158
-@160 := @56 @86
-@162 := @160 @143 @4
-@172 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
-@174 := LexLeanPreservation.Rust.wtl_cons @0
-@194 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} ->
-  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
-@195 := @174 @1
-@211 := {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
-@212 := @195 @2
-@214 := @43 @12 @4
-@216 := @133 @4 @15
-@224 := {v : @54} ->
-  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
-@225 := @212 @50
-@226 := @5 @143
-@227 := @43 @226
-@228 := @227 @4
-@229 := @5 @139
-@230 := @58 @229
-@232 := @133 (@230 @12)
-@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
-@239 := @225 @7
-@240 := @5 @12
-@242 := @43 @240 @7
-@243 := @5 @141
-@244 := @58 @243
-@246 := @133 (@244 @12)
-@247 := @160 @7
-@248 := @247 @4
-@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
-@254 := @239 @57
-@255 := @134 @15
-@256 := @58 @226
-@257 := @256 @57
-@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
-@263 := @254 @88
-@264 := @58 @240
-@265 := @264 @57
-@266 := @133 @265
-@267 := @247 @88
-@270 := (h : @53) -> (hs : @135) -> @266 @267
-@271 := @263 @51
-@272 := @61 @57
-@274 := @133 @272 @267
-@275 := (hs : @135) -> @274
-@276 := @271 @132
-@278 := @133 @60 @267
-@279 := @212 @6
-@281 := @43 @243 @4
-@282 := @5 @147
-@283 := @58 @282
-@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
-@292 := @279 @7
-@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
-@299 := @292 @60
-@300 := @266 @15
-@301 := @244 @257
-@302 := @133 @301
-@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
-@307 := @299 @267
-@308 := @256 @265
-@309 := @133 @308
-@310 := @247 @267
-@313 := (h : @49) -> (hs : @274) -> @309 @310
-@314 := @307 @47
-@315 := @264 @272
-@316 := @133 @315
-@318 := (hs : @278) -> @316 @310
-@319 := @314 @276
-@320 := @133 @62
-@321 := @320 @310
-@322 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.denote
-@324 := @322 @4 @15
-@325 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.__fits_0
-@327 := @325 @4 @15
-@330 := LexLeanStd.Text.startsWith @4 @15
-@332 := LexLeanTarget.TargetSyntax.Value.bool @330
-@335 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.root @4 @15
-@336 := Bool
-@337 := Ne.{1}
-@338 := LexLeanPreservation.Obs
-@339 := @337 @338
-@340 := LexLeanPreservation.Rel
-@343 := @339 (@340 @15 @17)
-@344 := LexLeanPreservation.Obs.stuck
-@347 := (f : @336) -> (v : @54) -> @343 @344
-@349 := LexLeanPreservation.Rust.rel_ne_stuck @327
-@356 := (v : @54) -> @339 (@340 (@325 @12 @4) @17) @344
-@357 := @349 @332
-@361 := @339 (@340 @327 @332) @344
-@362 := @136 @66
-@363 := LexLeanPreservation.Rust.FunSem
-@364 := #9
-@370 := (n : @63) -> @363 @364 @153 @147 @17 @139
-@371 := Eq.{1}
-@372 := Option.{0}
-@373 := @372 @83
-@374 := @371 @373
-@381 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
-@385 := @374 (@381 (@84 @364) @139)
-@386 := Option.some.{0}
-@387 := @386 @83
-@388 := @387 @141
-@389 := @385 @388
-@390 := #10
-@394 := @108 @390 @364 @153 @141
-@395 := LexLeanTarget.TargetSyntax.Function.types
-@396 := @395 @139
-@397 := @394 @396
-@398 := @372 @362
-@399 := @371 @398
-@400 := LexLeanTarget.TargetSemantics.bindAll
-@401 := LexLeanTarget.TargetSyntax.Function.parameters
-@406 := @399 (@400 (@401 @147) @139 @76)
-@407 := @386 @362
-@408 := @407 @141
-@409 := @406 @408
-@410 := @372 @336
-@411 := @371 @410
-@412 := LexLeanPreservation.Rust.fnFallible
-@413 := #11
-@416 := @411 (@412 @413 @364)
-@417 := @386 @336
-@418 := @417 @141
-@419 := @416 @418
-@420 := LexLeanPreservation.RunConv
-@421 := #13
-@425 := @420 @421 @390 @153 @141
-@427 := @339 @139 @344
-@428 := Exists.{1}
-@429 := LexLeanPreservation.Rust.ROut
-@430 := @428 @429
-@431 := And
-@432 := LexLeanPreservation.Rust.RealizesFn
-@436 := @431 (@432 @364 @153 @17)
-@437 := LexLeanPreservation.Rust.RCI
-@439 := @437 #15
-@440 := LexLeanPreservation.Rust.fnIdent
-@441 := @440 @421
-@448 := (hne : @427) -> @430 (fun (ro : @429) => @436 (@439 @441 @413 @17))
-@463 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @370) ->
-  (hfn : @389) -> (hwt : @397) -> (hbind : @409) -> (hF : @419) -> (hA : @425) -> @448
-@465 := LexLeanPreservation.Rust.compose @0
-@466 := @363 @0
-@471 := (n : @63) -> @466 @153 @147 @17 @139
-@472 := @381 @85
-@475 := @374 (@472 @139) @388
-@479 := @119 @364 @153 @141 @396
-@480 := @420 @0
-@483 := @480 @390 @153 @141
-@497 := {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @471) ->
-  (hfn : @475) -> (hwt : @479) -> (hbind : @409) -> (hF : @419) -> (hA : @483) -> @448
-@498 := @465 @1
-@499 := @466 @1
-@503 := (n : @63) -> @499 @147 @17 @139
-@506 := @127 @153 @141 @396
-@507 := @412 @1
-@510 := @411 (@507 @364) @418
-@511 := @437 @1
-@521 := (hbind : @409) ->
-  (hF : @510) -> (hA : @483) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@511 @441 @413 @17))
-@531 := {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @503) -> (hfn : @475) -> (hwt : @506) -> @521
-@532 := @498 @2
-@534 := @499 @2 @17
-@536 := (n : @63) -> @534 @139
-@537 := @133 @141
-@538 := @537 @396
-@547 := {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @536) -> (hfn : @475) -> (hwt : @538) -> @521
-@548 := @532 @73
-@550 := (n : @63) -> @534 @73
-@551 := @472 @73
-@552 := @374 @551
-@553 := @552 @388
-@554 := @507 @73
-@555 := @411 @554
-@556 := @555 @418
-@557 := @480 @73
-@559 := @557 @153 @141
-@561 := @511 (@440 @73)
-@569 := (hF : @556) -> (hA : @559) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 @413 @17))
-@578 := {fn : @83} ->
-  {args : @137} ->
-  {env : @362} ->
-  {F : @336} -> {o : @338} -> (hB : @550) -> (hfn : @553) -> (hwt : @538) -> (hbind : @409) -> @569
-@579 := @548 @103
-@581 := @552 (@387 @103)
-@582 := @395 @103
-@583 := @537 @582
-@585 := @400 (@401 @103)
-@597 := {args : @137} ->
-  {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @550) -> (hfn : @581) -> (hwt : @583) -> (hbind : @399 (@585 @139 @76) @408) -> @569
-@598 := @579 @62
-@600 := @283 (@230 @57)
-@602 := @133 @600 @582
-@604 := @58 (@5 @153)
-@606 := @604 (@283 @57)
-@610 := @399 (@585 @606 @76) @408
-@612 := @58 (@5 @390)
-@614 := @58 (@5 @364)
-@616 := @612 (@614 @57)
-@618 := @557 @616 @141
-@620 := @58 (@5 @421)
-@623 := @58 (@5 #12)
-@640 := {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @602) ->
-  (hbind : @610) ->
-  (hF : @556) ->
-  (hA : @618) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@620 (@623 @57)) @17))
-@641 := @598 @81
-@643 := @230 (@244 @57)
-@645 := @133 @643 @582
-@656 := @399 (@585 @600 @76) (@407 (@77 (@71 @229) (@77 (@74 @282) @76)))
-@658 := @614 (@604 @57)
-@660 := @557 @658 @141
-@662 := @58 (@5 @413)
-@678 := {F : @336} ->
-  {o : @338} ->
-  (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @645) ->
-  (hbind : @656) ->
-  (hF : @556) ->
-  (hA : @660) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@623 (@662 @57)) @17))
-@679 := @641 @82
-@680 := @302 @582
-@691 := @399 (@585 @643 @76) (@407 (@77 (@71 @243) (@77 (@74 @229) @76)))
-@693 := @555 (@417 @82)
-@695 := @557 @606 @141
-@696 := @432 @82
-@714 := {o : @338} ->
-  (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @680) ->
-  (hbind : @691) ->
-  (hF : @693) ->
-  (hA : @695) ->
-  (hne : @427) -> @430 (fun (ro : @429) => @431 (@696 @153 @17) (@561 (@662 (@612 @57)) @17))
-@715 := @679 @324
-@716 := @309 @582
-@727 := @399 (@585 @301 @76) (@407 (@77 (@71 @226) (@77 (@74 @243) @76)))
-@728 := @557 @600
-@730 := @322 @147 @139
-@731 := @728 @730
-@733 := @322 @153 @147
-@752 := (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @716) ->
-  (hbind : @727) ->
-  (hF : @693) ->
-  (hA : @731) ->
-  (hne : @339 @733 @344) ->
-  @430 (fun (ro : @429) => @431 (@696 (@322 @390 @364) @17) (@561 @616 @17))
-@753 := @715 @107
-@754 := @316 @582
-@765 := @399 (@585 @308 @76) (@407 (@77 (@71 @240) (@77 (@74 @226) @76)))
-@766 := @557 @643
-@768 := @322 @139 @141
-@787 := (hfn : @581) ->
-  (hwt : @754) ->
-  (hbind : @765) ->
-  (hF : @693) ->
-  (hA : @766 @768) ->
-  (hne : @339 @730 @344) ->
-  @430 (fun (ro : @429) => @431 (@696 (@322 @364 @153) @17) (@561 @658 @17))
-@788 := Eq.refl.{1}
-@791 := @753 (@788 @373 @551)
-@792 := @320 @582
-@803 := @399 (@585 @315 @76) (@407 (@77 (@71 @6) (@77 (@74 @240) @76)))
-@804 := @557 @301
-@806 := @322 @141 @143
-@822 := (hwt : @792) ->
-  (hbind : @803) ->
-  (hF : @693) ->
-  (hA : @804 @806) ->
-  (hne : @339 @768 @344) -> @430 (fun (ro : @429) => @431 (@696 @733 @17) (@561 @606 @17))
-@823 := @791 @319
-@825 := @585 @62 @76
-@828 := @399 @825 (@407 @81)
-@829 := @557 @308
-@831 := @322 @143 @12
-@846 := (hbind : @828) ->
-  (hF : @693) ->
-  (hA : @829 @831) ->
-  (hne : @339 @806 @344) -> @430 (fun (ro : @429) => @431 (@696 @730 @17) (@561 @600 @17))
-@849 := @823 (@788 @398 @825)
-@850 := @557 @315
-@852 := @322 @12 @4
-@866 := (hF : @693) ->
-  (hA : @850 @852) ->
-  (hne : @339 @831 @344) -> @430 (fun (ro : @429) => @431 (@696 @768 @17) (@561 @643 @17))
-@869 := @849 (@788 @410 @554)
-@883 := (hA : @557 @62 @324) ->
-  (hne : @339 @852 @344) -> @430 (fun (ro : @429) => @431 (@696 @806 @17) (@561 @301 @17))
-@884 := @869 @335
-@895 := (hne : @339 @324 @344) -> @430 (fun (ro : @429) => @431 (@696 @831 @17) (@561 @308 @17))
-@896 := @884 @357
-@902 := @431 (@696 @852 @17) (@561 @315 @17)
-@904 := @430 (fun (ro : @429) => @902)
-@906 := @430 (fun (__e_ro : @429) => @902)
-@911 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@912 := (__e_hrep : @911) -> @906
-@913 := fun (__e_hrep : @911) => @896
-@914 := (prefix : @3) -> @912
-@915 := fun (prefix : @3) => @913
-@916 := (subject : @3) -> @914
-@917 := fun (subject : @3) => @915
-\end{coremodule}
-\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/RustStd.lean
deleted file mode 100644
index 4c1c26df3..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
-      body := (.«match» .bool (.prim .slice [(.var 0), (.value .nat (.nat 0)), (.prim .length [(.var 1)])]) [(.arm .some [2] (.prim .equal [(.var 2), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 2)), (.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 2)), (.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 2)), (.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1.lean
deleted file mode 100644
index a191ace59..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanStd.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
-
-def __fits_0 (subject : ByteArray) (suffix : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble size total) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
-
-theorem __rel_0 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_0 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false) else Bool.false)) (Nat.ble size total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe size total)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (_root_.LexLeanRuntime.subtract (total) (size) : Nat) size)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes tail suffix))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def denote (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 subject suffix) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_0 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject suffix)
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/Compose/RustStd.lex.tex
deleted file mode 100644
index 78c69ee32..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,464 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1,
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.root : @916 := @917 {
-  all: [LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.program
-@1 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.krate
-@2 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.flags
-@3 := ByteArray
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.bytes
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.bytes
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_bytes @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (b : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (b : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Nat
-@66 := Prod.{0, 0} @63 @54
-@67 := 1
-@70 := Prod.mk.{0, 0} @63 @54
-@71 := @70 @67
-@72 := @71 @50
-@73 := 0
-@74 := @70 @73
-@75 := @74 @6
-@76 := @55 @66
-@77 := @56 @66
-@79 := @77 @75 @76
-@81 := @77 @72 @79
-@82 := Bool.false
-@83 := LexLeanTarget.TargetSyntax.Function
-@84 := LexLeanTarget.TargetSyntax.Program.functions
-@85 := @84 @0
-@86 := LexLeanTarget.TargetSyntax.Ty
-@87 := @55 @63
-@88 := @55 @86
-@89 := LexLeanTarget.TargetSyntax.Ty.unit
-@90 := LexLeanTarget.TargetSyntax.Value.unit
-@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
-@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
-@103 := List.getD.{0} @83 @85 @73 @98
-@107 := fun (__e_n : @63) =>
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.root @17 @73
-@108 := LexLeanPreservation.Rust.WTL
-@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
-@118 := LexLeanPreservation.Rust.wtl_nil @0
-@119 := @108 @0
-@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
-@126 := @118 @1
-@127 := @119 @1
-@131 := {A : @10} -> @127 @17 @57 @88
-@132 := @126 @2
-@133 := @127 @2
-@134 := @133 @57
-@135 := @134 @88
-@136 := List.{0}
-@137 := @136 @54
-@138 := @136 @86
-@139 := #6
-@140 := @11 @139
-@141 := #5
-@142 := @140 @141
-@143 := #4
-@146 := @142 @143 @12 @4
-@147 := #7
-@152 := @108 @147 @139 @141 @4 @15
-@153 := #8
-@156 := @108 @153 @147 @139
-@158 := @58 @141 @12
-@159 := @156 @158
-@160 := @56 @86
-@162 := @160 @143 @4
-@172 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
-@174 := LexLeanPreservation.Rust.wtl_cons @0
-@194 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} ->
-  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
-@195 := @174 @1
-@211 := {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
-@212 := @195 @2
-@214 := @43 @12 @4
-@216 := @133 @4 @15
-@224 := {v : @54} ->
-  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
-@225 := @212 @50
-@226 := @5 @143
-@227 := @43 @226
-@228 := @227 @4
-@229 := @5 @139
-@230 := @58 @229
-@232 := @133 (@230 @12)
-@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
-@239 := @225 @7
-@240 := @5 @12
-@242 := @43 @240 @7
-@243 := @5 @141
-@244 := @58 @243
-@246 := @133 (@244 @12)
-@247 := @160 @7
-@248 := @247 @4
-@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
-@254 := @239 @57
-@255 := @134 @15
-@256 := @58 @226
-@257 := @256 @57
-@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
-@263 := @254 @88
-@264 := @58 @240
-@265 := @264 @57
-@266 := @133 @265
-@267 := @247 @88
-@270 := (h : @53) -> (hs : @135) -> @266 @267
-@271 := @263 @51
-@272 := @61 @57
-@274 := @133 @272 @267
-@275 := (hs : @135) -> @274
-@276 := @271 @132
-@278 := @133 @60 @267
-@279 := @212 @6
-@281 := @43 @243 @4
-@282 := @5 @147
-@283 := @58 @282
-@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
-@292 := @279 @7
-@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
-@299 := @292 @60
-@300 := @266 @15
-@301 := @244 @257
-@302 := @133 @301
-@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
-@307 := @299 @267
-@308 := @256 @265
-@309 := @133 @308
-@310 := @247 @267
-@313 := (h : @49) -> (hs : @274) -> @309 @310
-@314 := @307 @47
-@315 := @264 @272
-@316 := @133 @315
-@318 := (hs : @278) -> @316 @310
-@319 := @314 @276
-@320 := @133 @62
-@321 := @320 @310
-@322 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.denote
-@324 := @322 @4 @15
-@325 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.__fits_0
-@327 := @325 @4 @15
-@330 := LexLeanStd.Text.endsWith @4 @15
-@332 := LexLeanTarget.TargetSyntax.Value.bool @330
-@335 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.root @4 @15
-@336 := Bool
-@337 := Ne.{1}
-@338 := LexLeanPreservation.Obs
-@339 := @337 @338
-@340 := LexLeanPreservation.Rel
-@343 := @339 (@340 @15 @17)
-@344 := LexLeanPreservation.Obs.stuck
-@347 := (f : @336) -> (v : @54) -> @343 @344
-@349 := LexLeanPreservation.Rust.rel_ne_stuck @327
-@356 := (v : @54) -> @339 (@340 (@325 @12 @4) @17) @344
-@357 := @349 @332
-@361 := @339 (@340 @327 @332) @344
-@362 := @136 @66
-@363 := LexLeanPreservation.Rust.FunSem
-@364 := #9
-@370 := (n : @63) -> @363 @364 @153 @147 @17 @139
-@371 := Eq.{1}
-@372 := Option.{0}
-@373 := @372 @83
-@374 := @371 @373
-@381 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
-@385 := @374 (@381 (@84 @364) @139)
-@386 := Option.some.{0}
-@387 := @386 @83
-@388 := @387 @141
-@389 := @385 @388
-@390 := #10
-@394 := @108 @390 @364 @153 @141
-@395 := LexLeanTarget.TargetSyntax.Function.types
-@396 := @395 @139
-@397 := @394 @396
-@398 := @372 @362
-@399 := @371 @398
-@400 := LexLeanTarget.TargetSemantics.bindAll
-@401 := LexLeanTarget.TargetSyntax.Function.parameters
-@406 := @399 (@400 (@401 @147) @139 @76)
-@407 := @386 @362
-@408 := @407 @141
-@409 := @406 @408
-@410 := @372 @336
-@411 := @371 @410
-@412 := LexLeanPreservation.Rust.fnFallible
-@413 := #11
-@416 := @411 (@412 @413 @364)
-@417 := @386 @336
-@418 := @417 @141
-@419 := @416 @418
-@420 := LexLeanPreservation.RunConv
-@421 := #13
-@425 := @420 @421 @390 @153 @141
-@427 := @339 @139 @344
-@428 := Exists.{1}
-@429 := LexLeanPreservation.Rust.ROut
-@430 := @428 @429
-@431 := And
-@432 := LexLeanPreservation.Rust.RealizesFn
-@436 := @431 (@432 @364 @153 @17)
-@437 := LexLeanPreservation.Rust.RCI
-@439 := @437 #15
-@440 := LexLeanPreservation.Rust.fnIdent
-@441 := @440 @421
-@448 := (hne : @427) -> @430 (fun (ro : @429) => @436 (@439 @441 @413 @17))
-@463 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @370) ->
-  (hfn : @389) -> (hwt : @397) -> (hbind : @409) -> (hF : @419) -> (hA : @425) -> @448
-@465 := LexLeanPreservation.Rust.compose @0
-@466 := @363 @0
-@471 := (n : @63) -> @466 @153 @147 @17 @139
-@472 := @381 @85
-@475 := @374 (@472 @139) @388
-@479 := @119 @364 @153 @141 @396
-@480 := @420 @0
-@483 := @480 @390 @153 @141
-@497 := {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @471) ->
-  (hfn : @475) -> (hwt : @479) -> (hbind : @409) -> (hF : @419) -> (hA : @483) -> @448
-@498 := @465 @1
-@499 := @466 @1
-@503 := (n : @63) -> @499 @147 @17 @139
-@506 := @127 @153 @141 @396
-@507 := @412 @1
-@510 := @411 (@507 @364) @418
-@511 := @437 @1
-@521 := (hbind : @409) ->
-  (hF : @510) -> (hA : @483) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@511 @441 @413 @17))
-@531 := {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @503) -> (hfn : @475) -> (hwt : @506) -> @521
-@532 := @498 @2
-@534 := @499 @2 @17
-@536 := (n : @63) -> @534 @139
-@537 := @133 @141
-@538 := @537 @396
-@547 := {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @536) -> (hfn : @475) -> (hwt : @538) -> @521
-@548 := @532 @73
-@550 := (n : @63) -> @534 @73
-@551 := @472 @73
-@552 := @374 @551
-@553 := @552 @388
-@554 := @507 @73
-@555 := @411 @554
-@556 := @555 @418
-@557 := @480 @73
-@559 := @557 @153 @141
-@561 := @511 (@440 @73)
-@569 := (hF : @556) -> (hA : @559) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 @413 @17))
-@578 := {fn : @83} ->
-  {args : @137} ->
-  {env : @362} ->
-  {F : @336} -> {o : @338} -> (hB : @550) -> (hfn : @553) -> (hwt : @538) -> (hbind : @409) -> @569
-@579 := @548 @103
-@581 := @552 (@387 @103)
-@582 := @395 @103
-@583 := @537 @582
-@585 := @400 (@401 @103)
-@597 := {args : @137} ->
-  {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @550) -> (hfn : @581) -> (hwt : @583) -> (hbind : @399 (@585 @139 @76) @408) -> @569
-@598 := @579 @62
-@600 := @283 (@230 @57)
-@602 := @133 @600 @582
-@604 := @58 (@5 @153)
-@606 := @604 (@283 @57)
-@610 := @399 (@585 @606 @76) @408
-@612 := @58 (@5 @390)
-@614 := @58 (@5 @364)
-@616 := @612 (@614 @57)
-@618 := @557 @616 @141
-@620 := @58 (@5 @421)
-@623 := @58 (@5 #12)
-@640 := {env : @362} ->
-  {F : @336} ->
-  {o : @338} ->
-  (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @602) ->
-  (hbind : @610) ->
-  (hF : @556) ->
-  (hA : @618) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@620 (@623 @57)) @17))
-@641 := @598 @81
-@643 := @230 (@244 @57)
-@645 := @133 @643 @582
-@656 := @399 (@585 @600 @76) (@407 (@77 (@71 @229) (@77 (@74 @282) @76)))
-@658 := @614 (@604 @57)
-@660 := @557 @658 @141
-@662 := @58 (@5 @413)
-@678 := {F : @336} ->
-  {o : @338} ->
-  (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @645) ->
-  (hbind : @656) ->
-  (hF : @556) ->
-  (hA : @660) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@623 (@662 @57)) @17))
-@679 := @641 @82
-@680 := @302 @582
-@691 := @399 (@585 @643 @76) (@407 (@77 (@71 @243) (@77 (@74 @229) @76)))
-@693 := @555 (@417 @82)
-@695 := @557 @606 @141
-@696 := @432 @82
-@714 := {o : @338} ->
-  (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @680) ->
-  (hbind : @691) ->
-  (hF : @693) ->
-  (hA : @695) ->
-  (hne : @427) -> @430 (fun (ro : @429) => @431 (@696 @153 @17) (@561 (@662 (@612 @57)) @17))
-@715 := @679 @324
-@716 := @309 @582
-@727 := @399 (@585 @301 @76) (@407 (@77 (@71 @226) (@77 (@74 @243) @76)))
-@728 := @557 @600
-@730 := @322 @147 @139
-@731 := @728 @730
-@733 := @322 @153 @147
-@752 := (hB : @550) ->
-  (hfn : @581) ->
-  (hwt : @716) ->
-  (hbind : @727) ->
-  (hF : @693) ->
-  (hA : @731) ->
-  (hne : @339 @733 @344) ->
-  @430 (fun (ro : @429) => @431 (@696 (@322 @390 @364) @17) (@561 @616 @17))
-@753 := @715 @107
-@754 := @316 @582
-@765 := @399 (@585 @308 @76) (@407 (@77 (@71 @240) (@77 (@74 @226) @76)))
-@766 := @557 @643
-@768 := @322 @139 @141
-@787 := (hfn : @581) ->
-  (hwt : @754) ->
-  (hbind : @765) ->
-  (hF : @693) ->
-  (hA : @766 @768) ->
-  (hne : @339 @730 @344) ->
-  @430 (fun (ro : @429) => @431 (@696 (@322 @364 @153) @17) (@561 @658 @17))
-@788 := Eq.refl.{1}
-@791 := @753 (@788 @373 @551)
-@792 := @320 @582
-@803 := @399 (@585 @315 @76) (@407 (@77 (@71 @6) (@77 (@74 @240) @76)))
-@804 := @557 @301
-@806 := @322 @141 @143
-@822 := (hwt : @792) ->
-  (hbind : @803) ->
-  (hF : @693) ->
-  (hA : @804 @806) ->
-  (hne : @339 @768 @344) -> @430 (fun (ro : @429) => @431 (@696 @733 @17) (@561 @606 @17))
-@823 := @791 @319
-@825 := @585 @62 @76
-@828 := @399 @825 (@407 @81)
-@829 := @557 @308
-@831 := @322 @143 @12
-@846 := (hbind : @828) ->
-  (hF : @693) ->
-  (hA : @829 @831) ->
-  (hne : @339 @806 @344) -> @430 (fun (ro : @429) => @431 (@696 @730 @17) (@561 @600 @17))
-@849 := @823 (@788 @398 @825)
-@850 := @557 @315
-@852 := @322 @12 @4
-@866 := (hF : @693) ->
-  (hA : @850 @852) ->
-  (hne : @339 @831 @344) -> @430 (fun (ro : @429) => @431 (@696 @768 @17) (@561 @643 @17))
-@869 := @849 (@788 @410 @554)
-@883 := (hA : @557 @62 @324) ->
-  (hne : @339 @852 @344) -> @430 (fun (ro : @429) => @431 (@696 @806 @17) (@561 @301 @17))
-@884 := @869 @335
-@895 := (hne : @339 @324 @344) -> @430 (fun (ro : @429) => @431 (@696 @831 @17) (@561 @308 @17))
-@896 := @884 @357
-@902 := @431 (@696 @852 @17) (@561 @315 @17)
-@904 := @430 (fun (ro : @429) => @902)
-@906 := @430 (fun (__e_ro : @429) => @902)
-@911 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@912 := (__e_hrep : @911) -> @906
-@913 := fun (__e_hrep : @911) => @896
-@914 := (suffix : @3) -> @912
-@915 := fun (suffix : @3) => @913
-@916 := (subject : @3) -> @914
-@917 := fun (subject : @3) => @915
-\end{coremodule}
-\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/RustStd.lean
deleted file mode 100644
index 0fdc74d6b..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/RustStd.lean
+++ /dev/null
@@ -1,33 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false) (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)))])) (.mk [] (.lit (.bool false))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := []
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false) (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)))])) (.mk [] (.lit (.bool false)))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))]) (ta := (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | _ + 1 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2.lean
deleted file mode 100644
index 4f87c9214..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2.lean
+++ /dev/null
@@ -1,105 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanStd.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.bytes], result := .bytes,
-      body := (.«let» 1 .nat (.call 1 [(.var 0)]) (.«let» 2 .nat (.call 2 [(.var 0), (.var 1)]) (.call 3 [(.var 0), (.var 2), (.prim .natSub [(.var 1), (.var 2)])]))) },
-    { parameters := [0], types := [.bytes], result := .nat,
-      body := (.first (.call 4 [(.closure 5 [(.var 0)]), (.prim .length [(.var 0)]), (.prim .length [(.var 0)])])) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
-      body := (.first (.call 4 [(.closure 6 [(.var 1), (.var 0)]), (.var 1), (.value .nat (.nat 0))])) },
-    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
-      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
-      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.cond (.call 7 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .some (.option .nat) [(.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
-    { parameters := [0, 1, 2], types := [.nat, .bytes, .nat], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.var 2), (.var 0)]) (.cond (.call 7 [(.var 1), (.var 2)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := .bool,
-      body := (.«match» .bool (.call 8 [(.var 0), (.var 1)]) [(.arm .some [2] (.call 9 [(.var 2)])), (.arm .none [] (.build .false .bool []))]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.cond (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 32))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 9))])) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 10))])) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 12))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 13))]))) }] }
-
-def __fits_8 (subject : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_8 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_8 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanStd.Text.byteAt subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
-
-def __fits_9 (byte : UInt8) : Bool :=
-  (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) && (if ((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) && (if (((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) || (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))
-
-theorem __rel_9 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_9 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.isSpace byte))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((13 : UInt8)) : Bool)))) (((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) || (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool))) ((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (32 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (9 : UInt8))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (10 : UInt8))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (_root_.LexLeanRuntime.equal (byte) ((13 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (12 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (13 : UInt8)))))))
-
-def __fits_7 (subject : ByteArray) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (subject) (position))) && (match (LexLeanStd.Text.byteAt (subject) (position)) with | Option.some byte => ((Bool.true && Bool.true) && (__fits_9 (byte))) | Option.none => (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanStd.Text.byteAt LexLeanStd.Text.isSpace in
-theorem __rel_7 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_7 subject position) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.spaceAt subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((Bool.true && Bool.true) && (__fits_9 (byte))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some byte => (LexLeanStd.Text.isSpace (byte)) | Option.none => Bool.false)) (LexLeanStd.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (byte)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_5 (subject : ByteArray) («end» : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) «end») then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_7 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanStd.Text.spaceAt in
-theorem __rel_5 (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_5 subject «end») ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_7 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) «end»)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_1 (subject : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_5 (subject) __p0) ((fun («end» : Nat) => (if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat))))
-
-attribute [local irreducible] LexLeanStd.Text.spaceAt in
-theorem __rel_1 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_1 subject) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanStd.Text.trimEnd subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun («end» : Nat) => (if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_5 (subject) __p0) 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_5 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun («end» : Nat) => (if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat)))))
-
-def __fits_6 («end» : Nat) (subject : ByteArray) (start : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt start «end») then (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (subject) (start))) && (if (LexLeanStd.Text.spaceAt (subject) (start)) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (start + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
-
-attribute [local irreducible] LexLeanStd.Text.spaceAt in
-theorem __rel_6 («end» : Nat) (subject : ByteArray) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat «end»), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_6 «end» subject start) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (subject) (start))) && (if (LexLeanStd.Text.spaceAt (subject) (start)) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (start + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))) (Nat.blt start «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt start «end»)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (start + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanStd.Text.spaceAt (subject) (start)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (subject) (start))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd start (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
-
-def __fits_2 (subject : ByteArray) («end» : Nat) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_6 («end») (subject) __p0) ((fun (start : Nat) => (if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) («end») ((0 : Nat))))
-
-attribute [local irreducible] LexLeanStd.Text.spaceAt in
-theorem __rel_2 (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_2 subject «end») (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanStd.Text.trimStart subject «end»))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (start : Nat) => (if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_6 («end») (subject) __p0) 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat «end»), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_6 («end») (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (start : Nat) => (if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := .nat) rfl («end») ((0 : Nat)))))
-
-def __fits_3 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
-
-theorem __rel_3 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_3 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.sliceOr subject start count))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def __fits_0 (subject : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (__fits_1 (subject))) && (let «end» : Nat := (LexLeanStd.Text.trimEnd (subject)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (subject) («end»))) && (let start : Nat := (LexLeanStd.Text.trimStart (subject) («end»)); ((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_3 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))))
-
-attribute [local irreducible] LexLeanStd.Text.sliceOr LexLeanStd.Text.trimEnd LexLeanStd.Text.trimStart in
-theorem __rel_0 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.trim subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let «end» : Nat := (LexLeanStd.Text.trimEnd (subject)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (subject))) (let start : Nat := (LexLeanStd.Text.trimStart (subject) («end»)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (subject) («end»))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» start)) _root_.LexLeanPreservation.convL_nil))) (__rel_3 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))
-
-def denote (subject : ByteArray) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 subject) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.trim subject)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (subject : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.trim subject))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject)
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/Compose/RustStd.lex.tex
deleted file mode 100644
index 293a60c00..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,418 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2,
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.root : @826 := @827 {
-  all: [LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.program
-@1 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.krate
-@2 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.flags
-@3 := ByteArray
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.bytes
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.bytes
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_bytes @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (b : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (b : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@57 := Nat
-@60 := Prod.{0, 0} @57 @50
-@61 := 0
-@65 := Prod.mk.{0, 0} @57 @50 @61
-@66 := @65 @6
-@67 := @51 @60
-@68 := @52 @60
-@70 := @68 @66 @67
-@71 := Bool.true
-@72 := LexLeanTarget.TargetSyntax.Function
-@73 := LexLeanTarget.TargetSyntax.Program.functions
-@74 := @73 @0
-@75 := LexLeanTarget.TargetSyntax.Ty
-@76 := @51 @57
-@77 := @51 @75
-@78 := LexLeanTarget.TargetSyntax.Ty.unit
-@79 := LexLeanTarget.TargetSyntax.Value.unit
-@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
-@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
-@92 := List.getD.{0} @72 @74 @61 @87
-@96 := fun (__e_n : @57) =>
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.root @17 @61
-@97 := LexLeanPreservation.Rust.WTL
-@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
-@107 := LexLeanPreservation.Rust.wtl_nil @0
-@108 := @97 @0
-@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
-@115 := @107 @1
-@116 := @108 @1
-@120 := {A : @10} -> @116 @17 @53 @77
-@121 := @115 @2
-@122 := @116 @2
-@123 := @122 @53
-@124 := @123 @77
-@125 := List.{0}
-@126 := @125 @50
-@127 := @125 @75
-@128 := #6
-@129 := @11 @128
-@130 := #5
-@131 := @129 @130
-@132 := #4
-@135 := @131 @132 @12 @14
-@136 := #7
-@141 := @97 @136 @128 @130 @14 @4
-@142 := #8
-@145 := @97 @142 @136 @128
-@147 := @54 @130 @12
-@148 := @145 @147
-@149 := @52 @75
-@151 := @149 @132 @14
-@161 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
-@163 := LexLeanPreservation.Rust.wtl_cons @0
-@183 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} ->
-  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
-@184 := @163 @1
-@200 := {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
-@201 := @184 @2
-@203 := @43 @12 @14
-@205 := @122 @14 @4
-@213 := {v : @50} ->
-  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
-@214 := @201 @6
-@215 := @5 @132
-@217 := @43 @215 @14
-@218 := @5 @128
-@219 := @54 @218
-@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
-@228 := @214 @7
-@229 := @5 @12
-@231 := @43 @229 @7
-@232 := @5 @130
-@233 := @54 @232
-@235 := @122 (@233 @12)
-@236 := @149 @7
-@237 := @236 @14
-@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
-@243 := @228 @53
-@244 := @5 @14
-@246 := @43 @244 @7
-@247 := @123 @4
-@249 := @54 @215 @53
-@250 := @122 @249
-@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
-@255 := @243 @77
-@257 := @54 @229 @53
-@258 := @122 @257
-@259 := @236 @77
-@262 := (h : @49) -> (hs : @124) -> @258 @259
-@263 := @255 @47
-@265 := @54 @244 @53
-@266 := @122 @265
-@268 := (hs : @124) -> @266 @259
-@269 := @263 @121
-@270 := @122 @56
-@271 := @270 @259
-@272 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.denote
-@273 := @272 @4
-@274 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.__fits_0
-@275 := @274 @4
-@278 := @5 (LexLeanStd.Text.trim @4)
-@280 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.root @4
-@281 := Bool
-@282 := Ne.{1}
-@283 := LexLeanPreservation.Obs
-@284 := @282 @283
-@285 := LexLeanPreservation.Rel
-@288 := @284 (@285 @4 @17)
-@289 := LexLeanPreservation.Obs.stuck
-@292 := (f : @281) -> (v : @50) -> @288 @289
-@294 := LexLeanPreservation.Rust.rel_ne_stuck @275
-@300 := (v : @50) -> @284 (@285 (@274 @14) @17) @289
-@301 := @294 @278
-@305 := @284 (@285 @275 @278) @289
-@306 := @125 @60
-@307 := LexLeanPreservation.Rust.FunSem
-@308 := #9
-@314 := (n : @57) -> @307 @308 @142 @136 @17 @128
-@315 := Eq.{1}
-@316 := Option.{0}
-@317 := @316 @72
-@318 := @315 @317
-@325 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
-@329 := @318 (@325 (@73 @308) @128)
-@330 := Option.some.{0}
-@331 := @330 @72
-@332 := @331 @130
-@333 := @329 @332
-@334 := #10
-@338 := @97 @334 @308 @142 @130
-@339 := LexLeanTarget.TargetSyntax.Function.types
-@340 := @339 @128
-@341 := @338 @340
-@342 := @316 @306
-@343 := @315 @342
-@344 := LexLeanTarget.TargetSemantics.bindAll
-@345 := LexLeanTarget.TargetSyntax.Function.parameters
-@350 := @343 (@344 (@345 @136) @128 @67)
-@351 := @330 @306
-@352 := @351 @130
-@353 := @350 @352
-@354 := @316 @281
-@355 := @315 @354
-@356 := LexLeanPreservation.Rust.fnFallible
-@357 := #11
-@360 := @355 (@356 @357 @308)
-@361 := @330 @281
-@362 := @361 @130
-@363 := @360 @362
-@364 := LexLeanPreservation.RunConv
-@365 := #13
-@369 := @364 @365 @334 @142 @130
-@371 := @284 @128 @289
-@372 := Exists.{1}
-@373 := LexLeanPreservation.Rust.ROut
-@374 := @372 @373
-@375 := And
-@376 := LexLeanPreservation.Rust.RealizesFn
-@380 := @375 (@376 @308 @142 @17)
-@381 := LexLeanPreservation.Rust.RCI
-@383 := @381 #15
-@384 := LexLeanPreservation.Rust.fnIdent
-@385 := @384 @365
-@392 := (hne : @371) -> @374 (fun (ro : @373) => @380 (@383 @385 @357 @17))
-@407 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @314) ->
-  (hfn : @333) -> (hwt : @341) -> (hbind : @353) -> (hF : @363) -> (hA : @369) -> @392
-@409 := LexLeanPreservation.Rust.compose @0
-@410 := @307 @0
-@415 := (n : @57) -> @410 @142 @136 @17 @128
-@416 := @325 @74
-@419 := @318 (@416 @128) @332
-@423 := @108 @308 @142 @130 @340
-@424 := @364 @0
-@427 := @424 @334 @142 @130
-@441 := {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @415) ->
-  (hfn : @419) -> (hwt : @423) -> (hbind : @353) -> (hF : @363) -> (hA : @427) -> @392
-@442 := @409 @1
-@443 := @410 @1
-@447 := (n : @57) -> @443 @136 @17 @128
-@450 := @116 @142 @130 @340
-@451 := @356 @1
-@454 := @355 (@451 @308) @362
-@455 := @381 @1
-@465 := (hbind : @353) ->
-  (hF : @454) -> (hA : @427) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@455 @385 @357 @17))
-@475 := {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @447) -> (hfn : @419) -> (hwt : @450) -> @465
-@476 := @442 @2
-@478 := @443 @2 @17
-@480 := (n : @57) -> @478 @128
-@481 := @122 @130
-@482 := @481 @340
-@491 := {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @480) -> (hfn : @419) -> (hwt : @482) -> @465
-@492 := @476 @61
-@494 := (n : @57) -> @478 @61
-@495 := @416 @61
-@496 := @318 @495
-@497 := @496 @332
-@498 := @451 @61
-@499 := @355 @498
-@500 := @499 @362
-@501 := @424 @61
-@503 := @501 @142 @130
-@505 := @455 (@384 @61)
-@513 := (hF : @500) -> (hA : @503) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 @357 @17))
-@522 := {fn : @72} ->
-  {args : @126} ->
-  {env : @306} ->
-  {F : @281} -> {o : @283} -> (hB : @494) -> (hfn : @497) -> (hwt : @482) -> (hbind : @353) -> @513
-@523 := @492 @92
-@525 := @496 (@331 @92)
-@526 := @339 @92
-@527 := @481 @526
-@529 := @344 (@345 @92)
-@541 := {args : @126} ->
-  {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @494) -> (hfn : @525) -> (hwt : @527) -> (hbind : @343 (@529 @128 @67) @352) -> @513
-@542 := @523 @56
-@543 := @219 @53
-@545 := @122 @543 @526
-@548 := @54 (@5 @136) @53
-@552 := @343 (@529 @548 @67) @352
-@555 := @54 (@5 @308) @53
-@576 := {env : @306} ->
-  {F : @281} ->
-  {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @545) ->
-  (hbind : @552) ->
-  (hF : @500) ->
-  (hA : @501 @555 @130) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 #12) @53) @17))
-@577 := @542 @70
-@578 := @233 @53
-@580 := @122 @578 @526
-@588 := @343 (@529 @543 @67) (@351 (@68 (@65 @218) @67))
-@591 := @54 (@5 @142) @53
-@610 := {F : @281} ->
-  {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @580) ->
-  (hbind : @588) ->
-  (hF : @500) ->
-  (hA : @501 @591 @130) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 @357) @53) @17))
-@611 := @577 @71
-@612 := @250 @526
-@620 := @343 (@529 @578 @67) (@351 (@68 (@65 @232) @67))
-@622 := @499 (@361 @71)
-@624 := @501 @548 @130
-@625 := @376 @71
-@644 := {o : @283} ->
-  (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @612) ->
-  (hbind : @620) ->
-  (hF : @622) ->
-  (hA : @624) ->
-  (hne : @371) -> @374 (fun (ro : @373) => @375 (@625 @142 @17) (@505 (@54 (@5 @334) @53) @17))
-@645 := @611 @273
-@646 := @258 @526
-@654 := @343 (@529 @249 @67) (@351 (@68 (@65 @215) @67))
-@655 := @501 @543
-@656 := @272 @128
-@657 := @655 @656
-@658 := @272 @136
-@676 := (hB : @494) ->
-  (hfn : @525) ->
-  (hwt : @646) ->
-  (hbind : @654) ->
-  (hF : @622) ->
-  (hA : @657) ->
-  (hne : @284 @658 @289) -> @374 (fun (ro : @373) => @375 (@625 (@272 @308) @17) (@505 @555 @17))
-@677 := @645 @96
-@678 := @266 @526
-@686 := @343 (@529 @257 @67) (@351 (@68 (@65 @229) @67))
-@687 := @501 @578
-@688 := @272 @130
-@706 := (hfn : @525) ->
-  (hwt : @678) ->
-  (hbind : @686) ->
-  (hF : @622) ->
-  (hA : @687 @688) ->
-  (hne : @284 @656 @289) -> @374 (fun (ro : @373) => @375 (@625 (@272 @142) @17) (@505 @591 @17))
-@707 := Eq.refl.{1}
-@710 := @677 (@707 @317 @495)
-@711 := @270 @526
-@719 := @343 (@529 @265 @67) (@351 (@68 (@65 @244) @67))
-@720 := @501 @249
-@721 := @272 @132
-@737 := (hwt : @711) ->
-  (hbind : @719) ->
-  (hF : @622) ->
-  (hA : @720 @721) ->
-  (hne : @284 @688 @289) -> @374 (fun (ro : @373) => @375 (@625 @658 @17) (@505 @548 @17))
-@738 := @710 @269
-@740 := @529 @56 @67
-@743 := @343 @740 (@351 @70)
-@744 := @501 @257
-@745 := @272 @12
-@760 := (hbind : @743) ->
-  (hF : @622) ->
-  (hA : @744 @745) ->
-  (hne : @284 @721 @289) -> @374 (fun (ro : @373) => @375 (@625 @656 @17) (@505 @543 @17))
-@763 := @738 (@707 @342 @740)
-@764 := @501 @265
-@765 := @272 @14
-@779 := (hF : @622) ->
-  (hA : @764 @765) ->
-  (hne : @284 @745 @289) -> @374 (fun (ro : @373) => @375 (@625 @688 @17) (@505 @578 @17))
-@782 := @763 (@707 @354 @498)
-@796 := (hA : @501 @56 @273) ->
-  (hne : @284 @765 @289) -> @374 (fun (ro : @373) => @375 (@625 @721 @17) (@505 @249 @17))
-@797 := @782 @280
-@808 := (hne : @284 @273 @289) -> @374 (fun (ro : @373) => @375 (@625 @745 @17) (@505 @257 @17))
-@809 := @797 @301
-@815 := @375 (@625 @765 @17) (@505 @265 @17)
-@817 := @374 (fun (ro : @373) => @815)
-@819 := @374 (fun (__e_ro : @373) => @815)
-@823 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@824 := (__e_hrep : @823) -> @819
-@825 := fun (__e_hrep : @823) => @809
-@826 := (subject : @3) -> @824
-@827 := fun (subject : @3) => @825
-\end{coremodule}
-\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/RustStd.lean
deleted file mode 100644
index 553fabe02..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/RustStd.lean
+++ /dev/null
@@ -1,107 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.bytes], result := .bytes,
-      body := (.«let» 1 .nat (.call 1 [(.var 0)]) (.«let» 2 .nat (.call 2 [(.var 0), (.var 1)]) (.call 3 [(.var 0), (.var 2), (.prim .natSub [(.var 1), (.var 2)])]))) },
-    { parameters := [0], types := [.bytes], result := .nat,
-      body := (.first (.call 4 [(.closure 5 [(.var 0)]), (.prim .length [(.var 0)]), (.prim .length [(.var 0)])])) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
-      body := (.first (.call 4 [(.closure 6 [(.var 1), (.var 0)]), (.var 1), (.value .nat (.nat 0))])) },
-    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
-      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
-      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.cond (.call 7 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .some (.option .nat) [(.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
-    { parameters := [0, 1, 2], types := [.nat, .bytes, .nat], result := (.option .nat),
-      body := (.cond (.prim .natLt [(.var 2), (.var 0)]) (.cond (.call 7 [(.var 1), (.var 2)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := .bool,
-      body := (.«match» .bool (.call 8 [(.var 0), (.var 1)]) [(.arm .some [2] (.call 9 [(.var 2)])), (.arm .none [] (.build .false .bool []))]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [(.fixed .u8)], result := .bool,
-      body := (.cond (.cond (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 32))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 9))])) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 10))])) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 12))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 13))]))) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 5, fields := [.bytes] }, { number := 6, fields := [.nat, .bytes] }]),
-    (.apply 0 [.nat] (.option .nat) true [{ function := 5, captures := [.clone], functionFallible := false }, { function := 6, captures := [.copy, .clone], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bytes) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.call (.function 1) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] false)))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .nat) (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 4) [(.construct (.closure 0 5) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 5))] false)))] true))] (.succeed (.move (.generated .part 3))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.call (.function 4) [(.construct (.closure 0 6) [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]), (.copy (.generated .binding 1)), (.lit (.nat 0))] true))] (.succeed (.move (.generated .part 6))))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bytes (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair .nat .bool)) (.mk [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option .nat) (.mk [(.mk (.bind (.generated .operand 14)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (.mk [] (.construct (.none .nat) [])))) (.mk [] (.construct (.none .nat) []))))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 0)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (.mk [] (.succeed (.construct (.none .nat) [])))))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 24)) none (.call (.function 8) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.call (.function 9) [(.copy (.generated .binding 2))] false)))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 25)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))] (.cond (.cond (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))] (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))] (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], (.option .nat)), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.call (.function 1) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))], (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] false)), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 4) [(.construct (.closure 0 5) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 5))] false)))] true))], (.succeed (.move (.generated .part 3))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 5))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.call (.function 4) [(.construct (.closure 0 6) [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]), (.copy (.generated .binding 1)), (.lit (.nat 0))] true))], (.succeed (.move (.generated .part 6))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 14)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (.mk [] (.construct (.none .nat) [])))) (.mk [] (.construct (.none .nat) []))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 14)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (.mk [] (.construct (.none .nat) [])))) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 0)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .nat, (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 0)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 24)) none (.call (.function 8) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.call (.function 9) [(.copy (.generated .binding 2))] false)))]), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 9) [(.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 25)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))], (.cond (.cond (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))] (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))] (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.cond (lc := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))]) (ce := (.cond (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))] (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))]) (ce := (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))] (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | _ + 10 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3.lean
deleted file mode 100644
index 032270123..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3.lean
+++ /dev/null
@@ -1,88 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanStd.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, (.fixed .u8)], result := (.list .bytes),
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 1), (.var 0)]), (.var 2), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 4 .nat (.first (.second (.var 3))) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 2), (.var 4)])]), (.second (.second (.var 3)))])])))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
-      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fixed .u8), .bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.call 5 [(.var 1), (.var 0), (.var 2)]) },
-    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
-      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
-    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
-      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
-      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
-      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) }] }
-
-def __fits_4 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
-
-theorem __rel_4 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_4 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.sliceOr subject start count))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def __fits_8 (subject : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_8 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_8 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanStd.Text.byteAt subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
-
-def __fits_5 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (subject) (position))) && (match (LexLeanStd.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] LexLeanStd.Text.byteAt LexLeanStd.Text.sliceOr in
-theorem __rel_5 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_5 subject delimiter state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanStd.Text.splitStep subject delimiter state))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanStd.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte delimiter)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
-
-def __fits_2 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_5 (subject) (delimiter) (state)))
-
-attribute [local irreducible] LexLeanStd.Text.splitStep in
-theorem __rel_2 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_2 delimiter subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanStd.Text.splitStep (subject) (delimiter) (state))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_5 (subject) (delimiter) (state)))
-
-def __fits_7 (reversed : (List ByteArray)) (piece : ByteArray) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_7 (reversed : (List ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) reversed), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_7 reversed piece) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((piece :: reversed)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_3 (pieces : (List ByteArray)) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (([] : List ByteArray)) (pieces)))
-
-theorem __rel_3 (pieces : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces)] (_root_.LexLeanPreservation.Rel (__fits_3 pieces) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.reverse pieces))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) 7 [] (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __rel_7 __p0 __p1) (p := __prog) (fi := 6) (ta := .bytes) (ts := (.list .bytes)) rfl (([] : List ByteArray)) (pieces)))
-
-def __fits_0 (subject : ByteArray) (delimiter : UInt8) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && (Bool.true && Bool.true)) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (delimiter) (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2))))))))))
-
-attribute [local irreducible] LexLeanStd.Text.reverse LexLeanStd.Text.sliceOr LexLeanStd.Text.splitStep in
-theorem __rel_0 (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter)] (_root_.LexLeanPreservation.Rel (__fits_0 subject delimiter) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.splitOn subject delimiter))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (delimiter) (subject) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_2 (delimiter) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2)))))))
-
-def denote (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 subject delimiter) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.splitOn subject delimiter)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter)] (_root_.LexLeanPreservation.Rel (__fits_0 subject delimiter) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.splitOn subject delimiter))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject delimiter)
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/Compose/RustStd.lex.tex
deleted file mode 100644
index 7c7682b0f..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,486 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3,
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.root : @979 := @980 {
-  all: [LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.program
-@1 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.krate
-@2 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.flags
-@3 := ByteArray
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.bytes
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.bytes
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_bytes @0
-@27 := @11 @0
-@29 := @27 @4 @15
-@34 := {c : @9} -> {A : @10} -> (b : @3) -> @29 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@37 := @36 @15
-@41 := {A : @10} -> (b : @3) -> @37 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (b : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := UInt8
-@51 := LexLeanTarget.TargetSyntax.Value.u8
-@52 := @51 @15
-@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.u8
-@56 := @51 @17
-@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
-@64 := LexLeanPreservation.Rust.wt_u8 @0
-@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
-@70 := @64 @1
-@74 := {A : @10} -> (x : @50) -> @37 @56 @55
-@75 := @70 @2
-@78 := (x : @50) -> @43 @56 @55
-@79 := @75 @15
-@81 := @43 @52 @55
-@82 := LexLeanTarget.TargetSyntax.Value
-@83 := List.nil.{0}
-@84 := List.cons.{0}
-@85 := @83 @82
-@86 := @84 @82
-@88 := @86 @52 @85
-@90 := @86 @6 @88
-@91 := Nat
-@94 := Prod.{0, 0} @91 @82
-@95 := 1
-@98 := Prod.mk.{0, 0} @91 @82
-@99 := @98 @95
-@100 := @99 @52
-@101 := 0
-@102 := @98 @101
-@103 := @102 @6
-@104 := @83 @94
-@105 := @84 @94
-@107 := @105 @103 @104
-@109 := @105 @100 @107
-@110 := Bool.true
-@111 := LexLeanTarget.TargetSyntax.Function
-@112 := LexLeanTarget.TargetSyntax.Program.functions
-@113 := @112 @0
-@114 := LexLeanTarget.TargetSyntax.Ty
-@115 := @83 @91
-@116 := @83 @114
-@117 := LexLeanTarget.TargetSyntax.Ty.unit
-@118 := LexLeanTarget.TargetSyntax.Value.unit
-@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
-@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
-@131 := List.getD.{0} @111 @113 @101 @126
-@135 := fun (__e_n : @91) =>
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.root @17 @101
-@136 := LexLeanPreservation.Rust.WTL
-@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
-@146 := LexLeanPreservation.Rust.wtl_nil @0
-@147 := @136 @0
-@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
-@154 := @146 @1
-@155 := @147 @1
-@159 := {A : @10} -> @155 @17 @85 @116
-@160 := @154 @2
-@161 := @155 @2
-@162 := @161 @85
-@163 := @162 @116
-@164 := List.{0}
-@165 := @164 @82
-@166 := @164 @114
-@167 := #6
-@168 := @11 @167
-@169 := #5
-@170 := @168 @169
-@171 := #4
-@174 := @170 @171 @12 @4
-@175 := #7
-@180 := @136 @175 @167 @169 @4 @15
-@181 := #8
-@184 := @136 @181 @175 @167
-@186 := @86 @169 @12
-@187 := @184 @186
-@188 := @84 @114
-@190 := @188 @171 @4
-@200 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
-@202 := LexLeanPreservation.Rust.wtl_cons @0
-@222 := {c : @9} ->
-  {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} ->
-  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
-@223 := @202 @1
-@239 := {A : @10} ->
-  {v : @82} ->
-  {t : @114} ->
-  {vs : @165} ->
-  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
-@240 := @223 @2
-@242 := @43 @12 @4
-@244 := @161 @4 @15
-@252 := {v : @82} ->
-  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
-@253 := @240 @52
-@254 := @51 @171
-@256 := @43 @254 @4
-@257 := @51 @167
-@258 := @86 @257
-@266 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
-@267 := @253 @55
-@268 := @51 @12
-@270 := @43 @268 @55
-@271 := @51 @169
-@272 := @86 @271
-@274 := @161 (@272 @12)
-@275 := @188 @55
-@276 := @275 @4
-@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
-@282 := @267 @85
-@283 := @51 @4
-@285 := @43 @283 @55
-@286 := @162 @15
-@288 := @86 @254 @85
-@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
-@294 := @282 @116
-@296 := @86 @268 @85
-@297 := @161 @296
-@298 := @275 @116
-@301 := (h : @81) -> (hs : @163) -> @297 @298
-@302 := @294 @79
-@304 := @86 @283 @85
-@306 := @161 @304 @298
-@307 := (hs : @163) -> @306
-@308 := @302 @160
-@310 := @161 @88 @298
-@311 := @240 @6
-@312 := @5 @169
-@314 := @43 @312 @4
-@315 := @5 @175
-@316 := @86 @315
-@324 := {t : @114} ->
-  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
-@325 := @311 @7
-@326 := @5 @171
-@328 := @43 @326 @7
-@329 := @5 @167
-@330 := @86 @329
-@332 := @161 (@330 @12)
-@333 := @188 @7
-@334 := @333 @4
-@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
-@340 := @325 @88
-@341 := @5 @12
-@343 := @43 @341 @7
-@344 := @297 @15
-@346 := @86 @312 @288
-@347 := @161 @346
-@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
-@352 := @340 @298
-@354 := @86 @326 @296
-@355 := @161 @354
-@356 := @333 @298
-@359 := (h : @49) -> (hs : @306) -> @355 @356
-@360 := @352 @47
-@362 := @86 @341 @304
-@363 := @161 @362
-@365 := (hs : @310) -> @363 @356
-@366 := @360 @308
-@367 := @161 @90
-@368 := @367 @356
-@369 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.denote
-@371 := @369 @4 @15
-@372 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.__fits_0
-@374 := @372 @4 @15
-@377 := LexLeanStd.Text.splitOn @4 @15
-@381 := LexLeanPreservation.encList @3 @5 @377
-@384 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.root @4 @15
-@385 := Bool
-@386 := Ne.{1}
-@387 := LexLeanPreservation.Obs
-@388 := @386 @387
-@389 := LexLeanPreservation.Rel
-@392 := @388 (@389 @15 @17)
-@393 := LexLeanPreservation.Obs.stuck
-@396 := (f : @385) -> (v : @82) -> @392 @393
-@398 := LexLeanPreservation.Rust.rel_ne_stuck @374
-@405 := (v : @82) -> @388 (@389 (@372 @12 @4) @17) @393
-@406 := @398 @381
-@410 := @388 (@389 @374 @381) @393
-@411 := @164 @94
-@412 := LexLeanPreservation.Rust.FunSem
-@413 := #9
-@419 := (n : @91) -> @412 @413 @181 @175 @17 @167
-@420 := Eq.{1}
-@421 := Option.{0}
-@422 := @421 @111
-@423 := @420 @422
-@430 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
-@434 := @423 (@430 (@112 @413) @167)
-@435 := Option.some.{0}
-@436 := @435 @111
-@437 := @436 @169
-@438 := @434 @437
-@439 := #10
-@443 := @136 @439 @413 @181 @169
-@444 := LexLeanTarget.TargetSyntax.Function.types
-@445 := @444 @167
-@446 := @443 @445
-@447 := @421 @411
-@448 := @420 @447
-@449 := LexLeanTarget.TargetSemantics.bindAll
-@450 := LexLeanTarget.TargetSyntax.Function.parameters
-@455 := @448 (@449 (@450 @175) @167 @104)
-@456 := @435 @411
-@457 := @456 @169
-@458 := @455 @457
-@459 := @421 @385
-@460 := @420 @459
-@461 := LexLeanPreservation.Rust.fnFallible
-@462 := #11
-@465 := @460 (@461 @462 @413)
-@466 := @435 @385
-@467 := @466 @169
-@468 := @465 @467
-@469 := LexLeanPreservation.RunConv
-@470 := #13
-@474 := @469 @470 @439 @181 @169
-@476 := @388 @167 @393
-@477 := Exists.{1}
-@478 := LexLeanPreservation.Rust.ROut
-@479 := @477 @478
-@480 := And
-@481 := LexLeanPreservation.Rust.RealizesFn
-@485 := @480 (@481 @413 @181 @17)
-@486 := LexLeanPreservation.Rust.RCI
-@488 := @486 #15
-@489 := LexLeanPreservation.Rust.fnIdent
-@490 := @489 @470
-@497 := (hne : @476) -> @479 (fun (ro : @478) => @485 (@488 @490 @462 @17))
-@512 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @411} ->
-  {F : @385} ->
-  {o : @387} ->
-  (hB : @419) ->
-  (hfn : @438) -> (hwt : @446) -> (hbind : @458) -> (hF : @468) -> (hA : @474) -> @497
-@514 := LexLeanPreservation.Rust.compose @0
-@515 := @412 @0
-@520 := (n : @91) -> @515 @181 @175 @17 @167
-@521 := @430 @113
-@524 := @423 (@521 @167) @437
-@528 := @147 @413 @181 @169 @445
-@529 := @469 @0
-@532 := @529 @439 @181 @169
-@546 := {c : @9} ->
-  {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @411} ->
-  {F : @385} ->
-  {o : @387} ->
-  (hB : @520) ->
-  (hfn : @524) -> (hwt : @528) -> (hbind : @458) -> (hF : @468) -> (hA : @532) -> @497
-@547 := @514 @1
-@548 := @515 @1
-@552 := (n : @91) -> @548 @175 @17 @167
-@555 := @155 @181 @169 @445
-@556 := @461 @1
-@559 := @460 (@556 @413) @467
-@560 := @486 @1
-@570 := (hbind : @458) ->
-  (hF : @559) -> (hA : @532) -> (hne : @476) -> @479 (fun (ro : @478) => @485 (@560 @490 @462 @17))
-@580 := {A : @10} ->
-  {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @411} -> {F : @385} -> {o : @387} -> (hB : @552) -> (hfn : @524) -> (hwt : @555) -> @570
-@581 := @547 @2
-@583 := @548 @2 @17
-@585 := (n : @91) -> @583 @167
-@586 := @161 @169
-@587 := @586 @445
-@596 := {f : @91} ->
-  {fn : @111} ->
-  {args : @165} ->
-  {env : @411} -> {F : @385} -> {o : @387} -> (hB : @585) -> (hfn : @524) -> (hwt : @587) -> @570
-@597 := @581 @101
-@599 := (n : @91) -> @583 @101
-@600 := @521 @101
-@601 := @423 @600
-@602 := @601 @437
-@603 := @556 @101
-@604 := @460 @603
-@605 := @604 @467
-@606 := @529 @101
-@608 := @606 @181 @169
-@610 := @560 (@489 @101)
-@618 := (hF : @605) -> (hA : @608) -> (hne : @476) -> @479 (fun (ro : @478) => @485 (@610 @462 @17))
-@627 := {fn : @111} ->
-  {args : @165} ->
-  {env : @411} ->
-  {F : @385} -> {o : @387} -> (hB : @599) -> (hfn : @602) -> (hwt : @587) -> (hbind : @458) -> @618
-@628 := @597 @131
-@630 := @601 (@436 @131)
-@631 := @444 @131
-@632 := @586 @631
-@634 := @449 (@450 @131)
-@646 := {args : @165} ->
-  {env : @411} ->
-  {F : @385} ->
-  {o : @387} ->
-  (hB : @599) -> (hfn : @630) -> (hwt : @632) -> (hbind : @448 (@634 @167 @104) @457) -> @618
-@647 := @628 @90
-@649 := @316 (@258 @85)
-@651 := @161 @649 @631
-@657 := @86 (@5 @181) (@86 (@51 @175) @85)
-@661 := @448 (@634 @657 @104) @457
-@667 := @86 (@5 @439) (@86 (@51 @413) @85)
-@669 := @606 @667 @169
-@671 := @86 (@5 @470)
-@672 := #12
-@691 := {env : @411} ->
-  {F : @385} ->
-  {o : @387} ->
-  (hB : @599) ->
-  (hfn : @630) ->
-  (hwt : @651) ->
-  (hbind : @661) ->
-  (hF : @605) ->
-  (hA : @669) ->
-  (hne : @476) -> @479 (fun (ro : @478) => @485 (@610 (@671 (@86 (@51 @672) @85)) @17))
-@692 := @647 @109
-@694 := @330 (@272 @85)
-@696 := @161 @694 @631
-@707 := @448 (@634 @649 @104) (@456 (@105 (@99 @257) (@105 (@102 @315) @104)))
-@713 := @86 (@5 @413) (@86 (@51 @181) @85)
-@735 := {F : @385} ->
-  {o : @387} ->
-  (hB : @599) ->
-  (hfn : @630) ->
-  (hwt : @696) ->
-  (hbind : @707) ->
-  (hF : @605) ->
-  (hA : @606 @713 @169) ->
-  (hne : @476) -> @479 (fun (ro : @478) => @485 (@610 (@86 (@5 @672) (@86 (@51 @462) @85)) @17))
-@736 := @692 @110
-@737 := @347 @631
-@748 := @448 (@634 @694 @104) (@456 (@105 (@99 @271) (@105 (@102 @329) @104)))
-@750 := @604 (@466 @110)
-@752 := @606 @657 @169
-@753 := @481 @110
-@775 := {o : @387} ->
-  (hB : @599) ->
-  (hfn : @630) ->
-  (hwt : @737) ->
-  (hbind : @748) ->
-  (hF : @750) ->
-  (hA : @752) ->
-  (hne : @476) ->
-  @479 (fun (ro : @478) => @480 (@753 @181 @17) (@610 (@86 (@5 @462) (@86 (@51 @439) @85)) @17))
-@776 := @736 @371
-@777 := @355 @631
-@788 := @448 (@634 @346 @104) (@456 (@105 (@99 @254) (@105 (@102 @312) @104)))
-@789 := @606 @649
-@791 := @369 @175 @167
-@792 := @789 @791
-@794 := @369 @181 @175
-@813 := (hB : @599) ->
-  (hfn : @630) ->
-  (hwt : @777) ->
-  (hbind : @788) ->
-  (hF : @750) ->
-  (hA : @792) ->
-  (hne : @388 @794 @393) ->
-  @479 (fun (ro : @478) => @480 (@753 (@369 @439 @413) @17) (@610 @667 @17))
-@814 := @776 @135
-@815 := @363 @631
-@826 := @448 (@634 @354 @104) (@456 (@105 (@99 @268) (@105 (@102 @326) @104)))
-@827 := @606 @694
-@829 := @369 @167 @169
-@848 := (hfn : @630) ->
-  (hwt : @815) ->
-  (hbind : @826) ->
-  (hF : @750) ->
-  (hA : @827 @829) ->
-  (hne : @388 @791 @393) ->
-  @479 (fun (ro : @478) => @480 (@753 (@369 @413 @181) @17) (@610 @713 @17))
-@849 := Eq.refl.{1}
-@852 := @814 (@849 @422 @600)
-@853 := @367 @631
-@864 := @448 (@634 @362 @104) (@456 (@105 (@99 @283) (@105 (@102 @341) @104)))
-@865 := @606 @346
-@867 := @369 @169 @171
-@883 := (hwt : @853) ->
-  (hbind : @864) ->
-  (hF : @750) ->
-  (hA : @865 @867) ->
-  (hne : @388 @829 @393) -> @479 (fun (ro : @478) => @480 (@753 @794 @17) (@610 @657 @17))
-@884 := @852 @366
-@886 := @634 @90 @104
-@889 := @448 @886 (@456 @109)
-@890 := @606 @354
-@892 := @369 @171 @12
-@907 := (hbind : @889) ->
-  (hF : @750) ->
-  (hA : @890 @892) ->
-  (hne : @388 @867 @393) -> @479 (fun (ro : @478) => @480 (@753 @791 @17) (@610 @649 @17))
-@910 := @884 (@849 @447 @886)
-@911 := @606 @362
-@913 := @369 @12 @4
-@927 := (hF : @750) ->
-  (hA : @911 @913) ->
-  (hne : @388 @892 @393) -> @479 (fun (ro : @478) => @480 (@753 @829 @17) (@610 @694 @17))
-@930 := @910 (@849 @459 @603)
-@944 := (hA : @606 @90 @371) ->
-  (hne : @388 @913 @393) -> @479 (fun (ro : @478) => @480 (@753 @867 @17) (@610 @346 @17))
-@945 := @930 @384
-@956 := (hne : @388 @371 @393) -> @479 (fun (ro : @478) => @480 (@753 @892 @17) (@610 @354 @17))
-@957 := @945 @406
-@963 := @480 (@753 @913 @17) (@610 @362 @17)
-@965 := @479 (fun (ro : @478) => @963)
-@967 := @479 (fun (__e_ro : @478) => @963)
-@968 := LexLeanPreservation.Rust.RepresentableL
-@969 := @5 @15
-@971 := @86 @56 @85
-@974 := @968 (@86 @969 @971)
-@975 := (__e_hrep : @974) -> @967
-@976 := fun (__e_hrep : @974) => @957
-@977 := (delimiter : @50) -> @975
-@978 := fun (delimiter : @50) => @976
-@979 := (subject : @3) -> @977
-@980 := fun (subject : @3) => @978
-\end{coremodule}
-\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/RustStd.lean
deleted file mode 100644
index a04bfa1f3..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/RustStd.lean
+++ /dev/null
@@ -1,101 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, (.fixed .u8)], result := (.list .bytes),
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 1), (.var 0)]), (.var 2), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 4 .nat (.first (.second (.var 3))) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 2), (.var 4)])]), (.second (.second (.var 3)))])])))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
-      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1, 2], types := [(.fixed .u8), .bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.call 5 [(.var 1), (.var 0), (.var 2)]) },
-    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
-      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
-    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
-      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
-      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
-      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [(.fixed .u8), .bytes] }]),
-    (.apply 0 [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes)))) true [{ function := 2, captures := [.copy, .clone], functionFallible := true }]),
-    (.enum (.fn 1) [{ number := 7, fields := [] }]),
-    (.apply 1 [(.list .bytes), .bytes] (.list .bytes) false [{ function := 7, captures := [], functionFallible := false }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 4)))))] (.move (.generated .part 3)))))] (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))] (.move (.generated .part 8)))))] (.move (.generated .part 7))))])] false)))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool)) (.mk [(.mk (.bind (.generated .holder 9)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 9)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 9))), (.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.list .bytes) (.mk [] (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bytes (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 12)), (.move (.generated .operand 13)), (.move (.generated .operand 14))] false))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 18)))))] (.move (.generated .part 17))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .holder 21)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.list .bytes) (.mk [(.mk (.bind (.generated .holder 32)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 32)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.list .bytes) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 34)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.pair .nat (.pair .nat (.list .bytes)))], (.option (.pair .nat (.pair .nat (.list .bytes))))), true), (([(.list .bytes), .bytes], (.list .bytes)), false)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 4)))))] (.move (.generated .part 3)))))], (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))] (.move (.generated .part 8)))))] (.move (.generated .part 7))))])] false)), [(1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.fixed .u8), .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 4)))))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))] (.move (.generated .part 8)))))]) (tail := (.move (.generated .part 7))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 8))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 9)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 9)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 9))), (.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat (.pair .nat (.list .bytes))))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat (.pair .nat (.list .bytes)))]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat (.pair .nat (.list .bytes))), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .bytes, (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 12)), (.move (.generated .operand 13)), (.move (.generated .operand 14))] false))))], (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 12)), (.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 18)))))] (.move (.generated .part 17))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .holder 21)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))], (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 16))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 18)))))]) (tail := (.move (.generated .part 17))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 18))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))]) (tail := (.move (.generated .part 19))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 20))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(6, (.fixed .u8), (some 6)), (5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 32)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 32)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 34)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | _ + 9 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4.lean
deleted file mode 100644
index fdb451660..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4.lean
+++ /dev/null
@@ -1,105 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanStd.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.bytes], result := (.list .bytes),
-      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 3 [(.var 4)])))))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
-      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.call 5 [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
-      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
-    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
-      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.«let» 2 .nat (.first (.var 1)) (.«let» 3 .nat (.first (.second (.var 1))) (.«let» 4 (.list .bytes) (.second (.second (.var 1))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 2)]) [(.arm .some [5] (.cond (.prim .equal [(.var 5), (.value (.fixed .u8) (.u8 10))]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 9 [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 2), (.var 3)])])]), (.var 4)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 3), (.var 4)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
-      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
-      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [.bytes], result := .bytes,
-      body := (.cond (.call 10 [(.var 0), (.value .bytes (.bytes (ByteArray.mk #[13])))]) (.call 4 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.value .nat (.nat 1))])]) (.var 0)) },
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
-
-def __fits_4 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
-
-theorem __rel_4 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_4 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.sliceOr subject start count))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def __fits_8 (subject : ByteArray) (position : Nat) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_8 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_8 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanStd.Text.byteAt subject position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
-
-def __fits_10 (subject : ByteArray) (suffix : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble size total) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
-
-theorem __rel_10 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_10 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false) else Bool.false)) (Nat.ble size total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe size total)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (_root_.LexLeanRuntime.subtract (total) (size) : Nat) size)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes tail suffix))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_9 (line : ByteArray) : Bool :=
-  (((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (line) ((ByteArray.mk #[13])))) && (if (LexLeanStd.Text.endsWith (line) ((ByteArray.mk #[13]))) then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true))
-
-attribute [local irreducible] LexLeanStd.Text.endsWith LexLeanStd.Text.sliceOr in
-theorem __rel_9 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_9 line) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.chomp line))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (if __b then (LexLeanStd.Text.sliceOr (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))) else line)) (LexLeanStd.Text.endsWith (line) ((ByteArray.mk #[13]))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_10 (line) ((ByteArray.mk #[13])))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes line)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (line) : Nat) (1 : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
-
-def __fits_5 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (subject) (position))) && (match (LexLeanStd.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] LexLeanStd.Text.byteAt LexLeanStd.Text.chomp LexLeanStd.Text.sliceOr in
-theorem __rel_5 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_5 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanStd.Text.lineStep subject state))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.chomp ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanStd.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.chomp ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (10 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
-
-def __fits_2 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (subject) (state)))
-
-attribute [local irreducible] LexLeanStd.Text.lineStep in
-theorem __rel_2 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_2 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanStd.Text.lineStep (subject) (state))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 (subject) (state)))
-
-def __fits_7 (reversed : (List ByteArray)) (piece : ByteArray) : Bool :=
-  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
-
-theorem __rel_7 (reversed : (List ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) reversed), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_7 reversed piece) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((piece :: reversed)))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
-
-def __fits_3 (pieces : (List ByteArray)) : Bool :=
-  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (([] : List ByteArray)) (pieces)))
-
-theorem __rel_3 (pieces : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces)] (_root_.LexLeanPreservation.Rel (__fits_3 pieces) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.reverse pieces))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) 7 [] (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __rel_7 __p0 __p1) (p := __prog) (fi := 6) (ta := .bytes) (ts := (.list .bytes)) rfl (([] : List ByteArray)) (pieces)))
-
-def __fits_0 (subject : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && Bool.true) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; (Bool.true && (let pieces : (List ByteArray) := ((final).2).2; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt start total) then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_3 (pieces)))))))))))))
-
-attribute [local irreducible] LexLeanStd.Text.lineStep LexLeanStd.Text.reverse LexLeanStd.Text.sliceOr in
-theorem __rel_0 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.lines subject))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (subject) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_2 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((final).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_3 (pieces))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (LexLeanStd.Text.reverse (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))) else (LexLeanStd.Text.reverse (pieces)))) (Nat.blt start total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt start total)) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (pieces)))))))))
-
-def denote (subject : ByteArray) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 subject) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.lines subject)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (subject : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.lines subject))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject)
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/Compose/RustStd.lex.tex
deleted file mode 100644
index 158e25055..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,419 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4,
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.root : @829 := @830 {
-  all: [LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.program
-@1 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.krate
-@2 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.flags
-@3 := ByteArray
-@4 := #1
-@5 := LexLeanTarget.TargetSyntax.Value.bytes
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.bytes
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@13 := @11 @12
-@14 := #2
-@16 := @13 @14 @4
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_bytes @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @14 @4 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (b : @3) -> @36 @4 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (b : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := LexLeanTarget.TargetSyntax.Value
-@51 := List.nil.{0}
-@52 := List.cons.{0}
-@53 := @51 @50
-@54 := @52 @50
-@56 := @54 @6 @53
-@57 := Nat
-@60 := Prod.{0, 0} @57 @50
-@61 := 0
-@65 := Prod.mk.{0, 0} @57 @50 @61
-@66 := @65 @6
-@67 := @51 @60
-@68 := @52 @60
-@70 := @68 @66 @67
-@71 := Bool.true
-@72 := LexLeanTarget.TargetSyntax.Function
-@73 := LexLeanTarget.TargetSyntax.Program.functions
-@74 := @73 @0
-@75 := LexLeanTarget.TargetSyntax.Ty
-@76 := @51 @57
-@77 := @51 @75
-@78 := LexLeanTarget.TargetSyntax.Ty.unit
-@79 := LexLeanTarget.TargetSyntax.Value.unit
-@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
-@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
-@92 := List.getD.{0} @72 @74 @61 @87
-@96 := fun (__e_n : @57) =>
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.root @17 @61
-@97 := LexLeanPreservation.Rust.WTL
-@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
-@107 := LexLeanPreservation.Rust.wtl_nil @0
-@108 := @97 @0
-@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
-@115 := @107 @1
-@116 := @108 @1
-@120 := {A : @10} -> @116 @17 @53 @77
-@121 := @115 @2
-@122 := @116 @2
-@123 := @122 @53
-@124 := @123 @77
-@125 := List.{0}
-@126 := @125 @50
-@127 := @125 @75
-@128 := #6
-@129 := @11 @128
-@130 := #5
-@131 := @129 @130
-@132 := #4
-@135 := @131 @132 @12 @14
-@136 := #7
-@141 := @97 @136 @128 @130 @14 @4
-@142 := #8
-@145 := @97 @142 @136 @128
-@147 := @54 @130 @12
-@148 := @145 @147
-@149 := @52 @75
-@151 := @149 @132 @14
-@161 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
-@163 := LexLeanPreservation.Rust.wtl_cons @0
-@183 := {c : @9} ->
-  {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} ->
-  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
-@184 := @163 @1
-@200 := {A : @10} ->
-  {v : @50} ->
-  {t : @75} ->
-  {vs : @126} ->
-  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
-@201 := @184 @2
-@203 := @43 @12 @14
-@205 := @122 @14 @4
-@213 := {v : @50} ->
-  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
-@214 := @201 @6
-@215 := @5 @132
-@217 := @43 @215 @14
-@218 := @5 @128
-@219 := @54 @218
-@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
-@228 := @214 @7
-@229 := @5 @12
-@231 := @43 @229 @7
-@232 := @5 @130
-@233 := @54 @232
-@235 := @122 (@233 @12)
-@236 := @149 @7
-@237 := @236 @14
-@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
-@243 := @228 @53
-@244 := @5 @14
-@246 := @43 @244 @7
-@247 := @123 @4
-@249 := @54 @215 @53
-@250 := @122 @249
-@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
-@255 := @243 @77
-@257 := @54 @229 @53
-@258 := @122 @257
-@259 := @236 @77
-@262 := (h : @49) -> (hs : @124) -> @258 @259
-@263 := @255 @47
-@265 := @54 @244 @53
-@266 := @122 @265
-@268 := (hs : @124) -> @266 @259
-@269 := @263 @121
-@270 := @122 @56
-@271 := @270 @259
-@272 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.denote
-@273 := @272 @4
-@274 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.__fits_0
-@275 := @274 @4
-@277 := LexLeanStd.Text.lines @4
-@281 := LexLeanPreservation.encList @3 @5 @277
-@283 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.root @4
-@284 := Bool
-@285 := Ne.{1}
-@286 := LexLeanPreservation.Obs
-@287 := @285 @286
-@288 := LexLeanPreservation.Rel
-@291 := @287 (@288 @4 @17)
-@292 := LexLeanPreservation.Obs.stuck
-@295 := (f : @284) -> (v : @50) -> @291 @292
-@297 := LexLeanPreservation.Rust.rel_ne_stuck @275
-@303 := (v : @50) -> @287 (@288 (@274 @14) @17) @292
-@304 := @297 @281
-@308 := @287 (@288 @275 @281) @292
-@309 := @125 @60
-@310 := LexLeanPreservation.Rust.FunSem
-@311 := #9
-@317 := (n : @57) -> @310 @311 @142 @136 @17 @128
-@318 := Eq.{1}
-@319 := Option.{0}
-@320 := @319 @72
-@321 := @318 @320
-@328 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
-@332 := @321 (@328 (@73 @311) @128)
-@333 := Option.some.{0}
-@334 := @333 @72
-@335 := @334 @130
-@336 := @332 @335
-@337 := #10
-@341 := @97 @337 @311 @142 @130
-@342 := LexLeanTarget.TargetSyntax.Function.types
-@343 := @342 @128
-@344 := @341 @343
-@345 := @319 @309
-@346 := @318 @345
-@347 := LexLeanTarget.TargetSemantics.bindAll
-@348 := LexLeanTarget.TargetSyntax.Function.parameters
-@353 := @346 (@347 (@348 @136) @128 @67)
-@354 := @333 @309
-@355 := @354 @130
-@356 := @353 @355
-@357 := @319 @284
-@358 := @318 @357
-@359 := LexLeanPreservation.Rust.fnFallible
-@360 := #11
-@363 := @358 (@359 @360 @311)
-@364 := @333 @284
-@365 := @364 @130
-@366 := @363 @365
-@367 := LexLeanPreservation.RunConv
-@368 := #13
-@372 := @367 @368 @337 @142 @130
-@374 := @287 @128 @292
-@375 := Exists.{1}
-@376 := LexLeanPreservation.Rust.ROut
-@377 := @375 @376
-@378 := And
-@379 := LexLeanPreservation.Rust.RealizesFn
-@383 := @378 (@379 @311 @142 @17)
-@384 := LexLeanPreservation.Rust.RCI
-@386 := @384 #15
-@387 := LexLeanPreservation.Rust.fnIdent
-@388 := @387 @368
-@395 := (hne : @374) -> @377 (fun (ro : @376) => @383 (@386 @388 @360 @17))
-@410 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @309} ->
-  {F : @284} ->
-  {o : @286} ->
-  (hB : @317) ->
-  (hfn : @336) -> (hwt : @344) -> (hbind : @356) -> (hF : @366) -> (hA : @372) -> @395
-@412 := LexLeanPreservation.Rust.compose @0
-@413 := @310 @0
-@418 := (n : @57) -> @413 @142 @136 @17 @128
-@419 := @328 @74
-@422 := @321 (@419 @128) @335
-@426 := @108 @311 @142 @130 @343
-@427 := @367 @0
-@430 := @427 @337 @142 @130
-@444 := {c : @9} ->
-  {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @309} ->
-  {F : @284} ->
-  {o : @286} ->
-  (hB : @418) ->
-  (hfn : @422) -> (hwt : @426) -> (hbind : @356) -> (hF : @366) -> (hA : @430) -> @395
-@445 := @412 @1
-@446 := @413 @1
-@450 := (n : @57) -> @446 @136 @17 @128
-@453 := @116 @142 @130 @343
-@454 := @359 @1
-@457 := @358 (@454 @311) @365
-@458 := @384 @1
-@468 := (hbind : @356) ->
-  (hF : @457) -> (hA : @430) -> (hne : @374) -> @377 (fun (ro : @376) => @383 (@458 @388 @360 @17))
-@478 := {A : @10} ->
-  {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @309} -> {F : @284} -> {o : @286} -> (hB : @450) -> (hfn : @422) -> (hwt : @453) -> @468
-@479 := @445 @2
-@481 := @446 @2 @17
-@483 := (n : @57) -> @481 @128
-@484 := @122 @130
-@485 := @484 @343
-@494 := {f : @57} ->
-  {fn : @72} ->
-  {args : @126} ->
-  {env : @309} -> {F : @284} -> {o : @286} -> (hB : @483) -> (hfn : @422) -> (hwt : @485) -> @468
-@495 := @479 @61
-@497 := (n : @57) -> @481 @61
-@498 := @419 @61
-@499 := @321 @498
-@500 := @499 @335
-@501 := @454 @61
-@502 := @358 @501
-@503 := @502 @365
-@504 := @427 @61
-@506 := @504 @142 @130
-@508 := @458 (@387 @61)
-@516 := (hF : @503) -> (hA : @506) -> (hne : @374) -> @377 (fun (ro : @376) => @383 (@508 @360 @17))
-@525 := {fn : @72} ->
-  {args : @126} ->
-  {env : @309} ->
-  {F : @284} -> {o : @286} -> (hB : @497) -> (hfn : @500) -> (hwt : @485) -> (hbind : @356) -> @516
-@526 := @495 @92
-@528 := @499 (@334 @92)
-@529 := @342 @92
-@530 := @484 @529
-@532 := @347 (@348 @92)
-@544 := {args : @126} ->
-  {env : @309} ->
-  {F : @284} ->
-  {o : @286} ->
-  (hB : @497) -> (hfn : @528) -> (hwt : @530) -> (hbind : @346 (@532 @128 @67) @355) -> @516
-@545 := @526 @56
-@546 := @219 @53
-@548 := @122 @546 @529
-@551 := @54 (@5 @136) @53
-@555 := @346 (@532 @551 @67) @355
-@558 := @54 (@5 @311) @53
-@579 := {env : @309} ->
-  {F : @284} ->
-  {o : @286} ->
-  (hB : @497) ->
-  (hfn : @528) ->
-  (hwt : @548) ->
-  (hbind : @555) ->
-  (hF : @503) ->
-  (hA : @504 @558 @130) ->
-  (hne : @374) -> @377 (fun (ro : @376) => @383 (@508 (@54 (@5 #12) @53) @17))
-@580 := @545 @70
-@581 := @233 @53
-@583 := @122 @581 @529
-@591 := @346 (@532 @546 @67) (@354 (@68 (@65 @218) @67))
-@594 := @54 (@5 @142) @53
-@613 := {F : @284} ->
-  {o : @286} ->
-  (hB : @497) ->
-  (hfn : @528) ->
-  (hwt : @583) ->
-  (hbind : @591) ->
-  (hF : @503) ->
-  (hA : @504 @594 @130) ->
-  (hne : @374) -> @377 (fun (ro : @376) => @383 (@508 (@54 (@5 @360) @53) @17))
-@614 := @580 @71
-@615 := @250 @529
-@623 := @346 (@532 @581 @67) (@354 (@68 (@65 @232) @67))
-@625 := @502 (@364 @71)
-@627 := @504 @551 @130
-@628 := @379 @71
-@647 := {o : @286} ->
-  (hB : @497) ->
-  (hfn : @528) ->
-  (hwt : @615) ->
-  (hbind : @623) ->
-  (hF : @625) ->
-  (hA : @627) ->
-  (hne : @374) -> @377 (fun (ro : @376) => @378 (@628 @142 @17) (@508 (@54 (@5 @337) @53) @17))
-@648 := @614 @273
-@649 := @258 @529
-@657 := @346 (@532 @249 @67) (@354 (@68 (@65 @215) @67))
-@658 := @504 @546
-@659 := @272 @128
-@660 := @658 @659
-@661 := @272 @136
-@679 := (hB : @497) ->
-  (hfn : @528) ->
-  (hwt : @649) ->
-  (hbind : @657) ->
-  (hF : @625) ->
-  (hA : @660) ->
-  (hne : @287 @661 @292) -> @377 (fun (ro : @376) => @378 (@628 (@272 @311) @17) (@508 @558 @17))
-@680 := @648 @96
-@681 := @266 @529
-@689 := @346 (@532 @257 @67) (@354 (@68 (@65 @229) @67))
-@690 := @504 @581
-@691 := @272 @130
-@709 := (hfn : @528) ->
-  (hwt : @681) ->
-  (hbind : @689) ->
-  (hF : @625) ->
-  (hA : @690 @691) ->
-  (hne : @287 @659 @292) -> @377 (fun (ro : @376) => @378 (@628 (@272 @142) @17) (@508 @594 @17))
-@710 := Eq.refl.{1}
-@713 := @680 (@710 @320 @498)
-@714 := @270 @529
-@722 := @346 (@532 @265 @67) (@354 (@68 (@65 @244) @67))
-@723 := @504 @249
-@724 := @272 @132
-@740 := (hwt : @714) ->
-  (hbind : @722) ->
-  (hF : @625) ->
-  (hA : @723 @724) ->
-  (hne : @287 @691 @292) -> @377 (fun (ro : @376) => @378 (@628 @661 @17) (@508 @551 @17))
-@741 := @713 @269
-@743 := @532 @56 @67
-@746 := @346 @743 (@354 @70)
-@747 := @504 @257
-@748 := @272 @12
-@763 := (hbind : @746) ->
-  (hF : @625) ->
-  (hA : @747 @748) ->
-  (hne : @287 @724 @292) -> @377 (fun (ro : @376) => @378 (@628 @659 @17) (@508 @546 @17))
-@766 := @741 (@710 @345 @743)
-@767 := @504 @265
-@768 := @272 @14
-@782 := (hF : @625) ->
-  (hA : @767 @768) ->
-  (hne : @287 @748 @292) -> @377 (fun (ro : @376) => @378 (@628 @691 @17) (@508 @581 @17))
-@785 := @766 (@710 @357 @501)
-@799 := (hA : @504 @56 @273) ->
-  (hne : @287 @768 @292) -> @377 (fun (ro : @376) => @378 (@628 @724 @17) (@508 @249 @17))
-@800 := @785 @283
-@811 := (hne : @287 @273 @292) -> @377 (fun (ro : @376) => @378 (@628 @748 @17) (@508 @257 @17))
-@812 := @800 @304
-@818 := @378 (@628 @768 @17) (@508 @265 @17)
-@820 := @377 (fun (ro : @376) => @818)
-@822 := @377 (fun (__e_ro : @376) => @818)
-@826 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
-@827 := (__e_hrep : @826) -> @822
-@828 := fun (__e_hrep : @826) => @812
-@829 := (subject : @3) -> @827
-@830 := fun (subject : @3) => @828
-\end{coremodule}
-\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/RustStd.lean
deleted file mode 100644
index a96b1dfd9..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/RustStd.lean
+++ /dev/null
@@ -1,117 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0], types := [.bytes], result := (.list .bytes),
-      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 3 [(.var 4)])))))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
-      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.call 5 [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
-      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
-    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
-      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
-      body := (.«let» 2 .nat (.first (.var 1)) (.«let» 3 .nat (.first (.second (.var 1))) (.«let» 4 (.list .bytes) (.second (.second (.var 1))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 2)]) [(.arm .some [5] (.cond (.prim .equal [(.var 5), (.value (.fixed .u8) (.u8 10))]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 9 [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 2), (.var 3)])])]), (.var 4)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 3), (.var 4)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
-    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
-      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
-      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
-    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
-      body := (.prim .index [(.var 0), (.var 1)]) },
-    { parameters := [0], types := [.bytes], result := .bytes,
-      body := (.cond (.call 10 [(.var 0), (.value .bytes (.bytes (ByteArray.mk #[13])))]) (.call 4 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.value .nat (.nat 1))])]) (.var 0)) },
-    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [.bytes] }]),
-    (.apply 0 [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes)))) true [{ function := 2, captures := [.clone], functionFallible := true }]),
-    (.enum (.fn 1) [{ number := 7, fields := [] }]),
-    (.apply 1 [(.list .bytes), .bytes] (.list .bytes) false [{ function := 7, captures := [], functionFallible := false }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 4)))))] (.move (.generated .part 3))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6)))))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 4))] false)))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool)) (.mk [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.list .bytes) (.mk [] (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false))),
-    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bytes (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 14)), (.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]))),
-    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 19)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))] (.move (.generated .part 22)))))] (.move (.generated .part 21))))), (.mk (.bind (.generated .holder 23)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false))] (.matchOn (.move (.generated .holder 23)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))))]))),
-    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.list .bytes) (.mk [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.list .bytes) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))),
-    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 36)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))),
-    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bytes (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)))] false)) (.mk [] (.move (.generated .binding 0)))))),
-    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 41))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 42))] false)))), (.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 44)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false) (.mk [(.mk (.bind (.generated .holder 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false))))] (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)))])) (.mk [] (.lit (.bool false))))))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.pair .nat (.pair .nat (.list .bytes)))], (.option (.pair .nat (.pair .nat (.list .bytes))))), true), (([(.list .bytes), .bytes], (.list .bytes)), false)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 4)))))] (.move (.generated .part 3))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6)))))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 4))] false)))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 4)))))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6)))))]) (tail := (.move (.generated .part 5))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 6))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)))] false), (.move (.generated .binding 4))])] false))) (lb := []) (tb := (.succeed (.call (.function 3) [(.move (.generated .binding 4))] false))) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat (.pair .nat (.list .bytes))))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat (.pair .nat (.list .bytes)))]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat (.pair .nat (.list .bytes))), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.callF (ts := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun4 : FunOK program krate flags 4 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 14)), (.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))], (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 14)), (.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun5 : FunOK program krate flags 5 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 19)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))] (.move (.generated .part 22)))))] (.move (.generated .part 21))))), (.mk (.bind (.generated .holder 23)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false))], (.matchOn (.move (.generated .holder 23)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))))]), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 18))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 19)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))]) (tail := (.move (.generated .part 19))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 20))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))] (.move (.generated .part 22)))))]) (tail := (.move (.generated .part 21))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 22))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(5, (.fixed .u8), (some 5)), (4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
-
-theorem fun6 : FunOK program krate flags 6 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun7 : FunOK program krate flags 7 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
-
-theorem fun8 : FunOK program krate flags 8 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 36)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
-
-theorem fun9 : FunOK program krate flags 9 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 10) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)))] false)) (.mk [] (.move (.generated .binding 0)))), [(0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 4) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
-
-theorem fun10 : FunOK program krate flags 10 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 41))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 42))] false)))), (.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 44)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false) (.mk [(.mk (.bind (.generated .holder 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false))))] (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)))])) (.mk [] (.lit (.bool false)))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 41)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 41))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 42)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 42))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 44)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false))))]) (ta := (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | 4 => exact fun4
-  | 5 => exact fun5
-  | 6 => exact fun6
-  | 7 => exact fun7
-  | 8 => exact fun8
-  | 9 => exact fun9
-  | 10 => exact fun10
-  | _ + 11 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5.lean
deleted file mode 100644
index f8ef8912c..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5.lean
+++ /dev/null
@@ -1,43 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanStd.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := .bytes,
-      body := (.«match» .bytes (.call 1 [(.closure 2 [(.var 1)]), (.build .none (.option .bytes) []), (.var 0)]) [(.arm .some [2] (.var 2)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)], result := (.option .bytes),
-      body := (.«match» (.option .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [.bytes, (.option .bytes), .bytes], result := (.option .bytes),
-      body := (.«match» (.option .bytes) (.var 1) [(.arm .none [] (.build .some (.option .bytes) [(.var 2)])), (.arm .some [3] (.build .some (.option .bytes) [(.prim .append [(.prim .append [(.var 3), (.var 0)]), (.var 2)])]))]) }] }
-
-def __fits_2 (separator : ByteArray) (joined : (Option ByteArray)) (piece : ByteArray) : Bool :=
-  (Bool.true && (match joined with | Option.none => ((Bool.true && Bool.true) && Bool.true) | Option.some sofar => ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))
-
-theorem __rel_2 (separator : ByteArray) (joined : (Option ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes separator), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) joined), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_2 separator joined piece) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray)))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.none => ((Bool.true && Bool.true) && Bool.true) | Option.some sofar => ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray)))) joined (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Option ByteArray)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some sofar => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes sofar separator)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray) piece)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))
-
-def __fits_0 (pieces : (List ByteArray)) (separator : ByteArray) : Bool :=
-  ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Option ByteArray)) (__p1 : ByteArray) => __fits_2 (separator) __p0 __p1) ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) ((Option.none : (Option ByteArray))) (pieces))) && (match (_root_.LexLeanCollections.listFold ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) ((Option.none : (Option ByteArray))) (pieces) : (Option ByteArray)) with | Option.some joined => Bool.true | Option.none => Bool.true))
-
-theorem __rel_0 (pieces : (List ByteArray)) (separator : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces), (_root_.LexLeanTarget.TargetSyntax.Value.bytes separator)] (_root_.LexLeanPreservation.Rel (__fits_0 pieces separator) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.joinWith pieces separator))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some joined => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some joined => joined | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanCollections.listFold ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) ((Option.none : (Option ByteArray))) (pieces) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) (fun (__p0 : (Option ByteArray)) (__p1 : ByteArray) => __fits_2 (separator) __p0 __p1) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes separator)] (fun (__p0 : (Option ByteArray)) (__p1 : ByteArray) => __rel_2 (separator) __p0 __p1) (p := __prog) (fi := 1) (ta := .bytes) (ts := (.option .bytes)) rfl ((Option.none : (Option ByteArray))) (pieces))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some joined => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
-
-def denote (pieces : (List ByteArray)) (separator : ByteArray) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 pieces separator) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.joinWith pieces separator)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (pieces : (List ByteArray)) (separator : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces), (_root_.LexLeanTarget.TargetSyntax.Value.bytes separator)] (_root_.LexLeanPreservation.Rel (__fits_0 pieces separator) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.joinWith pieces separator))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 pieces separator)
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/Compose/RustStd.lex.tex
deleted file mode 100644
index d1956bdd9..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,513 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5,
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.root : @1046 := @1047 {
-  all: [LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.program
-@1 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.krate
-@2 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.flags
-@3 := ByteArray
-@4 := List.{0}
-@5 := @4 @3
-@6 := #2
-@7 := LexLeanTarget.TargetSyntax.Value.bytes
-@8 := LexLeanPreservation.encList
-@9 := @8 @3
-@10 := @9 @7
-@11 := @10 @6
-@12 := LexLeanTarget.TargetSyntax.Ty.bytes
-@13 := LexLeanTarget.TargetSyntax.Ty.list
-@14 := @13 @12
-@15 := #0
-@16 := LexLeanTarget.TargetSyntax.Program
-@17 := LexLeanPreservation.Rust.RCrate
-@18 := LexLeanPreservation.Rust.Flags
-@19 := LexLeanPreservation.Rust.WT
-@20 := #3
-@22 := @19 @20 @6
-@23 := #1
-@24 := @22 @23
-@25 := @7 @15
-@31 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @3) -> @24 @25 @12
-@33 := LexLeanPreservation.Rust.wt_bytes @0
-@34 := @19 @0
-@41 := {c : @17} -> {A : @18} -> (b : @3) -> @34 @6 @23 @25 @12
-@42 := @33 @1
-@43 := @34 @1
-@48 := {A : @18} -> (b : @3) -> @43 @23 @25 @12
-@49 := @42 @2
-@50 := @43 @2
-@51 := @50 @25
-@52 := @51 @12
-@53 := (b : @3) -> @52
-@55 := fun (__x : @3) => @49 @15
-@56 := Sort 1
-@57 := LexLeanTarget.TargetSyntax.Value
-@58 := (a._@._internal._hyg.#0 : @15) -> @57
-@59 := LexLeanTarget.TargetSyntax.Ty
-@60 := #6
-@61 := @19 @60
-@62 := #5
-@63 := @61 @62
-@64 := #4
-@65 := @63 @64
-@66 := @6 @15
-@69 := (x : @6) -> @65 @66 @23
-@70 := @4 @20
-@71 := #7
-@74 := @19 @71 @60 @62
-@77 := @8 @64 @20 @15
-@78 := @74 @77
-@79 := @13 @6
-@88 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
-@90 := LexLeanPreservation.Rust.wt_encList @0
-@92 := @34 @62 @64
-@106 := {c : @17} ->
-  {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
-@107 := @90 @1
-@108 := @43 @64
-@120 := {A : @18} ->
-  {α : @56} ->
-  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
-@121 := @107 @2
-@123 := @50 @66 @23
-@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (xs : @70) -> @50 @77 @79
-@132 := @121 @3
-@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
-  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
-@143 := @132 @7
-@145 := (x : @3) -> @51 @23
-@147 := @50 (@10 @15)
-@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
-@152 := @143 @12
-@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
-@158 := @152 @55 @6
-@160 := @50 @11 @14
-@161 := @7 @23
-@162 := @49 @23
-@164 := @50 @161 @12
-@165 := List.nil.{0}
-@166 := List.cons.{0}
-@167 := @165 @57
-@168 := @166 @57
-@170 := @168 @161 @167
-@172 := @168 @11 @170
-@173 := Nat
-@176 := Prod.{0, 0} @173 @57
-@177 := 1
-@180 := Prod.mk.{0, 0} @173 @57
-@181 := @180 @177
-@182 := @181 @161
-@183 := 0
-@184 := @180 @183
-@185 := @184 @11
-@186 := @165 @176
-@187 := @166 @176
-@189 := @187 @185 @186
-@191 := @187 @182 @189
-@192 := Bool.false
-@193 := LexLeanTarget.TargetSyntax.Function
-@194 := LexLeanTarget.TargetSyntax.Program.functions
-@195 := @194 @0
-@196 := @165 @173
-@197 := @165 @59
-@198 := LexLeanTarget.TargetSyntax.Ty.unit
-@199 := LexLeanTarget.TargetSyntax.Value.unit
-@202 := LexLeanTarget.TargetSyntax.Expr.value @198 @199
-@207 := LexLeanTarget.TargetSyntax.Function.mk @196 @197 @198 @202
-@212 := List.getD.{0} @193 @195 @183 @207
-@216 := fun (__e_n : @173) =>
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.root @15 @183
-@217 := LexLeanPreservation.Rust.WTL
-@225 := {p : @16} -> {c : @17} -> {A : @18} -> @217 @6 @23 @15 @167 @197
-@227 := LexLeanPreservation.Rust.wtl_nil @0
-@228 := @217 @0
-@234 := {c : @17} -> {A : @18} -> @228 @23 @15 @167 @197
-@235 := @227 @1
-@236 := @228 @1
-@240 := {A : @18} -> @236 @15 @167 @197
-@241 := @235 @2
-@242 := @236 @2
-@243 := @242 @167
-@244 := @243 @197
-@245 := @4 @57
-@246 := @4 @59
-@248 := @65 @20 @6
-@253 := @217 @71 @60 @62 @6 @23
-@254 := #8
-@257 := @217 @254 @71 @60
-@259 := @168 @62 @20
-@260 := @257 @259
-@261 := @166 @59
-@263 := @261 @64 @6
-@273 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {v : @57} -> {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @248) -> (hs : @253) -> @260 @263
-@275 := LexLeanPreservation.Rust.wtl_cons @0
-@293 := {c : @17} ->
-  {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @245} ->
-  {ts : @246} -> (h : @92 @20 @6) -> (hs : @228 @60 @62 @6 @23) -> @228 @71 @60 @259 @263
-@294 := @275 @1
-@309 := {A : @18} ->
-  {v : @57} ->
-  {t : @59} ->
-  {vs : @245} -> {ts : @246} -> (h : @108 @20 @6) -> (hs : @236 @62 @6 @23) -> @236 @60 @259 @263
-@310 := @294 @2
-@312 := @50 @20 @6
-@314 := @242 @6 @23
-@322 := {v : @57} ->
-  {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @312) -> (hs : @314) -> @242 @259 @263
-@323 := @310 @161
-@324 := @7 @64
-@326 := @50 @324 @6
-@327 := @7 @60
-@328 := @168 @327
-@336 := {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @326) -> (hs : @314) -> @242 (@328 @20) @263
-@337 := @323 @12
-@338 := @7 @20
-@340 := @50 @338 @12
-@341 := @7 @62
-@342 := @168 @341
-@344 := @242 (@342 @20)
-@345 := @261 @12
-@346 := @345 @6
-@351 := {vs : @245} -> {ts : @246} -> (h : @340) -> (hs : @314) -> @344 @346
-@352 := @337 @167
-@353 := @7 @6
-@355 := @50 @353 @12
-@356 := @243 @23
-@358 := @168 @324 @167
-@363 := {ts : @246} -> (h : @355) -> (hs : @356) -> @242 @358 @346
-@364 := @352 @197
-@366 := @168 @338 @167
-@367 := @242 @366
-@368 := @345 @197
-@371 := (h : @164) -> (hs : @244) -> @367 @368
-@372 := @364 @162
-@374 := @168 @353 @167
-@376 := @242 @374 @368
-@377 := (hs : @244) -> @376
-@378 := @372 @241
-@380 := @242 @170 @368
-@381 := @310 @11
-@382 := @10 @62
-@384 := @50 @382 @6
-@385 := @10 @71
-@386 := @168 @385
-@394 := {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @384) -> (hs : @314) -> @242 (@386 @20) @263
-@395 := @381 @14
-@396 := @10 @64
-@398 := @50 @396 @14
-@399 := @10 @60
-@400 := @168 @399
-@402 := @242 (@400 @20)
-@403 := @261 @14
-@404 := @403 @6
-@409 := {vs : @245} -> {ts : @246} -> (h : @398) -> (hs : @314) -> @402 @404
-@410 := @395 @170
-@411 := @10 @20
-@413 := @50 @411 @14
-@414 := @367 @23
-@416 := @168 @382 @358
-@417 := @242 @416
-@421 := {ts : @246} -> (h : @413) -> (hs : @414) -> @417 @404
-@422 := @410 @368
-@424 := @168 @396 @366
-@425 := @242 @424
-@426 := @403 @368
-@429 := (h : @160) -> (hs : @376) -> @425 @426
-@430 := @422 @158
-@432 := @168 @411 @374
-@433 := @242 @432
-@435 := (hs : @380) -> @433 @426
-@436 := @430 @378
-@437 := @242 @172
-@438 := @437 @426
-@439 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.denote
-@441 := @439 @6 @23
-@442 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.__fits_0
-@444 := @442 @6 @23
-@448 := @7 (LexLeanStd.Text.joinWith @6 @23)
-@451 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.root @6 @23
-@452 := Bool
-@453 := Ne.{1}
-@454 := LexLeanPreservation.Obs
-@455 := @453 @454
-@456 := LexLeanPreservation.Rel
-@459 := @455 (@456 @23 @15)
-@460 := LexLeanPreservation.Obs.stuck
-@463 := (f : @452) -> (v : @57) -> @459 @460
-@465 := LexLeanPreservation.Rust.rel_ne_stuck @444
-@472 := (v : @57) -> @455 (@456 (@442 @20 @6) @15) @460
-@473 := @465 @448
-@477 := @455 (@456 @444 @448) @460
-@478 := @4 @176
-@479 := LexLeanPreservation.Rust.FunSem
-@480 := #9
-@486 := (n : @173) -> @479 @480 @254 @71 @15 @60
-@487 := Eq.{1}
-@488 := Option.{0}
-@489 := @488 @193
-@490 := @487 @489
-@497 := LexLeanRuntime.index (@4 @193) @193 (LexLeanRuntime.instIndexableList @193)
-@501 := @490 (@497 (@194 @480) @60)
-@502 := Option.some.{0}
-@503 := @502 @193
-@504 := @503 @62
-@505 := @501 @504
-@506 := #10
-@510 := @217 @506 @480 @254 @62
-@511 := LexLeanTarget.TargetSyntax.Function.types
-@512 := @511 @60
-@513 := @510 @512
-@514 := @488 @478
-@515 := @487 @514
-@516 := LexLeanTarget.TargetSemantics.bindAll
-@517 := LexLeanTarget.TargetSyntax.Function.parameters
-@522 := @515 (@516 (@517 @71) @60 @186)
-@523 := @502 @478
-@524 := @523 @62
-@525 := @522 @524
-@526 := @488 @452
-@527 := @487 @526
-@528 := LexLeanPreservation.Rust.fnFallible
-@529 := #11
-@532 := @527 (@528 @529 @480)
-@533 := @502 @452
-@534 := @533 @62
-@535 := @532 @534
-@536 := LexLeanPreservation.RunConv
-@537 := #13
-@541 := @536 @537 @506 @254 @62
-@543 := @455 @60 @460
-@544 := Exists.{1}
-@545 := LexLeanPreservation.Rust.ROut
-@546 := @544 @545
-@547 := And
-@548 := LexLeanPreservation.Rust.RealizesFn
-@552 := @547 (@548 @480 @254 @15)
-@553 := LexLeanPreservation.Rust.RCI
-@555 := @553 #15
-@556 := LexLeanPreservation.Rust.fnIdent
-@557 := @556 @537
-@564 := (hne : @543) -> @546 (fun (ro : @545) => @552 (@555 @557 @529 @15))
-@579 := {p : @16} ->
-  {c : @17} ->
-  {A : @18} ->
-  {f : @173} ->
-  {fn : @193} ->
-  {args : @245} ->
-  {env : @478} ->
-  {F : @452} ->
-  {o : @454} ->
-  (hB : @486) ->
-  (hfn : @505) -> (hwt : @513) -> (hbind : @525) -> (hF : @535) -> (hA : @541) -> @564
-@581 := LexLeanPreservation.Rust.compose @0
-@582 := @479 @0
-@587 := (n : @173) -> @582 @254 @71 @15 @60
-@588 := @497 @195
-@591 := @490 (@588 @60) @504
-@595 := @228 @480 @254 @62 @512
-@596 := @536 @0
-@599 := @596 @506 @254 @62
-@613 := {c : @17} ->
-  {A : @18} ->
-  {f : @173} ->
-  {fn : @193} ->
-  {args : @245} ->
-  {env : @478} ->
-  {F : @452} ->
-  {o : @454} ->
-  (hB : @587) ->
-  (hfn : @591) -> (hwt : @595) -> (hbind : @525) -> (hF : @535) -> (hA : @599) -> @564
-@614 := @581 @1
-@615 := @582 @1
-@619 := (n : @173) -> @615 @71 @15 @60
-@622 := @236 @254 @62 @512
-@623 := @528 @1
-@626 := @527 (@623 @480) @534
-@627 := @553 @1
-@637 := (hbind : @525) ->
-  (hF : @626) -> (hA : @599) -> (hne : @543) -> @546 (fun (ro : @545) => @552 (@627 @557 @529 @15))
-@647 := {A : @18} ->
-  {f : @173} ->
-  {fn : @193} ->
-  {args : @245} ->
-  {env : @478} -> {F : @452} -> {o : @454} -> (hB : @619) -> (hfn : @591) -> (hwt : @622) -> @637
-@648 := @614 @2
-@650 := @615 @2 @15
-@652 := (n : @173) -> @650 @60
-@653 := @242 @62
-@654 := @653 @512
-@663 := {f : @173} ->
-  {fn : @193} ->
-  {args : @245} ->
-  {env : @478} -> {F : @452} -> {o : @454} -> (hB : @652) -> (hfn : @591) -> (hwt : @654) -> @637
-@664 := @648 @183
-@666 := (n : @173) -> @650 @183
-@667 := @588 @183
-@668 := @490 @667
-@669 := @668 @504
-@670 := @623 @183
-@671 := @527 @670
-@672 := @671 @534
-@673 := @596 @183
-@675 := @673 @254 @62
-@677 := @627 (@556 @183)
-@685 := (hF : @672) -> (hA : @675) -> (hne : @543) -> @546 (fun (ro : @545) => @552 (@677 @529 @15))
-@694 := {fn : @193} ->
-  {args : @245} ->
-  {env : @478} ->
-  {F : @452} -> {o : @454} -> (hB : @666) -> (hfn : @669) -> (hwt : @654) -> (hbind : @525) -> @685
-@695 := @664 @212
-@697 := @668 (@503 @212)
-@698 := @511 @212
-@699 := @653 @698
-@701 := @516 (@517 @212)
-@713 := {args : @245} ->
-  {env : @478} ->
-  {F : @452} ->
-  {o : @454} ->
-  (hB : @666) -> (hfn : @697) -> (hwt : @699) -> (hbind : @515 (@701 @60 @186) @524) -> @685
-@714 := @695 @172
-@716 := @386 (@328 @167)
-@718 := @242 @716 @698
-@724 := @168 (@10 @254) (@168 (@7 @71) @167)
-@728 := @515 (@701 @724 @186) @524
-@734 := @168 (@10 @506) (@168 (@7 @480) @167)
-@736 := @673 @734 @62
-@738 := @168 (@10 @537)
-@739 := #12
-@758 := {env : @478} ->
-  {F : @452} ->
-  {o : @454} ->
-  (hB : @666) ->
-  (hfn : @697) ->
-  (hwt : @718) ->
-  (hbind : @728) ->
-  (hF : @672) ->
-  (hA : @736) ->
-  (hne : @543) -> @546 (fun (ro : @545) => @552 (@677 (@738 (@168 (@7 @739) @167)) @15))
-@759 := @714 @191
-@761 := @400 (@342 @167)
-@763 := @242 @761 @698
-@774 := @515 (@701 @716 @186) (@523 (@187 (@181 @327) (@187 (@184 @385) @186)))
-@780 := @168 (@10 @480) (@168 (@7 @254) @167)
-@802 := {F : @452} ->
-  {o : @454} ->
-  (hB : @666) ->
-  (hfn : @697) ->
-  (hwt : @763) ->
-  (hbind : @774) ->
-  (hF : @672) ->
-  (hA : @673 @780 @62) ->
-  (hne : @543) -> @546 (fun (ro : @545) => @552 (@677 (@168 (@10 @739) (@168 (@7 @529) @167)) @15))
-@803 := @759 @192
-@804 := @417 @698
-@815 := @515 (@701 @761 @186) (@523 (@187 (@181 @341) (@187 (@184 @399) @186)))
-@817 := @671 (@533 @192)
-@819 := @673 @724 @62
-@820 := @548 @192
-@842 := {o : @454} ->
-  (hB : @666) ->
-  (hfn : @697) ->
-  (hwt : @804) ->
-  (hbind : @815) ->
-  (hF : @817) ->
-  (hA : @819) ->
-  (hne : @543) ->
-  @546 (fun (ro : @545) => @547 (@820 @254 @15) (@677 (@168 (@10 @529) (@168 (@7 @506) @167)) @15))
-@843 := @803 @441
-@844 := @425 @698
-@855 := @515 (@701 @416 @186) (@523 (@187 (@181 @324) (@187 (@184 @382) @186)))
-@856 := @673 @716
-@858 := @439 @71 @60
-@859 := @856 @858
-@861 := @439 @254 @71
-@880 := (hB : @666) ->
-  (hfn : @697) ->
-  (hwt : @844) ->
-  (hbind : @855) ->
-  (hF : @817) ->
-  (hA : @859) ->
-  (hne : @455 @861 @460) ->
-  @546 (fun (ro : @545) => @547 (@820 (@439 @506 @480) @15) (@677 @734 @15))
-@881 := @843 @216
-@882 := @433 @698
-@893 := @515 (@701 @424 @186) (@523 (@187 (@181 @338) (@187 (@184 @396) @186)))
-@894 := @673 @761
-@896 := @439 @60 @62
-@915 := (hfn : @697) ->
-  (hwt : @882) ->
-  (hbind : @893) ->
-  (hF : @817) ->
-  (hA : @894 @896) ->
-  (hne : @455 @858 @460) ->
-  @546 (fun (ro : @545) => @547 (@820 (@439 @480 @254) @15) (@677 @780 @15))
-@916 := Eq.refl.{1}
-@919 := @881 (@916 @489 @667)
-@920 := @437 @698
-@931 := @515 (@701 @432 @186) (@523 (@187 (@181 @353) (@187 (@184 @411) @186)))
-@932 := @673 @416
-@934 := @439 @62 @64
-@950 := (hwt : @920) ->
-  (hbind : @931) ->
-  (hF : @817) ->
-  (hA : @932 @934) ->
-  (hne : @455 @896 @460) -> @546 (fun (ro : @545) => @547 (@820 @861 @15) (@677 @724 @15))
-@951 := @919 @436
-@953 := @701 @172 @186
-@956 := @515 @953 (@523 @191)
-@957 := @673 @424
-@959 := @439 @64 @20
-@974 := (hbind : @956) ->
-  (hF : @817) ->
-  (hA : @957 @959) ->
-  (hne : @455 @934 @460) -> @546 (fun (ro : @545) => @547 (@820 @858 @15) (@677 @716 @15))
-@977 := @951 (@916 @514 @953)
-@978 := @673 @432
-@980 := @439 @20 @6
-@994 := (hF : @817) ->
-  (hA : @978 @980) ->
-  (hne : @455 @959 @460) -> @546 (fun (ro : @545) => @547 (@820 @896 @15) (@677 @761 @15))
-@997 := @977 (@916 @526 @670)
-@1011 := (hA : @673 @172 @441) ->
-  (hne : @455 @980 @460) -> @546 (fun (ro : @545) => @547 (@820 @934 @15) (@677 @416 @15))
-@1012 := @997 @451
-@1023 := (hne : @455 @441 @460) -> @546 (fun (ro : @545) => @547 (@820 @959 @15) (@677 @424 @15))
-@1024 := @1012 @473
-@1030 := @547 (@820 @980 @15) (@677 @432 @15)
-@1032 := @546 (fun (ro : @545) => @1030)
-@1034 := @546 (fun (__e_ro : @545) => @1030)
-@1035 := LexLeanPreservation.Rust.RepresentableL
-@1036 := @10 @23
-@1038 := @168 @25 @167
-@1041 := @1035 (@168 @1036 @1038)
-@1042 := (__e_hrep : @1041) -> @1034
-@1043 := fun (__e_hrep : @1041) => @1024
-@1044 := (separator : @3) -> @1042
-@1045 := fun (separator : @3) => @1043
-@1046 := (pieces : @5) -> @1044
-@1047 := fun (pieces : @5) => @1045
-\end{coremodule}
-\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/RustStd.lean
deleted file mode 100644
index af823ea50..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/RustStd.lean
+++ /dev/null
@@ -1,51 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := .bytes,
-      body := (.«match» .bytes (.call 1 [(.closure 2 [(.var 1)]), (.build .none (.option .bytes) []), (.var 0)]) [(.arm .some [2] (.var 2)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
-    { parameters := [0, 1, 2], types := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)], result := (.option .bytes),
-      body := (.«match» (.option .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
-    { parameters := [0, 1, 2], types := [.bytes, (.option .bytes), .bytes], result := (.option .bytes),
-      body := (.«match» (.option .bytes) (.var 1) [(.arm .none [] (.build .some (.option .bytes) [(.var 2)])), (.arm .some [3] (.build .some (.option .bytes) [(.prim .append [(.prim .append [(.var 3), (.var 0)]), (.var 2)])]))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [.bytes] }]),
-    (.apply 0 [(.option .bytes), .bytes] (.option .bytes) false [{ function := 2, captures := [.clone], functionFallible := false }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bytes (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.closure 0 2) [(.move (.generated .binding 1))]), (.construct (.none .bytes) []), (.move (.generated .binding 0))] false))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.option .bytes) (.mk [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }, { pattern := (.bind (.generated .binding 2)), type := .bytes }] (.option .bytes) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.construct .some [(.move (.generated .binding 2))]))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)))])))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([(.option .bytes), .bytes], (.option .bytes)), false)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.closure 0 2) [(.move (.generated .binding 1))]), (.construct (.none .bytes) []), (.move (.generated .binding 0))] false))], (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := false) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, (.list .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.option .bytes), (some 1)), (0, (.fn [(.option .bytes), .bytes] (.option .bytes)), (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.option .bytes), (some 1)), (0, (.fn [(.option .bytes), .bytes] (.option .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.option .bytes), (some 1)), (0, (.fn [(.option .bytes), .bytes] (.option .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.option .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.construct .some [(.move (.generated .binding 2))]))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)))])))]), [(2, .bytes, (some 2)), (1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, (.option .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .bytes, (some 2)), (1, (.option .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | _ + 3 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6.lean
deleted file mode 100644
index b24bb5d84..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6.lean
+++ /dev/null
@@ -1,53 +0,0 @@
-import LexLeanPreservation.Core
-import LexLeanPreservation.Values
-import LexLeanPreservation.Primitives
-import LexLeanPreservation.Fixed
-import LexLeanPreservation.Keys
-import LexLeanPreservation.Templates
-import LexLeanPreservation.Validate
-import LexLeanStd.Text
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-set_option linter.unusedVariables false
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6
-
-def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .nat),
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.«let» 4 .nat (.first (.call 1 [(.closure 2 [(.var 1), (.var 3), (.var 0), (.var 2)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.value .nat (.nat 0))])) (.cond (.call 3 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option .nat) [(.var 4)]) (.build .none (.option .nat) []))))) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
-      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1, 2, 3, 4], types := [.bytes, .nat, .bytes, .nat, .nat], result := (.option .nat),
-      body := (.cond (.call 3 [(.var 2), (.var 0), (.var 4)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.prim .natAdd [(.var 4), (.var 1)]), (.var 3)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 4), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) },
-    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := .bool,
-      body := (.«match» .bool (.prim .slice [(.var 0), (.var 2), (.prim .length [(.var 1)])]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
-
-def __fits_3 (subject : ByteArray) (needle : ByteArray) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
-
-theorem __rel_3 (subject : ByteArray) (needle : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_3 subject needle position) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.matchAt subject needle position))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some window => (_root_.LexLeanRuntime.equal (window) (needle) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject position (_root_.LexLeanRuntime.length (needle) : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some window => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes window needle))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
-
-def __fits_2 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : Bool :=
-  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_3 (subject) (needle) (position))) && (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
-
-attribute [local irreducible] LexLeanStd.Text.matchAt in
-theorem __rel_2 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_2 needle size subject total position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (LexLeanStd.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_3 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (position + size) total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (position + size) total)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
-
-def __fits_0 (subject : ByteArray) (needle : ByteArray) : Bool :=
-  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); ((((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_2 (needle) (size) (subject) (total) __p0) ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_3 (subject) (needle) (position))) && (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
-
-attribute [local irreducible] LexLeanStd.Text.matchAt in
-theorem __rel_0 (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_0 subject needle) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanStd.Text.find subject needle))) :=
-  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd total (1 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun (__p0 : Nat) => __fits_2 (needle) (size) (subject) (total) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total)] (fun (__p0 : Nat) => __rel_2 (needle) (size) (subject) (total) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := .nat) rfl ((total + (1 : Nat))) ((0 : Nat))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (position) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanStd.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_3 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))
-
-def denote (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.Obs :=
-  _root_.cond (__fits_0 subject needle) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanStd.Text.find subject needle)))) _root_.LexLeanPreservation.Obs.overflow
-
-theorem root (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_0 subject needle) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanStd.Text.find subject needle))) :=
-  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject needle)
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/Compose/RustStd.lex.tex
deleted file mode 100644
index 2fabe8930..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/Compose/RustStd.lex.tex
+++ /dev/null
@@ -1,465 +0,0 @@
-\begin{lexlean}{RustStd}
-\title{Certificate E LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd}
-\begin{coremodule}
-imports [
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6,
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd,
-  LexLeanPreservation.Compose
-]
-
-theorem LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.root : @919 := @920 {
-  all: [LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.root],
-  class: false,
-  generated: false,
-  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
-  transparency: semireducible
-}
-
-@0 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.program
-@1 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.krate
-@2 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.flags
-@3 := ByteArray
-@4 := #2
-@5 := LexLeanTarget.TargetSyntax.Value.bytes
-@6 := @5 @4
-@7 := LexLeanTarget.TargetSyntax.Ty.bytes
-@8 := LexLeanTarget.TargetSyntax.Program
-@9 := LexLeanPreservation.Rust.RCrate
-@10 := LexLeanPreservation.Rust.Flags
-@11 := LexLeanPreservation.Rust.WT
-@12 := #3
-@14 := @11 @12 @4
-@15 := #1
-@16 := @14 @15
-@17 := #0
-@18 := @5 @17
-@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
-@26 := LexLeanPreservation.Rust.wt_bytes @0
-@27 := @11 @0
-@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @4 @15 @18 @7
-@35 := @26 @1
-@36 := @27 @1
-@41 := {A : @10} -> (b : @3) -> @36 @15 @18 @7
-@42 := @35 @2
-@43 := @36 @2
-@46 := (b : @3) -> @43 @18 @7
-@47 := @42 @4
-@49 := @43 @6 @7
-@50 := @5 @15
-@51 := @42 @15
-@53 := @43 @50 @7
-@54 := LexLeanTarget.TargetSyntax.Value
-@55 := List.nil.{0}
-@56 := List.cons.{0}
-@57 := @55 @54
-@58 := @56 @54
-@59 := @58 @50
-@60 := @59 @57
-@61 := @58 @6
-@62 := @61 @60
-@63 := Nat
-@66 := Prod.{0, 0} @63 @54
-@67 := 1
-@70 := Prod.mk.{0, 0} @63 @54
-@71 := @70 @67
-@72 := @71 @50
-@73 := 0
-@74 := @70 @73
-@75 := @74 @6
-@76 := @55 @66
-@77 := @56 @66
-@79 := @77 @75 @76
-@81 := @77 @72 @79
-@82 := Bool.true
-@83 := LexLeanTarget.TargetSyntax.Function
-@84 := LexLeanTarget.TargetSyntax.Program.functions
-@85 := @84 @0
-@86 := LexLeanTarget.TargetSyntax.Ty
-@87 := @55 @63
-@88 := @55 @86
-@89 := LexLeanTarget.TargetSyntax.Ty.unit
-@90 := LexLeanTarget.TargetSyntax.Value.unit
-@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
-@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
-@103 := List.getD.{0} @83 @85 @73 @98
-@107 := fun (__e_n : @63) =>
-  LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.root @17 @73
-@108 := LexLeanPreservation.Rust.WTL
-@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
-@118 := LexLeanPreservation.Rust.wtl_nil @0
-@119 := @108 @0
-@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
-@126 := @118 @1
-@127 := @119 @1
-@131 := {A : @10} -> @127 @17 @57 @88
-@132 := @126 @2
-@133 := @127 @2
-@134 := @133 @57
-@135 := @134 @88
-@136 := List.{0}
-@137 := @136 @54
-@138 := @136 @86
-@139 := #6
-@140 := @11 @139
-@141 := #5
-@142 := @140 @141
-@143 := #4
-@146 := @142 @143 @12 @4
-@147 := #7
-@152 := @108 @147 @139 @141 @4 @15
-@153 := #8
-@156 := @108 @153 @147 @139
-@158 := @58 @141 @12
-@159 := @156 @158
-@160 := @56 @86
-@162 := @160 @143 @4
-@172 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
-@174 := LexLeanPreservation.Rust.wtl_cons @0
-@194 := {c : @9} ->
-  {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} ->
-  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
-@195 := @174 @1
-@211 := {A : @10} ->
-  {v : @54} ->
-  {t : @86} ->
-  {vs : @137} ->
-  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
-@212 := @195 @2
-@214 := @43 @12 @4
-@216 := @133 @4 @15
-@224 := {v : @54} ->
-  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
-@225 := @212 @50
-@226 := @5 @143
-@227 := @43 @226
-@228 := @227 @4
-@229 := @5 @139
-@230 := @58 @229
-@232 := @133 (@230 @12)
-@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
-@239 := @225 @7
-@240 := @5 @12
-@242 := @43 @240 @7
-@243 := @5 @141
-@244 := @58 @243
-@246 := @133 (@244 @12)
-@247 := @160 @7
-@248 := @247 @4
-@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
-@254 := @239 @57
-@255 := @134 @15
-@256 := @58 @226
-@257 := @256 @57
-@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
-@263 := @254 @88
-@264 := @58 @240
-@265 := @264 @57
-@266 := @133 @265
-@267 := @247 @88
-@270 := (h : @53) -> (hs : @135) -> @266 @267
-@271 := @263 @51
-@272 := @61 @57
-@274 := @133 @272 @267
-@275 := (hs : @135) -> @274
-@276 := @271 @132
-@278 := @133 @60 @267
-@279 := @212 @6
-@281 := @43 @243 @4
-@282 := @5 @147
-@283 := @58 @282
-@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
-@292 := @279 @7
-@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
-@299 := @292 @60
-@300 := @266 @15
-@301 := @244 @257
-@302 := @133 @301
-@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
-@307 := @299 @267
-@308 := @256 @265
-@309 := @133 @308
-@310 := @247 @267
-@313 := (h : @49) -> (hs : @274) -> @309 @310
-@314 := @307 @47
-@315 := @264 @272
-@316 := @133 @315
-@318 := (hs : @278) -> @316 @310
-@319 := @314 @276
-@320 := @133 @62
-@321 := @320 @310
-@322 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.denote
-@324 := @322 @4 @15
-@325 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.__fits_0
-@327 := @325 @4 @15
-@330 := LexLeanStd.Text.find @4 @15
-@331 := LexLeanTarget.TargetSyntax.Value.nat
-@335 := LexLeanPreservation.encOption @63 @331 @330
-@338 := LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.root @4 @15
-@339 := Bool
-@340 := Ne.{1}
-@341 := LexLeanPreservation.Obs
-@342 := @340 @341
-@343 := LexLeanPreservation.Rel
-@346 := @342 (@343 @15 @17)
-@347 := LexLeanPreservation.Obs.stuck
-@350 := (f : @339) -> (v : @54) -> @346 @347
-@352 := LexLeanPreservation.Rust.rel_ne_stuck @327
-@359 := (v : @54) -> @342 (@343 (@325 @12 @4) @17) @347
-@360 := @352 @335
-@364 := @342 (@343 @327 @335) @347
-@365 := @136 @66
-@366 := LexLeanPreservation.Rust.FunSem
-@367 := #9
-@373 := (n : @63) -> @366 @367 @153 @147 @17 @139
-@374 := Eq.{1}
-@375 := Option.{0}
-@376 := @375 @83
-@377 := @374 @376
-@384 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
-@388 := @377 (@384 (@84 @367) @139)
-@389 := Option.some.{0}
-@390 := @389 @83
-@391 := @390 @141
-@392 := @388 @391
-@393 := #10
-@397 := @108 @393 @367 @153 @141
-@398 := LexLeanTarget.TargetSyntax.Function.types
-@399 := @398 @139
-@400 := @397 @399
-@401 := @375 @365
-@402 := @374 @401
-@403 := LexLeanTarget.TargetSemantics.bindAll
-@404 := LexLeanTarget.TargetSyntax.Function.parameters
-@409 := @402 (@403 (@404 @147) @139 @76)
-@410 := @389 @365
-@411 := @410 @141
-@412 := @409 @411
-@413 := @375 @339
-@414 := @374 @413
-@415 := LexLeanPreservation.Rust.fnFallible
-@416 := #11
-@419 := @414 (@415 @416 @367)
-@420 := @389 @339
-@421 := @420 @141
-@422 := @419 @421
-@423 := LexLeanPreservation.RunConv
-@424 := #13
-@428 := @423 @424 @393 @153 @141
-@430 := @342 @139 @347
-@431 := Exists.{1}
-@432 := LexLeanPreservation.Rust.ROut
-@433 := @431 @432
-@434 := And
-@435 := LexLeanPreservation.Rust.RealizesFn
-@439 := @434 (@435 @367 @153 @17)
-@440 := LexLeanPreservation.Rust.RCI
-@442 := @440 #15
-@443 := LexLeanPreservation.Rust.fnIdent
-@444 := @443 @424
-@451 := (hne : @430) -> @433 (fun (ro : @432) => @439 (@442 @444 @416 @17))
-@466 := {p : @8} ->
-  {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @365} ->
-  {F : @339} ->
-  {o : @341} ->
-  (hB : @373) ->
-  (hfn : @392) -> (hwt : @400) -> (hbind : @412) -> (hF : @422) -> (hA : @428) -> @451
-@468 := LexLeanPreservation.Rust.compose @0
-@469 := @366 @0
-@474 := (n : @63) -> @469 @153 @147 @17 @139
-@475 := @384 @85
-@478 := @377 (@475 @139) @391
-@482 := @119 @367 @153 @141 @399
-@483 := @423 @0
-@486 := @483 @393 @153 @141
-@500 := {c : @9} ->
-  {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @365} ->
-  {F : @339} ->
-  {o : @341} ->
-  (hB : @474) ->
-  (hfn : @478) -> (hwt : @482) -> (hbind : @412) -> (hF : @422) -> (hA : @486) -> @451
-@501 := @468 @1
-@502 := @469 @1
-@506 := (n : @63) -> @502 @147 @17 @139
-@509 := @127 @153 @141 @399
-@510 := @415 @1
-@513 := @414 (@510 @367) @421
-@514 := @440 @1
-@524 := (hbind : @412) ->
-  (hF : @513) -> (hA : @486) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@514 @444 @416 @17))
-@534 := {A : @10} ->
-  {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @365} -> {F : @339} -> {o : @341} -> (hB : @506) -> (hfn : @478) -> (hwt : @509) -> @524
-@535 := @501 @2
-@537 := @502 @2 @17
-@539 := (n : @63) -> @537 @139
-@540 := @133 @141
-@541 := @540 @399
-@550 := {f : @63} ->
-  {fn : @83} ->
-  {args : @137} ->
-  {env : @365} -> {F : @339} -> {o : @341} -> (hB : @539) -> (hfn : @478) -> (hwt : @541) -> @524
-@551 := @535 @73
-@553 := (n : @63) -> @537 @73
-@554 := @475 @73
-@555 := @377 @554
-@556 := @555 @391
-@557 := @510 @73
-@558 := @414 @557
-@559 := @558 @421
-@560 := @483 @73
-@562 := @560 @153 @141
-@564 := @514 (@443 @73)
-@572 := (hF : @559) -> (hA : @562) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@564 @416 @17))
-@581 := {fn : @83} ->
-  {args : @137} ->
-  {env : @365} ->
-  {F : @339} -> {o : @341} -> (hB : @553) -> (hfn : @556) -> (hwt : @541) -> (hbind : @412) -> @572
-@582 := @551 @103
-@584 := @555 (@390 @103)
-@585 := @398 @103
-@586 := @540 @585
-@588 := @403 (@404 @103)
-@600 := {args : @137} ->
-  {env : @365} ->
-  {F : @339} ->
-  {o : @341} ->
-  (hB : @553) -> (hfn : @584) -> (hwt : @586) -> (hbind : @402 (@588 @139 @76) @411) -> @572
-@601 := @582 @62
-@603 := @283 (@230 @57)
-@605 := @133 @603 @585
-@607 := @58 (@5 @153)
-@609 := @607 (@283 @57)
-@613 := @402 (@588 @609 @76) @411
-@615 := @58 (@5 @393)
-@617 := @58 (@5 @367)
-@619 := @615 (@617 @57)
-@621 := @560 @619 @141
-@623 := @58 (@5 @424)
-@626 := @58 (@5 #12)
-@643 := {env : @365} ->
-  {F : @339} ->
-  {o : @341} ->
-  (hB : @553) ->
-  (hfn : @584) ->
-  (hwt : @605) ->
-  (hbind : @613) ->
-  (hF : @559) ->
-  (hA : @621) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@564 (@623 (@626 @57)) @17))
-@644 := @601 @81
-@646 := @230 (@244 @57)
-@648 := @133 @646 @585
-@659 := @402 (@588 @603 @76) (@410 (@77 (@71 @229) (@77 (@74 @282) @76)))
-@661 := @617 (@607 @57)
-@663 := @560 @661 @141
-@665 := @58 (@5 @416)
-@681 := {F : @339} ->
-  {o : @341} ->
-  (hB : @553) ->
-  (hfn : @584) ->
-  (hwt : @648) ->
-  (hbind : @659) ->
-  (hF : @559) ->
-  (hA : @663) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@564 (@626 (@665 @57)) @17))
-@682 := @644 @82
-@683 := @302 @585
-@694 := @402 (@588 @646 @76) (@410 (@77 (@71 @243) (@77 (@74 @229) @76)))
-@696 := @558 (@420 @82)
-@698 := @560 @609 @141
-@699 := @435 @82
-@717 := {o : @341} ->
-  (hB : @553) ->
-  (hfn : @584) ->
-  (hwt : @683) ->
-  (hbind : @694) ->
-  (hF : @696) ->
-  (hA : @698) ->
-  (hne : @430) -> @433 (fun (ro : @432) => @434 (@699 @153 @17) (@564 (@665 (@615 @57)) @17))
-@718 := @682 @324
-@719 := @309 @585
-@730 := @402 (@588 @301 @76) (@410 (@77 (@71 @226) (@77 (@74 @243) @76)))
-@731 := @560 @603
-@733 := @322 @147 @139
-@734 := @731 @733
-@736 := @322 @153 @147
-@755 := (hB : @553) ->
-  (hfn : @584) ->
-  (hwt : @719) ->
-  (hbind : @730) ->
-  (hF : @696) ->
-  (hA : @734) ->
-  (hne : @342 @736 @347) ->
-  @433 (fun (ro : @432) => @434 (@699 (@322 @393 @367) @17) (@564 @619 @17))
-@756 := @718 @107
-@757 := @316 @585
-@768 := @402 (@588 @308 @76) (@410 (@77 (@71 @240) (@77 (@74 @226) @76)))
-@769 := @560 @646
-@771 := @322 @139 @141
-@790 := (hfn : @584) ->
-  (hwt : @757) ->
-  (hbind : @768) ->
-  (hF : @696) ->
-  (hA : @769 @771) ->
-  (hne : @342 @733 @347) ->
-  @433 (fun (ro : @432) => @434 (@699 (@322 @367 @153) @17) (@564 @661 @17))
-@791 := Eq.refl.{1}
-@794 := @756 (@791 @376 @554)
-@795 := @320 @585
-@806 := @402 (@588 @315 @76) (@410 (@77 (@71 @6) (@77 (@74 @240) @76)))
-@807 := @560 @301
-@809 := @322 @141 @143
-@825 := (hwt : @795) ->
-  (hbind : @806) ->
-  (hF : @696) ->
-  (hA : @807 @809) ->
-  (hne : @342 @771 @347) -> @433 (fun (ro : @432) => @434 (@699 @736 @17) (@564 @609 @17))
-@826 := @794 @319
-@828 := @588 @62 @76
-@831 := @402 @828 (@410 @81)
-@832 := @560 @308
-@834 := @322 @143 @12
-@849 := (hbind : @831) ->
-  (hF : @696) ->
-  (hA : @832 @834) ->
-  (hne : @342 @809 @347) -> @433 (fun (ro : @432) => @434 (@699 @733 @17) (@564 @603 @17))
-@852 := @826 (@791 @401 @828)
-@853 := @560 @315
-@855 := @322 @12 @4
-@869 := (hF : @696) ->
-  (hA : @853 @855) ->
-  (hne : @342 @834 @347) -> @433 (fun (ro : @432) => @434 (@699 @771 @17) (@564 @646 @17))
-@872 := @852 (@791 @413 @557)
-@886 := (hA : @560 @62 @324) ->
-  (hne : @342 @855 @347) -> @433 (fun (ro : @432) => @434 (@699 @809 @17) (@564 @301 @17))
-@887 := @872 @338
-@898 := (hne : @342 @324 @347) -> @433 (fun (ro : @432) => @434 (@699 @834 @17) (@564 @308 @17))
-@899 := @887 @360
-@905 := @434 (@699 @855 @17) (@564 @315 @17)
-@907 := @433 (fun (ro : @432) => @905)
-@909 := @433 (fun (__e_ro : @432) => @905)
-@914 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
-@915 := (__e_hrep : @914) -> @909
-@916 := fun (__e_hrep : @914) => @899
-@917 := (needle : @3) -> @915
-@918 := fun (needle : @3) => @916
-@919 := (subject : @3) -> @917
-@920 := fun (subject : @3) => @918
-\end{coremodule}
-\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/RustStd.lean
deleted file mode 100644
index d259d9dfc..000000000
--- a/stdlib/expected/verify/preserve/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/RustStd.lean
+++ /dev/null
@@ -1,59 +0,0 @@
-import LexLeanPreservation.RustSound
-set_option autoImplicit false
-set_option maxRecDepth 100000
-set_option maxHeartbeats 0
-set_option synthInstance.maxHeartbeats 0
-namespace LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd
-open LexLeanTarget LexLeanPreservation.Rust
-
-noncomputable def program : TargetSyntax.Program :=
-  { adts := [], functions := [
-    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .nat),
-      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.«let» 4 .nat (.first (.call 1 [(.closure 2 [(.var 1), (.var 3), (.var 0), (.var 2)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.value .nat (.nat 0))])) (.cond (.call 3 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option .nat) [(.var 4)]) (.build .none (.option .nat) []))))) },
-    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
-      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
-    { parameters := [0, 1, 2, 3, 4], types := [.bytes, .nat, .bytes, .nat, .nat], result := (.option .nat),
-      body := (.cond (.call 3 [(.var 2), (.var 0), (.var 4)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.prim .natAdd [(.var 4), (.var 1)]), (.var 3)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 4), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) },
-    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := .bool,
-      body := (.«match» .bool (.prim .slice [(.var 0), (.var 2), (.prim .length [(.var 1)])]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
-
-noncomputable def krate : RustSyntax.Crate :=
-  ({ profile := .std, items := [
-    (.enum (.fn 0) [{ number := 2, fields := [.bytes, .nat, .bytes, .nat] }]),
-    (.apply 0 [.nat] (.option .nat) true [{ function := 2, captures := [.clone, .copy, .clone, .copy], functionFallible := true }]),
-    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))), (.lit (.nat 0))] true))] (.move (.generated .part 3)))))] (.cond (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))),
-    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair .nat .bool)) (.mk [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
-    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .bytes }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 3) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))))),
-    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 20)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 21)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
-
-def flags : Flags := [(([.nat], (.option .nat)), true)]
-
-theorem fun0 : FunOK program krate flags 0 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))), (.lit (.nat 0))] true))] (.move (.generated .part 3)))))], (.cond (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes, .nat, .bytes, .nat]) (mask := [false, false, false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))⟩⟩
-
-theorem fun1 : FunOK program krate flags 1 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
-    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
-
-theorem fun2 : FunOK program krate flags 2 :=
-  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 3) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))), [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .bytes, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.cond (lc := []) (ce := (.call (.function 3) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none .nat) []))) (lb := [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))))⟩⟩
-
-theorem fun3 : FunOK program krate flags 3 :=
-  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))))], (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 20)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 21)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)))]), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
-    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 20)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 21)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
-
-theorem crate_ok : CrateOK program krate flags := by
-  intro f fn h
-  match f with
-  | 0 => exact fun0
-  | 1 => exact fun1
-  | 2 => exact fun2
-  | 3 => exact fun3
-  | _ + 4 => simp [program, index_eq] at h
-
-/-- Every function of the program is simulated by its rendering. -/
-theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
-
-end LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0.lean
new file mode 100644
index 000000000..ca1dd97d6
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanStd.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.value .nat (.nat 0)), (.prim .length [(.var 1)])]) [(.arm .some [2] (.prim .equal [(.var 2), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
+
+def __fits_0 (subject : ByteArray) («prefix» : ByteArray) : Bool :=
+  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length («prefix») : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
+
+theorem __rel_0 (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_0 subject «prefix») (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.startsWith subject «prefix»))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some head => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some head => (_root_.LexLeanRuntime.equal (head) («prefix») : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((0 : Nat)) ((_root_.LexLeanRuntime.length («prefix») : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes «prefix»)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (0 : Nat) (_root_.LexLeanRuntime.length («prefix») : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some head => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes head «prefix»))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def denote (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 subject «prefix») (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.startsWith subject «prefix»)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (subject : ByteArray) («prefix» : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes «prefix»)] (_root_.LexLeanPreservation.Rel (__fits_0 subject «prefix») (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.startsWith subject «prefix»))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject «prefix»)
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..26a96019b
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/Compose/RustStd.lex.tex
@@ -0,0 +1,464 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0,
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.root : @916 := @917 {
+  all: [LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.program
+@1 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.krate
+@2 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.flags
+@3 := ByteArray
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.bytes
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.bytes
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_bytes @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (b : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (b : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Nat
+@66 := Prod.{0, 0} @63 @54
+@67 := 1
+@70 := Prod.mk.{0, 0} @63 @54
+@71 := @70 @67
+@72 := @71 @50
+@73 := 0
+@74 := @70 @73
+@75 := @74 @6
+@76 := @55 @66
+@77 := @56 @66
+@79 := @77 @75 @76
+@81 := @77 @72 @79
+@82 := Bool.false
+@83 := LexLeanTarget.TargetSyntax.Function
+@84 := LexLeanTarget.TargetSyntax.Program.functions
+@85 := @84 @0
+@86 := LexLeanTarget.TargetSyntax.Ty
+@87 := @55 @63
+@88 := @55 @86
+@89 := LexLeanTarget.TargetSyntax.Ty.unit
+@90 := LexLeanTarget.TargetSyntax.Value.unit
+@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
+@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
+@103 := List.getD.{0} @83 @85 @73 @98
+@107 := fun (__e_n : @63) =>
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.root @17 @73
+@108 := LexLeanPreservation.Rust.WTL
+@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
+@118 := LexLeanPreservation.Rust.wtl_nil @0
+@119 := @108 @0
+@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
+@126 := @118 @1
+@127 := @119 @1
+@131 := {A : @10} -> @127 @17 @57 @88
+@132 := @126 @2
+@133 := @127 @2
+@134 := @133 @57
+@135 := @134 @88
+@136 := List.{0}
+@137 := @136 @54
+@138 := @136 @86
+@139 := #6
+@140 := @11 @139
+@141 := #5
+@142 := @140 @141
+@143 := #4
+@146 := @142 @143 @12 @4
+@147 := #7
+@152 := @108 @147 @139 @141 @4 @15
+@153 := #8
+@156 := @108 @153 @147 @139
+@158 := @58 @141 @12
+@159 := @156 @158
+@160 := @56 @86
+@162 := @160 @143 @4
+@172 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
+@174 := LexLeanPreservation.Rust.wtl_cons @0
+@194 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} ->
+  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
+@195 := @174 @1
+@211 := {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
+@212 := @195 @2
+@214 := @43 @12 @4
+@216 := @133 @4 @15
+@224 := {v : @54} ->
+  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
+@225 := @212 @50
+@226 := @5 @143
+@227 := @43 @226
+@228 := @227 @4
+@229 := @5 @139
+@230 := @58 @229
+@232 := @133 (@230 @12)
+@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
+@239 := @225 @7
+@240 := @5 @12
+@242 := @43 @240 @7
+@243 := @5 @141
+@244 := @58 @243
+@246 := @133 (@244 @12)
+@247 := @160 @7
+@248 := @247 @4
+@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
+@254 := @239 @57
+@255 := @134 @15
+@256 := @58 @226
+@257 := @256 @57
+@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
+@263 := @254 @88
+@264 := @58 @240
+@265 := @264 @57
+@266 := @133 @265
+@267 := @247 @88
+@270 := (h : @53) -> (hs : @135) -> @266 @267
+@271 := @263 @51
+@272 := @61 @57
+@274 := @133 @272 @267
+@275 := (hs : @135) -> @274
+@276 := @271 @132
+@278 := @133 @60 @267
+@279 := @212 @6
+@281 := @43 @243 @4
+@282 := @5 @147
+@283 := @58 @282
+@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
+@292 := @279 @7
+@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
+@299 := @292 @60
+@300 := @266 @15
+@301 := @244 @257
+@302 := @133 @301
+@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
+@307 := @299 @267
+@308 := @256 @265
+@309 := @133 @308
+@310 := @247 @267
+@313 := (h : @49) -> (hs : @274) -> @309 @310
+@314 := @307 @47
+@315 := @264 @272
+@316 := @133 @315
+@318 := (hs : @278) -> @316 @310
+@319 := @314 @276
+@320 := @133 @62
+@321 := @320 @310
+@322 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.denote
+@324 := @322 @4 @15
+@325 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.__fits_0
+@327 := @325 @4 @15
+@330 := LexLeanStd.Text.startsWith @4 @15
+@332 := LexLeanTarget.TargetSyntax.Value.bool @330
+@335 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.root @4 @15
+@336 := Bool
+@337 := Ne.{1}
+@338 := LexLeanPreservation.Obs
+@339 := @337 @338
+@340 := LexLeanPreservation.Rel
+@343 := @339 (@340 @15 @17)
+@344 := LexLeanPreservation.Obs.stuck
+@347 := (f : @336) -> (v : @54) -> @343 @344
+@349 := LexLeanPreservation.Rust.rel_ne_stuck @327
+@356 := (v : @54) -> @339 (@340 (@325 @12 @4) @17) @344
+@357 := @349 @332
+@361 := @339 (@340 @327 @332) @344
+@362 := @136 @66
+@363 := LexLeanPreservation.Rust.FunSem
+@364 := #9
+@370 := (n : @63) -> @363 @364 @153 @147 @17 @139
+@371 := Eq.{1}
+@372 := Option.{0}
+@373 := @372 @83
+@374 := @371 @373
+@381 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
+@385 := @374 (@381 (@84 @364) @139)
+@386 := Option.some.{0}
+@387 := @386 @83
+@388 := @387 @141
+@389 := @385 @388
+@390 := #10
+@394 := @108 @390 @364 @153 @141
+@395 := LexLeanTarget.TargetSyntax.Function.types
+@396 := @395 @139
+@397 := @394 @396
+@398 := @372 @362
+@399 := @371 @398
+@400 := LexLeanTarget.TargetSemantics.bindAll
+@401 := LexLeanTarget.TargetSyntax.Function.parameters
+@406 := @399 (@400 (@401 @147) @139 @76)
+@407 := @386 @362
+@408 := @407 @141
+@409 := @406 @408
+@410 := @372 @336
+@411 := @371 @410
+@412 := LexLeanPreservation.Rust.fnFallible
+@413 := #11
+@416 := @411 (@412 @413 @364)
+@417 := @386 @336
+@418 := @417 @141
+@419 := @416 @418
+@420 := LexLeanPreservation.RunConv
+@421 := #13
+@425 := @420 @421 @390 @153 @141
+@427 := @339 @139 @344
+@428 := Exists.{1}
+@429 := LexLeanPreservation.Rust.ROut
+@430 := @428 @429
+@431 := And
+@432 := LexLeanPreservation.Rust.RealizesFn
+@436 := @431 (@432 @364 @153 @17)
+@437 := LexLeanPreservation.Rust.RCI
+@439 := @437 #15
+@440 := LexLeanPreservation.Rust.fnIdent
+@441 := @440 @421
+@448 := (hne : @427) -> @430 (fun (ro : @429) => @436 (@439 @441 @413 @17))
+@463 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @370) ->
+  (hfn : @389) -> (hwt : @397) -> (hbind : @409) -> (hF : @419) -> (hA : @425) -> @448
+@465 := LexLeanPreservation.Rust.compose @0
+@466 := @363 @0
+@471 := (n : @63) -> @466 @153 @147 @17 @139
+@472 := @381 @85
+@475 := @374 (@472 @139) @388
+@479 := @119 @364 @153 @141 @396
+@480 := @420 @0
+@483 := @480 @390 @153 @141
+@497 := {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @471) ->
+  (hfn : @475) -> (hwt : @479) -> (hbind : @409) -> (hF : @419) -> (hA : @483) -> @448
+@498 := @465 @1
+@499 := @466 @1
+@503 := (n : @63) -> @499 @147 @17 @139
+@506 := @127 @153 @141 @396
+@507 := @412 @1
+@510 := @411 (@507 @364) @418
+@511 := @437 @1
+@521 := (hbind : @409) ->
+  (hF : @510) -> (hA : @483) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@511 @441 @413 @17))
+@531 := {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @503) -> (hfn : @475) -> (hwt : @506) -> @521
+@532 := @498 @2
+@534 := @499 @2 @17
+@536 := (n : @63) -> @534 @139
+@537 := @133 @141
+@538 := @537 @396
+@547 := {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @536) -> (hfn : @475) -> (hwt : @538) -> @521
+@548 := @532 @73
+@550 := (n : @63) -> @534 @73
+@551 := @472 @73
+@552 := @374 @551
+@553 := @552 @388
+@554 := @507 @73
+@555 := @411 @554
+@556 := @555 @418
+@557 := @480 @73
+@559 := @557 @153 @141
+@561 := @511 (@440 @73)
+@569 := (hF : @556) -> (hA : @559) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 @413 @17))
+@578 := {fn : @83} ->
+  {args : @137} ->
+  {env : @362} ->
+  {F : @336} -> {o : @338} -> (hB : @550) -> (hfn : @553) -> (hwt : @538) -> (hbind : @409) -> @569
+@579 := @548 @103
+@581 := @552 (@387 @103)
+@582 := @395 @103
+@583 := @537 @582
+@585 := @400 (@401 @103)
+@597 := {args : @137} ->
+  {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @550) -> (hfn : @581) -> (hwt : @583) -> (hbind : @399 (@585 @139 @76) @408) -> @569
+@598 := @579 @62
+@600 := @283 (@230 @57)
+@602 := @133 @600 @582
+@604 := @58 (@5 @153)
+@606 := @604 (@283 @57)
+@610 := @399 (@585 @606 @76) @408
+@612 := @58 (@5 @390)
+@614 := @58 (@5 @364)
+@616 := @612 (@614 @57)
+@618 := @557 @616 @141
+@620 := @58 (@5 @421)
+@623 := @58 (@5 #12)
+@640 := {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @602) ->
+  (hbind : @610) ->
+  (hF : @556) ->
+  (hA : @618) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@620 (@623 @57)) @17))
+@641 := @598 @81
+@643 := @230 (@244 @57)
+@645 := @133 @643 @582
+@656 := @399 (@585 @600 @76) (@407 (@77 (@71 @229) (@77 (@74 @282) @76)))
+@658 := @614 (@604 @57)
+@660 := @557 @658 @141
+@662 := @58 (@5 @413)
+@678 := {F : @336} ->
+  {o : @338} ->
+  (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @645) ->
+  (hbind : @656) ->
+  (hF : @556) ->
+  (hA : @660) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@623 (@662 @57)) @17))
+@679 := @641 @82
+@680 := @302 @582
+@691 := @399 (@585 @643 @76) (@407 (@77 (@71 @243) (@77 (@74 @229) @76)))
+@693 := @555 (@417 @82)
+@695 := @557 @606 @141
+@696 := @432 @82
+@714 := {o : @338} ->
+  (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @680) ->
+  (hbind : @691) ->
+  (hF : @693) ->
+  (hA : @695) ->
+  (hne : @427) -> @430 (fun (ro : @429) => @431 (@696 @153 @17) (@561 (@662 (@612 @57)) @17))
+@715 := @679 @324
+@716 := @309 @582
+@727 := @399 (@585 @301 @76) (@407 (@77 (@71 @226) (@77 (@74 @243) @76)))
+@728 := @557 @600
+@730 := @322 @147 @139
+@731 := @728 @730
+@733 := @322 @153 @147
+@752 := (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @716) ->
+  (hbind : @727) ->
+  (hF : @693) ->
+  (hA : @731) ->
+  (hne : @339 @733 @344) ->
+  @430 (fun (ro : @429) => @431 (@696 (@322 @390 @364) @17) (@561 @616 @17))
+@753 := @715 @107
+@754 := @316 @582
+@765 := @399 (@585 @308 @76) (@407 (@77 (@71 @240) (@77 (@74 @226) @76)))
+@766 := @557 @643
+@768 := @322 @139 @141
+@787 := (hfn : @581) ->
+  (hwt : @754) ->
+  (hbind : @765) ->
+  (hF : @693) ->
+  (hA : @766 @768) ->
+  (hne : @339 @730 @344) ->
+  @430 (fun (ro : @429) => @431 (@696 (@322 @364 @153) @17) (@561 @658 @17))
+@788 := Eq.refl.{1}
+@791 := @753 (@788 @373 @551)
+@792 := @320 @582
+@803 := @399 (@585 @315 @76) (@407 (@77 (@71 @6) (@77 (@74 @240) @76)))
+@804 := @557 @301
+@806 := @322 @141 @143
+@822 := (hwt : @792) ->
+  (hbind : @803) ->
+  (hF : @693) ->
+  (hA : @804 @806) ->
+  (hne : @339 @768 @344) -> @430 (fun (ro : @429) => @431 (@696 @733 @17) (@561 @606 @17))
+@823 := @791 @319
+@825 := @585 @62 @76
+@828 := @399 @825 (@407 @81)
+@829 := @557 @308
+@831 := @322 @143 @12
+@846 := (hbind : @828) ->
+  (hF : @693) ->
+  (hA : @829 @831) ->
+  (hne : @339 @806 @344) -> @430 (fun (ro : @429) => @431 (@696 @730 @17) (@561 @600 @17))
+@849 := @823 (@788 @398 @825)
+@850 := @557 @315
+@852 := @322 @12 @4
+@866 := (hF : @693) ->
+  (hA : @850 @852) ->
+  (hne : @339 @831 @344) -> @430 (fun (ro : @429) => @431 (@696 @768 @17) (@561 @643 @17))
+@869 := @849 (@788 @410 @554)
+@883 := (hA : @557 @62 @324) ->
+  (hne : @339 @852 @344) -> @430 (fun (ro : @429) => @431 (@696 @806 @17) (@561 @301 @17))
+@884 := @869 @335
+@895 := (hne : @339 @324 @344) -> @430 (fun (ro : @429) => @431 (@696 @831 @17) (@561 @308 @17))
+@896 := @884 @357
+@902 := @431 (@696 @852 @17) (@561 @315 @17)
+@904 := @430 (fun (ro : @429) => @902)
+@906 := @430 (fun (__e_ro : @429) => @902)
+@911 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@912 := (__e_hrep : @911) -> @906
+@913 := fun (__e_hrep : @911) => @896
+@914 := (prefix : @3) -> @912
+@915 := fun (prefix : @3) => @913
+@916 := (subject : @3) -> @914
+@917 := fun (subject : @3) => @915
+\end{coremodule}
+\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/RustStd.lean
new file mode 100644
index 000000000..fccf1852a
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.value .nat (.nat 0)), (.prim .length [(.var 1)])]) [(.arm .some [2] (.prim .equal [(.var 2), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 2)), (.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))] (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 5)) none (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 2)), (.move (.generated .operand 3)), (.move (.generated .operand 4))] false))))], (.matchOn (.move (.generated .holder 5)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [(.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)))]), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 3)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 4)) none (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 2)), (.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 2))), (.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 6)), (.move (.generated .operand 7))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1.lean
new file mode 100644
index 000000000..f2ad32497
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanStd.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
+
+def __fits_0 (subject : ByteArray) (suffix : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble size total) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
+
+theorem __rel_0 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_0 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false) else Bool.false)) (Nat.ble size total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe size total)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (_root_.LexLeanRuntime.subtract (total) (size) : Nat) size)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes tail suffix))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def denote (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 subject suffix) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_0 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject suffix)
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..781f2e253
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/Compose/RustStd.lex.tex
@@ -0,0 +1,464 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1,
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.root : @916 := @917 {
+  all: [LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.program
+@1 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.krate
+@2 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.flags
+@3 := ByteArray
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.bytes
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.bytes
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_bytes @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (b : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (b : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Nat
+@66 := Prod.{0, 0} @63 @54
+@67 := 1
+@70 := Prod.mk.{0, 0} @63 @54
+@71 := @70 @67
+@72 := @71 @50
+@73 := 0
+@74 := @70 @73
+@75 := @74 @6
+@76 := @55 @66
+@77 := @56 @66
+@79 := @77 @75 @76
+@81 := @77 @72 @79
+@82 := Bool.false
+@83 := LexLeanTarget.TargetSyntax.Function
+@84 := LexLeanTarget.TargetSyntax.Program.functions
+@85 := @84 @0
+@86 := LexLeanTarget.TargetSyntax.Ty
+@87 := @55 @63
+@88 := @55 @86
+@89 := LexLeanTarget.TargetSyntax.Ty.unit
+@90 := LexLeanTarget.TargetSyntax.Value.unit
+@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
+@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
+@103 := List.getD.{0} @83 @85 @73 @98
+@107 := fun (__e_n : @63) =>
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.root @17 @73
+@108 := LexLeanPreservation.Rust.WTL
+@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
+@118 := LexLeanPreservation.Rust.wtl_nil @0
+@119 := @108 @0
+@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
+@126 := @118 @1
+@127 := @119 @1
+@131 := {A : @10} -> @127 @17 @57 @88
+@132 := @126 @2
+@133 := @127 @2
+@134 := @133 @57
+@135 := @134 @88
+@136 := List.{0}
+@137 := @136 @54
+@138 := @136 @86
+@139 := #6
+@140 := @11 @139
+@141 := #5
+@142 := @140 @141
+@143 := #4
+@146 := @142 @143 @12 @4
+@147 := #7
+@152 := @108 @147 @139 @141 @4 @15
+@153 := #8
+@156 := @108 @153 @147 @139
+@158 := @58 @141 @12
+@159 := @156 @158
+@160 := @56 @86
+@162 := @160 @143 @4
+@172 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
+@174 := LexLeanPreservation.Rust.wtl_cons @0
+@194 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} ->
+  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
+@195 := @174 @1
+@211 := {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
+@212 := @195 @2
+@214 := @43 @12 @4
+@216 := @133 @4 @15
+@224 := {v : @54} ->
+  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
+@225 := @212 @50
+@226 := @5 @143
+@227 := @43 @226
+@228 := @227 @4
+@229 := @5 @139
+@230 := @58 @229
+@232 := @133 (@230 @12)
+@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
+@239 := @225 @7
+@240 := @5 @12
+@242 := @43 @240 @7
+@243 := @5 @141
+@244 := @58 @243
+@246 := @133 (@244 @12)
+@247 := @160 @7
+@248 := @247 @4
+@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
+@254 := @239 @57
+@255 := @134 @15
+@256 := @58 @226
+@257 := @256 @57
+@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
+@263 := @254 @88
+@264 := @58 @240
+@265 := @264 @57
+@266 := @133 @265
+@267 := @247 @88
+@270 := (h : @53) -> (hs : @135) -> @266 @267
+@271 := @263 @51
+@272 := @61 @57
+@274 := @133 @272 @267
+@275 := (hs : @135) -> @274
+@276 := @271 @132
+@278 := @133 @60 @267
+@279 := @212 @6
+@281 := @43 @243 @4
+@282 := @5 @147
+@283 := @58 @282
+@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
+@292 := @279 @7
+@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
+@299 := @292 @60
+@300 := @266 @15
+@301 := @244 @257
+@302 := @133 @301
+@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
+@307 := @299 @267
+@308 := @256 @265
+@309 := @133 @308
+@310 := @247 @267
+@313 := (h : @49) -> (hs : @274) -> @309 @310
+@314 := @307 @47
+@315 := @264 @272
+@316 := @133 @315
+@318 := (hs : @278) -> @316 @310
+@319 := @314 @276
+@320 := @133 @62
+@321 := @320 @310
+@322 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.denote
+@324 := @322 @4 @15
+@325 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.__fits_0
+@327 := @325 @4 @15
+@330 := LexLeanStd.Text.endsWith @4 @15
+@332 := LexLeanTarget.TargetSyntax.Value.bool @330
+@335 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.root @4 @15
+@336 := Bool
+@337 := Ne.{1}
+@338 := LexLeanPreservation.Obs
+@339 := @337 @338
+@340 := LexLeanPreservation.Rel
+@343 := @339 (@340 @15 @17)
+@344 := LexLeanPreservation.Obs.stuck
+@347 := (f : @336) -> (v : @54) -> @343 @344
+@349 := LexLeanPreservation.Rust.rel_ne_stuck @327
+@356 := (v : @54) -> @339 (@340 (@325 @12 @4) @17) @344
+@357 := @349 @332
+@361 := @339 (@340 @327 @332) @344
+@362 := @136 @66
+@363 := LexLeanPreservation.Rust.FunSem
+@364 := #9
+@370 := (n : @63) -> @363 @364 @153 @147 @17 @139
+@371 := Eq.{1}
+@372 := Option.{0}
+@373 := @372 @83
+@374 := @371 @373
+@381 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
+@385 := @374 (@381 (@84 @364) @139)
+@386 := Option.some.{0}
+@387 := @386 @83
+@388 := @387 @141
+@389 := @385 @388
+@390 := #10
+@394 := @108 @390 @364 @153 @141
+@395 := LexLeanTarget.TargetSyntax.Function.types
+@396 := @395 @139
+@397 := @394 @396
+@398 := @372 @362
+@399 := @371 @398
+@400 := LexLeanTarget.TargetSemantics.bindAll
+@401 := LexLeanTarget.TargetSyntax.Function.parameters
+@406 := @399 (@400 (@401 @147) @139 @76)
+@407 := @386 @362
+@408 := @407 @141
+@409 := @406 @408
+@410 := @372 @336
+@411 := @371 @410
+@412 := LexLeanPreservation.Rust.fnFallible
+@413 := #11
+@416 := @411 (@412 @413 @364)
+@417 := @386 @336
+@418 := @417 @141
+@419 := @416 @418
+@420 := LexLeanPreservation.RunConv
+@421 := #13
+@425 := @420 @421 @390 @153 @141
+@427 := @339 @139 @344
+@428 := Exists.{1}
+@429 := LexLeanPreservation.Rust.ROut
+@430 := @428 @429
+@431 := And
+@432 := LexLeanPreservation.Rust.RealizesFn
+@436 := @431 (@432 @364 @153 @17)
+@437 := LexLeanPreservation.Rust.RCI
+@439 := @437 #15
+@440 := LexLeanPreservation.Rust.fnIdent
+@441 := @440 @421
+@448 := (hne : @427) -> @430 (fun (ro : @429) => @436 (@439 @441 @413 @17))
+@463 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @370) ->
+  (hfn : @389) -> (hwt : @397) -> (hbind : @409) -> (hF : @419) -> (hA : @425) -> @448
+@465 := LexLeanPreservation.Rust.compose @0
+@466 := @363 @0
+@471 := (n : @63) -> @466 @153 @147 @17 @139
+@472 := @381 @85
+@475 := @374 (@472 @139) @388
+@479 := @119 @364 @153 @141 @396
+@480 := @420 @0
+@483 := @480 @390 @153 @141
+@497 := {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @471) ->
+  (hfn : @475) -> (hwt : @479) -> (hbind : @409) -> (hF : @419) -> (hA : @483) -> @448
+@498 := @465 @1
+@499 := @466 @1
+@503 := (n : @63) -> @499 @147 @17 @139
+@506 := @127 @153 @141 @396
+@507 := @412 @1
+@510 := @411 (@507 @364) @418
+@511 := @437 @1
+@521 := (hbind : @409) ->
+  (hF : @510) -> (hA : @483) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@511 @441 @413 @17))
+@531 := {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @503) -> (hfn : @475) -> (hwt : @506) -> @521
+@532 := @498 @2
+@534 := @499 @2 @17
+@536 := (n : @63) -> @534 @139
+@537 := @133 @141
+@538 := @537 @396
+@547 := {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @362} -> {F : @336} -> {o : @338} -> (hB : @536) -> (hfn : @475) -> (hwt : @538) -> @521
+@548 := @532 @73
+@550 := (n : @63) -> @534 @73
+@551 := @472 @73
+@552 := @374 @551
+@553 := @552 @388
+@554 := @507 @73
+@555 := @411 @554
+@556 := @555 @418
+@557 := @480 @73
+@559 := @557 @153 @141
+@561 := @511 (@440 @73)
+@569 := (hF : @556) -> (hA : @559) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 @413 @17))
+@578 := {fn : @83} ->
+  {args : @137} ->
+  {env : @362} ->
+  {F : @336} -> {o : @338} -> (hB : @550) -> (hfn : @553) -> (hwt : @538) -> (hbind : @409) -> @569
+@579 := @548 @103
+@581 := @552 (@387 @103)
+@582 := @395 @103
+@583 := @537 @582
+@585 := @400 (@401 @103)
+@597 := {args : @137} ->
+  {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @550) -> (hfn : @581) -> (hwt : @583) -> (hbind : @399 (@585 @139 @76) @408) -> @569
+@598 := @579 @62
+@600 := @283 (@230 @57)
+@602 := @133 @600 @582
+@604 := @58 (@5 @153)
+@606 := @604 (@283 @57)
+@610 := @399 (@585 @606 @76) @408
+@612 := @58 (@5 @390)
+@614 := @58 (@5 @364)
+@616 := @612 (@614 @57)
+@618 := @557 @616 @141
+@620 := @58 (@5 @421)
+@623 := @58 (@5 #12)
+@640 := {env : @362} ->
+  {F : @336} ->
+  {o : @338} ->
+  (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @602) ->
+  (hbind : @610) ->
+  (hF : @556) ->
+  (hA : @618) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@620 (@623 @57)) @17))
+@641 := @598 @81
+@643 := @230 (@244 @57)
+@645 := @133 @643 @582
+@656 := @399 (@585 @600 @76) (@407 (@77 (@71 @229) (@77 (@74 @282) @76)))
+@658 := @614 (@604 @57)
+@660 := @557 @658 @141
+@662 := @58 (@5 @413)
+@678 := {F : @336} ->
+  {o : @338} ->
+  (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @645) ->
+  (hbind : @656) ->
+  (hF : @556) ->
+  (hA : @660) -> (hne : @427) -> @430 (fun (ro : @429) => @436 (@561 (@623 (@662 @57)) @17))
+@679 := @641 @82
+@680 := @302 @582
+@691 := @399 (@585 @643 @76) (@407 (@77 (@71 @243) (@77 (@74 @229) @76)))
+@693 := @555 (@417 @82)
+@695 := @557 @606 @141
+@696 := @432 @82
+@714 := {o : @338} ->
+  (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @680) ->
+  (hbind : @691) ->
+  (hF : @693) ->
+  (hA : @695) ->
+  (hne : @427) -> @430 (fun (ro : @429) => @431 (@696 @153 @17) (@561 (@662 (@612 @57)) @17))
+@715 := @679 @324
+@716 := @309 @582
+@727 := @399 (@585 @301 @76) (@407 (@77 (@71 @226) (@77 (@74 @243) @76)))
+@728 := @557 @600
+@730 := @322 @147 @139
+@731 := @728 @730
+@733 := @322 @153 @147
+@752 := (hB : @550) ->
+  (hfn : @581) ->
+  (hwt : @716) ->
+  (hbind : @727) ->
+  (hF : @693) ->
+  (hA : @731) ->
+  (hne : @339 @733 @344) ->
+  @430 (fun (ro : @429) => @431 (@696 (@322 @390 @364) @17) (@561 @616 @17))
+@753 := @715 @107
+@754 := @316 @582
+@765 := @399 (@585 @308 @76) (@407 (@77 (@71 @240) (@77 (@74 @226) @76)))
+@766 := @557 @643
+@768 := @322 @139 @141
+@787 := (hfn : @581) ->
+  (hwt : @754) ->
+  (hbind : @765) ->
+  (hF : @693) ->
+  (hA : @766 @768) ->
+  (hne : @339 @730 @344) ->
+  @430 (fun (ro : @429) => @431 (@696 (@322 @364 @153) @17) (@561 @658 @17))
+@788 := Eq.refl.{1}
+@791 := @753 (@788 @373 @551)
+@792 := @320 @582
+@803 := @399 (@585 @315 @76) (@407 (@77 (@71 @6) (@77 (@74 @240) @76)))
+@804 := @557 @301
+@806 := @322 @141 @143
+@822 := (hwt : @792) ->
+  (hbind : @803) ->
+  (hF : @693) ->
+  (hA : @804 @806) ->
+  (hne : @339 @768 @344) -> @430 (fun (ro : @429) => @431 (@696 @733 @17) (@561 @606 @17))
+@823 := @791 @319
+@825 := @585 @62 @76
+@828 := @399 @825 (@407 @81)
+@829 := @557 @308
+@831 := @322 @143 @12
+@846 := (hbind : @828) ->
+  (hF : @693) ->
+  (hA : @829 @831) ->
+  (hne : @339 @806 @344) -> @430 (fun (ro : @429) => @431 (@696 @730 @17) (@561 @600 @17))
+@849 := @823 (@788 @398 @825)
+@850 := @557 @315
+@852 := @322 @12 @4
+@866 := (hF : @693) ->
+  (hA : @850 @852) ->
+  (hne : @339 @831 @344) -> @430 (fun (ro : @429) => @431 (@696 @768 @17) (@561 @643 @17))
+@869 := @849 (@788 @410 @554)
+@883 := (hA : @557 @62 @324) ->
+  (hne : @339 @852 @344) -> @430 (fun (ro : @429) => @431 (@696 @806 @17) (@561 @301 @17))
+@884 := @869 @335
+@895 := (hne : @339 @324 @344) -> @430 (fun (ro : @429) => @431 (@696 @831 @17) (@561 @308 @17))
+@896 := @884 @357
+@902 := @431 (@696 @852 @17) (@561 @315 @17)
+@904 := @430 (fun (ro : @429) => @902)
+@906 := @430 (fun (__e_ro : @429) => @902)
+@911 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@912 := (__e_hrep : @911) -> @906
+@913 := fun (__e_hrep : @911) => @896
+@914 := (suffix : @3) -> @912
+@915 := fun (suffix : @3) => @913
+@916 := (subject : @3) -> @914
+@917 := fun (subject : @3) => @915
+\end{coremodule}
+\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/RustStd.lean
new file mode 100644
index 000000000..3def2d16d
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/RustStd.lean
@@ -0,0 +1,33 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false) (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)))])) (.mk [] (.lit (.bool false))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := []
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false) (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)))])) (.mk [] (.lit (.bool false)))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 3)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 3)), (.move (.generated .operand 4))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))]) (ta := (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 11)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | _ + 1 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2.lean
new file mode 100644
index 000000000..e62f457c1
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2.lean
@@ -0,0 +1,105 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanStd.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.«let» 1 .nat (.call 1 [(.var 0)]) (.«let» 2 .nat (.call 2 [(.var 0), (.var 1)]) (.call 3 [(.var 0), (.var 2), (.prim .natSub [(.var 1), (.var 2)])]))) },
+    { parameters := [0], types := [.bytes], result := .nat,
+      body := (.first (.call 4 [(.closure 5 [(.var 0)]), (.prim .length [(.var 0)]), (.prim .length [(.var 0)])])) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.first (.call 4 [(.closure 6 [(.var 1), (.var 0)]), (.var 1), (.value .nat (.nat 0))])) },
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.cond (.call 7 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .some (.option .nat) [(.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
+    { parameters := [0, 1, 2], types := [.nat, .bytes, .nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.var 2), (.var 0)]) (.cond (.call 7 [(.var 1), (.var 2)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := .bool,
+      body := (.«match» .bool (.call 8 [(.var 0), (.var 1)]) [(.arm .some [2] (.call 9 [(.var 2)])), (.arm .none [] (.build .false .bool []))]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.cond (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 32))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 9))])) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 10))])) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 12))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 13))]))) }] }
+
+def __fits_8 (subject : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_8 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_8 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanStd.Text.byteAt subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
+
+def __fits_9 (byte : UInt8) : Bool :=
+  (((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) && (if ((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true))) && (if (((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) || (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool)) then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))))
+
+theorem __rel_9 (byte : UInt8) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 byte)] (_root_.LexLeanPreservation.Rel (__fits_9 byte) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.isSpace byte))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || ((_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((13 : UInt8)) : Bool)))) (((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) || (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool))) ((_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (_root_.LexLeanRuntime.equal (byte) ((9 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((32 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (32 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (9 : UInt8))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (10 : UInt8))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => if __b then (Bool.true && Bool.true) else ((Bool.true && (Bool.true && Bool.true)) && Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (__b || (_root_.LexLeanRuntime.equal (byte) ((13 : UInt8)) : Bool))) (_root_.LexLeanRuntime.equal (byte) ((12 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (12 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_true)) (fun _ => (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (13 : UInt8)))))))
+
+def __fits_7 (subject : ByteArray) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (subject) (position))) && (match (LexLeanStd.Text.byteAt (subject) (position)) with | Option.some byte => ((Bool.true && Bool.true) && (__fits_9 (byte))) | Option.none => (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanStd.Text.byteAt LexLeanStd.Text.isSpace in
+theorem __rel_7 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 7 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_7 subject position) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.spaceAt subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => ((Bool.true && Bool.true) && (__fits_9 (byte))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some byte => (LexLeanStd.Text.isSpace (byte)) | Option.none => Bool.false)) (LexLeanStd.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_9 (byte)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_5 (subject : ByteArray) («end» : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (0 : Nat) «end») then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_7 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanStd.Text.spaceAt in
+theorem __rel_5 (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_5 subject «end») ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && (__fits_7 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) && (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))) (Nat.blt (0 : Nat) «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (0 : Nat) «end»)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (1 : Nat))) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_1 (subject : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_5 (subject) __p0) ((fun («end» : Nat) => (if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat))))
+
+attribute [local irreducible] LexLeanStd.Text.spaceAt in
+theorem __rel_1 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 1 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_1 subject) (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanStd.Text.trimEnd subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun («end» : Nat) => (if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_5 (subject) __p0) 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_5 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun («end» : Nat) => (if (Nat.blt (0 : Nat) «end») then (if (LexLeanStd.Text.spaceAt (subject) ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat))) then (Option.some ((_root_.LexLeanRuntime.subtract («end») ((1 : Nat)) : Nat)) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := .nat) rfl ((_root_.LexLeanRuntime.length (subject) : Nat)) ((_root_.LexLeanRuntime.length (subject) : Nat)))))
+
+def __fits_6 («end» : Nat) (subject : ByteArray) (start : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt start «end») then (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (subject) (start))) && (if (LexLeanStd.Text.spaceAt (subject) (start)) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (start + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true)))
+
+attribute [local irreducible] LexLeanStd.Text.spaceAt in
+theorem __rel_6 («end» : Nat) (subject : ByteArray) (start : Nat) : _root_.LexLeanPreservation.FunRel __prog 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat «end»), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start)] (_root_.LexLeanPreservation.Rel (__fits_6 «end» subject start) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (Bool.true && Bool.true)) && (__fits_7 (subject) (start))) && (if (LexLeanStd.Text.spaceAt (subject) (start)) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (start + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))) (Nat.blt start «end») (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt start «end»)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (start + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanStd.Text.spaceAt (subject) (start)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_7 (subject) (start))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd start (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))
+
+def __fits_2 (subject : ByteArray) («end» : Nat) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (Bool.true && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_6 («end») (subject) __p0) ((fun (start : Nat) => (if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) («end») ((0 : Nat))))
+
+attribute [local irreducible] LexLeanStd.Text.spaceAt in
+theorem __rel_2 (subject : ByteArray) («end» : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat «end»)] (_root_.LexLeanPreservation.Rel (__fits_2 subject «end») (_root_.LexLeanTarget.TargetSyntax.Value.nat (LexLeanStd.Text.trimStart subject «end»))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (start : Nat) => (if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat))))) (fun (__p0 : Nat) => __fits_6 («end») (subject) __p0) 6 [(_root_.LexLeanTarget.TargetSyntax.Value.nat «end»), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : Nat) => __rel_6 («end») (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (start : Nat) => (if (Nat.blt start «end») then (if (LexLeanStd.Text.spaceAt (subject) (start)) then (Option.some ((start + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))) else (Option.none : (Option Nat)))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 4) (ts := .nat) rfl («end») ((0 : Nat)))))
+
+def __fits_3 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
+
+theorem __rel_3 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_3 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.sliceOr subject start count))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def __fits_0 (subject : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (__fits_1 (subject))) && (let «end» : Nat := (LexLeanStd.Text.trimEnd (subject)); (((Bool.true && (Bool.true && Bool.true)) && (__fits_2 (subject) («end»))) && (let start : Nat := (LexLeanStd.Text.trimStart (subject) («end»)); ((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_3 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))))
+
+attribute [local irreducible] LexLeanStd.Text.sliceOr LexLeanStd.Text.trimEnd LexLeanStd.Text.trimStart in
+theorem __rel_0 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.trim subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let «end» : Nat := (LexLeanStd.Text.trimEnd (subject)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_1 (subject))) (let start : Nat := (LexLeanStd.Text.trimStart (subject) («end»)); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_2 (subject) («end»))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub «end» start)) _root_.LexLeanPreservation.convL_nil))) (__rel_3 (subject) (start) ((_root_.LexLeanRuntime.subtract («end») (start) : Nat))))))
+
+def denote (subject : ByteArray) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 subject) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.trim subject)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (subject : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.trim subject))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject)
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..65d0129e0
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/Compose/RustStd.lex.tex
@@ -0,0 +1,418 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2,
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.root : @826 := @827 {
+  all: [LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.program
+@1 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.krate
+@2 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.flags
+@3 := ByteArray
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.bytes
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.bytes
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_bytes @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (b : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (b : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@57 := Nat
+@60 := Prod.{0, 0} @57 @50
+@61 := 0
+@65 := Prod.mk.{0, 0} @57 @50 @61
+@66 := @65 @6
+@67 := @51 @60
+@68 := @52 @60
+@70 := @68 @66 @67
+@71 := Bool.true
+@72 := LexLeanTarget.TargetSyntax.Function
+@73 := LexLeanTarget.TargetSyntax.Program.functions
+@74 := @73 @0
+@75 := LexLeanTarget.TargetSyntax.Ty
+@76 := @51 @57
+@77 := @51 @75
+@78 := LexLeanTarget.TargetSyntax.Ty.unit
+@79 := LexLeanTarget.TargetSyntax.Value.unit
+@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
+@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
+@92 := List.getD.{0} @72 @74 @61 @87
+@96 := fun (__e_n : @57) =>
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.root @17 @61
+@97 := LexLeanPreservation.Rust.WTL
+@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
+@107 := LexLeanPreservation.Rust.wtl_nil @0
+@108 := @97 @0
+@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
+@115 := @107 @1
+@116 := @108 @1
+@120 := {A : @10} -> @116 @17 @53 @77
+@121 := @115 @2
+@122 := @116 @2
+@123 := @122 @53
+@124 := @123 @77
+@125 := List.{0}
+@126 := @125 @50
+@127 := @125 @75
+@128 := #6
+@129 := @11 @128
+@130 := #5
+@131 := @129 @130
+@132 := #4
+@135 := @131 @132 @12 @14
+@136 := #7
+@141 := @97 @136 @128 @130 @14 @4
+@142 := #8
+@145 := @97 @142 @136 @128
+@147 := @54 @130 @12
+@148 := @145 @147
+@149 := @52 @75
+@151 := @149 @132 @14
+@161 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
+@163 := LexLeanPreservation.Rust.wtl_cons @0
+@183 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} ->
+  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
+@184 := @163 @1
+@200 := {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
+@201 := @184 @2
+@203 := @43 @12 @14
+@205 := @122 @14 @4
+@213 := {v : @50} ->
+  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
+@214 := @201 @6
+@215 := @5 @132
+@217 := @43 @215 @14
+@218 := @5 @128
+@219 := @54 @218
+@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
+@228 := @214 @7
+@229 := @5 @12
+@231 := @43 @229 @7
+@232 := @5 @130
+@233 := @54 @232
+@235 := @122 (@233 @12)
+@236 := @149 @7
+@237 := @236 @14
+@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
+@243 := @228 @53
+@244 := @5 @14
+@246 := @43 @244 @7
+@247 := @123 @4
+@249 := @54 @215 @53
+@250 := @122 @249
+@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
+@255 := @243 @77
+@257 := @54 @229 @53
+@258 := @122 @257
+@259 := @236 @77
+@262 := (h : @49) -> (hs : @124) -> @258 @259
+@263 := @255 @47
+@265 := @54 @244 @53
+@266 := @122 @265
+@268 := (hs : @124) -> @266 @259
+@269 := @263 @121
+@270 := @122 @56
+@271 := @270 @259
+@272 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.denote
+@273 := @272 @4
+@274 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.__fits_0
+@275 := @274 @4
+@278 := @5 (LexLeanStd.Text.trim @4)
+@280 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.root @4
+@281 := Bool
+@282 := Ne.{1}
+@283 := LexLeanPreservation.Obs
+@284 := @282 @283
+@285 := LexLeanPreservation.Rel
+@288 := @284 (@285 @4 @17)
+@289 := LexLeanPreservation.Obs.stuck
+@292 := (f : @281) -> (v : @50) -> @288 @289
+@294 := LexLeanPreservation.Rust.rel_ne_stuck @275
+@300 := (v : @50) -> @284 (@285 (@274 @14) @17) @289
+@301 := @294 @278
+@305 := @284 (@285 @275 @278) @289
+@306 := @125 @60
+@307 := LexLeanPreservation.Rust.FunSem
+@308 := #9
+@314 := (n : @57) -> @307 @308 @142 @136 @17 @128
+@315 := Eq.{1}
+@316 := Option.{0}
+@317 := @316 @72
+@318 := @315 @317
+@325 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
+@329 := @318 (@325 (@73 @308) @128)
+@330 := Option.some.{0}
+@331 := @330 @72
+@332 := @331 @130
+@333 := @329 @332
+@334 := #10
+@338 := @97 @334 @308 @142 @130
+@339 := LexLeanTarget.TargetSyntax.Function.types
+@340 := @339 @128
+@341 := @338 @340
+@342 := @316 @306
+@343 := @315 @342
+@344 := LexLeanTarget.TargetSemantics.bindAll
+@345 := LexLeanTarget.TargetSyntax.Function.parameters
+@350 := @343 (@344 (@345 @136) @128 @67)
+@351 := @330 @306
+@352 := @351 @130
+@353 := @350 @352
+@354 := @316 @281
+@355 := @315 @354
+@356 := LexLeanPreservation.Rust.fnFallible
+@357 := #11
+@360 := @355 (@356 @357 @308)
+@361 := @330 @281
+@362 := @361 @130
+@363 := @360 @362
+@364 := LexLeanPreservation.RunConv
+@365 := #13
+@369 := @364 @365 @334 @142 @130
+@371 := @284 @128 @289
+@372 := Exists.{1}
+@373 := LexLeanPreservation.Rust.ROut
+@374 := @372 @373
+@375 := And
+@376 := LexLeanPreservation.Rust.RealizesFn
+@380 := @375 (@376 @308 @142 @17)
+@381 := LexLeanPreservation.Rust.RCI
+@383 := @381 #15
+@384 := LexLeanPreservation.Rust.fnIdent
+@385 := @384 @365
+@392 := (hne : @371) -> @374 (fun (ro : @373) => @380 (@383 @385 @357 @17))
+@407 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @314) ->
+  (hfn : @333) -> (hwt : @341) -> (hbind : @353) -> (hF : @363) -> (hA : @369) -> @392
+@409 := LexLeanPreservation.Rust.compose @0
+@410 := @307 @0
+@415 := (n : @57) -> @410 @142 @136 @17 @128
+@416 := @325 @74
+@419 := @318 (@416 @128) @332
+@423 := @108 @308 @142 @130 @340
+@424 := @364 @0
+@427 := @424 @334 @142 @130
+@441 := {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @415) ->
+  (hfn : @419) -> (hwt : @423) -> (hbind : @353) -> (hF : @363) -> (hA : @427) -> @392
+@442 := @409 @1
+@443 := @410 @1
+@447 := (n : @57) -> @443 @136 @17 @128
+@450 := @116 @142 @130 @340
+@451 := @356 @1
+@454 := @355 (@451 @308) @362
+@455 := @381 @1
+@465 := (hbind : @353) ->
+  (hF : @454) -> (hA : @427) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@455 @385 @357 @17))
+@475 := {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @447) -> (hfn : @419) -> (hwt : @450) -> @465
+@476 := @442 @2
+@478 := @443 @2 @17
+@480 := (n : @57) -> @478 @128
+@481 := @122 @130
+@482 := @481 @340
+@491 := {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @306} -> {F : @281} -> {o : @283} -> (hB : @480) -> (hfn : @419) -> (hwt : @482) -> @465
+@492 := @476 @61
+@494 := (n : @57) -> @478 @61
+@495 := @416 @61
+@496 := @318 @495
+@497 := @496 @332
+@498 := @451 @61
+@499 := @355 @498
+@500 := @499 @362
+@501 := @424 @61
+@503 := @501 @142 @130
+@505 := @455 (@384 @61)
+@513 := (hF : @500) -> (hA : @503) -> (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 @357 @17))
+@522 := {fn : @72} ->
+  {args : @126} ->
+  {env : @306} ->
+  {F : @281} -> {o : @283} -> (hB : @494) -> (hfn : @497) -> (hwt : @482) -> (hbind : @353) -> @513
+@523 := @492 @92
+@525 := @496 (@331 @92)
+@526 := @339 @92
+@527 := @481 @526
+@529 := @344 (@345 @92)
+@541 := {args : @126} ->
+  {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @494) -> (hfn : @525) -> (hwt : @527) -> (hbind : @343 (@529 @128 @67) @352) -> @513
+@542 := @523 @56
+@543 := @219 @53
+@545 := @122 @543 @526
+@548 := @54 (@5 @136) @53
+@552 := @343 (@529 @548 @67) @352
+@555 := @54 (@5 @308) @53
+@576 := {env : @306} ->
+  {F : @281} ->
+  {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @545) ->
+  (hbind : @552) ->
+  (hF : @500) ->
+  (hA : @501 @555 @130) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 #12) @53) @17))
+@577 := @542 @70
+@578 := @233 @53
+@580 := @122 @578 @526
+@588 := @343 (@529 @543 @67) (@351 (@68 (@65 @218) @67))
+@591 := @54 (@5 @142) @53
+@610 := {F : @281} ->
+  {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @580) ->
+  (hbind : @588) ->
+  (hF : @500) ->
+  (hA : @501 @591 @130) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @380 (@505 (@54 (@5 @357) @53) @17))
+@611 := @577 @71
+@612 := @250 @526
+@620 := @343 (@529 @578 @67) (@351 (@68 (@65 @232) @67))
+@622 := @499 (@361 @71)
+@624 := @501 @548 @130
+@625 := @376 @71
+@644 := {o : @283} ->
+  (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @612) ->
+  (hbind : @620) ->
+  (hF : @622) ->
+  (hA : @624) ->
+  (hne : @371) -> @374 (fun (ro : @373) => @375 (@625 @142 @17) (@505 (@54 (@5 @334) @53) @17))
+@645 := @611 @273
+@646 := @258 @526
+@654 := @343 (@529 @249 @67) (@351 (@68 (@65 @215) @67))
+@655 := @501 @543
+@656 := @272 @128
+@657 := @655 @656
+@658 := @272 @136
+@676 := (hB : @494) ->
+  (hfn : @525) ->
+  (hwt : @646) ->
+  (hbind : @654) ->
+  (hF : @622) ->
+  (hA : @657) ->
+  (hne : @284 @658 @289) -> @374 (fun (ro : @373) => @375 (@625 (@272 @308) @17) (@505 @555 @17))
+@677 := @645 @96
+@678 := @266 @526
+@686 := @343 (@529 @257 @67) (@351 (@68 (@65 @229) @67))
+@687 := @501 @578
+@688 := @272 @130
+@706 := (hfn : @525) ->
+  (hwt : @678) ->
+  (hbind : @686) ->
+  (hF : @622) ->
+  (hA : @687 @688) ->
+  (hne : @284 @656 @289) -> @374 (fun (ro : @373) => @375 (@625 (@272 @142) @17) (@505 @591 @17))
+@707 := Eq.refl.{1}
+@710 := @677 (@707 @317 @495)
+@711 := @270 @526
+@719 := @343 (@529 @265 @67) (@351 (@68 (@65 @244) @67))
+@720 := @501 @249
+@721 := @272 @132
+@737 := (hwt : @711) ->
+  (hbind : @719) ->
+  (hF : @622) ->
+  (hA : @720 @721) ->
+  (hne : @284 @688 @289) -> @374 (fun (ro : @373) => @375 (@625 @658 @17) (@505 @548 @17))
+@738 := @710 @269
+@740 := @529 @56 @67
+@743 := @343 @740 (@351 @70)
+@744 := @501 @257
+@745 := @272 @12
+@760 := (hbind : @743) ->
+  (hF : @622) ->
+  (hA : @744 @745) ->
+  (hne : @284 @721 @289) -> @374 (fun (ro : @373) => @375 (@625 @656 @17) (@505 @543 @17))
+@763 := @738 (@707 @342 @740)
+@764 := @501 @265
+@765 := @272 @14
+@779 := (hF : @622) ->
+  (hA : @764 @765) ->
+  (hne : @284 @745 @289) -> @374 (fun (ro : @373) => @375 (@625 @688 @17) (@505 @578 @17))
+@782 := @763 (@707 @354 @498)
+@796 := (hA : @501 @56 @273) ->
+  (hne : @284 @765 @289) -> @374 (fun (ro : @373) => @375 (@625 @721 @17) (@505 @249 @17))
+@797 := @782 @280
+@808 := (hne : @284 @273 @289) -> @374 (fun (ro : @373) => @375 (@625 @745 @17) (@505 @257 @17))
+@809 := @797 @301
+@815 := @375 (@625 @765 @17) (@505 @265 @17)
+@817 := @374 (fun (ro : @373) => @815)
+@819 := @374 (fun (__e_ro : @373) => @815)
+@823 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@824 := (__e_hrep : @823) -> @819
+@825 := fun (__e_hrep : @823) => @809
+@826 := (subject : @3) -> @824
+@827 := fun (subject : @3) => @825
+\end{coremodule}
+\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/RustStd.lean
new file mode 100644
index 000000000..3ce36ff6c
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/RustStd.lean
@@ -0,0 +1,107 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.«let» 1 .nat (.call 1 [(.var 0)]) (.«let» 2 .nat (.call 2 [(.var 0), (.var 1)]) (.call 3 [(.var 0), (.var 2), (.prim .natSub [(.var 1), (.var 2)])]))) },
+    { parameters := [0], types := [.bytes], result := .nat,
+      body := (.first (.call 4 [(.closure 5 [(.var 0)]), (.prim .length [(.var 0)]), (.prim .length [(.var 0)])])) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := .nat,
+      body := (.first (.call 4 [(.closure 6 [(.var 1), (.var 0)]), (.var 1), (.value .nat (.nat 0))])) },
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 4 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.value .nat (.nat 0)), (.var 1)]) (.cond (.call 7 [(.var 0), (.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .some (.option .nat) [(.prim .natSub [(.var 1), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
+    { parameters := [0, 1, 2], types := [.nat, .bytes, .nat], result := (.option .nat),
+      body := (.cond (.prim .natLt [(.var 2), (.var 0)]) (.cond (.call 7 [(.var 1), (.var 2)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))])]) (.build .none (.option .nat) [])) (.build .none (.option .nat) [])) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := .bool,
+      body := (.«match» .bool (.call 8 [(.var 0), (.var 1)]) [(.arm .some [2] (.call 9 [(.var 2)])), (.arm .none [] (.build .false .bool []))]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [(.fixed .u8)], result := .bool,
+      body := (.cond (.cond (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 32))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 9))])) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 10))])) (.build .true .bool []) (.cond (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 12))]) (.build .true .bool []) (.prim .equal [(.var 0), (.value (.fixed .u8) (.u8 13))]))) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 5, fields := [.bytes] }, { number := 6, fields := [.nat, .bytes] }]),
+    (.apply 0 [.nat] (.option .nat) true [{ function := 5, captures := [.clone], functionFallible := false }, { function := 6, captures := [.copy, .clone], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .bytes) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.call (.function 1) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))] (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] false)))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible .nat) (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 4) [(.construct (.closure 0 5) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 5))] false)))] true))] (.succeed (.move (.generated .part 3))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.fallible .nat) (.mk [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.call (.function 4) [(.construct (.closure 0 6) [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]), (.copy (.generated .binding 1)), (.lit (.nat 0))] true))] (.succeed (.move (.generated .part 6))))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bytes (.mk [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))] (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair .nat .bool)) (.mk [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option .nat) (.mk [(.mk (.bind (.generated .operand 14)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (.mk [] (.construct (.none .nat) [])))) (.mk [] (.construct (.none .nat) []))))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := .nat }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 0)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (.mk [] (.succeed (.construct (.none .nat) [])))))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 24)) none (.call (.function 8) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))] (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.call (.function 9) [(.copy (.generated .binding 2))] false)))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 25)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }] .bool (.mk [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))] (.cond (.cond (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))] (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))] (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], (.option .nat)), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.call (.function 1) [(.clone (.generated .binding 0))] true)), (.mk (.bind (.generated .binding 2)) (some .nat) (.call (.function 2) [(.clone (.generated .binding 0)), (.copy (.generated .binding 1))] true))], (.succeed (.call (.function 3) [(.move (.generated .binding 0)), (.copy (.generated .binding 2)), (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 2)))] (.call (.runtime .natSub) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)))] false)), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 2)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 1)), (.move (.generated .operand 2))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 4) [(.construct (.closure 0 5) [(.clone (.generated .binding 0))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 4))] false))), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 5))] false)))] true))], (.succeed (.move (.generated .part 3))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 4))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 5))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.tuple [(.bind (.generated .part 6)), .wild]) none (.call (.function 4) [(.construct (.closure 0 6) [(.copy (.generated .binding 1)), (.move (.generated .binding 0))]), (.copy (.generated .binding 1)), (.lit (.nat 0))] true))], (.succeed (.move (.generated .part 6))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.fOfB (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.nat, .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 10)) none (.block (.mk [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false))))], (.matchOn (.move (.generated .holder 10)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8)), (.move (.generated .operand 9))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 12) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 14)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (.mk [] (.construct (.none .nat) [])))) (.mk [] (.construct (.none .nat) []))), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 14)) none (.lit (.nat 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 14)), (.move (.generated .operand 15))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (.mk [] (.construct (.none .nat) [])))) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.move (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 17)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 16)), (.move (.generated .operand 17))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)))])) (lb := []) (tb := (.construct (.none .nat) [])) (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 18)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 19)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 18)), (.move (.generated .operand 19))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 0)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false) (.mk [] (.cond (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .nat, (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 20)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 21)) none (.copy (.generated .binding 0)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.cond (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.cond (lc := []) (ce := (.call (.function 7) [(.move (.generated .binding 1)), (.copy (.generated .binding 2))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 23)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 24)) none (.call (.function 8) [(.move (.generated .binding 0)), (.copy (.generated .binding 1))] false))], (.matchOn (.move (.generated .holder 24)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.call (.function 9) [(.copy (.generated .binding 2))] false)))]), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(2, (.fixed .u8), (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.call (.function 9) [(.copy (.generated .binding 2))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fixed .u8)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 25)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 25)), (.move (.generated .operand 26))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))], (.cond (.cond (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))] (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))] (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false))))), [(0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.cond (lc := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))]) (ce := (.cond (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false))) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))] (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))]) (ce := (.cond (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))] (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)))) (lk := []) (Corr.cond (lc := [(.mk (.bind (.generated .operand 27)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 28)) none (.lit (.fixed .u8 32)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 27)), (.move (.generated .operand 28))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 30)) none (.lit (.fixed .u8 9)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 29)), (.move (.generated .operand 30))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 32)) none (.lit (.fixed .u8 10)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 31)), (.move (.generated .operand 32))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl))) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))]) (tb := (.cond (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false) (.mk [] (.lit (.bool true))) (.mk [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))] (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)))) (Corr.bOfE (Corr.buildConst rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 33)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 34)) none (.lit (.fixed .u8 12)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 33)), (.move (.generated .operand 34))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.lit (.bool true))) (lb := [(.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 0))), (.mk (.bind (.generated .operand 36)) none (.lit (.fixed .u8 13)))]) (tb := (.call (.runtime .equal) [(.move (.generated .operand 35)), (.move (.generated .operand 36))] false)) (Corr.bOfE (Corr.buildConst rfl)) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | _ + 10 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3.lean
new file mode 100644
index 000000000..d42ab4b81
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3.lean
@@ -0,0 +1,88 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanStd.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, (.fixed .u8)], result := (.list .bytes),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 1), (.var 0)]), (.var 2), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 4 .nat (.first (.second (.var 3))) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 2), (.var 4)])]), (.second (.second (.var 3)))])])))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
+      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fixed .u8), .bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 5 [(.var 1), (.var 0), (.var 2)]) },
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
+      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) }] }
+
+def __fits_4 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
+
+theorem __rel_4 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_4 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.sliceOr subject start count))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def __fits_8 (subject : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_8 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_8 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanStd.Text.byteAt subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
+
+def __fits_5 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (subject) (position))) && (match (LexLeanStd.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] LexLeanStd.Text.byteAt LexLeanStd.Text.sliceOr in
+theorem __rel_5 (subject : ByteArray) (delimiter : UInt8) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_5 subject delimiter state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanStd.Text.splitStep subject delimiter state))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanStd.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) (delimiter) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte delimiter)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
+
+def __fits_2 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  ((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_5 (subject) (delimiter) (state)))
+
+attribute [local irreducible] LexLeanStd.Text.splitStep in
+theorem __rel_2 (delimiter : UInt8) (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_2 delimiter subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanStd.Text.splitStep (subject) (delimiter) (state))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_5 (subject) (delimiter) (state)))
+
+def __fits_7 (reversed : (List ByteArray)) (piece : ByteArray) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_7 (reversed : (List ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) reversed), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_7 reversed piece) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((piece :: reversed)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_3 (pieces : (List ByteArray)) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (([] : List ByteArray)) (pieces)))
+
+theorem __rel_3 (pieces : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces)] (_root_.LexLeanPreservation.Rel (__fits_3 pieces) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.reverse pieces))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) 7 [] (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __rel_7 __p0 __p1) (p := __prog) (fi := 6) (ta := .bytes) (ts := (.list .bytes)) rfl (([] : List ByteArray)) (pieces)))
+
+def __fits_0 (subject : ByteArray) (delimiter : UInt8) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && (Bool.true && Bool.true)) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (delimiter) (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2))))))))))
+
+attribute [local irreducible] LexLeanStd.Text.reverse LexLeanStd.Text.sliceOr LexLeanStd.Text.splitStep in
+theorem __rel_0 (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter)] (_root_.LexLeanPreservation.Rel (__fits_0 subject delimiter) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.splitOn subject delimiter))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (delimiter) (subject) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_2 (delimiter) (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.splitStep (subject) (delimiter) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: ((final).2).2)))))))
+
+def denote (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 subject delimiter) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.splitOn subject delimiter)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (subject : ByteArray) (delimiter : UInt8) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.u8 delimiter)] (_root_.LexLeanPreservation.Rel (__fits_0 subject delimiter) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.splitOn subject delimiter))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject delimiter)
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..8320c48c9
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/Compose/RustStd.lex.tex
@@ -0,0 +1,486 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3,
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.root : @979 := @980 {
+  all: [LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.program
+@1 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.krate
+@2 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.flags
+@3 := ByteArray
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.bytes
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.bytes
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_bytes @0
+@27 := @11 @0
+@29 := @27 @4 @15
+@34 := {c : @9} -> {A : @10} -> (b : @3) -> @29 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@37 := @36 @15
+@41 := {A : @10} -> (b : @3) -> @37 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (b : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := UInt8
+@51 := LexLeanTarget.TargetSyntax.Value.u8
+@52 := @51 @15
+@55 := LexLeanTarget.TargetSyntax.Ty.fixed LexLeanTarget.TargetSyntax.IntKind.u8
+@56 := @51 @17
+@62 := {p : @8} -> {c : @9} -> {A : @10} -> (x : @50) -> @16 @56 @55
+@64 := LexLeanPreservation.Rust.wt_u8 @0
+@69 := {c : @9} -> {A : @10} -> (x : @50) -> @29 @56 @55
+@70 := @64 @1
+@74 := {A : @10} -> (x : @50) -> @37 @56 @55
+@75 := @70 @2
+@78 := (x : @50) -> @43 @56 @55
+@79 := @75 @15
+@81 := @43 @52 @55
+@82 := LexLeanTarget.TargetSyntax.Value
+@83 := List.nil.{0}
+@84 := List.cons.{0}
+@85 := @83 @82
+@86 := @84 @82
+@88 := @86 @52 @85
+@90 := @86 @6 @88
+@91 := Nat
+@94 := Prod.{0, 0} @91 @82
+@95 := 1
+@98 := Prod.mk.{0, 0} @91 @82
+@99 := @98 @95
+@100 := @99 @52
+@101 := 0
+@102 := @98 @101
+@103 := @102 @6
+@104 := @83 @94
+@105 := @84 @94
+@107 := @105 @103 @104
+@109 := @105 @100 @107
+@110 := Bool.true
+@111 := LexLeanTarget.TargetSyntax.Function
+@112 := LexLeanTarget.TargetSyntax.Program.functions
+@113 := @112 @0
+@114 := LexLeanTarget.TargetSyntax.Ty
+@115 := @83 @91
+@116 := @83 @114
+@117 := LexLeanTarget.TargetSyntax.Ty.unit
+@118 := LexLeanTarget.TargetSyntax.Value.unit
+@121 := LexLeanTarget.TargetSyntax.Expr.value @117 @118
+@126 := LexLeanTarget.TargetSyntax.Function.mk @115 @116 @117 @121
+@131 := List.getD.{0} @111 @113 @101 @126
+@135 := fun (__e_n : @91) =>
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.root @17 @101
+@136 := LexLeanPreservation.Rust.WTL
+@144 := {p : @8} -> {c : @9} -> {A : @10} -> @136 @4 @15 @17 @85 @116
+@146 := LexLeanPreservation.Rust.wtl_nil @0
+@147 := @136 @0
+@153 := {c : @9} -> {A : @10} -> @147 @15 @17 @85 @116
+@154 := @146 @1
+@155 := @147 @1
+@159 := {A : @10} -> @155 @17 @85 @116
+@160 := @154 @2
+@161 := @155 @2
+@162 := @161 @85
+@163 := @162 @116
+@164 := List.{0}
+@165 := @164 @82
+@166 := @164 @114
+@167 := #6
+@168 := @11 @167
+@169 := #5
+@170 := @168 @169
+@171 := #4
+@174 := @170 @171 @12 @4
+@175 := #7
+@180 := @136 @175 @167 @169 @4 @15
+@181 := #8
+@184 := @136 @181 @175 @167
+@186 := @86 @169 @12
+@187 := @184 @186
+@188 := @84 @114
+@190 := @188 @171 @4
+@200 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @82} -> {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @174) -> (hs : @180) -> @187 @190
+@202 := LexLeanPreservation.Rust.wtl_cons @0
+@222 := {c : @9} ->
+  {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} ->
+  (h : @27 @169 @171 @12 @4) -> (hs : @147 @167 @169 @4 @15) -> @147 @175 @167 @186 @190
+@223 := @202 @1
+@239 := {A : @10} ->
+  {v : @82} ->
+  {t : @114} ->
+  {vs : @165} ->
+  {ts : @166} -> (h : @36 @171 @12 @4) -> (hs : @155 @169 @4 @15) -> @155 @167 @186 @190
+@240 := @223 @2
+@242 := @43 @12 @4
+@244 := @161 @4 @15
+@252 := {v : @82} ->
+  {t : @114} -> {vs : @165} -> {ts : @166} -> (h : @242) -> (hs : @244) -> @161 @186 @190
+@253 := @240 @52
+@254 := @51 @171
+@256 := @43 @254 @4
+@257 := @51 @167
+@258 := @86 @257
+@266 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @256) -> (hs : @244) -> @161 (@258 @12) @190
+@267 := @253 @55
+@268 := @51 @12
+@270 := @43 @268 @55
+@271 := @51 @169
+@272 := @86 @271
+@274 := @161 (@272 @12)
+@275 := @188 @55
+@276 := @275 @4
+@281 := {vs : @165} -> {ts : @166} -> (h : @270) -> (hs : @244) -> @274 @276
+@282 := @267 @85
+@283 := @51 @4
+@285 := @43 @283 @55
+@286 := @162 @15
+@288 := @86 @254 @85
+@293 := {ts : @166} -> (h : @285) -> (hs : @286) -> @161 @288 @276
+@294 := @282 @116
+@296 := @86 @268 @85
+@297 := @161 @296
+@298 := @275 @116
+@301 := (h : @81) -> (hs : @163) -> @297 @298
+@302 := @294 @79
+@304 := @86 @283 @85
+@306 := @161 @304 @298
+@307 := (hs : @163) -> @306
+@308 := @302 @160
+@310 := @161 @88 @298
+@311 := @240 @6
+@312 := @5 @169
+@314 := @43 @312 @4
+@315 := @5 @175
+@316 := @86 @315
+@324 := {t : @114} ->
+  {vs : @165} -> {ts : @166} -> (h : @314) -> (hs : @244) -> @161 (@316 @12) @190
+@325 := @311 @7
+@326 := @5 @171
+@328 := @43 @326 @7
+@329 := @5 @167
+@330 := @86 @329
+@332 := @161 (@330 @12)
+@333 := @188 @7
+@334 := @333 @4
+@339 := {vs : @165} -> {ts : @166} -> (h : @328) -> (hs : @244) -> @332 @334
+@340 := @325 @88
+@341 := @5 @12
+@343 := @43 @341 @7
+@344 := @297 @15
+@346 := @86 @312 @288
+@347 := @161 @346
+@351 := {ts : @166} -> (h : @343) -> (hs : @344) -> @347 @334
+@352 := @340 @298
+@354 := @86 @326 @296
+@355 := @161 @354
+@356 := @333 @298
+@359 := (h : @49) -> (hs : @306) -> @355 @356
+@360 := @352 @47
+@362 := @86 @341 @304
+@363 := @161 @362
+@365 := (hs : @310) -> @363 @356
+@366 := @360 @308
+@367 := @161 @90
+@368 := @367 @356
+@369 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.denote
+@371 := @369 @4 @15
+@372 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.__fits_0
+@374 := @372 @4 @15
+@377 := LexLeanStd.Text.splitOn @4 @15
+@381 := LexLeanPreservation.encList @3 @5 @377
+@384 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.root @4 @15
+@385 := Bool
+@386 := Ne.{1}
+@387 := LexLeanPreservation.Obs
+@388 := @386 @387
+@389 := LexLeanPreservation.Rel
+@392 := @388 (@389 @15 @17)
+@393 := LexLeanPreservation.Obs.stuck
+@396 := (f : @385) -> (v : @82) -> @392 @393
+@398 := LexLeanPreservation.Rust.rel_ne_stuck @374
+@405 := (v : @82) -> @388 (@389 (@372 @12 @4) @17) @393
+@406 := @398 @381
+@410 := @388 (@389 @374 @381) @393
+@411 := @164 @94
+@412 := LexLeanPreservation.Rust.FunSem
+@413 := #9
+@419 := (n : @91) -> @412 @413 @181 @175 @17 @167
+@420 := Eq.{1}
+@421 := Option.{0}
+@422 := @421 @111
+@423 := @420 @422
+@430 := LexLeanRuntime.index (@164 @111) @111 (LexLeanRuntime.instIndexableList @111)
+@434 := @423 (@430 (@112 @413) @167)
+@435 := Option.some.{0}
+@436 := @435 @111
+@437 := @436 @169
+@438 := @434 @437
+@439 := #10
+@443 := @136 @439 @413 @181 @169
+@444 := LexLeanTarget.TargetSyntax.Function.types
+@445 := @444 @167
+@446 := @443 @445
+@447 := @421 @411
+@448 := @420 @447
+@449 := LexLeanTarget.TargetSemantics.bindAll
+@450 := LexLeanTarget.TargetSyntax.Function.parameters
+@455 := @448 (@449 (@450 @175) @167 @104)
+@456 := @435 @411
+@457 := @456 @169
+@458 := @455 @457
+@459 := @421 @385
+@460 := @420 @459
+@461 := LexLeanPreservation.Rust.fnFallible
+@462 := #11
+@465 := @460 (@461 @462 @413)
+@466 := @435 @385
+@467 := @466 @169
+@468 := @465 @467
+@469 := LexLeanPreservation.RunConv
+@470 := #13
+@474 := @469 @470 @439 @181 @169
+@476 := @388 @167 @393
+@477 := Exists.{1}
+@478 := LexLeanPreservation.Rust.ROut
+@479 := @477 @478
+@480 := And
+@481 := LexLeanPreservation.Rust.RealizesFn
+@485 := @480 (@481 @413 @181 @17)
+@486 := LexLeanPreservation.Rust.RCI
+@488 := @486 #15
+@489 := LexLeanPreservation.Rust.fnIdent
+@490 := @489 @470
+@497 := (hne : @476) -> @479 (fun (ro : @478) => @485 (@488 @490 @462 @17))
+@512 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @411} ->
+  {F : @385} ->
+  {o : @387} ->
+  (hB : @419) ->
+  (hfn : @438) -> (hwt : @446) -> (hbind : @458) -> (hF : @468) -> (hA : @474) -> @497
+@514 := LexLeanPreservation.Rust.compose @0
+@515 := @412 @0
+@520 := (n : @91) -> @515 @181 @175 @17 @167
+@521 := @430 @113
+@524 := @423 (@521 @167) @437
+@528 := @147 @413 @181 @169 @445
+@529 := @469 @0
+@532 := @529 @439 @181 @169
+@546 := {c : @9} ->
+  {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @411} ->
+  {F : @385} ->
+  {o : @387} ->
+  (hB : @520) ->
+  (hfn : @524) -> (hwt : @528) -> (hbind : @458) -> (hF : @468) -> (hA : @532) -> @497
+@547 := @514 @1
+@548 := @515 @1
+@552 := (n : @91) -> @548 @175 @17 @167
+@555 := @155 @181 @169 @445
+@556 := @461 @1
+@559 := @460 (@556 @413) @467
+@560 := @486 @1
+@570 := (hbind : @458) ->
+  (hF : @559) -> (hA : @532) -> (hne : @476) -> @479 (fun (ro : @478) => @485 (@560 @490 @462 @17))
+@580 := {A : @10} ->
+  {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @411} -> {F : @385} -> {o : @387} -> (hB : @552) -> (hfn : @524) -> (hwt : @555) -> @570
+@581 := @547 @2
+@583 := @548 @2 @17
+@585 := (n : @91) -> @583 @167
+@586 := @161 @169
+@587 := @586 @445
+@596 := {f : @91} ->
+  {fn : @111} ->
+  {args : @165} ->
+  {env : @411} -> {F : @385} -> {o : @387} -> (hB : @585) -> (hfn : @524) -> (hwt : @587) -> @570
+@597 := @581 @101
+@599 := (n : @91) -> @583 @101
+@600 := @521 @101
+@601 := @423 @600
+@602 := @601 @437
+@603 := @556 @101
+@604 := @460 @603
+@605 := @604 @467
+@606 := @529 @101
+@608 := @606 @181 @169
+@610 := @560 (@489 @101)
+@618 := (hF : @605) -> (hA : @608) -> (hne : @476) -> @479 (fun (ro : @478) => @485 (@610 @462 @17))
+@627 := {fn : @111} ->
+  {args : @165} ->
+  {env : @411} ->
+  {F : @385} -> {o : @387} -> (hB : @599) -> (hfn : @602) -> (hwt : @587) -> (hbind : @458) -> @618
+@628 := @597 @131
+@630 := @601 (@436 @131)
+@631 := @444 @131
+@632 := @586 @631
+@634 := @449 (@450 @131)
+@646 := {args : @165} ->
+  {env : @411} ->
+  {F : @385} ->
+  {o : @387} ->
+  (hB : @599) -> (hfn : @630) -> (hwt : @632) -> (hbind : @448 (@634 @167 @104) @457) -> @618
+@647 := @628 @90
+@649 := @316 (@258 @85)
+@651 := @161 @649 @631
+@657 := @86 (@5 @181) (@86 (@51 @175) @85)
+@661 := @448 (@634 @657 @104) @457
+@667 := @86 (@5 @439) (@86 (@51 @413) @85)
+@669 := @606 @667 @169
+@671 := @86 (@5 @470)
+@672 := #12
+@691 := {env : @411} ->
+  {F : @385} ->
+  {o : @387} ->
+  (hB : @599) ->
+  (hfn : @630) ->
+  (hwt : @651) ->
+  (hbind : @661) ->
+  (hF : @605) ->
+  (hA : @669) ->
+  (hne : @476) -> @479 (fun (ro : @478) => @485 (@610 (@671 (@86 (@51 @672) @85)) @17))
+@692 := @647 @109
+@694 := @330 (@272 @85)
+@696 := @161 @694 @631
+@707 := @448 (@634 @649 @104) (@456 (@105 (@99 @257) (@105 (@102 @315) @104)))
+@713 := @86 (@5 @413) (@86 (@51 @181) @85)
+@735 := {F : @385} ->
+  {o : @387} ->
+  (hB : @599) ->
+  (hfn : @630) ->
+  (hwt : @696) ->
+  (hbind : @707) ->
+  (hF : @605) ->
+  (hA : @606 @713 @169) ->
+  (hne : @476) -> @479 (fun (ro : @478) => @485 (@610 (@86 (@5 @672) (@86 (@51 @462) @85)) @17))
+@736 := @692 @110
+@737 := @347 @631
+@748 := @448 (@634 @694 @104) (@456 (@105 (@99 @271) (@105 (@102 @329) @104)))
+@750 := @604 (@466 @110)
+@752 := @606 @657 @169
+@753 := @481 @110
+@775 := {o : @387} ->
+  (hB : @599) ->
+  (hfn : @630) ->
+  (hwt : @737) ->
+  (hbind : @748) ->
+  (hF : @750) ->
+  (hA : @752) ->
+  (hne : @476) ->
+  @479 (fun (ro : @478) => @480 (@753 @181 @17) (@610 (@86 (@5 @462) (@86 (@51 @439) @85)) @17))
+@776 := @736 @371
+@777 := @355 @631
+@788 := @448 (@634 @346 @104) (@456 (@105 (@99 @254) (@105 (@102 @312) @104)))
+@789 := @606 @649
+@791 := @369 @175 @167
+@792 := @789 @791
+@794 := @369 @181 @175
+@813 := (hB : @599) ->
+  (hfn : @630) ->
+  (hwt : @777) ->
+  (hbind : @788) ->
+  (hF : @750) ->
+  (hA : @792) ->
+  (hne : @388 @794 @393) ->
+  @479 (fun (ro : @478) => @480 (@753 (@369 @439 @413) @17) (@610 @667 @17))
+@814 := @776 @135
+@815 := @363 @631
+@826 := @448 (@634 @354 @104) (@456 (@105 (@99 @268) (@105 (@102 @326) @104)))
+@827 := @606 @694
+@829 := @369 @167 @169
+@848 := (hfn : @630) ->
+  (hwt : @815) ->
+  (hbind : @826) ->
+  (hF : @750) ->
+  (hA : @827 @829) ->
+  (hne : @388 @791 @393) ->
+  @479 (fun (ro : @478) => @480 (@753 (@369 @413 @181) @17) (@610 @713 @17))
+@849 := Eq.refl.{1}
+@852 := @814 (@849 @422 @600)
+@853 := @367 @631
+@864 := @448 (@634 @362 @104) (@456 (@105 (@99 @283) (@105 (@102 @341) @104)))
+@865 := @606 @346
+@867 := @369 @169 @171
+@883 := (hwt : @853) ->
+  (hbind : @864) ->
+  (hF : @750) ->
+  (hA : @865 @867) ->
+  (hne : @388 @829 @393) -> @479 (fun (ro : @478) => @480 (@753 @794 @17) (@610 @657 @17))
+@884 := @852 @366
+@886 := @634 @90 @104
+@889 := @448 @886 (@456 @109)
+@890 := @606 @354
+@892 := @369 @171 @12
+@907 := (hbind : @889) ->
+  (hF : @750) ->
+  (hA : @890 @892) ->
+  (hne : @388 @867 @393) -> @479 (fun (ro : @478) => @480 (@753 @791 @17) (@610 @649 @17))
+@910 := @884 (@849 @447 @886)
+@911 := @606 @362
+@913 := @369 @12 @4
+@927 := (hF : @750) ->
+  (hA : @911 @913) ->
+  (hne : @388 @892 @393) -> @479 (fun (ro : @478) => @480 (@753 @829 @17) (@610 @694 @17))
+@930 := @910 (@849 @459 @603)
+@944 := (hA : @606 @90 @371) ->
+  (hne : @388 @913 @393) -> @479 (fun (ro : @478) => @480 (@753 @867 @17) (@610 @346 @17))
+@945 := @930 @384
+@956 := (hne : @388 @371 @393) -> @479 (fun (ro : @478) => @480 (@753 @892 @17) (@610 @354 @17))
+@957 := @945 @406
+@963 := @480 (@753 @913 @17) (@610 @362 @17)
+@965 := @479 (fun (ro : @478) => @963)
+@967 := @479 (fun (__e_ro : @478) => @963)
+@968 := LexLeanPreservation.Rust.RepresentableL
+@969 := @5 @15
+@971 := @86 @56 @85
+@974 := @968 (@86 @969 @971)
+@975 := (__e_hrep : @974) -> @967
+@976 := fun (__e_hrep : @974) => @957
+@977 := (delimiter : @50) -> @975
+@978 := fun (delimiter : @50) => @976
+@979 := (subject : @3) -> @977
+@980 := fun (subject : @3) => @978
+\end{coremodule}
+\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/RustStd.lean
new file mode 100644
index 000000000..38faf3b98
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/RustStd.lean
@@ -0,0 +1,101 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, (.fixed .u8)], result := (.list .bytes),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 1), (.var 0)]), (.var 2), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 4 .nat (.first (.second (.var 3))) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 2), (.var 4)])]), (.second (.second (.var 3)))])])))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
+      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1, 2], types := [(.fixed .u8), .bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 5 [(.var 1), (.var 0), (.var 2)]) },
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1, 2], types := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 3 .nat (.first (.var 2)) (.«let» 4 .nat (.first (.second (.var 2))) (.«let» 5 (.list .bytes) (.second (.second (.var 2))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 3)]) [(.arm .some [6] (.cond (.prim .equal [(.var 6), (.var 1)]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 4), (.prim .natSub [(.var 3), (.var 4)])]), (.var 5)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 3), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 4), (.var 5)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
+      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [(.fixed .u8), .bytes] }]),
+    (.apply 0 [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes)))) true [{ function := 2, captures := [.copy, .clone], functionFallible := true }]),
+    (.enum (.fn 1) [{ number := 7, fields := [] }]),
+    (.apply 1 [(.list .bytes), .bytes] (.list .bytes) false [{ function := 7, captures := [], functionFallible := false }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 4)))))] (.move (.generated .part 3)))))] (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))] (.move (.generated .part 8)))))] (.move (.generated .part 7))))])] false)))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool)) (.mk [(.mk (.bind (.generated .holder 9)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 9)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 9))), (.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.list .bytes) (.mk [] (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bytes (.mk [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 12)), (.move (.generated .operand 13)), (.move (.generated .operand 14))] false))))] (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.fixed .u8) }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 18)))))] (.move (.generated .part 17))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .holder 21)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))] (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.list .bytes) (.mk [(.mk (.bind (.generated .holder 32)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 32)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.list .bytes) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 34)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false)))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.pair .nat (.pair .nat (.list .bytes)))], (.option (.pair .nat (.pair .nat (.list .bytes))))), true), (([(.list .bytes), .bytes], (.list .bytes)), false)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 4)))))] (.move (.generated .part 3)))))], (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))] false), (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))] (.move (.generated .part 8)))))] (.move (.generated .part 7))))])] false)), [(1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.copy (.generated .binding 1)), (.clone (.generated .binding 0))]), (.copy (.generated .binding 2)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [(.fixed .u8), .bytes]) (mask := [false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))] (.move (.generated .part 4)))))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 3)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 6)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 7))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))] (.move (.generated .part 8)))))]) (tail := (.move (.generated .part 7))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 8))]) none (.move (.generated .binding 3)))]) (tail := (.move (.generated .part 8))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 9)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 9)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 9))), (.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 11)) none (.block (.mk [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 11)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat (.pair .nat (.list .bytes))))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 10)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 10) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat (.pair .nat (.list .bytes)))]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat (.pair .nat (.list .bytes))), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.move (.generated .binding 1)), (.copy (.generated .binding 0)), (.move (.generated .binding 2))] false), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .bytes, (some 1)), (0, (.fixed .u8), (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, (.fixed .u8), (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 15)) none (.block (.mk [(.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 12)), (.move (.generated .operand 13)), (.move (.generated .operand 14))] false))))], (.matchOn (.move (.generated .holder 15)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 12)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 14)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 12)), (.move (.generated .operand 13)), (.move (.generated .operand 14))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.clone (.generated .binding 2)))] (.move (.generated .part 16))))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 18)))))] (.move (.generated .part 17))))), (.mk (.bind (.generated .binding 5)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .holder 21)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 3))] false))], (.matchOn (.move (.generated .holder 21)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 6))) (.mk [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))))]), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 16)), .wild]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 16))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 17)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 18)))))]) (tail := (.move (.generated .part 17))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 18))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 18))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 19))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))] (.move (.generated .part 20)))))]) (tail := (.move (.generated .part 19))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 20))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(6, (.fixed .u8), (some 6)), (5, (.list .bytes), (some 5)), (4, .nat, (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, (.fixed .u8), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 22)) none (.copy (.generated .binding 6))), (.mk (.bind (.generated .operand 23)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 22)), (.move (.generated .operand 23))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 4)), (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))] (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)))] false), (.move (.generated .binding 5))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true))) (.pair (.copy (.generated .binding 4)) (.move (.generated .binding 5))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 25)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 29)) none (.copy (.generated .binding 4)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 31)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 32)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 32)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 33)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 33) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 34)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 35)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 34)), (.move (.generated .operand 35))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | _ + 9 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4.lean
new file mode 100644
index 000000000..d92fdfe57
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4.lean
@@ -0,0 +1,105 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanStd.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.bytes], result := (.list .bytes),
+      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 3 [(.var 4)])))))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
+      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 5 [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 2 .nat (.first (.var 1)) (.«let» 3 .nat (.first (.second (.var 1))) (.«let» 4 (.list .bytes) (.second (.second (.var 1))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 2)]) [(.arm .some [5] (.cond (.prim .equal [(.var 5), (.value (.fixed .u8) (.u8 10))]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 9 [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 2), (.var 3)])])]), (.var 4)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 3), (.var 4)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
+      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.cond (.call 10 [(.var 0), (.value .bytes (.bytes (ByteArray.mk #[13])))]) (.call 4 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.value .nat (.nat 1))])]) (.var 0)) },
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
+
+def __fits_4 (subject : ByteArray) (start : Nat) (count : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) with | Option.some piece => Bool.true | Option.none => Bool.true))
+
+theorem __rel_4 (subject : ByteArray) (start : Nat) (count : Nat) : _root_.LexLeanPreservation.FunRel __prog 4 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat start), (_root_.LexLeanTarget.TargetSyntax.Value.nat count)] (_root_.LexLeanPreservation.Rel (__fits_4 subject start count) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.sliceOr subject start count))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some piece => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some piece => piece | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanRuntime.slice (subject) (start) (count) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject start count)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some piece => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def __fits_8 (subject : ByteArray) (position : Nat) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_8 (subject : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 8 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_8 subject position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (LexLeanStd.Text.byteAt subject position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_index_bytes subject position))
+
+def __fits_10 (subject : ByteArray) (suffix : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (suffix) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.ble size total) then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true)))))))
+
+theorem __rel_10 (subject : ByteArray) (suffix : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 10 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes suffix)] (_root_.LexLeanPreservation.Rel (__fits_10 subject suffix) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.endsWith subject suffix))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (suffix) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes suffix)) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (((Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) else (Bool.true && Bool.true))) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bool (if __b then (match (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false) else Bool.false)) (Nat.ble size total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLe size total)) (fun _ => (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some tail => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some tail => (_root_.LexLeanRuntime.equal (tail) (suffix) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) ((_root_.LexLeanRuntime.subtract (total) (size) : Nat)) (size) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject (_root_.LexLeanRuntime.subtract (total) (size) : Nat) size)) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some tail => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes tail suffix))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_9 (line : ByteArray) : Bool :=
+  (((Bool.true && (Bool.true && Bool.true)) && (__fits_10 (line) ((ByteArray.mk #[13])))) && (if (LexLeanStd.Text.endsWith (line) ((ByteArray.mk #[13]))) then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true))
+
+attribute [local irreducible] LexLeanStd.Text.endsWith LexLeanStd.Text.sliceOr in
+theorem __rel_9 (line : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 9 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes line)] (_root_.LexLeanPreservation.Rel (__fits_9 line) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.chomp line))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && (Bool.true && (((((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (line) : Nat) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat)))) else Bool.true)) (fun (__b : Bool) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (if __b then (LexLeanStd.Text.sliceOr (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))) else line)) (LexLeanStd.Text.endsWith (line) ((ByteArray.mk #[13]))) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (__rel_10 (line) ((ByteArray.mk #[13])))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes line)) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub (_root_.LexLeanRuntime.length (line) : Nat) (1 : Nat))) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (line) ((0 : Nat)) ((_root_.LexLeanRuntime.subtract ((_root_.LexLeanRuntime.length (line) : Nat)) ((1 : Nat)) : Nat))))) (fun _ => (_root_.LexLeanPreservation.conv_var rfl)))
+
+def __fits_5 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  (Bool.true && (let position : Nat := (state).1; (Bool.true && (let start : Nat := ((state).2).1; (Bool.true && (let pieces : (List ByteArray) := ((state).2).2; (((Bool.true && (Bool.true && Bool.true)) && (__fits_8 (subject) (position))) && (match (LexLeanStd.Text.byteAt (subject) (position)) with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] LexLeanStd.Text.byteAt LexLeanStd.Text.chomp LexLeanStd.Text.sliceOr in
+theorem __rel_5 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 5 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_5 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (LexLeanStd.Text.lineStep subject state))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let position : Nat := (state).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_var rfl)) (let start : Nat := ((state).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((state).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.u8) (fun (__a : (Option UInt8)) => (match __a with | Option.some byte => (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option UInt8)) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (match __a with | Option.some byte => (if (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.chomp ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray)))))) | Option.none => (Option.none : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (LexLeanStd.Text.byteAt (subject) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_8 (subject) (position))) (fun (__a : (Option UInt8)) _ => match __a with | Option.some byte => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) && Bool.true) && (__fits_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true) else ((((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (if __b then (Option.some (((position + (1 : Nat)), ((position + (1 : Nat)), ((LexLeanStd.Text.chomp ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat))))) :: pieces)))) : (Option (Prod Nat (Prod Nat (List ByteArray))))) else (Option.some (((position + (1 : Nat)), (start, pieces))) : (Option (Prod Nat (Prod Nat (List ByteArray))))))) (_root_.LexLeanRuntime.equal (byte) ((10 : UInt8)) : Bool) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_u8 byte (10 : UInt8))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub position start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))) _root_.LexLeanPreservation.convL_nil) (__rel_9 ((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (position) (start) : Nat)))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))))
+
+def __fits_2 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && (__fits_5 (subject) (state)))
+
+attribute [local irreducible] LexLeanStd.Text.lineStep in
+theorem __rel_2 (subject : ByteArray) (state : (Prod Nat (Prod Nat (List ByteArray)))) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), ((_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) state)] (_root_.LexLeanPreservation.Rel (__fits_2 subject state) ((_root_.LexLeanPreservation.encOption (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) ((LexLeanStd.Text.lineStep (subject) (state))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (__rel_5 (subject) (state)))
+
+def __fits_7 (reversed : (List ByteArray)) (piece : ByteArray) : Bool :=
+  ((Bool.true && (Bool.true && Bool.true)) && Bool.true)
+
+theorem __rel_7 (reversed : (List ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 7 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) reversed), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_7 reversed piece) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((piece :: reversed)))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons)
+
+def __fits_3 (pieces : (List ByteArray)) : Bool :=
+  ((Bool.true && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (([] : List ByteArray)) (pieces)))
+
+theorem __rel_3 (pieces : (List ByteArray)) : _root_.LexLeanPreservation.FunRel __prog 3 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces)] (_root_.LexLeanPreservation.Rel (__fits_3 pieces) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.reverse pieces))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (reversed : (List ByteArray)) (piece : ByteArray) => (piece :: reversed))) (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __fits_7 __p0 __p1) 7 [] (fun (__p0 : (List ByteArray)) (__p1 : ByteArray) => __rel_7 __p0 __p1) (p := __prog) (fi := 6) (ta := .bytes) (ts := (.list .bytes)) rfl (([] : List ByteArray)) (pieces)))
+
+def __fits_0 (subject : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); ((((Bool.true && Bool.true) && (Bool.true && (((Bool.true && (((Bool.true && ((Bool.true && Bool.true) && Bool.true)) && Bool.true) && Bool.true)) && Bool.true) && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (subject) __p0) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))))) && (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; (Bool.true && (let start : Nat := ((final).2).1; (Bool.true && (let pieces : (List ByteArray) := ((final).2).2; (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt start total) then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_3 (pieces)))))))))))))
+
+attribute [local irreducible] LexLeanStd.Text.lineStep LexLeanStd.Text.reverse LexLeanStd.Text.sliceOr in
+theorem __rel_0 (subject : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.lines subject))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let final : (Prod Nat (Prod Nat (List ByteArray))) := ((_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray)))) : (Prod (Prod Nat (Prod Nat (List ByteArray))) Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_nil) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_pair) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (_root_.LexLeanPreservation.optEnc (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes)))) (fun _ => rfl) (_root_.LexLeanPreservation.encPair (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes))) _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state)))) (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __fits_2 (subject) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (fun (__p0 : (Prod Nat (Prod Nat (List ByteArray)))) => __rel_2 (subject) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (state : (Prod Nat (Prod Nat (List ByteArray)))) => (LexLeanStd.Text.lineStep (subject) (state))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := (.pair .nat (.pair .nat (.list .bytes)))) rfl (total) (((0 : Nat), ((0 : Nat), ([] : List ByteArray))))))) (let start : Nat := ((final).2).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (let pieces : (List ByteArray) := ((final).2).2; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_second (_root_.LexLeanPreservation.conv_var rfl))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((((Bool.true && (Bool.true && (((Bool.true && (Bool.true && Bool.true)) && Bool.true) && Bool.true))) && (__fits_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && (__fits_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces)))) else ((Bool.true && Bool.true) && (__fits_3 (pieces))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (if __b then (LexLeanStd.Text.reverse (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))) else (LexLeanStd.Text.reverse (pieces)))) (Nat.blt start total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt start total)) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natSub total start)) _root_.LexLeanPreservation.convL_nil))) (__rel_4 (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat)))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) _root_.LexLeanPreservation.construct_cons) _root_.LexLeanPreservation.convL_nil) (__rel_3 (((LexLeanStd.Text.sliceOr (subject) (start) ((_root_.LexLeanRuntime.subtract (total) (start) : Nat))) :: pieces))))) (fun _ => (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (__rel_3 (pieces)))))))))
+
+def denote (subject : ByteArray) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 subject) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.lines subject)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (subject : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject)] (_root_.LexLeanPreservation.Rel (__fits_0 subject) ((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) (LexLeanStd.Text.lines subject))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject)
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..01d2a88ec
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/Compose/RustStd.lex.tex
@@ -0,0 +1,419 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4,
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.root : @829 := @830 {
+  all: [LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.program
+@1 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.krate
+@2 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.flags
+@3 := ByteArray
+@4 := #1
+@5 := LexLeanTarget.TargetSyntax.Value.bytes
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.bytes
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@13 := @11 @12
+@14 := #2
+@16 := @13 @14 @4
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_bytes @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @14 @4 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (b : @3) -> @36 @4 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (b : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := LexLeanTarget.TargetSyntax.Value
+@51 := List.nil.{0}
+@52 := List.cons.{0}
+@53 := @51 @50
+@54 := @52 @50
+@56 := @54 @6 @53
+@57 := Nat
+@60 := Prod.{0, 0} @57 @50
+@61 := 0
+@65 := Prod.mk.{0, 0} @57 @50 @61
+@66 := @65 @6
+@67 := @51 @60
+@68 := @52 @60
+@70 := @68 @66 @67
+@71 := Bool.true
+@72 := LexLeanTarget.TargetSyntax.Function
+@73 := LexLeanTarget.TargetSyntax.Program.functions
+@74 := @73 @0
+@75 := LexLeanTarget.TargetSyntax.Ty
+@76 := @51 @57
+@77 := @51 @75
+@78 := LexLeanTarget.TargetSyntax.Ty.unit
+@79 := LexLeanTarget.TargetSyntax.Value.unit
+@82 := LexLeanTarget.TargetSyntax.Expr.value @78 @79
+@87 := LexLeanTarget.TargetSyntax.Function.mk @76 @77 @78 @82
+@92 := List.getD.{0} @72 @74 @61 @87
+@96 := fun (__e_n : @57) =>
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.root @17 @61
+@97 := LexLeanPreservation.Rust.WTL
+@105 := {p : @8} -> {c : @9} -> {A : @10} -> @97 @14 @4 @17 @53 @77
+@107 := LexLeanPreservation.Rust.wtl_nil @0
+@108 := @97 @0
+@114 := {c : @9} -> {A : @10} -> @108 @4 @17 @53 @77
+@115 := @107 @1
+@116 := @108 @1
+@120 := {A : @10} -> @116 @17 @53 @77
+@121 := @115 @2
+@122 := @116 @2
+@123 := @122 @53
+@124 := @123 @77
+@125 := List.{0}
+@126 := @125 @50
+@127 := @125 @75
+@128 := #6
+@129 := @11 @128
+@130 := #5
+@131 := @129 @130
+@132 := #4
+@135 := @131 @132 @12 @14
+@136 := #7
+@141 := @97 @136 @128 @130 @14 @4
+@142 := #8
+@145 := @97 @142 @136 @128
+@147 := @54 @130 @12
+@148 := @145 @147
+@149 := @52 @75
+@151 := @149 @132 @14
+@161 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @50} -> {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @135) -> (hs : @141) -> @148 @151
+@163 := LexLeanPreservation.Rust.wtl_cons @0
+@183 := {c : @9} ->
+  {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} ->
+  (h : @27 @130 @132 @12 @14) -> (hs : @108 @128 @130 @14 @4) -> @108 @136 @128 @147 @151
+@184 := @163 @1
+@200 := {A : @10} ->
+  {v : @50} ->
+  {t : @75} ->
+  {vs : @126} ->
+  {ts : @127} -> (h : @36 @132 @12 @14) -> (hs : @116 @130 @14 @4) -> @116 @128 @147 @151
+@201 := @184 @2
+@203 := @43 @12 @14
+@205 := @122 @14 @4
+@213 := {v : @50} ->
+  {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @203) -> (hs : @205) -> @122 @147 @151
+@214 := @201 @6
+@215 := @5 @132
+@217 := @43 @215 @14
+@218 := @5 @128
+@219 := @54 @218
+@227 := {t : @75} -> {vs : @126} -> {ts : @127} -> (h : @217) -> (hs : @205) -> @122 (@219 @12) @151
+@228 := @214 @7
+@229 := @5 @12
+@231 := @43 @229 @7
+@232 := @5 @130
+@233 := @54 @232
+@235 := @122 (@233 @12)
+@236 := @149 @7
+@237 := @236 @14
+@242 := {vs : @126} -> {ts : @127} -> (h : @231) -> (hs : @205) -> @235 @237
+@243 := @228 @53
+@244 := @5 @14
+@246 := @43 @244 @7
+@247 := @123 @4
+@249 := @54 @215 @53
+@250 := @122 @249
+@254 := {ts : @127} -> (h : @246) -> (hs : @247) -> @250 @237
+@255 := @243 @77
+@257 := @54 @229 @53
+@258 := @122 @257
+@259 := @236 @77
+@262 := (h : @49) -> (hs : @124) -> @258 @259
+@263 := @255 @47
+@265 := @54 @244 @53
+@266 := @122 @265
+@268 := (hs : @124) -> @266 @259
+@269 := @263 @121
+@270 := @122 @56
+@271 := @270 @259
+@272 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.denote
+@273 := @272 @4
+@274 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.__fits_0
+@275 := @274 @4
+@277 := LexLeanStd.Text.lines @4
+@281 := LexLeanPreservation.encList @3 @5 @277
+@283 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.root @4
+@284 := Bool
+@285 := Ne.{1}
+@286 := LexLeanPreservation.Obs
+@287 := @285 @286
+@288 := LexLeanPreservation.Rel
+@291 := @287 (@288 @4 @17)
+@292 := LexLeanPreservation.Obs.stuck
+@295 := (f : @284) -> (v : @50) -> @291 @292
+@297 := LexLeanPreservation.Rust.rel_ne_stuck @275
+@303 := (v : @50) -> @287 (@288 (@274 @14) @17) @292
+@304 := @297 @281
+@308 := @287 (@288 @275 @281) @292
+@309 := @125 @60
+@310 := LexLeanPreservation.Rust.FunSem
+@311 := #9
+@317 := (n : @57) -> @310 @311 @142 @136 @17 @128
+@318 := Eq.{1}
+@319 := Option.{0}
+@320 := @319 @72
+@321 := @318 @320
+@328 := LexLeanRuntime.index (@125 @72) @72 (LexLeanRuntime.instIndexableList @72)
+@332 := @321 (@328 (@73 @311) @128)
+@333 := Option.some.{0}
+@334 := @333 @72
+@335 := @334 @130
+@336 := @332 @335
+@337 := #10
+@341 := @97 @337 @311 @142 @130
+@342 := LexLeanTarget.TargetSyntax.Function.types
+@343 := @342 @128
+@344 := @341 @343
+@345 := @319 @309
+@346 := @318 @345
+@347 := LexLeanTarget.TargetSemantics.bindAll
+@348 := LexLeanTarget.TargetSyntax.Function.parameters
+@353 := @346 (@347 (@348 @136) @128 @67)
+@354 := @333 @309
+@355 := @354 @130
+@356 := @353 @355
+@357 := @319 @284
+@358 := @318 @357
+@359 := LexLeanPreservation.Rust.fnFallible
+@360 := #11
+@363 := @358 (@359 @360 @311)
+@364 := @333 @284
+@365 := @364 @130
+@366 := @363 @365
+@367 := LexLeanPreservation.RunConv
+@368 := #13
+@372 := @367 @368 @337 @142 @130
+@374 := @287 @128 @292
+@375 := Exists.{1}
+@376 := LexLeanPreservation.Rust.ROut
+@377 := @375 @376
+@378 := And
+@379 := LexLeanPreservation.Rust.RealizesFn
+@383 := @378 (@379 @311 @142 @17)
+@384 := LexLeanPreservation.Rust.RCI
+@386 := @384 #15
+@387 := LexLeanPreservation.Rust.fnIdent
+@388 := @387 @368
+@395 := (hne : @374) -> @377 (fun (ro : @376) => @383 (@386 @388 @360 @17))
+@410 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @309} ->
+  {F : @284} ->
+  {o : @286} ->
+  (hB : @317) ->
+  (hfn : @336) -> (hwt : @344) -> (hbind : @356) -> (hF : @366) -> (hA : @372) -> @395
+@412 := LexLeanPreservation.Rust.compose @0
+@413 := @310 @0
+@418 := (n : @57) -> @413 @142 @136 @17 @128
+@419 := @328 @74
+@422 := @321 (@419 @128) @335
+@426 := @108 @311 @142 @130 @343
+@427 := @367 @0
+@430 := @427 @337 @142 @130
+@444 := {c : @9} ->
+  {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @309} ->
+  {F : @284} ->
+  {o : @286} ->
+  (hB : @418) ->
+  (hfn : @422) -> (hwt : @426) -> (hbind : @356) -> (hF : @366) -> (hA : @430) -> @395
+@445 := @412 @1
+@446 := @413 @1
+@450 := (n : @57) -> @446 @136 @17 @128
+@453 := @116 @142 @130 @343
+@454 := @359 @1
+@457 := @358 (@454 @311) @365
+@458 := @384 @1
+@468 := (hbind : @356) ->
+  (hF : @457) -> (hA : @430) -> (hne : @374) -> @377 (fun (ro : @376) => @383 (@458 @388 @360 @17))
+@478 := {A : @10} ->
+  {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @309} -> {F : @284} -> {o : @286} -> (hB : @450) -> (hfn : @422) -> (hwt : @453) -> @468
+@479 := @445 @2
+@481 := @446 @2 @17
+@483 := (n : @57) -> @481 @128
+@484 := @122 @130
+@485 := @484 @343
+@494 := {f : @57} ->
+  {fn : @72} ->
+  {args : @126} ->
+  {env : @309} -> {F : @284} -> {o : @286} -> (hB : @483) -> (hfn : @422) -> (hwt : @485) -> @468
+@495 := @479 @61
+@497 := (n : @57) -> @481 @61
+@498 := @419 @61
+@499 := @321 @498
+@500 := @499 @335
+@501 := @454 @61
+@502 := @358 @501
+@503 := @502 @365
+@504 := @427 @61
+@506 := @504 @142 @130
+@508 := @458 (@387 @61)
+@516 := (hF : @503) -> (hA : @506) -> (hne : @374) -> @377 (fun (ro : @376) => @383 (@508 @360 @17))
+@525 := {fn : @72} ->
+  {args : @126} ->
+  {env : @309} ->
+  {F : @284} -> {o : @286} -> (hB : @497) -> (hfn : @500) -> (hwt : @485) -> (hbind : @356) -> @516
+@526 := @495 @92
+@528 := @499 (@334 @92)
+@529 := @342 @92
+@530 := @484 @529
+@532 := @347 (@348 @92)
+@544 := {args : @126} ->
+  {env : @309} ->
+  {F : @284} ->
+  {o : @286} ->
+  (hB : @497) -> (hfn : @528) -> (hwt : @530) -> (hbind : @346 (@532 @128 @67) @355) -> @516
+@545 := @526 @56
+@546 := @219 @53
+@548 := @122 @546 @529
+@551 := @54 (@5 @136) @53
+@555 := @346 (@532 @551 @67) @355
+@558 := @54 (@5 @311) @53
+@579 := {env : @309} ->
+  {F : @284} ->
+  {o : @286} ->
+  (hB : @497) ->
+  (hfn : @528) ->
+  (hwt : @548) ->
+  (hbind : @555) ->
+  (hF : @503) ->
+  (hA : @504 @558 @130) ->
+  (hne : @374) -> @377 (fun (ro : @376) => @383 (@508 (@54 (@5 #12) @53) @17))
+@580 := @545 @70
+@581 := @233 @53
+@583 := @122 @581 @529
+@591 := @346 (@532 @546 @67) (@354 (@68 (@65 @218) @67))
+@594 := @54 (@5 @142) @53
+@613 := {F : @284} ->
+  {o : @286} ->
+  (hB : @497) ->
+  (hfn : @528) ->
+  (hwt : @583) ->
+  (hbind : @591) ->
+  (hF : @503) ->
+  (hA : @504 @594 @130) ->
+  (hne : @374) -> @377 (fun (ro : @376) => @383 (@508 (@54 (@5 @360) @53) @17))
+@614 := @580 @71
+@615 := @250 @529
+@623 := @346 (@532 @581 @67) (@354 (@68 (@65 @232) @67))
+@625 := @502 (@364 @71)
+@627 := @504 @551 @130
+@628 := @379 @71
+@647 := {o : @286} ->
+  (hB : @497) ->
+  (hfn : @528) ->
+  (hwt : @615) ->
+  (hbind : @623) ->
+  (hF : @625) ->
+  (hA : @627) ->
+  (hne : @374) -> @377 (fun (ro : @376) => @378 (@628 @142 @17) (@508 (@54 (@5 @337) @53) @17))
+@648 := @614 @273
+@649 := @258 @529
+@657 := @346 (@532 @249 @67) (@354 (@68 (@65 @215) @67))
+@658 := @504 @546
+@659 := @272 @128
+@660 := @658 @659
+@661 := @272 @136
+@679 := (hB : @497) ->
+  (hfn : @528) ->
+  (hwt : @649) ->
+  (hbind : @657) ->
+  (hF : @625) ->
+  (hA : @660) ->
+  (hne : @287 @661 @292) -> @377 (fun (ro : @376) => @378 (@628 (@272 @311) @17) (@508 @558 @17))
+@680 := @648 @96
+@681 := @266 @529
+@689 := @346 (@532 @257 @67) (@354 (@68 (@65 @229) @67))
+@690 := @504 @581
+@691 := @272 @130
+@709 := (hfn : @528) ->
+  (hwt : @681) ->
+  (hbind : @689) ->
+  (hF : @625) ->
+  (hA : @690 @691) ->
+  (hne : @287 @659 @292) -> @377 (fun (ro : @376) => @378 (@628 (@272 @142) @17) (@508 @594 @17))
+@710 := Eq.refl.{1}
+@713 := @680 (@710 @320 @498)
+@714 := @270 @529
+@722 := @346 (@532 @265 @67) (@354 (@68 (@65 @244) @67))
+@723 := @504 @249
+@724 := @272 @132
+@740 := (hwt : @714) ->
+  (hbind : @722) ->
+  (hF : @625) ->
+  (hA : @723 @724) ->
+  (hne : @287 @691 @292) -> @377 (fun (ro : @376) => @378 (@628 @661 @17) (@508 @551 @17))
+@741 := @713 @269
+@743 := @532 @56 @67
+@746 := @346 @743 (@354 @70)
+@747 := @504 @257
+@748 := @272 @12
+@763 := (hbind : @746) ->
+  (hF : @625) ->
+  (hA : @747 @748) ->
+  (hne : @287 @724 @292) -> @377 (fun (ro : @376) => @378 (@628 @659 @17) (@508 @546 @17))
+@766 := @741 (@710 @345 @743)
+@767 := @504 @265
+@768 := @272 @14
+@782 := (hF : @625) ->
+  (hA : @767 @768) ->
+  (hne : @287 @748 @292) -> @377 (fun (ro : @376) => @378 (@628 @691 @17) (@508 @581 @17))
+@785 := @766 (@710 @357 @501)
+@799 := (hA : @504 @56 @273) ->
+  (hne : @287 @768 @292) -> @377 (fun (ro : @376) => @378 (@628 @724 @17) (@508 @249 @17))
+@800 := @785 @283
+@811 := (hne : @287 @273 @292) -> @377 (fun (ro : @376) => @378 (@628 @748 @17) (@508 @257 @17))
+@812 := @800 @304
+@818 := @378 (@628 @768 @17) (@508 @265 @17)
+@820 := @377 (fun (ro : @376) => @818)
+@822 := @377 (fun (__e_ro : @376) => @818)
+@826 := LexLeanPreservation.Rust.RepresentableL (@54 @18 @53)
+@827 := (__e_hrep : @826) -> @822
+@828 := fun (__e_hrep : @826) => @812
+@829 := (subject : @3) -> @827
+@830 := fun (subject : @3) => @828
+\end{coremodule}
+\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/RustStd.lean
new file mode 100644
index 000000000..3658c6761
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/RustStd.lean
@@ -0,0 +1,117 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0], types := [.bytes], result := (.list .bytes),
+      body := (.«let» 1 .nat (.prim .length [(.var 0)]) (.«let» 2 (.pair .nat (.pair .nat (.list .bytes))) (.first (.call 1 [(.closure 2 [(.var 0)]), (.var 1), (.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.value .nat (.nat 0)), (.build .pair (.pair .nat (.list .bytes)) [(.value .nat (.nat 0)), (.build .nil (.list .bytes) [])])])])) (.«let» 3 .nat (.first (.second (.var 2))) (.«let» 4 (.list .bytes) (.second (.second (.var 2))) (.cond (.prim .natLt [(.var 3), (.var 1)]) (.call 3 [(.build .cons (.list .bytes) [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 1), (.var 3)])]), (.var 4)])]) (.call 3 [(.var 4)])))))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))], result := (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool),
+      body := (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.call 5 [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [(.list .bytes)], result := (.list .bytes),
+      body := (.call 6 [(.closure 7 []), (.build .nil (.list .bytes) []), (.var 0)]) },
+    { parameters := [0, 1, 2], types := [.bytes, .nat, .nat], result := .bytes,
+      body := (.«match» .bytes (.prim .slice [(.var 0), (.var 1), (.var 2)]) [(.arm .some [3] (.var 3)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1], types := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))], result := (.option (.pair .nat (.pair .nat (.list .bytes)))),
+      body := (.«let» 2 .nat (.first (.var 1)) (.«let» 3 .nat (.first (.second (.var 1))) (.«let» 4 (.list .bytes) (.second (.second (.var 1))) (.«match» (.option (.pair .nat (.pair .nat (.list .bytes)))) (.call 8 [(.var 0), (.var 2)]) [(.arm .some [5] (.cond (.prim .equal [(.var 5), (.value (.fixed .u8) (.u8 10))]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .cons (.list .bytes) [(.call 9 [(.call 4 [(.var 0), (.var 3), (.prim .natSub [(.var 2), (.var 3)])])]), (.var 4)])])])]) (.build .some (.option (.pair .nat (.pair .nat (.list .bytes)))) [(.build .pair (.pair .nat (.pair .nat (.list .bytes))) [(.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.build .pair (.pair .nat (.list .bytes)) [(.var 3), (.var 4)])])]))), (.arm .none [] (.build .none (.option (.pair .nat (.pair .nat (.list .bytes)))) []))])))) },
+    { parameters := [0, 1, 2], types := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)], result := (.list .bytes),
+      body := (.«match» (.list .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 6 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := (.list .bytes),
+      body := (.build .cons (.list .bytes) [(.var 1), (.var 0)]) },
+    { parameters := [0, 1], types := [.bytes, .nat], result := (.option (.fixed .u8)),
+      body := (.prim .index [(.var 0), (.var 1)]) },
+    { parameters := [0], types := [.bytes], result := .bytes,
+      body := (.cond (.call 10 [(.var 0), (.value .bytes (.bytes (ByteArray.mk #[13])))]) (.call 4 [(.var 0), (.value .nat (.nat 0)), (.prim .natSub [(.prim .length [(.var 0)]), (.value .nat (.nat 1))])]) (.var 0)) },
+    { parameters := [0, 1], types := [.bytes, .bytes], result := .bool,
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.cond (.prim .natLe [(.var 3), (.var 2)]) (.«match» .bool (.prim .slice [(.var 0), (.prim .natSub [(.var 2), (.var 3)]), (.var 3)]) [(.arm .some [4] (.prim .equal [(.var 4), (.var 1)])), (.arm .none [] (.build .false .bool []))]) (.build .false .bool [])))) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [.bytes] }]),
+    (.apply 0 [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes)))) true [{ function := 2, captures := [.clone], functionFallible := true }]),
+    (.enum (.fn 1) [{ number := 7, fields := [] }]),
+    (.apply 1 [(.list .bytes), .bytes] (.list .bytes) false [{ function := 7, captures := [], functionFallible := false }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] (.fallible (.list .bytes)) (.mk [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 4)))))] (.move (.generated .part 3))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6)))))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 4))] false)))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.pair (.pair .nat (.pair .nat (.list .bytes))) .bool)) (.mk [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [] (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }] (.list .bytes) (.mk [] (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false))),
+    (.function (.generated .function 4) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bytes (.mk [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 14)), (.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))] (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]))),
+    (.function (.generated .function 5) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.pair .nat (.pair .nat (.list .bytes))) }] (.fallible (.option (.pair .nat (.pair .nat (.list .bytes))))) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 19)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))] (.move (.generated .part 22)))))] (.move (.generated .part 21))))), (.mk (.bind (.generated .holder 23)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false))] (.matchOn (.move (.generated .holder 23)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))))]))),
+    (.function (.generated .function 6) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 1) }, { pattern := (.bind (.generated .binding 1)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.list .bytes) (.mk [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 7) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.list .bytes) (.mk [] (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]))),
+    (.function (.generated .function 8) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }] (.option (.fixed .u8)) (.mk [(.mk (.bind (.generated .operand 36)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 1)))] (.call (.runtime .indexBytes) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false))),
+    (.function (.generated .function 9) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }] .bytes (.mk [] (.cond (.call (.function 10) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)))] false)) (.mk [] (.move (.generated .binding 0)))))),
+    (.function (.generated .function 10) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bool (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 41))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 42))] false)))), (.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 44)) none (.copy (.generated .binding 2)))] (.cond (.call (.runtime .natLe) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false) (.mk [(.mk (.bind (.generated .holder 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false))))] (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)))])) (.mk [] (.lit (.bool false))))))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.pair .nat (.pair .nat (.list .bytes)))], (.option (.pair .nat (.pair .nat (.list .bytes))))), true), (([(.list .bytes), .bytes], (.list .bytes)), false)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 1)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 2)) (some (.pair .nat (.pair .nat (.list .bytes)))) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))] (.move (.generated .part 2))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 4)))))] (.move (.generated .part 3))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6)))))] (.move (.generated .part 5))))), (.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))], (.cond (.call (.runtime .natLt) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false) (.mk [] (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)))] false), (.move (.generated .binding 4))])] false))) (.mk [] (.succeed (.call (.function 3) [(.move (.generated .binding 4))] false)))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 2)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 0))]), (.copy (.generated .binding 1)), (.pair (.lit (.nat 0)) (.pair (.lit (.nat 0)) (.construct (.nil .bytes) [])))] true))]) (tail := (.move (.generated .part 2))) (Corr.first (ta := (.pair .nat (.pair .nat (.list .bytes)))) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))] (.move (.generated .part 4)))))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 4))]) none (.clone (.generated .binding 2)))]) (tail := (.move (.generated .part 4))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 5))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))] (.move (.generated .part 6)))))]) (tail := (.move (.generated .part 5))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 6))]) none (.move (.generated .binding 2)))]) (tail := (.move (.generated .part 6))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 7)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 8)) none (.copy (.generated .binding 1)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.call (.function 3) [(.construct .cons [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)))] false), (.move (.generated .binding 4))])] false))) (lb := []) (tb := (.succeed (.call (.function 3) [(.move (.generated .binding 4))] false))) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.fOfB (Corr.callOps (ts := [(.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl))))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 11)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 11)) (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 11))), (.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))]))), [(2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 13)) none (.block (.mk [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 13)) [(.mk .none (.mk [] (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option (.pair .nat (.pair .nat (.list .bytes))))) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 12)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 12) [(.clone (.generated .binding 2))] true)) (Corr.apply (ps := [(.pair .nat (.pair .nat (.list .bytes)))]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.move (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, (.pair .nat (.pair .nat (.list .bytes))), (some 4)), (3, .nat, (some 3)), (2, (.pair .nat (.pair .nat (.list .bytes))), (some 2)), (1, .nat, (some 1)), (0, (.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [(.pair .nat (.pair .nat (.list .bytes)))] (.option (.pair .nat (.pair .nat (.list .bytes))))), .nat, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 5) [(.move (.generated .binding 0)), (.move (.generated .binding 1))] false), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.callF (ts := [.bytes, (.pair .nat (.pair .nat (.list .bytes)))]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.call (.function 6) [(.construct (.closure 1 7) []), (.construct (.nil .bytes) []), (.move (.generated .binding 0))] false), [(0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := []) (mask := []) (af := false) (ff := false) (Corr.opsNil) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun4 : FunOK program krate flags 4 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 17)) none (.block (.mk [(.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 14)), (.move (.generated .operand 15)), (.move (.generated .operand 16))] false))))], (.matchOn (.move (.generated .holder 17)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.move (.generated .binding 3))))]), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 14)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 15)) none (.copy (.generated .binding 1))), (.mk (.bind (.generated .operand 16)) none (.copy (.generated .binding 2)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 14)), (.move (.generated .operand 15)), (.move (.generated .operand 16))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 3))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun5 : FunOK program krate flags 5 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.clone (.generated .binding 1)))] (.move (.generated .part 18))))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 19)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))] (.move (.generated .part 19))))), (.mk (.bind (.generated .binding 4)) (some (.list .bytes)) (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))] (.move (.generated .part 22)))))] (.move (.generated .part 21))))), (.mk (.bind (.generated .holder 23)) none (.call (.function 8) [(.clone (.generated .binding 0)), (.copy (.generated .binding 2))] false))], (.matchOn (.move (.generated .holder 23)) [(.mk .none (.mk [] (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) [])))), (.mk (.some (.bind (.generated .binding 5))) (.mk [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))] (.cond (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))))]), [(1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 18)), .wild]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 18))) (Corr.first (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 19)), .wild]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))] (.move (.generated .part 20)))))]) (tail := (.move (.generated .part 19))) (Corr.first (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 20))]) none (.clone (.generated .binding 1)))]) (tail := (.move (.generated .part 20))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 21))]) none (.block (.mk [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))] (.move (.generated .part 22)))))]) (tail := (.move (.generated .part 21))) (Corr.second (ta := .nat) (tb := (.list .bytes)) (Corr.eOfB (lets := [(.mk (.tuple [.wild, (.bind (.generated .part 22))]) none (.move (.generated .binding 1)))]) (tail := (.move (.generated .part 22))) (Corr.second (ta := .nat) (tb := (.pair .nat (.list .bytes))) (Corr.var rfl rfl) rfl)) rfl)) rfl (Corr.matchArms (st := (.option (.fixed .u8))) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.succeed (.construct (.none (.pair .nat (.pair .nat (.list .bytes)))) []))) (Corr.mCons (Γ' := [(5, (.fixed .u8), (some 5)), (4, (.list .bytes), (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, (.pair .nat (.pair .nat (.list .bytes))), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))]) (tail := (.cond (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (.mk [] (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))))) (Corr.mNil) rfl rfl rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 24)) none (.copy (.generated .binding 5))), (.mk (.bind (.generated .operand 25)) none (.lit (.fixed .u8 10)))]) (ce := (.call (.runtime .equal) [(.move (.generated .operand 24)), (.move (.generated .operand 25))] false)) (lk := []) (Corr.prim (ts := [(.fixed .u8), (.fixed .u8)]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true))) (.pair (.block (.mk [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true))) (.construct .cons [(.call (.function 9) [(.call (.function 4) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.block (.mk [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)))] false)] false), (.move (.generated .binding 4))])))]))) (lb := []) (tb := (.succeed (.construct .some [(.pair (.block (.mk [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true))) (.pair (.copy (.generated .binding 3)) (.move (.generated .binding 4))))]))) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 26)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 27)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 26)), (.move (.generated .operand 27))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 28)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 29)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 28)), (.move (.generated .operand 29))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 30)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 31)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 30)), (.move (.generated .operand 31))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := [(.pair .nat (.pair .nat (.list .bytes)))]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 32)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 33)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 32)), (.move (.generated .operand 33))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) (Corr.lNil)))) (Corr.lNil))) rfl))))) rfl rfl rfl (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))) rfl rfl rfl))))⟩⟩
+
+theorem fun6 : FunOK program krate flags 6 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 34)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 34)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.list .bytes), (some 1)), (0, (.fn [(.list .bytes), .bytes] (.list .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 6) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))] (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.list .bytes), .bytes] (.list .bytes)), (.list .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 35)) (some (.fn 1)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 35) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.list .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun7 : FunOK program krate flags 7 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.construct .cons [(.move (.generated .binding 1)), (.move (.generated .binding 0))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.build (ts := [.bytes, (.list .bytes)]) (mask := [false, false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl)⟩⟩
+
+theorem fun8 : FunOK program krate flags 8 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .operand 36)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 37)) none (.copy (.generated .binding 1)))], (.call (.runtime .indexBytes) [(.move (.generated .operand 36)), (.move (.generated .operand 37))] false), [(1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.prim (ts := [.bytes, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)⟩⟩
+
+theorem fun9 : FunOK program krate flags 9 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 10) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false) (.mk [] (.call (.function 4) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)))] false)) (.mk [] (.move (.generated .binding 0)))), [(0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 10) [(.clone (.generated .binding 0)), (.lit (.bytes (ByteArray.mk #[13])))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.call (.function 4) [(.clone (.generated .binding 0)), (.lit (.nat 0)), (.block (.mk [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))] (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)))] false)) (lb := []) (tb := (.move (.generated .binding 0))) (Corr.callOps (ts := [.bytes, .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.value rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 39)) none (.block (.mk [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)))), (.mk (.bind (.generated .operand 40)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 39)), (.move (.generated .operand 40))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 38)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 38))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.bOfE (Corr.var rfl rfl))))⟩⟩
+
+theorem fun10 : FunOK program krate flags 10 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 41)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 41))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 42)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 42))] false)))), (.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 44)) none (.copy (.generated .binding 2)))], (.cond (.call (.runtime .natLe) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false) (.mk [(.mk (.bind (.generated .holder 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false))))] (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)))])) (.mk [] (.lit (.bool false)))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 41)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 41))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 42)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 42))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.cond (lc := [(.mk (.bind (.generated .operand 43)) none (.copy (.generated .binding 3))), (.mk (.bind (.generated .operand 44)) none (.copy (.generated .binding 2)))]) (ce := (.call (.runtime .natLe) [(.move (.generated .operand 43)), (.move (.generated .operand 44))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := [(.mk (.bind (.generated .holder 50)) none (.block (.mk [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false))))]) (ta := (.matchOn (.move (.generated .holder 50)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 4))) (.mk [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)))])) (lb := []) (tb := (.lit (.bool false))) (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 47)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 48)) none (.block (.mk [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))] (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)))), (.mk (.bind (.generated .operand 49)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 47)), (.move (.generated .operand 48)), (.move (.generated .operand 49))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 45)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 46)) none (.copy (.generated .binding 3)))]) (tail := (.call (.runtime .natSub) [(.move (.generated .operand 45)), (.move (.generated .operand 46))] false)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(4, .bytes, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 51)) none (.move (.generated .binding 4))), (.mk (.bind (.generated .operand 52)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 51)), (.move (.generated .operand 52))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl) (Corr.bOfE (Corr.buildConst rfl))))))⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | 4 => exact fun4
+  | 5 => exact fun5
+  | 6 => exact fun6
+  | 7 => exact fun7
+  | 8 => exact fun8
+  | 9 => exact fun9
+  | 10 => exact fun10
+  | _ + 11 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5.lean
new file mode 100644
index 000000000..b93bfb543
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5.lean
@@ -0,0 +1,43 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanStd.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := .bytes,
+      body := (.«match» .bytes (.call 1 [(.closure 2 [(.var 1)]), (.build .none (.option .bytes) []), (.var 0)]) [(.arm .some [2] (.var 2)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [.bytes, (.option .bytes), .bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.var 1) [(.arm .none [] (.build .some (.option .bytes) [(.var 2)])), (.arm .some [3] (.build .some (.option .bytes) [(.prim .append [(.prim .append [(.var 3), (.var 0)]), (.var 2)])]))]) }] }
+
+def __fits_2 (separator : ByteArray) (joined : (Option ByteArray)) (piece : ByteArray) : Bool :=
+  (Bool.true && (match joined with | Option.none => ((Bool.true && Bool.true) && Bool.true) | Option.some sofar => ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true)))
+
+theorem __rel_2 (separator : ByteArray) (joined : (Option ByteArray)) (piece : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes separator), ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) joined), (_root_.LexLeanTarget.TargetSyntax.Value.bytes piece)] (_root_.LexLeanPreservation.Rel (__fits_2 separator joined piece) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) ((match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray)))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.none => ((Bool.true && Bool.true) && Bool.true) | Option.some sofar => ((((((Bool.true && (Bool.true && Bool.true)) && Bool.true) && (Bool.true && Bool.true)) && Bool.true) && Bool.true) && Bool.true))) (fun (__a : (Option ByteArray)) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (match __a with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray)))) joined (_root_.LexLeanPreservation.conv_var rfl) (fun (__a : (Option ByteArray)) _ => match __a with | Option.none => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) | Option.some sofar => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes sofar separator)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_append_bytes (_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray) piece)) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)))))
+
+def __fits_0 (pieces : (List ByteArray)) (separator : ByteArray) : Bool :=
+  ((((Bool.true && Bool.true) && ((Bool.true && Bool.true) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.foldFits (fun (__p0 : (Option ByteArray)) (__p1 : ByteArray) => __fits_2 (separator) __p0 __p1) ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) ((Option.none : (Option ByteArray))) (pieces))) && (match (_root_.LexLeanCollections.listFold ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) ((Option.none : (Option ByteArray))) (pieces) : (Option ByteArray)) with | Option.some joined => Bool.true | Option.none => Bool.true))
+
+theorem __rel_0 (pieces : (List ByteArray)) (separator : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces), (_root_.LexLeanTarget.TargetSyntax.Value.bytes separator)] (_root_.LexLeanPreservation.Rel (__fits_0 pieces separator) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.joinWith pieces separator))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some joined => Bool.true | Option.none => Bool.true)) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bytes (match __a with | Option.some joined => joined | Option.none => (ByteArray.mk #[]))) (_root_.LexLeanCollections.listFold ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) ((Option.none : (Option ByteArray))) (pieces) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_listFold (ea := _root_.LexLeanTarget.TargetSyntax.Value.bytes) (es := (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes)) (_root_.LexLeanPreservation.listEnc _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun _ => rfl) ((fun (joined : (Option ByteArray)) (piece : ByteArray) => (match joined with | Option.none => (Option.some (piece) : (Option ByteArray)) | Option.some sofar => (Option.some ((_root_.LexLeanRuntime.append ((_root_.LexLeanRuntime.append (sofar) (separator) : ByteArray)) (piece) : ByteArray)) : (Option ByteArray))))) (fun (__p0 : (Option ByteArray)) (__p1 : ByteArray) => __fits_2 (separator) __p0 __p1) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes separator)] (fun (__p0 : (Option ByteArray)) (__p1 : ByteArray) => __rel_2 (separator) __p0 __p1) (p := __prog) (fi := 1) (ta := .bytes) (ts := (.option .bytes)) rfl ((Option.none : (Option ByteArray))) (pieces))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some joined => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_var rfl)) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl _root_.LexLeanPreservation.conv_value))))
+
+def denote (pieces : (List ByteArray)) (separator : ByteArray) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 pieces separator) (_root_.LexLeanPreservation.Obs.value ((_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.joinWith pieces separator)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (pieces : (List ByteArray)) (separator : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [((_root_.LexLeanPreservation.encList _root_.LexLeanTarget.TargetSyntax.Value.bytes) pieces), (_root_.LexLeanTarget.TargetSyntax.Value.bytes separator)] (_root_.LexLeanPreservation.Rel (__fits_0 pieces separator) (_root_.LexLeanTarget.TargetSyntax.Value.bytes (LexLeanStd.Text.joinWith pieces separator))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 pieces separator)
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..2edcf9b7a
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/Compose/RustStd.lex.tex
@@ -0,0 +1,513 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5,
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.root : @1046 := @1047 {
+  all: [LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.program
+@1 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.krate
+@2 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.flags
+@3 := ByteArray
+@4 := List.{0}
+@5 := @4 @3
+@6 := #2
+@7 := LexLeanTarget.TargetSyntax.Value.bytes
+@8 := LexLeanPreservation.encList
+@9 := @8 @3
+@10 := @9 @7
+@11 := @10 @6
+@12 := LexLeanTarget.TargetSyntax.Ty.bytes
+@13 := LexLeanTarget.TargetSyntax.Ty.list
+@14 := @13 @12
+@15 := #0
+@16 := LexLeanTarget.TargetSyntax.Program
+@17 := LexLeanPreservation.Rust.RCrate
+@18 := LexLeanPreservation.Rust.Flags
+@19 := LexLeanPreservation.Rust.WT
+@20 := #3
+@22 := @19 @20 @6
+@23 := #1
+@24 := @22 @23
+@25 := @7 @15
+@31 := {p : @16} -> {c : @17} -> {A : @18} -> (b : @3) -> @24 @25 @12
+@33 := LexLeanPreservation.Rust.wt_bytes @0
+@34 := @19 @0
+@41 := {c : @17} -> {A : @18} -> (b : @3) -> @34 @6 @23 @25 @12
+@42 := @33 @1
+@43 := @34 @1
+@48 := {A : @18} -> (b : @3) -> @43 @23 @25 @12
+@49 := @42 @2
+@50 := @43 @2
+@51 := @50 @25
+@52 := @51 @12
+@53 := (b : @3) -> @52
+@55 := fun (__x : @3) => @49 @15
+@56 := Sort 1
+@57 := LexLeanTarget.TargetSyntax.Value
+@58 := (a._@._internal._hyg.#0 : @15) -> @57
+@59 := LexLeanTarget.TargetSyntax.Ty
+@60 := #6
+@61 := @19 @60
+@62 := #5
+@63 := @61 @62
+@64 := #4
+@65 := @63 @64
+@66 := @6 @15
+@69 := (x : @6) -> @65 @66 @23
+@70 := @4 @20
+@71 := #7
+@74 := @19 @71 @60 @62
+@77 := @8 @64 @20 @15
+@78 := @74 @77
+@79 := @13 @6
+@88 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} -> {α : @56} -> {e : @58} -> {t : @59} -> (h : @69) -> (xs : @70) -> @78 @79
+@90 := LexLeanPreservation.Rust.wt_encList @0
+@92 := @34 @62 @64
+@106 := {c : @17} ->
+  {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @92 @66 @23) -> (xs : @70) -> @34 @60 @62 @77 @79
+@107 := @90 @1
+@108 := @43 @64
+@120 := {A : @18} ->
+  {α : @56} ->
+  {e : @58} -> {t : @59} -> (h : (x : @6) -> @108 @66 @23) -> (xs : @70) -> @43 @62 @77 @79
+@121 := @107 @2
+@123 := @50 @66 @23
+@131 := {α : @56} -> {e : @58} -> {t : @59} -> (h : (x : @6) -> @123) -> (xs : @70) -> @50 @77 @79
+@132 := @121 @3
+@142 := {e : (a._@._internal._hyg.#0 : @3) -> @57} ->
+  {t : @59} -> (h : (x : @3) -> @123) -> (xs : @5) -> @50 (@9 @20 @15) @79
+@143 := @132 @7
+@145 := (x : @3) -> @51 @23
+@147 := @50 (@10 @15)
+@151 := {t : @59} -> (h : @145) -> (xs : @5) -> @147 @79
+@152 := @143 @12
+@156 := (h : (x : @3) -> @52) -> (xs : @5) -> @147 @14
+@158 := @152 @55 @6
+@160 := @50 @11 @14
+@161 := @7 @23
+@162 := @49 @23
+@164 := @50 @161 @12
+@165 := List.nil.{0}
+@166 := List.cons.{0}
+@167 := @165 @57
+@168 := @166 @57
+@170 := @168 @161 @167
+@172 := @168 @11 @170
+@173 := Nat
+@176 := Prod.{0, 0} @173 @57
+@177 := 1
+@180 := Prod.mk.{0, 0} @173 @57
+@181 := @180 @177
+@182 := @181 @161
+@183 := 0
+@184 := @180 @183
+@185 := @184 @11
+@186 := @165 @176
+@187 := @166 @176
+@189 := @187 @185 @186
+@191 := @187 @182 @189
+@192 := Bool.false
+@193 := LexLeanTarget.TargetSyntax.Function
+@194 := LexLeanTarget.TargetSyntax.Program.functions
+@195 := @194 @0
+@196 := @165 @173
+@197 := @165 @59
+@198 := LexLeanTarget.TargetSyntax.Ty.unit
+@199 := LexLeanTarget.TargetSyntax.Value.unit
+@202 := LexLeanTarget.TargetSyntax.Expr.value @198 @199
+@207 := LexLeanTarget.TargetSyntax.Function.mk @196 @197 @198 @202
+@212 := List.getD.{0} @193 @195 @183 @207
+@216 := fun (__e_n : @173) =>
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.root @15 @183
+@217 := LexLeanPreservation.Rust.WTL
+@225 := {p : @16} -> {c : @17} -> {A : @18} -> @217 @6 @23 @15 @167 @197
+@227 := LexLeanPreservation.Rust.wtl_nil @0
+@228 := @217 @0
+@234 := {c : @17} -> {A : @18} -> @228 @23 @15 @167 @197
+@235 := @227 @1
+@236 := @228 @1
+@240 := {A : @18} -> @236 @15 @167 @197
+@241 := @235 @2
+@242 := @236 @2
+@243 := @242 @167
+@244 := @243 @197
+@245 := @4 @57
+@246 := @4 @59
+@248 := @65 @20 @6
+@253 := @217 @71 @60 @62 @6 @23
+@254 := #8
+@257 := @217 @254 @71 @60
+@259 := @168 @62 @20
+@260 := @257 @259
+@261 := @166 @59
+@263 := @261 @64 @6
+@273 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {v : @57} -> {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @248) -> (hs : @253) -> @260 @263
+@275 := LexLeanPreservation.Rust.wtl_cons @0
+@293 := {c : @17} ->
+  {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @245} ->
+  {ts : @246} -> (h : @92 @20 @6) -> (hs : @228 @60 @62 @6 @23) -> @228 @71 @60 @259 @263
+@294 := @275 @1
+@309 := {A : @18} ->
+  {v : @57} ->
+  {t : @59} ->
+  {vs : @245} -> {ts : @246} -> (h : @108 @20 @6) -> (hs : @236 @62 @6 @23) -> @236 @60 @259 @263
+@310 := @294 @2
+@312 := @50 @20 @6
+@314 := @242 @6 @23
+@322 := {v : @57} ->
+  {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @312) -> (hs : @314) -> @242 @259 @263
+@323 := @310 @161
+@324 := @7 @64
+@326 := @50 @324 @6
+@327 := @7 @60
+@328 := @168 @327
+@336 := {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @326) -> (hs : @314) -> @242 (@328 @20) @263
+@337 := @323 @12
+@338 := @7 @20
+@340 := @50 @338 @12
+@341 := @7 @62
+@342 := @168 @341
+@344 := @242 (@342 @20)
+@345 := @261 @12
+@346 := @345 @6
+@351 := {vs : @245} -> {ts : @246} -> (h : @340) -> (hs : @314) -> @344 @346
+@352 := @337 @167
+@353 := @7 @6
+@355 := @50 @353 @12
+@356 := @243 @23
+@358 := @168 @324 @167
+@363 := {ts : @246} -> (h : @355) -> (hs : @356) -> @242 @358 @346
+@364 := @352 @197
+@366 := @168 @338 @167
+@367 := @242 @366
+@368 := @345 @197
+@371 := (h : @164) -> (hs : @244) -> @367 @368
+@372 := @364 @162
+@374 := @168 @353 @167
+@376 := @242 @374 @368
+@377 := (hs : @244) -> @376
+@378 := @372 @241
+@380 := @242 @170 @368
+@381 := @310 @11
+@382 := @10 @62
+@384 := @50 @382 @6
+@385 := @10 @71
+@386 := @168 @385
+@394 := {t : @59} -> {vs : @245} -> {ts : @246} -> (h : @384) -> (hs : @314) -> @242 (@386 @20) @263
+@395 := @381 @14
+@396 := @10 @64
+@398 := @50 @396 @14
+@399 := @10 @60
+@400 := @168 @399
+@402 := @242 (@400 @20)
+@403 := @261 @14
+@404 := @403 @6
+@409 := {vs : @245} -> {ts : @246} -> (h : @398) -> (hs : @314) -> @402 @404
+@410 := @395 @170
+@411 := @10 @20
+@413 := @50 @411 @14
+@414 := @367 @23
+@416 := @168 @382 @358
+@417 := @242 @416
+@421 := {ts : @246} -> (h : @413) -> (hs : @414) -> @417 @404
+@422 := @410 @368
+@424 := @168 @396 @366
+@425 := @242 @424
+@426 := @403 @368
+@429 := (h : @160) -> (hs : @376) -> @425 @426
+@430 := @422 @158
+@432 := @168 @411 @374
+@433 := @242 @432
+@435 := (hs : @380) -> @433 @426
+@436 := @430 @378
+@437 := @242 @172
+@438 := @437 @426
+@439 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.denote
+@441 := @439 @6 @23
+@442 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.__fits_0
+@444 := @442 @6 @23
+@448 := @7 (LexLeanStd.Text.joinWith @6 @23)
+@451 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.root @6 @23
+@452 := Bool
+@453 := Ne.{1}
+@454 := LexLeanPreservation.Obs
+@455 := @453 @454
+@456 := LexLeanPreservation.Rel
+@459 := @455 (@456 @23 @15)
+@460 := LexLeanPreservation.Obs.stuck
+@463 := (f : @452) -> (v : @57) -> @459 @460
+@465 := LexLeanPreservation.Rust.rel_ne_stuck @444
+@472 := (v : @57) -> @455 (@456 (@442 @20 @6) @15) @460
+@473 := @465 @448
+@477 := @455 (@456 @444 @448) @460
+@478 := @4 @176
+@479 := LexLeanPreservation.Rust.FunSem
+@480 := #9
+@486 := (n : @173) -> @479 @480 @254 @71 @15 @60
+@487 := Eq.{1}
+@488 := Option.{0}
+@489 := @488 @193
+@490 := @487 @489
+@497 := LexLeanRuntime.index (@4 @193) @193 (LexLeanRuntime.instIndexableList @193)
+@501 := @490 (@497 (@194 @480) @60)
+@502 := Option.some.{0}
+@503 := @502 @193
+@504 := @503 @62
+@505 := @501 @504
+@506 := #10
+@510 := @217 @506 @480 @254 @62
+@511 := LexLeanTarget.TargetSyntax.Function.types
+@512 := @511 @60
+@513 := @510 @512
+@514 := @488 @478
+@515 := @487 @514
+@516 := LexLeanTarget.TargetSemantics.bindAll
+@517 := LexLeanTarget.TargetSyntax.Function.parameters
+@522 := @515 (@516 (@517 @71) @60 @186)
+@523 := @502 @478
+@524 := @523 @62
+@525 := @522 @524
+@526 := @488 @452
+@527 := @487 @526
+@528 := LexLeanPreservation.Rust.fnFallible
+@529 := #11
+@532 := @527 (@528 @529 @480)
+@533 := @502 @452
+@534 := @533 @62
+@535 := @532 @534
+@536 := LexLeanPreservation.RunConv
+@537 := #13
+@541 := @536 @537 @506 @254 @62
+@543 := @455 @60 @460
+@544 := Exists.{1}
+@545 := LexLeanPreservation.Rust.ROut
+@546 := @544 @545
+@547 := And
+@548 := LexLeanPreservation.Rust.RealizesFn
+@552 := @547 (@548 @480 @254 @15)
+@553 := LexLeanPreservation.Rust.RCI
+@555 := @553 #15
+@556 := LexLeanPreservation.Rust.fnIdent
+@557 := @556 @537
+@564 := (hne : @543) -> @546 (fun (ro : @545) => @552 (@555 @557 @529 @15))
+@579 := {p : @16} ->
+  {c : @17} ->
+  {A : @18} ->
+  {f : @173} ->
+  {fn : @193} ->
+  {args : @245} ->
+  {env : @478} ->
+  {F : @452} ->
+  {o : @454} ->
+  (hB : @486) ->
+  (hfn : @505) -> (hwt : @513) -> (hbind : @525) -> (hF : @535) -> (hA : @541) -> @564
+@581 := LexLeanPreservation.Rust.compose @0
+@582 := @479 @0
+@587 := (n : @173) -> @582 @254 @71 @15 @60
+@588 := @497 @195
+@591 := @490 (@588 @60) @504
+@595 := @228 @480 @254 @62 @512
+@596 := @536 @0
+@599 := @596 @506 @254 @62
+@613 := {c : @17} ->
+  {A : @18} ->
+  {f : @173} ->
+  {fn : @193} ->
+  {args : @245} ->
+  {env : @478} ->
+  {F : @452} ->
+  {o : @454} ->
+  (hB : @587) ->
+  (hfn : @591) -> (hwt : @595) -> (hbind : @525) -> (hF : @535) -> (hA : @599) -> @564
+@614 := @581 @1
+@615 := @582 @1
+@619 := (n : @173) -> @615 @71 @15 @60
+@622 := @236 @254 @62 @512
+@623 := @528 @1
+@626 := @527 (@623 @480) @534
+@627 := @553 @1
+@637 := (hbind : @525) ->
+  (hF : @626) -> (hA : @599) -> (hne : @543) -> @546 (fun (ro : @545) => @552 (@627 @557 @529 @15))
+@647 := {A : @18} ->
+  {f : @173} ->
+  {fn : @193} ->
+  {args : @245} ->
+  {env : @478} -> {F : @452} -> {o : @454} -> (hB : @619) -> (hfn : @591) -> (hwt : @622) -> @637
+@648 := @614 @2
+@650 := @615 @2 @15
+@652 := (n : @173) -> @650 @60
+@653 := @242 @62
+@654 := @653 @512
+@663 := {f : @173} ->
+  {fn : @193} ->
+  {args : @245} ->
+  {env : @478} -> {F : @452} -> {o : @454} -> (hB : @652) -> (hfn : @591) -> (hwt : @654) -> @637
+@664 := @648 @183
+@666 := (n : @173) -> @650 @183
+@667 := @588 @183
+@668 := @490 @667
+@669 := @668 @504
+@670 := @623 @183
+@671 := @527 @670
+@672 := @671 @534
+@673 := @596 @183
+@675 := @673 @254 @62
+@677 := @627 (@556 @183)
+@685 := (hF : @672) -> (hA : @675) -> (hne : @543) -> @546 (fun (ro : @545) => @552 (@677 @529 @15))
+@694 := {fn : @193} ->
+  {args : @245} ->
+  {env : @478} ->
+  {F : @452} -> {o : @454} -> (hB : @666) -> (hfn : @669) -> (hwt : @654) -> (hbind : @525) -> @685
+@695 := @664 @212
+@697 := @668 (@503 @212)
+@698 := @511 @212
+@699 := @653 @698
+@701 := @516 (@517 @212)
+@713 := {args : @245} ->
+  {env : @478} ->
+  {F : @452} ->
+  {o : @454} ->
+  (hB : @666) -> (hfn : @697) -> (hwt : @699) -> (hbind : @515 (@701 @60 @186) @524) -> @685
+@714 := @695 @172
+@716 := @386 (@328 @167)
+@718 := @242 @716 @698
+@724 := @168 (@10 @254) (@168 (@7 @71) @167)
+@728 := @515 (@701 @724 @186) @524
+@734 := @168 (@10 @506) (@168 (@7 @480) @167)
+@736 := @673 @734 @62
+@738 := @168 (@10 @537)
+@739 := #12
+@758 := {env : @478} ->
+  {F : @452} ->
+  {o : @454} ->
+  (hB : @666) ->
+  (hfn : @697) ->
+  (hwt : @718) ->
+  (hbind : @728) ->
+  (hF : @672) ->
+  (hA : @736) ->
+  (hne : @543) -> @546 (fun (ro : @545) => @552 (@677 (@738 (@168 (@7 @739) @167)) @15))
+@759 := @714 @191
+@761 := @400 (@342 @167)
+@763 := @242 @761 @698
+@774 := @515 (@701 @716 @186) (@523 (@187 (@181 @327) (@187 (@184 @385) @186)))
+@780 := @168 (@10 @480) (@168 (@7 @254) @167)
+@802 := {F : @452} ->
+  {o : @454} ->
+  (hB : @666) ->
+  (hfn : @697) ->
+  (hwt : @763) ->
+  (hbind : @774) ->
+  (hF : @672) ->
+  (hA : @673 @780 @62) ->
+  (hne : @543) -> @546 (fun (ro : @545) => @552 (@677 (@168 (@10 @739) (@168 (@7 @529) @167)) @15))
+@803 := @759 @192
+@804 := @417 @698
+@815 := @515 (@701 @761 @186) (@523 (@187 (@181 @341) (@187 (@184 @399) @186)))
+@817 := @671 (@533 @192)
+@819 := @673 @724 @62
+@820 := @548 @192
+@842 := {o : @454} ->
+  (hB : @666) ->
+  (hfn : @697) ->
+  (hwt : @804) ->
+  (hbind : @815) ->
+  (hF : @817) ->
+  (hA : @819) ->
+  (hne : @543) ->
+  @546 (fun (ro : @545) => @547 (@820 @254 @15) (@677 (@168 (@10 @529) (@168 (@7 @506) @167)) @15))
+@843 := @803 @441
+@844 := @425 @698
+@855 := @515 (@701 @416 @186) (@523 (@187 (@181 @324) (@187 (@184 @382) @186)))
+@856 := @673 @716
+@858 := @439 @71 @60
+@859 := @856 @858
+@861 := @439 @254 @71
+@880 := (hB : @666) ->
+  (hfn : @697) ->
+  (hwt : @844) ->
+  (hbind : @855) ->
+  (hF : @817) ->
+  (hA : @859) ->
+  (hne : @455 @861 @460) ->
+  @546 (fun (ro : @545) => @547 (@820 (@439 @506 @480) @15) (@677 @734 @15))
+@881 := @843 @216
+@882 := @433 @698
+@893 := @515 (@701 @424 @186) (@523 (@187 (@181 @338) (@187 (@184 @396) @186)))
+@894 := @673 @761
+@896 := @439 @60 @62
+@915 := (hfn : @697) ->
+  (hwt : @882) ->
+  (hbind : @893) ->
+  (hF : @817) ->
+  (hA : @894 @896) ->
+  (hne : @455 @858 @460) ->
+  @546 (fun (ro : @545) => @547 (@820 (@439 @480 @254) @15) (@677 @780 @15))
+@916 := Eq.refl.{1}
+@919 := @881 (@916 @489 @667)
+@920 := @437 @698
+@931 := @515 (@701 @432 @186) (@523 (@187 (@181 @353) (@187 (@184 @411) @186)))
+@932 := @673 @416
+@934 := @439 @62 @64
+@950 := (hwt : @920) ->
+  (hbind : @931) ->
+  (hF : @817) ->
+  (hA : @932 @934) ->
+  (hne : @455 @896 @460) -> @546 (fun (ro : @545) => @547 (@820 @861 @15) (@677 @724 @15))
+@951 := @919 @436
+@953 := @701 @172 @186
+@956 := @515 @953 (@523 @191)
+@957 := @673 @424
+@959 := @439 @64 @20
+@974 := (hbind : @956) ->
+  (hF : @817) ->
+  (hA : @957 @959) ->
+  (hne : @455 @934 @460) -> @546 (fun (ro : @545) => @547 (@820 @858 @15) (@677 @716 @15))
+@977 := @951 (@916 @514 @953)
+@978 := @673 @432
+@980 := @439 @20 @6
+@994 := (hF : @817) ->
+  (hA : @978 @980) ->
+  (hne : @455 @959 @460) -> @546 (fun (ro : @545) => @547 (@820 @896 @15) (@677 @761 @15))
+@997 := @977 (@916 @526 @670)
+@1011 := (hA : @673 @172 @441) ->
+  (hne : @455 @980 @460) -> @546 (fun (ro : @545) => @547 (@820 @934 @15) (@677 @416 @15))
+@1012 := @997 @451
+@1023 := (hne : @455 @441 @460) -> @546 (fun (ro : @545) => @547 (@820 @959 @15) (@677 @424 @15))
+@1024 := @1012 @473
+@1030 := @547 (@820 @980 @15) (@677 @432 @15)
+@1032 := @546 (fun (ro : @545) => @1030)
+@1034 := @546 (fun (__e_ro : @545) => @1030)
+@1035 := LexLeanPreservation.Rust.RepresentableL
+@1036 := @10 @23
+@1038 := @168 @25 @167
+@1041 := @1035 (@168 @1036 @1038)
+@1042 := (__e_hrep : @1041) -> @1034
+@1043 := fun (__e_hrep : @1041) => @1024
+@1044 := (separator : @3) -> @1042
+@1045 := fun (separator : @3) => @1043
+@1046 := (pieces : @5) -> @1044
+@1047 := fun (pieces : @5) => @1045
+\end{coremodule}
+\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/RustStd.lean
new file mode 100644
index 000000000..5a3af47a0
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/RustStd.lean
@@ -0,0 +1,51 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [(.list .bytes), .bytes], result := .bytes,
+      body := (.«match» .bytes (.call 1 [(.closure 2 [(.var 1)]), (.build .none (.option .bytes) []), (.var 0)]) [(.arm .some [2] (.var 2)), (.arm .none [] (.value .bytes (.bytes (ByteArray.mk #[]))))]) },
+    { parameters := [0, 1, 2], types := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.var 2) [(.arm .nil [] (.var 1)), (.arm .cons [3, 4] (.call 1 [(.var 0), (.apply (.var 0) [(.var 1), (.var 3)]), (.var 4)]))]) },
+    { parameters := [0, 1, 2], types := [.bytes, (.option .bytes), .bytes], result := (.option .bytes),
+      body := (.«match» (.option .bytes) (.var 1) [(.arm .none [] (.build .some (.option .bytes) [(.var 2)])), (.arm .some [3] (.build .some (.option .bytes) [(.prim .append [(.prim .append [(.var 3), (.var 0)]), (.var 2)])]))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [.bytes] }]),
+    (.apply 0 [(.option .bytes), .bytes] (.option .bytes) false [{ function := 2, captures := [.clone], functionFallible := false }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := (.list .bytes) }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] .bytes (.mk [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.closure 0 2) [(.move (.generated .binding 1))]), (.construct (.none .bytes) []), (.move (.generated .binding 0))] false))] (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }, { pattern := (.bind (.generated .binding 2)), type := (.list .bytes) }] (.option .bytes) (.mk [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))] (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := (.option .bytes) }, { pattern := (.bind (.generated .binding 2)), type := .bytes }] (.option .bytes) (.mk [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))] (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.construct .some [(.move (.generated .binding 2))]))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)))])))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([(.option .bytes), .bytes], (.option .bytes)), false)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 1)) none (.call (.function 1) [(.construct (.closure 0 2) [(.move (.generated .binding 1))]), (.construct (.none .bytes) []), (.move (.generated .binding 0))] false))], (.matchOn (.move (.generated .holder 1)) [(.mk .none (.mk [] (.lit (.bytes (ByteArray.mk #[]))))), (.mk (.some (.bind (.generated .binding 2))) (.mk [] (.move (.generated .binding 2))))]), [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes]) (mask := [false]) (af := false) (ff := false) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfBNil (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(1, .bytes, (some 1)), (0, (.list .bytes), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bytes (ByteArray.mk #[])))) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, .bytes, (some 1)), (0, (.list .bytes), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 2))) (Corr.mNil) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl (Corr.bOfE (Corr.value rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 2)) none (.move (.generated .binding 2)))], (.matchOn (.uncons (.generated .holder 2)) [(.mk .none (.mk [] (.move (.generated .binding 1)))), (.mk (.some (.tuple [(.bind (.generated .binding 3)), (.bind (.generated .binding 4))])) (.mk [] (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)))]), [(2, (.list .bytes), (some 2)), (1, (.option .bytes), (some 1)), (0, (.fn [(.option .bytes), .bytes] (.option .bytes)), (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.list .bytes)) (U := []) (view := true) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, (.list .bytes), (some 2)), (1, (.option .bytes), (some 1)), (0, (.fn [(.option .bytes), .bytes] (.option .bytes)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.move (.generated .binding 1))) (Corr.mCons (Γ' := [(4, (.list .bytes), (some 4)), (3, .bytes, (some 3)), (2, (.list .bytes), (some 2)), (1, (.option .bytes), (some 1)), (0, (.fn [(.option .bytes), .bytes] (.option .bytes)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.clone (.generated .binding 0)), (.block (.mk [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))] (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false))), (.move (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callOps (ts := [(.fn [(.option .bytes), .bytes] (.option .bytes)), (.option .bytes), (.list .bytes)]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 3)) (some (.fn 0)) (.move (.generated .binding 0)))]) (tail := (.apply (.generated .callee 3) [(.move (.generated .binding 1)), (.move (.generated .binding 3))] false)) (Corr.apply (ps := [(.option .bytes), .bytes]) (af := false) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))) rfl rfl rfl rfl)) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.var rfl rfl))) rfl rfl rfl)⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 4)) none (.move (.generated .binding 1)))], (.matchOn (.move (.generated .holder 4)) [(.mk .none (.mk [] (.construct .some [(.move (.generated .binding 2))]))), (.mk (.some (.bind (.generated .binding 3))) (.mk [] (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)))])))]), [(2, .bytes, (some 2)), (1, (.option .bytes), (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [0, 1]) (Corr.var rfl rfl) (Corr.mCons (Γ' := [(2, .bytes, (some 2)), (1, (.option .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.construct .some [(.move (.generated .binding 2))])) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .bytes, (some 2)), (1, (.option .bytes), (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)))])) (Corr.mNil) rfl rfl rfl (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 7)) none (.block (.mk [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))] (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)))), (.mk (.bind (.generated .operand 8)) none (.move (.generated .binding 2)))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 7)), (.move (.generated .operand 8))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 5)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 6)) none (.move (.generated .binding 0)))]) (tail := (.call (.runtime .appendBytes) [(.move (.generated .operand 5)), (.move (.generated .operand 6))] false)) (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) rfl rfl rfl (Corr.build (ts := [.bytes]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | _ + 3 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6.lean
new file mode 100644
index 000000000..7e48fbb84
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6.lean
@@ -0,0 +1,53 @@
+import LexLeanPreservation.Core
+import LexLeanPreservation.Values
+import LexLeanPreservation.Primitives
+import LexLeanPreservation.Fixed
+import LexLeanPreservation.Keys
+import LexLeanPreservation.Templates
+import LexLeanPreservation.Validate
+import LexLeanStd.Text
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+set_option linter.unusedVariables false
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6
+
+def __prog : _root_.LexLeanTarget.TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .nat),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.«let» 4 .nat (.first (.call 1 [(.closure 2 [(.var 1), (.var 3), (.var 0), (.var 2)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.value .nat (.nat 0))])) (.cond (.call 3 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option .nat) [(.var 4)]) (.build .none (.option .nat) []))))) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1, 2, 3, 4], types := [.bytes, .nat, .bytes, .nat, .nat], result := (.option .nat),
+      body := (.cond (.call 3 [(.var 2), (.var 0), (.var 4)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.prim .natAdd [(.var 4), (.var 1)]), (.var 3)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 4), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) },
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.var 2), (.prim .length [(.var 1)])]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
+
+def __fits_3 (subject : ByteArray) (needle : ByteArray) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && Bool.true))) && Bool.true) && (match (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true)))
+
+theorem __rel_3 (subject : ByteArray) (needle : ByteArray) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 3 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_3 subject needle position) (_root_.LexLeanTarget.TargetSyntax.Value.bool (LexLeanStd.Text.matchAt subject needle position))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_matchV (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.bytes) (fun (__a : (Option ByteArray)) => (match __a with | Option.some window => ((Bool.true && (Bool.true && Bool.true)) && Bool.true) | Option.none => (Bool.true && Bool.true))) (fun (__a : (Option ByteArray)) => _root_.LexLeanTarget.TargetSyntax.Value.bool (match __a with | Option.some window => (_root_.LexLeanRuntime.equal (window) (needle) : Bool) | Option.none => Bool.false)) (_root_.LexLeanRuntime.slice (subject) (position) ((_root_.LexLeanRuntime.length (needle) : Nat)) : (Option ByteArray)) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.prim_slice_bytes subject position (_root_.LexLeanRuntime.length (needle) : Nat))) (fun (__a : (Option ByteArray)) _ => match __a with | Option.some window => (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_equal_bytes window needle))) | Option.none => (_root_.LexLeanPreservation.convA_miss rfl (_root_.LexLeanPreservation.convA_hit rfl rfl (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_false)))))
+
+def __fits_2 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : Bool :=
+  (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_3 (subject) (needle) (position))) && (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))
+
+attribute [local irreducible] LexLeanStd.Text.matchAt in
+theorem __rel_2 (needle : ByteArray) (size : Nat) (subject : ByteArray) (total : Nat) (position : Nat) : _root_.LexLeanPreservation.FunRel __prog 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total), (_root_.LexLeanTarget.TargetSyntax.Value.nat position)] (_root_.LexLeanPreservation.Rel (__fits_2 needle size subject total position) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) ((if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then (Bool.true && Bool.true) else (((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + size) 18446744073709551616)) && (Bool.true && Bool.true)) && Bool.true) && (if (Nat.blt (position + size) total) then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))) (LexLeanStd.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_3 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)) (fun _ => (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (position + (1 : Nat)) 18446744073709551616)) && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))) (Nat.blt (position + size) total) (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position size)) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natLt (position + size) total)) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd position (1 : Nat))) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none)))))
+
+def __fits_0 (subject : ByteArray) (needle : ByteArray) : Bool :=
+  (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (subject) : Nat) 18446744073709551616)) && (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); (((Bool.true && Bool.true) && (Nat.blt (_root_.LexLeanRuntime.length (needle) : Nat) 18446744073709551616)) && (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); ((((Bool.true && (Bool.true && (Bool.true && (Bool.true && Bool.true)))) && (((Bool.true && (Bool.true && Bool.true)) && (Nat.blt (total + (1 : Nat)) 18446744073709551616)) && (Bool.true && Bool.true))) && (_root_.LexLeanPreservation.untilFits (fun (__p0 : Nat) => __fits_2 (needle) (size) (subject) (total) __p0) ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)))) && (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; (((Bool.true && (Bool.true && (Bool.true && Bool.true))) && (__fits_3 (subject) (needle) (position))) && (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true)))))))))
+
+attribute [local irreducible] LexLeanStd.Text.matchAt in
+theorem __rel_0 (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.FunRel __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_0 subject needle) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanStd.Text.find subject needle))) :=
+  _root_.LexLeanPreservation.funRel_intro rfl rfl (let total : Nat := (_root_.LexLeanRuntime.length (subject) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes subject)) (let size : Nat := (_root_.LexLeanRuntime.length (needle) : Nat); _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) (_root_.LexLeanPreservation.prim_length_bytes needle)) (let position : Nat := ((_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) ((total + (1 : Nat))) ((0 : Nat)) : (Prod Nat Bool))).1; _root_.LexLeanPreservation.conv_let (_root_.LexLeanPreservation.conv_first (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_closure (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))))) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_prim (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil)) (_root_.LexLeanPreservation.prim_natAdd total (1 : Nat))) (_root_.LexLeanPreservation.convL_cons _root_.LexLeanPreservation.conv_value _root_.LexLeanPreservation.convL_nil))) (_root_.LexLeanPreservation.tpl_iterateUntil (es := _root_.LexLeanTarget.TargetSyntax.Value.nat) (_root_.LexLeanPreservation.optEnc _root_.LexLeanTarget.TargetSyntax.Value.nat) (fun _ => rfl) (_root_.LexLeanPreservation.encPair _root_.LexLeanTarget.TargetSyntax.Value.nat _root_.LexLeanTarget.TargetSyntax.Value.bool) (fun _ => rfl) ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat)))))) (fun (__p0 : Nat) => __fits_2 (needle) (size) (subject) (total) __p0) 2 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes needle), (_root_.LexLeanTarget.TargetSyntax.Value.nat size), (_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.nat total)] (fun (__p0 : Nat) => __rel_2 (needle) (size) (subject) (total) __p0) (_root_.LexLeanCollections.iterateUntil ((fun (position : Nat) => (if (LexLeanStd.Text.matchAt (subject) (needle) (position)) then (Option.none : (Option Nat)) else (if (Nat.blt (position + size) total) then (Option.some ((position + (1 : Nat))) : (Option Nat)) else (Option.none : (Option Nat))))))) (fun _ => rfl) (fun _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (fun _ _ _ __h => by simp only [_root_.LexLeanCollections.iterateUntil, __h]) (p := __prog) (fi := 1) (ts := .nat) rfl ((total + (1 : Nat))) ((0 : Nat))))) (_root_.LexLeanPreservation.conv_cond (fun (__b : Bool) => (if __b then ((Bool.true && Bool.true) && Bool.true) else (Bool.true && Bool.true))) (fun (__b : Bool) => (_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (if __b then (Option.some (position) : (Option Nat)) else (Option.none : (Option Nat)))) (LexLeanStd.Text.matchAt (subject) (needle) (position)) (_root_.LexLeanPreservation.conv_call (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil))) (__rel_3 (subject) (needle) (position))) (fun _ => (_root_.LexLeanPreservation.conv_build (_root_.LexLeanPreservation.convL_cons (_root_.LexLeanPreservation.conv_var rfl) _root_.LexLeanPreservation.convL_nil) _root_.LexLeanPreservation.construct_some)) (fun _ => (_root_.LexLeanPreservation.conv_build _root_.LexLeanPreservation.convL_nil _root_.LexLeanPreservation.construct_none))))))
+
+def denote (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.Obs :=
+  _root_.cond (__fits_0 subject needle) (_root_.LexLeanPreservation.Obs.value (((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanStd.Text.find subject needle)))) _root_.LexLeanPreservation.Obs.overflow
+
+theorem root (subject : ByteArray) (needle : ByteArray) : _root_.LexLeanPreservation.RunConv __prog 0 [(_root_.LexLeanTarget.TargetSyntax.Value.bytes subject), (_root_.LexLeanTarget.TargetSyntax.Value.bytes needle)] (_root_.LexLeanPreservation.Rel (__fits_0 subject needle) ((_root_.LexLeanPreservation.encOption _root_.LexLeanTarget.TargetSyntax.Value.nat) (LexLeanStd.Text.find subject needle))) :=
+  _root_.LexLeanPreservation.run_of_funRel (__rel_0 subject needle)
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/Compose/RustStd.lex.tex b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/Compose/RustStd.lex.tex
new file mode 100644
index 000000000..55ab5ba49
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/Compose/RustStd.lex.tex
@@ -0,0 +1,465 @@
+\begin{lexlean}{RustStd}
+\title{Certificate E LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd}
+\begin{coremodule}
+imports [
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6,
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd,
+  LexLeanPreservation.Compose
+]
+
+theorem LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.root : @919 := @920 {
+  all: [LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.root],
+  class: false,
+  generated: false,
+  policy: exact{axioms: [Classical.choice, Quot.sound, propext]},
+  transparency: semireducible
+}
+
+@0 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.program
+@1 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.krate
+@2 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.flags
+@3 := ByteArray
+@4 := #2
+@5 := LexLeanTarget.TargetSyntax.Value.bytes
+@6 := @5 @4
+@7 := LexLeanTarget.TargetSyntax.Ty.bytes
+@8 := LexLeanTarget.TargetSyntax.Program
+@9 := LexLeanPreservation.Rust.RCrate
+@10 := LexLeanPreservation.Rust.Flags
+@11 := LexLeanPreservation.Rust.WT
+@12 := #3
+@14 := @11 @12 @4
+@15 := #1
+@16 := @14 @15
+@17 := #0
+@18 := @5 @17
+@24 := {p : @8} -> {c : @9} -> {A : @10} -> (b : @3) -> @16 @18 @7
+@26 := LexLeanPreservation.Rust.wt_bytes @0
+@27 := @11 @0
+@34 := {c : @9} -> {A : @10} -> (b : @3) -> @27 @4 @15 @18 @7
+@35 := @26 @1
+@36 := @27 @1
+@41 := {A : @10} -> (b : @3) -> @36 @15 @18 @7
+@42 := @35 @2
+@43 := @36 @2
+@46 := (b : @3) -> @43 @18 @7
+@47 := @42 @4
+@49 := @43 @6 @7
+@50 := @5 @15
+@51 := @42 @15
+@53 := @43 @50 @7
+@54 := LexLeanTarget.TargetSyntax.Value
+@55 := List.nil.{0}
+@56 := List.cons.{0}
+@57 := @55 @54
+@58 := @56 @54
+@59 := @58 @50
+@60 := @59 @57
+@61 := @58 @6
+@62 := @61 @60
+@63 := Nat
+@66 := Prod.{0, 0} @63 @54
+@67 := 1
+@70 := Prod.mk.{0, 0} @63 @54
+@71 := @70 @67
+@72 := @71 @50
+@73 := 0
+@74 := @70 @73
+@75 := @74 @6
+@76 := @55 @66
+@77 := @56 @66
+@79 := @77 @75 @76
+@81 := @77 @72 @79
+@82 := Bool.true
+@83 := LexLeanTarget.TargetSyntax.Function
+@84 := LexLeanTarget.TargetSyntax.Program.functions
+@85 := @84 @0
+@86 := LexLeanTarget.TargetSyntax.Ty
+@87 := @55 @63
+@88 := @55 @86
+@89 := LexLeanTarget.TargetSyntax.Ty.unit
+@90 := LexLeanTarget.TargetSyntax.Value.unit
+@93 := LexLeanTarget.TargetSyntax.Expr.value @89 @90
+@98 := LexLeanTarget.TargetSyntax.Function.mk @87 @88 @89 @93
+@103 := List.getD.{0} @83 @85 @73 @98
+@107 := fun (__e_n : @63) =>
+  LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.root @17 @73
+@108 := LexLeanPreservation.Rust.WTL
+@116 := {p : @8} -> {c : @9} -> {A : @10} -> @108 @4 @15 @17 @57 @88
+@118 := LexLeanPreservation.Rust.wtl_nil @0
+@119 := @108 @0
+@125 := {c : @9} -> {A : @10} -> @119 @15 @17 @57 @88
+@126 := @118 @1
+@127 := @119 @1
+@131 := {A : @10} -> @127 @17 @57 @88
+@132 := @126 @2
+@133 := @127 @2
+@134 := @133 @57
+@135 := @134 @88
+@136 := List.{0}
+@137 := @136 @54
+@138 := @136 @86
+@139 := #6
+@140 := @11 @139
+@141 := #5
+@142 := @140 @141
+@143 := #4
+@146 := @142 @143 @12 @4
+@147 := #7
+@152 := @108 @147 @139 @141 @4 @15
+@153 := #8
+@156 := @108 @153 @147 @139
+@158 := @58 @141 @12
+@159 := @156 @158
+@160 := @56 @86
+@162 := @160 @143 @4
+@172 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {v : @54} -> {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @146) -> (hs : @152) -> @159 @162
+@174 := LexLeanPreservation.Rust.wtl_cons @0
+@194 := {c : @9} ->
+  {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} ->
+  (h : @27 @141 @143 @12 @4) -> (hs : @119 @139 @141 @4 @15) -> @119 @147 @139 @158 @162
+@195 := @174 @1
+@211 := {A : @10} ->
+  {v : @54} ->
+  {t : @86} ->
+  {vs : @137} ->
+  {ts : @138} -> (h : @36 @143 @12 @4) -> (hs : @127 @141 @4 @15) -> @127 @139 @158 @162
+@212 := @195 @2
+@214 := @43 @12 @4
+@216 := @133 @4 @15
+@224 := {v : @54} ->
+  {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @214) -> (hs : @216) -> @133 @158 @162
+@225 := @212 @50
+@226 := @5 @143
+@227 := @43 @226
+@228 := @227 @4
+@229 := @5 @139
+@230 := @58 @229
+@232 := @133 (@230 @12)
+@238 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @228) -> (hs : @216) -> @232 @162
+@239 := @225 @7
+@240 := @5 @12
+@242 := @43 @240 @7
+@243 := @5 @141
+@244 := @58 @243
+@246 := @133 (@244 @12)
+@247 := @160 @7
+@248 := @247 @4
+@253 := {vs : @137} -> {ts : @138} -> (h : @242) -> (hs : @216) -> @246 @248
+@254 := @239 @57
+@255 := @134 @15
+@256 := @58 @226
+@257 := @256 @57
+@262 := {ts : @138} -> (h : @49) -> (hs : @255) -> @133 @257 @248
+@263 := @254 @88
+@264 := @58 @240
+@265 := @264 @57
+@266 := @133 @265
+@267 := @247 @88
+@270 := (h : @53) -> (hs : @135) -> @266 @267
+@271 := @263 @51
+@272 := @61 @57
+@274 := @133 @272 @267
+@275 := (hs : @135) -> @274
+@276 := @271 @132
+@278 := @133 @60 @267
+@279 := @212 @6
+@281 := @43 @243 @4
+@282 := @5 @147
+@283 := @58 @282
+@291 := {t : @86} -> {vs : @137} -> {ts : @138} -> (h : @281) -> (hs : @216) -> @133 (@283 @12) @162
+@292 := @279 @7
+@298 := {vs : @137} -> {ts : @138} -> (h : @227 @7) -> (hs : @216) -> @232 @248
+@299 := @292 @60
+@300 := @266 @15
+@301 := @244 @257
+@302 := @133 @301
+@306 := {ts : @138} -> (h : @242) -> (hs : @300) -> @302 @248
+@307 := @299 @267
+@308 := @256 @265
+@309 := @133 @308
+@310 := @247 @267
+@313 := (h : @49) -> (hs : @274) -> @309 @310
+@314 := @307 @47
+@315 := @264 @272
+@316 := @133 @315
+@318 := (hs : @278) -> @316 @310
+@319 := @314 @276
+@320 := @133 @62
+@321 := @320 @310
+@322 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.denote
+@324 := @322 @4 @15
+@325 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.__fits_0
+@327 := @325 @4 @15
+@330 := LexLeanStd.Text.find @4 @15
+@331 := LexLeanTarget.TargetSyntax.Value.nat
+@335 := LexLeanPreservation.encOption @63 @331 @330
+@338 := LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.root @4 @15
+@339 := Bool
+@340 := Ne.{1}
+@341 := LexLeanPreservation.Obs
+@342 := @340 @341
+@343 := LexLeanPreservation.Rel
+@346 := @342 (@343 @15 @17)
+@347 := LexLeanPreservation.Obs.stuck
+@350 := (f : @339) -> (v : @54) -> @346 @347
+@352 := LexLeanPreservation.Rust.rel_ne_stuck @327
+@359 := (v : @54) -> @342 (@343 (@325 @12 @4) @17) @347
+@360 := @352 @335
+@364 := @342 (@343 @327 @335) @347
+@365 := @136 @66
+@366 := LexLeanPreservation.Rust.FunSem
+@367 := #9
+@373 := (n : @63) -> @366 @367 @153 @147 @17 @139
+@374 := Eq.{1}
+@375 := Option.{0}
+@376 := @375 @83
+@377 := @374 @376
+@384 := LexLeanRuntime.index (@136 @83) @83 (LexLeanRuntime.instIndexableList @83)
+@388 := @377 (@384 (@84 @367) @139)
+@389 := Option.some.{0}
+@390 := @389 @83
+@391 := @390 @141
+@392 := @388 @391
+@393 := #10
+@397 := @108 @393 @367 @153 @141
+@398 := LexLeanTarget.TargetSyntax.Function.types
+@399 := @398 @139
+@400 := @397 @399
+@401 := @375 @365
+@402 := @374 @401
+@403 := LexLeanTarget.TargetSemantics.bindAll
+@404 := LexLeanTarget.TargetSyntax.Function.parameters
+@409 := @402 (@403 (@404 @147) @139 @76)
+@410 := @389 @365
+@411 := @410 @141
+@412 := @409 @411
+@413 := @375 @339
+@414 := @374 @413
+@415 := LexLeanPreservation.Rust.fnFallible
+@416 := #11
+@419 := @414 (@415 @416 @367)
+@420 := @389 @339
+@421 := @420 @141
+@422 := @419 @421
+@423 := LexLeanPreservation.RunConv
+@424 := #13
+@428 := @423 @424 @393 @153 @141
+@430 := @342 @139 @347
+@431 := Exists.{1}
+@432 := LexLeanPreservation.Rust.ROut
+@433 := @431 @432
+@434 := And
+@435 := LexLeanPreservation.Rust.RealizesFn
+@439 := @434 (@435 @367 @153 @17)
+@440 := LexLeanPreservation.Rust.RCI
+@442 := @440 #15
+@443 := LexLeanPreservation.Rust.fnIdent
+@444 := @443 @424
+@451 := (hne : @430) -> @433 (fun (ro : @432) => @439 (@442 @444 @416 @17))
+@466 := {p : @8} ->
+  {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @365} ->
+  {F : @339} ->
+  {o : @341} ->
+  (hB : @373) ->
+  (hfn : @392) -> (hwt : @400) -> (hbind : @412) -> (hF : @422) -> (hA : @428) -> @451
+@468 := LexLeanPreservation.Rust.compose @0
+@469 := @366 @0
+@474 := (n : @63) -> @469 @153 @147 @17 @139
+@475 := @384 @85
+@478 := @377 (@475 @139) @391
+@482 := @119 @367 @153 @141 @399
+@483 := @423 @0
+@486 := @483 @393 @153 @141
+@500 := {c : @9} ->
+  {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @365} ->
+  {F : @339} ->
+  {o : @341} ->
+  (hB : @474) ->
+  (hfn : @478) -> (hwt : @482) -> (hbind : @412) -> (hF : @422) -> (hA : @486) -> @451
+@501 := @468 @1
+@502 := @469 @1
+@506 := (n : @63) -> @502 @147 @17 @139
+@509 := @127 @153 @141 @399
+@510 := @415 @1
+@513 := @414 (@510 @367) @421
+@514 := @440 @1
+@524 := (hbind : @412) ->
+  (hF : @513) -> (hA : @486) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@514 @444 @416 @17))
+@534 := {A : @10} ->
+  {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @365} -> {F : @339} -> {o : @341} -> (hB : @506) -> (hfn : @478) -> (hwt : @509) -> @524
+@535 := @501 @2
+@537 := @502 @2 @17
+@539 := (n : @63) -> @537 @139
+@540 := @133 @141
+@541 := @540 @399
+@550 := {f : @63} ->
+  {fn : @83} ->
+  {args : @137} ->
+  {env : @365} -> {F : @339} -> {o : @341} -> (hB : @539) -> (hfn : @478) -> (hwt : @541) -> @524
+@551 := @535 @73
+@553 := (n : @63) -> @537 @73
+@554 := @475 @73
+@555 := @377 @554
+@556 := @555 @391
+@557 := @510 @73
+@558 := @414 @557
+@559 := @558 @421
+@560 := @483 @73
+@562 := @560 @153 @141
+@564 := @514 (@443 @73)
+@572 := (hF : @559) -> (hA : @562) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@564 @416 @17))
+@581 := {fn : @83} ->
+  {args : @137} ->
+  {env : @365} ->
+  {F : @339} -> {o : @341} -> (hB : @553) -> (hfn : @556) -> (hwt : @541) -> (hbind : @412) -> @572
+@582 := @551 @103
+@584 := @555 (@390 @103)
+@585 := @398 @103
+@586 := @540 @585
+@588 := @403 (@404 @103)
+@600 := {args : @137} ->
+  {env : @365} ->
+  {F : @339} ->
+  {o : @341} ->
+  (hB : @553) -> (hfn : @584) -> (hwt : @586) -> (hbind : @402 (@588 @139 @76) @411) -> @572
+@601 := @582 @62
+@603 := @283 (@230 @57)
+@605 := @133 @603 @585
+@607 := @58 (@5 @153)
+@609 := @607 (@283 @57)
+@613 := @402 (@588 @609 @76) @411
+@615 := @58 (@5 @393)
+@617 := @58 (@5 @367)
+@619 := @615 (@617 @57)
+@621 := @560 @619 @141
+@623 := @58 (@5 @424)
+@626 := @58 (@5 #12)
+@643 := {env : @365} ->
+  {F : @339} ->
+  {o : @341} ->
+  (hB : @553) ->
+  (hfn : @584) ->
+  (hwt : @605) ->
+  (hbind : @613) ->
+  (hF : @559) ->
+  (hA : @621) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@564 (@623 (@626 @57)) @17))
+@644 := @601 @81
+@646 := @230 (@244 @57)
+@648 := @133 @646 @585
+@659 := @402 (@588 @603 @76) (@410 (@77 (@71 @229) (@77 (@74 @282) @76)))
+@661 := @617 (@607 @57)
+@663 := @560 @661 @141
+@665 := @58 (@5 @416)
+@681 := {F : @339} ->
+  {o : @341} ->
+  (hB : @553) ->
+  (hfn : @584) ->
+  (hwt : @648) ->
+  (hbind : @659) ->
+  (hF : @559) ->
+  (hA : @663) -> (hne : @430) -> @433 (fun (ro : @432) => @439 (@564 (@626 (@665 @57)) @17))
+@682 := @644 @82
+@683 := @302 @585
+@694 := @402 (@588 @646 @76) (@410 (@77 (@71 @243) (@77 (@74 @229) @76)))
+@696 := @558 (@420 @82)
+@698 := @560 @609 @141
+@699 := @435 @82
+@717 := {o : @341} ->
+  (hB : @553) ->
+  (hfn : @584) ->
+  (hwt : @683) ->
+  (hbind : @694) ->
+  (hF : @696) ->
+  (hA : @698) ->
+  (hne : @430) -> @433 (fun (ro : @432) => @434 (@699 @153 @17) (@564 (@665 (@615 @57)) @17))
+@718 := @682 @324
+@719 := @309 @585
+@730 := @402 (@588 @301 @76) (@410 (@77 (@71 @226) (@77 (@74 @243) @76)))
+@731 := @560 @603
+@733 := @322 @147 @139
+@734 := @731 @733
+@736 := @322 @153 @147
+@755 := (hB : @553) ->
+  (hfn : @584) ->
+  (hwt : @719) ->
+  (hbind : @730) ->
+  (hF : @696) ->
+  (hA : @734) ->
+  (hne : @342 @736 @347) ->
+  @433 (fun (ro : @432) => @434 (@699 (@322 @393 @367) @17) (@564 @619 @17))
+@756 := @718 @107
+@757 := @316 @585
+@768 := @402 (@588 @308 @76) (@410 (@77 (@71 @240) (@77 (@74 @226) @76)))
+@769 := @560 @646
+@771 := @322 @139 @141
+@790 := (hfn : @584) ->
+  (hwt : @757) ->
+  (hbind : @768) ->
+  (hF : @696) ->
+  (hA : @769 @771) ->
+  (hne : @342 @733 @347) ->
+  @433 (fun (ro : @432) => @434 (@699 (@322 @367 @153) @17) (@564 @661 @17))
+@791 := Eq.refl.{1}
+@794 := @756 (@791 @376 @554)
+@795 := @320 @585
+@806 := @402 (@588 @315 @76) (@410 (@77 (@71 @6) (@77 (@74 @240) @76)))
+@807 := @560 @301
+@809 := @322 @141 @143
+@825 := (hwt : @795) ->
+  (hbind : @806) ->
+  (hF : @696) ->
+  (hA : @807 @809) ->
+  (hne : @342 @771 @347) -> @433 (fun (ro : @432) => @434 (@699 @736 @17) (@564 @609 @17))
+@826 := @794 @319
+@828 := @588 @62 @76
+@831 := @402 @828 (@410 @81)
+@832 := @560 @308
+@834 := @322 @143 @12
+@849 := (hbind : @831) ->
+  (hF : @696) ->
+  (hA : @832 @834) ->
+  (hne : @342 @809 @347) -> @433 (fun (ro : @432) => @434 (@699 @733 @17) (@564 @603 @17))
+@852 := @826 (@791 @401 @828)
+@853 := @560 @315
+@855 := @322 @12 @4
+@869 := (hF : @696) ->
+  (hA : @853 @855) ->
+  (hne : @342 @834 @347) -> @433 (fun (ro : @432) => @434 (@699 @771 @17) (@564 @646 @17))
+@872 := @852 (@791 @413 @557)
+@886 := (hA : @560 @62 @324) ->
+  (hne : @342 @855 @347) -> @433 (fun (ro : @432) => @434 (@699 @809 @17) (@564 @301 @17))
+@887 := @872 @338
+@898 := (hne : @342 @324 @347) -> @433 (fun (ro : @432) => @434 (@699 @834 @17) (@564 @308 @17))
+@899 := @887 @360
+@905 := @434 (@699 @855 @17) (@564 @315 @17)
+@907 := @433 (fun (ro : @432) => @905)
+@909 := @433 (fun (__e_ro : @432) => @905)
+@914 := LexLeanPreservation.Rust.RepresentableL (@59 (@58 @18 @57))
+@915 := (__e_hrep : @914) -> @909
+@916 := fun (__e_hrep : @914) => @899
+@917 := (needle : @3) -> @915
+@918 := fun (needle : @3) => @916
+@919 := (subject : @3) -> @917
+@920 := fun (subject : @3) => @918
+\end{coremodule}
+\end{lexlean}
diff --git a/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/RustStd.lean b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/RustStd.lean
new file mode 100644
index 000000000..68003ab83
--- /dev/null
+++ b/stdlib/expected/verify/preserve/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/RustStd.lean
@@ -0,0 +1,59 @@
+import LexLeanPreservation.RustSound
+set_option autoImplicit false
+set_option maxRecDepth 100000
+set_option maxHeartbeats 0
+set_option synthInstance.maxHeartbeats 0
+namespace LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd
+open LexLeanTarget LexLeanPreservation.Rust
+
+noncomputable def program : TargetSyntax.Program :=
+  { adts := [], functions := [
+    { parameters := [0, 1], types := [.bytes, .bytes], result := (.option .nat),
+      body := (.«let» 2 .nat (.prim .length [(.var 0)]) (.«let» 3 .nat (.prim .length [(.var 1)]) (.«let» 4 .nat (.first (.call 1 [(.closure 2 [(.var 1), (.var 3), (.var 0), (.var 2)]), (.prim .natAdd [(.var 2), (.value .nat (.nat 1))]), (.value .nat (.nat 0))])) (.cond (.call 3 [(.var 0), (.var 1), (.var 4)]) (.build .some (.option .nat) [(.var 4)]) (.build .none (.option .nat) []))))) },
+    { parameters := [0, 1, 2], types := [(.fn [.nat] (.option .nat)), .nat, .nat], result := (.pair .nat .bool),
+      body := (.«match» (.pair .nat .bool) (.var 1) [(.arm .zero [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .false .bool [])])), (.arm .succ [3] (.«match» (.pair .nat .bool) (.apply (.var 0) [(.var 2)]) [(.arm .none [] (.build .pair (.pair .nat .bool) [(.var 2), (.build .true .bool [])])), (.arm .some [4] (.call 1 [(.var 0), (.var 3), (.var 4)]))]))]) },
+    { parameters := [0, 1, 2, 3, 4], types := [.bytes, .nat, .bytes, .nat, .nat], result := (.option .nat),
+      body := (.cond (.call 3 [(.var 2), (.var 0), (.var 4)]) (.build .none (.option .nat) []) (.cond (.prim .natLt [(.prim .natAdd [(.var 4), (.var 1)]), (.var 3)]) (.build .some (.option .nat) [(.prim .natAdd [(.var 4), (.value .nat (.nat 1))])]) (.build .none (.option .nat) []))) },
+    { parameters := [0, 1, 2], types := [.bytes, .bytes, .nat], result := .bool,
+      body := (.«match» .bool (.prim .slice [(.var 0), (.var 2), (.prim .length [(.var 1)])]) [(.arm .some [3] (.prim .equal [(.var 3), (.var 1)])), (.arm .none [] (.build .false .bool []))]) }] }
+
+noncomputable def krate : RustSyntax.Crate :=
+  ({ profile := .std, items := [
+    (.enum (.fn 0) [{ number := 2, fields := [.bytes, .nat, .bytes, .nat] }]),
+    (.apply 0 [.nat] (.option .nat) true [{ function := 2, captures := [.clone, .copy, .clone, .copy], functionFallible := true }]),
+    (.function (.generated .function 0) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }] (.fallible (.option .nat)) (.mk [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))), (.lit (.nat 0))] true))] (.move (.generated .part 3)))))] (.cond (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))),
+    (.function (.generated .function 1) [{ pattern := (.bind (.generated .binding 0)), type := (.fn 0) }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .nat }] (.fallible (.pair .nat .bool)) (.mk [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))] (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))))),
+    (.function (.generated .function 2) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .nat }, { pattern := (.bind (.generated .binding 2)), type := .bytes }, { pattern := (.bind (.generated .binding 3)), type := .nat }, { pattern := (.bind (.generated .binding 4)), type := .nat }] (.fallible (.option .nat)) (.mk [] (.cond (.call (.function 3) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))))),
+    (.function (.generated .function 3) [{ pattern := (.bind (.generated .binding 0)), type := .bytes }, { pattern := (.bind (.generated .binding 1)), type := .bytes }, { pattern := (.bind (.generated .binding 2)), type := .nat }] .bool (.mk [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))))] (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 20)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 21)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)))])))] } : LexLeanTarget.RustSyntax.Crate)
+
+def flags : Flags := [(([.nat], (.option .nat)), true)]
+
+theorem fun0 : FunOK program krate flags 0 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .binding 2)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)))), (.mk (.bind (.generated .binding 3)) (some .nat) (.block (.mk [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)))), (.mk (.bind (.generated .binding 4)) (some .nat) (.block (.mk [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))), (.lit (.nat 0))] true))] (.move (.generated .part 3)))))], (.cond (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (.mk [] (.succeed (.construct (.none .nat) [])))), [(1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 1)) none (.clone (.generated .binding 0)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 1))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 2)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 2))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl (Corr.letBind (Corr.eOfB (lets := [(.mk (.tuple [(.bind (.generated .part 3)), .wild]) none (.call (.function 1) [(.construct (.closure 0 2) [(.clone (.generated .binding 1)), (.copy (.generated .binding 3)), (.clone (.generated .binding 0)), (.copy (.generated .binding 2))]), (.block (.mk [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true))), (.lit (.nat 0))] true))]) (tail := (.move (.generated .part 3))) (Corr.first (ta := .nat) (tb := .bool) (Corr.eOfBNil (Corr.callOps (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.eOfBNil (Corr.closure (caps := [.bytes, .nat, .bytes, .nat]) (mask := [false, false, false, false]) (af := true) (ff := true) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil)))))) rfl rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 4)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 5)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 4)), (.move (.generated .operand 5))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lCons (Corr.value rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl)) rfl)) rfl (Corr.cond (lc := []) (ce := (.call (.function 3) [(.move (.generated .binding 0)), (.move (.generated .binding 1)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.copy (.generated .binding 4))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)))))))⟩⟩
+
+theorem fun1 : FunOK program krate flags 1 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 6)) none (.copy (.generated .binding 1)))], (.cond (.isZero (.generated .holder 6)) (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (.mk [(.mk (.bind (.generated .binding 3)) none (.predecessor (.generated .holder 6))), (.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))] (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))]))), [(2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))], rfl, rfl,
+    (Corr.matchNat (sl := (some 3)) (Corr.var rfl rfl) rfl rfl rfl (Corr.kIf (la := []) (ta := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool false))))) (lb := [(.mk (.bind (.generated .holder 8)) none (.block (.mk [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))] (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true))))]) (tb := (.matchOn (.move (.generated .holder 8)) [(.mk .none (.mk [] (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true)))))), (.mk (.some (.bind (.generated .binding 4))) (.mk [] (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)))])) (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil)))))) (Corr.matchArms (st := (.option .nat)) (U := []) (view := false) (idx := [0, 1]) (Corr.eOfB (lets := [(.mk (.bind (.generated .callee 7)) (some (.fn 0)) (.clone (.generated .binding 0)))]) (tail := (.apply (.generated .callee 7) [(.copy (.generated .binding 2))] true)) (Corr.apply (ps := [.nat]) (af := true) (Corr.var rfl rfl) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))) rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 0) (loads := []) (lets := []) (tail := (.succeed (.pair (.copy (.generated .binding 2)) (.lit (.bool true))))) (Corr.mCons (Γ' := [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .nat, (some 2)), (1, .nat, (some 1)), (0, (.fn [.nat] (.option .nat)), (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.call (.function 1) [(.move (.generated .binding 0)), (.copy (.generated .binding 3)), (.copy (.generated .binding 4))] false)) (Corr.mNil) rfl rfl rfl (Corr.callF (ts := [(.fn [.nat] (.option .nat)), .nat, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl)) rfl rfl rfl (Corr.fOfB (Corr.bOfE (Corr.buildPair (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.buildConst rfl) (Corr.lNil))))))) rfl rfl rfl)))⟩⟩
+
+theorem fun2 : FunOK program krate flags 2 :=
+  ⟨_, rfl, .inl ⟨_, _, [], (.cond (.call (.function 3) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false) (.mk [] (.succeed (.construct (.none .nat) []))) (.mk [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))] (.cond (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) [])))))), [(4, .nat, (some 4)), (3, .nat, (some 3)), (2, .bytes, (some 2)), (1, .nat, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.cond (lc := []) (ce := (.call (.function 3) [(.move (.generated .binding 2)), (.move (.generated .binding 0)), (.copy (.generated .binding 4))] false)) (lk := []) (Corr.callOps (ts := [.bytes, .bytes, .nat]) (Corr.opsOfL (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lCons (Corr.var rfl rfl) (Corr.lNil))))) rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct (.none .nat) []))) (lb := [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))]) (tb := (.cond (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false) (.mk [] (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (.mk [] (.succeed (.construct (.none .nat) []))))) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl)) (Corr.cond (lc := [(.mk (.bind (.generated .operand 11)) none (.block (.mk [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)))), (.mk (.bind (.generated .operand 12)) none (.copy (.generated .binding 3)))]) (ce := (.call (.runtime .natLt) [(.move (.generated .operand 11)), (.move (.generated .operand 12))] false)) (lk := []) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 9)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 10)) none (.copy (.generated .binding 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 9)), (.move (.generated .operand 10))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl) (Corr.kIf (la := []) (ta := (.succeed (.construct .some [(.block (.mk [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))] (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)))]))) (lb := []) (tb := (.succeed (.construct (.none .nat) []))) (Corr.fOfB (Corr.build (ts := [.nat]) (mask := [false]) (Corr.opsOfL (Corr.lCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 13)) none (.copy (.generated .binding 4))), (.mk (.bind (.generated .operand 14)) none (.lit (.nat 1)))]) (tail := (.call (.runtime .natAdd) [(.move (.generated .operand 13)), (.move (.generated .operand 14))] true)) (Corr.prim (ts := [.nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.value rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.lNil))) rfl)) (Corr.fOfB (Corr.build (ts := []) (mask := []) (Corr.opsNil) rfl))))))⟩⟩
+
+theorem fun3 : FunOK program krate flags 3 :=
+  ⟨_, rfl, .inl ⟨_, _, [(.mk (.bind (.generated .holder 19)) none (.block (.mk [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false))))] (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false))))], (.matchOn (.move (.generated .holder 19)) [(.mk .none (.mk [] (.lit (.bool false)))), (.mk (.some (.bind (.generated .binding 3))) (.mk [(.mk (.bind (.generated .operand 20)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 21)) none (.move (.generated .binding 1)))] (.call (.runtime .equal) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)))]), [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))], rfl, rfl,
+    (Corr.matchArms (st := (.option .bytes)) (U := []) (view := false) (idx := [1, 0]) (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 16)) none (.move (.generated .binding 0))), (.mk (.bind (.generated .operand 17)) none (.copy (.generated .binding 2))), (.mk (.bind (.generated .operand 18)) none (.block (.mk [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))] (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false))))]) (tail := (.call (.runtime .sliceBytes) [(.move (.generated .operand 16)), (.move (.generated .operand 17)), (.move (.generated .operand 18))] false)) (Corr.prim (ts := [.bytes, .nat, .nat]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.eOfB (lets := [(.mk (.bind (.generated .operand 15)) none (.clone (.generated .binding 1)))]) (tail := (.call (.runtime .lengthBytes) [(.move (.generated .operand 15))] false)) (Corr.prim (ts := [.bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) (Corr.mCons (Γ' := [(2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 1) (loads := []) (lets := []) (tail := (.lit (.bool false))) (Corr.mCons (Γ' := [(3, .bytes, (some 3)), (2, .nat, (some 2)), (1, .bytes, (some 1)), (0, .bytes, (some 0))]) (j := 0) (loads := []) (lets := [(.mk (.bind (.generated .operand 20)) none (.move (.generated .binding 3))), (.mk (.bind (.generated .operand 21)) none (.move (.generated .binding 1)))]) (tail := (.call (.runtime .equal) [(.move (.generated .operand 20)), (.move (.generated .operand 21))] false)) (Corr.mNil) rfl rfl rfl (Corr.prim (ts := [.bytes, .bytes]) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) (Corr.opsNil) rfl rfl) rfl rfl) rfl rfl rfl rfl rfl rfl)) rfl rfl rfl (Corr.bOfE (Corr.buildConst rfl))) rfl rfl rfl)⟩⟩
+
+theorem crate_ok : CrateOK program krate flags := by
+  intro f fn h
+  match f with
+  | 0 => exact fun0
+  | 1 => exact fun1
+  | 2 => exact fun2
+  | 3 => exact fun3
+  | _ + 4 => simp [program, index_eq] at h
+
+/-- Every function of the program is simulated by its rendering. -/
+theorem root : ∀ n f, FunSem program krate flags n f := fun n f => simulate crate_ok n f
+
+end LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd
diff --git a/stdlib/expected/verify/preserve/audit.txt b/stdlib/expected/verify/preserve/audit.txt
index 8dd98bb95..47787b060 100644
--- a/stdlib/expected/verify/preserve/audit.txt
+++ b/stdlib/expected/verify/preserve/audit.txt
@@ -7737,53 +7737,53 @@
 'LexLeanPreservation.encOption.eq_2' does not depend on any axioms
 'LexLeanPreservation.encPair.eq_1' does not depend on any axioms
 'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
-'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.root' depends on axioms: [propext,
+'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.root' depends on axioms: [propext,
  Classical.choice,
  Quot.sound]
 -- statement vocabulary
diff --git a/stdlib/expected/verify/preserve/preservation.json b/stdlib/expected/verify/preserve/preservation.json
index f859874f9..9cbad0fea 100644
--- a/stdlib/expected/verify/preserve/preservation.json
+++ b/stdlib/expected/verify/preserve/preservation.json
@@ -1 +1 @@
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diff --git a/stdlib/expected/verify/probe/LexLeanProbe.P5bfc6ad2db2940a1b7735f1309be47dc.lean b/stdlib/expected/verify/probe/LexLeanProbe.Pf6fd2434413f885eb97b3577e92c0706.lean
similarity index 100%
rename from stdlib/expected/verify/probe/LexLeanProbe.P5bfc6ad2db2940a1b7735f1309be47dc.lean
rename to stdlib/expected/verify/probe/LexLeanProbe.Pf6fd2434413f885eb97b3577e92c0706.lean
diff --git a/stdlib/expected/verify/probe/process.json b/stdlib/expected/verify/probe/process.json
index daf0eb131..99385102c 100644
--- a/stdlib/expected/verify/probe/process.json
+++ b/stdlib/expected/verify/probe/process.json
@@ -1 +1 @@
-{"argv":["env","lean","$STAGING/probe/LexLeanProbe.P5bfc6ad2db2940a1b7735f1309be47dc.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.P5bfc6ad2db2940a1b7735f1309be47dc","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
+{"argv":["env","lean","$STAGING/probe/LexLeanProbe.Pf6fd2434413f885eb97b3577e92c0706.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanProbe.Pf6fd2434413f885eb97b3577e92c0706","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.json
deleted file mode 100644
index 6f1f47a1b..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.json
deleted file mode 100644
index 97077d9d6..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.json
deleted file mode 100644
index fd8dd2663..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.json
deleted file mode 100644
index 8768e9f63..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.json
deleted file mode 100644
index 5bd64d760..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.json
deleted file mode 100644
index e8ff03675..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.json
deleted file mode 100644
index 027d449a4..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.json
deleted file mode 100644
index 37ca84e7a..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.json
deleted file mode 100644
index c2b2a6f1a..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.json
deleted file mode 100644
index 87f97e105..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.json
deleted file mode 100644
index 69f3274be..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.json
deleted file mode 100644
index f8efb02d9..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.json
deleted file mode 100644
index 795225b28..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.json
deleted file mode 100644
index 65ac7c670..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.json
deleted file mode 100644
index ac25fe22c..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.json
deleted file mode 100644
index 22ae4b2de..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.json
deleted file mode 100644
index 13bd245cb..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.json
deleted file mode 100644
index ce74a66d1..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.json
deleted file mode 100644
index 57161976f..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.json
deleted file mode 100644
index f5dcaa0fc..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.json
deleted file mode 100644
index f22250120..000000000
--- a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.json
new file mode 100644
index 000000000..178a6c81b
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.json
new file mode 100644
index 000000000..bb126a5e3
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.json
new file mode 100644
index 000000000..57d14cb3c
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.json
new file mode 100644
index 000000000..13c93b901
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.json
new file mode 100644
index 000000000..abc0b1851
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.json
new file mode 100644
index 000000000..ce1fc48d5
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.json
new file mode 100644
index 000000000..e2e24baaa
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.json
new file mode 100644
index 000000000..c2b94f34a
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.json
new file mode 100644
index 000000000..10196f8e7
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.json
new file mode 100644
index 000000000..5be8224f7
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.json
new file mode 100644
index 000000000..a2389828b
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.json
new file mode 100644
index 000000000..ee58c12eb
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.json
new file mode 100644
index 000000000..d2f0b5935
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.json
new file mode 100644
index 000000000..b669750d9
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.json
new file mode 100644
index 000000000..0f60f44d8
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.json
new file mode 100644
index 000000000..5ce611cb0
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.json
new file mode 100644
index 000000000..a3ad2376b
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.json
new file mode 100644
index 000000000..7a30851ce
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.json
new file mode 100644
index 000000000..20baed3ac
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.json
new file mode 100644
index 000000000..3ef79d7aa
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.json b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.json
new file mode 100644
index 000000000..aa148a77c
--- /dev/null
+++ b/stdlib/expected/verify/process/leanchecker/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.json
@@ -0,0 +1 @@
+{"argv":["env","$TOOLCHAIN/bin/leanchecker","LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"leanchecker"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Audit.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Audit.json
index 6d565b063..7fdf0f100 100644
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Audit.json
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Audit.json
@@ -1 +1 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.literal.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_10' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_11' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_12' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_13' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_14' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_15' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.returned.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.construct.eq_40' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_165' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_166' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_167' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_168' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_169' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_17' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_170' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_171' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_172' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_173' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_174' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_175' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_187' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_188' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_189' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_19' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_190' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_191' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_192' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_193' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_194' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_195' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_196' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_197' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"4de95c12e7eaaeff267cf066492be69b0bbd7bd87f0e5539e96c7f3ad347d329","tool":"lean"}
+{"argv":["env","lean","-R","$STAGING/preserve-src","$STAGING/preserve-src/LexLeanPreserve/Audit.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Audit","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"'LexLeanPreservation.Obs' does not depend on any axioms\n'LexLeanPreservation.obs.match_1' does not depend on any axioms\n'LexLeanPreservation.obs' does not depend on any axioms\n'LexLeanPreservation.Conv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ConvA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ObsL' does not depend on any axioms\n'LexLeanPreservation.obsL.match_1' does not depend on any axioms\n'LexLeanPreservation.obsL' does not depend on any axioms\n'LexLeanPreservation.ConvL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Obs._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Obs._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Obs.casesOn' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Obs.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.value.elim' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Obs.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.recOn' does not depend on any axioms\n'LexLeanPreservation.Obs.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Obs.value.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Obs.value.inj' does not depend on any axioms\n'LexLeanPreservation.Obs.value.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Obs.value.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ObsL._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ObsL.casesOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ObsL.ctorElim' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.elim' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ObsL.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.overflow.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.recOn' does not depend on any axioms\n'LexLeanPreservation.ObsL.stuck.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.inj' does not depend on any axioms\n'LexLeanPreservation.ObsL.values.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ObsL.values.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rel' does not depend on any axioms\n'LexLeanPreservation.Rel.eq_1' does not depend on any axioms\n'LexLeanPreservation.RelL' does not depend on any axioms\n'LexLeanPreservation.RelL.eq_1' does not depend on any axioms\n'LexLeanPreservation.RunConv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.addSteps_ne' does not depend on any axioms\n'LexLeanPreservation.chargeResult_ne' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable.match_1_16' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_18' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_20' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_22' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.stable.match_1_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_ne' does not depend on any axioms\n'LexLeanPreservation.convA_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.eval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_addSteps' does not depend on any axioms\n'LexLeanPreservation.convA_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convA_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.evalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obsL_ne' does not depend on any axioms\n'LexLeanPreservation.convL_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.convL_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.convL_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_call' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_first' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_let' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_matchV' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs_chargeResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_second' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.funRel_intro' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.obs.eq_1' does not depend on any axioms\n'LexLeanPreservation.obs.eq_2' does not depend on any axioms\n'LexLeanPreservation.obs.eq_3' does not depend on any axioms\n'LexLeanPreservation.obs.eq_4' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_1' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_2' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_3' does not depend on any axioms\n'LexLeanPreservation.obsL.eq_4' does not depend on any axioms\n'LexLeanPreservation.run_of_funRel' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.run.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.ListEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.ListEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.ListEnc.elem' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_nil' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq._f' does not depend on any axioms\n'LexLeanPreservation.ListEnc.items_eq' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.ListEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.ListEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.ListEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.ListEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.OptEnc._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.OptEnc.casesOn' does not depend on any axioms\n'LexLeanPreservation.OptEnc.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.OptEnc.elem' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_none' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_some' does not depend on any axioms\n'LexLeanPreservation.encOption.match_1' does not depend on any axioms\n'LexLeanPreservation.encOption' does not depend on any axioms\n'LexLeanPreservation.OptEnc.enc_map' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.OptEnc.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.noConfusion' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.inj' does not depend on any axioms\n'LexLeanPreservation.OptEnc.mk.injEq' depends on axioms: [propext]\n'LexLeanPreservation.OptEnc.mk.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.OptEnc.recOn' does not depend on any axioms\n'LexLeanPreservation.construct_adt' does not depend on any axioms\n'LexLeanPreservation.construct_cons' does not depend on any axioms\n'LexLeanPreservation.construct_error' does not depend on any axioms\n'LexLeanPreservation.construct_false' does not depend on any axioms\n'LexLeanPreservation.construct_nil' does not depend on any axioms\n'LexLeanPreservation.construct_none' does not depend on any axioms\n'LexLeanPreservation.construct_ok' does not depend on any axioms\n'LexLeanPreservation.construct_pair' does not depend on any axioms\n'LexLeanPreservation.construct_some' does not depend on any axioms\n'LexLeanPreservation.construct_succ' does not depend on any axioms\n'LexLeanPreservation.construct_true' does not depend on any axioms\n'LexLeanPreservation.construct_unit' does not depend on any axioms\n'LexLeanPreservation.construct_zero' does not depend on any axioms\n'LexLeanPreservation.encExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.encExcept' does not depend on any axioms\n'LexLeanPreservation.encList' does not depend on any axioms\n'LexLeanPreservation.encOrdering.match_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering' does not depend on any axioms\n'LexLeanPreservation.encPair' does not depend on any axioms\n'LexLeanPreservation.encUnit' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.listEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.listEnc' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_1' does not depend on any axioms\n'LexLeanPreservation.optEnc._proof_2' does not depend on any axioms\n'LexLeanPreservation.optEnc' does not depend on any axioms\n'LexLeanPreservation.bytes_empty' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_one' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.bytes_zero' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.encOrdering.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOrdering.eq_3' does not depend on any axioms\n'LexLeanPreservation.fromOrdering_encOrdering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.fromStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.fromStrings_map' does not depend on any axioms\n'LexLeanPreservation.intFits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.listIndex_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_map._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_map' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique._f' does not depend on any axioms\n'LexLeanPreservation.listIndex_unique' does not depend on any axioms\n'LexLeanPreservation.obs_intResult' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.obs_natResult' does not depend on any axioms\n'LexLeanPreservation.prim_append_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_append_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_boolNot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_compareBytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_ordering' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_index_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_index_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_intSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_join.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.toStrings_map.match_1_3' does not depend on any axioms\n'LexLeanPreservation.toStrings_map._f' does not depend on any axioms\n'LexLeanPreservation.toStrings_map' does not depend on any axioms\n'LexLeanPreservation.prim_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_length_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natAdd' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natEq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLe' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natLt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natMul' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natQuot' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natRem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_natSub' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_bytes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_bytes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_slice_list.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_slice_list' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_splitExact.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_splitExact' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Decode.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_utf8Decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_utf8Encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanRuntime.compareBytes.eq_1' depends on axioms: [propext]\n'LexLeanRuntime.equal.eq_1' does not depend on any axioms\n'LexLeanRuntime.length.eq_1' does not depend on any axioms\n'LexLeanRuntime.slice.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromOrdering.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.checkedMultiplyWith.match_1' does not depend on any axioms\n'LexLeanPreservation.checkedMultiplyWith' does not depend on any axioms\n'LexLeanPreservation.checkedQuotientWith' does not depend on any axioms\n'LexLeanPreservation.decimalFits.match_1' does not depend on any axioms\n'LexLeanPreservation.decimalFits' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.divideStep' does not depend on any axioms\n'LexLeanPreservation.divide_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.divide_unique._f' does not depend on any axioms\n'LexLeanPreservation.divide_unique' does not depend on any axioms\n'LexLeanPreservation.multiplyStep' does not depend on any axioms\n'LexLeanPreservation.multiply_unique.match_1_1' does not depend on any axioms\n'LexLeanPreservation.multiply_unique._f' does not depend on any axioms\n'LexLeanPreservation.multiply_unique' does not depend on any axioms\n'LexLeanPreservation.prim_bitAnd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitAnd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitNot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitOr_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_bitXor_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedAdd_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedAdd_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i64.match_1_2' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedMul_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedMul_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedNeg_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedNeg_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedQuot_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedQuot_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_checkedSub_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_checkedSub_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_i8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_i8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_int_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_int_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u16_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u16_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u32_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u32_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u64_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u64_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_convert_u8_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_convert_u8_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_equal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_formatDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_int.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_parseDecimal_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_parseDecimal_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftLeft_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftLeft_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_i8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u16.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u32.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u64.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.prim_shiftRight_u8.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_shiftRight_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ordOf.match_1' does not depend on any axioms\n'LexLeanPreservation.ordOf' does not depend on any axioms\n'LexLeanPreservation.KeySpec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.mk._flat_ctor' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.KeySpec.spec' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.compareCodes_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_eq' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.compareCodes_swap._f' depends on axioms: [propext]\n'LexLeanPreservation.compareCodes_swap' depends on axioms: [propext]\n'LexLeanPreservation.lessThanE' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key.match_1_1' does not depend on any axioms\n'LexLeanPreservation.prim_compare_key' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_lessThan' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.orderOf_insert' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.orderBool.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.keySpec_bool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderI8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_i8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderInt.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_int' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderNat.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_nat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderString.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.keySpec_string' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU16.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU32.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU64.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.orderU8.eq_1' does not depend on any axioms\n'LexLeanPreservation.keySpec_u8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanCollections.compareCodes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_1' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_2' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_3' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_4' depends on axioms: [propext]\n'LexLeanCollections.compareCodes.eq_def' depends on axioms: [propext]\n'LexLeanCollections.insertEntry.eq_1' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_2' does not depend on any axioms\n'LexLeanCollections.insertEntry.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.compareValue.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.compareValue.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.bool_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Conv.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.FunRel.fits_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.ListEnc.enc.eq_1' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_cons' does not depend on any axioms\n'LexLeanPreservation.ListEnc.enc_nil' does not depend on any axioms\n'LexLeanPreservation.LookOps' does not depend on any axioms\n'LexLeanPreservation.LookOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.LookOps.l0' does not depend on any axioms\n'LexLeanPreservation.LookOps.leq' does not depend on any axioms\n'LexLeanPreservation.LookOps.lgt' does not depend on any axioms\n'LexLeanPreservation.LookOps.llt' does not depend on any axioms\n'LexLeanPreservation.LookOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.LookOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps' does not depend on any axioms\n'LexLeanPreservation.SetOps.c0' does not depend on any axioms\n'LexLeanPreservation.SetOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.ceq' does not depend on any axioms\n'LexLeanPreservation.SetOps.cgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.clt' does not depend on any axioms\n'LexLeanPreservation.SetOps.i0' does not depend on any axioms\n'LexLeanPreservation.SetOps.ieq' does not depend on any axioms\n'LexLeanPreservation.SetOps.igt' does not depend on any axioms\n'LexLeanPreservation.SetOps.ilt' does not depend on any axioms\n'LexLeanPreservation.SetOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.SetOps.r0' does not depend on any axioms\n'LexLeanPreservation.SetOps.recOn' does not depend on any axioms\n'LexLeanPreservation.SetOps.req' does not depend on any axioms\n'LexLeanPreservation.SetOps.rgt' does not depend on any axioms\n'LexLeanPreservation.SetOps.rlt' does not depend on any axioms\n'LexLeanPreservation.TopoOps' does not depend on any axioms\n'LexLeanPreservation.TopoOps.casesOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.mk._flat_ctor' does not depend on any axioms\n'LexLeanPreservation.TopoOps.recOn' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_next' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_nil' does not depend on any axioms\n'LexLeanPreservation.TopoOps.s_stuck' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_cons' does not depend on any axioms\n'LexLeanPreservation.TopoOps.z_nil' does not depend on any axioms\n'LexLeanPreservation.Tpl.boolE' does not depend on any axioms\n'LexLeanPreservation.Tpl.byOrder' does not depend on any axioms\n'LexLeanPreservation.Tpl.cns' does not depend on any axioms\n'LexLeanPreservation.Tpl.fn' does not depend on any axioms\n'LexLeanPreservation.Tpl.lst' does not depend on any axioms\n'LexLeanPreservation.Tpl.v' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphInnerFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.pr' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphNodesFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.natOne' does not depend on any axioms\n'LexLeanPreservation.Tpl.nl' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphReachableFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphSuccessorsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.graphTopologicalFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.iterateUntilFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.listFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapFoldFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapLookupFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapProjectFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.mapRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachFrontierFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachIntoFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reachRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.reverseFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setContainsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setFilterFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setInsertFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setRemoveFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.setUnionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoFinished' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoReadyFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoRoundsFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.topoUnreachedFn' does not depend on any axioms\n'LexLeanPreservation.blt_succ_fits._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.blt_succ_fits' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.conv_cond_false' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.conv_cond_true' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.enc_elem' does not depend on any axioms\n'LexLeanPreservation.enc_entry' does not depend on any axioms\n'LexLeanPreservation.foldFits.match_1' does not depend on any axioms\n'LexLeanPreservation.foldFits._f' does not depend on any axioms\n'LexLeanPreservation.foldFits' does not depend on any axioms\n'LexLeanPreservation.foldFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.foldFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.foldFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.graphFits' does not depend on any axioms\n'LexLeanPreservation.graphFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.match_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits._f' does not depend on any axioms\n'LexLeanPreservation.iterateFits' does not depend on any axioms\n'LexLeanPreservation.iterateFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.iterateFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.iterateFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.length_eq' does not depend on any axioms\n'LexLeanPreservation.prim_compare_at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.reachNext' does not depend on any axioms\n'LexLeanPreservation.tpl_graphInner.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphInner' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_graphNodes._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphNodes' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapLookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapLookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphSuccessors' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reachInto.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setContains._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachInto' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachFrontier' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setUnion._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setUnion' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reachRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphReachable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_reverse._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_reverse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoUnreached._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoUnreached' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoReady' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_topoRounds._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_topoRounds' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_graphTopological' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_iterate._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.match_1' does not depend on any axioms\n'LexLeanPreservation.untilFits._f' does not depend on any axioms\n'LexLeanPreservation.untilFits' does not depend on any axioms\n'LexLeanPreservation.tpl_iterateUntil._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_iterateUntil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_listFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_listFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapContains' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapFold._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapInsert._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapInsert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapKeys._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapKeys' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapRemove._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapRemove' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_mapValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_mapValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setDifference._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setDifference' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_setIntersection._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_setIntersection' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.untilFits._sunfold' does not depend on any axioms\n'LexLeanPreservation.untilFits._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_1' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_2' does not depend on any axioms\n'LexLeanPreservation.untilFits.eq_def' does not depend on any axioms\n'LexLeanPreservation.validExcept.match_1' does not depend on any axioms\n'LexLeanPreservation.InvExcept' does not depend on any axioms\n'LexLeanPreservation.InvList' does not depend on any axioms\n'LexLeanPreservation.InvList.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.match_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._f' does not depend on any axioms\n'LexLeanPreservation.StrictAsc' does not depend on any axioms\n'LexLeanPreservation.InvMap' does not depend on any axioms\n'LexLeanPreservation.validOption.match_1' does not depend on any axioms\n'LexLeanPreservation.InvOption' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.InvOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.InvPair' does not depend on any axioms\n'LexLeanPreservation.InvSet' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._sunfold' does not depend on any axioms\n'LexLeanPreservation.StrictAsc._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_1' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_2' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_3' does not depend on any axioms\n'LexLeanPreservation.StrictAsc.eq_def' does not depend on any axioms\n'LexLeanPreservation.Tpl.validListFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validMapFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validOptionFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validPairFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validResultFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validSetFn' does not depend on any axioms\n'LexLeanPreservation.Tpl.validTrueFn' does not depend on any axioms\n'LexLeanPreservation.ascMap.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB.match_1' does not depend on any axioms\n'LexLeanPreservation.lessB' does not depend on any axioms\n'LexLeanPreservation.ascMap._f' does not depend on any axioms\n'LexLeanPreservation.ascMap' does not depend on any axioms\n'LexLeanPreservation.ascMap._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascMap._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascMap.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascMap_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.lessB_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascMap_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascMap_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.ascSet._f' does not depend on any axioms\n'LexLeanPreservation.ascSet' does not depend on any axioms\n'LexLeanPreservation.ascSet._sunfold' does not depend on any axioms\n'LexLeanPreservation.ascSet._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_1' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_2' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_3' does not depend on any axioms\n'LexLeanPreservation.ascSet.eq_def' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.ascSet_iff._f' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_iff' depends on axioms: [propext]\n'LexLeanPreservation.ascSet_inv' depends on axioms: [propext]\n'LexLeanPreservation.condAnd_iff' depends on axioms: [propext]\n'LexLeanPreservation.invList_eqs.match_1_1' does not depend on any axioms\n'LexLeanPreservation.invList_eqs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.invList_eqs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.lessB.eq_1' does not depend on any axioms\n'LexLeanPreservation.lessB_eq' depends on axioms: [propext]\n'LexLeanPreservation.lessB_gt' depends on axioms: [propext]\n'LexLeanPreservation.lessB_lt' depends on axioms: [propext]\n'LexLeanPreservation.someObs.match_1' does not depend on any axioms\n'LexLeanPreservation.someObs' does not depend on any axioms\n'LexLeanPreservation.tpl_validList.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList.match_1' does not depend on any axioms\n'LexLeanPreservation.validList._f' does not depend on any axioms\n'LexLeanPreservation.validList' does not depend on any axioms\n'LexLeanPreservation.tpl_validList' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validMap._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validMap' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption' does not depend on any axioms\n'LexLeanPreservation.tpl_validOption' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validPair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validPair' does not depend on any axioms\n'LexLeanPreservation.tpl_validPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validResult.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept' does not depend on any axioms\n'LexLeanPreservation.tpl_validResult' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet.match_1_1' does not depend on any axioms\n'LexLeanPreservation.tpl_validSet._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validSet' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.tpl_validTrue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.trueIff' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validExcept_inv' does not depend on any axioms\n'LexLeanPreservation.validList._sunfold' does not depend on any axioms\n'LexLeanPreservation.validList._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.validList.eq_1' does not depend on any axioms\n'LexLeanPreservation.validList.eq_2' does not depend on any axioms\n'LexLeanPreservation.validList.eq_def' does not depend on any axioms\n'LexLeanPreservation.validList_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validList_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validList_inv' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.validOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.validOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.validOption_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.validOption_inv' depends on axioms: [propext]\n'LexLeanPreservation.validPair_inv' depends on axioms: [propext]\n'LexLeanPreservation.validTrue_inv' does not depend on any axioms\n'LexLeanPreservation.Rust.Ctx' does not depend on any axioms\n'LexLeanPreservation.Rust.Flags' does not depend on any axioms\n'LexLeanPreservation.Rust.RCrate' does not depend on any axioms\n'LexLeanPreservation.Rust.RIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.adtFields' depends on axioms: [propext]\n'LexLeanTarget.TargetSyntax.IntKind.ofNat' does not depend on any axioms\n'LexLeanTarget.TargetSyntax.IntKind.ofNat_ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_1' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation._proof_2' does not depend on any axioms\n'LexLeanPreservation.Rust.instDecidableEqIntKind_lexLeanPreservation' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flagOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fnIdent' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._f' does not depend on any axioms\n'LexLeanPreservation.Rust.inert' does not depend on any axioms\n'LexLeanPreservation.Rust.WT._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.WTAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.WTL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctxLookup.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._f' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup' does not depend on any axioms\n'LexLeanPreservation.Rust.local_' does not depend on any axioms\n'LexLeanPreservation.Rust.EnvRel' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ROut' does not depend on any axioms\n'LexLeanPreservation.Rust.Halt' does not depend on any axioms\n'LexLeanPreservation.Rust.REnv' does not depend on any axioms\n'LexLeanPreservation.Rust.RExpr' does not depend on any axioms\n'LexLeanPreservation.Rust.RC' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RLet' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsOK' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsOK.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.append_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.below.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.brecOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.casesOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.LetsRaise.recOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.dispatched_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.finished_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.returned_ne' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_24' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_26' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_30' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_32' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_34' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_36' does not depend on any axioms\n'LexLeanPreservation.Rust.stable.match_1_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.eval.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.stable' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.reval_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCA' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalBlock_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCB.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.invoke_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCI.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalList_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RCL.at' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WTAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.block_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.block_of_raise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.ctxLookup._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree' does not depend on any axioms\n'LexLeanPreservation.Rust.ctxLookup_slot' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_other' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_self' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_bind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.envRel_extra' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_ghost' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sameIdent_kind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.listIndex_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.listIndex_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.index_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.inert._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.inert._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head.match_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcl_raise_head' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_raise_tail' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.revalArms_le' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slotFree.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sunfold' depends on axioms: [propext]\n'LexLeanTarget.RustSemantics.eval.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.eval.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalArms.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalBlock.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.evalList.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.invoke.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.kindNumber.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.kindNumber.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.sameIdent.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.lookup.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd' does not depend on any axioms\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.letsBind.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._f' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._f' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh' does not depend on any axioms\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.foldStep' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldB' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._f' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats' does not depend on any axioms\n'LexLeanPreservation.Rust.okBlock' does not depend on any axioms\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseCtx' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.elseLets' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK' does not depend on any axioms\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.negateR' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_5' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_7' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.directPat._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armShape.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.armShape' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered' depends on axioms: [propext]\n'LexLeanPreservation.Rust.scrut' does not depend on any axioms\n'LexLeanPreservation.Rust.validU.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.validU' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotOK' does not depend on any axioms\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._f' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct' does not depend on any axioms\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.match_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg.match_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArg' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArgs._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail.match_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildsArm' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.itemOK.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOK' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf' does not depend on any axioms\n'LexLeanPreservation.Rust.itemTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.match_9' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.primTyped' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues._f' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLitAll._f' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Corr' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.below.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.brecOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.casesOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Corr.recOn' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.FunOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.CrateOK' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.Fresh' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn' depends on axioms: [propext]\n'LexLeanPreservation.Rust.FunSem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_1' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd._sizeOf_inst' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.casesOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.b.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.b.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.e.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.e.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.k.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.k.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.l.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.l.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.m.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.m.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.ops.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Jd.ops.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Jd.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.KPre' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Kind.ctorElimType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorIdx' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.ctorElim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusionType' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.noConfusion' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.inj' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.nat.injEq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Kind.nat.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.elim' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.plain.sizeOf_spec' does not depend on any axioms\n'LexLeanPreservation.Rust.Kind.recOn' does not depend on any axioms\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RealizesM' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Sem' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WT.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.foldN._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identsDistinct._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.inert.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValues' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.litValue._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.patLocals._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patsBinds._sunfold' does not depend on any axioms\n'LexLeanPreservation.Rust.rebuildArgs._sunfold' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs._unsafe_rec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.typedLits._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Halt.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.LetsRaise.halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.block_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.RC.boxed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Realizes.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesF.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesFn.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesL.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RealizesM.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.WTL.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string_inv' depends on axioms: [propext]\n'LexLeanPreservation.Rust.takes_of_typed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_eq.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.allWidth_of._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.allWidth_of' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.width_of_typed.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_3' does not depend on any axioms\n'LexLeanPreservation.Rust.width_of_typed.match_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.width_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.accepts_of_typed' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_append.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.apply_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPattern_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape._simp_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_shape.match_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.bindPatterns_shape._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPattern_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.bindPatterns_shape' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boolArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_6' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._proof_1_7' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.evalArms_find' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boolArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.boxWith.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxWith.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.elemOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.buildShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_100' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_102' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_96' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound.match_1_98' depends on axioms: [propext]\n'LexLeanPreservation.Rust.build_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_function' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.call_result' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.constShape.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.const_sound' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.convert_args.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.convert_args' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_append_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.envRel_fresh' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_not._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.itemResult.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_match' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fixedTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_18' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_19' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_20' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_22' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_23' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_24' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_25' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_26' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_28' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_29' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_30' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_31' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_33' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_34' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_35' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_36' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_37' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_38' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_39' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_40' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_41' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_42' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_43' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_44' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_45' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_46' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_47' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_48' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_49' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_50' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_51' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_52' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_53' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_54' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_55' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_56' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_57' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_58' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_59' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_60' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_61' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fixedTyped.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.flatB.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN_sound.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.split_last.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.split_last._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.split_last' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_nomatch.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcb_cons_nomatch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_stop' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_cons_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_prefix' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_flat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_cons_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rcb_fold_last' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldStep_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldB_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.foldN.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldN.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_bind' depends on axioms: [propext]\n'LexLeanPreservation.Rust.slotFree_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_weaken' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_elseCtx' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_temp' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fromStrings_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fromStrings_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.haltL.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.hasWidth_i16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_i8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u16' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u32' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u64' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.hasWidth_u8' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.heldOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.heldOK.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.isFixed._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isFixed_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isSeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isSeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.isTemp._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemOK.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemOperands_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.itemResult' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.itemResult.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.kpre_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pred.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pred' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_else' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_then' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_of_lets' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_b_rcb' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_cond_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_negate_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not.match_1_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_not_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_not_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.k_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_read.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_read' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.kpre_held' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsBind.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.letsBind.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.letsOK_nil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.letsOK_shape' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.litValue._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litValue.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValue.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.litValues.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lit_branch' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.lookup_through' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_spec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.natArms_eval' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obsL_evalList_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.obs_eval_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.oneOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.oneOf_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.param_env.match_1_1' depends on axioms: [propext]\n'LexLeanTarget.TargetSemantics.bindAll.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.bindAll.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.param_env._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.param_env' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.patBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.patBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.patsBinds.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.primTyped.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_apply_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_call_halt.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_call_runtime' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_construct' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_construct_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_isZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_isZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_lit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_lit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._simp_9' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_pair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues.match_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_litValue' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_nonZero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_negate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_left' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_pair_halt_right' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed.match_1_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_succeed' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rc_widen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_widen_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_boxWith.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_cons_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_boxWith' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_litValues' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_nil_inv' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.rcl_single_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_widen_one' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.readOf.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesL_haltL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_halt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizesM_overflow' depends on axioms: [propext]\n'LexLeanPreservation.Rust.realizes_oneOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_eq' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.runItem_succ' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyGen.match_1_13' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_15' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_28' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_applyGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_apply' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_applyF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_bOfE' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_build.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_build' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildConst' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildPair.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_97' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair.match_1_99' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_129' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSucc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_101' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_buildSuccF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callF.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_callOps.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_callOps' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_closure.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_closure.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_closure' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_cond.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond.match_1_11' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_cond' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_condId.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_condId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBFold' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_eOfBNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fOfB' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kLit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kIf' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kNeg' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_kSame' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_17' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_19' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_lCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_lNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letBind.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letBind' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_letWild.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_letWild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchHolder' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBool' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchBoolId.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchBoolId' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchNat' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit._proof_1_386' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit.match_1_387' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons._simp_1_13' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsCons.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_16' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsOfL' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_29' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit.match_1_31' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_opsUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_ops_box.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_3' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_ops_box' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_part.match_1_14' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part.match_1_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPatterns.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_part' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_part._sparseCasesOn_1_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_prim.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_prim.match_1_38' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_iff._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_iff' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_def' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_append' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_bitwise' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_checked' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_convert' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_decode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_encode' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_fixedTyped.match_1_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_format' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_index' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_join' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_parse' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_shift' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.slice_eq' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_slice' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_split' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_unary' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_one.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_one' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_three' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_two' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_fixedTyped' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wt_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_prim' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primF.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_5' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_7' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF.match_1_9' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primF' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_primWiden.match_1_108' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_110' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_112' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_114' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_116' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_primWiden' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.typedLitAll_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_var' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_varUnit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_zero' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeOf.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_10' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_11' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_12' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_13' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_14' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_5' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_6' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_7' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_8' does not depend on any axioms\n'LexLeanPreservation.Rust.shapeOf.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.tempFresh.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLit.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLitAll_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.typedLits_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tysBeq_eq' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.allWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.allWidth.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_100' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_101' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_102' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_103' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_104' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_105' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_106' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_107' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_108' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_109' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_110' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_111' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_112' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_113' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_114' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_115' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_116' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_117' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_118' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_119' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_120' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_121' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_122' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_123' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_124' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_125' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_126' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_127' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_128' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_129' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_130' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_131' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_132' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_133' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_134' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_135' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_136' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_137' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_138' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_139' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_140' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_141' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_142' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_143' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_144' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_145' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_146' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_147' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_148' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_149' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_150' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_151' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_152' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_153' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_154' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_155' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_156' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_157' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_158' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_159' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_160' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_161' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_162' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_163' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_164' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_165' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_166' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_167' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_168' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_169' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_170' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_171' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_172' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_173' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_174' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_175' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_176' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_177' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_178' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_179' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_180' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_181' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_182' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_183' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_184' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_185' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_186' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_51' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_52' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_53' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_54' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_55' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_56' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_57' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_58' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_59' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_60' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_61' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_62' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_63' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_64' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_65' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_66' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_67' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_68' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_69' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_70' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_71' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_72' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_73' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_74' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_75' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_76' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_77' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_78' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_79' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_80' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_81' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_82' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_83' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_84' does not depend on any axioms\n'LexLeanTarget.RustSemantics.bindPattern.eq_85' does not depend on any 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axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemFallible.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemHeap.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemOperands.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemPrimitive.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_38' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_39' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_40' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_41' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_42' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_43' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_44' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_45' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_46' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_47' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_48' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_49' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_5' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_50' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_6' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_7' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_8' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemTakes.eq_9' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_12' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_13' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_14' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_15' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_16' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_17' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_18' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_19' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_20' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_21' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_22' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_23' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_24' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_25' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_26' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_27' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_28' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_29' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_30' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_31' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_32' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_33' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_34' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_35' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_36' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_37' does not depend on any axioms\n'LexLeanTarget.RustSemantics.itemWidth.eq_38' does not depend on any 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Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_4' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_5' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_6' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_7' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_8' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.literal.eq_9' depends on axioms: [propext, Quot.sound]\n'LexLeanTarget.RustSemantics.propagated.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_10' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_11' does not depend on any axioms\n'LexLeanTarget.RustSemantics.propagated.eq_12' does not depend on any 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does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_10' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_100' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_101' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_102' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_103' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_104' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_105' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_106' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_107' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_108' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_109' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_11' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_110' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_111' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_112' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_113' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_114' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_115' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_116' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_117' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_118' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_119' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_12' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_120' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_121' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_122' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_123' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_124' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_125' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_126' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_127' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_128' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_129' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_13' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_130' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_131' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_132' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_133' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_134' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_135' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_136' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_137' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_138' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_139' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_14' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_140' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_141' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_142' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_143' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_144' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_145' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_146' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_147' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_148' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_149' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_15' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_150' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_151' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_152' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_153' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_154' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_155' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_156' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_157' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_158' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_159' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_16' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_160' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_161' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_162' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_163' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_164' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_176' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_177' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_178' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_179' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_18' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_180' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_181' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_182' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_183' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_184' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_185' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_186' does not depend on any 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axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_198' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_199' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_20' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_200' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_201' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_202' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_203' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_204' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_205' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_206' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_207' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_208' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_209' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_21' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_210' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_211' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_212' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_213' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_214' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_215' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_216' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_217' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_218' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_219' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_22' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_220' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_221' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_222' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_223' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_224' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_225' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_226' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_227' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_228' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_229' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_23' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_230' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_231' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_232' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_233' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_234' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_235' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_236' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_237' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_238' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_239' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_24' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_240' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_241' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_242' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_243' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_244' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_245' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_246' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_247' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_248' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_249' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_25' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_250' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_251' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_252' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_253' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_254' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_255' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_256' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_257' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_258' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_259' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_26' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_260' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_261' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_262' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_263' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_264' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_265' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_266' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_267' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_268' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_269' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_27' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_270' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_271' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_272' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_273' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_274' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_275' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_276' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_277' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_278' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_279' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_28' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_280' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_281' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_282' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_283' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_284' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_285' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_286' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_287' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_288' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_289' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_29' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_290' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_291' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_292' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_293' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_294' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_295' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_296' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_297' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_298' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_299' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_30' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_300' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_301' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_302' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_303' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_304' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_305' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_306' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_307' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_308' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_309' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_31' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_310' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_311' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_312' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_313' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_314' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_315' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_316' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_317' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_318' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_319' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_32' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_320' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_321' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_322' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_323' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_324' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_325' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_326' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_327' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_328' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_329' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_33' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_330' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_331' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_332' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_333' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_334' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_335' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_336' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_337' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_338' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_339' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_34' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_340' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_341' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_342' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_343' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_344' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_345' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_346' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_347' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_348' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_349' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_35' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_350' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_351' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_352' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_353' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_354' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_355' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_356' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_357' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_358' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_359' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_36' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_360' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_361' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_362' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_363' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_364' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_365' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_366' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_367' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_368' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_369' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_37' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_370' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_38' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_39' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_40' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_41' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_42' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_43' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_44' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_45' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_46' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_47' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_48' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_49' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_50' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_51' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_52' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_53' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_54' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_55' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_56' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_57' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_58' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_59' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_60' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_61' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_62' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_63' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_64' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_65' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_66' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_67' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_68' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_69' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_70' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_71' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_72' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_73' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_74' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_75' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_76' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_77' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_78' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_79' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_80' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_81' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_82' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_83' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_84' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_85' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_86' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_87' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_88' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_89' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_9' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_90' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_91' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_92' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_93' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_94' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_95' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_96' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_97' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_98' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.destruct.eq_99' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.fromStrings.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.primitive.eq_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_10' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_11' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_12' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_13' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_14' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_15' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_16' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_17' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_18' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_19' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_1999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_20' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_21' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_22' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_23' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_24' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_25' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_26' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_27' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_28' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_29' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_2999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_30' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3000' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3001' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3002' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3003' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3004' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3005' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3006' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3007' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3008' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3009' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3010' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3011' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3012' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3013' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3014' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3015' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3016' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3017' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3018' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3019' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3020' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3021' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3022' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3023' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3024' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3025' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3026' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3027' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3028' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3029' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3030' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3031' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3032' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3033' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3034' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3035' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3036' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3037' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3038' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3039' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3040' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3041' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3042' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3043' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3044' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3045' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3046' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3047' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3048' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3049' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3050' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3051' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3052' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3053' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3054' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3055' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3056' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3057' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3058' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3059' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3060' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3061' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3062' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3063' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3064' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3065' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3066' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3067' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3068' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3069' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3070' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3071' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3072' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3073' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3074' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3075' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3076' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3077' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3078' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3079' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3080' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3081' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3082' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3083' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3084' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3085' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3086' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3087' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3088' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3089' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3090' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3091' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3092' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3093' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3094' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3095' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3096' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3097' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3098' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3099' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_31' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3100' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3101' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3102' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3103' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3104' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3105' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3106' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3107' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3108' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3109' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3110' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3111' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3112' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3113' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3114' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3115' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3116' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3117' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3118' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3119' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3120' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3121' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3122' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3123' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3124' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3125' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3126' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3127' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3128' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3129' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3130' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3131' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3132' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3133' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3134' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3135' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3136' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3137' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3138' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3139' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3140' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3141' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3142' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3143' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3144' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3145' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3146' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3147' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3148' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3149' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3150' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3151' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3152' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3153' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3154' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3155' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3156' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3157' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3158' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3159' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3160' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3161' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3162' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3163' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3164' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3165' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3166' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3167' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3168' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3169' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3170' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3171' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3172' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3173' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3174' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3175' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3176' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3177' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3178' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3179' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3180' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3181' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3182' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3183' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3184' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3185' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3186' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3187' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3188' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3189' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3190' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3191' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3192' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3193' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3194' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3195' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3196' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3197' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3198' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3199' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_32' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3200' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3201' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3202' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3203' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3204' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3205' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3206' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3207' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3208' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3209' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3210' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3211' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3212' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3213' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3214' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3215' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3216' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3217' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3218' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3219' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3220' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3221' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3222' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3223' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3224' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3225' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3226' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3227' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3228' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3229' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3230' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3231' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3232' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3233' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3234' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3235' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3236' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3237' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3238' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3239' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3240' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3241' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3242' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3243' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3244' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3245' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3246' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3247' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3248' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3249' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3250' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3251' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3252' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3253' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3254' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3255' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3256' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3257' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3258' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3259' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3260' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3261' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3262' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3263' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3264' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3265' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3266' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3267' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3268' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3269' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3270' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3271' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3272' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3273' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3274' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3275' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3276' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3277' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3278' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3279' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3280' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3281' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3282' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3283' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3284' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3285' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3286' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3287' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3288' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3289' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3290' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3291' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3292' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3293' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3294' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3295' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3296' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3297' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3298' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3299' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_33' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3300' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3301' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3302' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3303' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3304' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3305' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3306' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3307' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3308' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3309' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3310' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3311' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3312' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3313' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3314' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3315' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3316' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3317' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3318' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3319' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3320' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3321' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3322' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3323' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3324' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3325' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3326' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3327' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3328' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3329' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3330' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3331' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3332' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3333' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_334' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_335' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_336' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_337' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_338' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_339' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_34' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_340' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_341' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_342' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_3425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_343' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_344' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_345' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_346' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_347' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_348' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_349' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_35' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_350' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_351' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_352' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_353' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_354' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_355' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_356' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_357' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_358' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_359' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_36' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_360' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_361' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_362' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_363' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_364' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_365' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_366' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_367' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_368' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_369' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_37' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_370' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_371' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_372' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_373' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_374' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_375' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_376' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_377' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_378' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_379' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_38' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_380' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_381' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_382' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_383' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_384' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_385' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_386' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_387' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_388' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_389' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_39' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_390' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_391' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_392' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_393' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_394' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_395' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_396' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_397' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_398' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_399' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_4' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_40' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_400' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_401' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_402' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_403' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_404' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_405' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_406' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_407' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_408' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_409' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_41' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_410' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_411' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_412' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_413' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_414' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_415' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_416' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_417' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_418' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_419' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_42' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_420' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_421' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_422' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_423' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_424' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_425' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_426' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_427' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_428' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_429' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_43' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_430' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_431' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_432' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_433' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_434' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_435' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_436' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_437' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_438' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_439' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_44' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_440' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_441' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_442' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_443' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_444' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_445' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_446' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_447' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_448' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_449' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_45' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_450' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_451' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_452' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_453' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_454' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_455' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_456' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_457' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_458' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_459' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_46' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_460' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_461' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_462' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_463' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_464' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_465' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_466' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_467' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_468' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_469' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_47' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_470' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_471' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_472' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_473' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_474' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_475' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_476' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_477' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_478' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_479' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_48' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_480' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_481' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_482' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_483' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_484' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_485' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_486' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_487' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_488' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_489' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_49' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_490' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_491' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_492' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_493' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_494' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_495' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_496' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_497' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_498' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_499' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_5' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_50' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_500' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_501' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_502' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_503' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_504' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_505' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_506' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_507' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_508' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_509' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_51' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_510' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_511' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_512' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_513' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_514' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_515' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_516' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_517' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_518' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_519' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_52' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_520' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_521' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_522' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_523' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_524' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_525' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_526' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_527' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_528' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_529' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_53' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_530' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_531' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_532' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_533' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_534' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_535' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_536' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_537' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_538' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_539' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_54' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_540' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_541' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_542' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_543' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_544' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_545' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_546' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_547' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_548' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_549' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_55' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_550' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_551' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_552' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_553' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_554' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_555' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_556' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_557' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_558' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_559' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_56' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_560' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_561' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_562' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_563' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_564' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_565' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_566' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_567' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_568' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_569' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_57' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_570' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_571' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_572' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_573' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_574' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_575' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_576' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_577' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_578' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_579' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_58' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_580' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_581' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_582' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_583' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_584' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_585' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_586' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_587' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_588' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_589' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_59' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_590' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_591' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_592' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_593' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_594' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_595' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_596' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_597' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_598' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_599' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_6' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_60' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_600' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_601' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_602' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_603' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_604' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_605' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_606' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_607' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_608' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_609' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_61' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_610' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_611' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_612' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_613' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_614' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_615' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_616' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_617' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_618' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_619' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_62' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_620' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_621' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_622' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_623' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_624' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_625' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_626' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_627' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_628' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_629' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_63' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_630' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_631' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_632' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_633' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_634' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_635' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_636' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_637' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_638' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_639' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_64' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_640' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_641' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_642' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_643' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_644' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_645' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_646' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_647' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_648' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_649' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_65' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_650' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_651' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_652' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_653' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_654' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_655' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_656' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_657' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_658' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_659' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_66' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_660' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_661' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_662' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_663' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_664' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_665' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_666' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_667' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_668' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_669' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_67' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_670' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_671' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_672' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_673' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_674' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_675' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_676' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_677' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_678' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_679' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_68' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_680' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_681' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_682' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_683' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_684' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_685' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_686' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_687' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_688' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_689' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_69' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_690' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_691' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_692' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_693' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_694' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_695' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_696' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_697' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_698' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_699' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_7' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_70' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_700' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_701' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_702' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_703' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_704' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_705' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_706' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_707' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_708' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_709' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_71' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_710' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_711' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_712' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_713' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_714' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_715' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_716' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_717' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_718' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_719' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_72' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_720' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_721' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_722' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_723' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_724' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_725' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_726' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_727' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_728' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_729' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_73' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_730' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_731' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_732' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_733' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_734' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_735' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_736' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_737' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_738' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_739' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_74' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_740' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_741' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_742' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_743' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_744' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_745' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_746' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_747' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_748' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_749' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_75' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_750' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_751' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_752' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_753' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_754' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_755' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_756' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_757' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_758' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_759' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_76' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_760' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_761' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_762' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_763' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_764' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_765' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_766' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_767' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_768' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_769' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_77' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_770' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_771' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_772' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_773' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_774' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_775' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_776' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_777' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_778' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_779' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_78' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_780' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_781' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_782' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_783' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_784' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_785' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_786' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_787' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_788' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_789' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_79' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_790' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_791' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_792' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_793' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_794' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_795' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_796' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_797' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_798' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_799' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_8' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_80' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_800' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_801' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_802' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_803' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_804' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_805' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_806' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_807' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_808' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_809' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_81' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_810' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_811' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_812' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_813' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_814' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_815' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_816' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_817' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_818' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_819' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_82' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_820' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_821' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_822' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_823' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_824' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_825' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_826' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_827' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_828' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_829' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_83' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_830' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_831' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_832' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_833' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_834' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_835' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_836' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_837' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_838' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_839' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_84' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_840' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_841' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_842' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_843' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_844' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_845' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_846' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_847' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_848' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_849' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_85' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_850' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_851' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_852' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_853' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_854' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_855' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_856' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_857' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_858' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_859' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_86' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_860' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_861' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_862' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_863' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_864' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_865' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_866' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_867' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_868' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_869' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_87' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_870' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_871' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_872' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_873' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_874' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_875' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_876' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_877' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_878' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_879' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_88' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_880' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_881' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_882' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_883' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_884' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_885' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_886' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_887' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_888' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_889' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_89' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_890' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_891' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_892' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_893' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_894' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_895' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_896' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_897' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_898' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_899' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_9' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_90' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_900' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_901' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_902' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_903' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_904' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_905' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_906' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_907' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_908' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_909' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_91' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_910' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_911' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_912' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_913' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_914' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_915' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_916' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_917' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_918' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_919' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_92' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_920' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_921' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_922' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_923' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_924' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_925' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_926' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_927' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_928' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_929' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_93' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_930' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_931' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_932' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_933' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_934' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_935' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_936' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_937' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_938' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_939' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_94' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_940' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_941' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_942' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_943' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_944' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_945' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_946' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_947' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_948' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_949' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_95' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_950' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_951' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_952' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_953' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_954' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_955' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_956' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_957' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_958' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_959' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_96' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_960' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_961' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_962' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_963' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_964' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_965' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_966' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_967' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_968' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_969' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_97' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_970' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_971' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_972' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_973' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_974' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_975' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_976' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_977' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_978' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_979' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_98' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_980' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_981' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_982' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_983' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_984' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_985' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_986' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_987' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_988' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_989' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_99' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_990' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_991' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_992' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_993' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_994' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_995' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_996' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_997' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_998' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.TargetSemantics.primitive.eq_999' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.adtFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_13.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_12.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armOuter.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_outer' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.boxedOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.boxedOne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bp_entries._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bp_entries' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons._simp_1_4' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.identBoxed_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identLocal_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf_spec' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_cons' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_len._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_len' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_27' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_append' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_boxed_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._simp_1_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.same_local_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_local_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_local_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_boxed_local' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_boxed' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rlookup_local_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat_loads._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat_loads' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_boxed_some._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.entries_boxed_some' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.envRel_locals' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fields_wt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindPatterns_single' depends on axioms: [propext]\n'LexLeanPreservation.Rust.outer_bind' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.paramCtx_length.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_length' depends on axioms: [propext]\n'LexLeanPreservation.Rust.armPat_sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.bindOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.bindOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.boxedOne.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.canon.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.covered_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.wt_uninh._simp_10' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.covered_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.ctorOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.ctorOf_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.destruct_canon' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.destruct_excl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.directPat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.directPat.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entriesOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_lookup.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._simp_1_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sameIdent_iff' depends on axioms: [propext]\n'LexLeanPreservation.Rust.entries_none_of._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_none_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.identsDistinct.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.entries_lookup._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.entries_lookup' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.eval_field.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.eval_field._sparseCasesOn_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field.match_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.eval_field' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_3' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_4' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._simp_1_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_none.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.fieldPats_none._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_none' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some._simp_1_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fieldPats_some._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.fieldPats_some' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_partRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_unit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.field_out' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.findArm_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findArm_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findArm_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.findDispatch_some._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.findDispatch_some' depends on axioms: [propext]\n'LexLeanPreservation.Rust.foldStep._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.fresh_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.identBoxed.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identBoxed.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identLocal.eq_2' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.identsDistinct.eq_def' does not depend on any axioms\n'LexLeanPreservation.Rust.isWild._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isWild.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.litOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.loadOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.noClosure.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.okBlock.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.otherArms.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.otherArms_mem._simp_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.otherArms_mem' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_miss' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.outer_view' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_ext' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.paramCtx_fresh' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.partRead.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.patLocals.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_matchOn' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_matchOn_halt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_uncons.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rc_uncons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rc_scrut' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_hit' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rca_miss' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcb_det' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_eq_of_same' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rcl_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.readOf_rc' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.realizesM_value' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildArg.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArg_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_def' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs.eq_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple.match_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple._f' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildArgs_simple' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_14.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuildTail._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca._simp_1_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.rebuild_rca.match_1_1' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value._simp_1_21' depends on axioms: [propext]\n'LexLeanPreservation.Rust.single_rebuild' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_value' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuild_rca' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rebuildsArm.eq_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.rlookup_nil' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_fieldGen.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.wtl_get.match_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_get' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_fieldGen' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldHeld' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_fieldRead' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mCons._simp_1_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sem_mCons' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_mNil' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.tyBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tyBeq_refl._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.tysBeq_refl._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.tyBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.tysBeq_refl' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.uninh_of_inert.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.uninh_of_inert._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh_of_inert' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh._f' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtl_uninh.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.taken_arm' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchArms' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchPair' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt._proof_1_3' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.sem_matchRebuilt' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_10.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_11.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_2.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_3.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_4.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_5.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_6.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_7.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_8.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq._sparseCasesOn_9.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeBeq.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_10' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_11' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_12' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_13' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_14' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_15' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_17' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_6' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_7' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.shapeFields.eq_9' depends on axioms: [propext]\n'LexLeanPreservation.Rust.simplePat.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.unboxOf.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_def' depends on axioms: [propext]\n'LexLeanPreservation.Rust.uninh.eq_5' depends on axioms: [propext]\n'LexLeanPreservation.Rust.validU.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_3' depends on axioms: [propext]\n'LexLeanPreservation.Rust.viewVal.eq_4' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_uninh' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanTarget.RustSemantics.findArm.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findArm.eq_def' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_1' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_2' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_3' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_4' does not depend on any axioms\n'LexLeanTarget.RustSemantics.findDispatch.eq_def' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_1' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_2' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_3' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_4' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_5' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_6' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_7' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_8' does not depend on any axioms\n'LexLeanTarget.TargetSemantics.sameOrder.eq_9' does not depend on any axioms\n'LexLeanPreservation.Rust.fl_of' does not depend on any axioms\n'LexLeanPreservation.Rust.fnFallible.eq_1' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of._simp_1_14' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.funSem_of.match_1_10' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_12' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_2' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_4' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_6' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of.match_1_8' does not depend on any axioms\n'LexLeanPreservation.Rust.funSem_of' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.isTemp.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.isTemp.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.item_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.kind_ne' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem._sparseCasesOn_1.else_eq' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.plainItem.eq_2' depends on axioms: [propext]\n'LexLeanPreservation.Rust.sound._proof_1_1' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound._proof_1_2' depends on axioms: [propext, Quot.sound]\n'LexLeanPreservation.Rust.sound' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.simulate' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.Representable._sparseCasesOn_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable.match_1' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL.match_1' does not depend on any axioms\n'LexLeanPreservation.Rust.RepresentableL._f' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL' depends on axioms: [propext]\n'LexLeanPreservation.Rust.Representable._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._unsafe_rec' does not depend on any axioms\n'LexLeanPreservation.Rust.Representable._unsafe_rec' depends on axioms: [propext]\n'LexLeanPreservation.Rust.RepresentableL._sunfold' depends on axioms: [propext]\n'LexLeanPreservation.Rust.compose' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.rel_ne_stuck' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.repL_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.runItem_abort_infallible' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreservation.Rust.wtAll_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wtAll_nil' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map._f' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtAll_map' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_adt' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bool' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_bytes' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encExcept.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encExcept' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_list' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encList' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOption.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_encOption' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encOrdering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encPair' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_encUnit' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_errorV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_i8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_int' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_listEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_nat' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_noneV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_okV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc.match_1_1' does not depend on any axioms\n'LexLeanPreservation.Rust.wt_someV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_optEnc' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_ordering' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_pairV' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_string' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u16' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u32' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u64' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_u8' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wt_unitValue' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_cons' depends on axioms: [propext]\n'LexLeanPreservation.Rust.wtl_nil' depends on axioms: [propext]\n'LexLeanPreservation.encExcept.eq_1' does not depend on any axioms\n'LexLeanPreservation.encExcept.eq_2' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_1' does not depend on any axioms\n'LexLeanPreservation.encOption.eq_2' does not depend on any axioms\n'LexLeanPreservation.encPair.eq_1' does not depend on any axioms\n'LexLeanPreservation.encUnit.eq_1' does not depend on any axioms\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.root' depends on axioms: [propext, Classical.choice, Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n'LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.root' depends on axioms: [propext,\n Classical.choice,\n Quot.sound]\n-- statement vocabulary\ninductive LexLeanPreservation.Obs : Type\nnumber of parameters: 0\nconstructors:\nLexLeanPreservation.Obs.value : LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs\nLexLeanPreservation.Obs.overflow : LexLeanPreservation.Obs\nLexLeanPreservation.Obs.stuck : LexLeanPreservation.Obs\ndef LexLeanPreservation.Rel : Bool → LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs :=\nfun fits v => bif fits then LexLeanPreservation.Obs.value v else LexLeanPreservation.Obs.overflow\ndef LexLeanPreservation.Conv : LexLeanTarget.TargetSyntax.Program →\n  List (Nat × LexLeanTarget.TargetSyntax.Value) → LexLeanTarget.TargetSyntax.Expr → LexLeanPreservation.Obs → Prop :=\nfun p env e o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env e) = some o\ndef LexLeanPreservation.FunRel : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p f args o =>\n  ∃ fn,\n    LexLeanRuntime.index p.functions f = some fn ∧\n      ∃ env,\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env ∧\n          LexLeanPreservation.Conv p env fn.body o\ndef LexLeanPreservation.RunConv : LexLeanTarget.TargetSyntax.Program →\n  Nat → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Obs → Prop :=\nfun p entry args o => ∃ n, LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.run n p entry args) = some o\ndef LexLeanPreservation.Rust.WT : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags → LexLeanTarget.TargetSyntax.Value → LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  x.brecOn (LexLeanPreservation.Rust.WT._f p c A)\n    (fun t f => ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩) x_1\ndef LexLeanPreservation.Rust.WTL : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate →\n    LexLeanPreservation.Rust.Flags →\n      List LexLeanTarget.TargetSyntax.Value → List LexLeanTarget.TargetSyntax.Ty → Prop :=\nfun p c A x x_1 =>\n  (LexLeanTarget.TargetSyntax.Value.brecOn_1 x (LexLeanPreservation.Rust.WT._f p c A) fun t f =>\n        ⟨LexLeanPreservation.Rust.WTL._f p c A t f, LexLeanPreservation.Rust.WTAll._f p c A t f⟩).1\n    x_1\ndef LexLeanPreservation.Rust.fnIdent : Nat → LexLeanPreservation.Rust.RIdent :=\nfun f => LexLeanTarget.RustSyntax.Ident.generated LexLeanTarget.RustSyntax.IdentKind.function f\ndef LexLeanPreservation.Rust.fnFallible : LexLeanPreservation.Rust.RCrate → Nat → Option Bool :=\nfun c f =>\n  Option.map (fun fn => LexLeanTarget.RustSemantics.fallibleType fn.snd.fst)\n    (LexLeanTarget.RustSemantics.findFunction c.items (LexLeanPreservation.Rust.fnIdent f))\ndef LexLeanPreservation.Rust.RCI : LexLeanPreservation.Rust.RCrate →\n  LexLeanPreservation.Rust.RIdent → List LexLeanTarget.TargetSyntax.Value → LexLeanPreservation.Rust.ROut → Prop :=\nfun c f args o =>\n  o ≠ LexLeanTarget.RustSemantics.ROutcome.exhausted ∧ ∃ n, LexLeanTarget.RustSemantics.invoke n c f args = o\ndef LexLeanPreservation.Rust.Realizes : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fl x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.raise => fl = true\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.RealizesFn : Bool → LexLeanPreservation.Obs → LexLeanPreservation.Rust.ROut → Prop :=\nfun fallible x x_1 =>\n  match x, x_1 with\n  | LexLeanPreservation.Obs.value v, LexLeanTarget.RustSemantics.ROutcome.value w => w = bif fallible then v.ok else v\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.value w =>\n    fallible = true ∧ w = LexLeanTarget.TargetSyntax.Value.unit.error\n  | LexLeanPreservation.Obs.overflow, LexLeanTarget.RustSemantics.ROutcome.abort => True\n  | x, x_2 => False\ndef LexLeanPreservation.Rust.FunSem : LexLeanTarget.TargetSyntax.Program →\n  LexLeanPreservation.Rust.RCrate → LexLeanPreservation.Rust.Flags → Nat → Nat → Prop :=\nfun p c A n f =>\n  ∀ (fn : LexLeanTarget.TargetSyntax.Function) (args : List LexLeanTarget.TargetSyntax.Value)\n    (env : List (Nat × LexLeanTarget.TargetSyntax.Value)) (F : Bool),\n    LexLeanRuntime.index p.functions f = some fn →\n      LexLeanPreservation.Rust.WTL p c A args fn.types →\n        LexLeanTarget.TargetSemantics.bindAll fn.parameters args [] = some env →\n          LexLeanPreservation.Rust.fnFallible c f = some F →\n            ∀ (o : LexLeanPreservation.Obs),\n              LexLeanPreservation.obs (LexLeanTarget.TargetSemantics.eval n p env fn.body) = some o →\n                o ≠ LexLeanPreservation.Obs.stuck →\n                  (∀ (v : LexLeanTarget.TargetSyntax.Value),\n                      o = LexLeanPreservation.Obs.value v → LexLeanPreservation.Rust.WT p c A v fn.result) ∧\n                    ∃ ro,\n                      LexLeanPreservation.Rust.RealizesFn F o ro ∧\n                        LexLeanPreservation.Rust.RCI c (LexLeanPreservation.Rust.fnIdent f) args ro\ndef LexLeanPreservation.someObs : LexLeanPreservation.Obs → LexLeanPreservation.Obs :=\nfun x =>\n  match x with\n  | LexLeanPreservation.Obs.value v => LexLeanPreservation.Obs.value v.some\n  | LexLeanPreservation.Obs.overflow => LexLeanPreservation.Obs.overflow\n  | LexLeanPreservation.Obs.stuck => LexLeanPreservation.Obs.stuck\ndef LexLeanPreservation.Rust.Representable : LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x => x.brecOn LexLeanPreservation.Rust.Representable._f LexLeanPreservation.Rust.RepresentableL._f\ndef LexLeanPreservation.Rust.RepresentableL : List LexLeanTarget.TargetSyntax.Value → Prop :=\nfun x =>\n  LexLeanTarget.TargetSyntax.Value.brecOn_1 x LexLeanPreservation.Rust.Representable._f\n    LexLeanPreservation.Rust.RepresentableL._f\nLexLeanPreservation.Rust.runItem_abort_infallible : ∀ (profile : LexLeanTarget.RustSyntax.Profile)\n  (item : LexLeanTarget.RustSyntax.Item) (values : List LexLeanTarget.TargetSyntax.Value),\n  LexLeanTarget.RustSemantics.runItem profile item values = LexLeanTarget.RustSemantics.ROutcome.abort →\n    LexLeanTarget.RustSemantics.itemFallible item = false\n","stdout_sha256":"533b2c450cac3e595b71c9b8c9ed4d95073ce958a955b6fd2ee5ce1d5d38ff06","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.json
deleted file mode 100644
index 820a76673..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.json
deleted file mode 100644
index ce06d3eb8..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.json
deleted file mode 100644
index d3dc808f9..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.json
deleted file mode 100644
index 97042ff7a..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.json
deleted file mode 100644
index a970af413..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.json
deleted file mode 100644
index 05c3c0fbc..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.json
deleted file mode 100644
index a47243a97..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.json
deleted file mode 100644
index 5ae941a8b..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.json
deleted file mode 100644
index 3e04bb746..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.json
deleted file mode 100644
index 24f41ca1a..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.json
deleted file mode 100644
index b018b012f..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.json
deleted file mode 100644
index 125dcc515..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.json
deleted file mode 100644
index 6e99666d2..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.json
deleted file mode 100644
index 842b74f8b..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.json
deleted file mode 100644
index 5577d5788..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.json
deleted file mode 100644
index 44c3e49da..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.json
deleted file mode 100644
index 08e1e1a0f..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.json
deleted file mode 100644
index 2cbdb2be3..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.json
deleted file mode 100644
index 036ffb70e..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.json
deleted file mode 100644
index 5b61a9596..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.json
deleted file mode 100644
index 9c8a8f5eb..000000000
--- a/stdlib/expected/verify/process/preserve/LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6.json
+++ /dev/null
@@ -1 +0,0 @@
-{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6.olean","$STAGING/preserve-src/LexLeanPreserve/C5bfc6ad2db2940a1b7735f1309be47dc/R6.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.C5bfc6ad2db2940a1b7735f1309be47dc.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.json
new file mode 100644
index 000000000..ef428edac
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.json
new file mode 100644
index 000000000..496e92e8c
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.json
new file mode 100644
index 000000000..f93f6df26
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R0.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R0","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.json
new file mode 100644
index 000000000..5af9a4f78
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.json
new file mode 100644
index 000000000..3b861bb54
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.json
new file mode 100644
index 000000000..3e96cbfd6
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R1.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R1","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.json
new file mode 100644
index 000000000..c3352ea2d
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.json
new file mode 100644
index 000000000..191ee58a1
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.json
new file mode 100644
index 000000000..dde7829d0
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R2.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R2","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.json
new file mode 100644
index 000000000..2e4d76f1a
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.json
new file mode 100644
index 000000000..54d943e7a
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.json
new file mode 100644
index 000000000..384e977d9
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R3.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R3","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.json
new file mode 100644
index 000000000..80a67ae49
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.json
new file mode 100644
index 000000000..331a745ff
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.json
new file mode 100644
index 000000000..821e47f94
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R4.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R4","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.json
new file mode 100644
index 000000000..4b049940e
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.json
new file mode 100644
index 000000000..49de03e4d
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.json
new file mode 100644
index 000000000..0ee4945e6
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R5.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R5","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.json
new file mode 100644
index 000000000..60670caa9
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/Compose/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/Compose/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.Compose.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.json
new file mode 100644
index 000000000..1c012ad1f
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/RustStd.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6/RustStd.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.RustStd","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.json b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.json
new file mode 100644
index 000000000..168d7e7ab
--- /dev/null
+++ b/stdlib/expected/verify/process/preserve/LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6.json
@@ -0,0 +1 @@
+{"argv":["env","lean","-R","$STAGING/preserve-src","-o","$STAGING/preserve-oleans/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6.olean","$STAGING/preserve-src/LexLeanPreserve/Cf6fd2434413f885eb97b3577e92c0706/R6.lean"],"executable_sha256":"$EXECUTABLE_SHA256","exit_code":0,"module":"LexLeanPreserve.Cf6fd2434413f885eb97b3577e92c0706.R6","stderr":"\n","stderr_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","stdout":"\n","stdout_sha256":"01ba4719c80b6fe911b091a7c05124b64eeece964e09c058ef8f9805daca546b","tool":"lean"}
diff --git a/stdlib/lexlean.lock b/stdlib/lexlean.lock
index de65617eb..4b1424628 100644
--- a/stdlib/lexlean.lock
+++ b/stdlib/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "e7fcfa884a8d0dcabfa2292f1bca96a530b17e56a96f4f68ff7eac749ba2b0c4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/application-arity/project/lexlean.lock b/tests/negative/application-arity/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/application-arity/project/lexlean.lock
+++ b/tests/negative/application-arity/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/application-non-function/project/lexlean.lock b/tests/negative/application-non-function/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/application-non-function/project/lexlean.lock
+++ b/tests/negative/application-non-function/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/binder-bool-literal-name/project/lexlean.lock b/tests/negative/binder-bool-literal-name/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/binder-bool-literal-name/project/lexlean.lock
+++ b/tests/negative/binder-bool-literal-name/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/binder-capture/project/lexlean.lock b/tests/negative/binder-capture/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/binder-capture/project/lexlean.lock
+++ b/tests/negative/binder-capture/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/binder-pattern-constructor-name/project/lexlean.lock b/tests/negative/binder-pattern-constructor-name/project/lexlean.lock
index b9fb33cfa..a421bd3b9 100644
--- a/tests/negative/binder-pattern-constructor-name/project/lexlean.lock
+++ b/tests/negative/binder-pattern-constructor-name/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "81ee2a9ef8c129bd8d1d2c5a002526675b1f2cbabb784a33bbb447892bd48c9f"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificate-b-rejected/expected/command.json b/tests/negative/certificate-b-rejected/expected/command.json
index 3b561be08..15c21fc42 100644
--- a/tests/negative/certificate-b-rejected/expected/command.json
+++ b/tests/negative/certificate-b-rejected/expected/command.json
@@ -1 +1 @@
-{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7015","help":[],"labels":[],"message":"certificate B: `LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore` was rejected in `fun2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  rfl\nhas type\n  ?m.157 = ?m.157\nbut is expected to have type\n  RustSemantics.itemFallible RustSyntax.Item.natSub = true\nin the application\n  Corr.primF (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) Corr.opsNil rfl rfl) rfl rfl) ?m.147 rfl\n    rfl rfl rfl rfl\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
+{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7015","help":[],"labels":[],"message":"certificate B: `LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore` was rejected in `fun2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  rfl\nhas type\n  ?m.157 = ?m.157\nbut is expected to have type\n  RustSemantics.itemFallible RustSyntax.Item.natSub = true\nin the application\n  Corr.primF (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) Corr.opsNil rfl rfl) rfl rfl) ?m.147 rfl\n    rfl rfl rfl rfl\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
diff --git a/tests/negative/certificate-b-rejected/expected/diagnostics.json b/tests/negative/certificate-b-rejected/expected/diagnostics.json
index 1501ee0ef..6805e3ac9 100644
--- a/tests/negative/certificate-b-rejected/expected/diagnostics.json
+++ b/tests/negative/certificate-b-rejected/expected/diagnostics.json
@@ -1 +1 @@
-[{"causes":[],"code":"LLV7015","help":[],"labels":[],"message":"certificate B: `LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2.RustCore` was rejected in `fun2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  rfl\nhas type\n  ?m.157 = ?m.157\nbut is expected to have type\n  RustSemantics.itemFallible RustSyntax.Item.natSub = true\nin the application\n  Corr.primF (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) Corr.opsNil rfl rfl) rfl rfl) ?m.147 rfl\n    rfl rfl rfl rfl\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
+[{"causes":[],"code":"LLV7015","help":[],"labels":[],"message":"certificate B: `LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2.RustCore` was rejected in `fun2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  rfl\nhas type\n  ?m.157 = ?m.157\nbut is expected to have type\n  RustSemantics.itemFallible RustSyntax.Item.natSub = true\nin the application\n  Corr.primF (Corr.opsCons (Corr.var rfl rfl) (Corr.opsCons (Corr.var rfl rfl) Corr.opsNil rfl rfl) rfl rfl) ?m.147 rfl\n    rfl rfl rfl rfl\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
diff --git a/tests/negative/certificate-b-rejected/project/lexlean.lock b/tests/negative/certificate-b-rejected/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/certificate-b-rejected/project/lexlean.lock
+++ b/tests/negative/certificate-b-rejected/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificate-e-rejected/expected/command.json b/tests/negative/certificate-e-rejected/expected/command.json
index 380dd7106..bd245f9b9 100644
--- a/tests/negative/certificate-e-rejected/expected/command.json
+++ b/tests/negative/certificate-e-rejected/expected/command.json
@@ -1 +1 @@
-{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7016","help":[],"labels":[],"message":"certificate E: `LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore` was rejected in `root` of root `Production.Main.checkedSum`: error: native core declaration 'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.root':\n  (kernel) application type mismatch\n    LexLeanPreservation.Rust.compose (fun __e_n => RustCore.root __e_n 0)\n      (Eq.refl (LexLeanRuntime.index RustCore.program.functions 0))\n      (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 left)\n        (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 right) LexLeanPreservation.Rust.wtl_nil))\n      (Eq.refl\n        (LexLeanTarget.TargetSemantics.bindAll\n          (RustCore.program.functions.getD 0\n              { parameters := [], types := [], result := LexLeanTarget.TargetSyntax.Ty.unit,\n                body :=\n                  LexLeanTarget.TargetSyntax.Expr.value LexLeanTarget.TargetSyntax.Ty.unit","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
+{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7016","help":[],"labels":[],"message":"certificate E: `LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore` was rejected in `root` of root `Production.Main.checkedSum`: error: native core declaration 'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.root':\n  (kernel) application type mismatch\n    LexLeanPreservation.Rust.compose (fun __e_n => RustCore.root __e_n 0)\n      (Eq.refl (LexLeanRuntime.index RustCore.program.functions 0))\n      (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 left)\n        (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 right) LexLeanPreservation.Rust.wtl_nil))\n      (Eq.refl\n        (LexLeanTarget.TargetSemantics.bindAll\n          (RustCore.program.functions.getD 0\n              { parameters := [], types := [], result := LexLeanTarget.TargetSyntax.Ty.unit,\n                body :=\n                  LexLeanTarget.TargetSyntax.Expr.value LexLeanTarget.TargetSyntax.Ty.unit","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
diff --git a/tests/negative/certificate-e-rejected/expected/diagnostics.json b/tests/negative/certificate-e-rejected/expected/diagnostics.json
index c270396e1..deef6b393 100644
--- a/tests/negative/certificate-e-rejected/expected/diagnostics.json
+++ b/tests/negative/certificate-e-rejected/expected/diagnostics.json
@@ -1 +1 @@
-[{"causes":[],"code":"LLV7016","help":[],"labels":[],"message":"certificate E: `LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore` was rejected in `root` of root `Production.Main.checkedSum`: error: native core declaration 'LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R0.Compose.RustCore.root':\n  (kernel) application type mismatch\n    LexLeanPreservation.Rust.compose (fun __e_n => RustCore.root __e_n 0)\n      (Eq.refl (LexLeanRuntime.index RustCore.program.functions 0))\n      (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 left)\n        (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 right) LexLeanPreservation.Rust.wtl_nil))\n      (Eq.refl\n        (LexLeanTarget.TargetSemantics.bindAll\n          (RustCore.program.functions.getD 0\n              { parameters := [], types := [], result := LexLeanTarget.TargetSyntax.Ty.unit,\n                body :=\n                  LexLeanTarget.TargetSyntax.Expr.value LexLeanTarget.TargetSyntax.Ty.unit","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
+[{"causes":[],"code":"LLV7016","help":[],"labels":[],"message":"certificate E: `LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore` was rejected in `root` of root `Production.Main.checkedSum`: error: native core declaration 'LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R0.Compose.RustCore.root':\n  (kernel) application type mismatch\n    LexLeanPreservation.Rust.compose (fun __e_n => RustCore.root __e_n 0)\n      (Eq.refl (LexLeanRuntime.index RustCore.program.functions 0))\n      (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 left)\n        (LexLeanPreservation.Rust.wtl_cons (LexLeanPreservation.Rust.wt_u32 right) LexLeanPreservation.Rust.wtl_nil))\n      (Eq.refl\n        (LexLeanTarget.TargetSemantics.bindAll\n          (RustCore.program.functions.getD 0\n              { parameters := [], types := [], result := LexLeanTarget.TargetSyntax.Ty.unit,\n                body :=\n                  LexLeanTarget.TargetSyntax.Expr.value LexLeanTarget.TargetSyntax.Ty.unit","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
diff --git a/tests/negative/certificate-e-rejected/project/lexlean.lock b/tests/negative/certificate-e-rejected/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/certificate-e-rejected/project/lexlean.lock
+++ b/tests/negative/certificate-e-rejected/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificate-generation-limit/project/lexlean.lock b/tests/negative/certificate-generation-limit/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/certificate-generation-limit/project/lexlean.lock
+++ b/tests/negative/certificate-generation-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificate-heartbeat-rejected/expected/command.json b/tests/negative/certificate-heartbeat-rejected/expected/command.json
index 0432d2fa0..ce35ae3a0 100644
--- a/tests/negative/certificate-heartbeat-rejected/expected/command.json
+++ b/tests/negative/certificate-heartbeat-rejected/expected/command.json
@@ -1 +1 @@
-{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.C52af23b9c4ffcfaac904d5bd28c047b5.R0` was rejected in `__prog` of root `Production.Main.total`: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C52af23b9c4ffcfaac904d5bd28c047b5/R0.lean:25:30: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C52af23b9c4ffcfaac904d5bd28c047b5/R0.lean:28:33: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
+{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.C5a8aecb66d2051046750612dda1e97aa.R0` was rejected in `__prog` of root `Production.Main.total`: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C5a8aecb66d2051046750612dda1e97aa/R0.lean:25:30: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C5a8aecb66d2051046750612dda1e97aa/R0.lean:28:33: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
diff --git a/tests/negative/certificate-heartbeat-rejected/expected/diagnostics.json b/tests/negative/certificate-heartbeat-rejected/expected/diagnostics.json
index 41e753f2a..87d635b62 100644
--- a/tests/negative/certificate-heartbeat-rejected/expected/diagnostics.json
+++ b/tests/negative/certificate-heartbeat-rejected/expected/diagnostics.json
@@ -1 +1 @@
-[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.C52af23b9c4ffcfaac904d5bd28c047b5.R0` was rejected in `__prog` of root `Production.Main.total`: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C52af23b9c4ffcfaac904d5bd28c047b5/R0.lean:25:30: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C52af23b9c4ffcfaac904d5bd28c047b5/R0.lean:28:33: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
+[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.C5a8aecb66d2051046750612dda1e97aa.R0` was rejected in `__prog` of root `Production.Main.total`: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C5a8aecb66d2051046750612dda1e97aa/R0.lean:25:30: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n\nNote: Use `set_option maxHeartbeats <num>` to set the limit.\n\nHint: Additional diagnostic information may be available using the `set_option diagnostics true` command.\n$STAGING/preserve-src/LexLeanPreserve/C5a8aecb66d2051046750612dda1e97aa/R0.lean:28:33: error: (deterministic) timeout at `isDefEq`, maximum number of heartbeats (1) has been reached\n","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
diff --git a/tests/negative/certificate-heartbeat-rejected/project/lexlean.lock b/tests/negative/certificate-heartbeat-rejected/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/certificate-heartbeat-rejected/project/lexlean.lock
+++ b/tests/negative/certificate-heartbeat-rejected/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificate-rejected/expected/command.json b/tests/negative/certificate-rejected/expected/command.json
index ece60aa39..e658edb14 100644
--- a/tests/negative/certificate-rejected/expected/command.json
+++ b/tests/negative/certificate-rejected/expected/command.json
@@ -1 +1 @@
-{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2` was rejected in `__rel_2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  LexLeanPreservation.prim_natAdd number number\nhas type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natAdd\n        [LexLeanTarget.TargetSyntax.Value.nat number, LexLeanTarget.TargetSyntax.Value.nat number]) =\n    some\n      (LexLeanPreservation.Rel ((number + number).blt 18446744073709551616)\n        (LexLeanTarget.TargetSyntax.Value.nat (number + number)))\nbut is expected to have type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natSub","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
+{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2` was rejected in `__rel_2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  LexLeanPreservation.prim_natAdd number number\nhas type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natAdd\n        [LexLeanTarget.TargetSyntax.Value.nat number, LexLeanTarget.TargetSyntax.Value.nat number]) =\n    some\n      (LexLeanPreservation.Rel ((number + number).blt 18446744073709551616)\n        (LexLeanTarget.TargetSyntax.Value.nat (number + number)))\nbut is expected to have type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natSub","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":1,"modules":[],"spec":"lexlean/command-result/1","success":false}
diff --git a/tests/negative/certificate-rejected/expected/diagnostics.json b/tests/negative/certificate-rejected/expected/diagnostics.json
index 9406a3a6b..f70711acb 100644
--- a/tests/negative/certificate-rejected/expected/diagnostics.json
+++ b/tests/negative/certificate-rejected/expected/diagnostics.json
@@ -1 +1 @@
-[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.Cecf58505f4e2844618eff0bdc9a2ce9d.R2` was rejected in `__rel_2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  LexLeanPreservation.prim_natAdd number number\nhas type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natAdd\n        [LexLeanTarget.TargetSyntax.Value.nat number, LexLeanTarget.TargetSyntax.Value.nat number]) =\n    some\n      (LexLeanPreservation.Rel ((number + number).blt 18446744073709551616)\n        (LexLeanTarget.TargetSyntax.Value.nat (number + number)))\nbut is expected to have type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natSub","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
+[{"causes":[],"code":"LLV7013","help":[],"labels":[],"message":"certificate A: `LexLeanPreserve.Cf5a58e441acc8b93ded11826c51cc7c8.R2` was rejected in `__rel_2` of root `Production.Main.quadruple`: error: Application type mismatch: The argument\n  LexLeanPreservation.prim_natAdd number number\nhas type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natAdd\n        [LexLeanTarget.TargetSyntax.Value.nat number, LexLeanTarget.TargetSyntax.Value.nat number]) =\n    some\n      (LexLeanPreservation.Rel ((number + number).blt 18446744073709551616)\n        (LexLeanTarget.TargetSyntax.Value.nat (number + number)))\nbut is expected to have type\n  LexLeanPreservation.obs\n      (LexLeanTarget.TargetSemantics.primitive LexLeanTarget.TargetSyntax.Prim.natSub","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
diff --git a/tests/negative/certificate-rejected/project/lexlean.lock b/tests/negative/certificate-rejected/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/certificate-rejected/project/lexlean.lock
+++ b/tests/negative/certificate-rejected/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificate-resource-exhausted/expected/command.json b/tests/negative/certificate-resource-exhausted/expected/command.json
index 7efa5ae15..6f440e241 100644
--- a/tests/negative/certificate-resource-exhausted/expected/command.json
+++ b/tests/negative/certificate-resource-exhausted/expected/command.json
@@ -1 +1 @@
-{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLS8002","help":[],"labels":[],"message":"the pinned Lean exhausted a resource checking `LexLeanPreserve.C52af23b9c4ffcfaac904d5bd28c047b5.R0` (maximum number of heartbeats): the generated module is 66000 bytes, at least a quarter of max_file_bytes 131072, and is beyond what the machine checks","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":4,"modules":[],"spec":"lexlean/command-result/1","success":false}
+{"artifacts":[],"command":"verify","diagnostics":[{"causes":[],"code":"LLS8002","help":[],"labels":[],"message":"the pinned Lean exhausted a resource checking `LexLeanPreserve.C5a8aecb66d2051046750612dda1e97aa.R0` (maximum number of heartbeats): the generated module is 66000 bytes, at least a quarter of max_file_bytes 131072, and is beyond what the machine checks","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}],"exit_code":4,"modules":[],"spec":"lexlean/command-result/1","success":false}
diff --git a/tests/negative/certificate-resource-exhausted/expected/diagnostics.json b/tests/negative/certificate-resource-exhausted/expected/diagnostics.json
index b21603713..8c9f4e6c6 100644
--- a/tests/negative/certificate-resource-exhausted/expected/diagnostics.json
+++ b/tests/negative/certificate-resource-exhausted/expected/diagnostics.json
@@ -1 +1 @@
-[{"causes":[],"code":"LLS8002","help":[],"labels":[],"message":"the pinned Lean exhausted a resource checking `LexLeanPreserve.C52af23b9c4ffcfaac904d5bd28c047b5.R0` (maximum number of heartbeats): the generated module is 66000 bytes, at least a quarter of max_file_bytes 131072, and is beyond what the machine checks","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
+[{"causes":[],"code":"LLS8002","help":[],"labels":[],"message":"the pinned Lean exhausted a resource checking `LexLeanPreserve.C5a8aecb66d2051046750612dda1e97aa.R0` (maximum number of heartbeats): the generated module is 66000 bytes, at least a quarter of max_file_bytes 131072, and is beyond what the machine checks","notes":[],"primary":{"byte_end":0,"byte_start":0,"column_end":1,"column_start":1,"line_end":1,"line_start":1,"path":"lexlean.toml"},"severity":"error","spec":"lexlean/diagnostic/1"}]
diff --git a/tests/negative/certificate-resource-exhausted/project/lexlean.lock b/tests/negative/certificate-resource-exhausted/project/lexlean.lock
index 45728b159..e486d6424 100644
--- a/tests/negative/certificate-resource-exhausted/project/lexlean.lock
+++ b/tests/negative/certificate-resource-exhausted/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "743b4fe5ccb7b0dcae4d1ddf7fed292c41f3bd01521f10a3295978ac215364cd"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificate-size-limit/project/lexlean.lock b/tests/negative/certificate-size-limit/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/certificate-size-limit/project/lexlean.lock
+++ b/tests/negative/certificate-size-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/certificates-total-limit/project/lexlean.lock b/tests/negative/certificates-total-limit/project/lexlean.lock
index 3ac5b219e..561ded858 100644
--- a/tests/negative/certificates-total-limit/project/lexlean.lock
+++ b/tests/negative/certificates-total-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "19396dab32e876e6744d5feb41043ceae6961ae8b3e677fc770b3b09fcdbc8ad"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-duplicate-key/project/lexlean.lock b/tests/negative/collection-duplicate-key/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/collection-duplicate-key/project/lexlean.lock
+++ b/tests/negative/collection-duplicate-key/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-fold-type-mismatch/project/lexlean.lock b/tests/negative/collection-fold-type-mismatch/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/collection-fold-type-mismatch/project/lexlean.lock
+++ b/tests/negative/collection-fold-type-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-literal-limit/project/lexlean.lock b/tests/negative/collection-literal-limit/project/lexlean.lock
index 2467821c0..9ee531197 100644
--- a/tests/negative/collection-literal-limit/project/lexlean.lock
+++ b/tests/negative/collection-literal-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "86eb9da7c6c50be25511dfe1cbf99f5e0ac82b411c2ed9b5b4e6c94924af2253"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-noncanonical-key/project/lexlean.lock b/tests/negative/collection-noncanonical-key/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/collection-noncanonical-key/project/lexlean.lock
+++ b/tests/negative/collection-noncanonical-key/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-nonliteral-key/project/lexlean.lock b/tests/negative/collection-nonliteral-key/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/collection-nonliteral-key/project/lexlean.lock
+++ b/tests/negative/collection-nonliteral-key/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-out-of-range-key/project/lexlean.lock b/tests/negative/collection-out-of-range-key/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/collection-out-of-range-key/project/lexlean.lock
+++ b/tests/negative/collection-out-of-range-key/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-unbounded-iteration/project/lexlean.lock b/tests/negative/collection-unbounded-iteration/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/collection-unbounded-iteration/project/lexlean.lock
+++ b/tests/negative/collection-unbounded-iteration/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/collection-unordered-key/project/lexlean.lock b/tests/negative/collection-unordered-key/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/collection-unordered-key/project/lexlean.lock
+++ b/tests/negative/collection-unordered-key/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/cross-version-glossary/project/lexlean.lock b/tests/negative/cross-version-glossary/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/cross-version-glossary/project/lexlean.lock
+++ b/tests/negative/cross-version-glossary/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/declaration-lean-name/project/lexlean.lock b/tests/negative/declaration-lean-name/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/declaration-lean-name/project/lexlean.lock
+++ b/tests/negative/declaration-lean-name/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/eligibility-report-limit/project/lexlean.lock b/tests/negative/eligibility-report-limit/project/lexlean.lock
index 8e800fdfc..ff2519a77 100644
--- a/tests/negative/eligibility-report-limit/project/lexlean.lock
+++ b/tests/negative/eligibility-report-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "4ee6bfc173aeabc83ab13796f4cb664adf8561fcffafa32bc39ba3006e24eda9"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/eligibility-reports-total-limit/project/lexlean.lock b/tests/negative/eligibility-reports-total-limit/project/lexlean.lock
index 8e800fdfc..ff2519a77 100644
--- a/tests/negative/eligibility-reports-total-limit/project/lexlean.lock
+++ b/tests/negative/eligibility-reports-total-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "4ee6bfc173aeabc83ab13796f4cb664adf8561fcffafa32bc39ba3006e24eda9"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/escaping-closure-in-data/project/lexlean.lock b/tests/negative/escaping-closure-in-data/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/escaping-closure-in-data/project/lexlean.lock
+++ b/tests/negative/escaping-closure-in-data/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/escaping-closure-parameter/project/lexlean.lock b/tests/negative/escaping-closure-parameter/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/escaping-closure-parameter/project/lexlean.lock
+++ b/tests/negative/escaping-closure-parameter/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/escaping-closure-structure/project/lexlean.lock b/tests/negative/escaping-closure-structure/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/escaping-closure-structure/project/lexlean.lock
+++ b/tests/negative/escaping-closure-structure/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/escaping-closure/project/lexlean.lock b/tests/negative/escaping-closure/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/escaping-closure/project/lexlean.lock
+++ b/tests/negative/escaping-closure/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/executable-calls-formal/project/lexlean.lock b/tests/negative/executable-calls-formal/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/executable-calls-formal/project/lexlean.lock
+++ b/tests/negative/executable-calls-formal/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/extraction-authority-drift/project/lexlean.lock b/tests/negative/extraction-authority-drift/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/extraction-authority-drift/project/lexlean.lock
+++ b/tests/negative/extraction-authority-drift/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/extraction-rejected/project/lexlean.lock b/tests/negative/extraction-rejected/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/extraction-rejected/project/lexlean.lock
+++ b/tests/negative/extraction-rejected/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/extraction-uncompiled-external/project/lexlean.lock b/tests/negative/extraction-uncompiled-external/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/extraction-uncompiled-external/project/lexlean.lock
+++ b/tests/negative/extraction-uncompiled-external/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/graph-duplicate-edge/project/lexlean.lock b/tests/negative/graph-duplicate-edge/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/graph-duplicate-edge/project/lexlean.lock
+++ b/tests/negative/graph-duplicate-edge/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/graph-invalid-reference/project/lexlean.lock b/tests/negative/graph-invalid-reference/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/graph-invalid-reference/project/lexlean.lock
+++ b/tests/negative/graph-invalid-reference/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/lambda-capture-extra/project/lexlean.lock b/tests/negative/lambda-capture-extra/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/lambda-capture-extra/project/lexlean.lock
+++ b/tests/negative/lambda-capture-extra/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/lambda-capture-missing/project/lexlean.lock b/tests/negative/lambda-capture-missing/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/lambda-capture-missing/project/lexlean.lock
+++ b/tests/negative/lambda-capture-missing/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/lambda-type-mismatch/project/lexlean.lock b/tests/negative/lambda-type-mismatch/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/lambda-type-mismatch/project/lexlean.lock
+++ b/tests/negative/lambda-type-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/lock-schema-language-mismatch/project/lexlean.lock b/tests/negative/lock-schema-language-mismatch/project/lexlean.lock
index d6bc854eb..0a10d7d0d 100644
--- a/tests/negative/lock-schema-language-mismatch/project/lexlean.lock
+++ b/tests/negative/lock-schema-language-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/1"
 language = "1.2"
-compiler_semantics = "961282f94afc09dbbe84cdae395d5b36b6d57c559e4e5ef73d6a1935cb104e90"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/lowering-size-limit/project/lexlean.lock b/tests/negative/lowering-size-limit/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/lowering-size-limit/project/lexlean.lock
+++ b/tests/negative/lowering-size-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/member-generated-name/project/lexlean.lock b/tests/negative/member-generated-name/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/member-generated-name/project/lexlean.lock
+++ b/tests/negative/member-generated-name/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-decode-budget/project/lexlean.lock b/tests/negative/model-artifact-decode-budget/project/lexlean.lock
index 55d3dbf2b..ea9da4e4b 100644
--- a/tests/negative/model-artifact-decode-budget/project/lexlean.lock
+++ b/tests/negative/model-artifact-decode-budget/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "97224c1005c098cfb00c28986caa7733eb43fd183f038947ba92d676edede581"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-digest-mismatch/project/lexlean.lock b/tests/negative/model-artifact-digest-mismatch/project/lexlean.lock
index b0fb84dc4..defbe78b3 100644
--- a/tests/negative/model-artifact-digest-mismatch/project/lexlean.lock
+++ b/tests/negative/model-artifact-digest-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b54079b5034756fab196e0130add7e969e214992398790a256fbcb3d866fdab4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-invalid-utf8/project/lexlean.lock b/tests/negative/model-artifact-invalid-utf8/project/lexlean.lock
index 540f6c6f3..273dc5949 100644
--- a/tests/negative/model-artifact-invalid-utf8/project/lexlean.lock
+++ b/tests/negative/model-artifact-invalid-utf8/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "7407260b337f63f50bc003afdc8e09e578096041ae6365e5b1f39d0dc3d8e093"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-length-mismatch/project/lexlean.lock b/tests/negative/model-artifact-length-mismatch/project/lexlean.lock
index b0fb84dc4..defbe78b3 100644
--- a/tests/negative/model-artifact-length-mismatch/project/lexlean.lock
+++ b/tests/negative/model-artifact-length-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b54079b5034756fab196e0130add7e969e214992398790a256fbcb3d866fdab4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-missing/project/lexlean.lock b/tests/negative/model-artifact-missing/project/lexlean.lock
index b0fb84dc4..defbe78b3 100644
--- a/tests/negative/model-artifact-missing/project/lexlean.lock
+++ b/tests/negative/model-artifact-missing/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b54079b5034756fab196e0130add7e969e214992398790a256fbcb3d866fdab4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-over-limit/project/lexlean.lock b/tests/negative/model-artifact-over-limit/project/lexlean.lock
index 2f92c82fe..b9f06a398 100644
--- a/tests/negative/model-artifact-over-limit/project/lexlean.lock
+++ b/tests/negative/model-artifact-over-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6b2d40a11356013ad4366b900361329faecae628242794cbc0d2ba8a54ff7d4c"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-rank-overflow/project/lexlean.lock b/tests/negative/model-artifact-rank-overflow/project/lexlean.lock
index a573a05b0..4424e0add 100644
--- a/tests/negative/model-artifact-rank-overflow/project/lexlean.lock
+++ b/tests/negative/model-artifact-rank-overflow/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "9f0dd9fc1743c1e5be95b546a6d77274f7fd5ffc95c0920b73cfe4e007b47fe0"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-role-violation/project/lexlean.lock b/tests/negative/model-artifact-role-violation/project/lexlean.lock
index b0fb84dc4..defbe78b3 100644
--- a/tests/negative/model-artifact-role-violation/project/lexlean.lock
+++ b/tests/negative/model-artifact-role-violation/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b54079b5034756fab196e0130add7e969e214992398790a256fbcb3d866fdab4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-schema-violation/project/lexlean.lock b/tests/negative/model-artifact-schema-violation/project/lexlean.lock
index b0fb84dc4..defbe78b3 100644
--- a/tests/negative/model-artifact-schema-violation/project/lexlean.lock
+++ b/tests/negative/model-artifact-schema-violation/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b54079b5034756fab196e0130add7e969e214992398790a256fbcb3d866fdab4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-shape-mismatch/project/lexlean.lock b/tests/negative/model-artifact-shape-mismatch/project/lexlean.lock
index f772a676a..433508a49 100644
--- a/tests/negative/model-artifact-shape-mismatch/project/lexlean.lock
+++ b/tests/negative/model-artifact-shape-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "797fc89000759a8c6c5448f9e54c39a3aec904374930f6a1eff32e33044037dd"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-symlink/project/lexlean.lock b/tests/negative/model-artifact-symlink/project/lexlean.lock
index b0fb84dc4..defbe78b3 100644
--- a/tests/negative/model-artifact-symlink/project/lexlean.lock
+++ b/tests/negative/model-artifact-symlink/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b54079b5034756fab196e0130add7e969e214992398790a256fbcb3d866fdab4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-artifact-unconfigured/project/lexlean.lock b/tests/negative/model-artifact-unconfigured/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-artifact-unconfigured/project/lexlean.lock
+++ b/tests/negative/model-artifact-unconfigured/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-check-without-validator/project/lexlean.lock b/tests/negative/model-check-without-validator/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-check-without-validator/project/lexlean.lock
+++ b/tests/negative/model-check-without-validator/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-composition-forged-junction/project/lexlean.lock b/tests/negative/model-composition-forged-junction/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-composition-forged-junction/project/lexlean.lock
+++ b/tests/negative/model-composition-forged-junction/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-composition-missing-junction/project/lexlean.lock b/tests/negative/model-composition-missing-junction/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-composition-missing-junction/project/lexlean.lock
+++ b/tests/negative/model-composition-missing-junction/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-composition-type-mismatch/project/lexlean.lock b/tests/negative/model-composition-type-mismatch/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-composition-type-mismatch/project/lexlean.lock
+++ b/tests/negative/model-composition-type-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-contract-realization-mismatch/project/lexlean.lock b/tests/negative/model-contract-realization-mismatch/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-contract-realization-mismatch/project/lexlean.lock
+++ b/tests/negative/model-contract-realization-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-encoder-width-forged/project/lexlean.lock b/tests/negative/model-encoder-width-forged/project/lexlean.lock
index f772a676a..433508a49 100644
--- a/tests/negative/model-encoder-width-forged/project/lexlean.lock
+++ b/tests/negative/model-encoder-width-forged/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "797fc89000759a8c6c5448f9e54c39a3aec904374930f6a1eff32e33044037dd"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-false-evidence/project/lexlean.lock b/tests/negative/model-false-evidence/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-false-evidence/project/lexlean.lock
+++ b/tests/negative/model-false-evidence/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-float-descriptor/project/lexlean.lock b/tests/negative/model-float-descriptor/project/lexlean.lock
index b0fb84dc4..defbe78b3 100644
--- a/tests/negative/model-float-descriptor/project/lexlean.lock
+++ b/tests/negative/model-float-descriptor/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "b54079b5034756fab196e0130add7e969e214992398790a256fbcb3d866fdab4"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-foreign-evidence/project/lexlean.lock b/tests/negative/model-foreign-evidence/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-foreign-evidence/project/lexlean.lock
+++ b/tests/negative/model-foreign-evidence/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-forged-evidence/project/lexlean.lock b/tests/negative/model-forged-evidence/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-forged-evidence/project/lexlean.lock
+++ b/tests/negative/model-forged-evidence/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-missing-entry/project/lexlean.lock b/tests/negative/model-missing-entry/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-missing-entry/project/lexlean.lock
+++ b/tests/negative/model-missing-entry/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-opaque-member/project/lexlean.lock b/tests/negative/model-opaque-member/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-opaque-member/project/lexlean.lock
+++ b/tests/negative/model-opaque-member/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-predicate-signature/project/lexlean.lock b/tests/negative/model-predicate-signature/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-predicate-signature/project/lexlean.lock
+++ b/tests/negative/model-predicate-signature/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-realization-bypass/project/lexlean.lock b/tests/negative/model-realization-bypass/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-realization-bypass/project/lexlean.lock
+++ b/tests/negative/model-realization-bypass/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-unregistered-claim/project/lexlean.lock b/tests/negative/model-unregistered-claim/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-unregistered-claim/project/lexlean.lock
+++ b/tests/negative/model-unregistered-claim/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-unvalidated-boundary/project/lexlean.lock b/tests/negative/model-unvalidated-boundary/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-unvalidated-boundary/project/lexlean.lock
+++ b/tests/negative/model-unvalidated-boundary/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-unvalidated-postcondition/project/lexlean.lock b/tests/negative/model-unvalidated-postcondition/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-unvalidated-postcondition/project/lexlean.lock
+++ b/tests/negative/model-unvalidated-postcondition/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-vacuous-claim/project/lexlean.lock b/tests/negative/model-vacuous-claim/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-vacuous-claim/project/lexlean.lock
+++ b/tests/negative/model-vacuous-claim/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/model-validator-unsound-statement/project/lexlean.lock b/tests/negative/model-validator-unsound-statement/project/lexlean.lock
index 77f0e12cd..99b0a7a65 100644
--- a/tests/negative/model-validator-unsound-statement/project/lexlean.lock
+++ b/tests/negative/model-validator-unsound-statement/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "65c0ab6015ada3b098320b5f26ffc6f4a2ceb464a9641e6532a1493110a3c566"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/module-name-dotted-first/project/lexlean.lock b/tests/negative/module-name-dotted-first/project/lexlean.lock
index d539fed4d..05e8b55c9 100644
--- a/tests/negative/module-name-dotted-first/project/lexlean.lock
+++ b/tests/negative/module-name-dotted-first/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "95276aad5a2f8e56451e0155187ce36290918ff47f8b6a315a4f65c3bfef9e71"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/module-name-dotted-last/project/lexlean.lock b/tests/negative/module-name-dotted-last/project/lexlean.lock
index e3292348c..d93419227 100644
--- a/tests/negative/module-name-dotted-last/project/lexlean.lock
+++ b/tests/negative/module-name-dotted-last/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "931ec0afb0a76b983ac4c428c862444a84cf5503f5dd3674b7f95f86e20d955e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/module-name-lean-namespace/project/lexlean.lock b/tests/negative/module-name-lean-namespace/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/module-name-lean-namespace/project/lexlean.lock
+++ b/tests/negative/module-name-lean-namespace/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/module-prefix-target-production/project/lexlean.lock b/tests/negative/module-prefix-target-production/project/lexlean.lock
index fb75275ed..5e1f9c441 100644
--- a/tests/negative/module-prefix-target-production/project/lexlean.lock
+++ b/tests/negative/module-prefix-target-production/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "d4ba5893c2a056d009d9df7131d82f1a6f3a560659e43ded292d44b5d050ee2b"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/mutual-group-noncontiguous/project/lexlean.lock b/tests/negative/mutual-group-noncontiguous/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/mutual-group-noncontiguous/project/lexlean.lock
+++ b/tests/negative/mutual-group-noncontiguous/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/mutual-label-shared/project/lexlean.lock b/tests/negative/mutual-label-shared/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/mutual-label-shared/project/lexlean.lock
+++ b/tests/negative/mutual-label-shared/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/polymorphic-ambiguity/project/lexlean.lock b/tests/negative/polymorphic-ambiguity/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/polymorphic-ambiguity/project/lexlean.lock
+++ b/tests/negative/polymorphic-ambiguity/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/polymorphic-recursion/project/lexlean.lock b/tests/negative/polymorphic-recursion/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/polymorphic-recursion/project/lexlean.lock
+++ b/tests/negative/polymorphic-recursion/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/preservation-drift/project/lexlean.lock b/tests/negative/preservation-drift/project/lexlean.lock
index d4a5c808a..17bc4d068 100644
--- a/tests/negative/preservation-drift/project/lexlean.lock
+++ b/tests/negative/preservation-drift/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6f85e3c598ebbd2209c3ad5533caeb0ac2558d009e9863ec732435267e89972e"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-effect-mismatch/project/lexlean.lock b/tests/negative/production-effect-mismatch/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-effect-mismatch/project/lexlean.lock
+++ b/tests/negative/production-effect-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-formal-only-dependency/project/lexlean.lock b/tests/negative/production-formal-only-dependency/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-formal-only-dependency/project/lexlean.lock
+++ b/tests/negative/production-formal-only-dependency/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-hidden-dependency/project/lexlean.lock b/tests/negative/production-hidden-dependency/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-hidden-dependency/project/lexlean.lock
+++ b/tests/negative/production-hidden-dependency/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-higher-order-escape/project/lexlean.lock b/tests/negative/production-higher-order-escape/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-higher-order-escape/project/lexlean.lock
+++ b/tests/negative/production-higher-order-escape/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-literal-width/project/lexlean.lock b/tests/negative/production-literal-width/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-literal-width/project/lexlean.lock
+++ b/tests/negative/production-literal-width/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-named-type-boundary/project/lexlean.lock b/tests/negative/production-named-type-boundary/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-named-type-boundary/project/lexlean.lock
+++ b/tests/negative/production-named-type-boundary/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-phantom-type-parameter/project/lexlean.lock b/tests/negative/production-phantom-type-parameter/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-phantom-type-parameter/project/lexlean.lock
+++ b/tests/negative/production-phantom-type-parameter/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-polymorphic-root/project/lexlean.lock b/tests/negative/production-polymorphic-root/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-polymorphic-root/project/lexlean.lock
+++ b/tests/negative/production-polymorphic-root/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-root-not-executable/project/lexlean.lock b/tests/negative/production-root-not-executable/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-root-not-executable/project/lexlean.lock
+++ b/tests/negative/production-root-not-executable/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-runtime-incompatible-type/project/lexlean.lock b/tests/negative/production-runtime-incompatible-type/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-runtime-incompatible-type/project/lexlean.lock
+++ b/tests/negative/production-runtime-incompatible-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-unbounded-type/project/lexlean.lock b/tests/negative/production-unbounded-type/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-unbounded-type/project/lexlean.lock
+++ b/tests/negative/production-unbounded-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-universe-boundary/project/lexlean.lock b/tests/negative/production-universe-boundary/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-universe-boundary/project/lexlean.lock
+++ b/tests/negative/production-universe-boundary/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/production-unknown-target/project/lexlean.lock b/tests/negative/production-unknown-target/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/production-unknown-target/project/lexlean.lock
+++ b/tests/negative/production-unknown-target/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-accept-bypass-alias/project/lexlean.lock b/tests/negative/reasoning-accept-bypass-alias/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-accept-bypass-alias/project/lexlean.lock
+++ b/tests/negative/reasoning-accept-bypass-alias/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-accept-bypass-invariant/project/lexlean.lock b/tests/negative/reasoning-accept-bypass-invariant/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-accept-bypass-invariant/project/lexlean.lock
+++ b/tests/negative/reasoning-accept-bypass-invariant/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-accept-bypass-observation/project/lexlean.lock b/tests/negative/reasoning-accept-bypass-observation/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-accept-bypass-observation/project/lexlean.lock
+++ b/tests/negative/reasoning-accept-bypass-observation/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-accept-bypass-ref/project/lexlean.lock b/tests/negative/reasoning-accept-bypass-ref/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-accept-bypass-ref/project/lexlean.lock
+++ b/tests/negative/reasoning-accept-bypass-ref/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-answer-correct-inexact/project/lexlean.lock b/tests/negative/reasoning-answer-correct-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-answer-correct-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-answer-correct-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-answer-correct-unsorted/project/lexlean.lock b/tests/negative/reasoning-answer-correct-unsorted/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-answer-correct-unsorted/project/lexlean.lock
+++ b/tests/negative/reasoning-answer-correct-unsorted/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-answer-invariant-without-initial/project/lexlean.lock b/tests/negative/reasoning-answer-invariant-without-initial/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-answer-invariant-without-initial/project/lexlean.lock
+++ b/tests/negative/reasoning-answer-invariant-without-initial/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-answer-type/project/lexlean.lock b/tests/negative/reasoning-answer-type/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-answer-type/project/lexlean.lock
+++ b/tests/negative/reasoning-answer-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-binder-reserved/project/lexlean.lock b/tests/negative/reasoning-binder-reserved/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-binder-reserved/project/lexlean.lock
+++ b/tests/negative/reasoning-binder-reserved/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-budget-not-nat/project/lexlean.lock b/tests/negative/reasoning-budget-not-nat/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-budget-not-nat/project/lexlean.lock
+++ b/tests/negative/reasoning-budget-not-nat/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-claims-duplicate/project/lexlean.lock b/tests/negative/reasoning-claims-duplicate/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-claims-duplicate/project/lexlean.lock
+++ b/tests/negative/reasoning-claims-duplicate/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-claims-unsorted/project/lexlean.lock b/tests/negative/reasoning-claims-unsorted/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-claims-unsorted/project/lexlean.lock
+++ b/tests/negative/reasoning-claims-unsorted/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-conclude-bypass-invariant/project/lexlean.lock b/tests/negative/reasoning-conclude-bypass-invariant/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-conclude-bypass-invariant/project/lexlean.lock
+++ b/tests/negative/reasoning-conclude-bypass-invariant/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-conclude-bypass-observation/project/lexlean.lock b/tests/negative/reasoning-conclude-bypass-observation/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-conclude-bypass-observation/project/lexlean.lock
+++ b/tests/negative/reasoning-conclude-bypass-observation/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-deduplicate-unordered-state/project/lexlean.lock b/tests/negative/reasoning-deduplicate-unordered-state/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-deduplicate-unordered-state/project/lexlean.lock
+++ b/tests/negative/reasoning-deduplicate-unordered-state/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-duplicate-rule/project/lexlean.lock b/tests/negative/reasoning-duplicate-rule/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-duplicate-rule/project/lexlean.lock
+++ b/tests/negative/reasoning-duplicate-rule/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-elaboration-over-limit/project/lexlean.lock b/tests/negative/reasoning-elaboration-over-limit/project/lexlean.lock
index b10ab74a0..639d2edf0 100644
--- a/tests/negative/reasoning-elaboration-over-limit/project/lexlean.lock
+++ b/tests/negative/reasoning-elaboration-over-limit/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "32962ccccc0e0504497383fdd12cf9f1e761305e58c22fa64cc3776c5fad8c16"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-extract-bypass-alias/project/lexlean.lock b/tests/negative/reasoning-extract-bypass-alias/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-extract-bypass-alias/project/lexlean.lock
+++ b/tests/negative/reasoning-extract-bypass-alias/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-extract-bypass-branch/project/lexlean.lock b/tests/negative/reasoning-extract-bypass-branch/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-extract-bypass-branch/project/lexlean.lock
+++ b/tests/negative/reasoning-extract-bypass-branch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-extract-bypass-invariant/project/lexlean.lock b/tests/negative/reasoning-extract-bypass-invariant/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-extract-bypass-invariant/project/lexlean.lock
+++ b/tests/negative/reasoning-extract-bypass-invariant/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-extract-bypass-reasoner/project/lexlean.lock b/tests/negative/reasoning-extract-bypass-reasoner/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-extract-bypass-reasoner/project/lexlean.lock
+++ b/tests/negative/reasoning-extract-bypass-reasoner/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-extract-bypass-ref/project/lexlean.lock b/tests/negative/reasoning-extract-bypass-ref/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-extract-bypass-ref/project/lexlean.lock
+++ b/tests/negative/reasoning-extract-bypass-ref/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-false-answer-correct/project/lexlean.lock b/tests/negative/reasoning-false-answer-correct/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-false-answer-correct/project/lexlean.lock
+++ b/tests/negative/reasoning-false-answer-correct/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-false-invariant-answer-correct/project/lexlean.lock b/tests/negative/reasoning-false-invariant-answer-correct/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-false-invariant-answer-correct/project/lexlean.lock
+++ b/tests/negative/reasoning-false-invariant-answer-correct/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-false-observation-answer-correct/project/lexlean.lock b/tests/negative/reasoning-false-observation-answer-correct/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-false-observation-answer-correct/project/lexlean.lock
+++ b/tests/negative/reasoning-false-observation-answer-correct/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-forged-trace/project/lexlean.lock b/tests/negative/reasoning-forged-trace/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-forged-trace/project/lexlean.lock
+++ b/tests/negative/reasoning-forged-trace/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-formal-rule/project/lexlean.lock b/tests/negative/reasoning-formal-rule/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-formal-rule/project/lexlean.lock
+++ b/tests/negative/reasoning-formal-rule/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-forward-without-fuel/project/lexlean.lock b/tests/negative/reasoning-forward-without-fuel/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-forward-without-fuel/project/lexlean.lock
+++ b/tests/negative/reasoning-forward-without-fuel/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-frontier-not-nat/project/lexlean.lock b/tests/negative/reasoning-frontier-not-nat/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-frontier-not-nat/project/lexlean.lock
+++ b/tests/negative/reasoning-frontier-not-nat/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-fuel-bound-inexact/project/lexlean.lock b/tests/negative/reasoning-fuel-bound-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-fuel-bound-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-fuel-bound-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-fuel-not-nat/project/lexlean.lock b/tests/negative/reasoning-fuel-not-nat/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-fuel-not-nat/project/lexlean.lock
+++ b/tests/negative/reasoning-fuel-not-nat/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-generate-claims/project/lexlean.lock b/tests/negative/reasoning-generate-claims/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-generate-claims/project/lexlean.lock
+++ b/tests/negative/reasoning-generate-claims/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-generate-subject-mismatch/project/lexlean.lock b/tests/negative/reasoning-generate-subject-mismatch/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-generate-subject-mismatch/project/lexlean.lock
+++ b/tests/negative/reasoning-generate-subject-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-generate-with-logic/project/lexlean.lock b/tests/negative/reasoning-generate-with-logic/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-generate-with-logic/project/lexlean.lock
+++ b/tests/negative/reasoning-generate-with-logic/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-generate-with-rules/project/lexlean.lock b/tests/negative/reasoning-generate-with-rules/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-generate-with-rules/project/lexlean.lock
+++ b/tests/negative/reasoning-generate-with-rules/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-generate-without-budget/project/lexlean.lock b/tests/negative/reasoning-generate-without-budget/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-generate-without-budget/project/lexlean.lock
+++ b/tests/negative/reasoning-generate-without-budget/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-generator-type/project/lexlean.lock b/tests/negative/reasoning-generator-type/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-generator-type/project/lexlean.lock
+++ b/tests/negative/reasoning-generator-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-inconsistent-verifier/project/lexlean.lock b/tests/negative/reasoning-inconsistent-verifier/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-inconsistent-verifier/project/lexlean.lock
+++ b/tests/negative/reasoning-inconsistent-verifier/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-initial-inexact/project/lexlean.lock b/tests/negative/reasoning-initial-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-initial-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-initial-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-initial-without-invariant/project/lexlean.lock b/tests/negative/reasoning-initial-without-invariant/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-initial-without-invariant/project/lexlean.lock
+++ b/tests/negative/reasoning-initial-without-invariant/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-insufficient-fuel/project/lexlean.lock b/tests/negative/reasoning-insufficient-fuel/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-insufficient-fuel/project/lexlean.lock
+++ b/tests/negative/reasoning-insufficient-fuel/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-interface-rebound/project/lexlean.lock b/tests/negative/reasoning-interface-rebound/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-interface-rebound/project/lexlean.lock
+++ b/tests/negative/reasoning-interface-rebound/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-invalid-rule-application/project/lexlean.lock b/tests/negative/reasoning-invalid-rule-application/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-invalid-rule-application/project/lexlean.lock
+++ b/tests/negative/reasoning-invalid-rule-application/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-invariant-signature/project/lexlean.lock b/tests/negative/reasoning-invariant-signature/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-invariant-signature/project/lexlean.lock
+++ b/tests/negative/reasoning-invariant-signature/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-invariant-unpreserved/project/lexlean.lock b/tests/negative/reasoning-invariant-unpreserved/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-invariant-unpreserved/project/lexlean.lock
+++ b/tests/negative/reasoning-invariant-unpreserved/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-logic-type-parameters/project/lexlean.lock b/tests/negative/reasoning-logic-type-parameters/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-logic-type-parameters/project/lexlean.lock
+++ b/tests/negative/reasoning-logic-type-parameters/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-no-rules/project/lexlean.lock b/tests/negative/reasoning-no-rules/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-no-rules/project/lexlean.lock
+++ b/tests/negative/reasoning-no-rules/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-nonterminating-rule/project/lexlean.lock b/tests/negative/reasoning-nonterminating-rule/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-nonterminating-rule/project/lexlean.lock
+++ b/tests/negative/reasoning-nonterminating-rule/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-observation-initial-inexact/project/lexlean.lock b/tests/negative/reasoning-observation-initial-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-observation-initial-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-observation-initial-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-observation-invariant-signature/project/lexlean.lock b/tests/negative/reasoning-observation-invariant-signature/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-observation-invariant-signature/project/lexlean.lock
+++ b/tests/negative/reasoning-observation-invariant-signature/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-observation-preserved-inexact/project/lexlean.lock b/tests/negative/reasoning-observation-preserved-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-observation-preserved-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-observation-preserved-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-observation-type/project/lexlean.lock b/tests/negative/reasoning-observation-type/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-observation-type/project/lexlean.lock
+++ b/tests/negative/reasoning-observation-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-observation-unsorted/project/lexlean.lock b/tests/negative/reasoning-observation-unsorted/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-observation-unsorted/project/lexlean.lock
+++ b/tests/negative/reasoning-observation-unsorted/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-opaque-member/project/lexlean.lock b/tests/negative/reasoning-opaque-member/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-opaque-member/project/lexlean.lock
+++ b/tests/negative/reasoning-opaque-member/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-progress-without-ranking/project/lexlean.lock b/tests/negative/reasoning-progress-without-ranking/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-progress-without-ranking/project/lexlean.lock
+++ b/tests/negative/reasoning-progress-without-ranking/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-ranking-signature/project/lexlean.lock b/tests/negative/reasoning-ranking-signature/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-ranking-signature/project/lexlean.lock
+++ b/tests/negative/reasoning-ranking-signature/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-reasoner-rule-type-arguments/project/lexlean.lock b/tests/negative/reasoning-reasoner-rule-type-arguments/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-reasoner-rule-type-arguments/project/lexlean.lock
+++ b/tests/negative/reasoning-reasoner-rule-type-arguments/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-relation-not-definition/project/lexlean.lock b/tests/negative/reasoning-relation-not-definition/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-relation-not-definition/project/lexlean.lock
+++ b/tests/negative/reasoning-relation-not-definition/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-relation-signature/project/lexlean.lock b/tests/negative/reasoning-relation-signature/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-relation-signature/project/lexlean.lock
+++ b/tests/negative/reasoning-relation-signature/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-reserved-declaration-name/project/lexlean.lock b/tests/negative/reasoning-reserved-declaration-name/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-reserved-declaration-name/project/lexlean.lock
+++ b/tests/negative/reasoning-reserved-declaration-name/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-reserved-declaration-namespace/project/lexlean.lock b/tests/negative/reasoning-reserved-declaration-namespace/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-reserved-declaration-namespace/project/lexlean.lock
+++ b/tests/negative/reasoning-reserved-declaration-namespace/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-alias/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-alias/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-alias/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-alias/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-branch/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-branch/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-branch/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-branch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-generator/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-generator/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-generator/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-generator/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-guard/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-guard/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-guard/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-guard/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-iterate/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-iterate/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-iterate/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-iterate/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-lambda/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-lambda/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-lambda/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-lambda/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-observe/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-observe/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-observe/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-observe/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass-ref/project/lexlean.lock b/tests/negative/reasoning-rule-bypass-ref/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass-ref/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass-ref/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-bypass/project/lexlean.lock b/tests/negative/reasoning-rule-bypass/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-bypass/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-bypass/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-candidates-type/project/lexlean.lock b/tests/negative/reasoning-rule-candidates-type/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-candidates-type/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-candidates-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-conclusion-type/project/lexlean.lock b/tests/negative/reasoning-rule-conclusion-type/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-conclusion-type/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-conclusion-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-foreign-logic/project/lexlean.lock b/tests/negative/reasoning-rule-foreign-logic/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-foreign-logic/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-foreign-logic/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-guard-type/project/lexlean.lock b/tests/negative/reasoning-rule-guard-type/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-guard-type/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-guard-type/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-progress-inexact/project/lexlean.lock b/tests/negative/reasoning-rule-progress-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-progress-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-progress-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-soundness-inexact/project/lexlean.lock b/tests/negative/reasoning-rule-soundness-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-soundness-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-soundness-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-type-arguments/project/lexlean.lock b/tests/negative/reasoning-rule-type-arguments/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-type-arguments/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-type-arguments/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rule-unknown-logic/project/lexlean.lock b/tests/negative/reasoning-rule-unknown-logic/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rule-unknown-logic/project/lexlean.lock
+++ b/tests/negative/reasoning-rule-unknown-logic/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-rules-without-logic/project/lexlean.lock b/tests/negative/reasoning-rules-without-logic/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-rules-without-logic/project/lexlean.lock
+++ b/tests/negative/reasoning-rules-without-logic/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-search-accept-bypass-invariant/project/lexlean.lock b/tests/negative/reasoning-search-accept-bypass-invariant/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-search-accept-bypass-invariant/project/lexlean.lock
+++ b/tests/negative/reasoning-search-accept-bypass-invariant/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-search-step-bypass-invariant/project/lexlean.lock b/tests/negative/reasoning-search-step-bypass-invariant/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-search-step-bypass-invariant/project/lexlean.lock
+++ b/tests/negative/reasoning-search-step-bypass-invariant/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-search-without-frontier/project/lexlean.lock b/tests/negative/reasoning-search-without-frontier/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-search-without-frontier/project/lexlean.lock
+++ b/tests/negative/reasoning-search-without-frontier/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-specification-signature/project/lexlean.lock b/tests/negative/reasoning-specification-signature/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-specification-signature/project/lexlean.lock
+++ b/tests/negative/reasoning-specification-signature/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-terminates-without-initial/project/lexlean.lock b/tests/negative/reasoning-terminates-without-initial/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-terminates-without-initial/project/lexlean.lock
+++ b/tests/negative/reasoning-terminates-without-initial/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-terminates-without-progress/project/lexlean.lock b/tests/negative/reasoning-terminates-without-progress/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-terminates-without-progress/project/lexlean.lock
+++ b/tests/negative/reasoning-terminates-without-progress/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-terminates-without-ranking/project/lexlean.lock b/tests/negative/reasoning-terminates-without-ranking/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-terminates-without-ranking/project/lexlean.lock
+++ b/tests/negative/reasoning-terminates-without-ranking/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-terminating-search/project/lexlean.lock b/tests/negative/reasoning-terminating-search/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-terminating-search/project/lexlean.lock
+++ b/tests/negative/reasoning-terminating-search/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-unknown-rule/project/lexlean.lock b/tests/negative/reasoning-unknown-rule/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-unknown-rule/project/lexlean.lock
+++ b/tests/negative/reasoning-unknown-rule/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-unknown-verifier/project/lexlean.lock b/tests/negative/reasoning-unknown-verifier/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-unknown-verifier/project/lexlean.lock
+++ b/tests/negative/reasoning-unknown-verifier/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-unregistered-claim/project/lexlean.lock b/tests/negative/reasoning-unregistered-claim/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-unregistered-claim/project/lexlean.lock
+++ b/tests/negative/reasoning-unregistered-claim/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-unregistered-strategy/project/lexlean.lock b/tests/negative/reasoning-unregistered-strategy/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-unregistered-strategy/project/lexlean.lock
+++ b/tests/negative/reasoning-unregistered-strategy/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-unverified-answer/project/lexlean.lock b/tests/negative/reasoning-unverified-answer/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-unverified-answer/project/lexlean.lock
+++ b/tests/negative/reasoning-unverified-answer/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-verifier-formal-check/project/lexlean.lock b/tests/negative/reasoning-verifier-formal-check/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-verifier-formal-check/project/lexlean.lock
+++ b/tests/negative/reasoning-verifier-formal-check/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-verifier-inexact/project/lexlean.lock b/tests/negative/reasoning-verifier-inexact/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-verifier-inexact/project/lexlean.lock
+++ b/tests/negative/reasoning-verifier-inexact/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-verifier-signature/project/lexlean.lock b/tests/negative/reasoning-verifier-signature/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-verifier-signature/project/lexlean.lock
+++ b/tests/negative/reasoning-verifier-signature/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-verifier-subject-mismatch/project/lexlean.lock b/tests/negative/reasoning-verifier-subject-mismatch/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-verifier-subject-mismatch/project/lexlean.lock
+++ b/tests/negative/reasoning-verifier-subject-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-verifier-type-mismatch/project/lexlean.lock b/tests/negative/reasoning-verifier-type-mismatch/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-verifier-type-mismatch/project/lexlean.lock
+++ b/tests/negative/reasoning-verifier-type-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/reasoning-zero-frontier/project/lexlean.lock b/tests/negative/reasoning-zero-frontier/project/lexlean.lock
index 7fe7f6b52..d29791309 100644
--- a/tests/negative/reasoning-zero-frontier/project/lexlean.lock
+++ b/tests/negative/reasoning-zero-frontier/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "24f5f4a1f57fe4c2752462146b8ec7e3366004cd8e459a2ad079867ba9f67827"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-cyclic-measure/project/lexlean.lock b/tests/negative/recursion-cyclic-measure/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-cyclic-measure/project/lexlean.lock
+++ b/tests/negative/recursion-cyclic-measure/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-evidence-omits-match/project/lexlean.lock b/tests/negative/recursion-evidence-omits-match/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-evidence-omits-match/project/lexlean.lock
+++ b/tests/negative/recursion-evidence-omits-match/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-false-evidence/project/lexlean.lock b/tests/negative/recursion-false-evidence/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-false-evidence/project/lexlean.lock
+++ b/tests/negative/recursion-false-evidence/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-forged-evidence/project/lexlean.lock b/tests/negative/recursion-forged-evidence/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-forged-evidence/project/lexlean.lock
+++ b/tests/negative/recursion-forged-evidence/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-member-under-lambda/project/lexlean.lock b/tests/negative/recursion-member-under-lambda/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-member-under-lambda/project/lexlean.lock
+++ b/tests/negative/recursion-member-under-lambda/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-missing-case/project/lexlean.lock b/tests/negative/recursion-missing-case/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-missing-case/project/lexlean.lock
+++ b/tests/negative/recursion-missing-case/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-missing-evidence/project/lexlean.lock b/tests/negative/recursion-missing-evidence/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-missing-evidence/project/lexlean.lock
+++ b/tests/negative/recursion-missing-evidence/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-mixed-families/project/lexlean.lock b/tests/negative/recursion-mixed-families/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-mixed-families/project/lexlean.lock
+++ b/tests/negative/recursion-mixed-families/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-mutual-cyclic-measure/project/lexlean.lock b/tests/negative/recursion-mutual-cyclic-measure/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-mutual-cyclic-measure/project/lexlean.lock
+++ b/tests/negative/recursion-mutual-cyclic-measure/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-mutual-disconnected/project/lexlean.lock b/tests/negative/recursion-mutual-disconnected/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-mutual-disconnected/project/lexlean.lock
+++ b/tests/negative/recursion-mutual-disconnected/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-mutual-member-without-call/project/lexlean.lock b/tests/negative/recursion-mutual-member-without-call/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-mutual-member-without-call/project/lexlean.lock
+++ b/tests/negative/recursion-mutual-member-without-call/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-mutual-mixed/project/lexlean.lock b/tests/negative/recursion-mutual-mixed/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-mutual-mixed/project/lexlean.lock
+++ b/tests/negative/recursion-mutual-mixed/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-nondecreasing/project/lexlean.lock b/tests/negative/recursion-nondecreasing/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-nondecreasing/project/lexlean.lock
+++ b/tests/negative/recursion-nondecreasing/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-under-lambda/project/lexlean.lock b/tests/negative/recursion-under-lambda/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-under-lambda/project/lexlean.lock
+++ b/tests/negative/recursion-under-lambda/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-well-founded-reference/project/lexlean.lock b/tests/negative/recursion-well-founded-reference/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-well-founded-reference/project/lexlean.lock
+++ b/tests/negative/recursion-well-founded-reference/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursion-wrong-argument/project/lexlean.lock b/tests/negative/recursion-wrong-argument/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursion-wrong-argument/project/lexlean.lock
+++ b/tests/negative/recursion-wrong-argument/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-constructor-mismatch/project/lexlean.lock b/tests/negative/recursive-constructor-mismatch/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-constructor-mismatch/project/lexlean.lock
+++ b/tests/negative/recursive-constructor-mismatch/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-match-foreign-constructor/project/lexlean.lock b/tests/negative/recursive-match-foreign-constructor/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-match-foreign-constructor/project/lexlean.lock
+++ b/tests/negative/recursive-match-foreign-constructor/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-mutual-uninhabited/project/lexlean.lock b/tests/negative/recursive-mutual-uninhabited/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-mutual-uninhabited/project/lexlean.lock
+++ b/tests/negative/recursive-mutual-uninhabited/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-structure/project/lexlean.lock b/tests/negative/recursive-structure/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-structure/project/lexlean.lock
+++ b/tests/negative/recursive-structure/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-type-arguments/project/lexlean.lock b/tests/negative/recursive-type-arguments/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-type-arguments/project/lexlean.lock
+++ b/tests/negative/recursive-type-arguments/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-type-forward/project/lexlean.lock b/tests/negative/recursive-type-forward/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-type-forward/project/lexlean.lock
+++ b/tests/negative/recursive-type-forward/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-type-nonuniform/project/lexlean.lock b/tests/negative/recursive-type-nonuniform/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-type-nonuniform/project/lexlean.lock
+++ b/tests/negative/recursive-type-nonuniform/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-type-positivity/project/lexlean.lock b/tests/negative/recursive-type-positivity/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-type-positivity/project/lexlean.lock
+++ b/tests/negative/recursive-type-positivity/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/recursive-type-uninhabited/project/lexlean.lock b/tests/negative/recursive-type-uninhabited/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/recursive-type-uninhabited/project/lexlean.lock
+++ b/tests/negative/recursive-type-uninhabited/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/semantic-module-v1-under-1.2/project/lexlean.lock b/tests/negative/semantic-module-v1-under-1.2/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/semantic-module-v1-under-1.2/project/lexlean.lock
+++ b/tests/negative/semantic-module-v1-under-1.2/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/type-argument-universe/project/lexlean.lock b/tests/negative/type-argument-universe/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/type-argument-universe/project/lexlean.lock
+++ b/tests/negative/type-argument-universe/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/negative/type-parameter-capture/project/lexlean.lock b/tests/negative/type-parameter-capture/project/lexlean.lock
index f326b4b18..a84849b34 100644
--- a/tests/negative/type-parameter-capture/project/lexlean.lock
+++ b/tests/negative/type-parameter-capture/project/lexlean.lock
@@ -1,6 +1,6 @@
 spec = "lexlean/lock/2"
 language = "1.2"
-compiler_semantics = "7a7834c67571071b41d4390091dc975814669691047856199bec9267687cd9b0"
+compiler_semantics = "91b3cb51013515a91251eb57e00451e091cc1d5aec5336ad436a223fec0b8e2a"
 project_config_sha256 = "6bb823538ff0c18b80a9851c1cc936cf70dc31ce0625cb1a2211c1f30d91411d"
 lean_toolchain = "leanprover/lean4:v4.32.1"
 
diff --git a/tests/packages/workspace/app/lake-manifest.json b/tests/packages/workspace/app/lake-manifest.json
new file mode 100644
index 000000000..ac5f80ca4
--- /dev/null
+++ b/tests/packages/workspace/app/lake-manifest.json
@@ -0,0 +1,6 @@
+{"version": "1.2.0",
+ "packagesDir": ".lake/packages",
+ "packages": [],
+ "name": "app_host",
+ "lakeDir": ".lake",
+ "fixedToolchain": false}
diff --git a/tests/packages/workspace/app/lakefile.toml b/tests/packages/workspace/app/lakefile.toml
new file mode 100644
index 000000000..80fc48e91
--- /dev/null
+++ b/tests/packages/workspace/app/lakefile.toml
@@ -0,0 +1,2 @@
+name = "app_host"
+version = "0.1.0"
diff --git a/tests/packages/workspace/app/lean-toolchain b/tests/packages/workspace/app/lean-toolchain
new file mode 100644
index 000000000..2b61957be
--- /dev/null
+++ b/tests/packages/workspace/app/lean-toolchain
@@ -0,0 +1 @@
+leanprover/lean4:v4.32.1
diff --git a/tests/packages/workspace/app/lexlean.toml b/tests/packages/workspace/app/lexlean.toml
new file mode 100644
index 000000000..30208af48
--- /dev/null
+++ b/tests/packages/workspace/app/lexlean.toml
@@ -0,0 +1,33 @@
+spec = "lexlean/project/1"
+name = "app"
+language = "1.2"
+module_prefix = "PkgApp"
+source_roots = ["src"]
+entrypoints = ["src/Main.lex.tex"]
+build_root = ".lexlean"
+lockfile = "lexlean.lock"
+lean_workspace = "."
+lean_toolchain = "leanprover/lean4:v4.32.1"
+
+[[lexicon_source]]
+package = "lexlean.std.nat"
+kind = "builtin"
+
+[[source_package]]
+package = "lib"
+version = "1.0.0"
+kind = "path"
+path = "lib"
+
+[limits]
+max_file_bytes = 4194304
+max_total_source_bytes = 67108864
+max_primitive_atoms = 2000000
+max_token_lattice_edges = 4000000
+max_parse_states = 4000000
+max_ir_nodes = 2000000
+max_scope_depth = 1024
+max_import_depth = 128
+max_diagnostics = 256
+max_child_output_bytes = 16777216
+child_timeout_ms = 300000
diff --git a/tests/packages/workspace/app/src/Main.lex.tex b/tests/packages/workspace/app/src/Main.lex.tex
new file mode 100644
index 000000000..d17bbdda7
--- /dev/null
+++ b/tests/packages/workspace/app/src/Main.lex.tex
@@ -0,0 +1,17 @@
+\begin{lexlean}{Main}
+\useglossary{lexlean.std.nat@1.2.0}
+\importmodule{PkgLib.Util}
+\title{Natural number addition}
+\begin{semanticmodule}
+definition{
+  name: appValue,
+  parameters: [n : Nat],
+  result: Nat,
+  body: (PkgLib.Util::quadPlusOne n),
+  executable: true,
+  production: {effects: [overflow], targets: [rust-core, rust-std]}
+}
+
+theorem{name: app_value_two, parameters: [], statement: ((appValue 2) = 9), proof: reflexivity{}}
+\end{semanticmodule}
+\end{lexlean}
diff --git a/tests/packages/workspace/base/lake-manifest.json b/tests/packages/workspace/base/lake-manifest.json
new file mode 100644
index 000000000..3d4f66162
--- /dev/null
+++ b/tests/packages/workspace/base/lake-manifest.json
@@ -0,0 +1,6 @@
+{"version": "1.2.0",
+ "packagesDir": ".lake/packages",
+ "packages": [],
+ "name": "base_host",
+ "lakeDir": ".lake",
+ "fixedToolchain": false}
diff --git a/tests/packages/workspace/base/lakefile.toml b/tests/packages/workspace/base/lakefile.toml
new file mode 100644
index 000000000..e5c34d0aa
--- /dev/null
+++ b/tests/packages/workspace/base/lakefile.toml
@@ -0,0 +1,2 @@
+name = "base_host"
+version = "0.1.0"
diff --git a/tests/packages/workspace/base/lean-toolchain b/tests/packages/workspace/base/lean-toolchain
new file mode 100644
index 000000000..2b61957be
--- /dev/null
+++ b/tests/packages/workspace/base/lean-toolchain
@@ -0,0 +1 @@
+leanprover/lean4:v4.32.1
diff --git a/tests/packages/workspace/base/lexlean.toml b/tests/packages/workspace/base/lexlean.toml
new file mode 100644
index 000000000..21ef63d10
--- /dev/null
+++ b/tests/packages/workspace/base/lexlean.toml
@@ -0,0 +1,27 @@
+spec = "lexlean/project/1"
+name = "base"
+language = "1.2"
+module_prefix = "PkgBase"
+source_roots = ["src"]
+entrypoints = ["src/Core.lex.tex"]
+build_root = ".lexlean"
+lockfile = "lexlean.lock"
+lean_workspace = "."
+lean_toolchain = "leanprover/lean4:v4.32.1"
+
+[[lexicon_source]]
+package = "lexlean.std.nat"
+kind = "builtin"
+
+[limits]
+max_file_bytes = 4194304
+max_total_source_bytes = 67108864
+max_primitive_atoms = 2000000
+max_token_lattice_edges = 4000000
+max_parse_states = 4000000
+max_ir_nodes = 2000000
+max_scope_depth = 1024
+max_import_depth = 128
+max_diagnostics = 256
+max_child_output_bytes = 16777216
+child_timeout_ms = 300000
diff --git a/tests/packages/workspace/base/src/Core.lex.tex b/tests/packages/workspace/base/src/Core.lex.tex
new file mode 100644
index 000000000..fd4fd17a6
--- /dev/null
+++ b/tests/packages/workspace/base/src/Core.lex.tex
@@ -0,0 +1,16 @@
+\begin{lexlean}{Core}
+\useglossary{lexlean.std.nat@1.2.0}
+\title{Natural number addition}
+\begin{semanticmodule}
+definition{
+  name: twice,
+  parameters: [n : Nat],
+  result: Nat,
+  body: (n + n),
+  executable: true,
+  production: {effects: [overflow], targets: [rust-core, rust-std]}
+}
+
+theorem{name: twice_two, parameters: [], statement: ((twice 2) = 4), proof: reflexivity{}}
+\end{semanticmodule}
+\end{lexlean}
diff --git a/tests/packages/workspace/lexlean-workspace.toml b/tests/packages/workspace/lexlean-workspace.toml
new file mode 100644
index 000000000..0ef978bad
--- /dev/null
+++ b/tests/packages/workspace/lexlean-workspace.toml
@@ -0,0 +1,2 @@
+spec = "lexlean/workspace/1"
+members = ["app", "base", "lib"]
diff --git a/tests/packages/workspace/lib/lake-manifest.json b/tests/packages/workspace/lib/lake-manifest.json
new file mode 100644
index 000000000..2e464cab9
--- /dev/null
+++ b/tests/packages/workspace/lib/lake-manifest.json
@@ -0,0 +1,6 @@
+{"version": "1.2.0",
+ "packagesDir": ".lake/packages",
+ "packages": [],
+ "name": "lib_host",
+ "lakeDir": ".lake",
+ "fixedToolchain": false}
diff --git a/tests/packages/workspace/lib/lakefile.toml b/tests/packages/workspace/lib/lakefile.toml
new file mode 100644
index 000000000..892711688
--- /dev/null
+++ b/tests/packages/workspace/lib/lakefile.toml
@@ -0,0 +1,2 @@
+name = "lib_host"
+version = "0.1.0"
diff --git a/tests/packages/workspace/lib/lean-toolchain b/tests/packages/workspace/lib/lean-toolchain
new file mode 100644
index 000000000..2b61957be
--- /dev/null
+++ b/tests/packages/workspace/lib/lean-toolchain
@@ -0,0 +1 @@
+leanprover/lean4:v4.32.1
diff --git a/tests/packages/workspace/lib/lexlean.toml b/tests/packages/workspace/lib/lexlean.toml
new file mode 100644
index 000000000..4212c4e7c
--- /dev/null
+++ b/tests/packages/workspace/lib/lexlean.toml
@@ -0,0 +1,33 @@
+spec = "lexlean/project/1"
+name = "lib"
+language = "1.2"
+module_prefix = "PkgLib"
+source_roots = ["src"]
+entrypoints = ["src/Util.lex.tex"]
+build_root = ".lexlean"
+lockfile = "lexlean.lock"
+lean_workspace = "."
+lean_toolchain = "leanprover/lean4:v4.32.1"
+
+[[lexicon_source]]
+package = "lexlean.std.nat"
+kind = "builtin"
+
+[[source_package]]
+package = "base"
+version = "1.0.0"
+kind = "path"
+path = "base"
+
+[limits]
+max_file_bytes = 4194304
+max_total_source_bytes = 67108864
+max_primitive_atoms = 2000000
+max_token_lattice_edges = 4000000
+max_parse_states = 4000000
+max_ir_nodes = 2000000
+max_scope_depth = 1024
+max_import_depth = 128
+max_diagnostics = 256
+max_child_output_bytes = 16777216
+child_timeout_ms = 300000
diff --git a/tests/packages/workspace/lib/src/Shapes.lex.tex b/tests/packages/workspace/lib/src/Shapes.lex.tex
new file mode 100644
index 000000000..c7f046174
--- /dev/null
+++ b/tests/packages/workspace/lib/src/Shapes.lex.tex
@@ -0,0 +1,14 @@
+\begin{lexlean}{Shapes}
+\useglossary{lexlean.std.nat@1.2.0}
+\importmodule{PkgBase.Core}
+\title{Natural number addition}
+\begin{semanticmodule}
+definition{
+  name: quad,
+  parameters: [n : Nat],
+  result: Nat,
+  body: (PkgBase.Core::twice (PkgBase.Core::twice n)),
+  executable: true
+}
+\end{semanticmodule}
+\end{lexlean}
diff --git a/tests/packages/workspace/lib/src/Util.lex.tex b/tests/packages/workspace/lib/src/Util.lex.tex
new file mode 100644
index 000000000..9deb76d83
--- /dev/null
+++ b/tests/packages/workspace/lib/src/Util.lex.tex
@@ -0,0 +1,22 @@
+\begin{lexlean}{Util}
+\useglossary{lexlean.std.nat@1.2.0}
+\importmodule{Shapes}
+\title{Natural number addition}
+\begin{semanticmodule}
+definition{
+  name: quadPlusOne,
+  parameters: [n : Nat],
+  result: Nat,
+  body: ((Shapes::quad n) + 1),
+  executable: true,
+  production: {effects: [overflow], targets: [rust-core, rust-std]}
+}
+
+theorem{
+  name: quad_plus_one_two,
+  parameters: [],
+  statement: ((quadPlusOne 2) = 9),
+  proof: reflexivity{}
+}
+\end{semanticmodule}
+\end{lexlean}
diff --git a/tests/production-export/bootstrap/packages/rust-std/is_closed_lean_name/package.json b/tests/production-export/bootstrap/packages/rust-std/is_closed_lean_name/package.json
index bc807221c..9a6e75a13 100644
--- a/tests/production-export/bootstrap/packages/rust-std/is_closed_lean_name/package.json
+++ b/tests/production-export/bootstrap/packages/rust-std/is_closed_lean_name/package.json
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index 64f8b2411..591e31b2a 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/bits/provenance.json b/tests/production-export/production-coverage/packages/rust-core/bits/provenance.json
index 2d27f015f..1560ab705 100644
--- a/tests/production-export/production-coverage/packages/rust-core/bits/provenance.json
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index f4ab0926b..e026271b7 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/builders/provenance.json b/tests/production-export/production-coverage/packages/rust-core/builders/provenance.json
index b49fcdd57..2e1ede3bb 100644
--- a/tests/production-export/production-coverage/packages/rust-core/builders/provenance.json
+++ b/tests/production-export/production-coverage/packages/rust-core/builders/provenance.json
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index 58a6e1259..0d7e6781a 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/conversions/provenance.json b/tests/production-export/production-coverage/packages/rust-core/conversions/provenance.json
index 4f3a8ae6d..f1e0491ad 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/fixed_middle/package.json b/tests/production-export/production-coverage/packages/rust-core/fixed_middle/package.json
index 3035c1af1..fb33cd28a 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/fixed_middle/provenance.json b/tests/production-export/production-coverage/packages/rust-core/fixed_middle/provenance.json
index 798c38924..6d96a1159 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/fixed_small/package.json b/tests/production-export/production-coverage/packages/rust-core/fixed_small/package.json
index ea123fe24..c67a0d45d 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/fixed_small/provenance.json b/tests/production-export/production-coverage/packages/rust-core/fixed_small/provenance.json
index b818f313b..2d39a4c4d 100644
--- a/tests/production-export/production-coverage/packages/rust-core/fixed_small/provenance.json
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diff --git a/tests/production-export/production-coverage/packages/rust-core/fixed_wide/package.json b/tests/production-export/production-coverage/packages/rust-core/fixed_wide/package.json
index 1639aadae..a6c1cc31d 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/fixed_wide/provenance.json b/tests/production-export/production-coverage/packages/rust-core/fixed_wide/provenance.json
index c5810e9ff..088be5567 100644
--- a/tests/production-export/production-coverage/packages/rust-core/fixed_wide/provenance.json
+++ b/tests/production-export/production-coverage/packages/rust-core/fixed_wide/provenance.json
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diff --git a/tests/production-export/production-coverage/packages/rust-core/higher/package.json b/tests/production-export/production-coverage/packages/rust-core/higher/package.json
index fa33c9da1..47e4ba40e 100644
--- a/tests/production-export/production-coverage/packages/rust-core/higher/package.json
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index 0dbfd49b6..3fed31937 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/int_ops/package.json b/tests/production-export/production-coverage/packages/rust-core/int_ops/package.json
index 025754fac..ddd86506f 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/int_ops/provenance.json b/tests/production-export/production-coverage/packages/rust-core/int_ops/provenance.json
index 87a6bee08..f23b3866c 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/nat_ops/package.json b/tests/production-export/production-coverage/packages/rust-core/nat_ops/package.json
index 89547dcab..6ba4a7503 100644
--- a/tests/production-export/production-coverage/packages/rust-core/nat_ops/package.json
+++ b/tests/production-export/production-coverage/packages/rust-core/nat_ops/package.json
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diff --git a/tests/production-export/production-coverage/packages/rust-core/nat_ops/provenance.json b/tests/production-export/production-coverage/packages/rust-core/nat_ops/provenance.json
index b3ca56044..f1e3a94a7 100644
--- a/tests/production-export/production-coverage/packages/rust-core/nat_ops/provenance.json
+++ b/tests/production-export/production-coverage/packages/rust-core/nat_ops/provenance.json
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diff --git a/tests/production-export/production-coverage/packages/rust-core/options/package.json b/tests/production-export/production-coverage/packages/rust-core/options/package.json
index a81bc50c6..871505b38 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/options/provenance.json b/tests/production-export/production-coverage/packages/rust-core/options/provenance.json
index 909d5de19..4a7930e93 100644
--- a/tests/production-export/production-coverage/packages/rust-core/options/provenance.json
+++ b/tests/production-export/production-coverage/packages/rust-core/options/provenance.json
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diff --git a/tests/production-export/production-coverage/packages/rust-core/pairs/package.json b/tests/production-export/production-coverage/packages/rust-core/pairs/package.json
index cf3606421..9d11f9f05 100644
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index 2038bc055..37aa73772 100644
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index 02313167a..320d9ce4a 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/shapes/provenance.json b/tests/production-export/production-coverage/packages/rust-core/shapes/provenance.json
index 76c3dec51..81c63b93c 100644
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index cce7cb29e..961d2ae69 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-core/well_founded/provenance.json b/tests/production-export/production-coverage/packages/rust-core/well_founded/provenance.json
index 9905e751d..8c1997d29 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/bits/package.json b/tests/production-export/production-coverage/packages/rust-std/bits/package.json
index 54b69e29e..84ae132d7 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/bits/provenance.json b/tests/production-export/production-coverage/packages/rust-std/bits/provenance.json
index 35fd11628..484e5380e 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/builders/package.json b/tests/production-export/production-coverage/packages/rust-std/builders/package.json
index 4a2873a26..92a22e0b8 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/builders/provenance.json b/tests/production-export/production-coverage/packages/rust-std/builders/provenance.json
index 289612fd7..98dd2152b 100644
--- a/tests/production-export/production-coverage/packages/rust-std/builders/provenance.json
+++ b/tests/production-export/production-coverage/packages/rust-std/builders/provenance.json
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index 97193a1b8..36cc23a60 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/fixed_middle/provenance.json b/tests/production-export/production-coverage/packages/rust-std/fixed_middle/provenance.json
index cf58099f9..5a0b45dba 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/fixed_small/package.json b/tests/production-export/production-coverage/packages/rust-std/fixed_small/package.json
index 5ad134719..9ea7be092 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/fixed_small/provenance.json b/tests/production-export/production-coverage/packages/rust-std/fixed_small/provenance.json
index 8ad3c2c26..e1c7cd9f5 100644
--- a/tests/production-export/production-coverage/packages/rust-std/fixed_small/provenance.json
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diff --git a/tests/production-export/production-coverage/packages/rust-std/fixed_wide/package.json b/tests/production-export/production-coverage/packages/rust-std/fixed_wide/package.json
index 055e6fe2f..4a479e65e 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/fixed_wide/provenance.json b/tests/production-export/production-coverage/packages/rust-std/fixed_wide/provenance.json
index 68f328473..75d6cf56e 100644
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index a046ec310..5f9b5c983 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/folds/provenance.json b/tests/production-export/production-coverage/packages/rust-std/folds/provenance.json
index 1b464c73c..1b77ebd01 100644
--- a/tests/production-export/production-coverage/packages/rust-std/folds/provenance.json
+++ b/tests/production-export/production-coverage/packages/rust-std/folds/provenance.json
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index 58316d6f5..7391a2751 100644
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index 75e082c3a..8b1ae6846 100644
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index c177a0d83..c32d3c3c7 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/int_ops/provenance.json b/tests/production-export/production-coverage/packages/rust-std/int_ops/provenance.json
index c11d705cb..7b09ed0c1 100644
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index fb05e6fd6..1ca101018 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/iterations/provenance.json b/tests/production-export/production-coverage/packages/rust-std/iterations/provenance.json
index 74a2bd395..54fe9f3a0 100644
--- a/tests/production-export/production-coverage/packages/rust-std/iterations/provenance.json
+++ b/tests/production-export/production-coverage/packages/rust-std/iterations/provenance.json
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diff --git a/tests/production-export/production-coverage/packages/rust-std/key_types/package.json b/tests/production-export/production-coverage/packages/rust-std/key_types/package.json
index b5a1b4ac0..2914bd257 100644
--- a/tests/production-export/production-coverage/packages/rust-std/key_types/package.json
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index 3de1bb440..04b78a490 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/map_folding/package.json b/tests/production-export/production-coverage/packages/rust-std/map_folding/package.json
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diff --git a/tests/production-export/production-coverage/packages/rust-std/map_folding/provenance.json b/tests/production-export/production-coverage/packages/rust-std/map_folding/provenance.json
index 55076e4f5..8d2fbdaa3 100644
--- a/tests/production-export/production-coverage/packages/rust-std/map_folding/provenance.json
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diff --git a/tests/production-export/production-coverage/packages/rust-std/map_ops/package.json b/tests/production-export/production-coverage/packages/rust-std/map_ops/package.json
index a4a398001..981f1bcdf 100644
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index 40b8e2975..93e5c3fd2 100644
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index b0fea514f..d5669b938 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/pairs/provenance.json b/tests/production-export/production-coverage/packages/rust-std/pairs/provenance.json
index 8371e3508..e16be0bcb 100644
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index d773a4d48..217058b8d 100644
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index adff30c4f..f93d014a1 100644
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index a8f0d0efc..596ad554c 100644
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index c5d674bc3..9f4e171a0 100644
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index c7cf8893a..8c7872836 100644
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diff --git a/tests/production-export/production-coverage/packages/rust-std/well_founded/provenance.json b/tests/production-export/production-coverage/packages/rust-std/well_founded/provenance.json
index 990769276..7542ca768 100644
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diff --git a/tests/production-export/production/packages/rust-core/checked_sum/package.json b/tests/production-export/production/packages/rust-core/checked_sum/package.json
index d844fbb12..a7461cdcf 100644
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diff --git a/tests/production-export/production/packages/rust-core/checked_sum/provenance.json b/tests/production-export/production/packages/rust-core/checked_sum/provenance.json
index 101bd7918..ad015d152 100644
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index 61eda1d7f..3dc9fe4d9 100644
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diff --git a/tests/production-export/production/packages/rust-core/halvings/provenance.json b/tests/production-export/production/packages/rust-core/halvings/provenance.json
index d602678a8..add071c31 100644
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index 12b2a4547..6a704e02c 100644
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index 2044d836f..a165195cf 100644
--- a/tests/production-export/production/packages/rust-core/quadruple/provenance.json
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index deab4d243..b99d5b850 100644
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index b15ec18d4..17f411222 100644
--- a/tests/production-export/production/packages/rust-core/shape_area/provenance.json
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index cafd2e228..048902430 100644
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index 3ce88509a..1310f67be 100644
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diff --git a/tests/production-export/production/packages/rust-std/halvings/package.json b/tests/production-export/production/packages/rust-std/halvings/package.json
index b03c1d683..04740c237 100644
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diff --git a/tests/production-export/production/packages/rust-std/halvings/provenance.json b/tests/production-export/production/packages/rust-std/halvings/provenance.json
index 8ca733a97..be630732b 100644
--- a/tests/production-export/production/packages/rust-std/halvings/provenance.json
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diff --git a/tests/production-export/production/packages/rust-std/head_or/package.json b/tests/production-export/production/packages/rust-std/head_or/package.json
index 399958d08..7631bc975 100644
--- a/tests/production-export/production/packages/rust-std/head_or/package.json
+++ b/tests/production-export/production/packages/rust-std/head_or/package.json
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diff --git a/tests/production-export/production/packages/rust-std/head_or/provenance.json b/tests/production-export/production/packages/rust-std/head_or/provenance.json
index ce9e993ee..1021fd4dd 100644
--- a/tests/production-export/production/packages/rust-std/head_or/provenance.json
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index e24c2bb95..e34d6da24 100644
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index aa73e235f..b6dff1c69 100644
--- a/tests/production-export/production/packages/rust-std/quadruple/provenance.json
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index ebe6771a7..80b0f8ca8 100644
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diff --git a/tests/production-export/production/packages/rust-std/shape_area/provenance.json b/tests/production-export/production/packages/rust-std/shape_area/provenance.json
index 4acda100f..26693594a 100644
--- a/tests/production-export/production/packages/rust-std/shape_area/provenance.json
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diff --git a/tests/production-export/production/packages/rust-std/sum_all/package.json b/tests/production-export/production/packages/rust-std/sum_all/package.json
index 891eefbd1..e7baeb608 100644
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diff --git a/tests/production-export/production/packages/rust-std/sum_all/provenance.json b/tests/production-export/production/packages/rust-std/sum_all/provenance.json
index e9d7398b0..6060100eb 100644
--- a/tests/production-export/production/packages/rust-std/sum_all/provenance.json
+++ b/tests/production-export/production/packages/rust-std/sum_all/provenance.json
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diff --git a/tests/production-export/stdlib/packages/rust-std/ends_with/package.json b/tests/production-export/stdlib/packages/rust-std/ends_with/package.json
index 361cf97b8..a647871da 100644
--- a/tests/production-export/stdlib/packages/rust-std/ends_with/package.json
+++ b/tests/production-export/stdlib/packages/rust-std/ends_with/package.json
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diff --git a/tests/production-export/stdlib/packages/rust-std/ends_with/provenance.json b/tests/production-export/stdlib/packages/rust-std/ends_with/provenance.json
index 2e8abc451..4813a126e 100644
--- a/tests/production-export/stdlib/packages/rust-std/ends_with/provenance.json
+++ b/tests/production-export/stdlib/packages/rust-std/ends_with/provenance.json
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diff --git a/tests/production-export/stdlib/packages/rust-std/find/package.json b/tests/production-export/stdlib/packages/rust-std/find/package.json
index e6a6d4c95..0757efff1 100644
--- a/tests/production-export/stdlib/packages/rust-std/find/package.json
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index b1fe482e2..dbaa2d452 100644
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diff --git a/xtask/src/spec_links.rs b/xtask/src/spec_links.rs
index 35b4f0203..07fcc3dd1 100644
--- a/xtask/src/spec_links.rs
+++ b/xtask/src/spec_links.rs
@@ -61,8 +61,8 @@ fn parse_table(spec: &str) -> Result<Vec<TableRow>, Fail> {
 pub fn validate(root: &Path) -> Result<(), Fail> {
     let spec = std::fs::read_to_string(root.join("SPEC.md"))?;
     let rows = parse_table(&spec)?;
-    if rows.len() != 398 {
-        return Err(format!("RP-07: the §31 table has {} rows, not 398", rows.len()).into());
+    if rows.len() != 402 {
+        return Err(format!("RP-07: the §31 table has {} rows, not 402", rows.len()).into());
     }
     // The prose total under the table is part of the contract a reader
     // relies on; a row added without it would leave §31 contradicting itself.